Iredi tech guide complete v8 apr 08 by Patrick Young

INFINITI RETAIL ENVIRONMENT DESIGN INITIATIVE

Technical Guide (USA) April 2008

Table of Contents 0.1 0.2 1.0 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 2.0 2.1 2.2 2.3 3.0 3.1 3.2 3.3 3.4 3.5 3.6 3.7 3.8 3.9 4.0 4.1 4.2 4.3 4.4 4.5 4.6 5.0 5.1 5.2 5.3.1 5.3.2 5.3.3 5.3.4 5.3.5

Introduction Disclaimer/Legal Signage: Exterior Family Main Brand Signs Pre-Owned Vehicles Signs Main Brand Building Signs Freestanding Directional Signs Entry Element Signs Pre-Owned Vehicles Wall Signs Service Signs Signage Reference Documents Signage: Interior Identification Signs Directional Signs Restroom Identification Signs Site (Lot) Plan & Exterior Lighting Minimum Requirements Site (Lot) Layout Site (Lot) Lighting Customer Parking Entrance Walkway Boundary Feature Vehicle Display Pads Façade Feature Vehicle Display Soft Landscaping Site (Lot) Finishes Schedule Building Exterior Feature Patterned Glass Façade Entry Element Service Reception External Lighting, Building Mounted Secondary Elevations Exterior Finish Specifications Building Interior Minimum Requirements General Requirements Administration Offices Balcony Offices Business Development Center Cashier Conference & Training Rooms

5.3.6 5.3.7 5.3.8 5.3.9 5.3.10 5.3.11 5.3.12 5.3.13 5.3.14 5.3.15 5.3.16 5.3.17 5.3.18 5.3.19 5.3.20 5.3.21 5.3.22 5.3.23 5.3.24 5.3.25 5.3.26 5.3.27 5.3.28 5.3.29 5.3.30 5.3.31 5.3.32 5.3.33 5.3.34 5.3.35 5.4 6.0 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8

Dealer Display Area Corridor Detail Bays Employee Lounge Entry Vestibule F&I Offices Gallery Gallery Offices Gallery Sales Manager’s Offices Gallery Offices Corridor Lobby Lounge, Sales New Vehicle Delivery Parts Manager’s Office Parts Receiving Parts Storage Parts Wholesale Portal Rear Sales Area Corridor Restrooms Retail Parts Service Advisor & Manager’s Office Service Corridor (F&I Waiting/Workshop) Service Corridor (Service Write-up/F&I Waiting) Service Lounge Service Reception Service Workshop Supplementary Sales Offices Tech Kitchen & Lounge Tech Locker & Wash Rooms Tech Training Interior Finish Specifications Interior Fixtures FT-1 Vehicle Information Walls FT-2 Color & Trim Display FT-3 Media Wall FT-4 Dealer Display Wall FT-5 Accessories Display FT-6 Merchandise Display FT-7 Magazine Rack FT-8 Food & Beverage Counter

6.9 6.10 6.11 6.12 6.13 7.0 7.1 7.2 7.3 7.4 7.5 7.6 7.7 7.8 7.9 7.10 7.11 7.12 7.13 8.0 8.1 8.2 8.3 8.4 8.5 8.6 8.7 8.8 9.0 10.0 10.1 10.2 10.3 10.4 10.5 10.6 10.7 10.8

FT-9 Merchandise Display Wall FT-10 Sales Reception Counter FT-11 Service Reception Counter Fixture Finishes Schedule Fixture Cutsheets Furniture FN-1 Lounge Chair FN-2 Lounge Sofa FN-3 Coffee Table/Rectangular FN-4 Coffee Table/Round FN-5 Task Chair FN-6 Guest Chair/Dealer’s Office FN-7 Desks FN-8 Café Chair FN-9 Café Table FN-11 Credenza FN-12 Stool FN-13 Benches Finishes Schedule Lighting Façade Illumination Entry Element Illumination Illuminated Stretch Fabric Ceiling Gallery Lighting (Premier 1/2/3 & Remodel 1) Cove Lighting & Wall Wash Lighting Flush Mounted Floor Lights Guidance on Other Lighting Light Fixture Schedule Contact Information Appendices Building Services Design Considerations Parking Plan – Lighting Layout External Lighting above Entry Element External Roof Lighting - Feature Glass Wall External Lighting demonstrating luminaire tilt angle Lighting Plan for Main and Upper Level Lighting Plan for Upper Level Barrisol Ceiling Specification

Page 0.2

0.1

Introduction

The purpose of this Technical Guide is to provide: • Further definition of the standards required by the Infiniti Retail Environment Design Initiative (IREDI) Program. • Further practical details to assist with the implementation of the IREDI program requirements. This Technical Guide is one of a suite of IREDI Program Standards Documents; including the Marketing Brochure, Program Guide, Mandated Standards Matrix and Room Data Sheets. The Technical Guide must be read in conjunction with these documents. NOTE: The Technical Guide is a tool to assist the design team & other associated parties involved in the deign, construction & use of the IREDI facilities. The guide gives information on material color & style compliance to deliver the quality required of the Infiniti Brand. It is the responsibility of the local Dealer’s architect / designer / general contractor to ensure that materials used in each facility are fit for purpose & suitable for the specific location within the floor plan. Unless otherwise specified, no alternatives to the material, products or application requirements specified in these documents are to be used without the approval of the IREDI Global Core Team (GCT). If there is an uncertainty or ambiguity regarding the required standards, please contact your Regional Construction Consultant (RCC) or the IREDI Global Core Team for further guidance.

0.2

Disclaimer/Legal

The information contained herein serves as a guide only. Users should check with vendors for latest specifications and information. This document contains confidential and proprietary information belonging to Nissan North America, Inc., Infiniti Division (“Infiniti”). No party may disclose this document or the information contained herein to a third party without the expressed written permission of Infiniti. The terms, standards, specifications and requirements outlined within this document are subject to revisions, change or amendment by Infiniti without notice.

Document Status: Date of Issue: April 2008

Revision: 8.0

Status: Approved

Page 0.3

1.0

Signage: Exterior Family

1.0.1

Minimum Signage Requirements

The minimum signage requirements are defined in the IREDI Mandated Standards Matrix.

1.0.2

Core Application Rules

General Requirements: • All existing Infiniti signs shall be removed and there shall never be sites with a mixture of old and new Infiniti signs. Sign Contractor should remove all non-compliant & obsolete signs, with the exception of third party OEM signs. • Sign Contractor shall remove all external Infiniti Signs including those in Service Drives. This shall include external flags and banners and Sign Contractor temporary signs. However, the Regions are responsible for overseeing general brand compliance including interior signs and promotional materials. This includes decals on windows. • Infiniti’s objective is to apply a balanced package of signs to all sites/facilities, with due consideration to appropriate branding, customer way-finding, Dealers’ requirements and other aspects such as local coding. The package may include Main Brand Signs, Main Brand Building Signs, Service Signs, Directional Signs, Pre-Owned Vehicles Signs and other secondary signs. A Dealer's preference for one very large Main Brand Sign to the detriment of other signs under permit limitations should be avoided. • No design, engineering, material, color or typography variances are allowed. • All signage should be compliant with the IREDI program standards, and in accordance with the above reference documents and all associated approved engineering designs, drawings and specifications. • Signage is to be located in highly visible locations and positioned to best serve to identify the facility. • Dealer logos should not be used. • Signs on the roof of facilities should be avoided. • The Infiniti Brand Symbol should not appear on the facility except as approved Main Brand Building Signs and Entry Element Signs. • The Infiniti Brand Symbol and Wordmark should never be separated from each other. They must always be applied to the facility in accordance with the Core Application Rules. • Only the Infiniti Brand Symbol/Wordmark and the Dealer Name Letter (DNL) signs can be placed on the primary elevation of the sales building. • Only Service signs can be placed on the primary elevation of the Service Reception. • The primary elevation is usually defined as that facing the highest vehicular trafficked road. • No letter signs shall be stacked (including DNL, Pre-Owned Vehicles Letters or Service signs). • Existing foundations may be retained provided that Sign Contractor investigate and confirm their structural integrity.

1.0.3

Key Coordination Issues

General Requirements: • Sign suppliers: o Sign Contractor: It is mandatory that all external signage is supplied by the IREDI Sign Contractor, except LED Messaging Signs. See section 7.0 for contact details. o Dealer: Dealer or his agent is responsible for provision of the optional Service LED Messaging signs • Signs on feature glass façade: o Essential coordination is required between the Architect / General Contractor / Sign Contractor at the earliest opportunity possible to prepare for installation (structural & electrical) of signs on the feature glass façade. This must occur before design of the façade is completed. Responsibilities lie with both groups – not just the Sign Contractor. • Drawings & documents: o Architects/General Contractors to issue copies of IREDI approved drawings to Sign Contractor to facilitate permitting / installation (minimum requirements: site plan, external elevations & floor plan). o Sign Contractor to complete a site survey and issue the subsequent Dealer Presentation Package (DPP) to GCT and Dealer, outlining the application of all external signage for an individual facility. o Architect / General Contractor should refer to the IREDI approved DPP. • Permits: o Receipt of approved permits is required before commencement of fabrication of signs. o Sign Contractor is responsible for procurement of secured permits, unless determined otherwise by the Dealer. If the latter applies, the Dealer is to issue copies to the Sign Contractor to allow fabrication to commence. • Timing of activities: o It is imperative that the Architect / General Contractor / Sign Contractor coordinate at the earliest opportunity possible to prepare for installation of signs on the feature glass façade - before design of the façade is completed. o All Dealer preparatory works must be complete before the scheduled sign installation (e.g. access holes, electrical works, etc). • Dealer enabling works: o Dealer/Architect/General Contractor to execute dealer enabling works defined in the Sign Contractor’s DPP to enable sign installations to be scheduled. o Dealer/Architect/General Contractor to carry out all design & structural/electrical works required to enable installation of signs on the feature glass façade.

1.0.3

Technical Details

• Drawings & documents: o Technical signs drawings are available upon request to GCT. • Typical dealer enabling works include: o Electrical power to within 10ft of each sign location o Access panels to rear of wall behind each sign o All walls to have min ¾” plywood backing (except glass façade)

Page 1.1

Sign Survey

DPP Issued to Dealer

Dealer Signed PA

Permits Approved Permit Application Period

For Signs on Feature Glass Façade: Design liaison required between Architect / General Contractor / Sign Contractor at earliest opportunity: • Design façade to carry the sign (structural & electrical) • Frame & glass panels sizes to accommodate sign (structural & electrical)

Signs Manufacture

Final Dealer Works

Before design of façade is complete & frame or panels are ordered

Works defined in DPP, incl.: • Access • Electric • Etc.

Install Signs

Before completion of interior building works

Appropriate Timing & Coordination is Crucial…

Page 1.2

IREDI SIGN ENABLING WORKS

TIMING BEFORE INSTALLATION

6-8

WEEKS

ImagePoint issue letter to dealer once permit secured [copy to REM/RCC/NCT(NNA)/ NCT(T&T)]

2 5-7

5-7

WEEKS

ImagePoint contact dealer to confirm completion enabling works

Any concerns IP to email NCT(NNA) / NCT(T&T) WEEKS

RCC to contact dealer to review enabling work & timing... any assistance needed?

NCT (T&T) to follow-up with RCC to verify no problems

Elevate problems with NNA (NCT)

TT/CB to confirm status with RCC / REM WEEKS

WEEKS

If dealer not moving forward, TT/CB discussion with ARM to agree next steps

WEEKS

NNA (NCT) to discuss actions with REM

NCT to confirm way forward with IP/Region WEEKS

WEEKS

Dealer Enabling Works Process: A structured communications protocol where issues are escalated as necessary to support timely signage installationsâ&#x20AC;¦ Page 1.3

1.1

Main Brand Signs (Pylon, Freeway or Monument Signs)

1.1.1

Core Application Rules

• To be located in close proximity to the main site entrance and perpendicular to and visible from the main highway. • The main entrance door to the facility should be visible from the principal Main Brand Sign. • The height of the Main Brand Sign should be greater than or equal to the height of the Pre-Owned Vehicles Sign (where applicable). • If two or more Main Brand Signs are provided, the largest is to be located at the main site entrance. • If a standard sign size cannot be specified due to local code restrictions, the size of the sign head should remain fixed but the height of the sign legs or body may be reduced. • Only monument signs are allowed to be mounted on a concrete pedestal, if requested by the Dealer. Maximum pedestal height: 3’. • Freeway sign options: o Halo-lit head / ACM clad legs: For freeway applications &/or as a main brand sign (if regulations prevent both a freeway sign & a MBS pylon/monument to be provided, & if approved by GCT). o Panaflex head / ACM clad legs: For freeway applications only. A MBS pylon or monument must also be provided. Clad legs are preferred – pole legs are an alternative option, but can only be used with GCT approval. o Panaflex head / painted pole legs: For freeway applications only. A MBS pylon or monument must also be provided. Clad legs are preferred – pole legs are an alternative option, but can only be used with GCT approval. • Freeway sign poles may be increased in height, but Sign Contractor is required to undertake structural engineering checks and confirm their structural integrity. Poles are not be telescoped and should retain the aesthetic proportions of the standard signs. • Minimum distance between Main Brand Signs and any Pre-Owned Vehicles pylon or monument signs is to be 30’.

1.1.2

Key Coordination Issues

• Electrical: o General Contractor to provide suitable electrical power to within 10ft of the final location of each sign. o Refer to Section 1.8.2 for Signage Electrical Power Requirements & Wire Size Calculations Diagram. o Flex Face Freeway signs require two dedicated 110v, 20 amp single pole circuits. o ACM Dimensional Freeway sign require one dedicated 110v, 20 amp single pole circuits. o ID-22 glass pylon requires two dedicated 110v, 20 amp single pole circuits. o All other glass signs require one dedicated 110v, 20 amp pole circuit per sign

1.1.3

• Materials / finishes: o Fabricated stainless steel Brand Symbol / Wordmark and trim pieces. Lowiron laminated glass panels, incorporating unique white pattern & diffuser. Stippled black painted basecover.

1.2

Pre-Owned Vehicles Signs (Pylon or Monument Signs)

1.2.1

Core Application Rules

• If the Main Brand Sign is a monument style sign then the Pre-Owned Vehicles Sign should also be a monument style sign. • The height of the Pre-owned Vehicle signs it to never be greater than the height of the Main Brand Sign(s). • The Pre-owned Vehicles Sign and the Main Brand Sign are not to be positioned on exactly the same site line. Main Brand Sign takes precedence over the Pre-Owned Vehicle Sign. • Pre-owned Vehicles signs are to be separated from the Main Brand Signs by a minimum of 30’ (9m). • Only monument signs are allowed to be mounted on a concrete pedestal, if requested by the Dealer. Maximum pedestal height: 3’.

1.2.2

Key Coordination Issues

1.2.3

Technical Details

• Fixing: o New concrete foundations • Estimated weights: o Pylon signs: 1000 lbs, 680 lbs (18ft, 14ft signs respectively) o Monument signs: 700 lbs (7ft sign) • Materials / finishes: o Fabricated stainless steel Brand Symbol & gloss black letters, on white & brushed aluminum ACM face panels. Brushed aluminum ACM clad legs. Stippled black painted basecover.

Technical Details

• Fixing: o New concrete foundation, or retrofitted to suitable existing foundation • Estimated weights: o Freeway signs: 5320 lbs, 4370 lbs, 3900 lbs (40ft, 35ft, 30ft signs) o Pylon signs: 6100 lbs, 4100 lbs, 4000 lbs (22ft, 18ft, 14ft signs respectively) o Monument signs: 2200 lbs (7ft sign)

Page 1.4

1.3

Main Brand Building Signs

1.3.1

Core Application Rules

• The Infiniti Brand Symbol/Wordmark is to be located in the most prominent position on the primary elevation. • The word “Infiniti” shall be excluded from the Dealer Name letters. o Exception for Signs-Only projects: The word “Infiniti” may be included in the DNL sign but only when applied on a different secondary elevation from the Wordmark. • No Infiniti Brand Symbol/Wordmark should appear on signs or the building, other than as directed by the IREDI program • The Infiniti Brand Symbol/Wordmark and Dealer Name Letter (DNL) sign should be separately located on the primary elevation. • Maximum one Infiniti Brand Symbol/Wordmark and one DNL sign per building elevation (excluding Entry Element Signs) • Neither two Infiniti Brand Symbol/Wordmark sets, nor DNL signs should appear on adjacent elevations of a corner. • The number of Infiniti Brand Symbol/Wordmark sets on the facility should be greater than or equal to the number of DNL signs. • Brand Symbol/Wordmark should never be applied over mixed backgrounds (e.g. different building materials, colors or types of glass). • All signs on the feature glass façade must be on GL-1 patterned, diffused glass panels. • No raceways/wireways to be used, other than for DNL signs on the feature glass façade. • Infiniti Wordmark and DNL letter heights: o Flagship, Premier 1/2/3 & Remodel 1/2 facilities: DNL capital letter height to be 4/3 of the Wordmark letter height. o Exception for Signs-Only facilities: DNL letter height may exceed Wordmark letter height, but only when applied on a different secondary elevation from the Wordmark. • The distance between the Infiniti Brand Symbol/Wordmark set and the DNL signs should not exceed 100', nor be less than 19I. • In the event that both the Brand Symbol/Wordmark and the DNL cannot fit in the space available, the Brand Symbol/Wordmark shall take preference and the DNL shall be re-located onto another part of the elevation or another elevation.

Building Signs: • Brand Symbol: 3I high x 6I wide • Wordmark overall width: 9.5I • Clear space: 1.5I around overall Brand Symbol/Wordmark logo

The Infiniti Brand Symbol is always to be used in conjunction with the Infiniti Wordmark, and set-out as follows: • Brand Symbol to be centrally positioned over the Wordmark – the two are never horizontally aligned with each other. • Vertical clear space between the Brand Symbol and the Wordmark must equal the height of the Wordmark (I).

Page 1.5

Exception for Signs-Only Box-in-Box Facilities ONLY: This layout is ONLY for use on Box-in-Box facilities. • For Box-in-Box facilities that do not have suitable wall width for maximized visibility / legibility of the Brand Symbol / Wordmark. • Brand Symbol: 3I high x 6I wide • Wordmark overall width: 7.83I • Clear space: 0.75I around overall Brand Symbol/Wordmark logo

o o

Indent from edge of façade to Wordmark to meet clear space requirements, but not to exceed 10I Indent from edge of façade to DNL to equal the Wordmark indent

Positioning on Signs Only Box-in-Box Facilities ONLY: • Brand Symbol / Wordmark: o To be horizontally centered on the available wall space of the sales building primary façade. Clear space requirements to be respected. o To be mounted as high as possible, with respect to clear space requirements. • DNL: o To be horizontally & vertically centered on the front of the Entry Trellis.

1.3.2

Key Coordination Issues

Signs NOT fixed to Feature Glass Façade: • Electrical: o General Contractor is to provide suitable electrical power to within 10ft of the final location of each sign. Liaise with Sign Contractor. o Refer to Section 1.8.2 for Signage Electrical Power Requirements & Wire Size Calculations Diagram. o Brand Symbol/Wordmark: One dedicated 110v, 20 amp pole circuit per sign o DNL: Typically one dedicated 110v, 20 amp pole circuit per DNL sign. Exceptionally long DNL signs may require an additional circuit. Verify with Sign Contractor in such instances. • Preparatory & enabling works: o Sign Contractor to define the required preparatory & enabling works (e.g. patch & paint, access holes, electrical works, etc). o General Contractor to execute all required preparatory & enabling works, and coordinate with Sign Contractor in terms of scheduling, completion, etc.

Positioning on Horizontal format Feature Glass Wall: • Vertical alignment: Signs to be prominently located at high level, with bottom of Wordmark & DNL aligned on a common horizontal mullion. • Horizontal alignment: o Brand Symbol/Wordmark to be located at the taller end of the feature glass façade (i.e. furthest from the Service Reception). o Brand Symbol/Wordmark to be horizontally centered on a vertical mullion o Indent from edge of façade to Wordmark to meet clear space requirements, but not to exceed 10I o Indent from edge of façade to DNL to equal the Wordmark indent

Signs on Feature Glass Façade: Proper coordination between Architect/General Contractor & Sign Contractor is essential for correct design, installation & positioning of structural fixings & electrical supplies. It is imperative that occurs as soon as possible in the façade design process. • Fixing: o Brand Symbol/Wordmark components to be individually pin-mounted. DNL to be mounted via a raceway. o Architect / General Contractor / Sign Contractor to liaise regarding exact locations required for all mounting clips, prior to design-finalization & fabrication of feature glass façade panels and frame. o Architect / General Contractor to design & install mounting clips to exterior of the feature glass façade joints, per Sign Contractor’s requirements. o Sign Contractor to fix signs to mounting clips after completion of the feature glass façade.

Positioning on Vertical format Feature Glass Wall: • Vertical alignment: Bottom of Wordmark & DNL to be aligned on the horizontal mullion between the bottom & second bottom glass panels. • Horizontal alignment: o Brand Symbol/Wordmark to be located below the taller end of the feature glass façade. o Brand Symbol/Wordmark to be horizontally centered on a vertical mullion

Page 1.6

• Electrical: o Brand Symbol/Wordmark components require individual electrical supplies behind each sign component. Number of electrical supplies to the DNL raceway to be confirmed with Sign Contractor. o Architect / General Contractor / Sign Contractor to liaise regarding exact locations required for all electrical supplies, prior to design-finalization & fabrication of feature glass façade panels and frame. Refer to Section 1.8.2 for Signage Electrical Power Requirements & Wire Size Calculations Diagram. o Architect / General Contractor to design & install electrical supplies and conduits etc through the feature glass façade joints up to the mounting points of each of the signs, per Sign Contractor’s requirements. o Sign Contractor to make final local electrical connections to the external connection points after completion of the feature glass façade. o All electrical works to be positioned inconspicuously from views from exterior & interior (e.g. showroom). o Brand Symbol/Wordmark: One dedicated 110v, 20 amp pole circuit per sign o DNL: Typically one dedicated 110v, 20 amp pole circuit per DNL sign. Exceptionally long DNL signs may require an additional circuit. Verify with Sign Contractor in such instances.

1.3.3

Clips to be stainless steel or aluminum in order to prevent rust/corrosion. The clips should be of a compatible material in order to match the frame. CUSTOM EXTRUDED ANCHORCLIP

Technical Details

• Estimated weights: o Brand Symbol: 175 lbs, 125 lbs (18”, 15” signs respectively) o Wordmark: 100 lbs, 65 lbs (18”, 15” signs respectively) o DNL: 10.5 lbs/letter, 8 lbs/letter (18”, 15” signs respectively) • Materials / finishes: o Fabricated stainless steel Brand Symbol. Gloss black faced letters with stainless steel returns. o Font: Infiniti Meta Bold (Meta Bold)

1 7/16”

Example anchor clip / mullion section for fixing of signs

Signs NOT fixed to Feature Glass Façade: • Fixing: o All sign components to be individually pin-mounted. • Electrical: o Individual electrical supplies required through the wall structure behind each sign component. Signs on Feature Glass Façade: Proper coordination between Architect/General Contractor & Sign Contractor is essential for correct design, installation & positioning of structural fixings & electrical supplies. • Fixing: o Standard SSG frame sections to be used for the feature glass façade generally (e.g. approx 2 ½” wide). However, in the area of the signs wider frame sections may be required (e.g. 4”) to provide suitable joint width for penetration of fixing clips & electrical conduits. All glazing to be 4-sided SSG. o Exterior structural silicone joints to be generally ½”–¾” between edges of glass panels. However, in the area of the signs these need to be approx 2” to allow the anchor clips and electrical conduits to pass through. o Brand Symbols/Wordmarks to be mounted to individual anchor clips, approx 1½” from the façade for sufficient halo illumination. See detail below for possible mounting detail.

Example of sign mounted on anchor clip

Page 1.7

DNL letters to be mounted via a raceway to the anchor clips. Letters to be approx 1 ½” from the façade for sufficient halo illumination. See detail below for possible mounting detail.

Example of DNL letter on anchor clip with electrical supply •

Electrical: One electrical conduit required behind the Brand Symbol & one behind each Wordmark letter. More than one electrical conduit may be required for longer DNL signs. o Electrical conduits to be positioned behind the Brand Symbol/Wordmark sign components, and behind the DNL raceway. Refer to Sign Contractor for precise location requirements. o

Page 1.8

Refer to IREDI Sign Contractor for up-to-date, detailed drawings of anchor clip / conduit location requirements… • •

The following are example images to convey the detailed information available & to covey the level of coordination required with the feature glass façade. Refer to the Sign Contractor for up-to-date details, specific to your sign sizes & DNL texts.

Example plan view of anchor clip

Example elevation of anchor clip & conduit locations

Page 1.9

Example exterior photo showing anchor clips and wiring.

Example exterior photo showing signage

Example exterior photo showing anchor clips and wiring.

Page 1.10

1.4

Freestanding Directional Signs

1.4.1

Core Application Rules

• Directional signs should be located to best assist way-finding and direct customers to the appropriate locations. • Preferred locations on the lot locations are in landscaped areas or traffic islands, and free of visual obstruction. • Available texts are limited to the following (each to be located on a separate line): o Entrance o Parking o Service • There is no specific order for text lines, but to avoid confusion to customers it is recommended to arrange texts together which have the same direction arrows. • Maximum four rows of text allowed. • Each text line should possess an arrow. • Arrows are always to be located on the left hand side of the sign face. • Arrows may point left, right, up or point diagonally upwards towards the left or right. • Texts should be 3” (C) capital letter height and set-out as follows: o Texts will be horizontally aligned towards the arrows, in accordance with the clear space requirements defined below. The first row of text should be at the top of the sign. o Arrows should be centered horizontally and vertically in the space available. o Font: Infiniti Meta Bold (Meta Bold).

1.4.2

Key Coordination Issues

• Fixing: o Signs should be place perpendicular to the principal direction of traffic • Illumination: o Any external illumination of Directional signs is the choice and responsibility of the Dealer, and is outside of the Sign Contractor’s scope of work.

1.4.3

Technical Details

• Fixing: o New concrete foundation for ground signs o Building-mounted signs fixed via appropriate hardware • Estimated weights: o Ground signs: 50 to 60 lbs (dependent on size) o Wall signs: 20 to 25 lbs (dependent on size) o Flag signs: 50 to 60 lbs (dependent on size) • Materials / finishes: o Brushed aluminum ACM, with reflective vinyl decals (black by day, reflective white by night). o Stippled black painted kickplate (ground signs) / mounting bracket hardware (flag mounted signs)

1.5

Entry Element Signs

1.5.1

Core Application Rules

• Brand Symbol/Wordmark to be applied to the wider accent wall, DNL to be applied to the narrower accent wall • Vertical alignment: o Top of Brand Symbol/Wordmark to be 6’ above the finished floor line o Bottom of DNL to be aligned with bottom of Wordmark • Horizontal alignment: o Signs to be centered on the natural material accent walls

1.5.2

Key Coordination Issues

• Fixing: o

General Contractor to liaise with Sign Contractor to ensure that the natural material wall cladding & underlying structure are suitable for drilling of fixing holes for the sign’s pin-mounts. Refer to Sign Contractor for dimensions & mounting template (pounce pattern) for location of pin-mount holes o Sign Contractor is to install the signs. Sign Contractor to ensure all sign parts are installed in the same flat plane and flush to the natural material walls. • Illumination: o Signs are externally illuminated by wall-wash in the ceiling of the Entry Element. Provision of lighting and all work in connection is the responsibility of the General Contractor. 1.5.2 Technical Details • Estimated weights: o Brand Symbol: 10lbs o Wordmark / DNL letters: 8lbs (3.75” sign) • Materials / finishes: o Fabricated polished stainless steel symbol & letters

Page 1.11

1.6

Pre-Owned Vehicles Wall Signs

1.7

Service Signs (LED Messaging or Letter Signs)

1.6.1

Core Application Rules

1.7.1

Core Application Rules

• No Pre-Owned Vehicles (POV) signs are to be applied to the primary elevation. • POV letter signs should never be of greater height than the Infiniti Wordmark. • POV letter signs should be horizontally aligned with the Infiniti Wordmark, where possible • Maximum one POV sign per elevation • No two POV signs should appear on adjacent elevations of a corner

1.6.2

Key Coordination Issues

• Electrical: o General Contractor is to provide suitable electrical power to within 10ft of the final location of each sign. Liaise with Sign Contractor. o Refer to Section 1.8.2 for Signage Electrical Power Requirements & Wire Size Calculations Diagram. o One dedicated 110v, 20 amp pole circuit per sign • Preparatory & enabling works: o Sign Contractor to define the required preparatory & enabling works per the DPP (e.g. patch & paint, access holes behind the signs, electrical works, etc) o General Contractor to execute all required preparatory & enabling works, and coordinate with Sign Contractor in terms of scheduling, completion, etc.

1.6.3

Technical Details

• Fixing: o POV Letters: Individually pin-mounted o 7’ POV wall sign: Fastened to wall as one unit • Estimated weights: o POV Letters: 10.5 lbs/letter, 8 lbs/letter (18”, 15” signs respectively) o 7’ POV wall sign: 500 lbs • Materials / finishes: o POV Letters: Fabricated stainless steel, with gloss black faces & polished stainless steel returns o POV wall sign: Fabricated stainless steel Brand Symbol & gloss black letters on white & brushed aluminum face panels o Font: Infiniti Meta Bold (Meta Bold).

• Service signs are required for all facilities, however Dealer can choose between: o LED Messaging Sign – Infiniti’s preferred option, but not provided by Infiniti Sign Contractor, or; o Service Letter – Available from Infiniti Sign Contractor. • Service Letter signs or LED Messaging signs cannot be located anywhere other than over Service Reception vehicle entries. Directional signs (e.g. wall- or flag-mounted) may be used on other elevations to direct customers towards Service Reception. • Vertical alignment: o Signs only projects: Clear space equal to half the capital letter height required between letters and top of vehicle door / canopy overhang. o Facility projects: To be vertically centered on the 24” ACM band running above the vehicle doors on the front of Service Reception. • Horizontal alignment: o One sign to be centered over each vehicle lane.

1.7.2

Key Coordination Issues

• LED Messaging Signs: o Sign Contractor to notify Global Core Team via SF08 non-compliance process if Dealer chooses this option o Dealer is wholly responsible for provision & all coordination activities etc for this sign o Dealer to refer to GCT for detailed requirements if this option is chosen (e.g. sign size, text color, text size, font, allowable types of messages, graphics capabilities, etc) • Fixing: o For Service Letters sign: General Contractor & Sign Contractor to coordinate proper installation with Service Reception storefront system , ACM band & vehicle doors, etc. o For LED Messaging signs: Dealer responsible for all works. • Electrical: o For Service letter signs: General Contractor is to provide suitable electrical power to within 10ft of the final location of each sign. Liaise with Sign Contractor. Refer to Section 1.8.2 for Signage Electrical Power Requirements & Wire Size Calculations Diagram. One dedicated 110v, 20 amp pole circuit per sign o For LED Messaging signs: Dealer responsible for all works. • Preparatory & enabling works: o For Service letter signs: Sign Contractor to define the required preparatory & enabling works per the DPP (e.g. patch & paint, access holes behind the signs, electrical works, etc). General Contractor to execute all required preparatory & enabling works, and coordinate with Sign Contractor in terms of scheduling, completion, etc. o For LED Messaging signs: Dealer responsible for all works.

Page 1.12

1.7.3

Technical Details

• Fixing: o Service letters sign: Individually pin-mounted • Estimated weights: o Service letters sign: 10.5 lbs/letter, 8 lbs/letter (18”, 15” signs respectively) • Materials / finishes: o Service letters sign: Fabricated stainless steel, with gloss black faces & polished stainless steel returns. Font: Infiniti Meta Bold (Meta Bold). o LED messaging signs: Possible suppliers: HiTech: Steve Roberts, Director National Sales, (800) 723-9402 Barco: Gordon Blitch, Marketing Manager OHC/Retail, (770) 218-3290 Sunrise Systems: (781) 826-9706

1.8

Signage Reference Documents

1.8.1

Not Used

1.8.2

Not Used

1.8.3

Signage Electrical Power Requirements & Wire Size Calculation Diagram

See diagram below.

Page 1.13

INFINTI SIGNS Wire size calculator Voltage drop 3% of 120 volts = 3.6 volts ID-22

ID-18

ID-14

ID-7

Maximum Length of run from main power supply to sign POV-18 POV-14 POV-7 W POV-7 18" POV 15" POV LTRS LTRS

18" SERVICE LTRS

15" SERVICE LTRS

Channel Letters HIGH RISE (35', (1) TOTAL (1) TOTAL (2) TOTAL (3) TOTAL NUMBER OF 40', 45') NUMBER OF 60 NUMBER OF 60 NUMBER OF 60 250 WATT WATT POWER SUPPLIES

Two 20 Amp

One 20 Amp One 20 Amp One 20 Amp One 20 Amp One 20 Amp One 20 Amp One 20 Amp circuits req'd; circuits req'd circuits req'd circuits circuits circuits circuits circuits 10.3 amps req'd req'd req'd req'd req'd Resistance at 75ยบC (167ยบF) /1000 ft. Total Amps Max. Amps/circuit

One 20 Amp circuits req'd

? 20 Amp circuits req'd

circuit #1, 9 amps circuit #2

WATT POWER SUPPLIES

POWER SUPPLIES

One 20 Amp One 20 Amp One 20 Amp One 20 Amp circuits circuits circuits circuits req'd req'd req'd req'd

10.5

6.5

2.5

2.2

2.5

10.5

6.5

2.5

2.2

2.5

4 233

Wire size Stranding Copper

1.93

143

373

424

373

233

466

#DIV/0!

500

466

311

12 10 10 8 8 6 4 3 2

7 1 7 1 7 7 7 7 7

1.98

140

364

413

364

227

455

#DIV/0!

500

455

303

227

1.21

114

142

229

500

372

500

#DIV/0!

500

496

372

Wire Colors

1.24

112

138

223

500

363

500

#DIV/0!

500

484

363

0.764

181

224

362

500

#DIV/0!

500

0.778

178

220

356

500

#DIV/0!

500

0.491

282

349

500

#DIV/0!

500

0.308

450

500

#DIV/0!

500

0.245

500

#DIV/0!

500

0.194 Black Red White Green

500 1 1 1 1

500 1 0 1 1

#DIV/0! 1 0 1 1

500 1 0 1 1

Page 1.14

2.0 2.0.1

Signage: Interior Minimum Signage Requirements

The minimum interior signage requirements are defined in the IREDI Mandated Standards Matrix.

2.0.2

Core Application Rules

• Interior signage is to be positioned to assist customers to navigate the facility and to identify the different services and amenities within the facility. • The use of interior signage should be limited to locations where it will assist the customer. Avoid over-signing the facility. • To be flush-mounted to the wall adjacent to the appropriate function, or indicating towards it. • No interior signs are to be self-illuminated (e.g. no halo-lit signs allowed). • If interior signs require to be lit, this must be achieved with a suitable spotlight shining on the face of the sign. • No Infiniti Brand Symbols/Wordmarks allowed inside the building. • The Infiniti Brand Symbol/Wordmark is never to be used on floor surfaces or entry walk-off mats. • All interior signage is to be compliant with Infiniti’s Visual Identity rules.

2.0.3

Identification Signs

2.1.1

Core Application Rules

• Identification signs are text-only signs, that do not include directional arrows • Capital letter height: o Minimum 3”, maximum 6” o Actual letter height should accord with the relevant viewing distances & be aesthetically proportional to the space provided. • Available texts are limited to the following: o Customer Parts o Cashier • Positioning of signs: o ‘Customer Parts’ & ‘Cashier’ identification signs to be centrally positioned over the appropriate counters, with a minimum clear space on all sides of 1.5x the letter height.

Key Coordination Issues

• Sign suppliers: o The coordination, procurement, and manufacture of the sole responsibility of the dealer. • Facility design: o Application of signage to be coordinated with the renovation/building works. • Approvals: o Signage designs and samples are to be submitted facility designs and materials review process o At a minimum the Detail Design Drawings should material, finish & locations of signs

2.0.4

2.1

all interior signage are

design of the facility’s

to GCT as part of the include:

letter height,

Technical Details

• Fixing: o Individually flush-mounted to the wall • Materials / finishes: o Individually routed, laser-cut or water-cut solid metal letters & arrows o ¼” thick non-directional #8 polished stainless steel o Font: Infiniti Meta Bold (Meta Bold)

Example Photos: Interior Identification Signs

Page 2.1

2.2

Directional Signs

2.2.1

Core Application Rules

• • • •

Directional signs include both text and arrow(s). Capital letter height: 1 ½” Arrow height: 0.8 times capital letter height Available texts are limited to the following: o Cashier o Customer Lounge o Customer Parts o Gallery o Restrooms o Service • Maximum four rows of text in any one group of signs • There is no specific order for text lines within a group of signs, but to avoid confusion it is recommended to arrange texts together which have the same direction arrows. • Arrows are always to be located on the left hand side of the text

Example Photo: Interior Directional Sign

2.3

Restroom Identification Signs

2.3.1

Core Application Rules

• Identification is to be in accordance with any Federal, State & Local codes as provided. • In the event that none apply use 1 ½” capital letter height, with font & materials as above. To be flush-mounted and centered on the respective door at 5’ – 6” above finished floor line. • California Title 13 ADA signs are to be fabricated from ¼” thk. polished stainless steel sheet with respective symbol and copy etched and black enamel filled.

2.3.2

Key Coordination Issues

• Code requirements: o Dealer’s architect is to research and apply applicable state and local codes respective of Restroom Identification Signs.

Example Photo: Interior Directional Signs

Page 2.2

3.0 3.1

Site (Lot) Plan & Exterior Lighting Minimum Requirements

3.2.2 •

The minimum requirements for each scheme (Flagship, Premier, Remodel, etc.) are defined in the IREDI Mandated Standards Matrix.

3.2

Site (Lot) Layout

3.2.1 • • • •

Core Application Rules

Site entrances are to lead directly to Customer Parking and Service Reception Customer Parking to be clearly identified & located in front of the Entry Element Façade feature vehicle display area to be located in front of the primary façade Boundary feature vehicle display pads to be located on the primary site boundary

•

3.2.3 •

Site (Lot) Lighting

3.3.1

•

Key Coordination Issues

Ensure that the exterior lot lighting does not diminish the impact of the building’s primary façade or the Main Brand Sign which is internally illuminated at night. Refer to Appendix Two ‘Parking Plan Lighting Layout.’

3.3.3 •

Core Application Rules

Lot & inventory areas should be well lit, within the allowances of applicable local codes. Light poles must be color compliant with the IREDI Core Materials Palette.

3.3.2 •

Technical Details

Material / specifications: o The specifications provided below are reference specifications. Architects / General Contractors may propose alternative materials / specifications to the RCC for review / approval. No alternatives are to be used without IREDI approval.

3.3 •

Key Coordination Issues

Signage: o Refer to Section 1 of this Guide for further details on placement of signs. o General Contractor to provide electric to within 10’ of MBS & POV sign locations. o Directional signs are not illuminated. If the Dealer chooses to illuminate these, the Architect / General Contractor are responsible for providing suitable external floodlighting and to design landscaping to conceal the floodlights. Design proposals are to be submitted to the RCC for review / approval. Physical Protection: o Architect should consider a physical barrier between Customer Parking & the feature glass wall to prevent possible snowplow damage.

Technical Details

Fixture Specifications: o Refer to Section 8.0 Lighting (including fixtures schedule and cutsheets). o Fixture & pole styles are to be contemporary & in keeping with the design direction of the IREDI program. Deviations from this design mandate are not permitted. o Acceptable fixture & pole colors: cool metal, silver metallic, cool grey or white. o Consideration should be given to the use of energy-efficient fixtures. o See images below of ‘shielded’ lot lights for reduced impact on the illumination of the feature glass façade.

Page 3.1

3.4.3 •

Technical Details

Materials / finishes: o Reference Specification: ASP-2 (Stamped Asphalt): StreetPrint, Ashlar Slate pattern (Pattern #13-21-380), Slate color Example image of pattern (not to scale):

Example Photo: Shielded Lot Lights to Reduce Impact on Glass Wall Illumination

3.4

Customer Parking

3.4.1 • • • •

3.4.2 •

•

Core Application Rules

Differentiating finish required for Flagship facilities (optional for other facilities): The Customer Parking area must be of a differentiating material or color from other surrounding lot areas (such as inventory or back-of-house areas). The Customer Parking area includes the approach from the site entry, the parking bays & associated circulation space. The differentiating material finish should also be applied to the approach to the Service Reception. Use only one material finish for all customer areas (e.g. do not use different finishes for customer circulation areas and parking bays).

Materials options: Colored, but not patterned (to address snowplowing concerns) Concrete, instead of asphalt (to address hot/cold climate concerns) There is flexibility on the material that may be used, but the area must be differentiated from the surrounding lot

Key Coordination Issues

Design: o Distinctly different surfacing material from general lot areas o Refer to approved Facility Proposal for location of material transition lines with adjacent general surfacing material. o Material must be clearly dissimilar from the general lot surfacing to be visually distinct to customers. Specification & application: o Avoid light colored materials susceptible to vehicle oil staining. o Refer to supplier for product & installation guidance (see Section 9 for contact details). o Pattern & color can be imprinted on freshly laid asphalt, or by reheating an existing good quality pavement.

Example Photo: Customer Parking Area Surfacing Material

Page 3.2

3.5

Entrance Walkway

3.6

3.5.1

Core Application Rules

3.6.1

• • • •

Required for Flagship facilities (optional for other facilities): A defined walkway from Customer Parking up to the main entrance doors of the Entry Element. The walkway should extend into the Customer Parking area a minimum of one vehicle stall length. The walkway material must be clearly distinct from the surrounding areas. The walkway paving material & finish must be compliant with the IREDI Core Materials Palette.

3.5.2 •

•

Lighting: o In-ground lights are optional, but if used should accord with the details in Section 8. o If in-ground lights are used, coordination may be required for electrical connections & for lights and walkway pavers to be installed at a common grade. o ADA requirements should be adhered to as appropriate (e.g. by placing the lamps either side of the walkway). Cold climates: o Architects / General Contractors to take preventative measures against ground-heave due to frost, to prevent upheaval of the walkway. Radiant heating or a suitable sub-base may be appropriate. o Alternative materials may be proposed to the RCC for review / approval by IREDI (e.g. a colored, patterned concrete slab). Specification & application: o Refer to supplier for product & installation guidance (see Section 9 for contact details). o If walkway must be capable of carrying vehicles (e.g. for moving display vehicles), a concrete slab with mortar bed may be required. Consult with supplier for installation requirements & minimum depths of materials.

3.5.3 •

Key Coordination Issues

Technical Details

Materials / finishes: o CONC-3 (Precast Pavers): Stepstone, California Architectural Paver, French Gray, light sandblast, #1404, 18”W x 36”L x 2”D, with or without slag.

• • • • • •

Boundary Feature Vehicle Display Pads

3.6.2 •

•

Façade Feature Vehicle Display

3.7.1

• • • • •

Example Photo: Entrance Walkway

Core Application Rules

Required for Flagship facilities (optional for other facilities). To be located immediately in front of the primary elevation, between the feature glass façade and customer parking. To specially paved, distinct from parking, inventory and other areas. Materials / finishes are to be compliant with the IREDI Core Materials Palette. The display area should be generously sized to allow upscale display of at least three vehicles. One material / finish is to be used over the complete feature display area (e.g. no borders around the overall display area or around individual display vehicles). Tiles should be laid in a running bond pattern, with their long edges parallel to the feature glass façade. Lighting should enhance, not diminish, the impact of the primary façade or building signage.

3.7.2 •

Technical Details

Materials / finishes: o Stamped concrete: Either: CONC-1: Stampcrete, ST-107 Antique Wood Plank pattern, SC-35 integral color, SR-13 release color. Or: CONC-2: Stampcrete, ST-120 Random Slate pattern, SC-35 integral color, SR-13 release color.

3.7 • •

Key Coordination Issues

Design: o Location of boundary feature vehicle displays to be proposed by local architect & agreed by the RCC. Refer to the approved Facility Proposal for guidance. Lighting: o Coordinate lighting design with location of signs to avoid ‘washing-out’ any signs (e.g. the glass Main Brand Sign is internally illuminated).

3.6.3 •

Core Application Rules

Required for Flagship facilities (optional for other facilities). Specially finished areas for focused feature display, located by the primary site boundary (generally at the front of the lot). Maximum 1 vehicle /display pad. Individual pads are to be circular in plan & generously sized for feature display. Lighting should enhance drive-by viewing of the individual vehicles displayed at each pad, without diminishing the illumination of the Main Brand Sign(s). All boundary feature vehicle display pads at a facility are to have the same material finish.

Key Coordination Issues

Design: o Location of the feature vehicle display area to be proposed by Architect and agreed by RCC. Refer to the approved Facility Proposal for guidance. o Architect to consider suitability of materials/finishes for local climatic conditions (e.g. slip coefficient).

Page 3.3

•

Lighting: o Coordinate lighting design to avoid ‘washing-out’ the feature glass façade or building signs (building signs are halo-lit at night). See section 3.3.3 above. o Refer to Appendix Two ‘Parking Plan Lighting Layout’.

3.7.3

Technical Details

•

Specification & application: o Tile size: 2:1 length:width ratio tiles o Layout pattern: Running bond pattern, with long edges parallel to the length of the feature glass façade o Joints: Minimum joint widths, colored to match the tile o Installation: Refer to supplier for required tile thicknesses & sub-structures to for use as a vehicle display area

•

Materials / finishes: o Stone tile: Either: ST-7: Stone Source, Kirby, Limestone Honed, 12” x 24” Or: ST-17: Stone Source, Burlington, Spot Textured, 12” x 24” Or: ST-18: Stone Source, Burlington, Line Textured, 12” x 24”

3.8

Soft Landscaping

3.8.1 • • •

3.8.2 •

Core Application Rules

Locally suitable landscaping should be included to enhance the lot design, without blocking visibility of the facility. Natural shrubbery / bushes / trees should shield visibility to back of house, utility & storage areas – creating focus on the front of the facility (customer parking, vehicle display & the primary elevation). Low-level landscaping may be used along the foot of the feature glass façade (e.g. low box hedge). If used, planters should not extend above ground level and maximum plant height should not exceed 18”.

Example Photos: Locally-suitable Soft Landscaping to Enhance Lot Design

Key Coordination Issues

Design: o Location of landscaping to be proposed by Architect and agreed by RCC o Landscaping should be coordinated with the building & signs to avoid obstructions o Low maintenance landscaping is recommended

Page 3.4

3.9 Code

Site (Lot) Finishes Schedule Description

Manuf.

Product Specification

Dim.

Remarks

ASP-2

Stamped Asphalt

StreetPrint

Ashlar Slate pattern (Pattern #13-21-380), Slate color

Customer parking / circulation areas

CONC-1

Stamped Concrete

Stampcrete

ST-107 Antique Wood Plank pattern, SC-35 integral color, SR-13 release color

Boundary Feature Vehicle Display Pads

CONC-2

Stamped Concrete

Stampcrete

ST-120 Random Slate pattern, SC-35 integral color, SR-13 release color

Boundary Feature Vehicle Display Pads

CONC-3

Precast Pavers

Stepstone

California Architectural Paver, French Gray, light sandblast, #1404, with or without slag.

Ltg

Lot lighting

Juno

Acceptable colors: Cool metal, silver metallic, cool grey or white.

ST-7

Stone Tile

Stone Source

Kirby, Limestone Honed

12”W x 24”L

Façade Feature Vehicle Display Area

ST-17

Stone Tile

Stone Source

Burlington, Spot Textured

12”W x 24”L

Façade Feature Vehicle Display Area

ST-18

Stone Tile

Stone Source

Burlington, Line Textured

12”W x 24”L

Façade Feature Vehicle Display Area

18”W x 36”L x 2”D

Notes See options in Section 3.2.3 above

Entrance Walkway Refer to Section 8 of this Guide for specifications / cutsheets.

Page 3.5

4.0

Building Exterior

4.0.1

Minimum Requirements

4.1.1.2 Layout for Flagship, Horizontal Format Facilities:

The minimum requirements for each scheme (Flagship, Premier, Remodel, etc.) are defined in the IREDI Mandated Standards Matrix.

4.1

Feature Patterned Glass Façade

4.1.1

Core Application Rules

4.1.1.1 General Requirements: • • • • • • • • • •

Glass panels must be 3:1 width to height ratio (typically 9’ x 3’ between joint centers). 3’ vertical center / center distance between glass panel joints is critical for fixing signs. All glass panels are flat. Overall profile of the feature glass façade must align with the Program Guide & details below. On long elevations, the feature glass façade should be restricted to no more than 110’. Any deviations or alternate applications require prior approval from the IREDI Global Core Team (GCT). The Service Reception is front-facing & on the same primary elevation as the feature glass façade. The primary elevation faces the road with the greatest volume of traffic. All patterned glass panels must only use the approved IREDI pattern. This artwork is available to participating projects upon request to GCT. See Tech Guide Section 1 for application rules & technical details for fixing signs. Roof-top structures must not be over-elaborate or distract from the façade.

• Elevation: o Top edge is curved in elevation. Highpoint (H) is at 2/3 along the length of the façade. The heights of the corners are 0.75H & 0.9H. o The façade is orientated so that the lower corner is adjacent to Service Reception. o The sides are straight & inclined at 6 degrees from vertical. o The façade should meet ground level or maximum 12” above ground level (in which case the base should be plain concrete, clear anodized aluminum breakmetal or ACM-1). o All panels are to be GL-1, except for GL-2 in the Gallery display windows. o All panels to be illuminated. o Refer to diagram below for definition. • Plan: o Plan layout is a faceted curve, using flat panels. o Refer to diagram below for definition of curve. o Each end of the façade should extend past the building as a slim profile. • Section: o Vertical in section at any point along the length of the façade.

GL-1 Glass

GL-2 Glass

New Build Horizontal Format Facility: Elevation 4.1

New Build Horizontal Format Facility: Plan View of Segmented Curve

Example Photos: New Build Horizontal Format Feature Glass Façade

Example Photos: Some options for supporting the ‘wings’

4.2

4.1.1.3 Layout for Premier & Remodel, Horizontal Format Facilities: • As per the Flagship, with the following amendments: o Vertical sides o Ends of the façade do not extend past the building o The 0.75H & 0.9H corners are located at the ends of the façade (& sides of the building). Refer to diagram below for guidance. o Remodel 2: Illumination not required • Optional alternative design for Premier: As per Flagship (i.e. Section 4.1.1.2 above)

Plan layout to match Flagship facility (11º & 1º angles) Premier 1/2/3 & Remodel 1/2, Horizontal Format Facility: Feature Glass Façade

Example Images: Premier / Remodel Feature Glass Façade 4.3

4.1.1.4 Layout for New Build, Vertical Format Facilities: • Elevation: o Top edge is curved in elevation, from highpoint (H) at one corner to 0.9H at the other corner. o The sides are straight & vertical. o The bottom edge is straight & horizontal. o The bottom of the façade is elevated above ground level, to allow one storey of GL-3 clear glass storefront at ground level. o All panels are to be GL-1, except for GL-2 in the Gallery display windows. o All glass panels are to be illuminated. o Refer to diagram below for definition.

• Plan: o o • Section: o o o o

Plan layout is straight & horizontal at any point in the facade. There is no curve in plan. Each side of the façade should extend past the building as a slim profile. Section layout is a vertical faceted curve, using flat panels. Refer to diagram below for definition of curve. The top of the façade extends above the building roofline as a slim profile. Refer to diagram below for definition.

GL-1 Glass

GL-2 Glass

New Build Vertical Format Facility: Elevation & Section of Feature Glass Facade

4.4

4.1.1.5

Not Used

4.1.1.6 Layout for Elevated Façade (New Build or Retrofit): • Elevation: o Top edge is curved in elevation, from highpoint (H) at one corner to 0.7H at the other corner o The sides are straight & vertical o The bottom edge is straight & horizontal o The bottom of the façade is elevated above ground level, to allow one storey of GL-3 clear glass storefront at ground level o All glass panels are GL-1. o All glass panels are illuminated. o Refer to diagram below for definition

• Plan: o o • Section: o o o o

Plan layout is straight & horizontal at any point in the facade. There is no curve in plan. Each side of the façade should extend past the building as a slim profile. Section layout is a vertical faceted curve, using flat panels Refer to diagram below for definition of curve The top of the façade extends above the building roofline as a slim profile. Refer to diagram below for definition.

Elevated Façade: Section & Elevation of Feature Glass Façade

Example Photos 4.5

4.1.1.7 Not Used 4.1.2

Key Coordination Issues

• Signs on feature glass façade: o Essential coordination is required between the Architect / General Contractor / Sign Contractor at the earliest opportunity possible to prepare for installation (structural & electrical) of signs on the feature glass façade. This must occur before design of the façade is completed. Responsibilities lie with both groups – not just the Sign Contractor. o Special detailing is required to carry anchor clips & electrical conduits through the SSG joints in areas where signs are to be mounted. Refer to IREDI Sign Contractor & Section 1 of this guide for details (incl. joint width, anchor clip & conduit details/locations, etc). o Panel sizes in the areas of the signs may have to be slightly reduced to 1) allow for wider joints & 2) avoid disruption to alignment of all remaining façade joints. o It is critical to have 3’ vertical center / center distance between panel joints for fixing signs. • Illumination: o Design coordination is required for even illumination of the whole feature glass façade, including areas not lit by the Gallery interior lighting. Refer to the lighting section of this guide for further details. (Exception for Remodel 2: Illumination not required) o Flagship facilities: Feature glass façade must be illuminated from the interior of the building (e.g. via lighting in the Gallery, clearstory & void above the Entry Vestibule). The exterior portions at either end must be illuminated from behind the façade. o Premier 1/2/3 & Remodel 1 facilities: Feature glass façade may be illuminated from either side (e.g. as above or via exterior flood lighting). • Drawings & documents: o Architect/General Contractor to issue copies of preliminary detail design & detail design drawings to the RCC for review/approval by IREDI. o Architect/General Contractor to issue copies of IREDI approved drawings to Sign Contractor to facilitate permitting & installation of signs (minimum requirements: site plan, external elevations, floor plan & feature glass façade details). o Architect/General Contractor to issue feature glass façade shop drawings to RCC for review/approval by IREDI. Architect/General Contractor to issue IREDI-approved copies to Sign Contractor for coordination of signs installation o Architect/General Contractor to issue material samples to GCT for review / approval, unless materials are sourced from a pre-approved IREDI supplier. o Architect/General Contractor should refer to the IREDI approved Facility Proposal for design direction. • Timing of activities: o It is imperative that the Architect / General Contractor / Sign Contractor coordinate at the earliest opportunity possible to prepare for installation of signs on the feature glass façade - before design of the façade is completed.

4.1.3

Technical Details

• Materials / finishes: o 4-sided structural silicone glazing (SSG) system o Clear anodized aluminum mullions o Gray sealant (e.g. Dow Corning 795 Gray) o Refer to glass panel specifications below • Application: o Glass panels must run horizontally (3:1 width:height ratio panels, typically 9’x3’ between joint centers). 3’ vertical center/center distance between panel joints is critical for fixing signs. o Pattern lines must run vertically. o All glass panels are flat. Any façade curves are faceted. o ¾” silicone joints typical on exterior face, between glass panels. • Design: o SSG: All feature glass façade glazing is to be 4-sided structural silicone glazing (SSG), unless restricted by local code. Copies of local code documents may need to be submitted to GCT if a variance is sought. o Mullions: Reduced depth horizontal mullions are recommended to reduce shadowing effects on the façade from the interior facility lighting. It is acceptable for horizontal & vertical mullions to be different depths. o Profile: Edge details must be slim, minimal & low-profile. Any exposed trims must be clear anodized aluminum finish &, where possible, flush with the glass. o Seismic Zones: In certain seismic locations, 4-sided SSG might not be permissible. In which case 2-sided SSG would normally be required. The horizontal external cap pieces must be clear anodized aluminum, with widths & depths minimized as far as possible. Reduced depths will reduce shadowing & dirt collection. Copies of local code documents may need to be submitted to GCT if a variance from 4-sided SSG is sought. o Hurricane Zones: Where required, hurricane codes design & construction codes must be adhered to. See detail below for acceptable panel make-up. Copies of local code documents may need to be submitted to GCT if a variance from 4-sided SSG is sought. • Example standard framing details from Oldcastle Glass: o The following pre-approved standard details are provided by Oldcastle Glass, who can supply both the glass panels & the metal framing for the IREDI feature glass wall o Oldcastle’s framing system: Vistawall CW644, 4-sided structural silicone glazing system o This system can be used for new build & renovation projects (including application over an existing exterior wall structures). o Drawings are not to scale.

4.6

Contact: Brian Cooke, Vistawall. Ph: (570) 416-0446 4.7

Top Perimeter Detail

Signage Penetration Thro Horizontal

Contact: Brian Cooke, Vistawall. Ph: (570) 416-0446 4.8

Typical Horizontal Bottom Jamb

Contact: Brian Cooke, Vistawall. Ph: (570) 416-0446

4.9

Signage Penetration Thro Vertical

Typical Vertical

Side Perimeter Detail

Contact: Brian Cooke, Vistawall. Ph: (570) 416-0446 4.10

4.1.4

Design Detailing

• Clearstory: The following example detail may be used at the head of the façade to: o Allow even illumination of the façade o Seal out weather o Prevent build-up of snow etc on the rear of the façade that would otherwise be exposed o Eliminate need for rooftop floodlights (& associated maintenance) Approx. 40” (1m) from dryboard to interior face of glass

Roof system extended full-height to weatherproof clearstory

Painted dryboard, with light fixtures to illuminate upper portion of façade

Roof system to slope away from Feature Glass Façade to drain water away from façade

Align any structural beams that pass through the clearstory with vertical framing that supports the Feature Glass Façade

Ceiling Void Above Gallery

Example Photos: Completed clearstory detail Feature Glass Façade

Gallery Luminous Stretch Ceiling

Gallery

Exterior Feature Vehicle Display Area Clearstory Detail

Example Photos: During construction

4.11

• Example Images of Other Feature Glass Façade Details: o ‘Wings’:

Signs: Anchor clip & penetration for electrical conduit:

GL-1 Glass Exterior of clearstory Penetration for electrical conduit Signage anchor clip

Type BB/CC floodlights

GL-2 Glass Example Photo: Signage details, pictured part way through construction

o Rear of GL-1 ‘wing’

Signs: Enlarged joint to facilitate conduit:

Note: Photo taken during construction – joints not yet filled with grey sealant

Additional floodlights at ground level to evenly illuminate ‘wing’

Example Photo: Rear of short ‘wing’ on a Flagship facility o

‘Wings’:

Example Photo: Wider joint behind signs to allow conduit to pass through

Example Photos: In-ground floodlights behind ‘wing’ on a Flagship facility 4.12

4.1.5

Glass Panel Specifications

• Oldcastle Glass is a recommended supplier for IREDI glass panels. • GL-1 (Patterned, Diffused) (Laminated, Insulated): o Overall nominal thickness: 1 3/16” o Outboard Lite: Low-iron glass (3/16” PPG Starphire or equal). Unique IREDI line pattern on #2 surface (Opaque white ceramic fritt). Frosted white interlayer (0.06” white PVB). Low-iron glass (3/16” PPG Starphire or equal). o 1/2” spacer (Air filled). o Inboard Lite: Low-iron glass (1/4” PPG Starphire, or equal). Clear Low-E on #5 surface (PPG Solarban 60, or equal).

• GL-1 (Patterned, Diffused) (Laminated): o Overall nominal thickness: 7/16” o Outer Ply: Low-iron glass (3/16” PPG Starphire or equal). Unique IREDI line pattern on #2 surface (Opaque white ceramic fritt). o Frosted white interlayer (0.06” white PVB). o Inner Ply: Low-iron glass (3/16” PPG Starphire or equal).

• GL-2 (Patterned only) (Laminated, Insulated): o Overall nominal thickness: 1 3/16” o Outboard Lite: Low-iron glass (3/16” PPG Starphire or equal). Unique IREDI line pattern on #2 surface (Opaque white ceramic fritt). Clear interlayer (0.06” Clear PVB). Low-iron glass (3/16” PPG Starphire or equal). o 1/2” spacer (Air filled). o Inboard Lite: Low-iron glass (1/4” PPG Starphire, or equal). Clear Low-E on #5 surface (PPG Solarban 60, or equal).

4.13

• GL-2 (Patterned only) (Laminated): o Overall nominal thickness: 7/16” o Outer Ply: Low-iron glass (3/16” PPG Starphire or equal). Unique IREDI line pattern on #2 surface (Opaque white ceramic fritt). o Clear interlayer (0.06” Clear PVB). o Inner Ply: Low-iron glass (3/16” PPG Starphire or equal).

• GL-1 (Patterned, Diffused) (Hurricane): o Overall nominal thickness: 1 3/16” o Outboard Lite: Low-iron glass (1/4” PPG Starphire or equal). Clear Low-E on #2 surface (PPG Solarban 60, or equal). o 1/2” spacer (Air filled). o Inboard Lite: Low-iron glass (3/16” PPG Starphire, or equal). Unique IREDI line pattern on #4 surface (Opaque white ceramic fritt). Frosted white interlayer (0.06” Translucent white PVB, or equal). Low-iron glass (3/16” PPG Starphire or equal). • GL-3 (Clear Glass) (Insulated): o Overall nominal thickness: 1” o Outboard Lite: Clear glass (1/4” PPG clear float glass or equal). o 1/2” spacer (Air filled). o Inboard Lite: Clear glass (1/4” PPG clear float glass, or equal). Clear Low-E on #3 surface (PPG Solarban 60, or similar).

4.14

• GL-2 (Patterned only) (Hurricane): o Overall nominal thickness: 1 3/16” o Outboard Lite: Low-iron glass (1/4” PPG Starphire or equal). Clear Low-E on #2 surface (PPG Solarban 60, or equal). o 1/2” spacer (Air filled). o Inboard Lite: Low-iron glass (3/16” PPG Starphire, or equal). Unique IREDI line pattern on #4 surface (Opaque white ceramic fritt). Clear interlayer (0.06” Clear PVB, or equal). Low-iron glass (3/16” PPG Starphire or equal).

• Partial abstract of the IREDI pattern: o Note: Not to scale. Do not replicate this partial pattern in an attempt to assemble the complete pattern artwork for the glass panels.

• GL-5 (Opaque White): o Overall nominal thickness: 7/16” o Outer ply: Low-iron glass (3/16” PPG Starphire or equal). o Frosted white interlayer (0.06” White PVB). o Inner ply: Low-iron glass (3/16” PPG Starphire, or equal).

4.15

Thermal Performance of Insulated Glass Panels

U-Value: This is a measure of heat gain or loss through glazing due to environmental differences between exterior & interior air temperatures. The lower the U-Value, the less heat is transmitted through a material in a given time for a given temperature difference. o The lower the U-Value, the better the insulating properties. U-Value (Btu/hr-ft2-ºF)

Regular Clear Glass, Insulated Unit (¼” clear, ½” air, ¼” clear)

Winter 0.48* Summer 0.50* * For light gray tint, these values are unchanged. o o

GL-3 Regular Clear Glass, Insulated Unit, w/ Low-E (¼” clear, ½” air, low-E, ¼” clear) 0.29 0.27

GL-1 (3/16” Starphire, pattern, diffused PVB, 3/16” Starphire, ½” air, low-E, ¼” Starphire) 0.28 0.27

GL-2 (3/16” Starphire, pattern, clear PVB, 3/16” Starphire, ½” air, low-E, ¼” Starphire) 0.28 0.27

IREDI GL-1 & GL-2 panels significantly exceed U-Value performance of regular clear glass insulated units. IREDI GL-1 & GL-2 panels exceed or equal U-Value performance of regular clear glass low-E insulated units.

Shading Coefficient: This is the ratio of solar heat gain through a particular product as compared to 1/8" clear glass. The lower the shading coefficient, the lower the solar heat gain. o Lower values indicate better performance in reducing summer heat gain, and in turn air conditioning loads. Shading Coefficient

Regular Clear Glass, Insulated Unit (¼” clear, ½” air, ¼” clear) 0.81*

GL-3 Regular Clear Glass, Insulated Unit, w/ Low-E (¼” clear, ½” air, low-E, ¼” clear) 0.52

GL-1 (3/16” Starphire, pattern, diffused PVB, 3/16” Starphire, ½” air, low-E, ¼” Starphire) 0.24

GL-2 (3/16” Starphire, pattern, clear PVB, 3/16” Starphire, ½” air, low-E, ¼” Starphire) 0.28

* For light gray tint, this value is 0.52 o

IREDI GL-1 & GL-2 panels significantly exceed shading coefficient performance of regular clear glass insulated units (with or without low-E).

Relative Heat Gain: This is a combination of solar heat gain (transmitted & absorbed that is radiated to the building interior) and heat transfer due to the exterior/interior temperature differential. o The lower the value, the more the glazing restricts heat gain. Relative Heat Gain (Btu/hr-ft2)

Regular Clear Glass, Insulated Unit (¼” clear, ½” air, ¼” clear) 168

GL-3 Regular Clear Glass, Insulated Unit, w/ Low-E (¼” clear, ½” air, low-E, ¼” clear) 107

GL-1 (3/16” Starphire, pattern, diffused PVB, 3/16” Starphire, ½” air, low-E, ¼” Starphire) 52

GL-2 (3/16” Starphire, pattern, clear PVB, 3/16” Starphire, ½” air, low-E, ¼” Starphire) 60

IREDI GL-1 & GL-2 panels significantly exceed relative heat gain performance of regular clear glass insulated units (with or without low-E).

4.16

4.2

Entry Element

4.2.1

Core Application Rules

Natural material extends into Entry Vestibule

• To be located on the primary elevation & adjacent to Customer Parking. • To be recessed into the building, with angled natural material accent walls. One accent wall is to be twice the width of the other, when viewed front-on. • Flagship facilities: Natural material from wide accent wall to extend into Entry Vestibule • #8 polished stainless steel soffit & trims. • Soffit to be designed as a seamless piece with minimal joints. Any joints that are required due to available material sheet size are to be butted, with no visible trims/ fasteners. • Stainless steel framing or trims may be used around the front elevation to conceal joints with the feature glass façade, though these should be of minimal width. • Circular recessed wall wash lights are flush-mounted in the soffit & positioned to wash the natural material accent walls & signage. • Infiniti Brand Symbol/Wordmark sign to be located on the larger of the two accent walls, with Dealer Name Letters sign on the other wall. • Finished floor to soffit height: 10’ • All secondary elevations are to match or compliment the color of the Entry Element natural material cladding. • Entrance doors & sidelites are to be clear glass frameless (either hinged or automatic sliding doors). • Exception for Remodel 2: o Entry Element not required to be recessed into the building (may be attached to the exterior of the building entry) • Exception for Vertical Format Facilities: o Where the feature glass façade does not meat ground level, the Entry Element is replaced with a natural material brand wall inside the Lobby (but visible from the exterior through the street-level clear glazed storefront).

Recessed wall-wash lights

Stainless Steel Frame Example Photo: Natural stone Entry Element

4.2.2

Key Coordination Issues

• Signs: o

Coordination required between Architect / General Contractor / Sign Contractor for fixing of signs to the natural material. Refer also to Section 1 of this guide for layout & mounting details. o Coordination required to ensure compatibility between proposed natural material cladding & fixing of signs (e.g. drilling of stone tile, etc). o Entry Element signs are not self-illuminated. • Illumination: o Architect / General Contractor to provide circular recessed wall wash lights in Entry Element soffit to wash the natural material accent walls and illuminate the Entry Element signs. Refer to the lighting section of this guide for further details. o Avoid “scalloping” shadow effects or vertical downlighting.

4.17

• Drawings, documents & samples: o Architects/General Contractors to issue copies of preliminary detail design & detail design drawings, plus material samples to the RCC for review / approval by IREDI. o Architects/General Contractors to issue copies of IREDI approved drawings to Sign Contractor to facilitate permitting & installation of signs (minimum requirements: site plan, external elevations, floor plan & feature glass façade details). o Architect / General Contractor should refer to the IREDI approved Facility Proposal for design direction. • Design: o Material Selection: Consider suitability to the local climate. E.g. some porous stones or low density woods may be particularly susceptible to moisture/dirt collection, dark woods may bleach in hot sunny climates, etc. Non-porous or high density materials should be strongly considered. o Material Selection: The facility materials palette needs to be coordinated. Exterior secondary elevations must match or compliment the Entry Element cladding. There should also be coordination with the interior finishes theme. o Disabled Access: Consider access & local code requirements (e.g. ADA) when establishing the depth of the Entry Element / Entry Vestibule & whether or not pivot swing doors or sliding doors are to be utilized.

4.2.3

Technical Details

• Materials / finishes: o Natural materials must be suitable for exterior application. o Stone finishes: Honed or cleft are acceptable; polished is unacceptable. o Examples of acceptable natural materials: Travertine: White, filled, honed Travertine: Arizona Tile, Alpaca Patinato, unfilled, honed Limestone: Stone Source Baltimore Limestone, honed, 12” x 24” Slate: Stone Source Slate, cleft, 12” x 24” Wood: Teak Stacked Stone o Example reference colors for selecting stones: Limestone: Benjamin Moore Elephant Tusk (OC-8) / Misty Air (OC-44) / Creamy White (OC-7) Slate: Benjamin Moore Baby Seal Black (2119-30) / Watching Hour (2120-30) / Day’s End (2133-30) o Lightweight composite stone panels may be used instead of solid stone tiles (e.g. www.stonepanels.com). o Any stone sealants are to me matte finish (not gloss) o Slate: Tiles are to be free from significant veins of iron ore. o Soffit & front elevation trims: #8 polished stainless steel. o Lighting: Refer to lighting section of this guide for fixture details. o Signs: Refer to Section 1 of this Guide. o Doors: Frameless clear glass doors & sidelites. Automatic sliding doors preferred. • Application: o Natural material accent walls: Stone tiles: Running bond, 2:1 width:height tiles. Stacked stone & wood: Running bond.

Stainless steel frame: Max 3”-6” width on front elevation. Proportions to be in keeping with Entry Element & façade mullions. No visible fixings.

4.3

Service Reception

4.3.1

Core Application Rules

• To be front-facing & located on the primary elevation, in the same plane as the feature glass façade (Required for Flagship & Premier 1/2/3 facilities. Not required for Remodel 1/2 facilities). • To be located on the side of the building with the lower end of the feature glass façade. • To be fully enclosed on all sides. • Front elevation: o Flagship & Premier 1/2/3 facilities: Brushed aluminum ACM “L” shaped slim (max 18”) roof/wall profile o Flagship facilities: Roof/wall profile to have a 3’ ACM overhang. Canopy overhang to extend all the way along to the side of the main building. o Clear glass storefront o Clear glass vehicle doors o Full-width 24” high horizontal ACM band at the top of the vehicle doors, for fixing of signs • Side elevation: o Flagship: ACM o Premier 1/2/3 & Remodel 1: ACM (preferred) or EIFS o Louvers are optional, but if used should be: Coordinated with the ACM panel reveals. Located towards the rear of the Service Reception Max length: 2/3 length of side wall. Max height: No more than 2 ACM panels Colored to match the ACM. • Rear elevation: o Preferred: Clear glass storefront o Alternative: EIFS or ACM o Clear glass vehicle doors • No open Service Receptions are permitted (i.e. vehicle doors are required on front & rear elevations). • Minimum two service drive lanes.

4.18

• The Service Reception is to appear as though it is ‘propped’ against the side of the main building (per illustration on page 4.9 of the IREDI Program Guide). The exterior EIFS wall of the main building will be visible as it passes through the Service Reception above the Service Advisor offices.

4.3.2

Bollards: Bollards are to be appropriately located in order to protect the Service Reception ACM from vehicular damage.

Key Coordination Issues

• Signs: o

Coordination required between Architect / General Contractor / Sign Contractor for fixing of signs to the ACM-1 band. Refer also to Section 1 of this guide for further details. o General Contractor to provide electric to within 10’ of the signage locations. • Drawings, documents, & samples: o Architects/General Contractors to issue copies of preliminary detail design & detail design drawings, plus material samples to the RCC for review / approval by IREDI. o Architects/General Contractors to issue copies of IREDI approved drawings to Sign Contractor to facilitate permitting & installation of signs (minimum requirements: site plan, external elevations, floor plan & feature glass façade details). o Architect / General Contractor should refer to the IREDI approved Facility Proposal for design direction. • Design: o ACM band is to be coordinated with the interior ACM band along the head of the Service Advisor office glass partitions. o All rainwater outlets, pipes, gutters, etc to be concealed & secret from view. • Construction: o ACM: Only remove protective film upon total completion of the installation. o Where ACM replaces existing dryvit/EIFS material, said material is to be removed, structural integrity is to be tested, and insulating and sheathing board replaced, prior to installation of ACM cladding material.

4.3.3

Technical Details

• Materials / finishes: Refer to exterior finishes schedule below and section 4.1.5 above. • Application: o ACM: 3:1 width:height ratio panels (preferred size: 3’h x 9’ wide). Horizontal grain direction. Dry, route & return joint system. Joints are to be ¾” wide. Depth can vary, but an acceptable example joint depth is 1”. Joint filler strip to be the same ACM material & grain direction as the panels. ACM color may vary between product lots/runs. Ensure that initial order of ACM material is sufficient to avoid color variation between individual lots/runs. o GL-3 storefront: To be installed above, between & either side of the vehicle doors. Clear glass, with clear anodized aluminum captured framing. o Clear glass vehicle doors: Mullions/framing to be slim/low-profile and finished to match clear anodized aluminum

Example Photo: Acceptable bollard detail

4.4

External Lighting, Building Mounted

4.4.1

Core Application Rules

The number of building mounted light fixtures should be applied in moderation. A single fixture on an elevation as opposed to two fixtures at either end of the elevation is preferred. Locate fixtures respective of architectural features and align with details such as reveals, or centered above or within wall panels. Refer to Appendix Three, Four, and Five for the recommended external lighting layout for the roof.

4.4.2

Key Coordination Issues

The amount and direction of light respective of the facility exterior is to be in accordance with local municipal codes. The lighting should promote and emphasize the both external display features and the architectural features of the facility during out-of-hours use. The external lighting should be designed to supplement operational site safety measures and increase security provisions by deterring intruders.

4.4.3

Technical Details

See section 8.0 Lighting for recommended fixture specifications.

4.19

4.5

Secondary Elevations

4.5.1

Core Application Rules

• Secondary elevations are all remaining elevations other than the primary elevation. • To be colored to match or complement the Entry Element natural material walls. • All EIFS, concrete or block walls should be a single color, unless otherwise required by local design regulations. • 3:1 width:height ratio panelization is only required on Flagship sales building & Service Reception elevations. Panelization is optional for all other facilities / elevations. Panelization is to be coordinated with the feature glass façade. • All glazing to be GL-3 clear glass.

4.5.2

Key Coordination Issues

• Design: o Coordinate windows to align with EIFS panel reveals. • Drawings, documents & samples: o Architects/General Contractors to issue copies of preliminary detail design & detail design drawings, plus material samples to the RCC for review / approval by IREDI. o Architect / General Contractor should refer to the IREDI approved Facility Proposal for design direction.

4.5.3

Technical Details

• Materials / finishes: o See finishes schedule below. o IMP panels: Use sufficient gauge skin material to avoid oil-canning. o Workshop vehicle doors: To be 10’ wide, by 10’ or 12’ high.

4.20

4.6

Exterior Finish Specifications

Code

Description

ACM-1

Aluminum Composite Material

EIFS

Manuf.

Alucobond, 4mm, NaturAL Brushed Aluminum, 0.020” aluminum skin, Fluorocarbon based clear coat

Alcoa Architectural Products

Reynobond, 4mm Natural Brushed Aluminum, RBNBA, lumiflon clear coat, 0.020” aluminum skin

Example colors: Parex

Alternative reference colors: Benjamin Moore GL-1

4-sided Butt Glazing, with IREDI Pattern & Frosted White Diffuser

4-sided Butt Glazing, with IREDI Pattern

Glass Fabricator: Oldcastle Glass

Framing: Vistawall, System CW644, 4sided structural silicone glazing system, clear anodized aluminum mullions

Structural Sealant: Dow Corning 795 or 995, Gray

Glass Producer: PPG

Glass Panels: See section 4.1.5 above

Glass Fabricator: Oldcastle Glass

Framing: Vistawall, System CW644, 4sided structural silicone glazing system, clear anodized aluminum mullions

Framing: Oldcastle Glass (Vistawall) Sealant: Dow Corning

Remarks

Notes

Service Reception

Panels to be 3:1 width:height ratio Horizontal grain (brush) direction

Secondary elevations

See Parex.com for color & texture references

Feature glass façade (For areas other than the Gallery)

Example mullion sizes: - 2 ½” to 3” (60mm to 75mm) wide - 7” to 10” (180mm to 255mm) deep - Horizontal mullions can be less deep than vertical mullions to reduce shadows on the façade

Feature glass façade (For Gallery areas)

Example mullion sizes: - 2 ½” to 3” (60mm to 75mm) wide - 7” to 10” (180mm to 255mm) deep - Horizontal mullions can be less deep than vertical mullions to reduce shadows on the façade

Ceder Key 982; Berber White 995; 261 Glass Panels: See section 4.1.5 above

Sealant: Dow Corning

Dim. 4mm overall thk 0.02” aluminum skin thk (both faces)

Texture: Sandstone Example colors: Limestone, Ivory or Pale White

Glass Producer: PPG

Framing: Oldcastle Glass (Vistawall)

GL-2

Product Specification

Alcan Composites USA

Structural Sealant: Dow Corning 795 or 995, Gray

Panels: 3’ H between joint centers 9’ W (typ) between joint centers ¾” typical joint width between panels Panels: 3’ H between joint centers 9’ W (typ) between joint centers ¾” typical joint width between panels

4.21

Code

Description

GL-3

Clear Glass storefront

Manuf. Glass Producer: PPG Glass Fabricator: Oldcastle Glass

Product Specification

Dim.

Standard architectural clear glass. Clear low-E coating recommended for improved thermal performance.

Remarks

Notes

Service Reception & Secondary Elevations

Clear anodized aluminum framing

Framing: Oldcastle Glass (Vistawall) GL-5

4-sided Butt Glazing, with IREDI Opaque White Glass Panels

Glass Producer: PPG

Glass Panels: See section 4.1.5 above

Glass Fabricator: Oldcastle Glass

Framing: Vistawall, System CW644, 4sided structural silicone glazing system, clear anodized aluminum mullions

Framing: Oldcastle Glass (Vistawall) Sealant: Dow Corning IMP

Insulated Metal Panel System

NM-1

Travertine

Metl-Span

Structural Sealant: Dow Corning 795 or 995, Gray

Panels: 3’ H between joint centers 9’ W (typ) between joint centers

Feature glass façade (USA Box-in-Box Retrofits ONLY)

¾” typical joint width between panels

CF Architectural Panels Color: Regal Gray

Service Building

Wall panels: 22 gu. both sides to avoid canning Roof panels: 24gu. outside face, 26gu. inside face

White filled travertine

Entry Element

All tiles to be 2:1 width:height ratio.

Limestone

Stone Source

Baltimore Limestone, honed

12"x24" 3/4" tile

Travertine

Arizona Tile

Alpaca Patinato

12” x 24” 12" x 24"

Slate

Stone Source

Slate, Graphite Cleft

Composite stone panel

Stonepanels

Mocha Crème, honed

Note: - These materials are provided as examples. - Each project should consider locally appropriate materials.

4.22

5.0

Building Interior

5.1

Minimum Requirements

The minimum requirements for each scheme (Flagship, Premier, Remodel, etc.) are defined in the IREDI Mandated Standards Matrix. These include certain details, such as minimum areas, single/double storey, etc. Please refer to the general guidance below, as well as the additional ‘room-specific’ guidance in the following sections. This Guide is to be read in conjunction with the Room Data Sheets for the application of finishes in each room. Consult your RCC or GCT for clarification on application details for your project.

5.2

General Requirements

5.2.1

Recommended (Minimum) Office Sizes

• Gallery Offices: • Other offices:

5.2.2

175sf & min 11'-6" deep to allow furniture to fit. Min 9'-6" deep to allow furniture to fit. Min 90sf for Supplementary Sales Offices. Min 110sf for Showroom Sales Offices (if not Gallery Offices).

Guidance on Interior Finishes

5.2.2.1 Floors • Generally: o All floors should be level. o Transition between finishes should be flush and level. o A transition element is to be used between different finishes (e.g. tile & hardwood). This element should be a slim silver stainless steel/aluminum material and should be flush with adjacent materials. o Be careful of expansion/construction joints. If these joints are required, careful consideration is required to the exposed part of the joint. Use a slim “U” shape aluminum channel. Do not use caulk of any type in the expansion joints. o Prior to the installation of any floor finishing, the base material must be cured. Any moisture content must be in accordance with maximum limits as set out by the material supplier’s recommendation. • Stone/Tile: o Square butt joints with minimal width preferred. o If a ceramic tile is used, the tile edge should be a rectified edge to minimize the joint width. o Stone tile is to have rectified/chamfered edge, laid with a butt joint seam, and have a honed finish. o Color of the grout should match the color of the tile. o Pattern should be running bond (see image at right). For rectangular stone/tile, the longest edge should generally be parallel to the main entrance and feature glass façade (see image on next page). o Ensure the concrete floor is sufficiently dry/cured to receive stone/tile. o If floor is uneven, use latex leveling compound to level the floor.

Example images of Running Bond tile pattern • Carpet: o

Carpet under lounge seating areas: To be either area rugs or inset & flush with the adjacent surface finish Consider loose laid (and inset) for easy replacement o Carpet in Offices: Inset & flush with adjacent floor level (e.g. Gallery tile) Adhesive fixed to concrete o Generally: Thread/Pile should be square with the pattern of the surrounding stone/tile or hardwood flooring (see image on next page for direction of carpets) Floor preparation and underlay are to be in accordance with the manufacturer’s recommendations. • Hardwood Flooring: o Plank size should be 4’-6’ long, 4”-6” wide. o Planks should be butt jointed. o Select wood planks to promote the natural beauty of the wood; mix knotted cuts as appropriate. o Pattern should be random plank or running bond (see image below) o Planks should generally be laid perpendicular to the principal direction of customer traffic (see image on next page). o Ensure the concrete floor is sufficiently dry/cured to receive wood. o If necessary, isolate the concrete from the wood with a membrane. o No visible fixings are permitted. If mechanically fixed to the substrate, the fixing should be concealed. If screwed to the floor, the screws should be countersunk and plugged.

Wood Plank Layout: Example images of Running Bond & Random Plank patterns

Page 5.1

Page 5.2

5.2.2.2 Walls • Generally: o All walls should be plumb. o Do not caulk between baseboard and wall material. • Specific: o Wood: Must be natural material veneer or plank; no laminates are allowed Spliced or butt joints. Plank size should be 4’-6’ long, 4”-6” wide Planks should be laid horizontally. Grain direction to be horizontal. Pattern should be random plank or running bond (see image above). Do not use stacked bond. Select wood planks to promote the natural beauty of the wood; mix knotted cuts as appropriate. No visible fixings are to be permitted. If mechanically fixed to the substrate, the fixing should be concealed. If screwed to the wall, the screws should be countersunk and plugged. Planks must have beveled/chamfered edges. If a veneer or engineered wood is to be used, the veneer should be a minimum of 2mm thick. Surface of wall is to be level and plumb prior to installation of natural plank material – which is to be level and plumb once installed. Any coatings/lacquers should be clear satin. Do not use matte or gloss coatings. Fire retardant may be applied to the wood for increased fire rating, if required. Protect outside corners with appropriate detail, e.g. slim stainless steel edge strip, or wood. Do not use plastic corner protectors.

Stone/Tile: Square butt joints with minimal width. Color of grout should match the color of the stone (do not use caulk). Pattern should be running bond (see figure above). For rectangular stone/tile, the long edge must be horizontal & the short edge vertical Select stones to promote the natural beauty of the stone. Avoid patches of dark and light stone. Mix open and closed vein stones. No exposed fixings. If thick stones are used, these should be erected/hung and mechanically fixed on shelf angles. Align joints with joints in the floor. Wall Covering: Ensure all paper is vertically hung. Rub and fill all voids in the wall to provide clean wall prior to hanging. If the covering has a direction, ensure that the pattern is matched and correctly hung. All joints to be seamless. Avoid joints on external corners. Paint: Provide at least 2 coats of paint. Rub and fill all voids in the wall to provide clean wall prior to painting. Metal: Metal should be fixed to a rigid backing/substrate to avoid any deflection/distortions No exposed fixings. Minimal seams to provide a regular layout – do not tile. Seams should be folded and wrapped. Corners to be folded and wrapped. Panel sizes should be maximized (e.g. full-width/height of opening if possible). If joints are required (due to limited sheet sizes), the number of joints should be minimized. Any joints must be aligned with the building architecture. Glass Partitions: Entry vestibule, Gallery Offices, New Vehicle Delivery: Full-height, floor to ceiling, clear glass frameless partitions Supplementary Sales, F&I & Service Advisor Offices: Full-height, floor to ceiling, GL-3 clear glass framed partitions (no horizontal framing) Safety dots: Vinyl decal or acid etched safety dots are recommended to help prevent people walking into glass partitions. A narrow line or a line of squares/dots may be used. Do not use Infiniti Brand Symbols or any text. Use frosted white or light grey. Max height/diameter for squares/dots: 2.5”. Max height above floor: 5’.

Example Photos: Wood wall, with beveled/chamfered edges for plank-like appearance Example photo of safety dots on clear glass partitions

Page 5.3

Doors: Wood veneer doors: Veneer to match the chosen Theme. Grain direction to be vertical. Clear stain protective coat. Any hardware is to be brushed stainless steel, brushed nickel or brushed aluminum. Electrical switch / outlet cover plates: To be brushed metal (e.g. brushed aluminum) in all customer-visible areas

5.2.2.3 Baseboards

5.2.2.6 Other Elements • Wireless Internet: o To be provided if required for dealer operations, otherwise data cable outlets to respective workstations is acceptable. o Recommended for customer lounge areas • Promotional Items: o Freestanding promotional equipment such as balloons, posters, banners, expo displays, etc. are not permitted in customer occupied areas. These spaces are to be free of clutter.

• Generally: o The baseboard material should match the floor. For example, if the flooring material is stone, the baseboard should match (i.e. also be stone). 5.2.2.4 Ceilings • Generally: o All ceilings should be level. o All bulkheads should be dryboard. o All exposed ancillaries for electrical and mechanical elements (e.g. diffusers, light fixtures) should match the color of the ceiling. o Exposed ancillaries to be aligned with building architecture (e.g. lights & linear air handling grilles to be centered in corridors) o Ceiling fixtures are to be recessed flush mounted. Recess holes are to be consistent with manufacturer’s installation instructions. • Painted Ceilings (Lobby, Sales Lounge, Gallery, Offices, corridors, etc.): o Gypsum wall board ceiling is to be finished smooth, flat, and true; it is to be suitable for painted finish and void of deformations or inconsistencies. o All should have square edges. • Metal: o See section 5.2.2.2 above for general guidance on metal panels • Acoustic Ceilings (Service Lounge, etc.): o All ceilings should be level. • Exposed Ceilings: o All roof metal and steelwork should be painted. 5.2.2.5 Artwork and Accessories • Generally: o Refer to IREDI Artwork and Accessories Guide for guidance on artwork (copy included in Appendix 9 of this Guide). o Artwork is only required for Flagship facilities. o If artwork is provided in other facilities, it must be compliant with the IREDI Artwork and Accessories Guide.

Page 5.4

5.3

Additional Room Specific Information

Rooms are listed in alphabetical order

5.3.1

Cashier

5.3.4.1 Space Planning • Layout: o

Administration Offices

5.3.1.1 Finishes • Doors: o o • Other: o o

5.3.2

5.3.4

5.3.4.2 Finishes

If customer-visible, doors are to be solid, painted to match the adjacent wall (typically P-1) If back-of-house & and not customer visible: Dealer choice.

• Floors: o o

Customers should not generally be able to see into these back-of-house, noncustomer areas. If there is customer view into these rooms, all finishes, furniture, fixtures & lighting should be per the IREDI standards for Supplementary Sales Offices.

• Doors: o

Balcony Offices

5.3.2.1 Space Planning

Layout should be designed to prevent customer view into back-of-house areas (e.g. parts storage, tech support, etc)

• Ceiling: o o o o

Minimum requirement: Light grey vinyl tile laid level to prepared sub-base Dealer may choose to upgrade to tile (color/finish to match the customer circulation space by Cashier/ Retail Parts/Service Lounge) Customer-visible doors are to be solid doors, painted to match the adjacent wall. 2’x2’ acoustic ceiling tile, with P-1 painted dryboard over customer counter. Acoustic ceiling tile: 10’ ceiling height Painted dryboard: 8’ ceiling height. 2’ to 3’ wide. All lighting to be recessed & flush with ceiling levels.

• Size & layout: o Size & layout should be the same as the offices below (i.e. same as the Gallery Offices in the case of a Flagship facility, or sales offices in the case of Premier & Remodel facilities). o The floor plan of the Balcony Offices should architecturally align with the offices below. 5.3.2.2 Finishes • Generally: o All finishes (including floors, walls, doors & ceilings), furniture, fixtures & lighting are to match the offices below (i.e. same as the Gallery Offices in the case of a Flagship facility, or sales offices in the case of Premier & Remodel facilities). • Balcony: o Glass balcony to be designed to accommodate movement/expansion to avoid cracking of the glass panels (e.g. fixing/movement joints in balustrade and glass panels).

5.3.3

Business Development Center

5.3.3.1 Finishes • Doors: o o • Other: o o

If customer-visible, doors are to be solid, painted to match the adjacent wall (typically P-1) If back-of-house & not customer visible: Dealer choice.

Example: Reflected ceiling plan for Cashier/Retail Parts

5.3.5

Conference and Training Rooms

5.3.5.1 Finishes • Doors: o o • Other: o o

If customer-visible, doors are to be solid, painted to match the adjacent wall (typically P-1) If back-of-house & and not customer visible: Dealer choice. Customers should not generally be able to see into these back-of-house, noncustomer areas. If there is customer view into these rooms, all finishes, furniture, fixtures & lighting should be per the IREDI standards.

Customers should not generally be able to see into this back-of-house, noncustomer area. If there is customer view into these rooms, all finishes, furniture, fixtures & lighting should be per the IREDI standards for Supplementary Sales Offices.

Page 5.5

5.3.6

Dealer Display Area Corridor

5.3.6.1 Finishes • Doors: o o

5.3.7

Doors that are used by customers: To be solid, finished with wood veneer to match the Theme Doors that are not used by customers: To be solid, painted to match the adjacent wall (typically P-1)

Detail Bays

5.3.7.1 Finishes • Floor: o • Walls: o o o

• Ceiling: o

Sealed painted concrete Fiber glass panels Doors to be painted semi-gloss, color to match adjacent walls All electrical switches/outlets to be exterior grade and weatherproof to protect against electrical shorts due to the moisture inherent with the operation of this area.

Example Photo: Tile floor, in-laid entry mat, natural stone wall, frameless doors, etc

Fiber glass panels

5.3.10 F&I Offices 5.3.8

5.3.10.1 Finishes

Employee Lounge

• Walls: o • Doors: o

5.3.8.1 Space Planning • Layout: o

5.3.9

Layout is to be designed to prevent customer view into this area

• Ceiling: o

Entry Vestibule

5.3.9.1 Finishes

Framed clear glass partitions Framed clear glass, or wood veneer finished solid doors. doors may be used. Locking mechanisms to be provided.

Sliding or swing

C-2 acoustic ceiling tiles to be installed level, flat & true, and properly coordinated with lighting

• Floor: o o • Walls: o o • Doors: o o • Ceiling: o

Tile courses are to run consistent with the Lobby Entry mat to be inlayed & flush to the primary surface of the floor. recessed into the floor with a silver stainless steel/aluminum framing.

To be

One side wall to be a continuation of the natural material of the wide Entry Element. The other side wall is to be full-height GL-3 clear glass. Full-height & full-width clear glass above/around entry/exit doors Exterior & interior doors & sidelites to be full-height, floor to ceiling, frameless clear glass Automatic sliding doors are preferred for both exterior & interior doors. Swing doors are acceptable. Stainless steel (#8 polished, non-directional). Joints are to be minimized. If required, they should be butt-jointed & aligned with the building’s architecture

Page 5.6

5.3.11 Gallery (A & B) 5.3.11.1 Space Planning • Generally: o Gallery to be a minimum of 350sq ft per vehicle o Only one new vehicle is allowed per Gallery display space 5.3.11.2 Finishes • Floors: o

Pay careful attention to the design & construction of the floor slab & floor finishes in the Gallery & adjacent areas. Carpet, tile & wood finishes may have different material thicknesses, but all finished materials should have the same finished floor level. Consider casting the concrete slab for the thickest floor finish & screed up for thinner floor finishes to provide a level floor line between all floor finishes. o Pay careful attention to any floor grilles. These grilles need to be silver metal, slim profile and flush with the tile/stone flooring. • Metal mesh curtains: o Flagship facilities: Curtains are to be centered between display vehicles / luminous stretch ceiling zones o Premier & Remodel 1 facilities: Curtains required for the feature vehicle display.

Typical layout & sizing of curtains for a Flagship facility o

o o

Metal Mesh Curtains

Example Flagship layout

Curtains must not be pulled taut. To provide appropriate ‘fullness’ & to avoid being too taut, the curtain material is to be 50% wider than the mounting track. To hang freely from the ceiling with no attachments at floor level. Bottom of curtain to be 2” above finished floor level. Mounting track & hanging trolleys/hooks must be fully recessed above the finished ceiling to provide a seamless appearance. Once installed, all that should be visible is the curtain disappearing into a narrow slot in the finished ceiling.

Example Premier Layout Example Photo of narrow slot for mesh curtains

o o

Overall width of finished curtains should be ¾ the length of the luminous stretch ceiling (typically 15’, for 20’x20’ stretch ceiling). Curtains are to be centered between the luminous stretch ceiling zones, with one end of the curtain aligned with the edge of the stretch ceiling furthest from the Sales Lounge, per the following diagram:

Support structure: Architect / General Contractor responsible for design & construction of support structures capable of safely carrying the weight of the curtains. Suitable structure is to be provided for curtain tracks to be directly fixed to. The slot must be 4” wide & 4” deep to conceal the tracks & trolleys. The inside of the slot is to be painted P-1 to match the adjacent ceiling.

Page 5.7

Luminous Stretch Ceiling ‘Box’

12” (30cm)

Installation: Individual curtains are typically supplied in two halves (for reduced manhandling weights for installation). Follow instructions in the container to install curtains correct way around & for joining parts together. An extract is provided below:

One edge of each curtain is supplied with an ‘edge hem’ for improved handling during drawing of curtains & to prevent edges from curling. Curtain is to be installed with edge hem on outer sides of curtain.

4” (10cm)

Luminous Stretch Ceiling ‘Box’

4” (10cm)

Simplified sketch of general arrangement of curtains, track & Gallery ceiling o

Dryboard ceiling: General Contractor responsible for building the P-1 painted dryboard ceiling, including the narrow slot opening for the curtains. The slot must have straight edges & square corners. Track fixings: Architect / General Contractor to coordinate with the metal mesh curtain installer regarding the material that the track will be fixed to (e.g. wood or metal) & compatible fixings. Protection: General Contractor is responsible to provide adequate protection of installed curtains to prevent damage from construction works. It is recommended to install the curtains at the end of the construction period to reduce chances of damage. Curtains can be pushed together & physical barriers can be installed around the curtains to protect from damage. Do not tie the curtains together in bunches as this may damage the curtain material. If motorized tracks are used, consult the curtain supplier for recommended systems. Avoid excessive motor speeds that may cause curtains to swing & cause damage. Product specifications: Pre-approved curtain, track & hanging hardware specifications from Cascade Coil Drapery, Inc: Curtain: 3/16” – 19Ga. “Silver Tin” Trolleys: Ball Bearing Carrier, P/N 1337 (supplied attached to curtain) Track: Secura Track Sys w/ Trolley 6” OC Galvanized, P/N 1300 Track end stops: P/N1309 Ceiling Brackets: P/N 1423 Weights: Curtain: 0.8lbs/sf of curtain material Track: 1lb/ft Drawings provided on the following pages showing various product & installation details: Detail-0175, Rev B (1300 Series Ceiling Mount System Assembly) Detail-0149, Rev A (Ceiling Mount with Ball Bearing Carrier & End Stop) Detail-0178, Rev A (Ceiling Mount End View with Carrier 1337 & End Stop) Detail-0157, Rev A (Part #1423 Detail Ceiling Bracket Assembly) Detail-0177, Rev A (1300 Series Hole Placement Detail) Detail-0151, Rev A (Splicing Clamp with Ball Bearing Carriers)

Page 5.8

Example Photo of installed curtains

Page 5.9

Page 5.10

Page 5.11

Page 5.12

Page 5.13

Page 5.14

Page 5.15

• Doors: o

Flagship Gallery Offices: If required, doors to be full-height, ceiling-hung, frameless clear glass sliding doors. o Premier 1/2/3 & Remodel 1 Sales offices: If required, doors to be either framed clear glass or wood veneer. o Doors not used by customers: Solid doors, painted to match the adjacent wall (typically P-1). o Doors outside of customer view (e.g. storage, utility, mechanical, etc) to be painted semi-gloss in a color to match the adjacent wall. • Luminous stretch ceilings: o To be centered over individual display vehicle zones o Typical luminous stretch ceiling size: 20’x20’ o Stretch ceilings are recommended to be installed as one piece. As an alternatively they can be installed as a grid, but individual grids to be no smaller than ¼ of the overall stretch ceiling. Any grids must be fully recessed & minimal width. No exposed tracks / grids allowed. o Stretch fabric to be 12” below surrounding painted dryboard o Stretch ceilings to be edged with P-1 painted dryboard o Min 18” clear space between stretch ceiling zones (measured between outside faces of vertical drywall surrounds). Sufficient space to be provided for adequate aiming of Type G spotlights (if applicable). o A ‘dust shield’ is recommended for reduced maintenance needs (e.g. reduces shadows form dead insects/bugs, etc). o Remote ballast lights are recommended for reduced maintenance needs & reduced heat generation. See Section 8 of this Guide. o Any air handling of the interior of the stretch ceiling zone should be controlled to prevent unequal pressure on the stretch fabric (i.e. blowing or suction) o Refer to Section 8 of this Guide for guidance on fire sprinklers. HVAC grilles are to be avoided in the stretch fabric. o See Section 8 of this Guide for further details & recommended specifications

5.3.13 Gallery (A&B) Sales Manager’s Offices 5.3.13.1 Finishes • Generally: o All finishes, lighting & furniture to match the Gallery Offices • Other Elements: o These offices are intended to be upscale, customer-visible offices that are not to be individually personalized to an individual sales person / manager.

5.3.14 Gallery Offices Corridor 5.3.14.1 Space Planning • This area is the corridor that runs along the front of the Gallery Offices, between the offices & the Gallery • To be minimum 42” wide 5.3.14.2 Finishes • Floors: o o

• Walls: o • Doors: o

Flagship: Gallery Office carpet to extend into corridor Premier 1/2/3 & Remodel 1: Rectangular tile (typ. 12”x24”), laid in a running bond pattern. Color & finish to be the same as the other tiled customer areas of the facility (except Gallery & New Vehicle Delivery, which are distinctly finished). Any walls that are not glazed must be P-1 painted dryboard Doors to areas not used by customers: adjacent wall (typically P-1)

Solid doors, painted to match the

5.3.12 Gallery (A&B) Offices 5.3.12.1 Space Planning • Generally: o Minimum 4 Gallery offices for Flagship facilities o Each office to be 175sf & min 11'-6" deep to allow furniture to fit 5.3.12.2 Finishes • Walls: o o o • Doors: o

Front partition: Full-height floor to ceiling frameless clear glass Side walls: P-1 painted dryboard Rear wall: WC-1 wall covering

If required, doors to be full-height, ceiling-hung, frameless clear glass sliding doors. • Furniture / Lighting: o Lighting & furniture are to be coordinated so that Type R lights are over the office furniture & Type M lights are over the lounge seating area • Other Elements: o These offices are intended to be upscale, customer offices that are not to be individually personalized to an individual sales person / manager.

Page 5.16

5.3.15 Lobby

5.3.16 Lounge, Sales

5.3.15.1 Space Planning

5.3.16.1 Space Planning

• Generally: o Lobby to be a minimum of 500sf (Exception for Premier 3: minimum 350sf). o The lobby is to be free of structural or decorative columns. o Restrooms are not to be directly accessible from the Lobby. o Floor plan to provide a wood back wall to the Lobby. There should be no customer view from the Entry Vestibule directly through the Lobby, to the rear of the building. If necessary (due to site constraints), a partition should be installed to prevent such view.

• Columns: o The Sales Lounge is to be free of columns. o If columns are required for structural support, they are to be placed outside of Lounge on the transition line of the lounge/Gallery. o Any columns are to align with the building architecture (e.g. align with metal mesh curtains in a Flagship facility; luminous ceiling edges in a Premier facility; etc). 5.3.16.2 Finishes • Floors: o

o • Ceiling: o o Example Layouts: Lobby back wall provided by floor layout, or partition 5.3.15.2 Finishes • Floors: o

o o o • Walls: o o • Doors: o o o

SP-1 stone pebbles to be provided flush to floor at front of FT-10 Sales Reception Counter and to base of rear lobby wall on new build facilities. Stone pebble band(s) are to be 12” wide. Pebble strips are to turn corners where appropriate in accordance with the image on page 4.19 of the Program Guide. Pebbles are to be grouted into place. Grout depth to be sufficient to hold stones in place, but not to cover the shape/profile of the pebbles. Lounge seating in the Lobby is always to be on a carpeted area. Refer to Room Data Sheets for carpet reference for the chosen Theme. Ensure the floor is level around the Reception Counter. Expansion joints are to be carefully considered and to be positioned outside of primary paths of travel within the lobby area.

Flagship facilities: Floor material to be hardwood or extra-hardwood of suitable thickness to allow for several (5 - 8) refinishes over the course of the floor’s lifespan. Planks to be laid perpendicular to the pedestrian traffic direction (e.g. perpendicular to feature glass façade for off-center layout). Joints to be staggered. Premier 1/2/3 & Remodel 1 facilities: Tile may be used instead of hardwood. Tiles to be rectangular (typ. 12”x24”) & laid in a running bond pattern (long edge to be laid perpendicular to the pedestrian traffic direction (e.g. perpendicular to feature glass façade for off-center layout)). Carpet matching the facility’s chosen Theme should be provided under seating areas. P-1 painted dryboard ceiling, no more than 10’ above finished floor level. Structure: Two options for building the 10’ ceiling in double storey facilities: A) As an enclosed ‘bulkhead’ with vertical painted dryboard sides, per the example image below. The enclosed space may be used to house certain building services equipment. Or… B) As a ‘bridge’ (e.g. per the example image below). The ‘bridge’ can be structurally designed as a number of trusses, spanning the full length of the Sales Lounge without any columns. All four sides (underside, top & sides) to be P-1 painted dryboard. The Gallery ceiling above the ‘bridge’ would also be P-1 painted dryboard. Depth of ‘bridge’ to be no more than approx. 42”. This option may allow view of the lot from the Balcony Offices.

Any glazing is to be GL-3 clear glass. Enunciator panels are to be positioned as discretely as possible, and where possible out of customers’ view. Panels are to adhere to all applicable codes. There should be no doors to the Portal. See Entry Vestibule section for details on these doors Any doors not used by customers (e.g. electrical or storage closets) should be solid doors, painted to match the adjacent wall (typically P-1).

Example Photos: Standard ‘bulkhead’ & ‘bridge’ options

Page 5.17

• Color & Trim Display: o Wood wall to be designed & constructed to be able to support the FT-2 Color & Trim Display (see Section 6 for details). o Type R downlights to be installed over the wall-mounted display unit, to sufficiently illuminate the color & trim display items. o No lounge furniture, display cases or other items to be installed within 4’-6” of the display unit (to allow sufficient customer circulation space).

5.3.17 New Vehicle Delivery 5.3.17.1 Space Planning • Dedicated space: o Each New Vehicle Delivery (NVD) room is to be an individually enclosed space for maximum one vehicle. o More than one NVD room may be provided, but each room must be individually enclosed. • Size: o Each NVD space is to be 400sf o Each NVD space is to provide ample room around all four sides of the vehicle & to allow vehicle doors to open. The dimensions of the QX56 (80”W x 207”L) should be the baseline for developing the overall proportions of this space. Provide no less than 42” on any given side and allow for door wings as required.

Example Photo: Recessed finger-pull for opening of sliding door • Lighting: o In-floor lighting is to be positioned close to the side walls/partitions to prevent vehicles from driving over the light fixtures. Overall length of in-floor lighting strips to be approximately equal to the length of the car (e.g. QX).

5.3.18 Parts Manager’s Office 5.3.18.1 Finishes • Floors: o • Walls: o • Ceiling: o

Light grey vinyl floor tile laid level on prepared sub-base in accordance with manufacturer’s recommendations. Any customer-visible doors are to be solid doors and painted to match the adjacent wall. Acoustic Ceiling Tile in a 2’ x 2’ grid.

Example Photos: Individually enclosed, spacious NVD rooms 5.3.17.2 Finishes • Floors: o

• Walls: o • Doors: o

Recommended solution for protecting floor tiles from studded snow tires: Use 2 high density rubber runner strips, loose-laid over the floor tiles Width of strips to be sufficient for customers to drive along Length of strip is to be sufficient for the length of the vehicle from the threshold of the exterior door Glass partitions are to be full-height, floor to ceiling, frameless clear glass Exterior doors: Framed, clear glass vehicle doors. Either sliding or swing doors. Openings should be min. 10’x10’ & must be designed to accommodate all vehicles (incl. the QX56). Interior doors: Wood veneer, ceiling-hung, solid, sliding doors (veneer to match the chosen Theme). Recessed finger-pull recommended for safe operation of door & compliance with the ‘seamless’ IREDI design.

5.3.19 Parts Receiving 5.3.19.1 Finishes • Floors: o • Ceiling: o

Sealed concrete, epoxy painted concrete or light grey vinyl tiles Ceiling, truss work & all ceiling mounted mechanical is to be prepared to accept specified paint

5.3.20 Parts Storage 5.3.20.1 Finishes • Floors: o • Ceiling: o

Same as Parts Receiving Same as Parts Receiving

Page 5.18

5.3.21 Parts Wholesale 5.3.21.1 Finishes • Floors: o • Ceiling: o

Same as Parts Receiving Same as Parts Receiving

5.3.22 Portal 5.3.22.1 Space Planning • Ceiling height: 8’ • Portal width: Approx 10’ to 12’. For Flagship Off-Center layouts, the Portal width should match the Sales Lounge width • Portal length: Approx 12’ to 13’. Never to be less than the Portal width. 5.3.22.2 Guidance on Interior Finishes • Floors: o • Walls: o o

o o o o

• Ceiling: o o o

o o o

Tile courses are to run consistent with the Lobby. GL-6 smoked glass (grey/black, not brown). Glass panels to be full-height, floor to ceiling. Any metal channels required to hold the top or bottom of the glass panels are not to be customer-visible (e.g. to be mounted above finished ceiling level or below finished floor level). Glass panel widths are to be maximized & equal to each other (min 4’). No horizontal joints allowed. Any vertical joints are to be butt jointed & minimal (cover strips are not allowed). All mechanical fixings to be concealed. Vertical surfaces are to be void of outlets and switch plates. If required, outlet and switch plates are to match wall finish. Guidance notes for installing GL-6 panels from Oldcastle Glass: Silicone-coated face to be adhered to substrate Substrate to be gypsum or plywood (flat, smooth, plumb & dry) Adhered with Dow Corning 795 Black silicone building sealant See additional specification notes on the following pages

Example Photo: GL-6 Portal

M-1 metal Metal panels to be of sufficient gauge & suitably fastened to avoid oil canning. Metal panels to be full width of the Portal, where possible. If required, the number of joints/seams running the length of Portal should be minimized & aligned with the building architecture. Ceiling panel widths should match the wall panel widths, with aligned joints/seams. Any joints/seams to be butt jointed & minimal (cover strips not allowed). All mechanical fixings to be concealed. Caution: All electrics to be sufficiently shielded away from metal wall cladding.

Page 5.19

5.3.23 Rear Sales Area Corridor

5.3.23.1 Finishes • Floors: o

• Walls: o o • Doors: o

Sinks: To be modern luxury, in keeping with the following examples (e.g. Kohler, DemiLav Wading Pool lavatory, K-2833, 18”x15”, www.us.kohler.com)

Flagship: Carpet, per the chosen Theme. Rib direction/linear pattern of the carpet to run in the same direction as the adjacent offices (normally perpendicular to length of corridor). Premier 1/2/3 & Remodel 1: Rectangular tile (typ. 12”x24”), laid in running bond pattern. Color & finish to be same as the other tiled customer areas of the facility (except Gallery & New Vehicle Delivery, which are distinctly finished). Offices to have GL-3 clear glass partitions Any remaining walls to be P-1 painted dryboard Doors to non-customer areas (e.g. IT closet, BDC, staff training room, etc) to have solid, P-1 painted doors.

5.3.24 Restrooms 5.3.24.1 Space Planning • Entry to the restrooms is not to be directly from the Lobby. • Number of stalls & floor area accord with operational needs & comply with all applicable regulations (e.g. Americans with Disabilities Act (A.D.A.) accessibility standards).

Example Photos: Restroom sinks o

5.3.24.2 Finishes • Doors: o Restroom entry doors are to be solid, wood veneer doors • Fixings: o Toilet partitions: Stainless steel with #4 brushed finish (e.g. Hadrian, Type 304, Stainless Steel Metal Toilet Partitions, www.hadrian-inc.com). Alternative products may be submitted to GCT for review/approval.

Faucets, soap dispensers, etc: To be modern & in keeping with the IREDI design. Motion sensors are preferred for faucets (e.g. Hansgrohe Axor Collection).

Example Photos: Restroom faucets, soap dispensers, etc o

Example Photo: Restroom toilet partitions

Countertops & Vanity Units: To be designed in line with the IREDI image. Refer to Room Data Sheets for countertop materials. Any wood paneling to be wood veneer, per the chosen Theme.

• Ceiling: o C-2 acoustic ceiling tile. Alternatively, P-1 painted dryboard • Lighting: o C-2 ceilings: Use Type Q lights o P-1 ceilings.: Use Type R lights • Other Elements: See additional design guidance in Appendix 1 of this Guide

Page 5.24

5.3.25 Retail Parts

5.3.27 Service Corridor (F&I Waiting to Workshop)

5.3.25.1 Space Planning

5.3.27.1 Space Planning

• Layout: o

• Corridors are to be of ample width to be in keeping with the luxury design. Layout should be designed to prevent customer view into back-of-house areas (e.g. parts storage, tech support, etc)

5.3.25.2 Finishes • Generally: o All finishes, furniture, fixtures, lighting & ceiling heights to match the Cashier. See section 5.3.4 above.

5.3.26 Service Advisor & Manager’s Office 5.3.26.1 Space Planning • The size of these offices is to give a feeling of luxury & provide ample space in and around desks and seating area. 5.3.26.2 Finishes • Walls: o

Front partitions: Full-height, floor to ceiling, framed clear glass 24” ACM-1 band along head of glass partitions, to coordinate & align with the 24” ACM-1 band on the front elevation of the Service Reception Remaining wall height between ACM-1 band & Service Reception ceiling to be either P-1 painted drywall or EIFS to match the exterior elevations. Side partitions: Either: Full-height framed clear glass partitions; or P-1 painted dryboard up to 3’ or height of desk (whichever is higher), with framed clear glass partitions up to ceiling height

• Doors: o Framed clear glass swing doors. • Ceiling: o 10’ ceiling height • Other Elements: o HVAC is mandated for these offices for all IREDI facilities (except Remodel 2 facilities undergoing exterior remodel works only). o The void above the Service Advisor offices may be used to contain building services equipment (e.g. heating/cooling/electrical/etc)

5.3.27.2 Finishes • Floors: o • Doors: o o • Ceiling: o

Expansion joints are to be carefully considered & to be positioned outside of primary paths of travel. New Vehicle Delivery & F&I Offices: See sections 5.3.17 & 5.3.10 Doors not used by customers: Solid doors, painted to match the adjacent wall (typically P-1). Light fixtures & grilles to be aligned with each other

5.3.28 Service Corridor (Service Write-Up to F&I Waiting) • See Service Corridor (F&I Waiting to Workshop)

5.3.29 Service Lounge 5.3.29.1 Space Planning • A serviced café bar may be used. However, it must be upscale, modern luxury, and in keeping with the IREDI image. Counters and millwork must be designed to follow the IREDI fixtures design (see section 6). Commercial or industrial style cafés are not permitted. Kitchen equipment should not be in customer view. 5.3.29.2 Finishes • Floors: o

o o o o • Doors: o o

Flagship facilities: Hardwood or extra-hardwood of suitable thickness to allow for several (5 - 8) refinishes over the course of the floor’s lifespan. Planks to be laid perpendicular to the pedestrian traffic direction (e.g. perpendicular to service corridor for off-center layout). Premier 1/2/3 & Remodel 1 facilities: Tile may be used instead of hardwood. Tiles to be rectangular (typ. 12”x24”) & laid in a running bond pattern (long edge to be laid perpendicular to the pedestrian traffic direction (e.g. perpendicular to service corridor for off-center layout)). Service Lounge flooring and acoustic ceiling tile should reflect each other directionally. SP-1 Stone Pebbles are to be provided flush to floor in front of FT-3 Media Wall on new build facilities. Stone Pebble band to be 12” wide. Lounge seating to be located on a carpeted area. Café seating is to located within the lounge, on the wood or tile flooring New Vehicle Delivery interior doors: Solid ceiling-hung sliding wood veneer doors Doors not used by customers: Solid doors, painted to match the adjacent wall

• Lighting: o Three Type Y pendant lamps are to be centered over the hospitality counter.

Page 5.25

5.3.30 Service Reception

5.3.31 Service Workshop

5.3.30.1 Finishes

5.3.31.1 Space Planning

• Floors: o o

• Each individual service bay should be approximately 400sf. • The overall size of the Service Workshop should reflect the size of the facility and the anticipated volume of business for the facility.

o • Doors: o

Minimum standard: Sealed concrete. If Dealer wishes to upgrade to tile, samples should be submitted to GCT for review/approval. Expansion joints are to be placed in a consistent and uniform manner across the expanse of the Reception area. Vehicle entry/exit doors to be clear glass. High-speed doors are recommended for efficient management of the building environmental. Runner tracks to be above the metal ceiling planks (where applicable). Service Advisor office doors to be framed clear glass

5.3.31.2 Finishes • Floors: o o

• Walls: o o • Ceiling: o

Polished sealed concrete or light grey epoxy painted concrete Dealer may choose to upgrade to light grey tile. In which case: Square butt joints with minimal joint width Color of the grout should be dark grey Pattern should be a regular tile layout bond. Consider a dark grey tile boarder around each service bay/lift. P-4 paint up to top of man doors, P-3 paint above. Change of color from P-4 to P-3 to be at the same height on all walls.

Ceiling, truss work, and all ceiling mounted mechanical is to be prepared as required to accept specified paint. • Other Elements: o Purpose built tool box and bench equipment is required to reflect the size and specific requirements of the facility. o Flagship and Premier facilities: Tool boxes & equipment must be silver, gray, or black (Exception: Hunter alignment racks are not available in silver/grey/black). o In-ground lifts are preferred, but not mandated.

5.3.32 Supplementary Sales Office 5.3.32.1 Space Planning • The size of these offices is to give a feeling of luxury & provide ample space in and around desks and seating area. Example Photo: Service Reception vehicle door runner tracks above ceiling planks • Ceiling: o

Flagship: C-3 plank, butt-jointed, either stacked bond or running bond layout. Planks to run perpendicular to the flow of traffic. Planks to cover the entire area of the Service Reception interior ceiling. Flagship: 3’ exterior canopy overhang to be ACM-1 Premier 1/2/3 & Remodel 1 facilities: P-6 Painted exposed ceiling

o o • HVAC: o HVAC is preferred for this area; however, it is not mandated. • Other Elements: o Flagship: All building services equipment (e.g. HVAC ducts, electrical conduit, sprinkler pipes, etc) to be concealed from view above the plank ceiling. o Premier 1/2/3 & Remodel 1 facilities: All building services equipment (e.g. HVAC ducts, electrical conduit, sprinkler pipes, etc) to be neatly installed in a manner appropriate for this customer area.

5.3.32.2 Finishes • Walls: o o o • Doors: o

o • Ceiling: o

Front partition: Full-height GL-3 clear glass framed partitions Side partitions: P-1 painted drywall Back wall: WC-1 wall covering If required, doors to be either framed clear glass or wood veneer finished solid doors to match the Theme. Sliding or swing doors may be used. Locking mechanism to be provided where required. Any doors not used by customers to be solid doors, painted to match the adjacent wall (typically P-1). C-2 acoustic ceiling tiles to be installed level, flat and true, & properly coordinated with lighting.

Page 5.26

5.3.33 Tech Kitchen & Lounge 5.3.33.1 Finishes • Floors: o • Doors: o o • Ceiling: o

To be durable, easily maintained floor finish to reflect the requirements of the rest area. If customer visible: Solid doors, painted to match the adjacent wall (typically P-1). If back-of-house and not customer visible: Dealer choice. Acoustic Ceiling Tile in 2’ x 2’ grid as specified in the Interior Finish Schedule.

5.3.34 Tech Locker & Wash Rooms 5.3.34.1 Space Planning • The number of lockers, stalls, sinks and size of floor area is to be in accordance with operational needs and comply with all local, state, and federal codes, such as ADA accessibility standards. 5.3.34.2 Finishes • Floors: o • Walls: o • Doors: o o • Ceiling: o

Floor finish is recommended to be durable and easily maintained. All local building codes are to be adhered to. Wall finishes recommended to be durable and easily maintained. All local building codes to be adhered to. If customer visible: Solid doors, painted to match the adjacent wall (typically P-1). If back-of-house and not customer visible: Dealer choice. Acoustic Ceiling Tile in 2’ x 2’ grid as specified in the Interior Finish Schedule.

5.3.35 Tech Training 5.3.35.1 Finishes • Floors: o • Walls: o • Doors: o o • Ceiling: o

Floor finish is recommended to be durable and easily maintained. Color to reflect the template themes for other areas. Wall finishes recommended to be durable and easily maintained. All local building codes to be adhered to. If customer visible: Solid doors, painted to match the adjacent wall (typically P-1). If back-of-house and not customer visible: Dealer choice. Acoustic Ceiling Tile in 2’ x 2’ grid as specified in the Interior Finish Schedule.

Page 5.27

5.4 Code

Interior Finish Specifications Description

Manufacturer

Product Specification

Dimension

Remarks

Core Palette

B-1

Vinyl Base

Spec. by Local Architect

Light Gray

C-1

Stretch Ceiling

Barrisol

Finish Membrane: Translucent BS 04011 – Blanc Venus

Themes 1

Dust Shield: BS 0400 – Neride C-2

Acoustic Ceiling Tile

Armstrong

Optima Vector: Item #3900

2' x 2'

C-3

Metal Ceiling Plank

Simplex Systems

Clip-on plank, aluminum plank, silverlume color

24”W x 96”L 0.040” thk

CPT-3

Carpet

Constantine

Style: PPR-103328/Litterae (T2) Color: R198800

CPT-4

Carpet

Constantine

Style: PPR-103328/Litterae (T2) Color: R198795

CPT-5

Floor Mat

The Mat King

Cocoa Matting: Dark Brown

CPT-6

Floor Mat

The Mat King

Cocoa Matting: Black

CPT-9

Carpet (Alternate)

Bentley Prince Street

Sisal Twist/ PDS# 129007004

Alternative for CPT-3

CPT-10

Carpet (Alternate)

Bentley Prince Street

Sisal Twist/ PDS# 129007002

Alternative for CPT-4

FRP

Fiberglass Reinforced Panel

Fiber-Lite

.090 panels, White

To be applied to car wash

GL-4

Clear Glass (Interior)

Spec. by Local Architect

Clear Glass Partitions

Partitions

GL-6

Dark Smoked Mirror Glass

Oldcastle Glass

Mirrorpane Grey Glass, with 0.005” Opaci-Coat-300 black silicone coating on #2 mirrored surface

Gypsum or plywood substrate required (by GC) Adhere with Dow Corning 795 Black sealant

M-1

Metal Surface

Chemetal

Polished Smoked Aluminum #911

M-2

Metal Surface

Chemetal

Satin Smoked Chrome #812

M-3

Metal Surface

Chemetal

Satin Chrome #802

M-4

Stainless Steel

#8 polished, non-directional stainless steel

X Butt jointed, no perforations or patterns Uses standard heavy duty 15/16 T grid

X X X

X X X X

Refer to Room Data Sheets for application in each room

Page 5.28

Code MM-1

Description Metal Mesh Curtain

Manufacturer Cascade Coil Drapery, Inc.

Product Specification

Dimension

Remarks

Curtain: 3/16 - 19Ga. “Silver Tin”

Core Palette

Themes 2 3

Trolleys: Ball Bearing Carrier, P/N 1337 (supplied attached to curtain) Track: Secura Track Sys w/ Trolley 6” OC Galvanized, P/N 1300 End stops: P/N1309 Ceiling Brackets: P/N 1423 P-1

Paint (White)

Benjamin Moore

Swiss Coffee OC-45, Eggshell

P-2

Paint (Tan)

Benjamin Moore

Coiling Wood OC-28, Eggshell

P-3

Paint (Glossy White)

Benjamin Moore

Chantilly Lace 2121-70, Semi-gloss

P-4

Paint (Glossy Light Grey)

Benjamin Moore

Metallic Silver 2132-60, Semi-gloss

P-5

Concrete Floor Paint/ Sealer

Spec. by Local Architect

Medium Gray Paint

P-6

Paint (Flat White)

Benjamin Moore

Chantilly Lace 2121-70, Flat

Workshop ceiling etc

SP-1

Stone Pebble

Town and Country

Antique White Pebble T-463

Only for use along edge of fixtures which have kicked base

SS-1

Solid Surface

Corian

Antarctica

For use only as General Millwork Countertops

SS-2

Solid Surface

Corian

Anthracite

Alternate for ST-13

SS-3

Solid Surface

Corian

Raffia

Alternate for ST-14

SS-4

Solid Surface

Corian

Blackberry Ice

Alternate for ST-15

ST-1

Stone Tile

Stone Source

Crema Novelda

12"x24"

ST-2

Stone Tile

Stone Source

Crema Mafil Honed

12"x24"

ST-3

Stone Tile

Stone Source

Gray Quartzite( India ) Honed

12"x24"

X X X X X X

Refer to Room Data Sheets for application in each room

Page 5.29

Code

Description

Manufacturer

Product Specification

Dimension

Remarks

ST-4

Ceramic Tile Flooring

Stone Source

Refin Avant Color: Garde Blanc(M)

12"x24"

Alternative for ST-1

ST-5

Ceramic Tile

Daltile

Veranda Sand P505

20"x20"

Alternative for ST-2

ST-6

Ceramic Tile

Stone Source

Midtown Series Hard Gray

12"x24"

Alternative for ST-3

ST-7

Stone Tile

Stone Source

Kirby Honed

12"x24"

For interior application & also the preferred material for the feature vehicle display in front of the showroom.

ST-7A

Stone Tile

Color to match ST-7 Polished finish

12"x24"

ST-8

Stone Tile

Stone Source

Baltimore Limestone Honed

12"x24"

ST-9

Ceramic Tile

Daltile

Veranda/ Gunmetal/ P504

20"x20"

Alternative for ST-7( Theme 1)

ST-10

Ceramic Tile

Daltile

Vernada Gravel P501

20"x20"

Alternative for ST-8( Theme 2)

ST-11

Ceramic Tile

EuroWest

New Stone Collection Fossein Honed

12"x24"

Alternative for ST-8( Theme 3)

ST-12

Stone Tile

Stone Source

Galil Gold Limestone Honed

ST-13

Stone

Stone Source

St. Baudille Limestone Honed

For use only as a countertop

ST-14

Stone

Stone Source

Celador Polished Quartz Agglomerate, Cream No.316

For use only as a countertop

ST-15

Stone

Stone Source

Celador Polished Quartz Agglomerate, Mink No. 818

For use only as a countertop

ST-16

Stone

Stone Source

Slate Graphite(Cleft)

12"x24"

ST-19

Stone

Stone Source

White Travertine Filled

12"x24"

Core Palette

Themes 1

X X X X

X X

X X X X X X

X X

Refer to Room Data Sheets for application in each room

Page 5.30

Code VCT-1

Description Commercial Light Gray Vinyl Floor Tile

Manufacturer Armstrong

Product Specification Imperial Texture, Standard, Excelon, 51860 Soft Cool Gray

Dimension

Remarks

12” x 12” 1/8” thick

Core Palette

Themes 1

VCT-2

Spec. by Local Architect

VCT-3

Spec. by Local Architect

VCT-4

Spec. by Local Architect

VCT-5

Spec. by Local Architect

WC-1

Wallcovering

Maharam

Composite 320/01

Only for use in sales & mgrs offices

WD-1

Wood Flooring

Zickgraf

The Franklin Collection Walnut

Width: 5"

WD-2

Wood Flooring

Listone Girodano

Maxi Maple from Fontaines

Width 3.5" Length: varies

WD-3

Wood Flooring

Listone Girodano

Maxi Wenge

Width 3.5" Length: varies

WV-1

Wood Veneer

Brookside Veneers, LTD

Brookline QTR. Walnut 2-580-X Polyurethane Finish

WV-2

Wood Veneer

Brookside Veneers, LTD

Brookline Rift Oak 112/00/Y-17 Clear Finish

WV-3

Wood Veneer

Brookside Veneers, LTD

Macassar Ebony Clear Finish

X X X

Refer to Room Data Sheets for application in each room

Page 5.31

6.0

Interior Fixtures

6.0.1

Minimum Requirements

•

Technical Details

FT-1 Vehicle Information Walls

Core Application Rules

To be located in the Gallery, one for each Gallery vehicle display space (refer to images shown in the Program Guide for guidance).

6.1.2 •

Key Coordination Issues

Currently these fixtures are not to be used. However, electric & data provision is to be provided for future use (e.g. conduits & drawcords to each future location). The details below are provided for information. One Vehicle Information Wall per Gallery display vehicle space to dynamically display vehicle specific information on a 30” flat screen monitor…

6.1.1 •

•

Refer to section 6.12 for fixture cutsheet

6.1 •

•

Technical Details

Fixture materials: o 30” flat screen. o Wood veneer faces (both front & rear) o Metal kickplates & side trims o No visible fasteners o See finishes schedule below. Other details: o Mechanical fixing access to be provided at via side panels and/or kickplate. o No visible fasteners. Refer to section 6.12 for fixture cutsheet

Architect / General Contractor is responsible for design & construction of each fixture, to meet the IREDI standards below. Architect / General Contractor must submit shop drawings of each fixture & a fixtures layout plan to the RCC for review / approval by GCT.

6.0.4 •

Core Application Rules

Locations of fixtures are to accord with the guidance provided in the Program Guide. All full-height fixtures must have a full-height floor to ceiling ‘built-in’ look. The actual measured height will be specific to the finished rooms. All wood veneer is to be horizontal grain direction, with a clear satin coat.

6.0.3 •

•

The minimum requirements for each scheme (Flagship, Premier, Remodel, etc.) are defined in the IREDI Mandated Standards Matrix.

6.0.2 • •

6.1.3

Key Coordination Issues

Design: o Each wall is to be securely mounted into the Gallery floor. o Electrical & data cables are to be brought to a location directly beneath each Vehicle Information Wall. Digital media: o A designated DVD player is to be provided for each Vehicle Information Wall & centrally located out of customer view (preferably in a space designated for data, computer servers, telephone, etc.).

Page 6.1

6.2 • •

FT-2 Color & Trim Display

6.2.1 •

6.2.3

A display unit to show the range of vehicle color & trim options, and supporting marketing brochures. All IREDI facilities must use ‘Option 1’ (wall-mounted display), manufactured by DCI Marketing.

Core Application Rules

•

• •

To be centered on the Sales Lounge wood wall. •

Flagship Facilities

Technical Details

Fixings: o Graphic Panel: Fixings to be compatible with DCI‘s cap pucks/ spacers. o Display shelving: Fixings to fit DCI’s wall mounting brackets (narrow dimension of the slotted holes is 0.344”). Weight of loaded display shelving: 155 lbs Lighting: o Single story Sales Lounge ceiling: Three Type M lights, 36”OC between lights, 24”OC from wall o Light fixtures to be centered over the display. Other details: o No visible fasteners. o See Section 6.13 below for additional details.

Premier & Remodel Facilities

Locations of Color & Trim Display for typical floor plans • • •

To be illuminated from above. To be sourced from DCI Marketing. ‘Option 1’ (wall-mounted display): o Bottom of Graphic Panel to be mounted 50” above finished floor level o Top of wall mounting bracket to be mounted 39” above finished floor level o Illumination to be provided from ceiling lights (see Technical Details below)

6.2.2 •

•

Key Coordination Issues

Design & installation: o Wood wall, substrate and fixings to be suitable for carrying the weight of the display unit. o Wall fixings to be supplied by the installer. Floor Layout / Obstructions: o At least 4’-6” clear space to be provided in front of the display unit to allow sufficient customer circulation (e.g. free from FT-5/FT-6 display cases, furniture, vehicles, etc.)

‘Option 1’ (wall-mounted display)

Page 6.2

6.3 •

FT-3 Media Wall The media wall is to make the customer lounge more comfortable, relaxing and inviting.

6.3.1 • • •

6.3.2 •

•

Key Coordination Issues

View to service (Required only for Flagship facilities): o If no physical view is provided (e.g. through a partial-glass service workshop door), the view-to-service is to be provided via CCTV to a monitor on the Service Lounge Media Wall. o The view-to-service is to show quick/light service bays (not major-works service bays). o Provide a corresponding camera in the Workshop. Design & installation: o All cabling & items such as DVD players to be concealed from customer view.

6.3.3 •

Core Application Rules

To be placed in the Service Lounge by the seating area, with clear line of sight for customers. To be built as full-height floor to ceiling fixture. Electrical, TV cable & data (if applicable) cables are to be brought to a location directly behind each 42” flat screen monitor.

Technical Details

Overall design: o Refer to section 6.12 for fixture cutsheet o Full-height (floor to ceiling) wood wall. 16’ wide (typical). o 42” flat screen, mounted 50” above finished floor level to bottom of screen. o Flat screen(s) to be recessed into the wood wall so that the face of the screen is flush with the face of the wall o Wood wall to be designed with a plank-like appearance (using beveled or chamfered edges) to match the Lobby & Sales Lounge wood walls. o Planks may be used instead of wood veneer, but they should match the appearance of the wood veneer. Other details: o No visible fasteners. o See finishes schedule below.

Page 6.3

6.4 •

FT-4 Dealer Display Wall Built-in display wall to feature awards, testimonials, license and compliance forms.

6.4.1 • • •

6.4.2 •

•

Key Coordination Issues

Design & installation: o Electrical to be provided for display lighting. o All wiring & light fixtures to be concealed from view.

6.4.3 •

Core Application Rules

To be located in the corridor between the Lobby & the Service Lounge area. To be built as full-height floor to ceiling fixture. To be mounted against a wall. Suitable blocking to be provided to support & secure in place.

Example images of puck display system

Technical Details

Overall design: o Refer to section 6.12 for fixture cutsheet o Panel widths are to be maximized & equal to each other (i.e. approx 4’ wide) o ¼” vertical reveals between panels. o 4’ high glass display o Wood veneer sections above & below the glass to be of equal height. Caveat: height from FFL to bottom of glass display is not to exceed 3’-6”. Glass display case: o Lockable clear glass sliding doors. Lock(s) to be discrete from view o White laminate interior. o Display lighting to be recessed out of customer view. o Clear glass shelves. No exposed vertical standards. Two shop display systems may be used: Recessed standards: If vertical standards are used, they must be recessed into the back of the fixture so that only a thin vertical slot is visible (to which the shelf brackets are mounted). Puck system: E.g. B&N Pog & puck system (see images below). Cabinets: o No door handles. Use discrete opening mechanisms (e.g. concealed door pulls or closers). Doors to be lockable. o Use swing out hinges to allow doors clear adjacent parts of the Display Wall. Hinges not to be visible when doors are closed. o Shelves (& pull-out tracks, if applicable) must be suitably durable to support the weight & volume of use. Other details: o No visible fasteners. o See finishes schedule below.

Page 6.4

6.5 •

FT-5 Accessories Display Designed for flexibility & to promote sales of merchandise & accessories.

6.5.1 •

6.5.2 •

•

Key Coordination Issues

Illumination: o No electrical supply required. These fixtures are illuminated by the ceiling fixtures above.

6.5.3 •

Core Application Rules

To be located in the Sales Lounge, on the hardwood floor area.

Technical Details

6.6 •

FT-6 Merchandise Display Merchandise units have been designed for flexibility and to promote sales.

6.6.1 •

6.6.2 •

•

Key Coordination Issues

Illumination: o No electrical supply required. These fixtures are illuminated by the ceiling fixtures above.

6.6.3 •

Core Application Rules

To be located in the Sales Lounge, on the hardwood floor area.

Technical Details

Overall design: o Refer to section 6.12 for fixture cutsheet Glass display case: o Clear glass, with white laminate interior (base & sides). o To be lockable. Lock(s) to be discrete from view. o Accessibility can be provided as a pull out bottom with face glass affixed, with movement provided via a mechanical track system contained within & concealed from view. Cabinets: o No door handles. Use discrete opening mechanisms (e.g. use the reveals under the display case, concealed door pulls, etc). Doors to be lockable. o Use swing out hinges to allow doors clear adjacent parts of the Display Wall. Hinges not to be visible when doors are closed. o Shelves (& pull-out tracks, if applicable) must be suitably durable to support the weight & volume of use. Other details: o No visible fasteners. o See finishes schedule below.

Page 6.5

6.7

FT-7 Magazine Rack

6.8

6.7.1

Core Application Rules

•

• • •

To be prominently located in the Service Lounge, for customer access. To be wall-mounted. To provide an elegant display of current periodicals for customer use.

•

Key Coordination Issues

Installation: o To be wall-mounted with secret, non-visible fixings.

6.7.3 •

6.8.1 •

6.7.2

•

Key Coordination Issues

Installation: o Electrical power & plumbing to be provided to location. o Vent sink as required.

6.8.3 •

Core Application Rules

To be located in the Service Lounge.

6.8.2

Technical Details

Overall design: o Refer to section 6.12 for fixture cutsheet Magazine holders: o Clear acrylic holders o 7” tall holders to prevent magazines bending over Backboard: o 1” thick edge to show solidity o Wood veneer face & edges Other details: o No visible fasteners. o See finishes schedule below.

FT-8 Food & Beverage Counter For serving of complimentary food & beverages to the customer in a sophisticated & visually appealing way.

Technical Details

Countertop: o Solid surface or stone countertop. o Recessed sink. o Taps & faucet to be compliant with IREDI modern luxury design. Cabinets: o No door handles. Use M-1/2/3 reveals to pull the doors. o Use swing out hinges to allow doors clear adjacent parts of the Display Wall. Hinges not to be visible when doors are closed. o Shelves (& pull-out tracks, if applicable) must be suitably durable to support the weight & volume of use. Other details: o No visible fasteners. o See finishes schedule below.

Page 6.6

6.9 • •

FT-9 Merchandise Display Wall For display of lifestyle accessories, branded merchandise & vehicle accessories. Built-in display wall to feature awards, testimonials, license and compliance forms.

6.9.1 • • • • •

6.9.2 •

•

Example images of puck display system

Key Coordination Issues

Design & installation: o Electrical to be provided for display lighting. o All wiring & light fixtures to be concealed from view.

6.9.3 •

Core Application Rules

To be located in the Service Lounge area. 4’ of the display space for vehicle accessories 8’ of the display space for branded merchandise / lifestyle accessories To be built as full-height floor to ceiling fixture. To be mounted against a wall. Suitable blocking to be provided to support & secure in place.

Technical Details

Overall design: o Panel widths are to be maximized & equal to each other (i.e. approx 4’ wide) o ¼” vertical reveals between panels. o 4’ high glass display o Wood veneer sections above & below the glass to be of equal height. Caveat: height from FFL to bottom of glass display is not to exceed 3’-6”. Glass display case: o Lockable clear glass sliding doors. Lock(s) to be discrete from view o White laminate interior. o Display lighting to be recessed out of customer view. o Clear glass shelves. No exposed vertical standards. Two shop display systems may be used: Recessed standards: If vertical standards are used, they must be recessed into the back of the fixture so that only a thin vertical slot is visible (to which the shelf brackets are mounted). Puck system: E.g. B&N Pog & puck system (see images below). o Removable vertical solid partition (min 3” visible thickness) to be positioned inside the glass display, 4’ from one end of the fixture. Wood veneer finish. Cabinets: o No door handles. Use discrete opening mechanisms (e.g. concealed door pulls or closers). Doors to be lockable. o Use swing out hinges to allow doors clear adjacent parts of the Display Wall. Hinges not to be visible when doors are closed. o Shelves (& pull-out tracks, if applicable) must be suitably durable to support the weight & volume of use. Other details: o No visible fasteners. o See finishes schedule below.

Page 6.7

6.10

FT-10 Sales Reception Counter

6.11 •

6.10.1 Core Application Rules • • • • •

To be located in the Lobby. To be set back from the main entrance (towards the Lobby wood wall), but clearly visible, for dignified service. Wood veneer counter. 12” SP-1 stone pebble strip along foot of counter (refer to Section 5 for further details). To be free of all clutter. CPU’s, monitors, printers, etc. are to be out of customer view. Computer monitors on the counter surface are to be of the flat screened variety only.

6.10.2 Key Coordination Issues •

Design & installation: o Coordinate with floor finishes design (in particular the placement of the stone pebble) o Electrical & data to be provided for operational use as required. o All wiring to be concealed from customer view.

6.10.3 Technical Details •

•

Overall design: o Panel widths are to be maximized & equal to each other (i.e. approx 4’ wide) o ¼” vertical reveals between panels. o No customer visible fasteners, door handles, hinges or other such hardware. o Any shelves (& pull-out tracks, if applicable) must be suitably durable to support the weight & volume of use. o See finishes schedule below. Stone pebble: o SP-1 stone pebbles. Refer to Section 5 of this Guide for further details. o 12” wide strip along foot of counter. To be inset & finished flush with the FFL.

FT-11 Service Reception Counter

This is an optional fixture for enhanced customer choice & service. If provided, the following requirements are to be adopted.

6.11.1 Core Application Rules • • • •

To be located in the Service Reception to provide a ‘quick-drop’ service option as an alternative to the Service Advisor offices, for enhanced customer choice. Wood veneer finish. No employee work surface. To be free of all clutter. CPU’s, printers, etc. are to be out of customer view. All monitors on the counter surface are to be flat screens.

6.11.2 Key Coordination Issues •

Design & installation: o Electrical & data to be provided for operational use as required. o All wiring to be concealed from customer view.

6.11.3 Technical Details •

Page 6.8

6.12

Fixture Finishes Schedule

Code

Fixture

Theme 1

Theme 2

Theme 3

Equipment

FT-1

Vehicle Information Display

M-2, WV-1

M-3, WV-2

M-1, WV-3

30" LCD monitor

FT-3

Media Wall

WV-1

WV-2

WV-3

42" LCD monitor

FT-4

Dealer Display Wall

M-2, WV-1

M-3, WV-2

M-1, WV-3

Display lighting

FT-5

Accessories/Merchandise Display

M-2, WV-1

M-3, WV-2

M-1, WV-3

FT-6

Merchandise Display

M-2, WV-1

M-3, WV-2

M-1, WV-3

FT-7

Magazine Rack

M-2, WV-1

M-3, WV-2

M-1, WV-3

FT-8

Food & Beverage Counter

M-2, WV-1, ST-13 or SS-2

M-3, WV-2, ST-14 or SS-3

M-1, WV-3, ST-15 or SS-4

Sink, Refrigerators

FT-9

Merchandise Display Wall

M-2, WV-1

M-3, WV-2

M-1, WV-3

Display lighting

FT-10

Sales Reception Counter

M-2, WV-1

M-3, WV-2

M-1, WV-3

Computer, Printer

FT-11

Service Reception Counter

M-2, WV-1

M-3, WV-2

M-1, WV-3

Computer, Printer

Note: All ¼” reveals in wood veneer fixtures to be of the same material as the face panel.

Code

Description

Manufacturer

Product Specification

M-1

Metal surface

Chemetal

Polished smoked aluminum, #911

M-2

Metal surface

Chemetal

Satin smoked chrome, #812

M-3

Metal surface

Chemetal

Satin chrome, #802

M-4

Stainless steel

WV-1

Wood veneer

Brookside Veneers Ltd

Brookline QTR, Walnut, 2-580-X Polyurethane Finish

WV-2

Wood veneer

Brookside Veneers Ltd

Brookline Rift Oak, 112/00/Y-17 Clear Finish

WV-3

Wood veneer

Brookside Veneers Ltd

Macassar Ebony, Clear Finish

Glass

Clear glass

Display System

Puck

Remarks

#8 polished non-directional stainless steel All wood veneers: Clear satin coat (not gloss or matte)

Standard clear glass B&N

Pog & Puck System

Chrome

Page 6.9

6.13

Fixture Cutsheets

FT-1 Vehicle Information Wall

Page 6.10

FT-2 Color & Trim Display

Page 6.11

FT-3 Media Wall

Page 6.12

FT-4 Dealer Display Wall

Page 6.13

FT-5 Accessories Display

Page 6.14

FT-6 Merchandise Display

Page 6.15

FT-7 Magazine Rack

Page 6.16

FT-8 Food & Beverage Counter

Page 6.17

FT-9 Merchandise Display Wall

Page 6.18

FT-10 Sales Reception Counter

Page 6.19

FT-11 Service Reception Counter

Page 6.20

7.0

Furniture

7.0.1

Minimum Requirements & Standards

7.2

FN-2 Lounge Sofa

The minimum requirements for each scheme (Flagship, Premier, Remodel, etc.) are defined in the IREDI Mandated Standards Matrix. Refer to the IREDI Furniture Guide (available on IREDIweb, or from your RCC) for furniture details from a pre-approved vendor. • Alternative locally available alternatives may be proposed & used, if approved by GCT. • The following pages indicate design intent, application rules & additional information. The only offices that require both lounge & office furniture are the Gallery Offices & Gallery Managers Offices.

7.1

FN-1 Lounge Chair

7.2.1 •

•

7.1.1 •

•

To be located in lounge seating areas: o Lobby (optional) o Sales Lounge o Gallery Offices o Service Lounge Always to be located over carpet.

7.1.2 • •

Key Coordination Issues

7.2.2 • •

7.2.3 •

Key Coordination Issues

Gallery offices: Ensure offices are sufficiently sized to suitably accommodate lounge & office furniture. Upholstery: Use sufficiently durable upholstery for car dealership application.

Technical Details

Refer to finishes schedule below for upholstery requirements.

Gallery offices: Ensure offices are sufficiently sized to suitably accommodate lounge & office furniture. Upholstery: Use sufficiently durable upholstery for car dealership application.

7.1.3 •

Core Application Rules

To be located in lounge seating areas: o Lobby (optional) o Sales Lounge o Gallery Offices o Service Lounge Always to be located over carpet.

Technical Details

Refer to finishes schedule below for upholstery requirements.

Page 7.1

7.3

FN-3 Coffee Table/Rectangular

7.3.1 •

•

Core Application Rules

Key Coordination Issues

Gallery offices: Ensure offices are sufficiently sized to suitably accommodate lounge & office furniture.

7.3.3 •

FN-4 Coffee Table/Round

To be located in lounge seating areas: o Lobby (optional) o Sales Lounge o Gallery Offices o Service Lounge Always to be used with lounge seating FN-1/FN-2 and located over carpet.

7.3.2 •

7.4

Technical Details

Refer to finishes schedule below for upholstery requirements.

7.4.1 • •

7.4.2 •

Key Coordination Issues

Gallery offices: Ensure offices are sufficiently sized to suitably accommodate lounge & office furniture.

7.4.3 •

Core Application Rules

To be located in lounge seating areas: o Gallery Offices Always to be used with lounge seating FN-1/FN-2 and located over carpet.

Technical Details

Refer to finishes schedule below for upholstery requirements.

Page 7.2

7.5

7.5.1 •

Core Application Rules

7.6.1

Key Coordination Issues

Carpet: Coordinate specification of the carpet/chair for mutual compatibility Upholstery: Use sufficiently durable upholstery for car dealership application.

7.5.3 •

7.6

Employee task chair for customer visible offices (e.g. Gallery offices, Supplementary sales offices, F&I offices, Service advisor offices, etc).

7.5.2 • •

FN-5 Task Chair

Technical Details

Refer to finishes schedule below for upholstery requirements.

•

FN-6 Guest Chair/Dealer’s Office

7.6.2 •

Key Coordination Issues

Upholstery: Use sufficiently durable upholstery for car dealership application.

7.6.3 •

Core Application Rules

Customer guest for the following locations: o Gallery/Sales/F&I offices o Service Advisor offices

Technical Details

Refer to finishes schedule below for upholstery requirements.

Page 7.3

7.7

FN-7 Desk

7.7.1

Core Application Rules

•

Office desk for customer visible offices (e.g. Gallery offices, Supplementary sales offices, F&I offices, Service advisor offices, etc).

7.7.2

Key Coordination Issues

7.7.3

Technical Details

•

Refer to finishes schedule below for upholstery requirements.

7.8

FN-8 Café Chair

7.8.1 • • •

Core Application Rules

Café chair for the Service Lounge. Always to be located on the hardwood floor area (or tile area for Premier & Remodel facilities). Always to be used with FN-9 café tables.

7.8.2

Key Coordination Issues

7.8.3

Technical Details

•

Refer to finishes schedule below for upholstery requirements.

Page 7.4

7.9

FN-9 Café Table

7.10

FN-11 Credenza

7.10.1 Core Application Rules •

Office credenza for customer visible offices (e.g. Gallery offices, F&I offices, etc).

7.10.2 Key Coordination Issues 7.10.3 Technical Details 7.9.1 • • •

Core Application Rules

Refer to finishes schedule below for upholstery requirements.

Café table for the Service Lounge. Always to be located on the hardwood floor area (or tile area for Premier & Remodel facilities). Always to be used with FN-8 café chairs.

7.9.2

Key Coordination Issues

7.9.3

Technical Details

•

Refer to finishes schedule below for upholstery requirements.

Page 7.5

7.11

FN-12 Stool

7.12

FN-13 Benches

7.11.1 Core Application Rules •

Employee stool for customer visible locations (e.g. Lobby, Cashier, Retail Parts, Service Reception counter, etc.)

7.11.2 Key Coordination Issues •

Upholstery: Use sufficiently durable upholstery for car dealership application.

7.11.3 Technical Details •

Refer to finishes schedule below for upholstery requirements.

7.12.1 Core Application Rules • •

Optional furniture item. Typical location: Center Plan Lobby

7.12.2 Key Coordination Issues 7.12.3 Technical Details •

Refer to finishes schedule below for upholstery requirements.

Page 7.6

7.13

Finishes Schedule Theme 1

Code

Theme 2

Theme 3

Sales Areas

Service Areas

Sales Areas

Service Areas

Sales Areas

Service Areas

FN-1

L-3 / FL-3

L-4 / FL-4

FN-2

L-1 / FL-1

L-2 / FL-2

L-1 / FL-1

FN-3

W-3

W-2

W-1

FN-4

W-3

W-2

W-1

L-1 / FL-1

L-3 / FL-3

L-2 / FL-2

L-3 / FL-3

L-4 / FL-4

L-1 / FL-1

L-3 / FL-3

L-2 / FL-2

L-3 / FL-3

L-4 / FL-4

L-1 / FL-1

FN-5a FN-5b FN-6a FN-6b FN-7

W-3

W-2

W-1

FN-8a

Dark Brown

FN-8b

W-3

W-2

W-1

FN-9

W-3

W-2

W-1

FN-11

W-3

W-2

W-1

FN-12a

L-1 / FL-1 / W-3

L-3 / FL-3 / W-3

L-2 / FL-2 / W-2

L-3 / FL-3 / W-2

L-4 / FL-4 / W-1

L-1 / FL-1 / W-1

FN-12b

L-1 / FL-1

L-3 / FL-3

L-2 / FL-2

L-3 / FL-3

L-4 / FL-4

L-1 / FL-1

W-3

W-2

W-1

L-1 / FL-1

L-2 / FL-2

L-4 / FL-4

FN-13a FN-13b FN-13c FN-13d Code

L-1 L-2 L-3 L-4 FL-1 FL-2 FL-3 FL-4 W-1 W-2 W-3

Description

Leather Upholstery Leather Upholstery Leather Upholstery Leather Upholstery Faux Leather Upholstery Faux Leather Upholstery Faux Leather Upholstery Faux Leather Upholstery Wood Finish Wood Finish Wood Finish

Supplier

DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI

Reference

Grey Tan Light Brown Dark Brown Grey Tan Light Brown Dark Brown Dark Light Medium

Page 7.7

8.0

Lighting

8.0.1

Minimum Standards

ZONE 2

• The minimum requirements for each scheme (Flagship, Premier, Remodel, etc) are defined in the IREDI Mandated Standards Matrix.

8.0.2

Core Application Rules

• Juno Lighting is recommended as the preferred vendor. • Alternate suppliers & products must be submitted to GCT (via your RCC for review / approval before they can be used. The specification for fixture style & color, wattage, foot candles, light color temperature and lumens are to remain unchanged. General Notes: • 4100K lighting in the Gallery & New Vehicle Delivery, 3000K lighting in all other rooms. • Fixture style must complement the modern luxury & contemporary IREDI design. • Emergency lighting luminaires should ideally be integrated with the general lighting. • Lighting switches should be located to complement the design, and where possible, should be discreet. • All cabling should be concealed. It is good practice to incorporate all cabling within tubular containment systems to permit ease of rewiring and future adaptations / expansions. • Lights to be fitted in accordance with the manufacturer’s guidelines. • Careful consideration should be given to circuits and lighting controls, particularly lighting the showroom during out-of-hours use. Dark spots and shadows should always be avoided. Optional Fixtures: • Entrance Walkway in-ground lights. • Portal in-floor lights. • Gallery spotlights.

ZONE 3 ZONE 4

Façade Illumination: Composed of four ‘zones’

8.1.2

Key Coordination Issues

• See Section 4 of this guide for design details for the clearstory above the Gallery • Refer to the fixtures schedule & cutsheets at the end of this section for details on light fixtures • Consider access for future maintenance of light fixtures. • Architect / GC is responsible for design & installation of lighting to achieve an even illumination of the façade. Consultation with suppliers is recommended to verify specifications, fixture spacings, etc for each individual project.

8.1.3

Technical Details

• Zone 1: o • Zone 2: o o

o Refer to Appendix 6 for a typical reflected ceiling plan showing locations of each fixture.

8.1

Façade Illumination

8.1.1

Core Application Rules

• For the purposes of illumination, the feature glass façade on a Flagship facility can be considered to have four ‘zones’: o 1: Gallery o 2: Clearstory above the Gallery o 3: Area above the Entry Element o 4: Exterior façade ‘wings’ • More than one lighting solution may be required for all four zones, though the finished building must appear to have an even illumination over the complete façade.

ZONE 1

ZONE 4

Illuminated by the lighting inside the Gallery (i.e. generally from the Type H lights above the illuminated stretch ceilings) Illuminated by Type GG lights mounted in the clearstory Typical spacings: 24” between centers of lamps. Lamps fixed to the P-1 painted drywall clearstory. Drywall to be approximately 40” from the interior surface of the glass. Light fixtures to be mounted vertically. Fixtures to be mounted end to end, as necessary to illuminate the full height of the clearstory. Fixtures are available in 4’ & 8’ units to accommodate the variation of height along the length of the clearstory. Note: If a clearstory is not used & the ceiling / roof structure abuts the façade below the top of the façade, this will cause a shadow band across the length of the façade. Lighting may be required inside the ceiling/roof structure to minimize the shadow band & also on top of the roof structure. This will be problematic in cold climates. Additionally, the clearstory design provides a simple solution to weatherproofing the roof / glass façade interface. The clearstory design is recommended as the most suitable all-round solution.

Page 8.1

8.2.2

Key Coordination Issues

• Signs:

Entry Element signs are not self-illuminated. They are illuminated by the Entry Element lights. o Refer to Section 1.5 of this guide for details on the signs & their position on the Entry Element walls. • Entry Element: o Refer to Section 4.2 of this guide for standard Entry Element details. • Light fixtures: o Refer to fixtures schedule & cutsheets at the end of this section. o Consult with lighting supplier & your RCC on actual layout required for each individual building (since size & layout of Entry Elements may vary slightly from project to project). o

8.2.3

Example Photos: Clearstory with Type GG lights • Zone 3: o

• Zone 4: o o

Preferred solution: Use the same method & fixtures as for zone 2. In this approach the space above the Entry Element / Entry Vestibule is an enclosed void. Alternative: If this space is open to the Lobby & sufficient lighting is provided from the Lobby, illumination can be from the interior lighting in the Lobby. Some additional lighting may be required to enhance the illumination to the level provided for the other zones of the façade. Illuminated by Type BB or CC floodlights behind the façade. Fixtures may be mounted at high level on the EIFS building to comply with local ‘dark sky regulations’, or at ground level to flood up the façade ‘wings’. In either case, a sufficient number & combination of narrow &/or wide beam floodlights are to be used to evenly illuminate theses portions of the façade. Floodlights are to be angled to distribute light evenly. Baffles may be used on the fixtures to prevent light passing the side or top of the façade. The number of lights required will depend on the configuration of the individual building.

8.2

Entry Element Illumination

8.2.1

Core Application Rules

Technical Details

• Use Type N wall wash lights, mounted 2’ from the natural material walls. • Example layout: 1 fixture centered in front of the narrow wall, 3 fixtures centered in front of the wide wall at 4’ centers between fixtures. Actual layout & number of fixtures is dependent upon the actual Entry Element dimensions of each individual building. • Architect /GC to verify the fixture layout for each individual building with the lighting supplier & the RCC.

Entry Vestibule

Recessed wall wash lights, 2’ from Entry Element wall Entry Element

Example layout: Type N lights 2’ from Entry Element walls (Example Only – More lights may be required, depending on size of Entry Element)

• To provide an overall wash of light on the natural material walls & also the Entry Element signs. • Do not use simple downlights – these will give ‘scalloping’ shadow effects on the Entry Element walls. Use wall wash lights, angled towards the natural material walls. • Hot/dark spots are to be minimized as far as possible. • Light fixtures are to be recessed & flush with the Entry Element soffit.

Page 8.2

8.3

Illuminated Stretch Fabric Ceiling

8.3.1

Core Application Rules

• Only to be installed in the Gallery. • Minimum required locations: o Flagship facilities: Over each display vehicle space. o Premier 1/2/3 & Remodel 1 facilities: Over the feature display vehicle. • To provide an evenly-lit, seamless, brightly illuminated ceiling. • No hot spots / dark spots. • Preferred design: One complete piece of stretch fabric per stretch ceiling zone. • Alternative design: Stretch ceiling zones may be segmented, but into no more than four rectangles (i.e. quartered). [Note: it may be less costly & easier to maintain a single piece fabric than a modularized system]. • Standard size of stretch ceiling zones: 20’ x 20’ • To be placed 12” below the surrounding P-1 painted dryboard. • No acoustical or other materials to be installed on customer-visible areas of the stretch ceiling.

8.3.2

Key Coordination Issues

• Design: o o

Use Type H fluorescent strip lights. Remote ballasts / power converters are recommended for reduced maintenance & reduced heat generation. o A deep ceiling void is not normally required: The stretch fabric should be 12” below the surrounding ceiling. Typically, the plenum that the lights are mounted to is 15” above the stretch fabric. Therefore, only approximately 3” ceiling void is used. o Architect / GC to coordinate with the stretch ceiling supplier to ensure that the ‘light box’ will provide sufficient rigidity/capacity for the tension exerted by the stretch ceiling (typically 60lb/linear meter). • Penetrations: o All penetrations should be located outside the stretch ceiling zones, unless required by local design regulations (e.g. fire sprinklers). o If regulations require sprinklers to be located in the stretch ceiling, the following guidance applies: Use reinforcement rings around the pipe penetrations (available as standard components from the stretch ceiling supplier). Pipes should run vertically through the entire ‘light box’ above the stretch fabric. If pipes must run horizontally in the ‘light box’, they should run perpendicular to the strip lights to minimize potential shadowing. (Shadows will be accentuated if pipes run parallel to the strip lights). • Heating & Ventilation: o Architect / GC to coordinate with designers / vendors to verify whether ventilation or cooling is required to manage any heat generated by the light fixtures above the stretch fabric. Excessive positive or negative pressure on the stretch fabric is to be avoided. o Remote ballasts / power converters are recommended to eliminate heat normally generated by traditional fixtures.

• Installation: o The stretch fabric should extend up to the edge of the dropped ceiling zone. o No fasteners, rails, or large gaps are to be visible after installation. o The stretch fabric is hooked onto concealed rails, without glue or clips. o Do not begin installation until the ‘light box’ has been fully constructed, the area is weather-tight and dust free, and all wet work is completed and dry. o Materials are to be acclimated to installation conditions for 48 hours prior to installation conditions for 48 hours prior to, during, and after installation. o Architect / GC to coordinate with the stretch ceiling supplier for location, size, & fixing of mounting rails. o The ‘light boxes’ should be field laser measured by the stretch ceiling supplier before the fabric is ordered. o Any fabric seams must be factory ultrasonic welded, and must not cause visual distraction. Welds should be perpendicular to the strips lights. o Installation should be performed by a specialist stretch ceiling company, with proven relevant experience. The company should have a suggested minimum of 5 years documented successful experience & work to be performed by skilled craftsmen thoroughly trained in the necessary craft. Work shall be performed with Owner’s Insurance underwriter’s requirements and UL approved testing materials, assemblies, and procedures. • Maintenance: o The ‘light box’ should be well constructed to prevent bugs from entering. o A ‘double-skin’ design is recommended to minimize maintenance visits to clean above the stretch fabric. The top skin will be a dust shield and will prevent bugs, etc., from casting shadows on the visible bottom skin. See Technical Details section below. o Remote ballasts are recommended to reduce maintenance needs. o The stretch fabric shall be removable by hand and approved tools. Maintenance should be performed by a specialist stretch ceiling company, with proven relevant experience.

8.3.3

Technical Details

• Design details (see sketch below): o Blanc Venus membrane to be 12” below surrounding ceiling level. o 15” (typical) between the Blanc Venus & the plenum to which the lights are fixed. o Refer to suppliers & example details sketch below for further details. • Light fixtures: o See fixtures schedule & cutsheets below. o Verify lamp centers with suppliers. • Stretch ceiling: o See Barrisol specification at the end of this Section. o Finish: Barrisol Translucent BS 04011 – Blanc Venus o Dust shield : Barrisol BS 04000 – Neride o Double skin rail : Barrisol Star Aluminum Wall Rail BS 355/10 o Single skin rail: Barrisol Star Aluminum Wall Rail BS 350/01 o Distance between finish sheet & dust shield: 2¾”

Page 8.3

o o

Membrane thickness: Membrane weight:

Not less than 17/100 mm Not more than 20 grams / sq foot

• Typical lamp spacings: 7’ x 7’ for Types FF1 or FF2. Architect / GC to verify the fixture layout for each individual building with the lighting supplier & the RCC.

Type H - Luminous Stretch Ceiling 17” typ

15” typ

Type H strip light

12”

P-1 painted dryboard

Dust Shield Blanc Venus membrane

8.4

Gallery Lighting (Premier 1/2/3 & Remodel 1)

8.4.1

Core Application Rules

• Downlights are not allowed in Flagship facility Galleries. They are only allowed in Premier 1/2/3 & Remodel 1 facility Galleries. • Premier 1/2/3 & Remodel 1 facilities have two principal lighting types in the Gallery: o An illuminated stretch fabric ceiling over the Gallery feature vehicle display, per the typical floor plan in the Program Guide & the details in Section 8.3 above. o Type FF downlights to illuminate the remainder of the Gallery. • Type FF downlights are to be recessed & mounted flush with the dryboard ceiling. They are to be installed in an orthogonal pattern in line with the building’s architecture (e.g. random or diagonal patterns are not allowed). • The number of downlights & their layout / spacing is to be sufficient to evenly illuminate the entire Gallery.

8.4.2

Cove Lighting & Wall Wash Lighting

8.5.1

Core Application Rules

• Two types of light fixtures are located within the facility: o Type D (Recessed fluorescent wall wash): Lobby o Type P (Staggered fluorescent strip): Offices • Lights are to be positioned per the RCP in Appendix 6, e.g.: o Lobby: Type D, rear & side wall o Gallery Offices: Type P, rear wall o Gallery Sales Managers’ Offices: Type P, rear wall o F&I Supplementary Sales Offices: Type P, side wall o 2nd Floor Balcony Offices: Type P, rear wall o Service Advisor / Manager Offices: Type P, rear wall • 10” opening between ceiling & wall for Type D wall wash lights. • 12” opening between ceiling & wall for Type P lights. • No fluorescent tubes are to be customer visible (see coordination details below). • All fixtures to be fitted above the finished ceiling line. • Placement of the lights should be made to minimize / eliminate shadows / dark areas at the ends of the fixtures. • Lights to be fitted in accordance with the manufacturer’s guidelines.

8.5.2

Key Coordination Issues

• Design details: o Architect o

Key Coordination Issues

• Light fixtures: o Refer to fixtures schedule & cutsheets at the end of this section. o Consult with lighting supplier & your RCC on actual layout required for each individual building (since size & layout of Galleries may vary between projects). • Architect / GC are responsible for coordinating these fixtures with the building structure & all other building services equipment, without disruption to the regular layout pattern of the fixtures.

8.4.3

8.5

•

Architect

/ GC to design & build the cove details for Type P fixture: 12” cove opening. ≥ 2” ceiling ‘lip’ to prevent view of the light fixture. Max 12” from ceiling to underside of light fixture. See sketch below. / GC to design & build opening & framing for Type D fixture: 10” opening. Correctly positioned framing for fixing the light fixture to. Light fixture itself includes an integral reflector / housing. • See sketch below.

Light fixtures: o Refer to fixtures schedule.

8.5.3

Technical Details

• Refer to fixtures schedule & cutsheets below. • See sketches below for coordination details.

Technical Details

• Use Type FF1 downlights for ceiling heights of up to 15’. • Use Type FF2 downlights for ceiling heights above 15’.

Page 8.4

Type D Lobby Wall Wash

8.6

Flush Mounted Floor Lights

8.6.1

Core Application Rules

• Only to be installed in the New Vehicle Delivery or Portal. • To be installed end to end without gaps between fixtures (individual fixtures are 4’ long). • To be mounted flush with the finished floor, leaving no trip hazards and providing a continuous surface with the polished tile floor. • To be positioned in accordance with the RCP in Appendix 6.

8.6.2

Key Coordination Issues

• Design details: o Architect / GC to design & build the floor / substructure to allow the light fixture to be recessed in the floor. See details below. o Architect / GC to design & build a drain in the bottom of the floor ‘trench’ in the event that any liquid (e.g. from floor cleaning) seeps down between the fixture & the trench. • Light fixtures: o Refer to fixtures schedule below & RCP in Appendix 6. o Lights to be fitted in accordance with the manufacturer’s guidelines.

8.6.3

Technical Details

• Refer to fixtures schedule & cutsheets below. • See sketches below for coordination details.

Type P Typical Cove Lighting

Max 12”

Fixture must not be seen from below

Adjustable 7 ¾” – 8 ¼”

White paint

12” ≥ 2”

Type T ype P

Page 8.5

8.7

Guidance on Other Lighting

8.7.1

Core Application Rules

• Lights are to be positioned per the RCP in Appendix 6, e.g.: o Corridors: Type R to be aligned along the corridor centerline (with any air handling grilles, etc.) o Sales Lounge: Lights to be aligned along the center of the ceiling. o Gallery: If used, Type G lights to be centered between luminous stretch ceilings in line with the metal mesh curtains. Tracks will not normally be greater than 4’ long (based on 20’x20’ luminous stretch ceilings & 15’ metal mesh curtains). No more than four spotlights per 4’ length of track. o Gallery offices: Type R over the desk, Type M over lounge area o NVD: Type K to be centered across the width of each NVD bay, perpendicular to the vehicle. o Service Reception: Type T to be centered on the 24” wide ceiling planks. o Service Lounge: Three Type Y fixtures to be centered over the FT-8 Food & Beverage Counter, hung at a height of 6’ from floor to bottom of the light fixture. o FT-2 Color & Trim Display: Type M lights to be mounted in Sales Lounge ceiling, over ‘Option 1’ wall-mounted display. See Section 6.2.3 for details. o FT-4 & FT-9 Display Walls: Type S to be installed inside the top of the glass display, behind the wood paneling & recessed out of customer view. o Generally, all fixtures are to be aligned in straight parallel lines / runs. • All fixtures (except surface mounted fixture Types C, G, V & W & Type Y pendants) are to be fitted within the ceiling cavity with the trim or aperture flush with the finished ceiling.

8.7.2

Key Coordination Issues

• Refer to fixtures schedule below & RCP in Appendix 6.

8.7.3

Technical Details

• Refer to fixtures schedule & cutsheets below.

Page 8.6

8.8

Light Fixture Schedule

TYPE

LOCATION

CATALOG #

DESCRIPTION

LAMP

Entry Vestibule

SP16408-01

Recessed downlight 6â&#x20AC;? square. MH with trim

35W PAR30 MH Spot 3000K

Lobby

SP14849-01

Recessed adjustable. MH.

38W CDM-R111 3000K

Reception Desk

SP14850-01

Track single circuit surface mount. Track head.

35W PAR30 MH NFL 3000K

Lobby

SP14321-01

Recessed fluorescent wall wash.

(2) T5HO 3000K

Sales Lounge

SP14322-01-08

Recessed continuous slot.

32W T8 3000K 50W PAR20 NFL

Note:

All fixtures manufactured by Juno Lighting Group, Des Plaines, IL Contact: Dan Latin, Juno Lighting Group (520) 907-2122

Page 8.7

TYPE

LOCATION

CATALOG #

DESCRIPTION

LAMP

Gallery

SP14324-01

Track head with +1100K correction. Track single circuit surface mount.

38W CDM-R111 NSP 3000K

SP17266-4328-REM

Surface mount fluorescent, 8 ft, with remote electronic ballast

(4)32WT8 4100K

SP17266-2324-REM

Surface mount fluorescent, 4 ft, with remote electronic ballast

(2) 32WT8 4100K

H8 Gallery, above Barrisol H4

New Vehicle Delivery

SP14326-01

Recessed adjustable with +1100K correction.

38W CDM-R111 NFL 3000K

New Vehicle Delivery

SP14327-01

Recessed fluorescent 1x8 with MWA diffuser.

(4) 28WT5 4100K

New Vehicle Delivery

SP14328

Fluorescent in-floor uplight. 4 ft.

(2) 28WT5 4100K

Note:

All fixtures manufactured by Juno Lighting Group, Des Plaines, IL Contact: Dan Latin, Juno Lighting Group (520) 907-2122

Page 8.8

TYPE

LOCATION

CATALOG #

DESCRIPTION

LAMP

Gallery Offices

SP14782-01

Recessed adjustable 45 deg tilt.

75W PAR 30 NFL

Entry Element Soffit

SP15012-01

Recessed MH wall wash

70W MH PAR 38 Flood 3000K

SP14794-01-8

Slot wall wash staggered lamps 8 ft

(4)T8 3000K

SP14794-01-4

Slot wall wash staggered lamps 4 ft

(2)T8 3000K

Offices

Cashier & Retail Parts

SP14332-01

Recessed fluorescent 2x2

(2) 31WT8U 3000K

Corridor, Lounge, Portal

SP14334-01

Recessed downlight

(1) 32W PLT 3000K

Note:

All fixtures manufactured by Juno Lighting Group, Des Plaines, IL Contact: Dan Latin, Juno Lighting Group (520) 907-2122

Page 8.9

TYPE

LOCATION

CATALOG #

DESCRIPTION

LAMP

Display Cases

SP14487 SP14488

Low voltage track with remote transformer. Adjustable lampholder.

50W MR16 NFL

Service Reception

SP14864-01

Recessed MH downlight.

175W MH ED28 3700K

Sales & Service Advisor Office

SP14780-01

Recessed fluorescent downlight.

(2) 32W PLT 3000K

SP14450-01-8

Surface fluorescent with wire guard. 8 ft.

(2) 32WT8 3000K

SP14450-01-4

Surface fluorescent with wire guard. 4 ft.

(1) 32WT8 3000K

V8 Parts V4

Service Workshop

SP17460-400PSQT-L

Surface MH

400W Pulse Start

Service Lounge

AS-G84PDC-CH

Suspended white glass cylinder.

25W Compact fluorescent, medium base, 3000K

Note:

All fixtures manufactured by Juno Lighting Group, Des Plaines, IL Contact: Dan Latin, Juno Lighting Group (520) 907-2122 Page 8.10

TYPE

LOCATION

CATALOG #

DESCRIPTION

LAMP

Tech Support

SP14787

Recessed 2x2 fluorescent

(3) 31W-U 3000K

Entrance Walkway

SP14480

Walkway puck

39W MH-T6 3000K

Faรงade Illumination

SP17875400M-QT-L-SF

Wide floodlight

400W MH

Faรงade Illumination

SP17875400M-QT-SF-NL

Narrow flood

400W MH

DD1

Lot Lighting

ACSPAM0004-1

Pole light, 22 ft high

400W MH

DD2

Lot Lighting

ACSPAM0004-2

Pole light, 22 ft high

(2) 400W MH

Note:

All fixtures manufactured by Juno Lighting Group, Des Plaines, IL Contact: Dan Latin, Juno Lighting Group (520) 907-2122 Page 8.11

TYPE

LOCATION

CATALOG #

DESCRIPTION

LAMP

DD3

Lot Lighting

ACSPAM0005-1

Pole light, 30 ft high

400W MH

DD4

Lot Lighting

ACSPAM0005-4

Pole light, 30 ft high

(4) 400W MH

FF1

FF2

Gallery (Premier 1/2/3 & Remodel 1 Facilities Only)

Recessed downlight SP16097-100E For ceiling heights up to 15’ Recessed downlight SP16098-100E For ceiling heights over 15’

GG8

SP17262-232-8

Surface mount fluorescent, 8 ft, with integral ballast

(2) 32WT8 4100K

SP17262-132-4

Surface mount fluorescent, 4 ft, with integral ballast

(1) 32WT8 4100K

Façade Illumination GG4

Note:

100W ED17 Protected Philips Mastercolor 4000K MH 100W PAR38 Philips Mastercolor 4000K MH Flood

All fixtures manufactured by Juno Lighting Group, Des Plaines, IL Contact: Dan Latin, Juno Lighting Group (520) 907-2122

Page 8.12

Juno Lighting Group SP14849-01

Type 18 1/4"

B 15 3/8" 11"

TOP VIEW 5 1/2"

APERTURE

6 1/4"

CEILING CUT-OUT

SPECIFICATIONS *MOUNTING: ADJUSTABLE BRACKETS ACCEPT 1-1/2" C-CHANNEL OR INDY "TRU-LOCK" BARS. *HOUSING: C.R.S. W/ BLACK BAKED ENAMEL FINISH. *J-BOX ASS'Y: UL LISTED FOR THRU WIRING. *CONE: SATIN ALZAK FINISH. *LENS: FLAT CLEAR GLASS. *TILT/ROTATE: 45°/355°. *SOCKET: GX8.5 BASE. *LAMP: 38W CDM-R111 BY PHILIPS ONLY (BY OTHERS). *BALLAST: 120/277V 39W ELECTRONIC. *FIXTURE UL LISTED. This drawing is the property of Indy Lighting, Inc. Any reproduction or disclosure of this information without the written permission of Indy Lighting, Inc., is prohibited. Copyright z2003 by Indy Lighting, Inc. Indy Lighting, Inc. Reserves the Right to Change Materials and Design Without Notice.

SP14849-01 12001 Exit Five Pkwy Fishers, IN 46038

RECESSED METAL HALIDE ADJUSTABLE 120/277V 38W R111

SCALE NTS REV.

PROJECT

SP14849-01 DRAWN

cjK

DATE

03/30/2006

DWG NO.

15753

Juno Lighting Group SP14324-01

Type

G SHEETROCK TROUGH (BY OTHERS)

SPECIFICATIONS *TRACK ADAPTER: INSTALLS ON JUNO TRACK, EQUIPPED W/ SWITCH, STANDARD. *LENS: COLOR CORRECTION FILTER, INCREASES LAMP TEMP.TO 4100°K. *SOCKET: GX8.5 BASE. *LAMP: 35W CDM-R111 3000K BY PHILIPS ONLY (BY OTHERS). *BALLAST: 120/277V 35W ELECTRONIC. *TILT/ROTATE: 90°/355° *GUARANTEED TO HOLD POSITION UNDER NORMAL USE. *FIXTURE FINISH: WHITE BAKED ENAMEL. *FIXTURE UL LISTED.

SP14324-01 12001 Exit Five Pkwy Fishers, IN 46038

H.I.D. TRACK FIXTURE

120V 35W R111 METAL HALIDE SCALE NTS

This drawing is the property of Indy Lighting, Inc. Any reproduction or disclosure of this information without the written permission of Indy Lighting, Inc., is prohibited. Copyright z2003 by Indy Lighting, Inc. Indy Lighting, Inc. Reserves the Right to Change Materials and Design Without Notice.

REV.

PROJECT

SP14324-01 DRAWN

cprudhomme

DATE

07/18/2005

DWG NO.

15410

Juno Lighting Group SP14326-01

Type

18 1/4"

15 3/8" 11"

TOP VIEW

5 1/2"

APERTURE

6 1/4"

CEILING CUT-OUT

SPECIFICATIONS *MOUNTING: ADJUSTABLE BRACKETS ACCEPT 1-1/2" C-CHANNEL OR INDY "TRU-LOCK" BARS. *HOUSING: C.R.S. W/ BLACK BAKED ENAMEL FINISH. *J-BOX ASS'Y: UL LISTED FOR THRU WIRING. *CONE: SATIN ALZAK FINISH. *LENS: COLOR CORRECTION FILTER BOOSTS TEMPERATURE TO 4100°K. *TILT/ROTATE: 45°/355°. *SOCKET: GX8.5 BASE. *LAMP: 38W CDM-R111 3000K BY PHILIPS ONLY (BY OTHERS). *BALLAST: 120/277V 39W ELECTRONIC. *FIXTURE UL LISTED. This drawing is the property of Indy Lighting, Inc. Any reproduction or disclosure of this information without the written permission of Indy Lighting, Inc., is prohibited. Copyright z2003 by Indy Lighting, Inc. Indy Lighting, Inc. Reserves the Right to Change Materials and Design Without Notice.

SP14326-01 12001 Exit Five Pkwy Fishers, IN 46038

RECESSED METAL HALIDE ADJUSTABLE 120/277V 38W R111

SCALE NTS REV.

PROJECT

SP14326-01 DRAWN

tharter

DATE

6/16/05

DWG NO.

15375

JUNO LIGHTING GROUP

TYPE: K SP14327

RECESSED 1x8 WITH REGRESSED LENS

SPECIFY VOLTAGE Type:

120V

277V

Construction: 20 gauge cold rolled steel.

Lamps: Four (4) 28-Watt T-5, 4000K fluorescent lamps.

Electrical: Integral electronic ballast, class "P," CBM/ETL certified, high power factor ballast. U.L. listed. Quick access plate for convenient power connection.

Frosted lens, recessed by 3/4 .

3/4 flange all around and 3/32 thick .

White powder coat finish.

Accessible from within room/space.

CATALOG NUMBER

VOLTAGE

# OF LAMPS

WATTAGE & LAMP

SP14327-01

120V/277V HPF

28W T5 4000K

U.L. listed.

INDY LIGHTING, INC. RESERVES THE RIGHT TO CHANGE DETAILS OF DESIGN, MATERIALS, AND FINISH THAT WILL NOT ALTER THE APPEARANCE OR PERFORMANCE. SUBMISSION APPROVAL: APPROVAL OR REJECTION OF ANY ITEM CONTAINED ON THIS SHEET SHOULD BE CALLED TO THE FACTORY ’S ATTENTIONS WITHIN 30 DAYS AFTER SUBMITTAL, OTHERWISE PRODUCT DELIVERY COULD SERIOUSLY AFFECTED.

12001 Exit Five Parkway • Fishers, IN 46038 • 317-849-1233 • Fax 317-576-8006 www.indylighting.com

TYPE: L

JUNO LIGHTING GROUP IN-FLOOR LIGHTING

SP14328 SPECIFY VOLTAGE

Type:

120V

277V

Free standing unit for installation in 8-1/8 wide by 8 deep floor trench.

Aluminum construction.

White powder coat finish.

Leveling "feet" for adjustment in trench.

Safety glass cover–frosted both sides for light diffusion and non-slip surface.

Requires two (2) 28-Watt T-5 lamps.

Integral electronic ballast – 120V or 277V as required.

UL/C listed.

CATALOG NUMBER

FINISH

VOLTAGE

# OF LAMPS

WATTAGE & LAMP

SP14328-01

WHITE

120V

28W T-5

SP14328-02

WHITE

277V

28W T-5

12001 Exit Five Parkway • Fishers, IN 46038 • 317-849-1233 • Fax 317-576-8006 www.indylighting.com

TYPE: P SP14794

JUNO LIGHTING GROUP

T8 STAGGERED STRIP WITH ASYMETRIC REFLECTOR

SPECIFY VOLTAGE

Type:

120V

277V

Construction: Die-formed code gauge cold rolled steel housing for strength and uniformity. Snap-on ballast cover secured with quarter-turns, allowing no-tool access for wiring and maintenance. Knockouts on housing top and ends for mounting and electrical connections.

Finish: All metal parts pretreated with a phosphate bonding process and postpainted with electrostatically applied high temperature baked enamel for superior quality and durability. White surfaces have reflectance in excess of 89%.

Electrical: Energy-saving and electronic class "P," CBM/ETL certified, HPF ballasts comply with federal energy efficiency standards.

CATALOG NUMBER

VOLTAGE

# OF LAMPS

WATTAGE & LAMP

SP14794-01-4

120V/277V

32W T8

SP14794-01-8

120V/277V

32W T8

U.L. and C.U.L. listed and I.B.E.W. labeled.

12001 Exit Five Parkway • Fishers, IN 46038 • 317-849-1233 • Fax 317-576-8006 www.indylighting.com

TYPE: Q SP14332

JUNO LIGHTING GROUP

ELECTRONIC 2 x 2, DIRECT/INDIRECT 2-LAMP RECESSED TROFFER

SPECIFY VOLTAGE

Type:

120V

277V

Construction: Die-formed steel housing and ends exceed code gauge. Heavy duty ends are securely fastened to the housing. Quick access plate for convenient power connection.

Mounting: Designed for grid type ceiling. Side-mounted T-bar clips are standard.

Reflector/optics: High reflectance, low glare satin white reflector provides soft, uniform indirect light distribution.

Perforated white metal basket backed with acrylic diffuser to control glare and ceiling reflections.

Electrical: Electronic class "P," CBM/ETL certified, high power factor ballast. U.L. listed.

Lamps: Shown with two (2) 31-watt T-8 fluorescent lamps (by others). Shielding is easily removed and provides easy lamp access for relamping.

Finish: All metal parts are pre-treated with a phosphate bonding process and are post-painted with an electrostatically applied high temperature baked white enamel for superior quality and durability.

CATALOG NUMBER

REFLECTOR FINISH

VOLTAGE

# OF LAMPS

WATTAGE & LAMP

SP14332-01

SATIN WHITE

120V

31W T-8

SP14332-02

SATIN WHITE

277V

31W T-8

12001 Exit Five Parkway • Fishers, IN 46038 • 317-849-1233 • Fax 317-576-8006 www.indylighting.com

TYPE: S SP14487

JUNO LIGHTING GROUP

TRACK

25-AMP LOW VOLTAGE TRAC SYSTEM

SPECIFY VOLTAGE

Type:

120V

277V

Miniature, single-circuit trac sections for operation with 12V step down transformers as listed. Each trac section is supplied with dead end and is compatible with electrical feeds, joiner connectors and accessories as listed on this spec sheet, to permit NEC code-compliant installations.

Construction: Extruded "I" beam channel aluminum for maximum strength. Injection molded polycarbonate dead-end with set screw.

END VIEW Electrical: Two 10 gauge solid copper conductors. Rated 25 Amps at 12V.

END FEED

REMOTE TRANSFORMER

CATALOG NUMBER

LENGTH

FINISH COLOR

WATTAGE & LAMP

SP14487-4

4′

WHITE

50W MR16

SP14487-8

8′

WHITE

50W MR16

Transformer: 12V-300VA remote magnetic transformer. Potted core and coil. Rated for 150-300 Watts. 13V boost tap. Thermally protected primary. Manually resettable circuit breaker on secondary. Primary and secondary circuits physically and electrically isolated and grounded. 120VAC input. Maximum 300W per circuit.

Circuit breaker: Resettable magnetic circuit breaker. Provides faster short circuit protection than standard thermal circuit breakers. Provides overload protection which is unaffected by ambient operating conditions. Eliminates false overload failures due to elevated ambient temperatures which can occur with thermal circuit breakers. Enables transformer to be mounted in any position.

Installation: Easy access front located wiring compartment. Terminal block wiring connections for simpler, faster installation. Operate in accessible locations with ambient termperatures below 140°F.

Labels: UL/CUL listed.

12001 Exit Five Parkway • Fishers, IN 46038 • 317-849-1233 • Fax 317-576-8006 www.indylighting.com

JUNO LIGHTING GROUP

TYPE: S SP14488

MINIATURE TRAC SYSTEM UNIVERSAL LAMPHOLDER

Head

Type:

SPECIFY VOLTAGE 120V

277V

The universal halogen spotlight can be used alone for an "exposed lamp" aesthetic. Designed for use with MR16 lamps to provide high intensity display and accent lighting.

Lamp: 50W MR16 lamps. Must be used with MR16 lamps with integral lens (cover glass).

Socket: Ceramic bi-pin.

Lens: Not provided. For use only with MR16 lamps with integral lens (cover glass).

Aiming: 90° vertical aiming capability and 358° rotation.

CATALOG NUMBER

VOLTAGE

FINISH

WATTAGE & LAMP

SP14488-01

120V

WHITE

with integral lens (cover glass)

12V 50W MR16CG

Labels: U.L. listed, CSA certified and Union made, AFL-CIO.

12001 Exit Five Parkway • Fishers, IN 46038 • 317-849-1233 • Fax 317-576-8006 www.indylighting.com

JUNO LIGHTING GROUP

TYPE: V SP14450

ELECTRONIC 4 & 8 SURFACE MOUNT STRIP LIGHT w/ WIRE GUARD

SPECIFY VOLTAGE

Type:

120V

277V

Construction: Die-formed code gauge cold rolled steel housing for strength and uniformity. Snap-on ballast cover is secured with spring clips and allows no-tool access for wiring and maintenance. Knockouts on housing top and ends for mounting and electrical connections.

Electrical: Electronic ballast, class "P," CBM/ETL certified, high power factor ballast. U.L. listed. Ballast/lampholders are replaceable without removing fixture from ceiling.

Wire guard: Heavy gauge steel with chrome plated finish.

‘A’ Dim.

4-5/16″

2-1/8″ 4-1/16″

CATALOG NUMBER

VOLTAGE

'A' Dim.

# OF LAMPS

Lamps: 32-watt T-8 fluorescent lamps (by others).

WATTAGE & LAMP

SP14450-01-4 120V/277V HPF-SSB

48″

32W T-8

SP14450-01-8 120V/277V HPF-SSB

96″

32W T-8

Finish: All metal parts pre-treated with a phoshate bonding process and post painted with an electrostatically applied high temperature baked enamel for superior quality and durability. White surfaces have reflectance in excess of 89%.

12001 Exit Five Parkway • Fishers, IN 46038 • 317-849-1233 • Fax 317-576-8006 www.indylighting.com

Accuglo™

Acculite Date: 16 September 2005 Project: Location:

Lamp Watts

INFINITI Fixture Type:

Lowbay Luminaire

Cat. #: SP17460-400PS-QT-L

Lamp Base

Reflector (Diameter)

B1.1.1 Enclosed Optical Assembly

Pulse Start Metal Halide 400

Mogul

22”

SP17460-400PS-QT-L

Lamp: 400W Pulse Start Metal Halide Volts: Quad Tap - 120V / 208V / 240V / 277V Options & Accessories: With lamp

Options Description

Suffix

Lamp Coated Lamp Clear Lamp

- CL -L

Dimensions AG

3/4” Hub

22-1/2”

22” (Max 450W)

Accuglo Low Surface Brightness High Performance Lowbay Luminaire High Performance Optical Assembly • Low surface brightness luminaire with high reflectance (95%) white polyester powder coat finish (inside and outside surfaces) and acrylic lens. Easy Installation • Heavy duty spring tension latches secure the reflector. Cool Operating • Heavy duty die cast aluminum ballast housing. Finish • White polyester powder coat finish. New Technology Pulse Start Metal Halide Lamps & Ballasts • Pulse Start technology provides longer lamp life, more lumens per watt, better lumen maintenance, superior color rendition, faster lamp warm up and faster hot restrike. Socket • Specification grade porcelain lampholder. • Gasket between the ballast and reflector. Ballasts • HPF ballasts are suitable for low temperature starting. MH-30°C, Pulse Start MH -40°C, HPS -40°C

Type W SP17460-400PS-QT-L REV-5/05

Accuglo™

Acculite

Lowbay Luminaire

B1.1.1

Type W’: 400 Watt Metal Halide Clear lamp, Lumen rating — 34,000 180

150

Coefficient of Utilization

120

Candlepower Summary

Zonal Cavity Method, Effective floor cavity reflectance = .20 90 1500

3000 60

4500 6000

7500 9000 0

CC Wall RCR 0 1 2 3 4 5 6 7 8 9 10

Angle Mean CP LMS

70 50 30 10

70 50

30 10

50 30 10

.93 .85 .78 .71 .66 .60 .55 .50 .46 .42 .39

.90 .83 .76 .69 .64 .58 .53 .49 .45 .41 .38

.90 .77 .66 .56 .49 .43 .37 .32 .28 .25 .22

.86 .76 .67 .59 .53 .47 .42 .37 .33 .30 .27

.93 .81 .72 .63 .57 .50 .45 .39 .35 .32 .29

.93 .78 .67 .57 .50 .43 .38 .33 .29 .25 .22

.93 .75 .63 .53 .45 .38 .33 .28 .24 .21 .18

.90 .80 .70 .62 .55 .49 .44 .39 .35 .31 .28

.90 .74 .62 .52 .45 .38 .33 .28 .24 .21 .18

.86 .73 .63 .55 .48 .42 .36 .31 .28 .24 .21

.86 .71 .60 .51 .44 .38 .32 .27 .24 .20 .17

0 5 10 15 20 25 30 35 40 45 50 55 60

7106 6940 6857 6717 6703 6901 7465 7942 7888 7628 6531 4986 3610

— 664 — 1913 — 3236 — 4906 — 5746 — 4511 —

Efficiency 78.3% Spacing/Mounting Height = 1.7 Spacing Criteria = 1.7

Angle Mean CP LMS

65 70 75 80 85 90 90 95 100 105 110 115 120

2647 2676 1878 — 1334 1451 942 — 607 687 363 — 363 — 248 280 168 — 115 138 126 — 153 160 213 —

1300 S. Wolf Road • P.O. Box 5065 • Des Plaines, IL 60017-5065 • Phone (847) 827-9880 • Fax (847) 827-2925 220 Chrysler Drive • Brampton, Ontario • Canada L6S 6B6 • Phone (905) 792-7335 • Fax (905) 792-0064 Visit us at www.junolightinggroup.com Printed in U.S.A. ©2006 Juno Lighting, Inc.

Angle Mean CP LMS

125 130 135 140 145 150 155 160 165 170 175 180

252 98 10 13 0 0 0 0 0 0 0 0

183 — 25 — 9 — 0 — 0 — 0 —

TYPE: AA SP14480

JUNO LIGHTING GROUP METAL HALIDE IN-GROUND WALKWAY LIGHT

SPECIFY VOLTAGE

Type:

120V

277V

Fixture housing: Corrosion-free composite, made from high strength, thermo-formed, sheetmolded polyester compound. Glass reinforced, flame retardant and UV stabilized. Two bottom entry, 3/4 NPT female conduit entries with knockout plugs and four side flats for 1/2 or 3/4 conduit adapters. Integral ballast. Optics: Fixed position bracket ensures a highly efficient, direct component contribution by the lamp to the lens. 360° stainless steel cutoff shield provides field adjustable brightness control with 180° optical opening.

TOP VIEW 180° Optical opening

Socket: Specification grade ceramic body lamp holder rated for 5kV starting pulse. G12 bi-pin base, nickel-plated contacts and stainless steel, heat-resistant lamp retaining clips. Ballast assembly: Class H insulated, high power factor, magnetic (120VAC or 277VAC) ballast. Integral, removable gear tray with quick disconnect and carrying handle. Wiring/connectors: Teflon coated wire, 18 gauge, 600V, 250°C rated and certified to UL1659 standard. OptiLock™ and gear tray quick disconnects. HydroLock™ (pat. pend.) with anti-siphon valve (ASV™) wireway. Three water-tight connectors supplied for line connection. Maximum two #10 and one #18. Minimum one #12 and one #18. Lens: ® High heat, shock resistant,1/4 Pyrex vertical prism glass lens. Suitable for walk-over and drive-over applications. Seal: High temperature silicone "O" ring at faceplate and HydroLock™ (pat. pend.) creates hermetic seal in optical enclosure. Anti-siphon valve (ASV™) prevents "wicking" through conductor insulation (RD & TR only). Faceplate: Solid, 2-3/8 machined 6061T6 aluminum with four black oxided, captive, stainless steel mounting screws. Faceplate options include solid, 2-3/8 machined brass and solid, 2-3/8 machined stainless steel.

CATALOG NUMBER

VOLTAGE

# OF LAMPS

WATTAGE & LAMP

SP14480-01

120V

39W METAL HALIDE T6/830

SP14480-02

277V

39W METAL HALIDE T6/830

Finish: All machined aluminum components are first cleaned and sealed in an exclusive eight stage, chrome free passivation system, then finished with a class "A" TGIC polyester powder coating in black satin finish. Listings: ARL and CSA listed.

12001 Exit Five Parkway • Fishers, IN 46038 • 317-849-1233 • Fax 317-576-8006 www.indylighting.com

Caribe

Acculite

Architectural Floodlight

G1.1.1

Date: 16 September 2005 Project:

Lamp Watts

INFINITI

Location:

Fixture Type:

Cat. #: SP17875-400M-QT-L-SF

Slipfitter Mount

Metal Halide 400

ED28

SP17875-400M-QT-L-SF

Lamp: 400WMetal Halide Volts: Quad Tap - 120V / 208V / 240V / 277V Options & Accessories: With lamp

Dimensions

Wide beam spread

RBF

D H

250W - 400W

D 13”

W H 17-5/8” 13-1/2”

Slipfitter Mount 250W thru 400W

RBF Wide Beam, Medium Spot and Narrow Spot Architectural Profile • The elliptical shape is designed to blend with and compliment the architects landscape design.

Options Description

Lamp

Specification Grade Construction • Cast construction has deep ribbed housing, beveled edge door frame with full width concealed hinge, recessed cover screws, heavy duty degree marked cast aluminum stem.

Mounting • 250W & 400W: yoke or or 2” (2-3/8” OD) slipfitter.

Specification Grade Lampholder • 4kv rated medium base lampholder.

with clear lamp

• Excellent for illumination of facades, monuments, building perimeters, signs, security lighting, accent, walkway lighting and a many of other uses.

Gasketed Lens Assembly • Both the lens and door are gasketed.

Suffix

0.2

10 0.5 1.0

6 4

2.0 5.0 15.0

Wide 250-400W: 6H X 6V Set back = 6’ Scale is multiples of setback

New Technology Pulse Start Metal Halide Lamps & Ballasts • Pulse Start technology provides longer lamp life, more lumens per watt, better lumen maintenance, faster lamp warm up, faster hot restrike and superior color rendition. Finish • Standard colors are bronze, black, white • Optional designer colors are available. Ballasts • HPF ballasts are suitable for low temperature starting. MH-30°C, HPS -40°C

Type BB SP17875-400M-QT-L-SF REV-5/05

Caribe

Acculite

Architectural Floodlight

G1.1.1

Date: 16 September 2005 Project:

Lamp Watts

INFINITI

Location:

Fixture Type:

Cat. #: SP17875-400M-QT-SF-N-L

Slipfitter Mount

Metal Halide 400

ED28

SP17875-400M-QT-SF-N-L

Lamp: 400WMetal Halide Volts: Quad Tap - 120V / 208V / 240V / 277V Options & Accessories: With lamp

Dimensions Options

RBF

Narrow beam spread

Description

Lamp

with clear lamp

250W - 400W

D 13”

W 17-5/8”

H 13-1/

Slipfitter Mount 250W thru 400W

RBF

Wide Beam, Medium Spot and Narrow Spot

32 30 28

Architectural Profile • The elliptical shape is designed to blend with and compliment the architects landscape design.

• Excellent for illumination of facades, monuments, building perimeters, signs, security lighting, accent, walkway lighting and a many of other uses.

14 12

Specification Grade Lampholder • 4kv rated medium base lampholder.

• Optional designer colors are available.

Finish • Standard colors are bronze, black, white

0.5

Gasketed Lens Assembly • Both the lens and door are gasketed.

0.2

6 4 2

Narrow 250 - 400W: 2H X 2V Set back = 6’ Scale is multiples of setback

Ballasts • HPF ballasts are suitable for low temperature starting. MH-30°C, HPS -40°C

Type CC SP17875-400M-QT-SF-N-L REV-5/05

Alari™ Plus Parking, Roadway & Area Lighting High Performance Rotatable Optics, Magnetic Ballast Date Project: Infiniti Location:

Fixture Type:

Cat. #: ACSPAM0005-1 Volts: TBA

Lamp: 400W Pulse Start

Low EPA AP1 - 0.8 ft2 • AP2 - 1.2 ft2

Options & Accessories: Luminaire and pole

Description Beauty & Style The ultimate in stylish lighting design, Alari™ provides a graceful transition from ground to sky. The sweeping curves and elegant lines create a daytime appeal not normally found in a luminaire of this type. Performance Highly engineered optics ensure industry leading light levels with superior uniformity. The full compliment of beam spreads make Alari™ the ideal choice for elegant high performance lighting.

“Dark Sky” Friendly IDA Full Cut-Off Tool-Less Relamping Snap action door lock • Safety cable secures door Construction Die cast aluminum • Stainless steel external hardware • Removable hinged door Mounting Two bolt keyhole mounting Finish Baked polyester powder coat

Features

Lampholder Specification grade porcelain

Optics Rotatable optical assembly98% efficient high transmission glass lens • 95% enhanced specular aluminum • Miro IV

HPF Ballasts Low temperature starting • Probe start MH -30°C, Pulse Start MH -40°C, HPS -40°C • Power tray mounted

Ordering Information Location

Catalog # :

ACSPAM0005-1

Spec Number

: Description

Front of sales lot

ACSPAM0004-1

One 400W Pulse Start - Alari Plus Luminaires One Square Straight Steel pole 22' poles - 5" square,11 gauge Pole rated for 90MPH or less

Front of sales lot

ACSPAM0004-2

Two 400W Pulse Start Alari Plus Luminaires One Square Straight Steel Plus Luminaires 22' poles - 5" square,11 gauge Pole rated for 90MPH or less

rear of the sales lot

ACSPAM0005-1

One 400W Pulse Start Alari Plus Luminaires One Square Straight Steel pole 30' Pole - 5" square, 7 gauge Pole rated for 90MPH or less

Interior of sales lot

ACSPAM0005-4

Four 400W Pulse Start Alari Plus Luminaires One Square Straight Steel pole 30' Pole - 5" square, 7 gauge Pole rated for 90MPH or less

Poles and fixtures painted standard color (bronze, white or black)

Options Description

Suffix

Lamp Coated HID lamp - CL Clear HID lamp -L Compact Fluorescent By others Photocontrol Available 120/208/240/277/347V - PC (volts) On multi-tap ballasts indicate line voltage Photocontrol Receptacle 480V receptacle only - PCR Photocontrol supplied by others

* IDA - International Dark Sky Association † 320W - 400W Use ED 28 lamp ∆ Not available with AP1 models

Description

Area Lighting

Juno Lighting Group

Vertical Lamp 50W - 200W • Vertical lamps provide superior uniformity, higher initial and mean lumens plus longer lamp life than the same lamp in a non-vertical position

Type DD1

ACSPAM0004-1 Suffix

Fuse Holder Supplied with fuse, indicate line voltage Single pole - Line to neutral - F1 Two pole - Line to line - F2 Rotate Optics Left facing - RL Right facing - RR Color Bronze, standard No Suffix - BL Black White - WH Designer Colors

◊ Caution: 208V, 240V & 480V - when required by local code, luminaires must be furnished with a lamp socket protector or an isolated ballast - consult factory

www.junolightinggroup.com

Alari™ Plus Parking, Roadway & Area Lighting High Performance Rotatable Optics, Magnetic Ballast Dimensions EPA

Weight

AP1 Series

0.8 ft2

28 lb.

23”

14”

5-7/8”

3”

AP2 Series

1.2 ft2

49 lb.

32”

18-5/8”

7-9/16”

3”

Clearance for 3/8” bolt

Area Lighting

Clearance for 3/8” bolt

www.junolightinggroup.com

Alari™ Plus Parking, Roadway & Area Lighting High Performance Rotatable Optics, Magnetic Ballast Date Project: Infiniti Location: Cat. #:

Fixture Type:

ACSPAM0005-1

Volts: TBA

Lamp: 400W Pulse Start

Low EPA AP1 - 0.8 ft2 • AP2 - 1.2 ft2

Options & Accessories: Luminaire and pole

Features

Lampholder Specification grade porcelain

Optics Rotatable optical assembly98% efficient high transmission glass lens • 95% enhanced specular aluminum • Miro IV

HPF Ballasts Low temperature starting • Probe start MH -30°C, Pulse Start MH -40°C, HPS -40°C • Power tray mounted

Ordering Information Location

Catalog # :

ACSPAM0005-1

Spec Number

: Description

Front of sales lot

ACSPAM0004-1

One 400W Pulse Start - Alari Plus Luminaires One Square Straight Steel pole 22' poles - 5" square,11 gauge Pole rated for 90MPH or less

Front of sales lot

ACSPAM0004-2

Two 400W Pulse Start Alari Plus Luminaires One Square Straight Steel Plus Luminaires 22' poles - 5" square,11 gauge Pole rated for 90MPH or less

rear of the sales lot

ACSPAM0005-1

One 400W Pulse Start Alari Plus Luminaires One Square Straight Steel pole 30' Pole - 5" square, 7 gauge Pole rated for 90MPH or less

Interior of sales lot

ACSPAM0005-4

Four 400W Pulse Start Alari Plus Luminaires One Square Straight Steel pole 30' Pole - 5" square, 7 gauge Pole rated for 90MPH or less

Poles and fixtures painted standard color (bronze, white or black)

Options Description

Suffix

* IDA - International Dark Sky Association † 320W - 400W Use ED 28 lamp ∆ Not available with AP1 models

Description

Area Lighting

Juno Lighting Group

Vertical Lamp 50W - 200W • Vertical lamps provide superior uniformity, higher initial and mean lumens plus longer lamp life than the same lamp in a non-vertical position

Type DD2

ACSPAM0004-2 Suffix

◊ Caution: 208V, 240V & 480V - when required by local code, luminaires must be furnished with a lamp socket protector or an isolated ballast - consult factory

www.junolightinggroup.com

Alari™ Plus Parking, Roadway & Area Lighting High Performance Rotatable Optics, Magnetic Ballast Dimensions EPA

Weight

AP1 Series

0.8 ft2

28 lb.

23”

14”

5-7/8”

3”

AP2 Series

1.2 ft2

49 lb.

32”

18-5/8”

7-9/16”

3”

Clearance for 3/8” bolt

Area Lighting

Clearance for 3/8” bolt

www.junolightinggroup.com

Alari™ Plus Parking, Roadway & Area Lighting High Performance Rotatable Optics, Magnetic Ballast Date Project: Infiniti Location: Cat. #:

Fixture Type:

ACSPAM0005-1

Volts: TBA

Lamp: 400W Pulse Start

Low EPA AP1 - 0.8 ft2 • AP2 - 1.2 ft2

Options & Accessories: Luminaire and pole

Features

Lampholder Specification grade porcelain

Optics Rotatable optical assembly98% efficient high transmission glass lens • 95% enhanced specular aluminum • Miro IV

HPF Ballasts Low temperature starting • Probe start MH -30°C, Pulse Start MH -40°C, HPS -40°C • Power tray mounted

Ordering Information Location

Catalog # :

ACSPAM0005-1

Spec Number

: Description

Front of sales lot

ACSPAM0004-1

One 400W Pulse Start - Alari Plus Luminaires One Square Straight Steel pole 22' poles - 5" square,11 gauge Pole rated for 90MPH or less

Front of sales lot

ACSPAM0004-2

Two 400W Pulse Start Alari Plus Luminaires One Square Straight Steel Plus Luminaires 22' poles - 5" square,11 gauge Pole rated for 90MPH or less

rear of the sales lot

ACSPAM0005-1

One 400W Pulse Start Alari Plus Luminaires One Square Straight Steel pole 30' Pole - 5" square, 7 gauge Pole rated for 90MPH or less

Interior of sales lot

ACSPAM0005-4

Four 400W Pulse Start Alari Plus Luminaires One Square Straight Steel pole 30' Pole - 5" square, 7 gauge Pole rated for 90MPH or less

Poles and fixtures painted standard color (bronze, white or black)

Options Description

Suffix

* IDA - International Dark Sky Association † 320W - 400W Use ED 28 lamp ∆ Not available with AP1 models

Description

Area Lighting

Juno Lighting Group

Vertical Lamp 50W - 200W • Vertical lamps provide superior uniformity, higher initial and mean lumens plus longer lamp life than the same lamp in a non-vertical position

Type DD4

ACSPAM0005-4 Suffix

◊ Caution: 208V, 240V & 480V - when required by local code, luminaires must be furnished with a lamp socket protector or an isolated ballast - consult factory

www.junolightinggroup.com

Alari™ Plus Parking, Roadway & Area Lighting High Performance Rotatable Optics, Magnetic Ballast Dimensions EPA

Weight

AP1 Series

0.8 ft2

28 lb.

23”

14”

5-7/8”

3”

AP2 Series

1.2 ft2

49 lb.

32”

18-5/8”

7-9/16”

3”

Clearance for 3/8” bolt

Area Lighting

Clearance for 3/8” bolt

www.junolightinggroup.com

Alari™ Plus Parking, Roadway & Area Lighting High Performance Rotatable Optics, Magnetic Ballast Date Project: Infiniti Location:

Fixture Type:

Cat. #: ACSPAM0005-1 Volts: TBA

Lamp: 400W Pulse Start

Low EPA AP1 - 0.8 ft2 • AP2 - 1.2 ft2

Options & Accessories: Luminaire and pole

Vertical Lamp 50W - 200W • Vertical lamps provide superior uniformity, higher initial and mean lumens plus longer lamp life than the same lamp in a non-vertical position

Description

Performance Highly engineered optics ensure industry leading light levels with superior uniformity. The full compliment of beam spreads make Alari™ the ideal choice for elegant high performance lighting.

Features

Lampholder Specification grade porcelain

Optics Rotatable optical assembly98% efficient high transmission glass lens • 95% enhanced specular aluminum • Miro IV

HPF Ballasts Low temperature starting • Probe start MH -30°C, Pulse Start MH -40°C, HPS -40°C • Power tray mounted

Ordering Information Location

Catalog # :

ACSPAM0005-1

Spec Number

: Description

Front of sales lot

ACSPAM0004-1

One 400W Pulse Start - Alari Plus Luminaires One Square Straight Steel pole 22' poles - 5" square,11 gauge Pole rated for 90MPH or less

Front of sales lot

ACSPAM0004-2

Two 400W Pulse Start Alari Plus Luminaires One Square Straight Steel Plus Luminaires 22' poles - 5" square,11 gauge Pole rated for 90MPH or less

rear of the sales lot

ACSPAM0005-1

One 400W Pulse Start Alari Plus Luminaires One Square Straight Steel pole 30' Pole - 5" square, 7 gauge Pole rated for 90MPH or less

Interior of sales lot

ACSPAM0005-4

Four 400W Pulse Start Alari Plus Luminaires One Square Straight Steel pole 30' Pole - 5" square, 7 gauge Pole rated for 90MPH or less

Poles and fixtures painted standard color (bronze, white or black)

Options Description

Suffix

* IDA - International Dark Sky Association † 320W - 400W Use ED 28 lamp ∆ Not available with AP1 models

Description

Area Lighting

Beauty & Style The ultimate in stylish lighting design, Alari™ provides a graceful transition from ground to sky. The sweeping curves and elegant lines create a daytime appeal not normally found in a luminaire of this type.

ACSPAMOOO5-1 Suffix

◊ Caution: 208V, 240V & 480V - when required by local code, luminaires must be furnished with a lamp socket protector or an isolated ballast - consult factory

www.junolightinggroup.com

Alari™ Plus Parking, Roadway & Area Lighting High Performance Rotatable Optics, Magnetic Ballast Dimensions EPA

Weight

AP1 Series

0.8 ft2

28 lb.

23”

14”

5-7/8”

3”

AP2 Series

1.2 ft2

49 lb.

32”

18-5/8”

7-9/16”

3”

Clearance for 3/8” bolt

Area Lighting

Clearance for 3/8” bolt

www.junolightinggroup.com

Infiniti Master Specification - Stretch Ceilings - Barrisol PART 1â&#x20AC;&#x201D; GENERAL 1.01 Related Documents A. Drawings and general provisions of the Construction Contract, including general and

Supplementary Conditions and Division 1 Specification sections, apply to work of this Section. 1.02 SUMMARY A. This Section includes stretched membrane ceiling systems complete with accessories for interior installations. B.

Related Sections; 1. Division 1 Section Alternates 2. Division 16 Section Electrical for additional or larger size wires, as required to properly support lighting fixtures to be furnished and installed by the Electrical Contractor.

1.03 REFERENCE STANDARDS A. Requirements, abbreviations and acronyms for reference standards are defined in Section 01095. B. Fire Rating: BARRISOL stretched ceiling shall have a fire hazard of Class 1 in the USA within the requirements of the ASTM E84 Flame Spread Test. C. Other Testing: BARRISOL stretched ceiling shall successfully meet criteria for: UBC 17-5 Room Fire Test Standard, N.Y.S. Pittsburgh Protocol Toxicity Test City of New York Building Department. D. Stretched ceiling system must be UL approved. 1.04 QUALITY ASSURANCE A. The work of this section shall be performed by a company which specializes in the type of stretched ceiling system required by this project, with a minimum of 5 years documented successful experience and shall be performed by skilled workmen thoroughly trained in the necessary craft. 1. Work shall be performed in compliance with Owner's insurance Underwriters' requirements and UL Approvals and Testing for materials, assemblies and procedures. B. The membrane shall be stretched over the subsurface and hooked into the BARRISOL rails without glue or clips. C. The stretch ceiling membrane shall be removable by hand and approved tools for visible inspection, to provide access above the stretched membrane, and to provide for subsequent re-installation. D. The membrane shall not be less than 17/100 mm thick and shall not have a weight of more than 20g per square foot for all finishes except Brushed Suede. E. F.

The width of sheeting between two factory welds shall not be less than 5'6". All membranes/sheets (except Brushed Suede) shall be washable and antibacterial.

1.05 SUBMITTALS A.

B. C.

E. F. G.

Product Data: Shall be clearly marked to indicate all technical information which specifies full compliance with requirements of this Section, Contract documents, and the manufacturers' published installation recommendations, including but not limited to the following: samples and printed materials. Dealer Certification: Submit in writing the manufacturers' certification. Warranty: Submit manufacturers' limited warranty against defeats in product, harpoon welds, sheet welds and colorfastness for a period of two years and workmanship for a period of ten years. Samples for Initial Selection Purpose: Submit samples of all standard colors and finishes for membranes and rails. Samples for Verification Purpose: Submit 6" square samples of each type and color of membrane and rail specified. Certified Test Reports: Submit test data from an independent testing agency, acceptable to authorities having jurisdiction, evidencing that ceiling assembly comply with requirements indicated for fire performance characteristics.

1.06 PROJECT CONDITIONS A.

B. C. D. E. F.

Do not begin installation until spaces to receive stretched ceilings have been enclosed, sufficient heat is provided, dust generating activities have terminated, and overhead mechanical and electrical work is completed, tested and approved. Permit wet work to dry prior to commencement of installation. Maintain uniform temperatures and humidity prior to, during and after installation. The ceiling cavity must be airtight. If a ventilation system is used, air intakes and outlets must have the right dimensions to be correctly balanced. All drywall in recessed Barrisol areas must be include blocking, be taped, and painted white and dust free.

1.07 COORDINATION A.

Coordinate layout and installation of ceiling system with other construction that penetrates the ceiling or is supported by them, including light fixtures, HVAC, fire suppression system, and partition assemblies.

1.08 STORAGE AND HANDLING A. Store all materials off the ground and protected from dirt and dust of construction operations. B. C.

Materials are to be acclimated to installation conditions for 48 hours prior to installations. Handle all materials in a manner that will protect them from damage.

PART 2 PRODUCTS 2.01 ACCEPTABLE MANUFACTURES A. The BARRISOL Stretch Ceiling as manufactured by BARRISOL Normalu S.A., 68680

Kembs, France (or manufactured under license). For the authorized licensed dealer in your area contact: America

West of Mississippi:

East of Mississippi:

The Bartley Group, Inc. 31621 Via Madonna San Juan Cap, CA 92675 Phone: (949) 248-2568 Fax: (949) 248-7198 bartman@yoursolution.us Bart Moore

Frank Novak & Sons 23940 Miles Rd. Cleveland, Ohio 44128 (216)475-5440 (216) 475-2802 pozimek@franknovak.com Phil Ozimek

Canada, Europe, Middle East, Asia, Australia, and balance of World Barrisol - USA (216)662-8864

map@barrisolusa.com Mark Pinchot

2.02 COMPONENTS Stretch PVC (polyvinyl chloride base, guaranteed cadium free) membrane-ceiling sheet: The A.

ceiling membrane will be custom produced according to exact field measurements. The membrane will be connected together by factory welds to achieve the appropriate size. 1. 2.

Finish: Translucent BS 04011 – Blanc Venus Dust Shield: BS 04000 - Neride

Harpoon: A semi-rigid PVC harpoon is welded at the factory onto the perimeter of the ceiling membrane. 1. Harpoon to be white.

Barrisol Star Aluminum Rail System includes: Choose one according to installation type 1. 2.

Star Aluminum Wall Rail BS 355/10 – To accept Double Layer – with Dust Shield Star Aluminum Wall Rail BS 350/01 – To Accept Single Layer – w/o Dust Shield NOTE: PVC rails - Do Not meet the design intent of this specification.

Rings: Reinforcement rings in Class A PVC available in the shape and size to fit, sprinkler heads, HVAC, smoke detectors, etc.

F. Acoustical Materials: Can be installed above the BARRISOL ceiling but not on it. The acoustical material must meet the requirements of the acoustical specialist and comply with the requirements of the Contract documents. G. Seams/Welds: The seams will be lapped and factory welded. Note: Ceiling sizes should be kept to a maximum of 450 sq. feet to avoid mid-rail conditions H.

The seaming location’s to be specified by the architect.

Lighting Examples - Based on a 16’ x 16’ area with an 18” deep cavity using a double membrane Barrisol ceiling system to achieve 110fc at 36” AFF With a ceiling height of 10’ - 15 rows @ 15’ long of cold cathode tubes at 13” on center. With a ceiling height of 14’ - 20 rows @ 15’ long of cold cathode tubes at 9.5” on center With a ceiling height of 18’ - 25 rows @ 15’ long of cold cathode tubes at 7.5” on center These examples are given as a general calculation using IES standards, all calculations should be reviewed by local architect and/or electrical contactor.

PART 3 — EXECUTION 3.01 EXAMINATION A. Install BARRISOL Stretch Ceiling System in accordance with approved submittals,

C. D. E.

reflected ceiling plan in Architectural Drawings, manufacturer's published recommendations and Contract Documents. Examine the condition of the installation site and the conditions. Notify the Contractor or Architect in writing of any unsatisfactory conditions; do not proceed with the Work until such conditions have been corrected in a manner satisfactory to the BARRISOL installers, Survey the installation site for exact field measurements for custom production of the ceiling membrane. Take actual field measurements for each ceiling. Inspect each space which is to receive wall fixed mounted rails. The surface where the rails will be fixed must be smooth, flat and finished prior to installation of rails. The stretched ceiling should only be installed if the wet work is completed and dry, the space is enclosed weather tight and dust free, all painting and wall covering is completed and dry, the work of other trades is completed included electrical work, sprinkler systems, HVAC, etc.

3.02 Installation A. Field measure each space with a stretch ceiling. B. Fasten the rails at the perimeter of each room using mitered cut corners and the appropriate fixing technique for each type of surface as recommended by BARRISOL. C. Heat the ceiling membrane to release the sheet for installation purposes. D. Extend the membrane into the rails with the appropriate BARRISOL tool. E. After the membrane is completely secured, the heating source should be removed to allow the membrane to recover to its designated size, free of wrinkles. F. Make all required penetrations for, HVAC, sprinkler systems, etc. and secure the opening with a BARRISOL reinforcement ring or square using the appropriate technique for each item as recommended by BARRISOL.

PART 4 — CLEANING & MAINTANENCE 4.01

CLEANING & MAINTENANCE

Clean the complete ceiling installation and adjoining construction as required. A. B.

Provide a written recommendation for cleaning and maintenance procedure including a list of approved cleaning products. The owner upon contract with the Barrisol installation contractor shall agree on a fixed per diem cost schedule for all required maintenance or cleaning. A 72 hour notice will be required for all necessary maintenance.

PART 5 — PROTECTION

5.01 PROTECTION A. The general contractor is responsible for protecting the BARRISOL ceilings from damage from all other trades during construction.

9.0 IREDI Program Contact Information INFE & INFS - Regional Construction Consultant TURNER & TOWNSEND Cindy Fells 1501 Cottontail Lane Somerset, NJ 08873

Office: (732) 805-6945 Fax: (732) 805-3105 Cell: (267) 236-5833 cynthia.fells@nissan-usa.com

INFC – Regional Construction Consultant TURNER & TOWNSEND Gary Tingler 600 Enterprise Street Aurora, IL 60504

Office: (630) 499-4955 Fax: (630) 820-4690 Cell: (540) 604-0289 gary.tingler@nissan-usa.com

INFW – Regional Construction Consultant TURNER & TOWNSEND Emma Belcher 1683 Sunflower Avenue Costa Mesa, CA 92626 USA CONSULT ARCHITECT PIEPER O’BRIEN HERR ARCHITECTS Richard Cleaveland 3000 Royal Blvd. South Alpharetta, Georgia 30022

Office: (714) 433-3709 Fax: (714) 433-3746 Cell: (310) 460-8370 emma.belcher@nissan-usa.com

Office: (770) 569-1706 Fax: (770) 569-1786 richard.cleaveland@poharchitects.com

EXTERIOR SIGNS IMAGEPOINT Doyle Seiber 445 S. Gay St. Knoxville, TN 37902

Office: (800) 444-7446 Fax: (865) 342-0817 dseiber@imagepoint.com www.imagepoint.com

North America Customer Call Center: (877) 992-2726

SUNRISE SYSTEM 720 Washington Street Pembroke, MA 02359

Phone: (781) 826-9706 Fax: (781) 826-0061 www.sunrisesystems.com

9.3 SITE (LOT) PLAN & EXTERIOR LIGHTING PRECAST PAVERS (CONC-3) STEPSTONE, INC.

Phone: (604) 574-7510 Fax: (604) 574-7520 bruce.biles@streetprint.com www.streetprint.com

STAMPED CONCRETE (CONC-1/2) STAMPCRETE INTERNATIONAL, INC. 325 Commerce Blvd. Liverpool, NY 13088

Toll-free: (800) 233-3298 Office: (315) 451-2837 Fax: (315) 451-2290 www.stampcrete.com

9.4 BUILDING EXTERIOR ALUMINUM COMPOSITE MATERIAL (ACM-1) ALCAN COMPOSITES USA LTD Doug Twitchell 221 Bayberry Creek Circle Mooresville, NC 28117

Cell: (314) 406-9150 doug.twitchell@alcan.com

ALCOA ARCHITECTURAL PRODUCTS Jay Kahn 22310 Greenbrook Drive Houston, TX 77073

Phone: (281) 443-4742 Fax: (281) 443-4854 jay.kahn@alcoa.com

EXTERIOR INSULATION FINISHING SYSTEM (EIFS) PAREX LAHABRA Walter Williams – International Sales Manager

9.1 SIGNAGE

LED MESSAGING SIGNS BARCO

STAMPED ASPHALT (ASP-2) STREETPRINT, INC. Bruce Biles 17957 55th Avenue, Suite 102 Surrey, BC V3S 6C4 Canada

Toll-free: (800) 572-9029 www.stepstoneinc.com

Phone: (678) 495-4511 Fax: (770) 482-6878 walter.williams@parex.com www.parex.com

GLASS PANEL FABRICATOR (GL-1/2/3/4/5/6) OLDCASTLE GLASS Kevin Rose – General Manager 541 Industry Road, Suite 430 Louisville, KY 40208

Phone: (502) 637-2022 Fax: (502) 637-7580 Cell: (502) 817-9640 KRose@OldcastleGlass.com www.oldcastleglass.com

CURTAIN WALL FRAMING SUPPLIERS (GL-1/2/3/5/6) OLDCASTLE GLASS (VISTAWALL) Brian Cooke – Engineered Walls Manager 2301 Columbia Blvd., Suite 200 Bloomsburg, PA 17815 KAWNEER COMPANY Henry R. Taylor Architectural Services Team 555 Guthridge Court Norcross, Georgia 30092

Phone: (570) 416-0446 Fax: (570) 416-0343 Cell: (570) 394-1508 BCooke@vistawall.com

Toll Free: (877) 767.9107 Direct: (770) 248.2779 Toll Free Fax: (877) 767.9102 henry.taylor@alcoa.com

Page 9.1

GLASS PRODUCER (GL-1/2/3/4/5/6) PPG INDUSTRIES Dan Adams 15020 NE 167th Street Woodinville, WA 98072 INSULATED METAL PANEL (IMP) METL-SPAN I, LTD. Jay Smith 1497 N. Kealy Lewisville, TX 75057

NATURAL STONE MATERIALS (NM) STONE SOURCE Lisa Castelluicci 215 Park Avenue South, Suite 700 New York, NY 10003

Phone: (425) 486-2466 Fax: (425) 486-2022 deadams@ppg.com

Toll-free: (877) 585-9969 Phone: (973) 221-6656 Fax: (972) 436-0648 Cell: (214) 213-3765 jsmith@metl-span.com www.metl-span.com Phone: (212) 979-6400 (Ext 225) Fax: (212) 979-6989 casty@stonesource.com www.stonesource.com

9.5 BUILDING INTERIOR CARPET (CPT) CONSTANTINE COMMERCIAL Octavio Valdivia 226 5th Avenue New York, NY 10001 BENTLY PRINCE STREET Robert Gifford 91 5th Avenue, 8th Floor New York, NY 10003

Phone: (212) 840-3818 Cell: (212) 400-7122 www.constantine-carpet.com

Phone: (212) 463-0606 Cell: (917) 208-2725 www.bentleyprincestreet.com

THE MAT KING 1600 Old Country Road, Suite 207 Plainview, NY 11803

Phone: (516) 501-0744 Fax: (516) 501-0753 www.thematking.com

ACOUSTIC CEILING TILE (C-2) ARMSTRONG Keith Brassel – Sales Executive 112 11th Street Cresskill, NJ 07626

Toll Free: 877.276.7876 x8149 Fax: 201.894.8667 wkbrassel@armstrong.com www.armstrong.com

METAL CEILING PLANK (C-3) SIMPLEX CEILINGS Michel Desjardins 255 Montpelier St. Laurent (Montreal) Quebec, Canada H4N 2G3 SIMPLEX CEILINGS Dave Dall 3520 N US 221 Perry, FL 32347 DOORS, TOP HUNG OLDCASTLE GLASS Steve Martsolf Phoenix, Arizona FIBER GLASS REINFORCED PANEL (FRP) NUDO PRODUCTS, INC. 1500 Taylor Avenue Springfield, IL 62703

METAL SURFACES (M) CHEMETAL 39 O’Neill Street Easthampton, MA 01027

METAL MESH CURTAIN (MM) CASCADE COIL DRAPERY, INC. Andrew Schoenheit 19505 SW 90th Court/P.O. Box 3707 Tualatin, OR 97062

PAINT (P) BENJAMIN MOORE PRODUCT DISPLAY SYSTEM B&N INDUSTRIES (POG System) 1409 Chapin Avenue, 2nd Flr. Burlingame, CA 94010 SERVICE WORKSHOP EQUIPMENT TECH-MATE

Phone: (514) 744-3323 Fax: (514) 744-2716 michel@simplexceilings.com www.simplexceilings.com info@simplexceilings.com Phone: (877) 207-5312 Fax: (514) 744-2716 Cell: (850) 843-0037 davedall@gtcom.net

Phone: 800.858.8528 Fax: 602.253.6980

Toll Free: 800.826.4132 Office: 217.528.5636 Fax: 217.528.8722 info@nudo.com

Toll Free: 800.807.7341 Office: 413.529.0718 Fax: 413.529.9898 sales@chmetal.com www.chmetal.com

Phone: (800) 999-2645 Phone: +1 971-224-2188 Fax: +1 971-224-2199 andrew@cascadecoil.com www.cascadecoil.com

For local retailer: www.benjaminmoore.com

Office: 650.593.4127 Fax 650.593.3112 www.bnind.com

IREDI Program Hot Line: 800.440.2351

Page 9.2

STONE PEBBLE (SP-1) TOWN & COUTNRY LANDSCAPE SUPPLY CO. Scott Hyman 239 5th Avenue New York, NY SOLID SURFACES (SS) CORIAN STONE TILE (ST) STONE SOURCE Lisa Castelluicci 215 Park Avenue South, Suite 700 New York, NY 10003 DALTILE Greg Kent

EUROWEST Jan Deiter 1380 S. Vernon Street Anaheim, CA 92805 VINYL COMPOSITE TILE (VCT) ARMSTRONG WALL COVERING (WC-1) MAHARAM Linda Mamias WOOD FLOORING (WD) ZICKGRAF HARDWOOD FLOORING CO., USA Chesty West P.O. Box 1149 Franklin, NC 28744 MARGARITELLI DIVISION, VAL FLOORS, INC. Robert Kowalski, VP Sales Margaritelli Division 8 Katie Court Freehold, NJ 07728 WOOD VENEER (WV) BROOKSIDE VENNERS LTD. 104 Melrich Road Cranbury, NJ 08512

Phone: (212) 679-0312 shyman@tncflooring.com

Toll Free: 800.906.7765 www.corian.com Phone: (212) 979-6400 (Ext 225) Fax: (212) 979-6989 casty@stonesource.com www.stonesource.com Phone: (714) 521-5224 Cell: (949) 678-5227 greg.kent@daltile.com www.daltile.com Phone: (800) 978-7500 Fax: (714) 937-7510 www.eurowest.com

For local retailer: www.armstrong.com Phone: (212) 614 2910 www.maharam.com Phone: (423) 539-0320 chestywest@zickgraf.com www.zickgraf.com Cell: (908) 433-8283 Fax: (732) 780-6587 rkowalski@valfloors.com www.listonegirodano.com

Phone: (609) 409-1311 Fax: (609) 409-1322 www.veneers.com

9.6

FIXTURES

FT-2 COLOR & TRIM DISPLAY DCI MARKETING Karin Mollgaard 2727 W Good Hope Road Milwaukee, WI 52309

9.7

FURNITURE

DCI MARKETING Daniel Kelterborn 3001 W Big Beaver Road, Suite 525 Troy, MI 48084

9.8

Phone: (800) 535-2214 Fax: (414) 228-3024 mollgaard@dcim.com

Phone: (248) 822-2655 Cell: (414) 899-3582 Fax: (248) 649-0606 kelterborn@dcim.com

LIGHTING / LUMINOUS STRETCH CEILING

LIGHTING JUNO LIGHTING GROUP – DESIGN SUPPORT Mike Koenig Store Lighting Systems Inc 107 Northern Boulevard, Suite 310 Great Neck, NY 11021

Phone: (516) 487-5005 Fax: (516) 487-9199 mkoenig@storelightingsystems.com

JUNO LIGHTING GROUP – FACTORY SUPPORT Dan Latin 1130 W Moonlit Place Tuscon, AZ 85737

Phone: (520) 907-2122 Fax: (520) 219-4594 dlatin@junoltggroup.com

JUNO LIGHTING GROUP – SALES NESCO Nancy Ramdon 3370 Nantucket Court Cameron Park, CA 95682

Phone: (530) 672-0475 Cell: (415) 307-8579 Fax: (530) 672-0475 nramdon@nescoweb.com

RUUD LIGHTING, INC. David Letsch 9201 Washington Avenue Racine, WI 53406 STRETCH CEILING (C-1) BARRISOL – USA – WEST OF THE MISSISSIPPI THE BARTLEY GROUP, INC. Bart Moore 31621 Via Madonna San Juan Capistrano, CA 92675 BARRISOL – USA – EAST OF THE MISSISSIPPI FRANK NOVAK & SONS Phil Ozimek 23940 Mile Road Cleveland, OH 44128

Phone: (262) 884-3228 Fax: 262.504.5414 david_letsch@ruudlighting.com

Phone: (949) 248-2568 Fax: (949) 248-7198 bartman@yoursolution.us

Phone: (216) 475-5440 Fax: (216) 475-2802 pozimek@franknovak.com

Page 9.3

10.0 Appendices

Appendix One- Building Services Design Appendix Two- Parking Plan – Lighting Layout Appendix Three– Lighting above the Entry Element Appendix Four– Roof lighting illuminating Glass Wall Appendix Five– External luminaire tilt angle Appendix Six– Lighting Plan; Main and Upper Level Appendix Seven– Barrisol Ceiling Specification Appendix Eight– Thermal Performance of Glazing Appendix Nine– IREDI Artwork Program Appendix Ten- Floor Plans

119

Appendix One- Building Services Design

General Facility Issues Building Services Design Considerations Generally Building engineering services should always be designed to meet the needs of:

• Local environmental conditions • Local building standards and codes • Internal configuration of the facility Ideally the building engineering services should be:

• Integrated and concealed within the fabric of the building

• Where elements are exposed, the elements should complement the contemporary facility design and match the style and color of the background. 1. Mechanical systems — Ventilation Overview: The requirements of ventilation systems in a retail environment should contribute to providing a comfortable environment through:

• Supplying natural and temperaturecontrolled fresh air; and,

• Extracting soiled dirty air. Depending on the local climate, supply air will need to be heated or cooled (air-conditioning). Extract fans and air-handling plant should ideally be situated on the roof and discreet from the primary elevation. Noise attenuation and abatement should also be considered. Design clashes with fixtures should be avoided. Showroom and sales offices: All ductwork should be concealed. Particular consideration should be given to heat gains and convection/condensation at the glazed showroom facade and cold bridges at entrance doors. Furthermore, consideration should be given to the configuration at “land-locked” rooms which may require supply air. In temperate climates, rooms with external walls should maximize the benefits of natural ventilation. Customer lounge: All grilles and diffusers should be factoryfinished to match the color palettes of the surroundings. Particular consideration should be given to the extraction of soil smells (restrooms/kitchens), which should be locally extracted through the roof rather than centralized through the facility. Service drive: Consideration should be given to specialist vehicle extraction systems. All exposed ductwork will need to be decorated to match the color palettes. 2. Mechanical systems — Heating Overview: The requirements of heating systems in a retail environment are to contribute to providing a comfortable environment through:

• Provision of displacing cold air with warm comfortable air In extreme climates where air-conditioning is required, the heating provision may be incorporated with the ventilation systems. If piped water is the medium for heating, pipework should be concealed and all exposed heating panels should be finished in the color palette to match the background. Local/central boilers, pumps and ancillary plant should ideally be situated discreet from customers. Noise attenuation and abatement associated with dynamic systems (e.g. pumps) should also be considered. Convection at showroom glazed facades should be mitigated. Service drive: When considering heating large “industrial” volumes such as the service drive, these may best be served with the use of convector air units (preferably electric rather than gas/water medium). All exposed units and ancillaries should match the background color palette. 3. Mechanical systems — Hot and cold water services Overview: The requirements of hot and cold water services in a retail environment are to contribute to providing a healthy environment through:

• Supply of potable fresh cold water and warm water for customer convenient and safe use Consideration should be given to determine an adequate water supply to hospitality areas, restrooms and any other facilities requiring piped water. Tanks, pumps and ancillary plant should ideally be situated on the roof and discreet from the primary elevation. Noise attenuation and abatement associated with dynamic systems (e.g. pumps) should also be considered. Showroom and sales offices: Exposed pipework should be avoided. All pipework should be concealed in ceiling spaces and pipe casings. If exposed pipework is unavoidable, these pipes should be painted to match the color palettes. Customer lounge (hospitality and restrooms): Exposed pipework should be avoided. All pipework should be concealed in ceiling spaces and pipe casings. Special consideration should be given to piped vending machines, drinking fountains and the like. Given the low-capacity needs, localized heating may be beneficial rather than a centralized boiler plant. Service drive: Consideration should be given to local standards and the need for any washing facilities in the locality of the service drive. All exposed pipework will need to be decorated to match the color palettes.

Building Services Design Considerations 4. Plumbing systems — Sanitary

appliances and equipment Overview: The requirements of sanitary appliances and equipment in a retail environment contribute to providing a convenient environment through:

• Supply of support facilities for customer use Customer lounge (hospitality and restrooms): Each lounge should have a dedicated restroom for male and female customers. These facilities should be independent of the technician restrooms. Consideration should be given to the local codes to determine a suitable provision for the number of sanitary appliances. Furthermore, local codes should define the provision of dedicated disabled facilities. Other considerations include the provision of drinking fountains and kitchenette-type facilities. Exposed pipework should be avoided. All pipework should be concealed in ceiling spaces and pipe casings. If exposed pipework is unavoidable, these pipes should be painted to match the color palettes of the background. Vending machines and drink dispensers should be carefully selected to ensure that no abnormal mechanical services are required. 5. Plumbing systems — Disposal pipework Overview: All disposal routes through customer areas should be avoided; this includes rainwater disposal pipework. Where routes are unavoidable, these should be concealed in pipe casings. Customer lounge (hospitality and restrooms): Exposed pipework should be avoided. All pipework should be concealed in pipe casings. If exposed pipework is unavoidable, these pipes should be painted to match the color palettes of the background. Service drive: Special considerations should be given to the floor drainage to the service drive for spillage and cleaning. Oil/grease traps may well need to be incorporated. All systems should provide adequate access for cleaning and rodding. 6. Electrical systems — Main incoming power/switch-gear Overview: All incoming power suppliers and mains switch-gear should be situated away from the customer touchpoints. This mitigates maintenance operations disrupting the customer experience. In the interests of safety of customers and the untrained, where possible, 3-phase power should be avoided in the retail environment. 7. Electrical systems — General background lighting and emergency lighting Overview: General background lighting and emergency lighting should contribute to providing a suitable comfortable and safe environment through:

• Contribution to the atmosphere and

ambience; and,

• Supply of illumination to public areas in case of emergency electrical failure. This section should be read in conjunction with the lighting sections. Customer and user needs should be considered. Dark spots and shadows should always be avoided. Feature areas should be addressed by way of feature/display lighting (noted elsewhere). Contamination from light sources should also be prevented. Choice of luminaires and ancillary fittings should be carefully considered. Where no standards have been provided, the style of luminaires and fittings should complement the contemporary design of the facility. Luminaires should facilitate easy maintenance. Emergency lighting luminaires should ideally be integrated with the general lighting. All cabling should be concealed. It is good practice to incorporate all cabling within tubular containment systems to permit ease of rewiring and future adaptations/ expansions. Careful consideration should be given to circuits and lighting controls, particularly lighting the showroom during out-of-hours use. Showroom: Illuminated ceiling fields over the display areas with supplemented downlighting in line with mandated standards. Sales office and customer lounge: Luminaires should provide a relaxed clean environment and be integrated with the ceilings. Service drive: Luminaires should provide an industrial but clean and a well-lit environment. Careful consideration should be given to the choice of luminaires and the cable management systems as these will generally be exposed. 8. Electrical systems — Display and feature lighting Overview: Display and feature lighting are critical to the contribution of a successful retail environment. The display lighting should:

• Highlight the products to their best advantage; and,

• Highlight the architectural features of the facility to their best advantage. This section should be read in conjunction with the lighting section. Choice of luminaires and ancillary fittings should be carefully considered. Where no standards have been provided, the style of luminaires and fittings complement the contemporary design of the facility. Luminaires should facilitate a flexible use and easy maintenance and be integrated into the background (display lighting should emphasize the product on display – not detract attention away from the product). Abnormal heat gains arising from display lighting must be avoided. Light contamination from other areas should also be prevented. Showroom: Downlight display lighting should emphasize the display products and the Brand wall. Subtle display lighting may be considered to highlight

the reception, information and open sales areas as noted. Customer lounge: Subtle display lighting may be considered to highlight the cashier/parts counters and the accessories/merchandising displays. Careful consideration should be given to balancing the lighting of seated areas while mitigating uncomfortable hot spots. Service drive: Display lighting should be considered to emphasize service podiums and promotional material (service menu board and banners). Further consideration may be given to highlighting pedestrian routes to the customer lounge/showroom.

General Facility Issues 9. Electrical systems — General power Overview: Specific consideration should given to the needs of internal fixtures, particularly the needs for fixtures which have recessed lighting (to wall fixtures) or pelmet lighting (reception desks), to the needs of ancillary equipment (televisions, computers, vending machines), and the choice of power switches. Outlets should be conveniently positioned and complement the contemporary design of the facility. Design clashes should be avoided. Where power is required to feed isolated areas of the facility, power should be placed in floor ducting. Unsightly isolated power “drops” from ceilings should be avoided. It is good practice to incorporate all cabling within tubular containment systems to permit ease of rewiring and future adaptations. Power loading (capacity) and quantity of power outlets should serve the actual needs of the facility, and the future expansion and flexibility of electrical power. Capacity for external signage, entry elements and other external electrical systems should be provided. Showroom: Very careful selection of the circuit layout is required. Floor sockets should be carefully positioned so as not to clash with the ceramic tile finish. Outlets should be carefully selected to match the color of the background (tile/ carpet). Sales offices: Particular consideration should be given to the needs of computer and powered office equipment. Customer lounge: Outlets should be discretely and safely positioned. Particular consideration should be given around children’s play areas and any wet areas. Service drive: Very careful selection of the circuit layout is required, particularly if service podiums are provided. As the power routes are likely to be exposed, consideration should be given to the selection of the cable management systems. Unsafe and unsightly routes should be avoided. 10. Communication and information technology systems Overview: The provision, use and requirements of communication systems evolve at exponential rates.

Dealers should consider not only the current needs of the facility, but also a system that permits flexible and adaptable use and sufficient capacity for future expansion. Consideration should also be given to the incorporation of the customer online station to the information wall, business booths within the customer lounge and links to the service drive.

• Systems which require specific consideration include telecommunications, computer, data, public address and television systems. Technology exists which can integrate most systems via a single installation rather than a fragmented system. With sufficient foresight, a system can be installed which is sufficiently discreet and flexible to cater to all the communication needs for the foreseeable future. Specifically the dealer should consider installing a communication network which will manage all internal and external communications.

•

For example: Reliable and robust server and communications hub with sufficient future capacity and data file management/recovery facility.

• Fiber-optic backbone, which will mitigate delays when in maximum use and flexibility for future expansion.

• Concealed cable management system with a capacity for 4 points/user (1 voice, 1 data, 1 fax, 1 spare). Layout to permit easy recabling (minimize bends).

• Digital cable installations (category 6 or better) which permits flexible use (voice or data) and a speedy transfer of data.

• Use of high-quality hardware and robust software.

• Digital or cordless telephone handsets. • Isolated communications room to house network server and hub. 11. Elevator systems Overview: In multi-story large facilities, the incorporation of an elevator should always be considered. Particular consideration must be given to the disabled user. When considering the incorporation of the elevator, as well as the capacity and performance of the elevator, specific consideration should be given to the internal and external finishes of the elevator car. The finishes should complement the contemporary finishes of the facility. Furthermore the siting of the elevator should be convenient to the intended users. Local codes to be complied with. 12. External lighting Overview: As with the display lighting, external lighting should promote and emphasize both the external display areas and the architectural features of the facility during out-of-hours use. External

lighting should also be designed to supplement operational site safety measures and increase security provisions by deterring intruders. Local codes to be complied with. 13. Incoming external services Overview: All incoming external services ideally should be below ground. Where these are above ground, the siting should be carefully considered to avoid unsightly views of the landscape.

Structural Considerations 1. Substructure: Exposed concrete ground slabs Service drive: All exposed concrete to the service drive should be suitably finished to provide both a dust-free and an anti-slip surfacing. All floor paints should be carefully selected to ensure their suitability of application to concrete. Particular consideration should be given to the potential degradation which may arise from oil spillage. Paints should be easy to clean and maintain anti-slip properties of the concrete. Showroom: Careful consideration should be given to prevent a clash of joints between the structural concrete slab and the finished ceramic tile. The showroom ceramic floor tile should be laid to minimize and regularize joints. 2. Structural frame Overview: The structural grid should take due consideration of the structural interface of the external elements, in particular louvers, entry elements and showroom glazing. Any exposed steelwork should be carefully prepared and decorated to match the color palette. All exposed concrete frames should be fair-finished to receive decoration. Clashes with internal fixtures should also be considered. Ensure that spans for louvers conform to structural grid whenever possible. Showroom: The structural grid to the showroom should be column-free to permit open sight lines internally throughout the showroom and provide maximum flexibility of use. Siting of columns at the external facade should maximize sales sight lines from inside the showroom to the external areas and maximize the visibility of the internal vehicle displays from car parking. Customer lounge: The structural grid to the customer lounge should be column-free to maximize sight line from the entrance/showroom. Canopies for vehicle delivery (optional): The columns to canopies should be cranked to match the profiles defined elsewhere in this manual. Workshop: The structural clearance height should take due consideration of:

• Nissan product • Full lift height of equipment

• Attached building services Door openings should consider:

• Nissan product • Turning circles • Showroom vehicle access door should be large enough to accommodate a vehicle that is 7'-0" tall, 8'-0" wide and 19'-0" in length.

Health and Safety Considerations 1. Safety systems Overview: The safety of staff and customers is paramount and must be considered at all times. Hazardous areas exist in all facilities. In most instances the local codes will provide minimum safety requirements for all aspects of the building. However these are minimum standards and Nissan encourages that these standards be exceeded where reasonably possible. Advances and innovation in car safety continue to evolve; these advances should be reflected in the safety of the facility. Outlined below are some of the safety issues which should be considered: Hazards: All hazards to health and safety should be considered and contact with customers and untrained staff must be avoided. If unavoidable hazards do exist, these should be clearly highlighted. Pedestrian routes: Areas such as the service drive and service department can be a dangerous environment to the customer and untrained staff. Pedestrian paths should be clearly signed and marked. Customers and office staff should always be discouraged from entering the service department. Around the site, dedicated pedestrian routes should be provided and highly visible to both the pedestrian and the vehicle driver. Traffic speed suppression measures should be considered. Fire engineering: Routes for fire escape should be clearly defined; particular consideration should be given to the elderly, children and visitors. It should be remembered that the environment will be unfamiliar to the customer. Fire detection and warning systems should be installed at a minimum; particular consideration should be given to the hard of hearing and those with poor sight. Fire protection and suppression systems should always be considered. These systems can “buy” the user and customers valuable time to reach a position of safety until the emergency has abated. Particular consideration should be given to the installation of fixed protection systems such as sprinklers and automatic fire shutters, fire performing or wired glass and the use of portable equipment such as fire extinguishers and blankets. Training and practicing procedures in case of fire should be undertaken regularly. Systems and equipment should be tested and inspected at regular intervals. The environment and its use should

always be considered. Storage of flammable and highly combustible materials should be given special considerations, particularly in areas where contact with the untrained is encountered such as the service drive and the parts counter. Local codes especially for the fire lanes/hydrants are to be complied with. Earthing/ground installations: Where metal or electrically conductible materials are exposed to staff and customers, these materials should be grounded to earth. Particular consideration should be given to the systems which have an electrical interface and are in easy reach of the staff and customers. Lightning protection should always be considered. These systems can be installed relatively inexpensively and may even reduce facility insurance provisions. Electrical systems: Location of outlets should be paramount. Power close to children’s areas and wet areas should be avoided. Main power systems (3-phase power) should never be located in public areas. Elevators installations: Where elevators are installed, these should be checked and inspected at regular intervals. Hot water systems: Where staff and customers are in contact with hot water, the delivery of the water should not scald the user. 2. Security systems Overview The dealer for the benefit of the dealer, staff, customers and the community must adopt a responsible attitude to security and crime prevention. The dealer should be sensitive to vulnerable areas of the facility that will require specific consideration, such as the cashier and merchandising areas. Outlined below are some of the security systems which should be considered:

• Fences and gates • Intruder attack and detection • Close-circuit television systems • Access control • Security personnel

Appendix Two- Parking Plan- Lighting Layout

Numeric Summary Label Avg Max Grade 7.66 50.5

Min 0.1

Avg/Min 76.60

Luminaire Schedule Qty Label Description 3 DD1 ACSPAM0004-1 8 DD2 ACSPAM0004-2 2 DD3 ACSPAM0005-1 24 DD4 ACSPAM0005-4

Max/Min 505.00

DD3

32' MTG

Lumens 40000 40000 40000 40000

32' MTG

2.8

6.5

10.8

11.2

7.6

6.4

8.7

12.1

10.2

6.0

3.5

2.9

3.4

4.4

4.5

3.8

3.4

3.2

3.7

4.4

4.5

4.4

5.1

8.0

12.1

11.9

7.8

6.4

8.7

11.9

9.7

4.9

1.8

5.0

11.2

11.9

12.9

12.0

11.9

13.6

9.7

5.5

5.2

3.6

3.4

4.5

4.7

4.3

6.5

7.5

4.2

4.5

3.9

3.8

4.6

9.2

13.5

12.8

13.3

12.1

11.8

13.3

9.0

3.7

1.7

3.6

7.6

13.0

15.8

17.7

15.4

12.0

7.4

5.1

5.4

3.6

2.1

2.5

3.3

3.6

7.0

7.9

3.7

3.4

2.5

2.8

3.9

7.9

10.4

14.6

16.6

18.0

15.3

11.3

6.0

2.7

1.7

3.3

6.4

12.0

17.5

19.4

16.8

11.1

6.1

4.4

3.5

2.0

1.5

1.6

2.2

2.4

3.4

3.9

2.6

2.4

1.7

2.2

2.9

5.3

8.3

13.4

18.4

19.6

16.6

10.4

4.8

2.7

1.9

4.1

8.8

11.9

15.3

16.5

14.6

11.5

7.6

4.0

2.2

1.4

1.1

0.6

2.3

4.6

9.6

12.7

15.8

16.6

14.5

11.1

6.9

3.1

2.6

5.8

12.1

13.5

11.4

10.5

11.1

14.8

10.3

4.9

2.4

1.2

0.7

0.5

12.4

13.8

11.6

10.6

11.0

14.6

10.0

4.5

3.8

7.3

10.2

9.3

6.3

5.2

7.1

10.2

9.5

6.0

3.2

1.6

0.9

0.5

10.2

9.4

6.4

5.2

7.1

10.1

9.4

5.9

4.5

6.2

6.3

4.6

3.7

3.5

3.9

5.2

6.6

5.7

3.8

2.1

1.1

0.6

6.3

4.6

3.7

3.5

3.9

5.2

6.6

5.7

4.4

6.1

5.5

3.7

3.2

3.4

4.5

5.9

5.6

3.9

2.3

1.1

0.6

5.5

3.7

3.2

3.4

4.5

5.9

5.6

4.2

6.7

8.6

6.9

4.8

4.2

5.4

7.4

8.3

6.1

3.5

1.8

0.9

0.5

8.6

6.9

4.8

4.2

5.4

7.4

8.3

6.1

3.1

6.7

11.9

13.2

8.9

8.0

9.8

13.9

10.5

5.1

2.5

1.2

0.5

0.3

11.9

13.2

8.9

8.0

9.8

13.9

10.5

5.1

2.0

4.7

10.6

11.8

14.2

13.5

13.1

11.4

8.4

3.4

1.6

0.8

0.4

0.3

10.6

11.8

14.2

13.5

13.1

11.4

8.4

3.4

1.8

3.4

7.0

13.3

16.6 DD4

18.8

15.7

11.3

5.3

2.7

1.4

0.7

0.3

0.2

7.0

13.3

16.6

18.8 15.7 32' MTG

11.3

5.3

2.7

1.8

3.4

6.7

12.8

17.0

32' MTG 19.2 16.1

10.9

5.0

2.7

1.4

0.6

0.2

6.7

12.8

17.0

DD4 19.2

16.1

10.9

5.0

2.8

2.0

4.3

10.0

11.5

15.0

14.7

14.1

11.2

7.8

3.2

1.6

0.6

0.2

0.1

11.5

15.0

14.7

14.1

11.2

7.8

3.2

3.0

6.3

12.3

13.5

9.9

8.9

10.0

14.5

10.3

4.8

13.5

9.9

8.9

10.0

14.5

10.3

4.9

4.1

7.0

9.4

7.8

5.3

4.5

6.0

8.3

8.8

6.1

7.8

5.4

4.6

6.0

8.4

8.9

6.1

4.4

6.1

5.7

4.0

3.3

3.5

4.6

6.1

5.6

5.8

4.1

3.4

3.6

4.8

6.2

5.7

4.5

6.1

5.9

4.1

3.4

3.3

3.6

4.8

6.2

5.6

6.1

4.3

3.5

3.8

5.2

6.5

5.6

4.0

7.1

9.7

8.4

5.6

4.7

6.3

8.9

9.0

6.0

10.2

8.6

5.7

5.0

7.0

9.6

9.0

5.7

DD4

32' MTG

CAB

32' MTG

CAB

DD4

LLF 1.000 1.000 1.000 1.000

AI TC

WB AL

2.8

6.2

12.4

13.5

10.4

9.4

10.4

14.7

10.1

4.7

2.2

0.6

0.2

0.1

1.9

4.2

9.6

11.4

15.3

15.4

14.2

10.9

7.5

3.2

1.5

0.8

0.2

0.1

0.3

1.8

3.4

6.6

12.4

17.5

DD4 19.3

16.1

10.8

5.0

2.7

1.4

0.7

0.2

0.1

0.2

0.3

12.9

10.9

10.1

10.8

14.8

9.5

4.3

9.5

11.9

15.7

16.0

14.2

10.5

6.7

2.9

7.1

12.7

18.3

10.1

4.7

2.6

32' MTG 0.9

1.8

3.5

19.3

15.8

DD4

32' MTG 1.7

3.4

7.2

13.5

16.5

18.3

15.7

11.3

5.5

2.7

1.4

0.6

0.3

0.1

0.2

0.4

0.9

1.8

3.8

7.9

13.7

16.6

18.2

15.7

10.8

5.4

2.6

1.8

4.8

10.9

11.9

13.9

13.1

12.8

12.2

8.6

3.5

1.5

0.7

0.3

0.2

0.3

0.4

0.6

1.1

2.1

5.5

11.9

12.0

13.8

12.9

12.0

13.0

8.4

3.3

4.8

2.9

6.5

11.6

12.7

8.7

7.7

9.7

13.5

10.5

5.1

2.3

1.1

0.6

0.5

0.6

0.7

0.8

1.1

1.9

3.5

7.5

11.9

12.1

8.3

7.4

9.8

13.0

10.0

3.6

6.1

8.1

6.6

4.8

4.2

5.4

7.3

8.1

5.7

3.2

1.9

1.3

1.2

1.4

1.5

1.7

1.9

2.0

2.5

3.3

5.1

7.3

8.5

6.8

4.9

4.6

5.4

7.0

7.5

5.2

3.4

5.1

5.0

4.4

4.0

4.1

5.1

5.8

5.1

4.1

3.6

3.2

2.9

3.4

3.9

4.5

4.9

5.7

6.2

7.3

8.1

7.2

5.9

5.1

4.6

4.8

5.0

5.4

4.3

5.3

5.0

6.0

6.3

7.7

11.6

6.6

7.7

7.5

5.4

8.7

7.2

6.5

7.7

7.8

9.1

12.3

12.7

15.2

16.7

16.6

17.4

17.0

14.6

14.4

12.2

13.1

10.8

8.0

7.1

6.0

5.8

8.8

6.9

8.8 8.3 DD1 24' MTG

9.9

15.0

7.8

24' MTG 9.9 DD1 9.3

6.7

9.9

7.5

7.3

13.8

20.4

17.0

32.2

28.0

34.2

50.4

33.8

50.5

35.4

28.8

34.3

19.9

27.0

18.8

11.4

10.3 DD1

8.0

7.7

5.0

3.2

3.1

3.5

7.6

11.8

15.2

28.0 DD2

26.2

30.4

38.9

31.1

38.6 DD2

32.0

27.5 28.1 DD2

15.8

14.0

24' MTG

DD2 24' MTG

24' MTG

This information is confidential and the sole property of Juno Lighting Ltd. It is not to be reproduced or distributed to others without the written permission of Juno Lighting Ltd.

Scale: 1 inch= 70 Ft.

JUNO LIGHTING GROUP

219 Shoemaker Street Kitchener, Ontario N2E 3B3 Tel: (519) 893-1500 Tel: 800 265-7844 Fax: (519) 893-7101 email:ljorge@junoltg.com

Client:

JUNO LIGHTING GROUP MR. MARK SIEBER

Project:

Scale:

CAR DEALERSHIP OUTDOOR LIGHTING INITIAL HORIZONTAL FC SHOWN AT GRADE LEVEL VENT MS400W/H75/ED28/PS

Project No:

Date: 2006-06-02

05-326-SIEBER5 Drawn by:

The calculation and results thereof, shown in this report, are based on information provided by the customer. The output figures are only as accurate as the input data. Therefore design parameters such as room reflectances, size, mounting height, depreciation factors, orientation and tilt must be verified. Juno Lighting Ltd. disclaims all implied warranties with regard to actual installed light levels as compared to those calculated based on inaccurate or imcomplete data

Appendix Three-Lighting above the Entry Element

Luminaire Schedule Project: All Projects Qty Label Description 2 CC ACSP10002 13 BB ACSP10001

Lumens 33100 33100

LLF 0.600 0.600

21.75Ft

Expanded Luminaire Location Summary Project: All Projects SeqNo Label Orient Tilt 1 BB 83.346 126.069 2 BB 90 104.931 3 CC 96.654 140.004 4 BB 270 103.707 5 BB 270 104.859 6 BB 270 106.22 7 BB 270 106.22 8 BB 270 105.945 9 BB 270 105.945 10 BB 270 105.945 11 BB 270 106.22 12 BB 270 111.801 13 BB 82.999 127.458 14 BB 90 105.68 15 CC 97.001 142.924

Symbol

13.25Ft 4 BB

10Ft

6 BB

5 BB

7 BB

10Ft 8 BB

10Ft 9 BB

14Ft

12.75Ft

10.5Ft

14.5Ft 1 2 BB BB 6.25Ft

3 CC

This information is confidential and the sole property of Juno Lighting Ltd. It is not to be reproduced or distributed to others without the written permission of Juno Lighting Ltd.

Scale: 1 inch= 8 Ft.

JUNO LIGHTING GROUP

219 Shoemaker Street Kitchener, Ontario N2E 3B3 Tel: (519) 893-1500 Tel: 800 265-7844 Fax: (519) 893-7101 email:ljorge@junoltg.com

Client:

JUNO LIGHTING GROUP MR. MARK SIEBER

Project:

Scale:

INFINITI CAR DEALERSHIP OUTDOOR LIGHTING GE MVR400/U

Project No:

Date: 2005-11-14

05-220-SIEBER4-DIM Drawn by:

Appendix Four-Roof lighting illuminating Glass Wall

Luminaire Schedule Project: All Projects Qty Label Description 2 CC ACSP10002 13 BB ACSP10001

Lumens 33100 33100

10Ft 7 BB

10Ft 8 BB

LLF 0.600 0.600

Symbol

10Ft 9 BB

10Ft

11.5Ft

10 BB

11 BB

10.5Ft

14Ft

12 BB

14.5Ft 13 14 15 BB BB CC 4Ft

This information is confidential and the sole property of Juno Lighting Ltd. It is not to be reproduced or distributed to others without the written permission of Juno Lighting Ltd.

Scale: 1 inch= 8 Ft.

JUNO LIGHTING GROUP

219 Shoemaker Street Kitchener, Ontario N2E 3B3 Tel: (519) 893-1500 Tel: 800 265-7844 Fax: (519) 893-7101 email:ljorge@junoltg.com

Client:

JUNO LIGHTING GROUP MR. MARK SIEBER

Project:

Scale:

INFINITI CAR DEALERSHIP OUTDOOR LIGHTING GE MVR400/U

Project No:

Date: 2005-11-14

05-220-SIEBER4-DIM Drawn by:

Appendix Five- External Luminaire tilt angle

Luminaire Schedule Project: All Projects Qty Label Description 2 CC ACSP10002 13 BB ACSP10001

Lumens 33100 33100

LLF 0.600 0.600

Symbol

11.5Ft

12 BB 10.5Ft

LUMINAIRE TILT DETAIL

14.5Ft 13 14 15 BB BB CC 4Ft

90 DEGREES

0 DEGREES

This information is confidential and the sole property of Juno Lighting Ltd. It is not to be reproduced or distributed to others without the written permission of Juno Lighting Ltd.

Scale: 1 inch= 8 Ft.

JUNO LIGHTING GROUP

219 Shoemaker Street Kitchener, Ontario N2E 3B3 Tel: (519) 893-1500 Tel: 800 265-7844 Fax: (519) 893-7101 email:ljorge@junoltg.com

Client:

JUNO LIGHTING GROUP MR. MARK SIEBER

Project:

Scale:

INFINITI CAR DEALERSHIP OUTDOOR LIGHTING GE MVR400/U

Project No:

Date: 2005-11-14

05-220-SIEBER4-DIM Drawn by:

Appendix Six-Lighting Plan; Main and Upper Level

Appendix Seven-Barrisol Ceiling Specification

Now contained in Section 8.0 (Lighting)

Appendix Eight-Thermal Performance of Glazing

Now contained in Section 4.0 (Building Exterior)

Appendix Nine-IREDI Artwork Program Refer IREDI & Accessories Guide Underto review byArtwork GCT

Appendix Ten-Floor Plans