Indeed - Technical Guidelines

Technical what: Technical

Section 0

Construction Guidelines

where:

Section 1

Architectural

Design Guidelines

Section 2

Wall types

1.1

Millwork details

1.2

Door Details

1.3

Ceiling Details

1.4

Acoustical Details

1.5

Demountable partitions

1.6

Furniture + Finishes Furniture

2.1

Finishes

2.2

Section 3

Graphics / Signage

Section 4

Lighting + Acoustics

Section 5

Appliances

Section 6

Audio Visual Guidelines

Section 7

Network Design Guidelines

Section 8

Security Guidelines

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Construction Guidelines

FACILITY SPACE SPECIFICATIONS The design and construction of each office location must comply with the building codes and supplemental requirements (ie: energy codes, accessibility guidelines, etc.) as applicable within the local jurisdiction. In addition, the Landlord’s requirements for construction methodologies and procedures must be strictly adhered to. Beyond those requirements, the following technical guidelines have been established for new construction projects to ensure uniformity of function and consistency of quality throughout Indeed’s global offices. For renovation projects that may include the expansion of an existing facility, consideration must be given to matching the existing construction standards of adjacent areas to remain.

Coordinate also with detailed written construction specifications in compliance with CSI or similar formatting as regionally standardized.

what: Technical where: Design Guidelines

1. DRYWALL CONSTRUCTION • Partitions shall be full height constructed of 3 5/8” metal studs with one layer of 5/8” gypsum board on both sides with batt insulation unless noted otherwise.

• Construction shall comply with ASTM C645-83, utilizing twenty (20) gauge, screw type “Cee” studs, maximum spacing shall be sixteen (16) inches on center. Studs for all demising wall partitions shall extend to structure above/slab to slab.

• Per code, provide appropriate thickness of gypsum board where required to achieve required fire rating for demising partitions and interior exit corridors.

• Provide water resistant type gypsum board in all toilets, pantries, and similar spaces. Provide cement board at all tiled restroom walls.

• Stapling of trim or gypsum board shall not be permitted. Plastic edge trim shall not be permitted.

• Provide fiberglass insulation in the following wall assemblies for sound acoustics: conference rooms, training rooms, assembly areas, kitchenettes, pantries, copy rooms, print rooms, and other space as deemed necessary.

• Exterior walls to be furred and insulated, where required by project scope.

2. PAINTING • Two (2) coats (one coat primer, one coat paint) of latex paint on drywall, plaster, and exposed masonry and concrete surfaces. Provide back filler for masonry.

• Two (2) coat application of alkyd enamel on hollow and ferrous metals and solid wood trim.

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3. CARPETING • Carpeting shall be carpet tiles: • Installation: a. Trowelable Leveling and Patching Compounds: Latex-modified, hydraulic-cement-based formulation provided or recommended by carpet tile manufacturer. b. Adhesives: Water-resistant, mildew-resistant, nonstaining, pressure-sensitive type to suit products and subfloor conditions indicated, that complies with flammability requirements for installed carpet tile and is recommended by carpet tile manufacturer for releasable installation.

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Construction Guidelines •

Adhesives shall comply with the testing and product requirements of the California Department of Health Services’ “Standard Practice for the Testing of Volatile Organic Emissions from Various Sources Using Small-Scale Environmental Chambers.”

• Adhesives shall have a VOC content of 50 g/L or less when calculated according to 40 CFR 59, Subpart D (EPA Method 24). c. Metal Edge/Transition Strips: Extruded aluminum with mill finish of profile and width shown, of height required to protect exposed edge of carpet, and of maximum lengths to minimize running joints.

what: Technical where: Design Guidelines

4. HARD-SURFACE FLOORING • Where used, ceramic floor tile shall be set on latex mortar setting bed. Wall tile shall be installed by thin set on masonry and organic adhesive on drywall.

• Grout shall be anti-bacterial and acid resistant, Hydroment Ceramic Tile Grout; grout should not be light in color.

5. HOLLOW METAL DOOR FRAMES • Metal frames shall be cold-rolled steel of commercial grade sixteen (16) gauge minimum. All frames shall be fitted with concealed fasteners, and 5/8” high integral stops. Frames shall be full seam and face welded and ground smooth; no knock down frames shall be acceptable.

• Provide UL label frames at fire rated openings.

• Provide all necessary hardware reinforcement, twelve (12) gauge except hinge and pivot reinforcements seven (7) gauge; door silencers, anchors, and all other accessories for a complete installation.

7. GLASS DOORS The following specifications apply where doors are visible to public lobbies and corridors.

• Doors may be either “frameless” with top and bottom shoes, or of “narrow stile” tubular construction.

• Trim and accessories shall be compatible with the size and weight of the selected doors and match color/finish of glass office front system.

• Glazing shall be 1/2” minimum tempered glass for frameless doors, and 1/2” minimum tempered or laminated safety glass for narrow stile doors.

• For interior glass doors and demountable walls, refer to Section 1.6 for product information and details.

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8. FINISHED HARDWARE • Badge readers can be found in the following doors: mother’s room, vestibules, IT Help Desk, Executive Board rooms, MDF/IDF, Facility/Help Desk Storage Closets etc, stairwell entries, and lobby areas. Badge readers are to be installed at the required ADA height of four (4) feet. All badge readers are POE and their relevant cables terminate into that floors Brivo Panel located in either the MDF or IDF. Cabling for these readers is 446100-4 Elemen Comp Cable (white jacket).

All other doors are assumed unlocked unless otherwise specified.

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Construction Guidelines •

what: Technical

•

where:

•

Design Guidelines

Lock cylinders throughout premises shall be by manufacturer as approved by building management, and shall be master keyed as directed by building management. Refer to Section 7 Security Guidelines for additional information and requirements.

Door hardware locksets and latch sets shall be combination mortised type units. Trim shall be lever handles to conform to ADA requirements, and local codes.

Hinges shall be full mortise type. Ball bearing hinges shall be provided on doors over 3’-6” width, and on doors having closers. Provide 1-1/2 pr. hinges per doors for 7’-0” high doors and 2 pr. hinges for 8’-0” high door.

9. ACOUSTICAL TILE CEILINGS • Mineral Fiber Acoustic Ceiling: Provide mineral fiber acoustic board made by Armstrong or equal. Sizes can vary based on design intent.

• Ceiling Suspension Material: Comply with ASTM C635 as applicable. Coordinate with other work supported by or penetrating through ceilings, including light fixtures, HVAC equipment, and partition system, if any. Structural Class: Intermediate duty system.

• Trim and Accessories: Provide manufacturer’s printed instructions, governing regulations, fire resistance rating and industry standards.

• Install materials in accordance with manufacturer’s printed instructions, governing regulations, fire resistance rating and industry standards.

• Fire-resistant ratings to meet local, state and/or country codes.

10. LIGHTING FIXTURES • Specialty lighting may be provided in the following areas: lobby, conference rooms, training rooms, phonebooths, reception, and other rooms.

• Lighting shall be controlled by daylight/occupancy sensors, occupancy sensors, and/or local switching as required.

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11. HVAC • Provide all labor, materials, engineering, etc. for a complete installation as required for the facility as shown on the drawings. Work will be in strict accordance with all applicable codes and local requirements.

• The scope is intended to describe only the principal items required for the heating, ventilation, and air conditioning of the facility. Equipment arrangement, duct distribution, specific operating characteristics, and code requirements shall be determined by the subcontractor and incorporated in the design to satisfy all specified criteria.

• Provide ventilation and / or air conditioning as required for the electrical and telephone rooms.

• Dedicated air conditioning systems will be required for computer rooms. Sizing of HVAC equipment to be determined by MEP engineer, based on room size and equipment requirements.

• The toilet exhaust system shall be sized for a minimum of 2 cfm per square foot with transfers or supply air as required per code.

• The work shall be inspected and approved by governing authorities.

• The system shall be completely tested and balanced as necessary for proper system operation.

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Construction Guidelines •

what: Technical where: Design Guidelines

•

•

Design Criteria: • In general, refer to local, state, or country standards for design conditions, occupant loads, and ventilation requirements.

• Indoor Conditions to meet building and local code requirements.

• Cooling Load Design Criteria to meet building and local code requirements.

• VAV boxes are to be specified on the basis of one box per 800 square feet for exterior zones and 1600 square feet for interior zones (not more than 1200 square feet per zone average).

• Conditions shall be in compliance with all local codes and may vary based upon area of country.

The above HVAC specification would typically apply to a new facility. If this were a space being improved in an existing building, the HVAC would be a modification only. Install all terminal units, ductwork, diffusers, returns, controls, etc. for a complete operating system per all applicable codes and standards. System shall be tested and balanced for proper airflows and operation. The quality of the system shall be building standard or better.

Air returns not adjacent to door.

12. ELECTRICAL • Electrical installation shall conform to present day practices, electrical code requirements, and industry standards.

• Electrical work shall include everything essential for a complete, balanced electrical system in satisfactory operating order.

• Electrical Power - 5.0 volt/amps per rentable square foot at 480/277 volts shall be designed for lighting and appliance use and for the installation of supplemental air conditioning. Panels shall be installed within leasehold space, preferably in the telecom / IT closet.

• Exit lights shall be installed per code. All exit lights are to be lighted clear lens.

• Provisions for emergency power shall be provided via the landlord.

• Fire alarm system shall meet building and local code requirements.

• Refer also to furniture guidelines for locations and qualities of power/data at workstations.

13. VOICE / DATA CABLING • See Indeed Network Design Guidelines.

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14. GENERAL PLUMBING/FIRE PROTECTION • Planned installation of new work and connections shall ensure minimum interference with regular operation of existing facilities. All shut-downs shall be made at such times as will not interfere with regular operation of existing facilities and shall require written approval of the Landlord. To ensure continuous operation, contractor will make necessary temporary connections between new and existing work.

• All existing areas and areas scheduled to remain that are damaged during demolition, shall be patched, repaired, and finished.

• All piping, fittings, valves, materials, etc. to be the same type and quality as called for in the base building specifications.

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Construction Guidelines •

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•

Technical where:

Design shall be coordinated with all other trades and existing conditions of the site to maintain required ceiling heights and space conditions.

All materials, fixtures, equipment, services, hangers, supports, labor, and tests necessary for complete execution of the work must be in accordance with the Local and State Building Code and Fire Insurance Company.

15 PLUMBING • All plumbing fixtures and model numbers shall be of the water-saving type and approved in accordance with the local Building Codes.

• Individual point of use electric water heaters (where required) shall be utilized in kitchenettes/break rooms for dishwashers.

• Wet column locations and drain lines shall be a primary design consideration for proposed plumbing locations.

Design Guidelines

16. FIRE / SPRINKLER PROTECTION • Sprinkler heads in finished spaces shall be based on building standard and finish – if not building specified, they should be reliable concealer G1 FM approved. The floors will be served with sprinkler heads at a design of one (1) sprinkler head per 180 rentable square feet, subject to approval by Factory Mutual Standard. Revisions to the sprinkler system may be required due to partition or lighting fixture layout.

• All shop drawings and hydraulic calculations must be approved before any installation work is commenced.

• Design to provide portable fire extinguishers and cabinets per code.

• Fire stopping shall be provided and installed to close concealed draft openings. Fire stopping shall form an effective barrier between rooms and floor levels.

17 MILLWORK • Millwork shall conform to for “Premium Grade” construction.

18. LIFE SAFETY 19. SECURITY EQUIPMENT • See Indeed Security Design Guidelines Section 1.6Exit lights shall be installed per code. All exit lights are to be lighted clear lens.

• Provisions for emergency power shall be provided via the landlord.

• Fire alarm system shall meet building and local code requirements.

• Fire stopping shall be provided and installed to close concealed draft openings. Fire stopping shall form an effective barrier between rooms and floor levels.

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Wall Types

Section 1.1 - Acoustical Wall Details

what: Technical where: Design Guidelines

SEE SECTION 1.6

PARTITION - FULL HEIGHT A A

PARTITION- FULL HEIGHT B B

PARTITION - FULL HEIGHT

B1 B1

PARTITION - 2-1/2" STUD

PARTITION - FULL HEIGHT

PARTITION - 6" STUD B2 B2

A1 A2 Back

HEADER DETAIL C C

AT GLASS PARTITIONS

PARTITION - 3-5/8" STUD B3 B3 B4

PARTITION - 3-5/8" STUD 2

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A

Wall Types Section 1.1

what:

A1 A2

PARTITION - FULL HEIGHT PARTITION - FULL HEIGHT PARTITION - FULL HEIGHT

Technical

B B1 B2 B3

where:

B4

Design Guidelines

PARTITION- FULL HEIGHT PARTITION - 2-1/2" STUD PARTITION - 6" STUD PARTITION - 3-5/8" STUD PARTITION - 3-5/8" STUD

1120 Avenue of the Americas New York, NY 10036

PARTITION- FULL HEIGHT D E CEMENT BOARD

RTITION - WOOD & GLASS Back

PARTITION - FURRING - 7/8" CHANNEL E F

G

PARTITION - LAMINATING E1 MEP ENGINEER: F1

G1

PARTITION - FURRING - 2-1/2" STUD E2 F2

G2

CFS ENGINEERS 228 East 45th Street 5th Floor New York, NY 10017 212.867.0259

EXPEDITOR: PARTITION - FURRING - 3-5/8" STUD EMPIRE CITY CONSULTANTS E3 F3 15 West 36th Street

PARTITION - CHA

PARTITION - CHA

PARTITION - CHA

3rd Floor

F4 F5

New York, NY 10018 PARTITION - FURRING - 3-5/8" STUD 212.228.1131 LIGHTING: CLARITY LIGHTS 228 PARK AVENUE SOUTH, SUITE 71169

PARTITION - FURRING - 3-5/8" STUD

EXISTING CORE WALL/DOOR

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Wall Types

Section 1.1 - Raised Floor Details

what: Technical where: Design Guidelines

F

G

PARTITION - FULL HEIGHT

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Millwork Details Section 1.2

what: Technical

CABINETS, CABINETS, TYP. TYP. 3/4"3/4" MDF MDF W/ W/ P. P. LAM. LAM. AS AS SCHEDULED SCHEDULED ONON ALLALL EXPOSED EXPOSED OUTER OUTER SURFACES, SURFACES, EDGES EDGES & ALL & ALL DOOR, DOOR, DRAWERS, DRAWERS, INCLUDING INCLUDING INSIDE INSIDE FACES FACES OF OF DOORS DOORS , ETC. , ETC.

CABINETS, CABINETS, TYP. TYP. 3/4"3/4" MDF MDF W/ W/ P. LAM. P. LAM. AS AS SCHEDULED SCHEDULED ONON ALLALL EXPOSED EXPOSED OUTER OUTER SURFACES, SURFACES, EDGES EDGES & ALL & ALL DOOR, DOOR, DRAWERS, DRAWERS, INCLUDING INCLUDING INSIDE INSIDE FACES FACES OF OF DOORS DOORS , ETC. , ETC.

Design Guidelines

PROVIDE PROVIDE CONCEALED CONCEALED HINGES HINGES AS AS REQ'D., REQ'D., TYP. TYP.

PROVIDE PROVIDE CONCEALED CONCEALED HINGES HINGES AS AS REQ'D., REQ'D., TYP. TYP.

SHELVING SHELVING TO TO BE BE 3/4"3/4" WHITE WHITE MELAMINE MELAMINE (ADJUSTABLE (ADJUSTABLE ONON S.S.S.S. PINS) PINS)

SHELVING SHELVING TO TO BE BE 3/4"3/4" WHITE WHITE MELAMINE MELAMINE (ADJUSTABLE (ADJUSTABLE ONON S.S.S.S. PINS) PINS)

INTERIOR INTERIOR SURFACES SURFACES (U.O.N.) (U.O.N.) TO TO BE BE WHITE WHITE MELAMINE, MELAMINE, TYP. TYP.

INTERIOR INTERIOR SURFACES SURFACES (U.O.N.) (U.O.N.) TO TO BE BE WHITE WHITE MELAMINE, MELAMINE, TYP. TYP. UNDER UNDER CABINET CABINET PLUG PLUG MOLD, MOLD, TYP. TYP. WHERE WHERE SHOWN SHOWN ONON POWER POWER TEL. TEL. PLAN PLAN

UNDER UNDER CABINET CABINET PLUG PLUG MOLD, MOLD, TYP. TYP. WHERE WHERE SHOWN SHOWN ONON POWER POWER TEL. TEL. PLAN PLAN

UNDER UNDER CABINET CABINET LIGHT LIGHT FIXT. FIXT. AS AS SCHEDULED, SCHEDULED, TYP. TYP.

UNDER UNDER CABINET CABINET LIGHT LIGHT FIXT. FIXT. AS AS SCHEDULED, SCHEDULED, TYP. TYP.

INTEGRAL INTEGRAL EDGE EDGE PULL PULL

INTEGRAL INTEGRAL EDGE EDGE PULL PULL

CONT. CONT. FULL FULL HEIGHT HEIGHT BACK BACK SPLASH SPLASH NONO SEAMS SEAMS PANEL PANEL TO TO BE BE CUT CUT AS AS 1 PIECE 1 PIECE

CONT. CONT. FULL FULL HEIGHT HEIGHT BACK BACK SPLASH SPLASH NONO SEAMS SEAMS PANEL PANEL TO TO BE BE CUT CUT AS AS 1 PIECE 1 PIECE

3/4"3/4" SOLID SOLID SURFACE SURFACE COUNTER COUNTER AS AS SCHEDULED SCHEDULED SCRIBED SCRIBED TO TO WALL WALL OVER OVER 3/4"3/4" PLYWOOD PLYWOOD SUBTOP SUBTOP SCRIBED SCRIBED TO TO WALL, WALL, TYP. TYP.

3/4"3/4" SOLID SOLID SURFACE SURFACE COUNTER COUNTER AS AS SCHEDULED SCHEDULED SCRIBED SCRIBED TO TO WALL WALL OVER OVER 3/4"3/4" PLYWOOD PLYWOOD SUBTOP SUBTOP SCRIBED SCRIBED TO TO WALL, WALL, TYP. TYP.

SINK SINK & FIXTURES. & FIXTURES. AS AS SCHEDULED SCHEDULED REFER REFER TO TO PLUMBING PLUMBING DRAWINGS DRAWINGS FOR FOR ROUGH-IN ROUGH-IN REQUIREMENT. REQUIREMENT. INSTALL INSTALL PAIR PAIR OF OF MTL. MTL. WALL WALL BRACKETS BRACKETS @ EACH @ EACH SIDE SIDE OF OF SINK SINK W/ W/ BLOCKING BLOCKING AS AS REQ'D. REQ'D.

2 ALUMINUM 2 ALUMINUM TRASH TRASH GROMMETS GROMMETS INTEGRAL INTEGRAL EDGE EDGE PULL, PULL, TYP. TYP.

PLASTIC PLASTIC LAMINATE LAMINATE ONON 3/4"3/4" MDF MDF REMOVABLE REMOVABLE PANEL, PANEL, MTD. MTD. ONON Z-CLIPS Z-CLIPS

P. LAM. P. LAM. AS AS SCHEDULED SCHEDULED ONON 3/4"3/4" MDF MDF @ EXPOSED @ EXPOSED SIDES SIDES & & EDGES EDGES OF OF BASE BASE CABINETS. CABINETS. BASE BASE TRIM TRIM AS AS SCHEDULED, SCHEDULED, TYP. TYP.

11 1

PANTRY PANTRY SINK SINK && UPPER UPPER CABINET CABINET

4" 4"

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TRASH TRASH DRAWER DRAWER EQUIP EQUIP AS AS SCHEDULED, SCHEDULED, TYP. TYP. 4" 4"

where:

PULL OUT OUT TRASH TRASH BIN BIN && UPPER UPPER CAB. CAB. 22 2 PULL

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BAS B

Millwork Details Section 1.2

what: Technical

AM. AS UTER

CES

CABINETS,CABINETS, TYP. 3/4" MDF TYP.W/ 3/4" MDF W/ P. LAM. ASP. SCHEDULED LAM. AS SCHEDULED ON ON ALL EXPOSED ALL EXPOSED OUTER OUTER SURFACES, SURFACES, EDGES & ALL EDGES & ALL DOOR, DRAWERS, DOOR, DRAWERS, INCLUDINGINCLUDING INSIDE FACES INSIDE OF FACES DOORSOF , DOORS , ETC. ETC.

CABINETS,CABINETS, TYP. 3/4" MDF TYP.W/ 3/4" P. MDF W/ P. LAM. AS SCHEDULED LAM. AS SCHEDULED ON ALL ON ALL EXPOSED EXPOSED OUTER SURFACES, OUTER SURFACES, EDGES & ALL EDGES DOOR, & ALL DRAWERS, DOOR, DRAWERS, INCLUDINGINCLUDING INSIDE FACES INSIDE OF FACES OF DOORS , ETC. DOORS , ETC.

where: Design Guidelines

PROVIDE CONCEALED PROVIDE CONCEALED HINGES HINGES AS REQ'D.,AS TYP. REQ'D., TYP.

S

AMINE

SHELVINGSHELVING TO BE 3/4"TO WHITE BE 3/4" WHITE MELAMINEMELAMINE (ADJUSTABLE (ADJUSTABLE ON S.S. PINS) ON S.S. PINS)

BE

INTERIOR INTERIOR SURFACESSURFACES (U.O.N.) TO(U.O.N.) TO BE WHITE BE MELAMINE, WHITE MELAMINE, TYP. TYP.

PROVIDE CONCEALED PROVIDE CONCEALED HINGES HINGES AS REQ'D.,AS TYP. REQ'D., TYP. SHELVINGSHELVING TO BE 3/4"TO WHITE BE 3/4" WHITE MELAMINEMELAMINE (ADJUSTABLE (ADJUSTABLE ON S.S. PINS) ON S.S. PINS) INTERIOR INTERIOR SURFACESSURFACES (U.O.N.) (U.O.N.) TO BE WHITE TO BE MELAMINE, WHITE MELAMINE, TYP. TYP.

UNDER CABINET UNDERPLUG CABINET PLUG MOLD, TYP. MOLD, WHERE TYP. SHOWN WHERE SHOWN ON POWER ON TEL. POWER PLAN TEL. PLAN

UNDER CABINET UNDERPLUG CABINET PLUG MOLD, TYP. MOLD, WHERE TYP. SHOWN WHERE SHOWN ON POWER ON TEL. POWER PLAN TEL. PLAN

UNDER CABINET UNDERLIGHT CABINET LIGHT FIXT. AS SCHEDULED, FIXT. AS SCHEDULED, TYP. TYP.

UNDER CABINET UNDERLIGHT CABINET LIGHT FIXT. AS SCHEDULED, FIXT. AS SCHEDULED, TYP. TYP.

INTEGRAL INTEGRAL EDGE PULL EDGE PULL

INTEGRAL INTEGRAL EDGE PULL EDGE PULL

CONT. FULL CONT. HEIGHT FULL BACK HEIGHT BACK SPLASH NO SPLASH SEAMSNO PANEL SEAMS TO PANEL BE TO BE CUT AS 1 PIECE CUT AS 1 PIECE

BACKSPLASH BACKSPLASH AS AS SPECIFIED. SPECIFIED. IF SOLID IF SOLID SURFACE SURFACE MATERIAL,MATERIAL, MINIMIZE JOINTS. MINIMIZE JOINTS.

3/4" SOLID3/4" SOLID SURFACE SURFACE COUNTER COUNTER AS AS SCHEDULED SCHEDULED SCRIBED TO SCRIBED WALL TO WALL OVER 3/4" OVER 3/4" PLYWOODPLYWOOD SUBTOP SUBTOP SCRIBED TO SCRIBED WALL, TO WALL, TYP. TYP.

ELECTRICAL ELECTRICAL OUTLET OUTLET AS SCHEDULED AS SCHEDULED

New York, NY New 10018 York, NY 10018 212.228.1131212.228.1131

CONTINUOUS CONTINUOUS 2"x2" 2"x2" ALUM. ANGLE ALUM. (3 SIDES) ANGLE (3 SIDES) EQUIPMENT EQUIPMENT AS SCHEDULED AS SCHEDULED

INTEGRAL INTEGRAL EDGE EDGE PULL, TYP.PULL, TYP.

4"

4"

4"

4"

TRASH DRAWER TRASHEQUIP DRAWER AS EQUIP AS SCHEDULED, SCHEDULED, TYP. TYP.

PULL OUT PULL TRASH OUT TRASH BIN & UPPER BIN & UPPER CAB. CAB. 2

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MEP ENGINEER: MEP ENGINEER: CFS ENGINEERS CFS ENGINEERS 228 East 45th 228 Street East 45th Street 5th Floor 5th Floor New York, NY New 10017 York, NY 10017 212.867.0259212.867.0259

3/4" SOLID3/4" SURFACE SOLID SURFACE COUNTER COUNTER AS SCHEDULED AS SCHEDULED EXPEDITOR:EXPEDITOR: SCRIBED TO SCRIBED WALL OVER TO WALL 3/4" OVER 3/4"EMPIRE CITYEMPIRE CONSULTANTS CITY CONSULTANTS Street West 36th Street PLYWOODPLYWOOD SUBTOP SCRIBED SUBTOP SCRIBED15 West 36th15 3rd Floor 3rd Floor TO WALL, TYP. TO WALL, TYP.

2 ALUMINUM 2 ALUMINUM TRASH GROMMETS TRASH GROMMETS

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1120 Avenue 1120 of Avenue the Americas of the Americas New York, New NYYork, 10036 NY 10036

BASE &BASE UPPER & UPPER CAB. CAB. 3 4

ELECTRICAL ELECTRICAL AS REQ'D, AS REQ'D, 1'-6" A.F.F. 1'-6" , TYP. A.F.F. PROVIDE , TYP. PROVIDE ALL OTHER ALL REQ'D. OTHER UTILITY REQ'D. UTILITY WORK PER WORK EQUIP., PER TYP. EQUIP., TYP.

LIGHTING: LIGHTING: CLARITY LIGHTS CLARITY LIGHTS 228 PARK AVENUE 228 PARK SOUTH, AVENUE SUITE SOUTH, 71169SUITE 71169 NEW YORK, NEW NY 10003 YORK, NY 10003 718-517-9286 718-517-9286 STRUCTURAL STRUCTURAL ENGINEER: ENGINEER:

PROVIDE 3/4" PROVIDE THK. 3/4" THK. PLASTIC LAMINATE PLASTIC LAMINATE CLAD SUPPORT CLAD SUPPORT FOR FOR SPANS GREATER SPANS GREATER THAN 5'-0" THAN 5'-0" BASE TRIMBASE AS TRIM AS SCHEDULED, SCHEDULED, TYP. TYP.

EQUIPMENT & UPPER & UPPER CAB. CAB. 44 EQUIPMENT NOTE: NOTE: ALIGN TILEALIGN AND FACE TILE AND OF MIRROR FACE OF MIRROR

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3/4" SOLID SURFACE COUNTER AS SCHEDULED & END TURNDOWN RETURN WALL OVER 3/4" PLYWOOD SUBTOP, TYP.

SOLID SURFACE CLAD UNDERSIDE & INSIDE OF END RETURN WALLS, TYP.

CONT. 1"x 2"LLH ALUM. ANGLE (4 SIDES)

what:

CABINETS, TYP. 3/4" MDF W/ P. LAM. AS SCHEDULED ON ALL EXPOSED OUTER SURFACES, EDGES & ALL DOOR, DRAWERS, INCLUDING INSIDE FACES OF DOORS , ETC.

GYPSUM BOARD WALL BEYOND

Millwork Details

GYPSUM BOARD SOFFIT REFER TO RCP FOR ALIGNMENT & EXTENT SOFFITS WILL ALIGN WITH DEEPER CABINETS BEYOND

Section 1.2

PROVIDE CONCEALED HINGES AS REQ'D., TYP.

OLID SURFACE BEYOND

Technical AT ALL EXPOSED

LAM TERIORS

SHELVING TO BE 3/4" WHITE MELAMINE (ADJUSTABLE ON S.S. PINS)

where:

INTERIOR SURFACES (U.O.N.) TO BE WHITE MELAMINE, TYP.

PROVIDE CONCEALED HINGES AS REQ'D., TYP.

REVEAL

SHELVING TO BE 3/4" WHITE MELAMINE (ADJUSTABLE ON S.S. PINS)

MEP ENGINEER: CFS ENGINEERS 228 East 45th Street 5th Floor New York, NY 10017 212.867.0259

INTERIOR SURFACES (U.O.N.) TO BE WHITE MELAMINE, TYP.

EXPEDITOR: EMPIRE CITY CONS 15 West 36th Street 3rd Floor New York, NY 10018 212.228.1131

UNDER CABINET PLUG MOLD, TYP. WHERE SHOWN ON POWER TEL. PLAN

OLID SURFACE COUNTER AS SCHEDULED D TURNDOWN RETURN WALL OVER 3/4" OOD SUBTOP, TYP.

UNDER CABINET LIGHT FIXT. AS SCHEDULED, TYP.

LIGHTING: CLARITY LIGHTS 228 PARK AVENUE NEW YORK, NY 1000 718-517-9286

INTEGRAL EDGE PULL CONT. FULL HEIGHT BACK SPLASH NO SEAMS PANEL TO BE CUT AS 1 PIECE

D SURFACE CLAD RSIDE & INSIDE OF RETURN WALLS, TYP.

. 1"x 2"LLH ALUM. E (4 SIDES)

STRUCTURAL ENGI

P. LAM FILLER STRIP AS/IF REQ'D. PER SCHEDULED EQUIP. TYP.

SURFACE BEYOND

3/4" SOLID SURFACE COUNTER AS SCHEDULED SCRIBED TO WALL OVER 3/4" PLYWOOD SUBTOP SCRIBED TO WALL, TYP.

AT ALL EXPOSED ORS

ASKET DRAWERS AS ULED, TYP.

CONT. 2"x2" ALUM. ANGLE (3 SIDES)

(BACK) FACE PANEL,

3/4" THK. WHITE MELAMINE ADJUSTABLE SHELVING ON S.S. PINS

EAL

KET DRAWERS AS D, TYP.

2

CABINETS, TYP. 3/4" MDF W/ P. LAM. AS SCHEDULED ON ALL EXPOSED OUTER SURFACES, EDGES & ALL DOOR, DRAWERS, INCLUDING INSIDE FACES OF DOORS , ETC.

Design Guidelines

LAM (BACK) FACE PANEL, YP.

1120 Aven New Yo

WHITE MELAMINE DRAWERS, TYP. INTEGRAL EDGE PULL, TYP.

Back P-LAM AT ALL EXPOSED INTERIORS/ EXTERIORS

2

HEAVY DUTY GLIDES, TYP.

55

PANTRY DRAWER & UPPER CABINET

OUTLET

CABINETS, TYP. 3/4" MDF W/ P. LAM. AS SCHEDULED ON ALL

1

66

PANTRY DRAWER & UPPER CABINET Indeed Guidelines

ARCHITECT: HABJAN ARCHITEC 115 W30TH STREET NEW YORK, NEW YO 646-766-1650

75

INDEED

SCRIBED TO WALL, TYP.

PLUMBING DRAWINGS FOR ROUGH-IN REQUIREMENT. INSTALL PAIR OF MTL. WALL BRACKETS @ EACH SIDE OF SINK W/ BLOCKING AS REQ'D.

Section 1.2

what: Technical

1

INTEGRAL EDGE PULL, TYP.

PLASTIC LAMINATE ON 3/4" MDF REMOVABLE PANEL, MTD. ON Z-CLIPS

P. LAM. AS SCHEDULED ON 3/4" MDF @ EXPOSED SIDES & EDGES OF BASE CABINETS.

TRASH DRAWER EQUIP SCHEDULED, TYP.

BASE TRIM AS SCHEDULED, TYP.

PANTRY SINK & UPPER CABINET

4"

Millwork Details

2 ALUMINUM TRASH GROMMETS

2

PULL OUT TRASH BIN & UPPER CAB.

where: Design Guidelines

REFER TO PLAN

3/4" PL. LAM./OR SOLID SURFACE COUNTERTOP SCRIBED TO WALL 3/4" PLYWD. SUB-TOP

3/4" PLYWOOD VENEER HAT SHELF, PAINTED LACQUER FINISH TO MATCH P-1 EQ

EQ 1 2"

8

PROVIDE 3-1/2 x 3-1/2" x STEEL POST IN WALL SLAB TO SLAB WITH WELDED 1-1/2" STEEL OUTRIGGERS EVERY 2'-0" O.C.

1-1/4"D. STAINLESS STEEL ROD WALL TO WALL TYP.

6

TYPI

NOTE: ALIGN TILE

CONTINUOUS 2"x2" ALUM. ANGLE (3 SIDES) SEE PLANS FOR WALL INFO PROVIDE 3-1/2 x 3-1/2" x 21" STEEL POST IN WALL SLAB TO SLAB WITH WELDED 1-1/2" STEEL OUTRIGGERS EVERY 2'-0" O.C.

PROVIDE 1" THK. VERTICAL DIVIDERS FOR SPAN GREATER THAN 5'-0"

FIN. FLOOR

BASE AS SPECIFIED.

77

Back

TYPICAL COAT CLOSET DETAIL

88

TYPICAL P-LAM COUNTER W/ STEEL OUTRIGGERS

7

Note: ADA-compliant detail for shelf to be added Indeed Guidelines

76

TYPI

3

2

8"

8"

REVEAL3 PLASTIC 8" REVEAL LAMINATEPLASTIC LAMINATE

A

what:

10'-11" 10'-11"

ELECTRICAL OUTLET ELECTRICAL OUTLET

EXISTING CONVECTOR EXISTING CONVECTOR ELECTROSTATIC PAINT ELECTROSTATIC PAINT WALL BASE WALL BASE

B

EAST ELEV. - PANTRY 11-38

EAST- ELEV. - PANTRY PANTRY MEDIUM PANTRY 11-38 A MILWORK A

Technical where:

PLASTIC LAMINATE PLASTIC LAMINATE

B

SOLID SURFACE ELECTRICAL OUTLET PANTRY ISLAND SOLID SURFACE WALL BASE SOLID SURFACE ELECTRICAL ELECTRICAL OUTLET PLASTIC LAMINATE OUTLET ELECTRICAL OUTLET PANTRY ISLAND PANTRY ISLAND WALL BASE WALL BASE ELECTRICAL OUTLET PLASTIC LAMINATE ELECTRICAL OUTLET PLASTIC LAMINATE

3'-0"

Section 1.2 EAST ELEV. - PANTRY 11-38

WALL BASE

MILLWORK BANQUET EXISTING MILLWORK CONVECTOR BANQUET ELECTROSTATIC PAINT

REVEAL

1" FINGER PULL 1" FINGER PULL

3'-0" 8'-6 3'-0" 3/4" 6'-9"

3'-10" 1'-6"

Millwork Details

MILLWORK BANQUET UPHOLSTERED BACK UPHOLSTERED BACK WALL WALL ELECTRICAL OUTLET

8"

PAINTED GYP. PAINTED GYP. 1" FINGER PULL

8'-6 3/4" 8'-6 3/4" 6'-9"10'-11" 6'-9"

UPHOLSTERED BACK WALL PAINTED GYP. PAINTED GYP.

10'-11" 3'-10" 3'-10" 1'-6" 1'-6" 8'-6 3/4"

10'-11" 10'-11"

8'-6 3/4" 8'-6 3/4"

2

REVEAL3

PLASTIC LAMINATE

PAINTED GYP. 2

WEST ELEV. - PANTRY 11-38

WEST ELEV. - PANTRY 11-38 WEST ELEV. - PANTRY 11-38 B 3

FACETED WALL PAINTED GYP.

Design Guidelines

3 8"

3 8"

REVEAL

REVEAL 3

FACETED WALL FACETED WALL PAINTED GYP. PAINTED GYP.

3 8"

REVEAL3

8"

3 8"

REVEAL

PAINTED GYP. REVEAL3 8" REVEAL

ISLAND

WALL BASE

ISLAND

ELECTRICAL OUTLET ELECTRICAL OUTLET EXISTING CONVECTOR EXISTING CONVECTOR ELECTROSTATIC PAINT ELECTROSTATIC PAINT

WALL BASE WIRE BASKETS WIRE BASKETS WALL BASE

FB-2 FB-2 (4) (4)

11" 1'-9"11"1'-7" 1'-9" 1'-7" 6'-2"

1" FINGER PULL

ELECTRICAL OUTLETS

6'-2"

5'-0 7/8"5'-0 7/8"

1" FINGER PULL

ELECTRICAL 1" FINGER PULL 1" FINGER 1" FINGER PULL OUTLETS ELECTRICAL PULL1" FINGER OUTLETS PULL

WEST ELEV. - PANTRY

WEST ELEV. - PANTRY WEST ELEV. - PANTRY

PLASTIC LAMINATE PLASTIC LAMINATE UNDER CABINET LIGHTING UNDER CABINET LIGHTING FINISH END PANEL PER 1" FINGER PULL DETAIL 1" FINGER PULL SOLID SURFACE

WATER DISPENSER FILTER/ COMPRESSOR/BOILER FINISH END PANEL PER CO2 CYLINDER FINISH END PANEL PER DETAIL COORDINATE W/SPEC DETAIL SOLID SURFACE SOLID SURFACE WATER DISPENSER FILTER/ WATER DISPENSER FILTER/ COMPRESSOR/BOILER COMPRESSOR/BOILER CO2 CYLINDER CO2 W/SPEC CYLINDER COORDINATE COORDINATE W/SPEC

E

4'-10"

10'-11" 10'-11"

E

2

EAST E

EASTEAE E

G

PAINTED GYP

DECOUST

DECOUST

OPEN TO BEYOND

2

4'-10" 2'-10"

Back

WALL BASE WALL BASE

DECOUSTICS PANEL PAINTED GYP DECOUSTICS PANEL PAINTED GYP

4'-10" 10'-0" 4'-10" 2'-10" 8'-6 2'-10" 3/4"

FB-2 (4)

5'-0 7/8"

6'-2"

PLASTIC LAMINATE UNDER CABINET LIGHTING FACETED WALL FACETED WALL PAINTED 1" FINGERGYP. PULL PAINTED GYP.

10'-0"

FD-1FD-1

11" 1'-9" 1'-7"

DECOUSTICS PANEL

FACETED WALL PAINTED GYP.

METAL WALL METAL WALL TILE TILE

8'-610'-11" 3/4" 8'-6 3/4"

FD-1FD-1

FD-1FD-1 FD-1

WEST ELEV. - PANTRY

2

METAL WALL TILE

10'-11" 10'-11"

FD-1

WALL BASE

WEST ELEV. - PANTRY WEST ELEV. - PANTRY

10'-0"

FD FD

FD-1

4'-10" 2'-10"

FD

PLASTIC LAMINATE PLASTIC LAMINATE 1" FINGER PULL 1" FINGER PULL

8'-6 3/4" 6'-9"

10'-11" 10'-11"

8'-6 3/4" 8'-6 3/4" 6'-9"10'-11" 6'-9"

UPHOLSTERED BACK UPHOLSTERED BACK SOLID WALL SURFACE WALL ELECTRICAL OUTLET MILLWORK BANQUET BANQUET EXISTING MILLWORK CONVECTOR ELECTROSTATIC SOLID SURFACE PAINT SOLID SURFACE

EASTEAST ELEV. - PANTRY ELEV. - PANTRY

8'-6 3/4" 8'-6 3/4" 4'-10" 10'-11" 4'-10" 2'-10" 8'-6 2'-10" 3/4"

1FD-1 D

WIRE BASKETS

EAST ELEV. - PANTRY

10'-11" 10'-11"

1

ISLAND

1'-6"

FE

MILLWORK BANQUET

3/4" 3'-0" 3'-0" 8'-6 3'-10" 1'-6" 1'-6" 3'-0"

10'-11" 10'-11"

FB

8'-6 3/4" 8'-6 3/4" 10'-11" 3'-10" 3'-10"

FB

UPHOLSTERED BACK WALL PAINTED GYP. PAINTED GYP.

PAINTED GYP. PAINTED GYP. 1" FINGER PULL

8'-6 3/4" 8'-6 3/4" 4'-10" 10'-11" 4'-10" 2'-10" 8'-6 2'-10" 3/4"

PLASTIC LAMINATE PAINTED GYP.

B FB FB FB FBFE FE

D

FACETED WALL PAINTED GYP. PAINTED GYP.

3

PLASTIC LAMINATE

2

OPEN TO BEYOND OPEN TO BEYOND

2

PANTRY ISLAND: SOLID SURFACE

WALL BASE

NORTH ELEV. - ENTRY TO PANTRY 11-38 PLASTIC LAMINATEPLASTIC LAMINATE

WALL BASE WALL BASE

PANTRY ISLAND:

PANTRY ISLAND: SOLID SURFACE Indeed Guidelines 77 SOLID SURFACE

NORTH ELEV. - ENTRY TO PANTRY 11-38 NORTH ELEV. - ENTRY TO PANTRY 11-38

PLASTIC LAMINATE (PL-1)

WALL BASE - (PL-2) PLASTIC LAMINATE (PL-1)

1" REVEAL SHELVING - PLASTIC LAMINATE (PL-2)

METAL TRIM - (PL-2)

INTERIOR CABINET PLASTIC LAMINATE (PL-1)

2" SOLID SURFACE WATERFALL EDGE

NORTH ELEV. - SERVERY

1" METAL TRIM - (PL-2)

Millwork Details

1" REVEAL

1" METAL TRIM - (PL-2)

Technical

1

PANTRY MILWORK - LARGE ENLARGED FLOOR PLAN: PANTRY 09-15A, TRAY DROP-OFF 09-16

PANTRY

3 8"

FL1" METAL TRIM - (PL-2)

FL

REVEALS

1" METAL TRIM - (PL-2)

PLASTIC LAMINATE

FD

FB

FB

FB

FB

FB

FD

FD

1" REVEAL

METAL TRIM - (PL-2)

FB

NORTH ELEV. - SERVERY

FW

FH

FD

INTERIOR CABINET PLASTIC LAMINATE (PL-1)

SHELVING - PLASTIC LAMINATE (PL-2)

FW

2" SOLID SURFACE WATERFALL EDGE

1" METAL TRIM (PL-2)

FB

FB

FH

1

RUBBER WALL BASE

3 8"

WALL BASE - (PL-2) PLASTIC LAMINATE (PL-1)

REVEAL - TYP. WALL BASE (PL-2) PLASTIC LAMINATE (PL-1)

FW

FB

FB

ARCHITE HABJAN 115 W30T NEW YOR 646-766-1

FB

1" METAL TRIM - (PL-2)

1" REVEAL

SHELVING - PLASTIC LAMINATE (PL-2)

FD 1" METAL TRIM - (PL-2)

SOFFIT - PLASTIC LAMINATE - (PL-1)

FB

FACE - PLASTIC LAMINATE (PL-1)

55" TV

ALIGN

FD

FBPLASTIC LAMINATE (PL-1)

BACKSPLASH - PLASTIC LAMINATE (PL-1)

FW

FB

FW

FW

FB

FB

FB

FB

5'-0" AFF

3 8"

1" METAL TRIM (PL-2)

PLASTIC LAMINATE END PANEL

PLASTIC LAMINATE (PL-1) METAL TRIM (PL-2)

METAL TRIM (PL-2)

SOFFIT: PAINTED GYP.

INDE 1120 9th F New

1" REVEAL

EXPEDITOR: EMPIRE CITY CONSULTANTS 15 West 36th Street 3rd Floor OPEN TO New York, NY 10018 BEYOND 212.228.1131

OPEN TO BEYOND

ELEV

A1

REVEALS

1" METAL TRIM - (PL-2)

PLASTIC LAMINATE (PL-4)

MEP ENGINEER: PLASTIC CFS ENGINEERS SOFFIT: LAMINATE (PL-1) 228 East 45th Street 5th FloorPAINTED SOFFIT: GYP.10017 New York, NY 212.867.0259

PLASTIC LAMINATE - (PL-1)

FB-2

FD

1" METAL TRIM - (PL-2)

WALL BASE

FB-2 EAST ELEV. - SERVERY

1-1/2" SOLID SURFACE TOP PLASTIC LAMINATE (PL-1)

3 8"

WALL BASE (PL-2)

LIGHTING: CLARITY LIGHTS 228 PARK AVENUEWALL SOUTH, SUITE 71169 WALLL BASE (PL-2) BASE (PL-2) DIVIDERS: PLASTIC LAMINATE (PL-2) PLASTIC LAMINATENEW (PL-1) YORK, NY 10003 PLASTIC LAMINATE (PL-1) BACKSPLASH: SOLID 718-517-9286 1" METAL TRIM - (PL-2)

REVEAL - TYP.

SURFACE

B ENLARGED CEILING PLAN: PANTRY 09-15A, TRAY DROP-OFF 09-16

1" METAL TRIM - (PL-2)

SOFFIT - PLASTIC LAMINATE (PL-1)

1" METAL TRIM (PL-2) PLASTIC 3 8" REVEALS LAMINATE (PL-1) COUNTER TOP: PLASTIC LAMINATE (PL-4) SOLID SURFACE

WALL BASE

STRUCTURAL ENGINEER:

WEST ELEV. - SERVERY

1" METAL TRIM - (PL-2) VISION PANEL

FB

9'-2" 8'-6"

FB

8'-3" 7'-3"

FB(4)

FB

1" METAL TRIM - (PL-2)

SOUTH ELEV. - SERVERY

FD

7'-3"

FD

FD

PLASTIC LAMINATE (PL-1)

UC

9'-2"

FD

UC

PLASTIC LAMINATE (PL-1)

8'-0"

FD

WALL BASE - (PL-2)

FH UC

FB

SOFFIT - PLASTIC LAMINATE (PL-1)

VINYL WALLCOVERING

FD

2

LIGHTING CLARITY 228 PARK NEW YOR 718-517-9

REVEAL - TYP.

VISION PANEL

OPEN TO BEYOND

FB

3 8"

WALL BASE (PL-2)

1120 Avenue of the Americas New York, NY 10036

FL

FD

1-1/2" SOLID SURFACE TOP PLASTIC LAMINATE (PL-1)

STRUCTU

SOFFIT - PAINTED GYP.

9'-2" 8'-6"

FD

1" METAL TRIM - (PL-2)

WALL BASE

8'-3" 7'-3"

FD

9'-2"

FH

8'-0"

FD

EXPEDITO EMPIRE C 15 West 3 3rd Floor New York 212.228.1

1" METAL TRIM (PL-2)

EAST ELEV. - SERVERY

FB(4) FL

MEP ENG CFS ENG 228 East 5th Floor New York 212.867.0

PLASTIC LAMINATE (PL-1) PLASTIC LAMINATE - (PL-1)

1" METAL TRIM - (PL-2)

PLASTIC LAMINATE (PL-4)

where:

FD

BACKSPLASH - PLASTIC LAMINATE (PL-1)

ALIGN

55" TV

B

Design Guidelines

SOFFIT - PLASTIC LAMINATE - (PL-1)

FB

5'-0" AFF

what:

SHELVING - PLASTIC LAMINATE (PL-2)

FACE - PLASTIC LAMINATE (PL-1)

Section 1.2

OP-OFF 09-16

UC

LAMINATE

BEYOND

VINYL WALLCOVERING

FB FW FB

FB

1" METAL TRIM (PL-2)

FB FW

FB

FW

FW

SOUTH ELEV. - SERVERY

Back

ARCHITECT: HABJAN BETANCOURT ARCHITECTURE LLP. 115 W30TH STREET, SUITE 1213 NEW YORK, NEW YORK 10001 646-766-1650

FB

FB

SOFFIT: PLASTIC LAMINATE (PL-1)

PLASTIC LAMINATE END PANEL

PLASTIC LAMINATE (PL-1) METAL TRIM (PL-2)

METAL TRIM (PL-2)

9'-2"

FB

'-0"

FB

3"

FB

SOFFIT: PAINTED GYP. 1" REVEAL

SOFFIT: PAINTED GYP.

2 FB

1

FW FB

FW

RUBBER WALL BASE

3 8" REVEAL - TYP. WALL BASE (PL-2) PLASTIC LAMINATE (PL-1)

WALL BASE - (PL-2) PLASTIC LAMINATE (PL-1)

OPEN TO

OPEN TO

INDEED 1120 Avenue of the Americas 9th Floor New York, NY 10036

Indeed Guidelines

78

15 West 36th Street 3rd Floor New York, NY 10018 212.228.1131

12

14

13

15

LIGHTING: CLARITY LIGHTS 228 PARK AVENUE SOU NEW YORK, NY 10003 718-517-9286

17

16

STRUCTURAL ENGINEE

Door Details

1

2

3

Section 1.3

what:

3A

1

Technical where: Design Guidelines

1

38" TYP.

J2

JAMB

H3

11

10 1

1

1 H2A

S2A

HEAD

1

J2A

H1

S1

Back

3A

4

3

2

2

SILL

12

DOOR TYPES

SINGLE GLASS ENTRY DOOR

S3

14

13

15

SILL

INDEED 1120 Avenue 9th Floor New York, NY

3

1

J3

JAMB

3A

4DOOR TYPE

2

JAMB

HEAD

ARCHITECT: HABJAN BETANCOURT 115 W30TH STREET, SU NEW YORK, NEW YORK 646-766-1650

DOUBLE GLASS ENTRY DOOR

1

H2

HEAD

SILL

STANDARD HOLLOW METAL DOOR

5

6 J1

HEAD

JAMB

MOUNTING HEIGHTS

7

8

H2A

HEAD

9

Indeed Guidelines

79

1' - 0"

3

2

SCHE. GYPSUM CEILING

1 JOINT REINFORCEMENT CORNER BEAD 3

8

2 EXISTING GLAZING

SEE RCP

SAG-RESIS GYP. BD WITH METAL STUD FRAMING METAL STUD, SECURED TO STRUCTURE ABOVE, DIAGONALLY BRACE REQUIRED

1

Ceiling Details

SCHEDULE CEILING

SEE RCP

ULE CEILING

1' - 0"

EXISTING METAL DECKING

JOINT REINFORCEMENT

where:

CORNER BEAD

CEILING SUPPORTS AS REQD. SET BACK FROM PANEL EDGE

SCHE. GYPSUM CEILING

GRID 15/16 INTER. DUTY GRID

6" MIN.

1' - 0"

SCHE. GYPSUM CEILING

PARTITION AS SCHEDULED

REINFORCEMENT

ER BEAD

1 1/2" = 1'-0"

Design Guidelines

TECTUM CEILING PANEL CONCEALED GRID TILE TILE THICKNESS 1.5"

EXISTING GLAZING

EXISTING GLAZING

SAG-RESIS GYP. BD WITH METAL STUD FRAMING

TECTUM CEILING PANEL FINISHED EDGE CONDITION MINIMUM 2 PER PANEL END PAN. TO HAVE 3 FIN. ENDS

JOINT REINFORCEMENT

SCHEDULED DOWNLIGHT FIXTURE. COORIDNATE FIXTURE INSTALLATIONBEAM BEYOND WITH SCHEDULED FURNITURE REINFORCEMENT HEADER. SECURE FIXTURE TO SLAB ABOVE AND PROVIDE PATHWAY FOR ULED DOWNLIGHT FIXTURE. FIXTURE CABLES AND SUPPORTS. DNATE FIXTURE INSTALLATION CHANNEL SUPPORTS & HANGERS CHEDULED FURNITURE LINE OF SCHEDULED FURNITURE FOR LED STRIP LIGHT FIXTURE R. SECURE FIXTURE TO SLAB AND PROVIDE PATHWAY FOR ABOVE PERFORATED TILE LINE OF PARTITION BEYOND RE CABLES AND SUPPORTS. SCHEDULED PARTITION CEILING SUPPORT AS REQUIRED F SCHEDULED FURNITURE 5 8"

F PARTITION BEYOND

ING ULED PARTITION

11

2" MTL. O.C.

DETAIL AT TECTUM CEILINGS

1

DETAIL AT TECTUM CEILING

TYP.NO SHADE @ EXTERIOR WINDOW

TYPE X GYPSUM BOARD

11

1 1/2" = 1'-0"

SEE RCP FOR CEILING HEIGHT

F.R. BLOCKING AS REQUIRED FOR FAN COIL TYP.NO SHADE EXTERIOR WINDOWEXISTING TAPED IN LINEAR@ LIGHT FIXTURE UNIT COVER 0' - 8" TO LIGHTING SCHEDULE AND 1 1/2" = 1'-0"REFER

SPECIFICATION

10

0' - 4"

SCHE. A GYPSUM CEILING

ALIGN

IGHTING COVE AT TYPE FG S

24

STONE SADDLE

0' - 6"

0' - 6"

ALIGN

SCHEDULED GYP. CEILING

TAPE AND SPACKLE. ALIGN

SCHEDULED GYP. CEILING

TAPE AND SPACKLE.

SCHEDULED DIFFUSER SCHEDULED ACTMECH CEILING (TYPICAL) SEE CONTROL JOINT DRAWINGS. SEE SPEC.

SCHEDULED DIFFUSER (TYPICAL) SEE MECH DRAWINGS.

CERAMIC TILE AS SCHEDULED LATICRETE BLUE 92 ANTI-FRACTURE MEMBRANE & LATICRETE 125 SOUND & CRACK ADHESIVE THIN SET / FLOOR LEVELING EXISTING SCHEDULED ACT CEILING CONCRETE SLAB

ALIGN

JOINT COMPOUND

GYP. BD CEILING WITH GRID SYSTEM

METAL STUD, SECURED TO STRUCTURE ABOVE, DIAGONALLY BRACE AS REQUIRED

9

ALIGN

6

DETAIL AT CERAMIC TILE & SADDLE ALIGN

TYP. LIGHTING COVE @ COPY / COFFEE 3" = 1'-0"

SHADOWLINE WALL MOLDING (TYP)

C

SEE RCP

VARIES METAL STUD, SECURED TO STRUCTURE ABOVE, DIAGONALLY BRACE REQUIRED

SCHEDULED ACT SUSPENSION SYSTEM GRID AND PANEL METAL STUD, SECURED TO STRUCTURE ABOVE, DIAGONALLY BRACE REQUIRED

GYP. BD CEILING WITH METAL STUD FRAMING

5

PROJECT

TYP. DETAIL @ SOFFIT 3" = 1'-0"

SEE RCP

SCHEDULE CEILING

SCHEDULE CEILING

JOINT REINFORCEMENT CORNER BEAD

JOINT REINFORCEMENT CORNER BEAD

SEE RCP

VARIES

SEE RCP

VARIES

2

2

GYP. BOARD. CEILING WITH GRID SYSTEMS

1

ARCHITECT: HABJAN ARCHITECTURE + INTERIOR DESIGN LLC. 115 W30TH STREET, SUITE 1213 NEW YORK, NEW YORK 10001 3" = 1'-0" 646-766-1650

5

55

TYP. DETAIL @ SOFFIT DETAIL AT SOFFIT

TYP. DETAIL @ SOFFIT

SAG-RESIS GYP. BD WITH METAL STUD FRAMING

SAG-RESIS GYP. BD WITH METAL STUD FRAMING

PANTRY UPPER CABINET (WHERE OCCURS)

JOINT REINFORCEMENT

SCHEDULED PARTITION

PANTRY UPPER CABINET (WHERE OCCURS)

LINE OF PARTITION B BEYOND

SCHEDULED PARTITION

811 LOU HOUSTO

811 LOUISIANA STREET HOUSTON, TEXAS 77002

JOINT REINFORCEMENT METAL STUD BRACING AS REQUIRED.

GYP. BD CEILING WITH METAL STUD FRAMING

SCHEDULED FABRIC WRAPPED PANEL (WHERE OCCURS)

SEE RCP

C

SEE RCP

SHIMMING AS REQUIRED. PAINT TO MATCH ADJ. PARTITION.

GYP. BD. WALL BEYOND

4

METAL STUD, SECURED TO STRUCTURE ABOVE,

SHADOWLINE WALL MOLDING (TYP)

SCHEDULED PARTITION SLIDING DOOR AS SCHEDULED

1 1/2" = 1'-0"

DIAGONALLY BRACE AS 3" = 1'-0" REQUIRED

1 1/2" = 1'-0"

SCHEDULED CEILING GRID SYSTEM

SEE FINISH SCHEDULE FOR DIMENSION REQUIREMENTS

LIGHT COVE AT ACT CE

3

TYP. CEILING TRANSITION-ACT TO GYP STRUCTURAL ENGINEER: BD

SEE RCP

1 1/2" = 1'-0"

SCHEDULED PARTITION

SEE RCP

TYP. CEILING TRANSITION-ACT TO GYP CEILING TRANSITION-ACT TO GYP BD 6 BD 1 TRANSITION-ACT 1/2" = 1'-0" TO GYP 4 TYP. CEILING BD CARPET AS SCHEDULED

6

9

PROVIDE F.T. BLOCKING WITHIN PARTITION TO SUPPORT LIGHTSCHEDULED ACT SUSPENSION SYSTEM GRID AND PANEL

SCHEDULED LIGHT FIXTURE SCHEDULED ACT SUSPENSION SYSTEM GRID AND PANEL SCHEDULED ACT CEILING WITH SYSTEMS GYP. BD GRID CEILING WITH METAL STUD FRAMING

SCHEDULED FINISH SCHEDULED PARTITION

TYP. LIGHTING COVE @ COPY / COFFEE

5

SHADOWLINE WALL MOLDING (TYP) METAL STUD BRACING AS REQUIRED.

3" = 1'-0"

CORNER BEAD

3" = 1'-0"

FIXTURE INSTALLATION SEE RCP

CEILING DIFFUSER DETAIL AT GYP. Back 7 CEILING 1 1/2" = 1'-0" DETAIL AT GYP. CEILING DIFFUSER CEILING 1 1/2" = 1'-0"

DETAIL AT CONTROL JOINT

LIGHTING: CLARITY LIGHTS 228 PARK AVENUE SOUTH, SUITE 71169 NEW YORK, NY 10003 718-517-9286

6

JOINT COMPOUND SAG-RESIS GYP. BD WITH METAL STUD FRAMING

TYP. DETAIL AT CONTROL JOINT

EXPEDITOR: EMPIRE CITY CONSULTANTS ALIGN 15 West 36th Street 3rd Floor New York, NY 10018 212.228.1131

METAL STUD, SECURED TO STRUCTURE ABOVE, DIAGONALLY BRACE AS REQUIRED

1 1/2" = 1'-0"

ALIGN

CORNER BEAD WITH GYP. BD CEILING GRID SYSTEM SCHEDULED FINISH

CEILING DIFFUSER DETAIL AT GYP. CELING

7

TYP. LIGHTING COVE @ COP

9

SCHEDULED LIGHT FIXTURE D (WHERE OCCURS)

SAG-RESIS GYP. BD WITH METAL STUD FRAMING

SEE RCP

1120 Avenue of the Americas New York, NY 10036

EXISTING GLAZING

DETAIL AT FAN COIL UNIT COVER

CEILING

D 7 Dey Street. New York, NY 10007

SEE RCP

SHADE SYSTEM INDICATED

SCHEDULED ACT CEILING

3 CEILING DIFFUSER DETAIL AT GYP.

CLIFFORD DIAS, PE, PC

FT BLOCKING AS REQUIRED

EXISTING GLAZING

SCHEDULED DIFFUSER (TYPICAL) SEE MECH DRAWINGS.

5

SHADE SYSTEM INDICATED

MEP ENGINEER: CFS ENGINEERS 228 East 45th Street 5th Floor New York, NY 10017 212.867.0259

TAPE AND SPACKLE.

7 De

MEP

SCHEDULED LIGHT FIXTURE (WHERE OCCURS)

1 1/2" = 1'-0"0' - 6"

SCHEDULED GYP. CEILING

PROVIDE F.T. BLOCKING WITHIN PARTITION TO SUPPORT LIGHT FIXTURE CONTROL JOINT INSTALLATION. SEE SPEC. FT BLOCKING AS REQUIRED

1 1/2" = 1'-0"

TYP. PRIVACY SHADE @ EXTERIOR 10 WINDOW 1 1/2" = 1'-0" TYP. PRIVACY SHADE @ EXTERIOR WINDOW

PACK SOUND BARRIER PILLOWS. FILL ALL VOIDS AT PARTITION TERMINATION WHERE APPLICABLE.

PER RCP

TURE

2

TYP. PRIVACY SHADE @ EXTERIOR WINDOW

CONSULTANTS

SCHE. GYPSUM CEILING

1/27/2017 4:28:36 PM

ESIS GYP. BD WITH STUD FRAMING

10 C:\temp\035695.410_Willis_Houston_2016_kimb.rvt

Technical

TYP.NO SHADE @ EXTERIOR WINDOW 0' - 6"

11

0' - 6"

0' - 6"

SCHEDULED PARTITION

1001 McKinney Street Suite 1300 Houston, TX 77002 t 713.366.4000 f 713.528.3339 www.perkinswill.com

PROVIDE F.T. BLOCKING WITHIN PARTITION TO SUPPORT LIGHT FIXTURE INSTALLATION.

LINE OF PARTITION BEYOND

SEE RCP

1 1/2" = 1'-0"

EXISTING EXTERIOR WALL ASSEMBLY

0' - 6"

LINE OF SCHEDULED FURNITURE

what: T DETAIL @ BOOTH

SEE

EXISTING EXTERIOR WALL ASSEMBLY

SCHEDULED DOWNLIGHT FIXTURE. COORIDNATE FIXTURE INSTALLATION EXISTING EXTERIOR WALL WITH SCHEDULED ASSEMBLYFURNITURE HEADER. SECURE FIXTURE TO SLAB ABOVE AND PROVIDE PATHWAY FOR FIXTURE CABLES AND SUPPORTS.

Section 1.4

CEILING DIFFUSER DET CEILING

7

EXISTING GLAZING

3" = 1'-0"

EXISTING EXTERIOR WALL ASSEMBLY

JOINT REINFORCEMENT

1 SHADE SYSTEM INDICATED

ISSUE FOR ADDENDUM #01 2017.01.27

1

TYP. LIGHTING COVE AT TYPE FG LIGHTS

ISSUE FOR ADDENDUM #01 2017.01.27

4

STUD, SECURED TO TURE ABOVE, NALLY BRACE RED

7

SCHE. GYPSUM CEILING

SCHEDULE CEILING

4

B

META TO ST ABOV

LINE OF PARTITION BEYOND

S SEE RCP

SEE RCP

3/4" SHADOW MOLDING SCHEDULED PARTITION

SCHE SUSP SYST

3/4" S

3" = 1'-0"

INDEED 1120 Avenue of the Americas 9, 11, 12, 13, 16 Floors New York, NY 10036

META AS RE

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ISSUE CHART

GYP.

Acoustical Details Section 1.5

what:

CEILING SUPPORTS ASAS REQD. CEILING SUPPORTS REQD. SET BACK FROM PANEL EDGE SET BACK FROM PANEL EDGE

Technical

GRID 15/16 INTER. DUTY GRID GRID 15/16 INTER. DUTY GRID

EXISTING METAL EXISTING METAL DECKING DECKING

where: Design Guidelines

6" 6" MIN. MIN.

PARTITION ASAS SCHEDULED PARTITION SCHEDULED

TECTUM CEILING PANEL TECTUM CEILING PANEL FINISHED EDGE CONDITION FINISHED EDGE CONDITION MINIMUM 2 PER PANEL END MINIMUM 2 PER PANEL END PAN. TOTO HAVE 3 FIN. ENDS PAN. HAVE 3 FIN. ENDS

BEAM BEYOND BEAM BEYOND

22 CHANNEL SUPPORTS & HANGERS CHANNEL SUPPORTS & HANGERS FOR LED STRIP LIGHT FIXTURE FOR LED STRIP LIGHT FIXTURE ABOVE PERFORATED TILE ABOVE PERFORATED TILE

TECTUM CEILING PANEL TECTUM CEILING PANEL CONCEALED GRID TILE CONCEALED GRID TILE TILE THICKNESS 1.5" TILE THICKNESS 1.5"

DETAIL DETAILATATTECTUM TECTUMCEILINGS CEILINGS DETAIL AT TECTUM CEILING

2

CEILING SUPPORT ASAS REQUIRED CEILING SUPPORT REQUIRED 120°

120°

5 5 X GYPSUM BOARD 8" TYPE 8" TYPE X GYPSUM BOARD

SEE RCP FOR CEILING HEIGHT SEE RCP FOR CEILING HEIGHT F.R. BLOCKING ASAS REQUIRED FOR F.R. BLOCKING REQUIRED FOR TAPED IN IN LINEAR LIGHT FIXTURE TAPED LINEAR LIGHT FIXTURE REFER TOTO LIGHTING SCHEDULE AND REFER LIGHTING SCHEDULE AND SPECIFICATION SPECIFICATION

B B1 B2 B3 B4

RED QUIRED

HEADER DETAIL 1 C

PARTITION- FULL HEIGHT

AT GLASS PARTITIONS

PARTITION - 2-1/2" STUD PARTITION - 6" STUD

EXISTING FAN COIL EXISTING FAN COIL UNIT COVER UNIT COVER PACK SOUND PACK SOUND BARRIER PILLOWS. BARRIER PILLOWS. FILL ALL VOIDS ATAT FILL ALL VOIDS PARTITION PARTITION TERMINATION WHERE TERMINATION WHERE APPLICABLE. APPLICABLE.

E

PARTITION- FU

DETAIL ATCOIL FAN COIL UNIT COVER DETAIL ATATFAN DETAIL FAN COILUNIT UNITCOVER COVER 5 5 D 3PARTITION - WOOD & GLASS

PARTITION - 3-5/8" STUD Back

PARTITION - 3-5/8" STUD 2

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Demountable Partitions Section 1.6

what:

Indeed has a preferred relationship with Tecno s.p.a. to provide glazed partitions and interior doors. The following details highlight the recommended products and profiles which are to be considered on each project. Other manufacturers’ products of confirmed equal quality and performance may be considered, if clearly demonstrated to have cost or lead time benefits.

Technical where: Design Guidelines

PLAN SECTION OF GLASS PARTITION

GW

W80 DOUBLE GLAZED GLASS PARTITION

Product Contact :

Back

Tecno Int. NA 20 Exchange Place New York City New York, 10005 Mobile: USA +1.646.331.4193 Mobile: Italy +1.346.88.97.664 Email: info@tecnospa.com

SECTION OF GLASS PARTITION

JOINTS Indeed Guidelines

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Demountable Partitions Section 1.6

what: Technical where:

Product Contact :

Design Guidelines

Tecno Int. NA 20 Exchange Place New York City New York, 10005 Mobile: USA +1.646.331.4193 Mobile: Italy +1.346.88.97.664 Email: info@tecnospa.com

SECTION OF GLASS DOOR

GD

W80 INTERNAL SLIDING GLASS DOOR

Product Contact :

Back

Tecno Int. NA 20 Exchange Place New York City New York, 10005 Mobile: USA +1.646.331.4193 Mobile: Italy +1.346.88.97.664 Email: info@tecnospa.com

PLAN SECTION OF GLASS DOOR

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Demountable Partitions Section 1.6

what: Technical where: Design Guidelines

SECTION OF GLASS DOOR

GD1

W80 HINGED GLASS DOOR

Product Contact :

Back

Tecno Int. NA 20 Exchange Place New York City New York, 10005 Mobile: USA +1.646.331.4193 Mobile: Italy +1.346.88.97.664 Email: info@tecnospa.com

PLAN SECTION OF GLASS DOOR Indeed Guidelines

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Furniture what:

Section 2.1

Technical

The following images were prepared in coordination with Two Furnish to provide a general reference for various configurations and components. Additional requirements must be coordinated on a project by project basis.

where:

WORKSTATION BENCHING

Design Guidelines

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Furniture what: Technical

Section 2.1

HEX WORKSTATIONS

where: Design Guidelines

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Furniture what: Technical

Section 2.1

WORKSTATION TASK CHAIR

where: Design Guidelines

+Wk Chr, Aeron, Std-Ht Pneu., Tlt Lim, Adj Arms, Nonuphst Pds/B +Adjustable lumbar support +graphite +2 1/2” hard caster, black yoke, carpet only +black +pellicle-Pr Cat 1 +pellicle classic carbon SIZE B

Size split 70/15/15 for sizes A,B, and C

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Furniture what: Technical

Section 2.1

WORKSTATION PEDESTAL

where: Design Guidelines

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Furniture what: Technical

Section 2.1

WORKSTATION FINISHES

where: Design Guidelines

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Furniture what: Technical where: Design Guidelines

Section 2.1

CONFERENCE ROOMS Watson Miro Conference Table Over 9’ 2 piece top ea top has power box in center D-top rounded end condition Power+AV: Power: ECA Power Box (Finishes based on table top finish; black or silver) Per Box = 3 Power, 2 USB, 2 Data, 1 HDMI Tables that are made into 2-piece tops will get (1) power box centered in each top. See below.

Example 1: Gets 2 power boxes

Example 2: Gets 1 Power Box

Finishes: Varies NYC Finishes: Asian Night Top w/ Charcoal Base Phoenix Finishes: Bianco Kos Top w/ Frosty White Base Indeed Guidelines

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Furniture what: Technical where:

Section 2.1

CONFERENCE ROOMS Custom Podium

Custom Mobile Credenza

Design Guidelines

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Furniture what: Technical where:

Section 2.1

CONFERENCE ROOMS Conference Room Chairs

Design Guidelines

CIRCO CHAIR CR2 Frame: BLACK Base: BLACK 5 STAR STANDARD BLACK GAS LIFT HARD CASTERS Mesh: BLACK Fabric: GRADE 3, CAMIRA AQUARIUS Color: PITCH JA002

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Furniture what: Technical

Section 2.1

INTERVIEW ROOM - 3 TYPES

where: Design Guidelines Type 1: D- top Conference Table Conference Chair

Type 2: Lounge Furniture to fill space and face video monitor (nothing too deep or that has a slanted seat)

Type 3: Lounge Furniture to fill space and face video monitor (nothing too deep or that has a slanted seat)

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Furniture what: Technical

Section 2.1

TRAINING ROOM

where: Design Guidelines

Fliptop Tables with Power/AV at the top of table

Allermuir Circo Chair

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Furniture what: Technical

Section 2.1

OPEN COLLABORATION SPACE

where: Design Guidelines

Laptop Tables Allermuir Host Accessories (decorative accessories, books, plants, games, puzzles, coloring books)

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Furniture what: Technical where: Design Guidelines

Section 2.1

MEDIUM PANTRY Furniture benches to fit architecture- (the ROI is higher for Indeed)

High Density Stacking Chairs with solid backs, Indeed to decide on a case by case basis if additional chairs and carts should be ordered for All Hands

*Serving counters shall not have stools.

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Furniture what: Technical

Section 2.1

GAME ROOM

where: Design Guidelines

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Finishes what: Technical where: Design Guidelines

Section 2.2

This section will specify the performance and quality standards to be included in Indeed workplaces.

GENERAL • Paint (P-1, P-2, P-3) FLOORING OPTIONS • Carpet (CPT-1 : Main, CPT-2: Accent 1, CPT-3 Accent2) • Concrete (CON-1- stain, CON2- existing to polish)

WALL TREATMENT • Wallcovering ( WC-1, WC-2, etc) • Acoustical Panels (AWP-1, AWP-2, etc) • Film- (FM-1, FM-2) • Writable Dry Erase Paint (MB-1) • Vinyl (VIN-1, VIN-2)

• Wood (WD-1: Main, WD-2: Accent)

• Rubber Base (RB-1, RB-2, etc)

• Glazed Porcelain Tile (GPT1: Main, GPT-2: Accent)

• Glass (G-1)

RESTROOMS AND BREAKROOMS • Solid Surface (SS-1, SS-2) • Plastic Laminate (PL-1, PL-2, PL-3)

• Fabric Tack Panel (FTP-1, etc) CEILING • Acoustic Ceiling Tile (APC-1, APC-2)

• Glass Backsplash(GWT-1,GWL-2) • Tile Backsplash (WTI-1, WT-2) • Grout (GRT-1, etc)

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Graphics / Signage

what:

Indeed Brand Colors:

Technical where: Design Guidelines

PMS 285 CMYK 100/40/0/0 RGB 33/100/243 HEX #2164f3

PMS 7579 CMYK 0/70/100/0 RGB 255/102/0 HEX #ff6600

White CMYK 0/0/0/0 RGB 255/255/255 HEX #ffffff

PMS 424 CMYK 59/50/50/20 RGB 102/102/102 HEX #666666

Black CMYK 0/0/0/100 RGB 0/0/0 HEX #000000

Indeed Brand Fonts:

Helvetica Neue Bold

Helvetica Neue Regular

Helvetica Neue Light

ABCDEFGHIJKLM NOPQRSTUVWXYZ abcdefghijklm nopqrstuvwxyz 1234567890!@#$%&?

ABCDEFGHIJKLM NOPQRSTUVWXYZ abcdefghijklm nopqrstuvwxyz 1234567890!@#$%&?

ABCDEFGHIJKLM NOPQRSTUVWXYZ abcdefghijklm nopqrstuvwxyz 1234567890!@#$%&?

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Graphics / Signage what: Technical where: Design Guidelines

Graphic Icons:

Custom graphic icons have been created for Indeed to be used to identify space types in environmental graphics, signage and wayfinding. In large offices, these icons should be added to the directory for easy wayfinding.

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

Restrooms (W / M) Elevator Stairs You Are Here Pantry Typical Meeting Room Typical Phone Room Training Room Game Room Cafe Mother’s Room Shower Room Back of House: Mecha Room, IDF, etc.

Storage Fitness Room Quiet Room Coat Storage Copy Room Interview Room

1.

2.

3.

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Application of Graphic Icons

Flat edge to be flush with adjacent door frame or opening

Graphic icons are to be used to identify space types and in wayfinding.

Style Line weights of icons should be consistent throughout each project.

Use round cap for all exposed edges of linework and round join for all corners.

Round cap

30” top to bottom

Icon Color Indeed Orange (recommended) Wall Application Icon to always be resting on a horizontal datum. If horizontal datum does not exist in the design use the icon to include a horizontal graphic element.

Location For room types, icon should be positioned adjacent to open-side of door.Provide a margin between door frame or opening and the icon.

Meeting room signage. Icon only to sit on top of glass film.

Phone room signage. No architectural horizontal datum line. Graphic to include horizontal line.

Wayfinding graphics

Horizontal datum in which the icon is positioned above to be consistent throughout each project.

Floor application of wayfinding graphics

Code compliant signage Indeed Guidelines

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Graphics / Signage what: Technical where: Design Guidelines

Room Signage

Text Helvetica Neue Medium, All caps, Tracking 25, Leading pt size equal to font pt size.

Font size to be consistent throughout the project.

Text Placement Should be center justified on the door.

Minimum 4” margin on all sides of door.

Font not to extend to edge of door.

Height of room name to be near eyelevel.

NO room names below 48” A.F.F. due to lack of visibility.

30” top to bottom 4” Clear all sides

Single line of text

Text Color High contrast between text color and door finish is recommended for legibility.

• Light wood door: black text • Dark wood door: white text • Glass door - black, white or frosted text. White text is more legible if interior of the room is dark finishes.

Black text is recommended if the room interior is light finishes.

Writable Wall Surface Writable wall surface should be 30” top to bottom.

4” Margin

Two lines of text Indeed Guidelines

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Graphics / Signage

what: Technical where: Design Guidelines

1. Indeed Logo Refer to Indeed Brand Guidelines for specifications on use of logo.

2. Indeed Search Bar Search boxes, “what:”, “where:” and “Find Jobs” button to remain consistent. Text within the what and where search boxes may vary per project location/design.

3. Indeed Dot Map One color/material to be used across entire dot map.

1.

2.

Solid wall application: Light gray 5–7% tint of black recommended

3.

Glazing application: Dusted crystal PVC-free film / frosted glass appearance.

Never try to recreate any Dot Map. New maps may only be created by a member of the corporate marketing team.

4. “We help people get jobs.”

Tagline used as graphic or signage element.

5. Blue Brand Wall “We help people get jobs.”

Custom wallcovering.

4.

Background color: Indeed brand blue printed as 4-process (CMYK) or PMS. Text: White 6. Jobby Incorporated into the design of one custom graphic (recommended).

Recommended location: Node or Entry

6.

5.

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Graphics / Signage what: Technical where: Design Guidelines

Local Flare

Each office should include a local element that varies per project and coordinates with interior aesthetic per location.

Three ways to reflect the local environment within each office space: 1. Graphics 2. Materiality 3. Art Installation

1. Custom graphic of local landscape (Phoenix)

The following are examples only.

2. Materials to reflect local environment (Toronto)

3. Street art gong wall installation (London)

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Graphics / Signage what: Technical where: Design Guidelines

Sales Office Gong

Sales office floors ring a gong and play music to acknowledge/celebrate completed sales.

1. The gong is typically 36” diameter.

2. The gong is mounted with Crestron touchpanel and iPad Pro.

Note: Dimensions in mm Indeed Guidelines

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Lighting what: Technical where: Design Guidelines

Overall Goals for Lighting • • •

Provide access to daylight Provide adequate light for tasks Prevent glare from daylight and from interior electric light

Lighting Strategies 1. Place workstations in proximity to windows. 75% of workstations should be within 25 ft of an atrium or window; 95% of workstations within 41 ft of an atrium or window.

2. Provide task lighting when appropriate. If ambient lighting is below 300 lux, specify task lights that provide 300 to 500 lux at the work surface.

3. Use strategies at the windows to reduce solar glare. For glazing below 7’, either employ interior shades/blinds that are operable or automatic, an external shading system, or electrotonic glass that reduces transmissivity by 90% or more. For glazing above 7’, employ a strategy listed above, or use interior light shelves or a film of micro-mirrors to reflect sunlight toward the ceiling.

4. Orient workstations to avoid glare on computer screens. All computer screens at desks located within 15 ft of windows should be oriented within a 20º angle perpendicular to the plane of the window.

5. Shield electric lights to reduce glare, and do not aim them directly at computer screens.

6. Select light colored finishes to reflect light and create an overall brighter interior as opposed to dark-colored finishes that absorb light.

7. Lighting should automatically dim in response to daylight.

8. Lighting should automatically dim when space is unoccupied.

9. Walls should have the appropriate amount of window area, and those windows should transmit the appropriate amount of sunlight. Window-wall ratio should be between 20% and 60%. All glazing higher than 7’ from the floor should have a visible transmittance (VT) of 60% or greater. All glazing below 7’ from the floor should have a visible transmittance (VT) of 50% or greater.

10. Ensure electric lighting contributes to accurate portrayal of colors. Specify that all electric lights have a Color Rendering Index Ra (Avg. R1 through R8) of 80 or higher and Color Rendering Index R9 of 50 or higher.

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Lighting what: Technical where: Design Guidelines

Lighting in the Open Workstation Area Visual comfort plays a major role in individuals’ ability to complete job tasks. This means that lighting should be considered when designing a work are according to ergonomic principles. The goal is to prevent or reduce glare. There are two types of glare – direct glare is caused by intensely bright light sources, such as the sun shining in windows and bright light fixtures shining down from the ceiling; reflected glare includes bright spots that are caused when light reflects on a computer monitor or work surface. Avoid using bright overhead lighting, which can cause shadows along with direct and reflected glare. To improve visual comfort and reduce glare, use any of these effective measures: • • • • •

Provide indirect lighting Place good diffusers on overhead lights Lower the general level of light in the work area, and provide task lighting Add shades to windows Tilt or move the monitor to avoid glare; adjust the monitor controls for brightness and contrast

Lighting Fixtures • •

Specialty lighting may be provided in the following areas: lobby, meeting rooms, training rooms, and other rooms as approved.

Lighting shall be controlled by time clocks, occupancy sensors, and/or local switching as required.

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Acoustics what: Technical where: Design Guidelines

Overall Goals for Acoustics • • • •

Consider exterior noise intrusion Consider interior noise from mechanical systems Shorten reverberation time so that interior-generated noise dissipates quickly, lowering levels of ambient interior noise Reduce sound transmission between spaces separated by walls/doors

Acoustic Strategies 1. Consider exterior noise intrusion: Research shows that loud or repetitive exterior noises can be a source of stress and detrimental to health. When choosing a site to build on, or more commonly, lease, leaders should be hesitant to choose a location in which the average interior sound pressure level from outside noise exceeds 50 dBA. 2. Consider the sound level of mechanical systems in the building: Meet the noise criteria (NC) limits of each space type: • Open workspaces - NC maximum of 40 • Enclosed offices - NC maximum of 35 • Conference rooms - NC maximum of 30 (25 recommended) 3. Plan for acoustic zones: Use an acoustic plan to identify loud and quiet zones, separating heads down areas from high traffic areas.

4. Incorporate mobile technology: headsets and wireless technology enable quick relocation between loud and quiet zones.

5. Employ change management: encourage the use of the right space for the right function.

6. Use sound masking: 45-48 dBA for open workspaces and 40-42 dBA for enclosed offices.

7. Specify acoustic coverings for ceilings and walls using appropriate Noise Reduction Coefficients: • Open workspace ceilings - NRC minimum of 0.9 • Conference room ceilings - NRC minimum of 0.8 on at least 50% of surfaces • Open workspace walls - NRC minimum of 0.8 on at least 25% of surfaces • Enclosed office/conference room walls - NRC minimum of 0.8 on at least 25% 8. Interior partition walls should be full height and meet Noise Isolation Class (NIC) minimums: • Enclosed offices - NIC minimum of 35 when a sound masking system is present; NIC minimum of 40 when no sound masking system is present • Conference rooms - NIC minimum of 53 on walls 9. Interior wall construction should reduce air gaps by properly sealing all acoustically rated partitions at the top and bottom tracks, staggering all gypsum board seams, and packing and sealing all penetrations through the wall.

10. Doors of private offices and conference rooms should be constructed with gaskets, sweeps, and/or non-hollow cores to reduce sound transmission.

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Appliances what: Technical

Lead times, dimensions, and pricing must be reconfirmed on a project by project basis. For outside of US use appliance standards as guideline, approval by Indeed required.

where:

Item

Brand

Model

Commercial Dishwasher Double Door glass front Refrigerator - Option #1 Double Door glass front Refrigerator - Option #2 Double Door Metal front Refrigerator Single Door metal front Refrigerator Single Door metal front Freezer Countertop water/ice machine ADA Microwave Coffee Brewer (single) Coffee Brewer (double) Coffee Grinder Large office Espresso Machine (over 300) Small office Espresso Machine (less than 100) Under counter Mini-fridge

Fagor Everest TRUE Everest TRUE Everest Scotsman Panasonic Fetco Fetco Fetco Jura Jura Summit

COP-504W EBGR2 GDM-47-LD EBRF2 T-23-HC EBF1 HID312A‐1 NE-1064 2131XTS 2132XTS GR2.2 Giga X7 Giga 5 SCR600BLBIHVADA

Design Guidelines

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Audio Visual Guidelines what: Technical

The following Audio Visual content was compiled from the AV Design Standards V.1 2016, to provide detailed requirements for products and functional components within the Indeed workplace.

where:

1. AUDIO / VIDEO STANDARDS INTRODUCTION

Design Guidelines

This document presents the overall indeed Audio/Visual Design Standards Document. The purpose of this document is to acquaint design teams and construction professionals with the basic elements of indeed’s preferred Audio/Visual systems, and to guide the design teams toward a consistent Audio/Visual deployment throughout all indeed Campuses. This will result in easy to use, high quality, reliable A/V throughout all renovation and new building projects. Audio/Visual deployments require a well-coordinated, cohesive effort between the architects, electrical engineers, cabling contractors, network professionals, and A/V integrators, as each is dependent on others to deliver a fully functional room. This is to detail the elements, and provide installation and design guidelines.

2. ROOM DEFINITION The purpose of this section is to define specific room type naming and descriptions for use by the Architect, Real Estate, IT, and AV Integrator. This will establish a common nomenclature for use by the project team for all room referencing.

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Audio Visual Guidelines what: Technical where:

2.1 Phone Booth/Room Phone Booths are defined as a small collaboration space with a door, typically for 1-2 people to collaborate for a limited time. The Phone room will have a work surface sufficient for up to 1-2 people, USB 5v power, and an IP phone with builtin speakerphone, and a duplex power outlet with USB receptacles. These spaces are open access, no room reservation required. User can use laptop for video conference.

Design Guidelines

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Audio Visual Guidelines what: Technical where: Design Guidelines

2.2 Video Conference Rooms Conference Rooms are defined as a video conference meeting space for 4 to 12 people. The room is expected to be used only for the duration of a meeting and should be scheduled via the IT room reservation system. The Conference Room will have either a couch and/or stationary chairs, a table sufficiently sized for room occupants with a cut-in table box for Magsafe Macbook charger and IT connectivity. The room will have an IP Phone with built-in speakerphone, a separate speaker phone for video conference audio, a “prosumer” USB camera, dual or single Wall-mounted displays (depending on room size), Whiteboard, and a Mac-Mini with wireless keyboard and mouse for collaboration applications (Google Hangouts). These spaces are reservable and there shall be a iPad-mini mounted outside of the room connected to the IT room reservation system.

Rooms must have acoustic treatment - ceiling tiles, wall panels, carpeting Must be inventory tagged, logged in Oomnitza along with the associated PO: • Mac Mini • Camera • TVs • Audio units (Phoenix, ClearOne, BiAmp, etc) • Anything over $500 Physically secured under the desk: • Magsafe charger block (so it can’t be easily removed from the room) iPad mount requirements: • Surface mount only (recessed mounts may cause heat issues) Post-install tasks: • Each conference room Mac Mini should be enabled with Nagios monitoring • Each conference room Mac Mini should have the audio settings script installed and tested

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Audio Visual Guidelines what: Technical where: Design Guidelines

2.3 Training Rooms Training Rooms are defined as a conference meeting space that can accommodate 12 to 40 people with chairs and table workspaces. These spaces are primarily used for training purposes and may also serve as backfill for the Presentation Spaces. Sites that are designed with multiple Training Rooms, the First room should have dual projectors, locate the rooms adjacent to each other and have a retractable partition wall to join the Training Rooms together for larger audience use.

Each room will be fitted with a movable podium at the front of the room. The podium should be functional from both the left and right side of the room. The AV equipment for each room typically consists of one single motorized large screen and one high-lumen projector, Mac-mini, Whiteboard, wireless mics, “prosumer” video cameras, mixing boards, audio amplification, wall mounted touch panel and speakers. Wall mounted AV box to include HDMI input plate (If First room, or primary Room add one HDMI output plate at same location) will route video signal route back to IDF for local source. Also to include 2 audio inputs. Where possible limit the amount of equipment in the room and the footprint of the wall mounted cabinet needed to secure the equipment, vertical mounting of equipment in a wall mounted secure cabinet is preferred. These spaces will also tie into the AV switching gear in the IDF that serves this space. These rooms are reserved via the Office Management team. Crestron programming to broadcast to Wonkavisions outside the room, site dependent. See Crestron programming document. Include acoustic treatments - ceiling, walls, floors

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2.4 Interview Rooms Interview Rooms are defined as a video conference meeting space for 1 to 4 people. The room is expected to be used only for the duration of a meeting and should be scheduled via the IT room reservation system. The Interview Room will have a table sufficiently sized for room occupants and be located in the middle or up against the wall of the room.

The room will have an IP Phone with built-in speakerphone, a separate speaker phone for video conference audio, a “prosumer” USB camera, single Wall-mounted display, a Whiteboard, and a Mac-Mini with wireless keyboard and mouse for collaboration applications (Google Hangouts). These spaces are reservable and there shall be an iPad-mini mounted outside of the room connected to the IT room reservation system.

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2.5 Presentation Spaces Presentation Spaces are defined as the large gathering spaces for quarterly meetings and large presentations. These spaces are typically in the large kitchen areas or large commons areas in some campuses. The AV equipment typically consists of multiple large screens (Dual 80” or Drop Down Projectors) (motorized) and high-lumen projectors. Wireless mics, “Vaddio/Logitech PTZ” video cameras, mixing boards, audio amplification and speakers. These spaces will also tie into the AV switching gear in the IDF that serves this space. Wall mounted Crestron Panels along with HDMI input plates and one HDMI output plate at same location will route video signal route back to IDF for local source. In the front of the room where a podium is located there will be a wall plate along with an HDMI input which routes back the audio/video mixer in the back of the room. The podium will have a 25FT umbilical which allows the HDMI and other cables to be secured from the wall plate to inside the podium. These rooms will usually utilize Google Hangouts along with handheld mics/lapels but should also accommodate Rental equipment for global video conferences. These rooms are reserved via the Office Management team.

Note: Provide movable rolling cart to secure microphones, mixers, cameras, amplifiers, etc.

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2.6 Executive Conference Room Executive Conference Rooms are defined as the large meeting rooms for private meetings and presentations. The AV equipment typically consists of one large CUSTOM table, (coordinate with Architect and Real Estate group), Table or ceiling mics, mac mini, “prosumer” video cameras, DSP, touch panel, (optional Cable TV), local table source, audio amplification and ceiling speakers. The DSP will function as the room IP Phone and room mixer. This space may require control & integration with lighting and window shade systems. A credenza should be utilized in the room for the Local equipment rack, adequate cooling & space is required. These spaces will also tie into the AV switching gear in the IDF that serves this space. These rooms will usually utilize Google Hangouts for global video conferences. These rooms are reserved via the Office Management team.

2.7 Fitness Center (Gym / Yoga) Fitness Centers contain exercise equipment (gym) and Yoga rooms. Gym should have displays, room amplification, speakers, local Cable TV, local cable tv should be able to be distributed to wonkavision TVs. The Yoga room should not have video, but does require a local audio input and touch panel for control. There should be some sort of shelf/dock for audio device to rest and charge. Include a 5VDC USB socket within 1 foot of shelf.

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2.8 Barista The Barista bar should have displays, room amplification, speakers, local Cable TV. Local Audio input plate should be provided in the space. The space be used for spill over and receiving Wonka or presentations.

2.9 Mothers Room The mother’s room should have data and local audio input via Bluetooth. The room should have a device that provides ambient noise (sound spa). No local devices provided by IT.

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2.10 Reception The Receptionist desks is to have a counter suitable for an iPad/LobbyConnect device. The iPad will allow visitors/guests to check-in and have the Indeed Employee notified. A seating area next to the receptionist desk for guests to wait will be needed. In this area there should be a 55”-60” TV displaying Indeed Digital Signage. Music can also be playing overhead provided by an integrated Crestron system. A crestron touch panel will be behind the receptionist desk allowing them to control the music feed, sound levels and what’s displayed on the receptionist TV. Include CATV in the reception lobby with Crestron panel control. Include separate MacMini for Lobby “Welcome” message content and streming function.

2.11 Gaming Room A Gaming space should be designated near the IT Support space/lounge. This area will normally consist of a wall mounted 55-65” TV which will have HDMI input/outputs. The HDMI will feed the back of the TV to a wall plate 3 feet under the TV into a real estate supplied credenza. The credenza will house the gaming system used by the local Indeeders.

2.12 IT Support Help Desk Kiosk In sites which are larger than 200 people there will be a need for a dedicated IT Support Help Desk, Kiosk. A walk up counter along with seating for 2 or more technicians will be needed. Inside the IT Support Help Desk area there should be a centered table with several chairs. On the table a minimum of four or more power/data ports are required. On an adjacent wall an 80” TV or smaller should be mounted for video conference capabilities. Surrounding the centered table should also be cabinets which can support heavy equipment storage. The cabinets should be apple-store esk and have a glossy appearance. Designs will change based off of site size and location.

2.13 IT Support Staging/Storage Area Storage of onsite IT equipment will be needed for all sites. Shelving should be heavy duty and designed to hold over 100 lbs worth of equipment. Cabinets should also be considered. Dependent on site size and location designs will change.

Storage areas may also contain a staging zone for IT Support. Staging includes a countertop/shelf which has power/data for technicians to image machines. Chairs will also be needed for each imaging station. Optional video equipment for hangouts can be added if space allows it.

2.14 Break Area Break area should have 50” display for CATV and WonkaVision content.

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The purpose of this section is to define specific digital signage type names and equipment that will be used at the Indeed sites, this naming should also be used by the Architect, Real Estate, IT and AV Integrator. This will establish a common nomenclature for use by the project team for IT Digital Signage referencing.

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3.1 WonkaVision WonkaVision displays are set in all common areas and open office spaces. The content is driven by the Indeed marketing department and physically connected via Mac minis. There should be one Mac mini configured per floor for this purpose, provided Crestron is being used to manage. These are typically 48-75-inch displays (specific sizes specified per site). The displays are wall mounted or pole mounted. All WonkaVision displays are centrally managed per floor via Crestron touchpanel controllers for content as well as function control such as on/off, volume/mute.

Wonkavision mounting standards • Dual back-to-back display ceiling mount directly above the center of desk space (avoid head clearance issues) • Ceiling mount around the perimeter of the office space • In-wall mount around the inside walls of office space • CATV output - Crestron controlled, single source control box in AV rack

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3.2 Sales Floors & Sales Gongs Sales Floors & Sales Gongs displays (typically 50-inch wall-mounted or ceiling pole) are part of WonkaVision for content and control. Remote Desktop or local keyboard/touch screen should be used to connect to the Mac Mini behind the designated display for content changes. The location of the virtual gong should be location near physical Gong (Architect coordinated). The content includes a photo of each sales person in that area. When they close a sale, they can select their picture and a ten second clip of their chosen song plays across the sales floor via display speakers. Floor ceiling speaker zoning or grouping is also needed with each Sales Gong.

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4. RESPONSIBILITY ASSIGNMENT The purpose of this section is to define the teams and responsibilities for the AV turnkey implementation.

4.1 AV integrator Responsibilities: 4.1.1 Pre-Construction • Coordination with Indeed IT teams to define AV requirements prior to starting design.

• Conducting design review sessions with Indeed IT teams prior to final design document submittals to Architect • Providing Indeed IT team with construction drawings, parts list, and unit pricing for parts and labor for all AV equipment for the implementation.

• Coordination with Architect, MEP and Real Estate teams for integrating all AV requirements (power, conduit, pathways, spaces, environmental, etc) into the construction documents.

4.1.2 Implementation • Mounting the display(s) to the wall or cart.

• Connecting the Mac Mini system to the display(s).

• Connecting the camera, mic(s), keypads and trackpad.

• Placing and Connecting IP Phone.

• Placing and Connecting conference speaker Phone.

• Mounting and Connecting iPad mini 2.

• Professional concealment/dressing of associated cables.

• Proper activation and configuration of network connection(s).

• Connecting and fishing cables through hollow walls/floors/ceilings or existing conduit.

• Velcro remote control (TV and Camera) to back of display) • Creating project implementation schedule that is coordinated with the GC/CM construction schedule and Real Estate furniture schedule.

• Daily clean-up of related installation area.

• Turnkey AV System implementation/operation including, installation, configuration, and testing of the audio-video system for operation.

• Documenting all change requests and submitting to Indeed IT (and GC where applicable) for approval.

• Use Indeed check off list for final room verification.

4.1.3 Post-Construction • End user training.

• As-Built documentation booklet - including drawings, parts list, and serial numbers.

• Owner’s manuals.

• System warranty.

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4.2 Indeed IT team responsibilities: 4.2.1 All project phases • Single point of contact for Client sign-off of design and change orders • Networks access and IP addressing schemes • Mac Mini and iPad imaging and application setup • Including imaging of Mac Minis for WonkaVisions and Sales Gongs • Room sign off upon the completion of the installation and testing • Project sign off after receipt of working systems and related documentation.

4.3 The GC/CM and Indeed Real Estate team responsibilities include: 4.3.1 Construction phase • Providing furniture • Give access to the meeting rooms, network IDFs and common areas requiring service, for the duration of installation and testing.

• AC power for all equipment.

• Any physical modifications to the facility (electrical wiring, reinforced wall for mounting, cable runs and drops, and lighting changes or sound abatement).

• Conduit for all structured cabling runs • Digital pictures of typical conduit and termination points

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5.1 Meeting room prerequisites The following meeting room prerequisites have been identified

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5.2 Standard Conference Room Line Diagrams

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Figure 3: diagram of a typical conference room setup

A minimum of 1,2 m (4 ft) is required between the wall that will support the TV screen and the room table. If the meeting room is large, keep a larger space between the wall that will support the TV and the room table to allow a good pathway.

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5.4 Elevation Views (and details)

5.4 Elevation Views (and details)

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See attached drawing at end of document Elevation detail of conduits

Elevation of display wall

Detail of backbox with

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See attached drawing at end of document

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6. INSTALLING EQUIPMENT

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6.1 Other meeting room equipment or applications

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7. ADDITIONAL SECTIONS 7.1. Summary Chart of digital signage types - table format with checklist, include connectivity and extra equipment Digital Signage Displays

Pole Mount Display 48-50” Crestron DM-RMC-4K-100

Interior Wall Mount Display 70-75” Display Crestron DM-RMC-4K-100 Column mount displays NOT preferred.

7.2. Summary Chart/Visual of meeting room space types and differences - table format with checklist, include connectivity

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See “Design Standards IT Spaces, Cabling and Infrastructure” PDF

7.6.

See “Design Standards IT Spaces, Cabling and Infrastructure” PDF local matrix, touch panels, Crestron AV7.5.design - equipment drawing with head end, 7.6. Crestron AV design - equipment remote PC panel, cabinets, etc. drawing with head end, local matrix, touch panels, remote PC panel, cabinets,

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7.7. MDF & IDF Power and data cabinet requirements One AV cabinet will be provided per floor, located in the MDF or IDF. Power required will be a dedicated 20A circuit. Black Box to provide drawing or photo.

7.8. Remote access requirements for Crestron TeamViewer app on local PC in IDF on Crestron network https://www.teamviewer.com/en/ 7.9. Parts list summary page conference room and digital signage 7.10. Warranty expectations and service maintenance expectations for all equipment

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The following Network Design content was compiled from the Network Design Standards V.1 2016, to provide detailed requirements for products and functional components within the Indeed workplace.

INTRODUCTION This section presents the overall Indeed Facilities Design Standards Document. The purpose of this section is to acquaint design teams and construction professionals with the basic elements of Indeed’s room, construction, and cabling requirements, and to guide the design teams toward a consistent deployment throughout all Indeed Campuses. This will result in easy to use, high quality, reliable communication throughout all renovation and new building projects. Technology deployments require a well-coordinated, cohesive effort between the architects, electrical engineers, cabling contractors, network professionals, and integrators, as each is dependent on others to deliver a fully functional facility. This is to detail the elements, and provide installation and design guidelines. This standard provides guidelines for Indeed sites, room layouts, parts, equipment specifications, for the room types listed below. Any deviation from this standard must be approved and coordinated with the Indeed IT-Sys teams.

1. MDF REQUIREMENTS Larger buildings that are designated as an IT distribution point (this will be determined by the IT-Sys team per project) and new campuses will require a separate Main Distribution Frame to house local servers, controllers for digital signage, and telecommunications equipment. The construction must conform to the current ANSI/TIA 569 Standard for Commercial Building Telecommunications Pathways and Spaces.

• • • • • •

The MDF should be at least 120 sq. ft. (10x12) in size, as geometrically square as possible, and located toward the center or core of the building structure.

The room should be placed on the ground floor whenever possible due to equipment access and floor loading considerations. Avoid placing the Main Distribution Frame next to outside walls, elevator shafts, and/or internal fixed building walls.

All perimeter walls shall be full height (deck-to-deck), 1-hour rated construction, fire sealed, and sealed to prevent chemical fire suppression leaks. The ceiling height should be at least 9 feet - 6 inches from finished floor surface.

A primary 6 feet - 0 inches wide double door will be required for access to the hallway closest to the loading dock. All other door entrances should be at least 4 feet - 0 inches wide.

There should be no water or plumbing distribution piping routed through the ceiling, room, walls, or plenum.

There should not be any water related areas (coffee/break rooms, restrooms, etc.) above or adjacent to the MDF footprint.

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1.1. MDF Power Requirements • Estimated power load should be 100KVA/80KW for the entire room. (This figure is based on about 100 watts per square foot to support high density computing.)

• The power shall be overhead mounted to the ladder rack above the cabinets and racks.

• All equipment outlets require “N+1” UPS backup (at least 15 minutes of battery backup) in the room • All UPS systems shall connect to the emergency generator system (if applicable) • Grounding and Bonding is required in accordance to the current ANSI/TIA 569 Standard for Commercial Building 1.2. MDF Telecommunications Pathways and Spaces • This will require a ground bus connection to the main Telecommunications Ground Bus. • An eight-lug grounding bar, attached to the main ground bus via a 6-awg copper cable, provided by the General Contractor.

1.3. MDF HVAC Requirements • 24-hour HVAC at an estimated 25-ton load, delivered via two 15-ton systems at either end of the room.

• HVAC and power loads should be at least 100 watts per square foot to support high density computing.

• HVAC must be connected to the room UPS and Emergency Generator System (if available).

1.4. MDF Room Safety • The Main Distribution Frame should be finished with static dissipative vinyl composition tile (VCT) or sealed concrete.

• Electronic access control systems shall be employed via access card technology at each entry door for security purposes.

• Surveillance cameras are required at the entry points of the interior of the room.

• MDF Distribution Frame should have at least a pre-action fire suppression system.

• An Emergency Power Off (EPO) switch should be installed in the MDF (only if required by code).

• If required, the EPO should be mounted to the far left of the exit door and shielded by a plastic cover to prevent inadvertent activation.

1.5. MDF Cabling Access and Pathways • Each MDF will require four (4) four-inch sleeves with collars where needed for horizontal cable distribution. (To be specified per project) • Each MDF will require at least three (3) four-inch floor cores, with sleeves, for vertical backbone cable distribution. To be specified per project.

• Cable tray shall be provided for at least 20 feet leaving the MDF. • A single four-inch core should also be provided in the mechanical or electrical room on each floor for a secondary fiber route from the Main Distribution Frame.

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1.6. MDF Lighting • Required lighting to provide 50 foot candles measured 3 feet from the finished floor surface.

• Lighting should be backed by an emergency generator.

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1.7. MDF Layout and Elevation Examples

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2. IDF REQUIREMENTS Critical cabling, IP network, and A/V components will be housed in IDF situated throughout the space. These IDFs will house equipment for voice and data networks, as well as, security, audio/visual systems, overhead paging, and building automation systems. The construction must conform to the current ANSI/TIA 569 Standards for Commercial Building Telecommunications Pathways and Spaces.

2.1. IDF Dimensions and Locations • Every floor in each campus facility should have at least one IDF per 20,000 square feet of useable space.

• All rooms should stack vertically within the building.

• Each IDF should be centrally located, square in shape.

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• • • • • • •

Each IDF should be at least 110 sq. ft. in size (10 feet x 11 feet).

No closet should be more than 260 feet from the most distant cable run assuming corridor cable routing.

The doors should be a minimum of 30 inches in width.

There should be no water or plumbing distribution piping routed through the ceiling, room, walls, or plenum.

There shall not be any plumbing areas (coffee/break rooms, restrooms, etc.) above or adjacent to the IDF footprint.

All walls should be covered with 1-inch plywood and painted with flame retardant paint.

Lay in ceiling is neither required, nor recommended in the IDF.

2.2. IDF Power Requirements • An estimated power load of 7kVA/5.6kW per room will be required, however the design teams should carefully monitor systems selected and amend this projection as needed.

• The power will be divided into circuits that are supported by the UPS/generator, and generator only. When the UPS is under maintenance, equipment will be supported in the IDF with no interruption.

• Each IDF will require multiple 208vac circuits above the equipment racks and at least (4) 120vac 20amp ISO circuits on the walls.

• Grounding and Bonding is required in accordance to the current ANSI/TIA 569 Standard for Commercial Building Telecommunications Pathways and Spaces.

• This will require a ground bus connection to the main Telecommunications Ground Bus. • An eight-lug grounding bar, attached to the main ground bus via a 6-awg copper cable, provided by the General Contractor.

2.3. IDF HVAC Requirements • Each IDF will require a 24x7 HVAC capable of dissipating approximately 24,000 BTU/hour or 2 tons.

• The HVAC systems in the IDF should be on the emergency generator.

2.4. IDF Room Safety • The IDF should be finished with static dissipative vinyl composition tile (VCT) or sealed concrete.

• f code requires fire suppression, the water heads should be high temperature heads, and no water head or pipe should be positioned above the equipment racks.

• At a minimum, each IDF should be secured with a key.

• Electronic access control systems are recommended via access card technology at each entry door for security purposes.

• A surveillance camera is required at each entry door.

• All walls should be painted with flame retardant paint (White).

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2.5. IDF Cabling Access and Pathways • Each IDF will require four (4) four-inch sleeves with collars above the door for horizontal cable distribution.

• Each IDF will require three (3) four-inch floor cores, with sleeves, for vertical backbone cable distribution.

• Cable tray shall be provided for at least 20 feet leaving the IDF. • A single four-inch core should also be provided in the mechanical or electrical room on each floor for a secondary fiber route to the Main Distribution Frame.

2.6. IDF Lighting • Required lighting to provide 50 foot candles measured 3 feet from the finished floor surface.

• If required, lighting should be backed by an emergency generator.

3. TELCO DEMARCATION ROOMS (IF REQUIRED IN NEW CONSTRUCTION) This room provides for the distribution of networking and telecommunication services throughout each campus. These rooms have similar amenities as a typical IDF. Sometimes the D-Marc end room is an adjunct to the MDF or an IDF, where a separate room is generally not required. Each D-Marc room should be designed based upon the following criterion: 3.1. Dimensions and Locations • Room should be located as close to the Main Distribution Frame as possible.

• Each D-Marc should be at least 200 sq. ft. in size.

• A primary 6 feet - 0-inch double door will be required for access to the hallway closest to the loading dock.

• There should be no water or plumbing distribution piping routed through the ceiling, room, walls, or plenum.

• There should not be any water related areas (coffee/break rooms, restrooms, etc.) above or adjacent to the Main Distribution Frame footprint.

• All walls should be covered with 3/4-inch plywood and painted with flame retardant paint.

• Lay in ceiling is neither required, nor recommended. All walls should go deck-to-deck.

3.2. D-Marc Power Requirements • An estimated power load of 20kVA/16KW per room will be required, however the design teams should carefully monitor systems selected and amend this projection as needed.

• The power will be supported by the Central UPS system, backed by the Emergency Generator system.

• Each Technology Room will require multiple 208vac circuits above the equipment racks and at least (4) four 120vac 20amp ISO circuits on the walls.

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Grounding and bonding is required in accordance to the current ANSI/TIA 569 Standard for Commercial Building Telecommunications Pathways and Spaces. (This will require a ground bus connection to the main Telecommunications Ground Bus.) An eight-lug grounding bar, attached to the main ground bus via a 6-awg copper cable, provided by the General Contractor.

3.3. D-Marc HVAC Requirements • The D-Marc will require a 7x24 HVAC capable of dissipating approximately 36,000 BTU/hour or 3 tons.

• The HVAC systems in the D-Marc should be on the emergency generator.

3.4. D-Marc Room Safety • The D-Marc should be finished with static dissipative vinyl composition tile (VCT) or sealed concrete.

• If code requires fire suppression, the water heads should be high temperature heads, and no water head or pipe should be positioned above the equipment racks.

• At a minimum, each D-Marc should be secured with a key.

• Electronic access control systems are recommended via access card technology at each entry door for security purposes.

• A surveillance camera is recommended at each entry door.

• All walls should be painted with flame retardant paint.

3.5. D-Marc Cabling Access and Pathways • Each D-Marc will require four (4) four-inch sleeves with collars above the door for horizontal cable distribution.

• Each D-Marc will require three (3) four-inch floor cores, with sleeves, for vertical backbone cable distribution.

• Cable tray shall be provided for at least 20 feet leaving the D-Marc.

• A single four-inch core should also be provided in the mechanical or electrical room on each floor for a secondary fiber route to the D-Marc.

3.6. D-Marc Lighting • Required lighting to provide 50 foot candles measured 3 feet from the finished floor surface.

• If required, lighting should be backed by an emergency generator.

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4. BUILDING PATHWAYS AND ACCESS FOR CABLING Building pathways are defined as clear and un-obstructed conduits or cable trays for routing cabling into and within a facility.

4.1. Conduit Requirements (Main Distribution Frame) • Indeed recommends that each facility have at least two sets of four (4) four-inch conduits routed from the Main Distribution Frame to manholes in the utility easements.

• Each set of conduits should have at least one 4-inch conduit clear for routing large pair counts of copper cable, and the other conduits should have three – 1 ¼-inch inter-ducts installed in them for fiber and CATV coaxial cable paths.

• Each set of conduits should exit the facility at least 100 feet in separation and preferably on opposite sides of the facility.

• These conduits are primarily for routing telecommunications services into the facility from the Telecommunications providers.

4.2. Conduit Requirements (Future Expansion) • Additional four inch conduits be stubbed out of each campus facility for future buildings and wireless connectivity in open areas of the campus such as parking lots.

4.3. Conduit Requirements (IDFs) • Each IDF should have two clear paths to the Main Distribution Frame to route redundant fiber risers to each IDF. 4.4. Conduit Requirements (Wall and Floor Outlets) • Each wall outlet that is accessible by an open ceiling will only require a “ring and string” single-gang opening.

• All wall outlets that are not accessible by an open ceiling to include all wall phone outlets require at least a 1-1/2-inch conduit to accessible ceiling with a double-gang back box and a single-gang reducer.

• All Presentation Areas should have a 1-1/2-inch conduit from the Podium to the overhead projector and/or to the plenum for A/V switch connections in the IDF. Verify routing per A/V designs.

• Floor outlet locations should be capable of supporting at least four cables.

• A one-inch conduit from the floor outlet location should be routed to the closest wall then to the plenum space for overhead routing.

• The most common in-floor outlets used with high-end cable systems are the Walker RC4 Flush Quad poke-thru and the Hubbell PT4XBRS poke-thru.

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5.1. Standard Network Data Cabling Standard Network Data Cabling shall terminate to the nearest IDF. These terminations will reside on the “Network Switching Rack” in each IDF.

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a) Category 5e - Panduit family of products (unless otherwise specified). b) Universal Structured cabling – no distinction between voice or data. c) Horizontal cables per work outlet: • Administrative – 2 • Wall Phone – 1 • Typical Desk – 2 (Cables should be 6 ft to max 15 ft depending on the sit/stand capacity) • Presentation Podium – 2 • Wireless Access Points – 2 (Cat 6A) • Projectors – 1 • Security Camera - 1 • Conference Table cubby (Phone) – 1 • Conference Room A/V back box (for Mac-Mini) - 1 d) Patch Cord Colors: • Data - Blue • AV - Black • Security - White • Fire - Red • Wireless Access Point’s - Blue • Voice- Green e) Data Outlets: • White faceplates with White RJ-45 inserts 5.2. Cabling (AV Systems) AV Systems Cabling shall terminate to the nearest IDF. These terminations will reside on the “A/V Equipment Rack” in each specified MDF/IDF. a) Category 5e - Panduit family of products (unless otherwise specified). b) Cabling must terminate to the “A/V Equipment Rack” in each IDF. c) Horizontal cables per work outlet: • EventBoard iPad – (One) Category5e “POE switch only” Indeed Guidelines

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• •

• •

Crestron Display Touch Pad – (One) Category5e Wonka Vision Crestron DMRoom Controller: (One) 5e for RS232 control and (One) “Crestron Cat7” for HDMI signal Projector (One) “Crestron Cat7” for HDMI signal WattBox controller – (One) Category5e

5.3. Vertical Riser Cable (or MDF to IDF) • Two 24-strand multimode 50 Micron fiber optic cables to each IDF from the MDF, routed through separate pathways.

• Cable must be armored or run through inner-duct.

• Six Cat5e (or Cat 6) UTP or one 25 (or 50) pair UTP cable for analog lines 5.4. Inter-Building Connectivity • Two 48-strand Single-Mode (or 50 micron if within distance limits) fiber optic cables between each required building on a campus to the MDF, routed through separate pathways.

• One 50 pair UPT Cat 3 rated • Cable is to be armored, OSP and Plenum rated.

• Fiber to be terminated with LC connections.

6. WIRELESS COMMUNICATIONS 6.1. 802.11x Wireless • Initial estimate - One access point should be placed every 1,000 square feet.

• Paper survey is required as part of wireless design - refer to Networking team • Two Category 6a cables will be pulled to each Wireless Access Point (WAP) location.

• Each Wireless Access Point (WAP) location shall have two data cables installed and terminated to a single-port, surface mount box for each cable.

• Leave a 20 foot ‘figure-8’ service loop in the plenum for each cable.

7. EQUIPMENT DESCRIPTIONS AND SPECIFICATIONS Based on the current Indeed standards, the following products should be used to provide for technology support in the MDF, IDFs, and D-Marc room (note that these products may change as the manufacturer updates their products. This is a guideline for selection).

7.1. MDF Infrastructure Products

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7.6 Wireless Products

7.7. Uninterrupted Power Supply Products

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The following Security content was compiled from the Physical Security Standards V.1 2016, to provide detailed requirements for products and functional components within the Indeed workplace.

1. INTRODUCTION The goal of this document is to advise the specifications of Indeed’s security standards. This document is meant to be given to architects, general contractors, integrators, and Indeed IT employees to understand the roles, responsibilities, and hardware standards of each build.

2. Responsibilities The Indeed Physical Security Team’s responsibilities for each site are as listed: • Floor plan markup • Building management requirements • Integrator management • Programming & testing • Employee access • Lobby intercom system The integrator installation responsibilities for each site are as listed: • Low voltage permitting (where applicable) • CAD drawings • Order and deliver all hardware to site • Subcontracting of low voltage work and cabling • Installation and hardware programming of Brivo & camera systems • Any applicable hardware tie-ins • Prep for building inspection • Communication with GC on timelines, progress 3. Office Requirements Indeed’s Physical Security team will install and manage a Brivo system in all offices with over 50 employees. For offices under 50 employees and Regus office spaces regardless of size, the building security system will be used. For subleased spaces over 50 employees, the site will be evaluated for Brivo and determined on a case-by-case basis.

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4. MDF/IDF REQUIREMENTS Depending on the site size there will be at least one box enclosure which contains the Brivo panels and batteries. Each Brivo panel is the location where that current floors badge readers terminates into. This enclosure needs to be mounted on a 4x4 sheet of plywood.Security Standards - 2017 Depending on the site size there will be at least one box enclosure which contains the Brivo panels and batteries. Each Brivo panel is the location where that current floors badge readers terminates into. This enclosure needs to be mounted on a 4x4 sheet of plywood.

[NYC 13th Floor Example: Two 3-panel Brivo enclosures mounted on plywood]

[NYC 13th Floor Example: Two 3-panel Brivo enclosures mounted on plywood]

4.1. MDF/IDF Power Requirements a) For each box enclosure, the general contractor’s electrical contractor should provide (1) dedicated 20 AMP 120VAC Grounded Circuit as well as (1) Quad Outlet. (US Standard) 4.2. Brivo Panel/Cabling Requirements

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4.1. MDF/IDF Power Requirements • For each box enclosure, the general contractor’s electrical contractor should provide (1) dedicated 20 AMP 120VAC Grounded Circuit as well as (1) Quad Outlet. (US Standard) 4.2. Brivo Panel/Cabling Requirements • Floor badge readers that terminate into the Brivo box utilize the following cable type: 446100-4 ELEM COMP CABLE WHITE JACKET • Cables should be protected in a conduit and only exposed at point of entry to the enclosure box (or as local code requires).

• Single 18 Gauge 4 Conductor wire needs to be pulled from access control system to the closest Fire Alarm Relay. Fire alarm vendor will need to land these wires in the appropriate location in their relay and disclose if the relay should be programed as normally open or normally closed.

4.3. Port Requirements • Each Brivo box, regardless of size, needs one port. Each Exacqvision system needs two ports, plus one per camera.

5. BADGE READER REQUIREMENTS Badge readers can be found in the following doors: vestibules, IT Help Desk, Executive Board rooms, MDF/IDF, Facility/ Help Desk Storage Closets etc, stairwell entries, and lobby areas. Badge readers are to be installed at the required ADA height of four (4) feet. All badge readers are POE and their relevant cables terminate into that floors Brivo Panel located in either the MDF or IDF. Cabling for these readers is 446100-4 Elemen Comp Cable (white jacket).

[HID multiCLASS SE readers]

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6. DOOR LOCKING HARDWARE Depending on door hardware there are 3 options for locking hardware (in order of preference): 1. Electrified Handset 2. Electric Strike 3. Magnetic Locks This hardware is to be specified by the architect and provided/installed by the general contractor. See diagrams and plans in below 3 drawings: Electrified Handset, Electrified Strike, Magnetic Locks.

For Mother’s Rooms, we require both a privacy function latchset as well as a electrified door handle/strike. The intent is so the door is locked via a badge reader at all times, and when a user enters the room the deadbolt/latchset will lock from the inside to ensure no interruptions from a badge read.

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Electrified Handset:

Electrified Handset:

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Security Standards - Version 5

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Electric Strike:

Electric Strike:

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Magnetic Locks:

Magnetic Locks

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7. Exiting Door Hardware When anyone is walking towards a locked door from inside the office it can unlock in three different ways: Indeed Guidelines 1. Push-bar 2. Exit push-button

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7. EXITING DOOR HARDWARE When anyone is walking towards a locked door from inside the office it can unlock in three different ways: 1. Push-bar 2. Exit push-button 3. Motion sensor unlock This door hardware is defined and supplied by the architect and general contractor. The exit buttons and motion sensors are supplied by the security integrator.

8. DURESS BUTTON A single ½ inch EMT conduit run with pull string from nearest IDF to underneath reception desk for duress button. This is to be supplied by general contractor.

9. DOOR RELEASE BUTTON BUTTON Each reception desk requires a door release button to unlock the reception door.

10. CAMERAS Cameras can be found covering the following locations: MDF/IDF door from the inside of the room, stairwell doors from the inside of Indeed space (not inside the stairwell), lobby doors inside the Indeed space, facing the interior side of the IT Help Desk, and Reception (over desk/facing main door). Cameras are cabled utilizing cat6a cabling which feeds back into that floors MDF/IDF. 10.1. Camera Hardware Exacqvision systems can be found in the MDF/IDF of each floor. All Samsung 2mp SNV-6013 cameras on that floor terminate into this box. Exacqvision is a server-based local recording VMS system.

[Samsung 2mp SNV-6013]

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11. KEY CONTROL

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All keyways must be small format interchangeable core SCHLAGE Everest R124 Keyways.

All offices must be rekeyed before Indeed moves into the space. If building management allows. Indeed security will provide the cores and keys required for the office and provide building management with an appropriate number of keys for access.

Offices of less than 100 people should have a single keyway that controls all doors. An appropriate number of keys should be created and and maintained by the office manager.

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12. Security Timeline and Key Milestones In order for the security installation to be successful there are some key milestones that need to be communicated from the project management team. (Milestones in BOLD) 1. Security needs to mark site plans as soon as door locations and construction is mostly finalized. Any changes to door locations or hardware later in the project need to be communicated to the security team as soon as possible in case changes need to be made to security permit drawings.

2. When do we get access to the building? Security integrators will need to walk the space to quote the project and security will need to make sure appropriate security devices are being installed. (Should allow 4-6 weeks for quoting, procurement and delivery of equipment) 3. When are the walls closing? Security vendor needs to have cables pulled or verified pathways exist to reach each device. This is also when they check to make sure doors have been prepared correctly and all equipment has arrived for installation.

4. When are the doors hung? Nothing can be tested until the final doors are installed in place.

5. Security will work with IT on determining when the network is operational. Brivo access control will not function until the panel is able to reach the network. Cameras cannot be aimed, focused or verified in the system until the network is operational.

6. “Go live date” Security team needs to know when to book travel for each location so we can have team members available on move weekend and for the first day or 2 for support.

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13. SAMPLE RESOURCE LIST

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