Integrated Lighting Control System
Design and Layout Guide 1st Edition 1996
Table of Contents System Description HomeWorksTM System Overview . . . . . . . . . . . . . .
3
Features and System Diagram . . . . . . . . . . . . . . . .
4
Remote Power Panel Enclosure . . . . . . . . . . . . . .
6
Microprocessor Assembly . . . . . . . . . . . . . . . . . . .
7
Vareo速 Controls. . . . . . . . . . . . . . . . . . . . . . . . . . .
8
GRAFIK Eye速 Controls . . . . . . . . . . . . . . . . . . . . .
9
Local Control Accessories . . . . . . . . . . . . . . . . . . 10 Remote Power Modules . . . . . . . . . . . . . . . . . . . . 11 Master Keypads . . . . . . . . . . . . . . . . . . . . . . . . . . 12 Enhanced Control Options . . . . . . . . . . . . . . . . . . 13 System Layout Preparing a HomeWorks Control Schedule . . . . . . . 14 Control Schedule. . . . . . . . . . . . . . . . . . . . . . . . . . 16 Remote Power Panel Schedule . . . . . . . . . . . . . . . 18 GRAFIK Eye, LVOC-8, and Keypad Schedules . . . . 20 System Equipment and Faceplate Accessory Schedules. . . . . . . . . . . . . . . 21 Master Keypad Layout and Design. . . . . . . . . . . . . 22 Reference Information Using the HomeWorks Programming Utility for WindowsTM . . . . . . . . . . . . . . . . . . . . . . . . . . . 23 HomeWorks System Wiring . . . . . . . . . . . . . . . . . . 24 Ganging and Derating . . . . . . . . . . . . . . . . . . . . . . 25 Local Control Wiring . . . . . . . . . . . . . . . . . . . . . . . 26 Remote Power Module Wiring . . . . . . . . . . . . . . . . 28 Architectural Specifications . . . . . . . . . . . . . . . . . . 30
HomeWorks Table of Contents 2
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System Overview HomeWorks is a versatile, powerful, and flexible integrated lighting control system for residential applications. Its unique design makes it easily expandable to additional areas in the home at any time, and its decentralized intelligence allows simultaneous remote and local operation of dimmers and switches, using attractive keypads and controls. HomeWorks provides convenient operation of all lights and devices connected to the system from any master keypad within the home. In addition, combinations of lights and devices may be assigned to individual keypad buttons, eliminating unsightly gangs of multiple wall controls for a clean, elegant look in living spaces. Master On/Off controls are also available, providing whole-house operation and security from any keypad location.
For increased functionality, HomeWorks accepts commands from home security systems, time clocks, photocells, and occupancy sensors. It can also be controlled from personal computers using a standard RS-232 port, or from any telephone, using customized voice messages. All HomeWorks keypads, dimmers and switches are ergonomically designed, with single buttons or sliders for local controls, and multiple buttons on master keypads. This intuitive design makes it possible to learn and operate a HomeWorks system in a short time. In addition, HomeWorks’ decentralized system allows independent operation of local controls in the event the central microprocessor is not functioning.
Bedroom 2 Kitchen
Family Room
Bedroom 3 Master Suite Foyer Living Room
GRAFIK Eye Control
Dining Room
Garage
HomeWorks Keypad Vareo Dimmer or Switch
HomeWorks System Overview 3
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Features Modular Concept
Programming Flexibility
HomeWorks functions as a decentralized system, allowing the local Vareo and GRAFIK Eye controls to operate independently of the HomeWorks microprocessors and keypads. Lights, fans, and other devices can be added as needed, choosing from a wide selection of line- and low-voltage interfaces. Additional panels (up to 8 maximum) can be added as a system grows in the design stage.
HomeWorks master keypad button functions can be programmed in three ways – to turn on and off specific lights and devices within a room, to select predetermined lighting levels (or scenes), and to select combinations of fixtures to create paths of light. Master on/off buttons offer instant access to all system lights and devices for safety and security, and master raise/lower buttons allow direct manual dimming from keypads.
PreWire Capable
HomeWork’s unique design allows it to be incorporated into the pre-wire stage of a new home inexpensively, without limiting future expansion and connectivity of the system. Conventional switches can easily be changed to Vareo dimmers and switches when desired.
Status Indicators
Keypad Buttons
Security Interface
HomeWorks can be connected to a home security system to activate lights in the event of an intrusion. The selected lights will promptly switch on to a predetermined security level, or flash repeatedly to attract attention.
Master Off/Lower Master On/Raise
Programming Ease
An optional telephone interface allows you to access and control up to nine different functions or events in a HomeWorks system, using local or remote touch-tone phones. The interface guides you through each step with voice messages and provides positive verbal response when a function or event has been activated.
Lutron’s HomeWorks Programming Utility for Windows makes it easy to program the individual keypad button functions, using any Windows 3.1- or Windows 95based computer. Individual screens prompt you through each step, and the completed program uploads directly to the HomeWorks microprocessor. Minor programming changes for local controls can also be made directly from master keypads.
Vacation Mode
Status Indicators
HomeWorks constantly monitors and records your daily lighting patterns. When vacation mode operation is selected, it repeats those patterns, providing a realistic appearance of activity while you are away from home.
A quick glance at any master keypad immediately informs you which groups of lights or controllable functions are currently on or active. HomeWorks’ two-way communication system lights the appropriate LED indicator after it has verified the control function has been activated.
Telephone Interface
Aesthetic Consistency
All HomeWorks keypads and local controls complement each other. Controls and accessories not connected to the system are designed to match those that are. A full range of wallplates, receptacles, telephone jacks, and cable jacks are available in several colors and finishes.
HomeWorks Features 4
Power Failure Memory
HomeWorks local controls and master keypads are designed with power failure memory. If power is interrupted and restored, lights will automatically return to the levels they were set. Any lights turned off prior to a power outage will remain off. HomeWorks system programming is also saved if power is lost.
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System Diagram A representative HomeWorks system is shown in this diagram. Touching a master keypad or handheld IR transmitter button sends a command signal to the HomeWorks microprocessor located in the remote power panel. The microprocessor responds by signalling the appropriate local control, GRAFIK Eye and remote power module to dim or switch the desired light(s). HomeWorks microprocessor commands can also be sent by a telephone interface, a timeclock or a security system. Windowscompatible personal computers can communicate with HomeWorks through an RS-232 port to program an entire system with easy-to-use software, or directly activate any of the system components. Lights and motors are directly controllable through remote power modules, or through a selection of Vareo local dimmers and switches, and GRAFIK Eye preset dimming controls. Vareo and GRAFIK Eye controls will function locally even if the HomeWorks microprocessor is not functioning.
Master Keypad Link, maximum 32 devices and 16 addresses per panel
Hand Held Infrared Transmitter
Telephone Interface
HW-PNL8 Remote Power Panel Enclosure
Timeclock
Security System
Home Computer
Remote Power Module Loads
Local Controls
HW-LVOC8 Microprocessor GRAFIK Eye Controls
HomeWorks System Example 5
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Remote Power Panel Enclosure The HomeWorks remote power panel enclosure is the basic building block of an integrated lighting control system, providing a housing for the HomeWorks microprocessor, up to eight remote power modules, an eight-output low-voltage relay card, and up to four filter chokes. The enclosure is also the terminating point for class 2 communications wiring of up to eight GRAFIK Eye main units, 48 HomeWorks Vareo dimmers and switches and 32 master keypads. It is designed to be rough-in capable, providing direct on/off control of lighting circuits from external circuit breakers if the microprocessor and remote power modules are to be installed at a later date. Power Control
The HomeWorks system offers two methods of controlling lighting loads. HomeWorks Vareo local dimmers and touch switches can be installed in the room where the lights are located, which is a very economical approach when only one or two lights need to be controlled. These local dimmers and switches remain active even if the HomeWorks microprocessor is not functioning. For installations where multiple gangs of conventional local controls would be impractical and undesireable, remote power modules can be used for direct dimming and switching of multiple fixtures. Latching on/off or pulsed low-voltage control is accomplished with the relay card, which mounts adjacent to the microprocessor assembly. The remote power panel enclosure is typically mounted out of sight in a closet or electrical cabinet, and control is provided by sleek, attractive master keypads.
Preferred Power Wiring Entry
Optional High Inductance Filter Choke Locations
Terminal Blocks
Module Locations (8 Total)
Low Voltage Output Card
LVOC-8
Microprocessor Assembly Alternate Power Wiring Entry Control Wiring Entry (Class 2) Height: 59", Width: 14.375", Depth: 3.875" Ref. Pub. #362-815
HomeWorks Remote Power Panel Enclosure 6
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Microprocessor Assembly The HomeWorks microprocessor assembly is the center of a HomeWorks system. It communicates with master keypads, Vareo dimmers and switches, GRAFIK Eye preset controls, and remote power modules to operate lights, relays, motors, shades, and other remotelycontrolled devices. The microprocessor assembly (HW-MA-8-120) installs in the bottom of a remote power panel enclosure and includes a mounting bracket, power supply, and wiring harness for remote power modules. A maximum of eight microprocessor assemblies can be used in a HomeWorks system, with each assembly having its own unique address. Time Clock Mode
The HomeWorks microprocessor offers a time-of-day clock memory function, capable of storing and executing up to 10 individual events per day. These could be used to automatically turn groups of lights on and off, or operate audiovisual equipment, spas, fountains, or shades.
RS-232 Port
An RS-232 port is included for two-way serial communication with a remote PC, providing an interface to/from AV equipment, security systems, HVAC systems, and home automation controls. All system programming can be saved as a file and uploaded through this port, using the Windows-based programming utility. Vacation Mode
The HomeWorks microprocessor assembly constantly monitors and records daily lighting and device usage patterns. These patterns can be automatically repeated to simulate occupancy of the home. This mode is activated through a dry contact closure on the microprocessor assembly. Security Mode
Any lights and controlled devices in the system can be activated by an external security system to turn on and stay on, or flash on and off when an alarm occurs. This mode is activated through a dry contact closure on the microprocessor assembly.
HW-MA-8-120
Diagnostic Display
Local Control Communication Buses
1
2
3
4
5
6
7
8
9
IN
10 11 12
GRAFIK RPM Bus Eye Bus
OUT
123
SW1: Flash Security SW2: Vacation Mode SW2: 24 hr. or 7 day SW3: Enable RS-232 SW3: Feedback
1 2 3 4 C RS-232 Port Pin 1, Activate Security Mode Pin 2, Activate Vacation Mode Pin 3, Enable Timeclock Pin 4, Lockout Manual Programming Pin C, Common
Inter Panel Link
Master Keypad Terminal
Master Keypad Terminal
Panel Address
Ref. Pub. #362-937
Homeworks Microprocessor Assembly 7
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HomeWorks Vareo Controls HomeWorks Vareo controls are used in locations where a single circuit of lighting needs to be dimmed or switched, such as hallways, bathrooms, or exterior lights. Vareo control functions include on, off, and a slider for dimming control. HomeWorks Vareo dimmers provide adjustable high and low end settings as well as a fade feature that can be enabled and disabled, and can also be activated from master keypads as part of a HomeWorks system. Model HWV-600D/1000D can dim either a single 600W/VA or 1000 W/VA incandesecent or magnetic
low-voltage circuit from one location. Model HWV-FDB8A can dim up to 8A of fluorescent lighting when used with Hi-lume fluorescent dimming ballasts. Model HWV-1000S can switch a single 1000 W/VA incandescent or magnetic low-voltage circuit from one location, while model HWV-1000NS can switch up to 1000 W/VA of any lighting load type. Model VETS-R is used as an auxiliary tap switch with any HomeWorks Vareo control for 3-way and 4-way applications from up to 9 different locations.
Set lighting level with slide dimmer
One tap brings lights on
One tap brings lights smoothly to slider level
One tap brings lights to off
One tap brings lights smoothly to off
HomeWorks Vareo Dimmer HWV-600D/HWV-1000D/HWV-FDB-8A
3-way Switch VETS-R Ref. Pub. #362-815
HomeWorks Vareo Switch HWV-1000S/HWV-1000NS
Power Boosters and Interfaces
NGRX-PB-WH Power Booster
These interfaces work with HomeWorks Vareo dimmers and switches, GRAFIK Eye preset dimming controls, and remote power modules.
For incandescent, magnetic low voltage, and neon/cold-cathode lamps. Maximum power capacity 16A per zone @120V. Ref. Pub. #362-603 and #362-813
HP2•4•6 Power Boosters
For incandescent, magnetic/electronic low voltage, neon, and fluorescent loads. Maximum capacity 2000 W/VA for HP-2, 4000 W/VA for HP-4, and 6000 W/VA for HP-6 @120V. Up to five HP-series modules can be daisy-chained for additional capacity.
GRX-FDBI-16A-120 Fluorescent Interface
Ref. Pub. #362-916 and #362-604
ELVI-1000 Electronic Low-Voltage Interface
Refer to page 25 for ganging, derating, and capacities of Vareo and GRAFIK Eye controls. For local control wiring information, refer to pages 26 - 27.
HomeWorks Vareo Controls 8
Single-zone interface to dim or switch Lutron FDB fluorescent ballasts. Maximum capacity 16A (dimming) or 10A (switching) per zone @ 120V. Ref. Pub. #362-622
Single-zone interface to control electronic transformer-supplied low voltage lighting. Maximum capacity 1000W @120V. Ref. Pub. #362-813 and #362-635
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GRAFIK Eye Controls GRAFIK Eye preset dimming controls are designed for dimming and switching multiple circuits (or zones) of lighting in a room by setting them to preselected levels called scenes. Applications include kitchens, dining rooms, and home theater/audiovisual rooms. They can also be activated from master keypads as part of a HomeWorks system. GRAFIK Eye controls provide up to 16 preset lighting scenes for 2 (GRX-3102-), 3 (GRX-3103-), 4 (GRX-3104-), or 6 (GRX-3106-) zones of incandescent, magnetic low-voltage and fluorescent light fixtures, using variable fade rates. See page 25 for capacity information.
ZONE 1
ZONE 2
ZONE 3
ZONE 4
FADE
OVERRIDE
ZONE
Fade – Set ramp times for scene light levels to increase or decrease. LEDs display rates of change from immediate (0 Seconds), to virtually imperceptible (60 minutes).
MASTER
Scenes – Press buttons 1-4 to recall lighting scenes. Fifth button turns all lights off. Scenes 5-16 can be activated from master keypads and accessory controls.
LUTRON
Zones – Buttons control GRAFIK Eye dimmers to raise or lower each group of lights (zones). LEDs display intensities incrementally. Presets are automatically saved.
Built-In Infrared Receiver
GRX-3104-T (4-Zone, 4-Gang Unit shown) -T= translucent cover, -A=opaque cover Ref. Pub. #360-449
GRAFIK Eye Accessories DESCRIPTION
STANDARD FUNCTION (“AS SHIPPED”)
Handheld Infrared Wireless Remote Control Transmitters GRX-IT, GRX-8IT Ref. Pub. 362-592
Controls 4 (or 8) scenes plus master raise/lower and off. Recalls or fine tunes light levels. Turns lighting on or off.
Fine Tuning Control NTGRX-RL Ref. Pub. 362-594
Pushbutton raise/lower of any scene. Preset levels not changed.
Pushbutton raise/lower of one or more zones. Preset levels not changed.
Wall
Two-Button Entrance Control NTGRX-2B Ref. Pub. 362-593
Turns lighting (scene 1) on or off.
Selects either of 2 scenes (1/off or 13/14), partition opened/closed, panic station.
Wall
Scene Selection Control NTGRX-4S Ref. Pub. 362-596
Activates scenes 1-4; master raise/lower and off. Recalls or fine tunes light levels.
Activates scenes 5-8, 9-12, or 13-16; operates one or more GRAFIK Eye main units.
Wall
Infrared Receiver/Scene Selection Control NTGRX-4S-IR Ref. Pub. 362-602
Activates scenes 1-4 and off by touchbuttons or infrared transmitters (above). Recalls or fine tunes light levels.
Activates scenes 5-8, 9-12, or 13-16; operates one or more GRAFIK Eye main units.
Wall
Architrave TM Door Jamb Control, GRX-4S-DW Ref. Pub. 362-597
Activates scenes 1-4; master raise/lower and off. Recalls or fine tunes light levels.
Activates scenes 5-8, 9-12, or 13-16; operates one or more GRAFIK Eye main units.
Door Jamb
Master Control NTGRX-4M Ref. Pub. 362-598
Activates scene 1 or off for up to eight GRAFIK Eye main units, or all on/all off.
Wall
On/Off Doorway Control NTGRX-1S Ref. Pub. 360-178
Line/mains voltage control. Switches lighting on or off from a remote wall location (Functions as 3-way switch.)
Wall
HomeWorks – GRAFIK Eye Controls
9
ADVANCED FUNCTION (FIELD CONFIGURED)
MOUNTING
Handheld
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Local Control Accessories Wallplates
Finish your HomeWorks installation with matching wallplates for Vareo controls, master keypads, receptacles, and jacks. HomeWorks Vareo Wallplates
VWP-2Two-gang wallplate for two dimmers or switches (4.5" x 4.5")
VWP-2RTwo-gang wallplate for two accessories, receptacles or jacks (4.5" x 4.5")
VWP-2CRVWP-2RC- (Not Shown) Two-gang wallplate for one dimmer or switch, and one accessory or receptacle (4.5" x 4.5")
VWP-3Three-gang wallplate for three dimmers or switches (6.32" x 4.5")
VWP-4Four-gang wallplate for four dimmers or switches (8.5" x 4.5")
Matching Receptacles and Jacks
Designed to match Vareo and GRAFIK Eye local controls. All mount in a single gang wallbox. NTR-1515A receptacle 2.75" x 4.5"
NTR-15-GFCI15A Ground Fault Circuit Interrupt receptacle 2.75" x 4.5"
NT-PJModular phone jack 2.75" x 4.5"
NT-CJTV jack Plastic 2.75" x 4.5"
Integrating Multiple Controls
Plastic Finish Colors
For a more seamless look, master keypads and local controls can be combined behind a common, custom-made wallplate. All standard color and finish choices are available for custom wallplates.
HomeWorks local controls are available in eight standard colors - White (WH), Beige (BE), Ivory (IV), Black (BL), Gray (GR), Brown (BR), Dusty Rose (DR), and Taupe (TP). Additional custom colors can be matched from Sherwin-Williams paint chip numbers. Metal Finishes
Integrating A/V Controls
Other manufacturer’s AV controls can be integrated with master keypads using a custom faceplate. Examples include AMX, AudioEase, and Audio Access. All standard color and finish choices are available. Contact Lutron for more details on custom wallplates.
HomeWorks Local Controls 10
Local controls can be supplied in ten different metallic finishes, including anodized, bright, satin, or antique brass; bright or satin chrome, satin nickel, satin or antique bronze, and 24-karat gold-plate.
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Remote Power Modules HomeWorks remote power modules are designed for direct control of lighting loads and motors, using keypads to replace single or multiple gangs of local controls which would be impractical or unsightly. A maximum of eight modules can be installed in a single HomeWorks HW-PNL8 remote power panel to control up to 32 switchlegs of lighting and/or motors.
Remote Power Module
HW-RPM-4U-120 Power Module (Dimming) HW-RPM-4S-120 Power Module (Switching)
Each 4U module can directly dim or switch up to four zones of incandescent, magnetic low-voltage, or electronic low-voltage lighting, while each 4S module can switch up to four zones of incandescent, magnetic low-voltage, electronic low-voltage*, or fluorescent lighting. Individual zone capacity is rated at 16A @120V (1920 W/VA). The total capacity of a remote power module is also 16A @120V (1920 W/VA). Ref. Pub. #362-817
Diagnostic LED Address Switch
Manual Override
HW-RPM-4M-120 Motor Interlock Module
Each motor interlock module can control four 3-wire 120VAC motors for applications such as shades, drapes, and hurricane shutters. Individual control outputs use two relays for directional control, which are mechanically interlocked to prevent simultaneous operation. Maximum relay contact rating is 1/4 HP, 5A @120 VAC for inductive loads, and 3A @120 VAC for resistive loads. Ref. Pub. #362-820 HW-HIFC-10-2 Filter Chokes*
9-24VDC Class 2
+ _
An external Class 2 power supply and manual switch as shown can be used as an override to activate lights controlled by a remote power module.
HIFC Filter Choke
The HW-HIFC-10-2 filter choke assembly contains two chokes contains rated at 10A maximum. Each HW-PNL8 remote power panel has room for 2 choke assemblies, which may be wired in parallel for loads up to 20A. Ref. Pub. #362-939 * In rare cases, some incandescent lamps and transformers in electronic low-voltage light fixtures will “buzz” or “hum”. The HW-HIFC-10-2 assembly reduces this hum.
HomeWorks Remote Power Modules 11
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Master Keypads HomeWorks master keypads, available in architectural and designer styles, provide homeowners with an easy and elegant way to operate lights, shades, motorized screens, pumps, thermostats, and many other devices found in custom residences. Any button on any keypad can be configured to control one or more lights and devices connected to a HomeWorks system. The number of buttons can also be customized. Up to 16 unique addresses using 32 master keypads can be connected to each HomeWorks microprocessor assembly. All HomeWorks keypads provide at-a-glance system status LED indicators, are consistent in appearance with other HomeWorks controls, and can have each button’s function custom engraved.
HWV-KP5 Architectural 5-button keypad, plus Master On/Off Raise/Lower Ref. Pub. #362-822
HWV-KP5-DN/DW Architrave Door Jamb 5-button keypad, plus Master On/Off Raise/Lower Ref. Pub. #362-821
HWV-2B 2-button multifunction keypad Ref. Pub. #362-814
Finishes and Colors
Architectural style keypads are available in eight standard colors - White (WH), Beige (BE), Ivory (IV), Black (BL), Gray (GR), Brown (BR), Dusty Rose (DR), and Taupe (TP). Architrave style keypads are available in white or bright brass. Designer style keypads are available in six standard colors - White (WH), Beige (BE), Ivory (IV), Black (BL), Gray (GR), and Brown (BR). Metal Finishes
Master keypads can be supplied in ten different metallic finishes, including anodized, bright satin, or antique brass, bright or satin chrome, satin nickel, bright, satin or antique bronze, and 24-karat gold-plate.
HWV-KP10 Architectural 10-button keypad, plus Master On/Off Raise/Lower Ref. Pub. #362-822
HWV-KP15 Architectural 15-button keypad, plus Master On/Off Raise/Lower Ref. Pub. #362-822
HWV-KP-LB6 Architectural 6-button keypad Ref. Pub. #362-823
HWV-KP-LB9 Architectural 9-button keypad Ref. Pub. #362-823
HWV-5S-M Designer 5-button keypad, plus Master On/Off Raise/Lower Ref. Pub. #362-816
HWV-5S-NM Designer 5-button keypad Ref. Pub. #362-816
HWV-KP10 With custom buttons
GRX-IT- 4 button GRX-8IT- 8 button Handheld infrared transmitter, master On/Off raise/lower control on both models Ref. Pub. #362-592
HWV-5S-IR Designer 5-button keypad, plus IR sensor for remote control Ref. Pub. #362-816
Refer to publication numbers for more details and wiring information.
HomeWorks Master Keypads 12
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Enhanced Control Options Expand the versatility and functionality of a HomeWorks system with enhanced control options. Equipment such as time clocks, security systems, occupancy sensors, and photocells can provide inputs to automatically activate groups of lights. Low-voltage outputs can control home theater equipment, thermostats, fans, pumps, and spas. Input Interface Master Controls
The HWV-IP5 provides 5 individual switch-closure inputs, and the HWV-2B provides 2 individual switch closure inputs from devices such as time clocks and occupancy sensors to activate any devices connected to a HomeWorks system, using either momentary or latching closures. It mounts in a single-gang wallbox.
TEL-9 Telephone Interface
The TEL-9 interface allows remote access of up to nine different functions or events in a HomeWorks system, using external or internal touch-tone phones. Each function is completely programmable and can activate any devices connected to the system. Sample functions include turning on driveway or interior lights from your car, activating Vacation Mode from a remote location, turning on a spa before you get home, or checking the status of your security system. User-defined access codes control each function, and voice response provides verification when a function is activated. RS-232 Interface
HomeWorks commands and keypad programming are accessible from most personal computers by connecting them to the RS-232 interface on the microprocessor. Command possibilities include turning switches on and off, setting dimmers to specific intensities, simulating master keypad button presses, and checking the status of any device in a HomeWorks system.
Photocell Timeclock Fire Alarm Driveway Sensor Motion Sensor
Ref. Pub. #362-938
HW-LVOC-8 Low Voltage Relay Card
The HW-LVOC-8 provides eight separate SPDT dry contact closures and mounts in a HomeWorks remote power panel. Each output has normally-opened and normally-closed contacts rated at .4A @30VDC, .4A @30VAC with resistive loads, and .1A @30VAC, .2A @30VDC with inductive loads. Shade & Drape Controllers HVAC
A/V Equipment 1
2
3
4
5
6
7
8
RS-232 9 Pin D Connector
Refer to publication #043-004 for a complete set of RS-232 commands.
Manual Activators and Indicator LEDs 1
2
3
4
5
6
7
8
Ref. Pub. #361-818
HomeWorks Enhanced Control Options 13
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How to Prepare the Control Schedule To lay out a HomeWorks integrated lighting control system, use the local control and master keypad schedule. The following steps show how to fill out a schedule for the reflected ceiling plan example shown below.
Step 1
Determine the lights and devices to be included in your system, along with how the lighting loads in each area will be controlled, using either HomeWorks Vareo local controls and switches, GRAFIK Eye preset dimming controls, or HomeWorks remote power modules. Number each lighting switch leg circuit on the reflected ceiling plan.
What You’ll Need:
• A reflected ceiling plan, showing all fixtures, switching legs, and dimming locations • A list of fixtures to determine the connected load per switch leg • A copy of the control schedule shown on pages 16 and 17
Step 2
Choose master keypad locations and place them on the reflected ceiling plan. Next, eliminate any 3-way switches replaced by master keypads, and relocate undesired switches and dimmers from keypad locations.
115 105 120 114 11
7 123
12
106 104
118
113
15
5
107
10
6 9
121
17
14
18
112
124
103
4
108
13
117
8 122 102 1
110
19
2
3
111 109 101
GRAFIK Eye Control HomeWorks Keypad 125
Vareo Dimmer or Switch
Step 3
Number each wallbox location on the reflected ceiling plan.
HomeWorks Control Schedule 14
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Step 4
Step 5
Fill in the name of each room on your local control schedule. Next, enter a number for each wallbox location, leaving space for each device mounted in that wallbox. Also, enter the circuit number for each switchleg controlled by a remote power module.
Complete the circuit and load information boxes for each wallbox-controlled device and remote power module load. Designate a 3-way circuit reference letter to each locally-controlled device switched from multiple locations.
HWV-KP5-DW
HWV-KP5-DN
X
A A
X
Step 6
Step 7
Choose the appropriate local control or keypad model for each wallbox location or remote power module load from the schedule, making sure to allow for derating of ganged controls. Include power boosters, remote motor modules and interfaces as needed.
List all HomeWorks system low voltage switch closure inputs and outputs, and check off the appropriate control (HWV-2B or HWV-IP5 for 2 or 5 inputs, and HW-LVOC-8 for up to 8 outputs).
om
te
NGRX-PB
HW-RPM-4M
HW-RPM-4S
HW-RPM-4U
VETS-R
VETS-1000
V-1000
V-600
HWV-FDB-8A
MODULES/
HWV-1000NS
HWV-1000S
HWV-1000D
HWV-600D
NTGRX-RL
NTGRX-1S
NTGRX-2B
NTGRX-4S
GRX-3106
GRX-3104
GRX-3103
GRX-3102
HWV-KP5-DW
HWV-KP5-DN
Bed Lights Accent Lights Bathroom His Keypad Her Keypad
HWV-KP-LB9
INC ELV INC – –
120 100 150 – –
LOCAL CONTROLS
HWV-KP-L6
117 118 120 – –
HWV-KP15
15 15 15 17 18
Keypad – INC Entry Sconces INC Foyer Downlights West Hall INC East Hall INC
HWV-KP10
Bath Light Bath Light
HWV-KP5
INC –
HWV-5S-IR
123 200 123 –
HWV-5S-NM
6 7
HWV-5S-M
– 2X150 2X100 300 200
HWV-2B
– 111 122 121 108
DESCRIPTION
3-Way Reference
19 – – 14 9
LOAD TYPE
TOTAL LOAD
s
CIRCUIT NUMBER
OM
KEYPADS
WALLBOX LOCATION
C I R C U I T I N F O R M AT I O N
ELVI-1000
Bed Lights Accent Lights Bathroom Hi K d
HWV-KP-LB9
INC ELV INC
120 100 150
HWV-KP-L6
117 118 120
HWV-KP15
Bath Light Bath Light
HWV-KP10
INC –
HWV-KP5
15 15 15 17
123 200 123 –
HWV-5S-IR
Master Suite
Keypad Entry Sconces Foyer Downlights West Hall East Hall
HWV-5S-NM
6 7
– INC INC INC INC
HWV-5S-M
Kids Bathroom
– 2X150 2X100 300 200
DESCRIPTION
HWV-2B
– 111 122 121 108
3-Way Reference
19 – – 14 9
LOAD TYPE
CIRCUIT NUMBER
Foyer/Halls
NAME OF ROOM
KEYPADS
TOTAL LOAD
WALLBOX LOCATION
C I R C U I T I N F O R M AT I O N
X X X X X X
A A
X
X X X
HomeWorks Control Schedule 15
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Job Name: Job Number:
Date: Page
of
HWV-KP5-DW
HWV-KP5-DN
HWV-KP-LB9
HWV-KP-L6
HWV-KP15
HWV-KP5
HWV-5S-IR
HWV-5S-NM
HWV-5S-M
DESCRIPTION
HWV-2B
KEYPADS
3-Way Reference
LOAD TYPE
TOTAL LOAD
CIRCUIT NUMBER
NAME OF ROOM
WALLBOX LOCATION
C I R C U I T I N F O R M AT I O N
HWV-KP10
Control Schedule
EQUIPMENT TOTALS
HomeWorks Control Schedule 16
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HomeWorks Control Schedule 17 Notes
Date: Page
HW-IP5
HW-LVOC-8
HIFC
HP-6
HP-4
HP-2
GRX-FDBI-16A-20
ELVI-1000
NGRX-PB
LOCAL CONTROLS
HW-RPM-4M
HW-RPM-4S
HW-RPM-4U
VETS-R
VETS-1000
V-1000
V-600
HWV-FDB-8A
HWV-1000NS
HWV-1000S
HWV-1000D
HWV-600D
NTGRX-RL
NTGRX-1S
NTGRX-2B
NTGRX-4S
GRX-3106
GRX-3104
GRX-3103
GRX-3102
Job Name: Job Number: of
M O D U L E S / R E L AY S / I N T E R F ACE S
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Remote Power Panel Load Schedule
Job Name: Location: Panel Name:
For switch legs without local controls, use this schedule to assign lighting and motor loads to remote power modules within the interface panel. Bus numbers 1 through 8 are used for either remote power modules or local HomeWorks Vareo controls, while bus numbers 9 through 12 are used with Vareo controls only. HW-RPM-4(U)(S) remote power modules can control up to 4 zones of incandescent, magnetic lowvoltage, electronic low-voltage, or fluorescent lighting. Each zone has a maximum capacity of 16A @120V (1920 W/VA), and each remote power module also has a total capacity of 16A @120V (1920 W/VA). HW-RPM-4M-120 remote motor interlock modules can control four 120VAC motors with a maximum relay contact rating of 1/4 HP, 5A @120VAC inductive, 3A @120VAC resistive. Interface and booster types include the NGRX-PB Power Booster, High-Power HP 2•4•6, GRX-FDBI16A-120 HiLume fluorescent dimming ballast, and ELVI-1000 for electronic low-voltage fixtures. In rare cases, some incandescent lamps or transformers in electronic low-voltage light fixtures will “buzz” or “hum”. The HW-HIFC-10-2 assembly is used to reduce hum. Indicate any loads that require filter chokes with a checkmark outside the “watts” column.
Date: Page
of
Address:
BUS 1
TYPE
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
WATTS
1 2 3 4 TOTAL
BUS 2
TYPE
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
WATTS
1 2 3 4 TOTAL
BUS 3
TYPE
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
WATTS
1 2 3
Bus Types
4U 4S 4M Vareo
4
HW-RPM-4U module HW-RPM-4S module HW-RPM-4M module Local Vareo Control
Interface Types
PB HP-2,4,6 ELVI FDB
NGRX-PB High Power 2, 4 or 6 ELVI-1000 GRX-FDBI-16A-120
TOTAL
BUS 4
TYPE
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
WATTS
1 2 3 4 TOTAL
HomeWorks Remote Power Panel Load Schedule 18
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Remote Power Panel Load Schedule
Job Name: Location: Panel Name:
BUS 5
TYPE
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
WATTS
Date: Page
of
Address:
BUS 9
TYPE VAREO
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
BUS 10
TYPE VAREO
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
BUS 11
TYPE VAREO
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
BUS 12
TYPE VAREO
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
1
1
2
2
3
3
4
4
WATTS
TOTAL
BUS 6
TYPE
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
WATTS
1
1
2
2
3
3
4
4
WATTS
TOTAL
BUS 7
TYPE
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
WATTS
1
1
2
2
3
3
4
4
WATTS
TOTAL
BUS 8
TYPE
CIRCUIT FEED
CIRCUIT #
LOAD DESCRIPTION
INTERFACE
WATTS
1
1
2
2
3
3
4
4
WATTS
TOTAL
HomeWorks Remote Power Panel Load Schedule 19
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GRAFIK Eye, LVOC-8, and Keypad Schedules
Job Name: Location: Panel Name:
Date: Page
of
Address:
This schedule should be filled out for each HW-PNL8 remote power panel, and is used to: – Assign GRAFIK Eye locations and bus addresses. (Maximum of 8 addresses per panel) – Designate HW-LVOC-8 low-voltage control circuits, including type of closure (NO = normally open, NC = normally closed, MOM = momentary, LATCH = latching) – Assign master keypad addresses, locations, and names. Keypad addresses above #16 are shared.
GRAFIK EYE ADDRESS #
LOCATION/DESCRIPTION
1 2 3 4 5 6 7 8
HW-LVOC-8 POSITION
DESCRIPTION
1 2 3 4
MASTER KEYPADS ADDRESS #
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
TYPE
POSITION
NO
MOM
NC
LATCH
NO
MOM
NC
LATCH
NO
MOM
NC
LATCH
NO
MOM
NC
LATCH
DESCRIPTION
5 6 7 8
TYPE NO
MOM
NC
LATCH
NO
MOM
NC
LATCH
NO
MOM
NC
LATCH
NO
MOM
NC
LATCH
KEYPADS THAT SHARE AN ADDRESS LOCATION /DESCRIPTION
KEYPAD #
LOCATION/DESCRIPTION
ADDRESS
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
Homeworks Schedules 20
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System Equipment and Faceplates & Accessories Schedules
Job Name: Job Number:
Date: Page
of
SYSTEM EQUIPMENT
This schedule is used for ordering system equipment, faceplates, and accessory jacks for a complete HomeWorks system.
QUANTITY
MODEL NUMBER
DESCRIPTION
HW-PNL8-RMC
Panel Enclosure
HW-MA-8-120
Processor (1 per panel)
HW-TEL9
Telephone Interface (1 per system)
HW-HIFC
High Inductance Filter Chokes (2 per panel)
FACEPLATES & ACCESSORIES SCHEDULE (fill in quantities in each room) WALL PLATES
ACCESSORIES COLOR
ROOM NAME VWP-2 VWP-3 VWP-4 VWP-2R VWP-2R VWP-2CR
SPECIAL
NT-PJ
NT-CJ NTR-15 NTR-15-GFCI
Faceplate colors and finishes - White (WH), Beige (BE), Ivory (IV), Black (BL), Gray (GR), Brown (BR),
Dusty Rose (DR), and Taupe (TP). Additional custom colors can be matched from Sherwin-Williams paint chip numbers. Metal finishes are also available.
Homeworks Schedules 21
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Master Keypad Layout and Design HomeWorks master keypads are installed at locations where master control of the system is desired, such as entranceways, kitchens, great rooms, master bedrooms, foyers, garages, and patios, and are typically mounted 52" above floor level. Any button can easily be programmed to control one or more lights and devices, using Lutron’s HomeWorks Programming Utility for Windows software. Master on/off or raise/lower buttons are available on certain keypad models.
An activity button is used to activate a specific light setting or path of light, and is usually called a “scene” button. Examples of activity buttons shown include PATH HI/LOW, WELCOME, ACCENT, MORNING AND NIGHT. (Note: When creating paths of light, select common hallways and stairways only - avoid creating multiple paths which might overlap.) Common Lighting Scenes
HOME – Activates selected lights in a dark residence when returning
home at night, such as exterior lights, kitchen, and pathways. Assigning Keypad Functions
Simplicity and consistency work best when programming and assigning HomeWorks master keypad functions. Developing a keypad theme or structure ensures a familiar operation to keypads throughout the home, meaning that a specific button function appears in the same position on every keypad that activates that function. For layout and location purposes, keypads can be grouped into three types: Room control keypads, which activate lights or devices in a specific room and replace gangs of dimmers, point of entry keypads, located at entry/exitways of a home for control of exterior and interior lighting, and monitor keypads, used to identify lighting status at a glance. Keypad buttons function in two ways. A monitor button indicates if a light or group of lights is on or off. Examples shown include front exterior lighting (FR EXT), rear exterior lighting (R EXT) and foyer (FOYER) buttons.
RAISE
AWAY – Turns on exterior lights and sets selected interior lights to
preset levels when leaving home to return after dark. PATH HI – Illuminates hallways to a bright setting for early evening PATH LOW – Illuminates hallways to a dim setting for late night use. EXTERIOR – Conveniently turns on/off all exterior lights without the
need to walk to every entry point. MASTER ON – Turns all lights on. MASTER OFF – Turns all lights off. NIGHT LIGHT – Turns off all lights except hallways, which remain at dimmed levels for children and guests. TIMECLOCK – Activates/deactivates timeclock mode. VACATION – Activates/deactivates vacation mode. ENTERTAIN – Raises house lighting to bright levels for entertaining.
PANIC – Activates security lighting.
ROOM ON
FR EXT
HOME
FR EXT
FOYER
FR EXT
FOYER
MBR HI
CHANDELIER
R EXT
AWAY
R EXT
FAMILY
R EXT
FAMILY
MBR LOW
WALLWASH
LANDSCAPE
VACATION
LANDSCAPE
KITCHEN
LANDSCAPE
KITCHEN
M BATH
ACCENT
TIMECLOCK
PATH HI
WELCOME
PATH HI
TIMECLOCK
LIVING
MORNING
ROOM OFF
GARAGE
PATH LOW
ENTERTAIN
PATH LOW
GARAGE
DINING
NIGHT
LOWER
MASTER ON
MASTER OFF
MASTER ON
MASTER OFF
MASTER ON
Dining Room Room Control Keypad
Garage Entry Point of Entry Keypad
HomeWorks Master Keypad Layout and Design 22
Foyer Entry Point of Entry Keypad
MASTER OFF
Master Bedroom Bedside Monitor Keypad/Room
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HomeWorks Programming Utility In addition to simple manual keypad programming, HomeWorks systems can be configured with Lutron’s HomeWorks Programming Utility for either Windows 3.1 or Windows 95. A series of easy-to-use screens prompts the user to define the system components and program master keypad button functions. Diagnostic features are also included to help installers troubleshoot and fine-tune systems. The Output Device Definition screen is where each local control device is defined, along with panel addreses, and circuit number and wallbox number information. Individual button functions are assigned on the Button Programming screen. The keypad being programmed appears as a large icon, and the function names selected are shown under each button. Preset dimming information is also displayed on this screen. After programming is complete, the system configuration is uploaded to the system through a computer’s RS-232 serial port. The Display Devices screen is used during initial installation and programming to verify system equipment is functioning properly. If installed on the homeowner’s computer, it can also be used to control individual lights throughout the house. Minimum requirements to run the HomeWorks Programming Utility are an 80386DX/25 Mhz or faster Windows PC with 4 megabytes of RAM, 4 megabytes of hard disk space, and DB-9 serial port connection. 8 megabytes of RAM is recommended for faster operation. Refer to publication #043-012 for more details on using the HomeWorks Programming Utility.
Output Device Definition Window
Button Programming Window
Device Display Window
HomeWorks Programming Utility 23
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System Wiring 15-Button Master Control
To wire a home for a HomeWorks control system, follow these simple instructions:
5-Button Master Control
10-Button Master Control
Local Controls
Step 1 – Install single-gang and multigang wallboxes at desired locations. For ease of installation, use 3 1/2” deep wallboxes. Masonry boxes are recommended for GRAFIK Eye main units .
Step 2 – Wire single-pole and 3-way switch locations per standard wiring practices. Local controls must be installed such that any 3-way auxiliary switch is on the load side of the local dimmer or switch. See Pages 26-27 for wiring details. For circuits that require GFI protection, contact Lutron.
Momentary or Maintained Closure
2 Pair #18 Twisted/ Shielded (4 wires) 16 Keypads Maximum
2 Pair #18 Twisted/ Shielded (4 wires)
Step 4 – From the GRAFIK Eye units to be mastered, continue the daisy chain to the interface panel as shown on pages 26-27. Maximum wire length is 2000 feet.
2 Pair #18 Twisted/ Shielded (4 wires) 8 GRAFIK Eye Units Maximum 15 Accessory Controls Maximum (Daisy Chained)
**
120VAC 60Hz 15A Switched LV 2 #18 Class 2 (Typical of 8)
Note: Wiring must enter the interface panel at specific locations (see installation guide for details)
GRAF IK Eye
1 Pair #22 Twisted and Shielded (2 wires) 4 Devices Maximum (Typical 12)*
Hot Neutral
Hot Neutral
Step 5 – Provide a 120 VAC, 15A hot and neutral supply to the microprocessor assembly, and a 120VAC, 20A hot and neutral supply to each remote power module. Step 6 – Pull 2 pair #18 twisted/shielded Class 2 wires between interface panels for installations with more than one panel. Maximum wire length is 1000 feet.
HomeWorks Subpanel & Enclosure
To Additional Homeworks Panels (8 Panel Maximum)
Remote Power Panel Enclosure
Step 3 – From each local dimmer or switch that will be mastered, pull wires to the interface panel as shown in the wiring diagrams on pages 26-27. Up to 4 devices can be connected to a single pair that returns to the panel. Maximum wire length is 500 feet per bus.
Security System (by others)
120V Remote Power Panel Output Typical
Touch Switch
Auxiliary Touch Switch
* **
Hot Neutral
**
Hot Neutral
Dimmer *
Master Keypads
Step 7 – From master keypads, pull 2 pair #18 twisted/shielded Class 2 wire to the remote power panel enclosure. Note that master keypads may be daisy-chained. Maximum wire length is 1000 feet.
Homeworks System Wiring 24
* According to National Electric Code section 725-52 paragraph 2 exceptiuon #2. Check with your local inspector to determine local codes. ** For circuits that require GFI Protection, contact Lutron.
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Ganging, Derating, and Capacities Vareo Controls
Master Keypads
Multiple HomeWorks Vareo controls may be ganged (mounted side by side) in a series of connected wallboxes to save space. A scored section along each side of the mounting plate/fin, or “breakoff”, is removed to facilitate ganging of controls. However, the load rating for each single control must be derated in a multi-gang installation. Refer to the table for derating information.
KP5, KP10, KP-LB6 and IP5 master keypads may also be ganged to save space. However, their side fins cannot be broken, and a non-standard wallbox size must be used. When ganging an even number of keypads with no side sections removed, use wallboxes with tapped ears as shown. Do not use plaster rings or gangbox covers. Space an additional wallbox 3/4" apart from the other wallboxes. A 3/4" chase nipple is recommended as a spacer between the wallboxes.
Maximum Capacity
No Side Sections Removed
One Side Section Removed
Middle Unit Has Two Side Sections Removed
Incandescent
600W 1000W
500W 900W
300W 700W
Magnetic Low-Voltage
600VA 1000VA
500VA 900VA
300VA 700VA
Example: Wallbox arrangement required for gang of 2 keypads, side sections intact.
Dimmers
Fluorescent
.75"
Vareo controls work only with Lutron® Hi-Lume® and Eco-10TM electronic dimming ballasts. Controls used with electronic dimming ballasts do not require derating.
Electronic Tapswitches 1000W/VA
900W/VA
700W/VA
GRAFIK Eye 3100 Preset Dimming Controls
ZONE 1
ZONE 2
ZONE 1
ZONE 2
ZONE 3
ZONE 1
GRX-3102 GRX-3103 5 5/16" x 4 9/16" 7 1/8" x 4 9/16"
ZONE 2
ZONE 3
ZONE 4
GRX-3104 8 15/16 x 4 9/16"
The GRX-3106 is the same look and dimensions as the GRX-3104 but has additional lighting zone controls for its 6 zone capability. GRAFIK Eye Model Number
Number of Zones
Number of Scenes
Number of Gangs
2 3 4 6
4 (16) 4 (16) 4 (16) 4 (16)
2 3 4 4
GRX-3102 GRX-3103 GRX-3104 GRX-3106 GRAFIK Eye Model Number
GRX-3102 GRX-3103 GRX-3104 GRX-3106
Homeworks Ganging and Derating 25
Voltage
Zone Capacity amps/watts
Total watts/VA
Maximum Feeds
120V 120V 120V 120V
6.7/800 6.7/800 6.7/800 6.7/800
1200 1500 2000 2000
1 1 2 2
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Local Control Wiring HWV-600D, HWV-1000D, HWV-1000S
Single Location To HomeWorks Enclosure
3-way and 4-way
Violet
Class 2 Wiring
To HomeWorks Enclosure
Gray HomeWorks Vareo Dimmer or Electronic Touch Switch
Hot
Black
120VAC 60Hz
Violet
Class 2 Wiring
Gray Up to 9 Total VETS-R- Units VETS-R VETS-R
HomeWorks Vareo Dimmer or Electronic Touch Switch
Red
Black
Hot 120VAC 60Hz
Load
Blue no connection
Neutral
Red
Black
Red
Blue
Black
Blue
Red
Blue
Load
Neutral
HWV-1000NS To HomeWorks Enclosure
HWV-FDB-8A
Violet
Class 2 Wiring
To HomeWorks Enclosure
Gray HomeWorks Vareo Electronic Touch Switch Black
Hot
Class 2 Wiring
Gray HomeWorks Vareo Dimmer
Red
Hot
White 120VAC 60Hz
Violet
120VAC 60Hz
Load
Blue no connection
Black
Red
White
Orange
Hi-Lume Ballast
Blue no connection
Neutral
Neutral
GRX-3103 (3-Zone Unit)
GRX-3106 (6-Zone Unit)
Zone/Load 1 Zone/Load 2 Zone/Load 3 1 #12(1.5mm2)TYP.
1 #12(1.5mm2)TYP.
Live/Hot
Live/Hot 1*
Power
Neutral
Neutral To Distribution Panel
Zone/Load 1 Zone/Load 2 Zone/Load 3 Zone/Load 4 Zone/Load 5 Zone/Load 6
Live/Hot 2* Power
Power
Neutral
Neutral Class 2 to Next GRAFIK Eye or HomeWorks enclosure
To Distribution Panel
GRX-3102 (2-Zone Unit) Uses all of the above wires except Zone 3.
To Distribution Panel
Class 2 to Next GRAFIK Eye or HomeWorks enclosure
To Distribution Panel
GRX-3104 (4-Zone Unit) Uses all of the above wires except Zones 5 and 6. *Both live/hot feeds must be on the same phase. If more convenient, one live/hot feed can be used and jumpered to the second feed terminal
HomeWorks Local Control Wiring 26
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Power Booster and Interface Wiring ELV-1000 HomeWorks Local Control
ELVI-1000 Rear View
120 VAC Black From Distribution Panel
CONTROL NEUTRAL
DHOT OUT HOT IN
Low Voltage #22 shielded
Important Wiring Information Do NOT connect loads using magnetic low voltage transformers to the ELVI-1000 interface Electronic Low Voltage Track Lighting
Blue 3-Way Use Red
Neutral
NGRX-PB
HomeWorks Local Control
HP-2 Cut Away View, Bottom of Panel
HomeWorks Local Control
To HomeWorks Enclosure
120 VAC From Distribution Panel
Black
Blue
Load Circuit Detail
Control Circuit Detail
N H DH SH
N N H H DH
Load 120 VAC Black
3-Way Use Red
Neutral
DHOT OUT HOT IN
To HomeWorks Enclosure
Hot
From Distribution Panel
From Distribution Panel
NGRX-PB Rear View
CONTROL NEUTRAL
HP 2•4•6
Incandescent Loads Only
Blue 3-Way Use Red
Neutral
Neutral DH: Dimmed Hot for Dimming Incandescent, Low Voltage or Neon Loads SH: Switched Hot for Switching Any Load Type
HomeWorks Local Control Wiring 27
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Remote Power Module Wiring GRX-FDBI-16A-120 For dimming Hi-lume Fluorescent Dimming Ballasts Hot Neutral
Three Incandescent or Low Voltage Loads with Combined Wattage of 1920W or Less GRX-FDBI-16A-120 (Rear View) N N N N N H 1 2 3 4
Important Wiring Information Connect DHOT OUT only to Lutron Hi-Lume or ECO-10 Electronic Dimming Ballasts. Do not use this connection with any other fluorescent ballast.
White
Orange
Black
SW HOT CONTROL NEUTRAL
DHOT OUT HOT IN
Hi-Lume or ECO-10 Dimming Ballast.
From Distribution Panel Neutral
Remote Power Module P/N HW-RPM-4U-120
Hot
NGRX-PB For boosting the power capacity of a Remote Power Module output Hot Neutral
Three Incandescent or Low Voltage Loads with Combined Wattage of 1920W or Less
DHOT OUT HOT IN
Remote Power Module P/N HW-RPM-4U-120 or HW-RPM-4S-120
CONTROL NEUTRAL
NGRX-PB (Rear View) N N N N N H 1 2 3 4
Incandescent or Megnetic Low Voltage Loads Only 1920W Maximum
Hot Neutral
ELVI -1000 For reducing noise when dimming electronic low voltage fixtures Hot Neutral
Three Incandescent or Low Voltage Loads with Combined Wattage of 1920W or Less
Remote Power Module P/N HW-RPM-4U-120
DHOT OUT HOT IN
N N N N N H 1 2 3 4
CONTROL NEUTRAL
ELVI-1000 (Rear View)
Important Wiring Information Do NOT connect loads using magnetic low voltage transformers to the ELVI-1000 interface Electronic Low Voltage Track Lighting
Hot Neutral
Homeworks Remote Power Modules 28
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HP 2•4•6 For boosting the power capacity of a Remote Power Module output Hot Neutral
DH: Dimmed Hot for Dimming Incandescenrt, Low Voltage or Neon Loads
Three Incandescent or Magnetic Low Voltage Loads with Combined Wattage of 1920W or Less HP-2 Cut Away View, Bottom of Panel N N N N N H 1 2 3 4
Load Circuit Detail
Control Circuit Detail
N H DH SH
N N H H DH
SH: Switched Hot for Switching Any Load Type
From Distribution Panel
Remote Power Module P/N HW-RPM-4U-120 or HW-RPM-4S-120
Hot Neutral
Motor Interlock Remote Power Module Hot Neutral
R L R L R L R L H N N N N N
M
M
Remote Power Module P/N HW-RPM-4M-120
Dimming or Switching Remote Power Module Hot Neutral
Four Incandescent or Low Voltage Loads with Combined Wattage of 1920W or Less
N N N N N H 1 2 3 4
Remote Power Module P/N HW-RPM-4U-120 or HW-RPM-4S-120
Homeworks Remote Power Modules 29
Lutron Hotline (800) 523-9466 Lutron Web Address http://www.Lutron.com/resi
System Specifications PART 1 - GENERAL 1.01 SCOPE The following specifications detail the minimum performance and related criteria for a Lighting Control System (LCS). Any deviations from this specification must be documented in writing and submitted to the Architect prior to the issuance of any contracts and must also include all associated cost savings or additions, including but not limited to equipment, equipment installation, 120V power wiring labor and materials, programming, documentation and project management 1.02 WORK INCLUDED A. Contractor and/or Authorized Dealer shall furnish all equipment necessary for the proper installation of the devices as indicated on the drawings and specified herein. B. All 120V wiring and installation of any 120V devices (dimmers, switches, etc.) to be completed by the Electrical Contractor. C. Programming to be the responsibility of the Owner via a separate contract with a factory-authorized representative and/or dealer/installer of the specified equipment. 1.03 QUALITY ASSURANCE A. Manufacturer shall have a minimum of 10 years continuous experience in manufacturing architectural lighting control products. B. All devices shall be U.L. and CSA listed specifically for the required loads (i.e., incandescent, fluorescent, magnetic low voltage transformer). Manufacturer shall provide file card upon request. C. Manufacturer shall maintain ISO 9001 certification. Provide a copy of the certificate upon request. PART 2 - PRODUCTS 2.01 ACCEPTABLE MANUFACTURERS A. Lutron Electronics Co., Inc. 2.02 GENERAL A. LCS shall consist of five basic equipment subcategories: 1. wall-mounted master keypads, 2. one or more microprocessor-based lighting control panels for communication and data storage, 3. remote power control modules located in the lighting control panels, 4. wall mounted, multi-zone, preset scene dimming modules, and 5. local dimmer and switch modules located within each room and/or remotely located out of sight. Quantities and types of equipment shall be per the load and control schedules, as well as per the drawings. B. LCS shall be pre-wire capable so that all lighting loads in the building may be pre-wired with low voltage wire so that it can be added to the LCS at a future date. Any pre-wired lighting loads which are not included in the initial system can be added at a future date by installing and programming local dimmer and switch modules. It is not acceptable to have to modify building line voltage wiring to add future lighting loads to the initial LCS. Any system which cannot be pre-wired with low voltage wire for future lighting loads shall be disqualified. C. LCS shall be designed so that in the event that one or more of the lighting control panels is not present or is disabled, the following shall be true: 1. Any lights which were on prior to the interruption shall remain on at the same intensity,and 2. It shall be possible to turn on or off, or even dim (where a dimmer is used) any local dimmer or switch via a manual override on each dimmer and switch, and 3. It shall be possible to turn on to a preset level or off any lights controlled by remote power control modules by installing and using a low voltage override switch, and
4. All system information (button function assignments, preset scene values, time clock schedules, etc.) shall remain intact. 2.03 MULTI-ZONE PRESET SCENE DIMMING MODULES A. Multi-zone preset scene dimming module shall be capable of operating at rated capacity without adversely affecting design lifetime. B. Multi-zone preset scene dimming module shall mount individually in standard 2-,3-, or 4- gang U.S. switchboxes. C. Multi-zone preset scene dimming module shall operate in an ambient temperature range of 0°C (32°F) to 40°C (104°F). D. Multi-zone preset scene dimming module shall incorporate an airgap switch which shall be accessible without removing the faceplate. The airgap switch shall be capable of meeting applicable requirements of U.L. 20 for airgap switches in incandescent dimmers. E. Multi-zone preset scene dimming module shall meet IEC 801-2, tested to withstand 15kV electrostatic discharge without damage or loss of memory. F. Multi-zone preset scene dimming module shall meet ANSI/IEEE Std. C62.41-1980, tested to withstand voltage surges of up to 6000V and current surges of up to 200A without damage. G. Multi-zone preset scene dimming module shall meet the U.L. 20 limited short circuit test requirement for snap switches. H. Multi-zone preset scene dimming module shall be voltage regulated so that a 10% variation in line voltage shall cause no more than a 5% variation in load voltage when dimmer is operating at 40V (5% light output). I. Multi-zone preset scene dimming module shall utilize an LC filtering network to minimize interference with properly installed radio, audio and video equipment. J. Multi-zone preset scene dimming module shall operate (dim or non-dim) the following sources/load type with a smooth and continuous Square Law dimming curve. The specific load type dimming curves are electronically programmed and can be changed at any time. 1. Incandescent, Tungsten and Magnetic Low Voltage Transformer a. Dimmer shall contain circuitry specifically designed to control and provide a symmetrical AC waveform to the input of magnetic low voltage transformers. b. Dimmer shall not cause a magnetic low voltage transformer to operate above the transformer’s rated operating current and temperature. c. Dimmer shall contain circuitry to control dioded lamps. 2. Fluorescent Electronic Dimming Ballasts Dimmer shall be rated to control fluorescent lamps. Ballasts for fluorescent fixtures must be Lutron Hi-lume “FDB” series. See fixture schedule and/or dimming schedule for specific ballast model numbers. 3. Neon and Cold Cathode Dimmer shall provide the ability to dim lamps down to 10% of full light output when used with normal (low) power factor transformers. a. Neon/cold cathode lamps shall be manufactured with strict attention paid to proper lamp pressurization and exclusion of any impurities to ensure best dimming performance. b. For optimum performance, transformers shall be sized per transformer sizing tables developed by the dimming manufacturer. c. The electrical contractor is responsible for proper neon or cold cathode lamp and wiring installation. K. Minimum light levels shall be user adjustable in order to compensate for different sources and loading. L. Separate power booster/interface shall increase dimmer capacity. Capacity shall range from 1000W/VA to 30,000W/VA. Quantities and sizes of each type of power booster shall be provided to control each type of load shown on the load schedule and/or the drawings.
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2.04 - LIGHTING CONTROL PANELS A. Panels shall be capable of being either wall mounted or recessed mounted NEMA grade, constructed of sheet steel plates not less than #16 U.S. gauge. Panel must fit between standard wall stud spacing (14 3/8"). B. Panels shall be shipped with BYPASS jumper bars inserted between all input and load terminals. These jumpers shall carry the complete load current and shall be reusable at any time. C. Multiple lighting control panels shall be capable of operating in one system, up to a maximum of 8 panels per system. D. Panels shall be cooled via free-convection, unaided by fans, and capable of continuous operation to all of these section specifications within an ambient temperature range of 0°C (32°F) to 40°C (104°F). E. High Inductance Filter Chokes 1. Each lighting control panel shall be capable of installing up to 4 high inductance filter chokes. When wired in series with the outputs of the remote power control modules, the filter chokes suppress lamp buzzing and RFI. 2. When a high inductance filter choke is used, current rise time shall be 320 microseconds or greater, measured from 10% to 90% of total current rise for a 1250W load at 90% conduction. Curent rise time shall be 315 microseconds or greater for a 650W load at 90% conduction. At any point on the waveform, the current rise time shall not exceed 45 milliamperes per microsecond with a 1250W load or 30 milliamperes per microsecond with a 650W load. F. MicroProcessor Assembly 1. The microprocessor shall incorporate an interface to the security system which shall allow any lights and outputs to be programmed to either flash or automatically turn on to a specified level during a security mode. The lighting control system shall return back to normal operation only after the security system has been cleared. 2. The microprocessor assembly shall incorporate an RS-232 interface to allow for either an existing or future external controller or PC to communicate to the system. 3. The microprocessor assembly shall remember the approximate times and days of the week when lights and outputs are turned on and off. The system can be placed in a “Vacation Playback Mode” which will play back the programmed lights and outputs to the preset levels as they have previously been used to simulate occupancy while the house is unoccupied. 4. Each microprocessor shall be capable of storing a time clock schedule for each day of the week. Each schedule shall be capable of 10 events where an event can turn on or off any combination of lights and outputs to the preset levels. 5. All programmable information in the microprocessors including time clock schedules, master keypad button programming, vacation and security mode settings shall be retained in non-volatile memory and shall remain intact for 10 years in the case of power loss to the microprocessor. G. Dry Contact Outputs 1. Each lighting control panel shall be capable of having 8 dry contact closure outputs without decreasing any other panel capacities. 2. Each dry contact output will be a Form C relay with resistive ratings of .4 Amp at 30VDC or .4 Amp at 30 VAC and inductive ratings of .1 Amp at 30 VAC and .2 Amp at 30 VDC. 3. Each dry contact output can be programmed as latching or pulsed durations of 0.7s, 1.5s or 2.1s. 4. Each dry contact output shall have a manual switch which can activate the relay. 5. Each dry contact output shall have an indicator light which is illuminated when the relay is closed.
Lutron Hotline (800) 523-9466 Lutron Web Address http://www.Lutron.com/resi
2.05 - REMOTE POWER CONTROL MODULES A. Quantities of remote power control modules shall be provided to control each type of load shown on the load schedule and/or the drawings. B. A positive air gap relay shall be employed within each remote power control module to ensure that the load circuits are open when all loads are “off”. C. All dimmers shall be voltage regulated so that a nominal change in line voltage shall not cause a perceptible change in output voltage. D. Under full-load conditions in a 40°C environment, all silicon thyristors shall operate at a minimum 20°C safety margin below the component temperature rating. E. Once installed as part of a complete system, the silicon thyristors used to control the power furnished to the loads shall be both designed and tested to withstand surges, without impairment to performance, of 6000V, 3000A (equivalent to a near lightning strike) as specified by ANSI/IEEE std. C62.41. F. Dimmers shall operate the following sources/load types with a smooth continuous Square Law dimming curve. Dimmers shall also be capable of operating these sources on a non-dim basis. 1. Non-Dim (excluding 120V 3 wire motors) Non-dim shall be rated to switch 16A of resistive, tungsten, inductive, or capacitive loads. 2. Minimum light levels shall be user adjustable for each output in order to compensate for different loading of each output. 3. Maximum light levels shall be user adjustable for each dimmer to predetermine energy and potential lamp life savings. G. 120 VAC 3 Wire Motors a. Module shall be capable of controlling up to 4 independent 120 VAC 3 wire motors. Each motor can be a maximum of 5 Amps (1/4 hp) up to a maximum 16 Amps for the entire module. b. For each motor the module shall employ two mechanically interlocked relays to insure positive protection that both “direction 1” and “direction 2” motor windings are not energized at the same time. c. Module shall have a programmable delay between changing from “direction 1” and “direction 2” to prevent any motor damage due to quick direction changes. d. Module shall have a programmable maximum time that either “direction 1” and “direction 2” motor windings can be left in the energized state. 2.06 - MASTER KEYPADS A. Quantities and types of master keypads shall be provided as shown on the load schedule and/or the drawings. B. Any button on any keypad may be assigned to control any single channel or combination of channels which are a part of the control system up to a maximum of 500 devices per button. Each keypad shall consist of the specified quantity of buttons with an associated LED, and specified number of buttons without LEDs. Each button which has an associated LED shall be programmable to operate in any of the following modes: 1. Toggle - If the LED is off, pressing the button will turn the programmed lights and outputs on to the preset levels; if the LED is on, pressing the button will turn off the programmed lights and outputs. 2. Always On - Regardless of the LED, pressing the button will turn the programmed lights and outputs on to the preset levels. 3. Always Off - Regardless of the LED, pressing the button will turn the programmed lights and outputs off. 4. Press and Hold - Regardless of the LED, pressing and holding the button will turn the programmed lights and outputs on to the preset levels. Releasing the button will turn the programmed lights and outputs off. C. When no LEDs are illuminated during normal use on a keypad, all the LEDs shall glow at a very dim level so that the keypad can be easily located within a darkened room.
D. LEDs may be configured to provide two different types of visual feedback of the lighting loads as follows: 1. Monitor Function The LED shall light if any of the loads assigned to that button are on. 2. Scene Function The LED shall light only if all loads associated with that button are on at the preset levels. E. Keypads with master raise and master lower buttons shall be capable of proportionately raising or lowering the intensity of the lights programmed to any of the other buttons of the keypad. F. Where indicated on drawings, provide a telephone interface to allow up to nine independent functions to be controlled from either any external or internal phone. The telephone interface shall provide customized voice feedback to indicate what each of the different functions are which are accessible from the phone, as well as the current status of each function. The telephone interface shall be FCC registered and UL listed. G. Master keypads shall meet IEC 801-2, tested to withstand 15kV electrostatic discharge without damage. 2.07 - LOCAL DIMMER AND SWITCH MODULES A. Quantities of local dimmer and switch modules shall be provided to control each type of load shown on the load schedule and/or the drawings. B. A positive air gap shall be employed with each module when a front accessible safety switch is pulled to ensure that the load circuits are off. C. Under full-load conditions in a 40°C environment, all silicon thyristors shall operate at a minimum 20°C safety margin below the component temperature rating. D. Once installed as part of a complete system, the silicon thyristors used to control the power furnished to the loads shall be both designed and tested to withstand surges, without impairment to performance, of 6000V, 200A as specified by ANSI/IEEE std. C62.41. E. Each dimmer shall incorporate a separate microprocessor to allow for operation of the lights independently of the integration panel electronics. Tapping the switch on a dimmer will cause the lights to fade up or down over 4 seconds for full range, depending if the lights were already off respectively. With the lights already on, pressing the switch for more than a half second will cause the lights to fade to OFF over 10 seconds to allow more time to exit or cross a large room. F. Dimmers shall operate the following sources/load types with a smooth continuous Square Law dimming curve. Switch shall also be capable of operating these sources on a non-dim basis. 1. Incandescent, Tungsten and Magnetic Low Voltage Transformer a. Dimmer shall contain circuitry specifically designed to control and provide a symmetrical AC waveform to the input of magnetic low voltage transformers. b. Dimmer shall not cause a magnetic low voltage transformer to operate above the transformer’s rated operating current and temperature. 2. Fluorescent Electronic Dimming Ballasts Dimmers shall be rated to control T-12, T-12 high output, T-8, and T-5 lamps at with the use of an interface as described in section 2.03, subsection J-2. G. Dimmers shall have programmable high end and low end set points which can be programmed without any additional equipment. PART 3 - EXECUTION 3.01 INSTALLATION A. Equipment shall be installed utilizing manufacturer’s cut sheets and installation instructions and in accordance with these specifications. B. Unless otherwise noted, all rooms and areas not initially included on the control system shall be pre-wired so that they may be added to the system at a later date without any additional control wiring required. In a similar manner, pre-wire to additional future keypad locations as indicated on the plans.
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C. Where a dimming panel is indicated and upon completion of the installation and prior to removal of the bypass jumpers, the electrical contractor shall completely test all line voltage power and low voltage control wiring for continuity and accuracy of connections. The jumpers shall remain in place until all loads have been fully tested and found to be free of miswires, short circuits, or other wiring defects. D. Manufacturer shall provide access to qualified personnel able to address problems with the dimming system 24 hours per day, 365 days per year. E. Provide aesthetically matching Lutron Vareo dimmers and switches in rooms that contain one or more “smart” dimmers or switches that are part of the control system. In rooms without any “smart” devices which are not initially on the system, the Electrical Contractor shall provide designer-style devices with Lutron snap-on screwless faceplates. F. Unless otherwise indicated, all switchbox locations which are normally visible and which incorporate multiple devices ganged together shall utilize seamless faceplates which match the appearance of the respective devices (see A and B above). 3.02 SYSTEM COMMISSIONING A. Upon completion of the installation, the system shall be completely commissioned by a factory-trained and authorized programmer. The commissioning will be performed upon notification by the electrical contractor that the system installation is complete and that all loads have been tested live for continuity and freedom from defects and that all control wiring has been connected and checked for proper continuity. The electrical contractor shall provide the authorized programmer and the Architect with ten working days notice of the scheduled commissioning date. B. The system shall be capable of being programmed using a Windows-based programming utility. The Windows-based programming utility shall be able to: 1. Program the time clock schedules 2. Program all master keypad button functions 3. Program loads to the security and vacation mode functions 4. Program the telephone interface functions C. The system shall be capable of being diagnosed using a Windows based programming utility. The Windows based programming utility shall be able to: 1. Automatically scan the entire system and determine what devices are responding 2. Simulate pressing any of the master keypad buttons 3. Find a particular light by cycling it on and off 4. Direct control of any particular output in the system D. The system shall be capable to do minor programming adjustments (excludes time clock schedules, remote power module configurations and relay types) without the use of an external computer. Minor adjustments can be made by placing individual master keypads in programming mode. Any local dimmer or switch modules and dry contact outputs are then manually activated to the desired setting, which is then automatically stored in system memory. E. Upon completion of the system check-out, the programmer shall demonstrate the operation of the system to the appropriate owner’s representatives. 3.03 WARRANTY AND WARRANTY SERVICE A. Unless otherwise noted, Manufacturer shall provide a two year warranty on all equipment supplied. Warranty shall cover 100% of the cost to repair or replace any parts required over the first year which are directly attributable to the manufacturer. B. Warranty coverage shall begin from date of final system commissioning or three months from date of delivery, whichever is earlier.
Lutron Hotline (800) 523-9466 Lutron Web Address http://www.Lutron.com/resi
These products are covered by one or more of the following U.S. patents: 4,803,380; 4,833,339; DES 310,349; DES 311,678; and corresponding foreign patents. U.S. and foreign patents pending. Windows and Windows 95 are trademarks of Microsoft Corporation. Lutron, the Sunburst logo, Vareo, and GRAFIK Eye are registered trademarks. HomeWorks, Architrave and Serena are trademarks of Lutron Electronics Co., Inc. ŠCopyright 1996 Lutron Electronics Co., Inc.
Residential Systems Division
CEDIA
SYSTEMS INTEGRATION COUNCIL MEMBER
Lutron Electronics Co., Inc. 7200 Suter Road, Coopersburg, PA 18036-1299 Made and printed in the U.S.A. 10/96 P/N 362-836
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