Distributed Low-Voltage Power System. design and application guide

Transcription

1 Distributed LowVoltage Power System design and application guide

2 Cut ties with complexity

3 Table of Contents Distributed LowVoltage Power System Distributed LowVoltage Power System 4 Features and benefits 5 System components 6 Compatible fixtures 8 Builtin energy savings lighting control strategies Meeting energy codes with DLVP 3 Integrated sensor control system 5 Best practices/ FAQs 6 Design layout steps 7 Applications Private office Open office Conference room 3 Corridor, hall or stairwell 4 Classroom 5 Typical wiring diagrams DLVP Emergency with Remote Relay Unit (RRU) 7 DLVP LowVoltage Power Modules with Room ler Classroom, x fixtures with integrated sensors 9 Classroom, x fixtures 30 Classroom, x4 fixtures with integrated sensors 3 Classroom, x fixtures 3 Conference room, x fixtures with integrated sensors Conference room, x fixtures 34 Conference room, x fixtures and downlights 35 Corridor/Hall, x4 fixtures with integrated sensors Corridor/Hall, x4 fixtures 37 Executive office, x fixtures 38 Open office, x4 fixtures with integrated sensors and emergency Open office, x4 fixtures with integrated sensors 40 Open office, x4 fixtures 4 Open office, x4 fixtures with integrated sensors and emergency Private office, x4 fixtures with integrated sensors Private office, x4 fixtures Private offices, x4 fixtures with integrated sensors 45

4 Distributed LowVoltage Power System The Distributed LowVoltage Power System blends the benefits of both AC and DC power distribution to reduce the total installed cost of a lighting project by up to 0% while providing a completely flexible and electrically efficient solution. Increased safety Centralized maintenance Reduced ROI Reduction in installation time, labor and materials Simplified installation and configuration Energy code compliance Enables greater adoption of LED fixtures over fluorescent technology 4 EATON Distributed LowVoltage Power System design and application guide

5 The DLVP System can be specified and ordered based on project needs LOWVOLTAGE POWER MODULE 300W & 600W MODELS LOWVOLTAGE LIGHTING CABLES LOWVOLTAGE LED FIXTURES Centralized power conversion and system brain Integrated wiring compartment 077VAC 50/60Hz Input AC DC (Class ) conversion (up to 00W/lowvoltage circuit) Passively cooled and plenum rated Integrates centralized UL94 emergency power (remote relay) Standardsbased Belden cable with Tyco connectors Black for silent ceiling applications Provides power and communications in the same cable Preterminated, plenum rated, standard lengths Intuitive polarized locking connectors Supports fixtures up to 75W Highly efficient and allows for daisychain wiring Integrated sensors and emergency battery packs available Multiple load types may exist on same lowvoltage circuit Addressable fixtures ready for zone assignment CONTROL DEVICES HANDHELD REMOTES sensors (occupancy and vacancy modes) Daylight / IR sensors controls Wall station controllers Preterminated control cable connections NeoSwitch wall sensors Programming / configuration Personal control Features & benefits Contractor Benefits Simplified wiring with preterminated cables Up to 40% faster installation* Up to 0% lower installed system cost* Eliminates wiring errors Safer installation with lowvoltage power Eliminates unnecessary linevoltage materials Easily configured by the installer Simplified energycode compliance Office, Education and Healthcare applications Configuration flexibility Reduced ROI, better value Energy code compliance Centralized maintenance Greater safety % dimming, dim to OFF *versus roombased line voltage systems EATON Distributed LowVoltage Power System design and application guide 5

6 System components LowVoltage Power Module 300W and 600W lowvoltage power modules provide independent lowvoltage circuits for on/off and dimming control by zone as well as coordinates all the actions from wallstations, daylight sensor and occupancy sensor. Zone or scene wallstations provide an intuitive user interface for manual override with preengraved buttons describing their respective functionality. Any Greengate lowvoltage occupancy sensors can be used with the lowvoltage power module; so select one to meet application requirements. Daylight Dimmable daylighting requirements have increased with the latest version of ASHRAE 90.. The lowvoltage power module daylight sensor allows up to three dimming zones to be controlled from a single open loop sensor. Plug Load Saving additional energy by shutting off vacated space plug loads is now part of ASHRAE 90., and is easily achieved with the Switchpack paired with a lowvoltage power module and occupancy sensing. DISTRIBUTED LOWVOLTAGE POWER SYSTEM COMPONENTS 300W LowVoltage Power Module Lowvoltage power and control for areas up to,000 sq. ft. LVPM W LowVoltage Power Module Lowvoltage power and control for areas up to,000 sq. ft. LVPM Scene s Programmable manual control RC3TLBP* RC6TSBP* RC6TSBP3* RC6TSBP4* ly Switched ON/OFF Zone s Preconfigured manual control RC* 6 EATON Distributed LowVoltage Power System design and application guide

7 DISTRIBUTED LOWVOLTAGE POWER SYSTEM COMPONENTS Multiple coverage options from ceiling, wall / corner, or wall / switch mounted configurations OAC* OAWC* ONW* Input/Output Device Provides connection to any Greengate lowvoltage occupancy sensor and BMS / egress system OCCRJ45 Daylight Open loop sensor measuring natural light infiltration DSRCFMOIR Switchpack 0amp on/off control of connected outlets SPRCR00 Remote Signal Preterminated Cable Cables, couplings and splitters for the simplified connection to sensors and control devices GGRJ45* GGRCCOUPLING GGRCSPLITTER Programming Remote / Personal Remote Simplified connection to sensors and control devices LVHH0 LVHH0 Remote Signal LowVoltage Lighting Cable Preterminated power and control connections for light fixtures LVC8P LVC5P LVC30P LVCWP LVCCOUPLER Open ADR Dry Contact Device Virtual End Node provides signal to lighting control system EBOXBDC EATON Distributed LowVoltage Power System design and application guide 7

8 Compatible fixtures

9 DISTRIBUTED LOWVOLTAGE POWER SYSTEM FIXTURES Corelite Bridge x4, x and x4 fixtures available Available with or without integrated sensors 7W and 4W emergency battery packs available 4BRG* BRG* 4BRG* Metalux Encounter x, x4, x and x4 fixtures available Available with or without integrated sensors 7W and 4W emergency battery packs available EN* 4EN* EN* 4EN* Metalux ArcLine x4, x and x4 fixtures available Available with or without integrated sensors 7W and 4W emergency battery packs available 4ALNG* ALNG* 4ALNG* Metalux Cruze Metalux Cruze SE x4, x and x4 fixtures available Available with or without integrated sensors 7W and 4W emergency battery packs available 4CZ* CZ* 4CZ* Metalux SkyRidge x, x4, x and x4 fixtures available Available with or without integrated sensors 7W and 4W emergency battery packs available SR* 4SR* SR* 4SR* Metalux FRLED x and x4 fixtures available Integrated sensors currently unavailable for this model 7W and 4W emergency battery packs available FR* 4FR* Metalux GRLED x4, x and x4 fixtures available Integrated sensors currently unavailable for this model 7W and 4W emergency battery packs available 4GR* GR* 4GR* EATON Distributed LowVoltage Power System design and application guide 9

10 DISTRIBUTED LOWVOLTAGE POWER SYSTEM FIXTURES NeoRay Covera with WaveStream technology WaveStream LED The curved WaveStream optic bends light for an elegant look with premium light distribution Uses Eaton's LuxWire for nearly invisible power through the suspension cables S930DIP* NeoRay Converge with WaveStream technology Curved WaveStream optics bend light for an elegant look with premium light distribution Uses Eaton's LuxWire for nearly invisible power through the suspension cables S90DIP* S9DIP* Portfolio LDSQA4A and LDSQA6A LED square adjustable accent/slope Requires Portfolio accessory kit LDSQA4A* LDSQA6A* Portfolio LD4B, LDSQ4B, LD6B, and LDSQ6B Round and square recessed downlight Requires Portfolio accessory kit LD4B* LDSQ4B* LD6B* LDSQ6B* Halo Commercial PD6 6" LED downlighting Available with or without integrated sensors Emergency options available PD6* PD6RX* PD6R* PD56R* Halo Commercial PR8 8" LED downlighting with selecctable Available with or without integrated sensors 7W and 4W emergency battery packs available (not available with PR8S) PR8* PR8R* PR8S* 0 EATON Distributed LowVoltage Power System design and application guide

11 Builtin energy saving lighting control strategies STRATEGY DESCRIPTION ESTIMATED SAVINGS /personal dimming control is one of five alternative methods to meet the multilevel lighting control requirements. 00% /vacancy sensing provides On/Automatic Off or Automatic On/Automatic Off and Partial Off capabilities. 060% Daylight dimming provides three daylight dimming zone that automatically adjust the lighting based on daylight available in the space, or fixture integrated sensors for completely granular daylighting control. 045% Plug load control automatically turns On receptacles upon occupancy regardless of light status. Ensures receptacles are turned Off when the space is vacant. 550% led loads Tuning Highend/Task Tuning lowers the maximum light level for automatic energy savings. 030% automatically reduces light level based on signal from OpenADR device or BMS closure. 040% Remote Signal Remote Signal Automatically sends a signal to the HVAC system based on occupancy. 0% Outofthebox control strategies Scheduling ly Switched ON/OFF EATON Distributed LowVoltage Power System design and application guide

12 Nonresidential indoor applications SPACE LEVEL (AREA CONTROL) REFERENCE Must be accessible to occupants to operate the lighting ly Switched ON/OFF T (a) ASHRAE a IECC 05 C MULTILEVEL LIGHTING REFERENCE Luminaire must provide uniform dimming T (b) Capable of reducing power by at lease one of five control functions When a dimming luminaire is present, a manual dimmer is recommended. Other functional options available Luminaire Dimming Lumen Maintenance Tuning (Choose at least one) ASHRAE d IECC 05 C SHUTOFF CONTROL REFERENCE Luminaires turned off when vacant 0V receptacles only, one within 6 feet of uncontrolled Each 5,000 sq. ft. to have shutoff controls On/ Auto Off (Choose one) T (c), 30.5(d) ASHRAE h, i, 8.4. IECC 05 C405.. AUTOMATIC DAYLIGHTING CONTROL REFERENCE Eliminate energy waste when natural light present T (d) Exceptions when daylighting control not required: No skylights Glazing <4 sq. ft. Daylit zone is less than 0W Luminaire Dimming ASHRAE e, f, IECC 05 C EATON Distributed LowVoltage Power System design and application guide

13 Meeting energy codes with DLVP The Distributed LowVoltage Power System was designed to meet the energy codes requirements of virtually any space. This application illustrates how conference rooms can use daylight dimming in conjunction with natural light entering the space, while providing Scene /Automatic Off and receptacle control to achieve energy savings up to 65% and achieve higher quality lighting. Providing optional control of individual lighting zones and HVAC output will allow for even greater energy savings. Example Space Assumptions Space 00 sq. ft. or larger Electrical Load Greater than 0.5 watts per sq. ft. planned Contains glazing larger than 4 sq. ft. total requiring daylighting for both primary and secondary sidelit zones Others The general lighting is not intended for continuous use (4/7, 365). Egress lighting is not part of the general lighting use Building When larger than 0,000 sq. ft., is required (capable of lowering lighting power by 5%) EATON Distributed LowVoltage Power System design and application guide 3

14 Suggested code requirements by space type Eaton suggests applying the following energy saving sequences for each of the defined spaces below. Please consult local building code for specific space requirements. SPACE TYPE Minimum Type Classroom lecture hall training room Conference meeting multipurpose room Private office <=50sq. ft. Private office >=50sq. ft. Corridor Restroom Stairwell Storage room Local switch Scheduling Occ Automatic ON Automatic Partial OFF Automatic OFF Multilevel Lighting Multilevel Power Measurement Functional Testing Suggested requirement for this space. Choose one of these requirements for this space. These requirements are optional for this space based on local code. 4 EATON Distributed LowVoltage Power System design and application guide

15 The luminaireintegrated sensor control system from Eaton s Lighting business reduces the design time and complexity of meeting energy codes for both lighting and controls. The sensor system was designed to guarantee occupancy and daylight harvesting coverage from within the footprint of the luminaire, so the lighting design is the control design. And, the system achieves the lowest installed cost in small spaces compared to traditional control products. No New Wires An inplace fixture retrofit is all that s needed to meet most energy codes in commercial spaces. The sensor system is factory wired to the luminaire, switching on or off based on occupancy, and dimming the light when enough daylight is available. Lighting s Without Commissioning The luminaireintegrated sensor system offers outofthebox operation using thoughtful default settings. Flexibility and Individual When the application demands more, the sensor system has the option to make changes using a remote control. The remote allows changes from the default settings for occupancy, target light level, preset lighting levels, and more. Low Installed Cost With a single product to mount, and a single electrical connection to make, a luminaire with an integrated sensor system saves money on the total installed cost when occupancy and daylighting harvesting controls are needed. External Open Loop s Coverage 4m [ ft.] Top View C L Integrated s 0m [0 ft.] 4m [ ft.] Major Motion 3.3m [0 ft.] Side View 0m [0 ft.] 4m [ ft.] 0m [0 ft.] 4m [ ft.] Recommended Mounting Height 8 ft. Daylight Zones Zones Worryfree s Planning Ensure seamless coverage and performance with a sensor system built into every luminaire. The multitechnology sensor s occupancy and light sensing coverage overlaps the area each fixture illuminates. Daylight Dimming Independence External open loop daylight sensors use the manual control zones for daylighting control. By using integragted sensors for daylighting, manual control zones are completely independent of daylighting control sets. Remote The optional remote can be used to change settings and to provide local control for one or more fixtures in the same area, allowing users to adjust light levels, even temporarily override automatic controls. Choose one per project, or one per space. EATON Distributed LowVoltage Power System design and application guide 5

16 Best practices / FAQs What lengths are DLVP lowvoltage cables available? DLVP lowvoltage cables are available, preterminated, in 8,5, and 30 foot lengths. Can I make my own cables or pull my own wire? Yes, there is an available lowvoltage terminated pigtail that allows for the connection to unterminated standard cable. For proper system performance, specific cables must be used. Consult Eaton Lighting Systems for approved cable manufacturers and part numbers. What is the maximum lowvoltage cable distance with the DLVP System? Similar to most lowvoltage systems, the maximum cable distance from the lowvoltage power module to the last device on a lowvoltage circuit (regardless of the number of devices on that lowvoltage circuit) cannot exceed 00m (38ft). LowVoltage Cable Power Loss How does lowvoltage cable length affect efficiency? As is typical of electricity, the longer the cable length, the greater the losses and the lower the electrical efficiency. Shorter cable runs are more electrically efficient than longer runs. Where should LowVoltage Power Modules be installed? Lowvoltage power modules are passively cooled and plenum rated for installation in dry interior locations above ceilings, in open ceiling areas, or in electrical closets. Lowvoltage power modules are intended to be distributed throughout a space and are not designed for rack mounting as in the case with many systems employing a centralized architecture. How is emergency lighting accomplished with the DLVP System? Emergency lighting with the DLVP System is possible through two approaches. At the fixture level, when ordering DLVP compatible LED fixtures, choose one of two lowvoltage emergency battery pack (EBP) options. At the building level, pair a lowvoltage power module with a Remote Relay Unit (RRU) connected to an emergency lowvoltage circuit. How many light fixtures can a DLVP System support? Because the DLVP System is based on available Class power lowvoltage circuits and offers daisy chain wiring, the number of fixtures depends on the power consumption per fixture chosen. Based on available LED fixtures today below is a reference based on a single lowvoltage power module. How are DLVP Systems commissioned? The DLVP System was designed so that configuration basically means assigning light fixtures to available zones. The contractor may configure the system through manual switches or through an IR interface as the installation is being completed. Additionally, the DLVP System may be reconfigured at any time without rewiring the system. Are DLVP LED fixtures addressable? Yes, DLVP light fixtures are addressable which allows them to be assigned to one of three available system control zones during installation or any time thereafter. When integrated sensors are used, these control zones are separate from daylighting zones. Is DLVP compatible with incandescent, fluorescent, etc. technologies? LVC8P 0.W LVC5P 0.4W LVC30P 0.8W 300W (3 LowVoltage Circuit) LowVoltage Power Module Fixture Type x Troffer x 4 Troffer 6 Typical QTY per PM 600W (6 LowVoltage Circuit) LowVoltage Power Module Fixture Type x Troffer 4 x 4 Troffer Typical QTY per PM The DLVP System is ideal for digital lowvoltage devices like LED light fixtures. If controlling other technologies, the DLVP System does integrate with the Room ler to harmoniously control those other technologies which utilize line voltage power (see page 6 for Room ler integration details). 6 EATON Distributed LowVoltage Power System design and application guide

17 Design layout steps EATON Distributed LowVoltage Power System design and application guide 7

18 Basic steps to design a DLVP System. SELECT AND LAYOUT FIXTURES. CHOOSE AND LAYOUT EXTERNAL SENSORS & CONTROLS 3. SELECT AND LAYOUT MANUAL CONTROLS Some models available with integrated sensors / vacancy, daylight and receptacle control Programmable Scene Stations or preconfigured Zone Stations 4. SELECT AND LAYOUT LOWVOLTAGE POWER MODULES 5. SELECT AND LAYOUT FIXTURE CONNECTIONS 6. SELECT AND LAYOUT CONTROLS CONNECTIONS Available in 300W and 600W models Preterminated lengths (8, 5, and 30 feet), couplings, and wiring whips Preterminated control cables available from 6 inches to 00 feet 8 EATON Distributed LowVoltage Power System design and application guide

19 . SELECT AND LAYOUT FIXTURES Select DLVP enabled fixtures based on the lighting requirements and aesthetics of the space. Determine if integrated sensors are preferred for the application. DLVP value is maximized when fixtures are chosen with power levels that efficiently utilize the lowvoltage power module s lowvoltage circuits. Daisychained loads up to 90W are optimally efficient whereas homerun lowvoltage circuits (5W per lowvoltage circuit, for example) are less efficient.. CHOOSE AND LAYOUT EXTERNAL SENSORS & CONTROLS Use receptacle switchpack for plugload control (if applicable) Skip to step 3 if fixture integrated sensors are used in step. DLVP was designed to allow EITHER use of standalone external or fixture integrated sensors for occupancy detection and daylight control. It is not recommended to use both integrated and standalone sensors in a space. If external sensors are used, they should be laid out per typical Greengate guidelines for occupancy coverage and standalone sensors in a space. For assistance selecting or laying out sensors, contact: Layouts@Eaton.com 3. SELECT AND LAYOUT MANUAL CONTROLS For manual control, choose ether Preconfigured Zone Stations or Programmable Scene Stations. Scene Stations may be preferred for their ability to be reprogrammed with LVHH0 Personal Remotes. Zone Stations should be used when the control intent of the space is certain and not subject to change (note zone stations are typically used to toggle on/off and are not field programmable). Up to twelve () manual control wall stations may be daisychain connected to a single lowvoltage power module. 4. SELECT AND LAYOUT LOWVOLTAGE POWER MODULES Without regard for control zones, group addressable fixtures and lowvoltage lighting cables up to 90W total power consumed (see spec sheets or Spec for fixture and cable power consumption). This is most effectively done with the Spec layout and calculation tool. For access to Spec, contact an Eaton sales agent. Determine the quantity of lowvoltage power modules required by area by grouping the lowvoltage circuits into blocks of three or six (for 300W or 600W lowvoltage power modules, respectively). For example, nine (9) power lowvoltage circuits could be accomplished with one () 600W and one () 300W lowvoltage power module. Lowvoltage power modules should then be located strategically in the space to minimize the line voltage material and the lowvoltage cable runs while providing an easily accessible mounting location for serviceability. Lowvoltage power modules are typically located above doorways, entry ways or at columns in open areas. 5. SELECT AND LAYOUT FIXTURE CONNECTIONS DLVP lowvoltage lighting cables are available in preterminated 8, 5, and 30foot increments for quick connection in typical spacing. 8foot cables are available for typical downlighttodownlight spacing (generally 46 feet on center). 5foot cables are available for typical ambienttoambient spacing (generally 80 feet on center). The 8, 5, and 30foot cable may be used from the lowvoltage power module to the first fixture on any particular lowvoltage circuit. It is important to use the correctly sized cable to maximize efficiency, minimize cost, and account for any obstructions in the ceiling space. Couplings (LVCCOUPLER) are available to extend cable lengths. Wiring pigtails (LVCWP) are available to enable using unterminated Belden cable. 6. SELECT AND LAYOUT CONTROLS CONNECTIONS The connection between external devices and lowvoltage power modules should utilize preterminated control cables. Lowvoltage power modules have specific ports for connection to receptacle switchpacks, occupancy and daylight sensors, and wall stations for simplified energy code compliant operation. GGRJ45 preterminated cables are available in plenum rated lengths from 6 inches up to 00 feet. Couplings and splitters are also available. EATON Distributed LowVoltage Power System design and application guide 9

20 Applications

21 Application: Private Office Space Assumptions Space Less than 50 sq. ft. Electrical Load Greater than 0.5 watts per sq. ft. planned Contains glazing larger than 4 square feet total requiring daylighting for both primary and secondary sidelit zones Building When larger than 0,000 square feet, is required (capable of lowering lighting power by 5%) Luminaire s UL94 (Energy Backup Circuit) Functional s Luminaire Dimming Solutions Distributed LowVoltage Power Components LowVoltage Power Module Daylight Input/ Output Device Switchpack PreTerminated Cable LowVoltage Lighting Cable Available Fixtures Metalux Encounter* NeoRay Converge* ly Switched ON/OFF Tuning Metalux SkyRidge* Metalux Cruze* / Cruze SE* NeoRay Covera* Halo Commercial PD6 Metalux ArcLine* Halo Commercial PR8 Metalux GRLED Portfolio Metalux FRLED Corelite Bridge* *Available with integrated sensor Sequence of Operations Occupied Lights ON or Automatic ON 50% ON HVAC occupancy closed Automatic daylight dimming Occupant uses wallstations to control lighting dims lighting based on settings Unoccupied Lights turn Off after sensor delay time turns off after sensor delay time 30 sec HVAC occupancy opens EATON Distributed LowVoltage Power System design and application guide

22 Application: Open Office Space Assumptions Space 50 sq. ft. or larger Electrical Load Greater than 0.5 watts per sq. ft. planned Contains glazing larger than 4 square feet total requiring daylighting for both primary and secondary sidelit zones Building When larger than 0,000 square feet, is required (capable of lowering lighting power by 5%) Luminaire s UL94 (Energy Backup Circuit) Functional s Luminaire Dimming Solutions Distributed LowVoltage Power Components LowVoltage Power Module Daylight Input/ Output Device Switchpack PreTerminated Cable LowVoltage Lighting Cable Available Fixtures Metalux Encounter* NeoRay Converge* ly Switched ON/OFF Tuning Metalux SkyRidge* Metalux Cruze* / Cruze SE* NeoRay Covera* Halo Commercial PD6 Metalux ArcLine* Halo Commercial PR8 Metalux GRLED Portfolio Metalux FRLED Corelite Bridge* *Available with integrated sensor Sequence of Operations Occupied Lights ON or Automatic ON 50% ON HVAC occupancy closed Automatic daylight dimming Occupant uses wallstations to control lighting dims lighting based on settings Unoccupied Lights turn Off after sensor delay time turns off after delay time 30 sec HVAC occupancy opens EATON Distributed LowVoltage Power System design and application guide

23 Application: Conference Room Space Assumptions Space 00 sq. ft. or larger Electrical Load Greater than 0.5 watts per sq. ft. planned Contains glazing larger than 4 square feet total requiring daylighting for both primary and secondary sidelit zones Others The general lighting is not intended for continuous use (4/7) Egress lighting is not part of the general lighting use Luminaire s UL94 (Energy Backup Circuit) Functional s Luminaire Dimming Building When larger than 0,000 square feet, is required (capable of lowering lighting power by 5%) Solutions Distributed LowVoltage Power Components LowVoltage Power Module Daylight Input/ Output Device Switchpack PreTerminated Cable LowVoltage Lighting Cable ly Switched ON/OFF Tuning Available Fixtures Metalux Encounter* Metalux SkyRidge* Metalux Cruze* / Cruze SE* Metalux ArcLine* Metalux GRLED Metalux FRLED NeoRay Converge* NeoRay Covera* Halo Commercial PD6 Halo Commercial PR8 Portfolio Corelite Bridge* *Available with integrated sensor Sequence of Operations Occupied Lights ON or Automatic ON 50% ON HVAC occupancy closed Automatic daylight dimming Occupant uses wallstations to control lighting dims lighting based on settings Programmable Scene s Unoccupied Lights turn Off after sensor delay time turns off after sensor delay time 30 sec HVAC occupancy opens EATON Distributed LowVoltage Power System design and application guide 3

24 Application: Corridor, hall or stairwell Space Assumptions Space Accessible areas Electrical Load Greater than 0.5 watts per sq. ft. planned Contains glazing larger than 4 square feet total requiring daylighting for both primary and secondary sidelit zones Building When larger than 0,000 square feet, is required (capable of lowering lighting power by 5%) Luminaire s UL94 (Energy Backup Circuit) Functional s Luminaire Dimming Solutions Distributed LowVoltage Power Components LowVoltage Power Module Daylight Input/ Output Device Switchpack PreTerminated Cable LowVoltage Lighting Cable Tuning Available Fixtures Metalux Encounter* NeoRay Converge* Metalux SkyRidge* NeoRay Covera* Metalux Cruze* / Cruze SE* Halo Commercial PD6 Metalux ArcLine* Halo Commercial PR8 Metalux GRLED Portfolio Metalux FRLED Corelite Bridge* *Available with integrated sensor Sequence of Operations Occupied Lights Automatic ON Occupant uses wallstations to control lighting dims lighting based on settings Programmable Scene s Unoccupied Lights turn Off after or dim sensor delay time Timeclock turns lights off 4 EATON Distributed LowVoltage Power System design and application guide

25 Application: Classroom Space Assumptions Space Less than 000 sq. ft. Electrical Load Greater than 0.7 watts per sq. ft. planned Contains glazing larger than 4 square feet total requiring daylighting for both primary and secondary sidelit zones Building When larger than 0,000 square feet, is required (capable of lowering lighting power by 5%) Luminaire s UL94 (Energy Backup Circuit) Functional s Luminaire Dimming Solutions Distributed LowVoltage Power Components LowVoltage Power Module Daylight Input/ Output Device Switchpack PreTerminated Cable LowVoltage Lighting Cable ly Switched ON/OFF Tuning Available Fixtures Metalux Encounter* Metalux SkyRidge* Metalux Cruze* / Cruze SE* Metalux ArcLine* Metalux GRLED NeoRay Converge* NeoRay Covera* Halo Commercial PD6 Halo Commercial PR8 Portfolio Metalux FRLED Corelite Bridge* *Available with integrated sensor Sequence of Operations Occupied Lights ON or Automatic ON ON HVAC occupancy closed Thee automatic daylight dimming zones Occupant uses wallstations to control lighting dims lighting based on settings Programmable Scene s Unoccupied Lights turn Off after sensor delay time turns off after sensor delay time 30 sec HVAC occupancy opens EATON Distributed LowVoltage Power System design and application guide 5

26 Typical applications wiring diagrams

27 DLVP Emergency with Remote Relay Unit (RRU) DLVP integration with centralized UL94 power sources Normal power Emergency power UL 008 transfer switch Normal / emergency branch circuit breaker panel *To meet path of egress requirements, light fixtures may be designated to illuminate to full bright during the emergency event. By default, all light fixtures will fully illuminate during the emergency condition. To disable this functionality in fixtures not required for path of egress, change the position of DIP switch 6 (from OFF to ON) on those light fixtures only. Occ / Vac Partial On Partial Off Zone / Area V Y Y A O N N Z % 0% 30% 40% DEMAND SENSORS CLOCK WALL TRIM LOW HIGH ALERT REC BMS/OUT SWITCH PACK STATUS TEST RESET LOW VOLTAGE OUTPUTS 3 LL05300EN SPST Relay NC C Red(4 AWG) Black(4 AWG) C Neutral = White (6 AWG) Hot 0 VAC = Black Hot 77 VAC = Orange To Normal Power Source To Normal Power Circuit (6 AWG) Disclaimer: The information contained in this document is provided for general purposes only. Conditions in the field may vary from the assumptions on which the diagrams and information contained herein were based and we make no warranties or representations about the accuracy, completeness or suitability of the information herein for any specific site. The installation of the lighting, wiring, control, and other products contained in this document should only be performed by a qualified professional. EATON Distributed LowVoltage Power System design and application guide 7

28 3 4 V Y Y A O N N Z % 0% 30% 40% DEMAND SENSORS CLOCK WALL LOW HIGH ALERT REC BMS/OUT SWITCH PACK LOW VOLTAGE OUTPUTS 3 LL05300EN Blue Red Black Brown Blue Red Black Brown Blue Red Black Brown DLVP LowVoltage Power Modules with Room ler OACDT050, OACDT000, OACDT000 Dual Technology Ceiling /Vacancy *Defaults to vacancy sensor mode. ON/Automatic OFF (all loads) for maximum energy savings Blue (control) Red (030VDC) Black (common) Coupler OCCRJ45 Coupler *Allows connection to any Greengate / Vacancy SPRCR00 0A 0V circuit DSRCFMOIR Daylight Adjustable daylight sensor dome * Immediately provides daylight dimming upon powerup Normal Power Neutral Line White/ORG or White/BLK Neutral Black Hot (0/77VAC) Occ / Vac Partial On Partial Off Zone / Area TRIM STATUS TEST RESET RC6TSBP* Button : Programmable Scene Button : Programmable Scene Button 3: Programmable Scene Button 4: Raise all dimmers / zones Button 5: Raise all dimmers / zones Button 6: All OFF RC6TSBZAD* Button : Zone Raise Button : Zone Lower Button 3: Zone Raise Button 4: Zone Lower Button 5: Zone 3 Raise Button 6: Zone 3 Lower Neutral Line Line Neutral Normal Power Emergency Power WHT/ORG or WHT/BLK Neutral Black Hot (0V77VAC) Blue Relay in (0V77VAC) Violet Gray 00VDC Lighting Load 00VDC Lighting Load Yellow Red Purple RC3DEPL Coupler Black Blue Coupler Couplers *Assure that 300ohm resistor is in place between red and black terminals. *00V Dimming Zone Note: The 00V dimming zones within the Room ler can be wired and controlled independent of the connected loads. This allows each load to have a dedicated 00V dimming zone or a single load to have up to three 00V dimming zones. Connect up to 90W per lowvoltage circuit 8 EATON Distributed LowVoltage Power System design and application guide

29 3 4 V Y Y A O N N Z 0% 0% 30% 40% DEMAND SENSORS CLOCK WALL LOW HIGH ALERT REC BMS/OUT SWITCH PACK LOW VOLTAGE OUTPUTS 3 LL05300EN Classroom, x fixtures with integrated sensors ly Switched ON/OFF UL94 (Energy Backup Circuit) optional demand response Power Module Bill of Materials Qty Catalog # Description LVPM W lowvoltage power module RC6TSBPW 6 button scene station (white) LVHH0 DLVP personal remote SPRC00 0AMP receptacle control GGRJ455PG preterminated control cable, 5 feet GGRJ4550PG preterminated control cable, 50 feet 8 LVC5P lowvoltage lighting cable, 5 feet Lighting Up to 3 dimmable zones Out of the box vacancy mode Optional auto on to 50% Optional auto on to scene Out of the box plug load turns on with occupancy Automatic off of lighting and plug load on vacancy Continuous dimming to off Individual fixture daylight dimming Not required in spaces without windows or that are less than 0W s Programmable scenes Individual dimming zone raise/lower All off Additional Features Automatic demand response available with open ADR compliant device UL94 emergency control capabilities with remote relay unit Available Fixture Models Metalux Encounter: ENLD548VL8XXLVSLVPDU ( watts) Metalux SkyRidge: SRLD9C48VL8XXLVSLVPDU (3 watts) Metalux ArcLine: ALNGLD4548VL8XXLVSLVPDU ( watts) Metalux Cruze: CZLD5448VL8XXLVSLVPDU (0 watts) Metalux GRLED: GRLD44F48VL8XXLVSLVPDU (0 watts) Corelite Bridge: BRGWSLXXLD48VLVSV (3 watts) XX= color temperature K K Typical wiring detail SPRCR00 0A 0V circuit RC6TSBPW Button : Programmable Scene Button : Programmable Scene Button 3: Programmable Scene Button 4: Programmable Scene Button 5: Programmable Scene Button 6: All OFF Occ / Vac Partial On Partial Off Zone / Area TRIM STATUS TEST RESET White/ORG or White/BLK Neutral Neutral Line Black Hot (0/77VAC) Normal Power Connect up to 90W per lowvoltage circuit EATON Distributed LowVoltage Power System design and application guide 9

30 Blue Red Black Brown 3 4 V Y Y A O N N Z 0% 0% 30% 40% DEMAND SENSORS CLOCK WALL LOW HIGH ALERT REC BMS/OUT SWITCH PACK LOW VOLTAGE OUTPUTS 3 LL05300EN Classroom, x fixtures ly Switched ON/OFF UL94 (Energy Backup Circuit) optional demand response OCCRJ45 Power Module Bill of Materials Qty Catalog # Description LVPM W lowvoltage power module RC6TSBPW 6 button scene station (white) OACTDT sqft. dual tech sensor OCCRJ45 input/output device DSRCFMOIR 3 zone daylight sensor/ir receiver LVHH0 DLVP personal remote SPRC00 0AMP receptacle control GGRJ4506G preterminated control cable, 0 feet GGRJ455PG preterminated control cable, 5 feet GGRJ4550PG preterminated control cable, 50 feet 8 LVC5P lowvoltage lighting cable, 5 feet Daylight Lighting Up to 3 dimmable zones Out of the box vacancy mode Optional auto on to 50% Optional auto on to scene Out of the box plug load turns on with occupancy Automatic off of lighting and plug load vacancy Continuous dimming to off Out of the box 3 daylight zone support Not required in spaces without windows or that are less than 0W s Programmable scenes Individual dimming zone raise/lower All off Additional Features Automatic demand response available with open ADR compliant device UL94 emergency control capabilities with remote relay unit Substitute any Greengate lowvoltage occupancy sensor Available Fixture Models Metalux Encounter: ENLD548VL8XXLVU ( watts) Metalux SkyRidge: SRLD9C48VL8XXLVU (3 watts) Metalux ArcLine: ALNGLD4548VL8XXLVU ( watts) Metalux Cruze: CZLD5448VL8XXLVU (0 watts) Metalux GRLED: GRLD44F48VL8XXLVU (0 watts) Corelite Bridge: BRGWSLXXLD48VLV (3 watts) XX= color temperature K K Typical wiring detail Blue (control) Red (030VDC) Black (common) OACDT050, OACDT000, OACDT000 Dual Technology Ceiling /Vacancy *Defaults to vacancy sensor mode. ON/Automatic OFF (all loads) for maximum energy savings Coupler OCCRJ45 Coupler *Allows connection to any Greengate / Vacancy DSRCFMOIR Daylight Adjustable daylight sensor dome * Immediately provides daylight dimming upon powerup SPRCR00 0A 0V circuit TRIM Occ / Vac Partial On Partial Off Zone / Area STATUS TEST RESET RC6TSBPW Button : Programmable Scene Button : Programmable Scene Button 3: Programmable Scene Button 4: Programmable Scene Button 5: Programmable Scene Button 6: All OFF White/ORG or White/BLK Neutral Neutral Line Black Hot (0/77VAC) Normal Power Connect up to 90W per lowvoltage circuit 30 EATON Distributed LowVoltage Power System design and application guide

31 3 4 V Y Y A O N N Z 0% 0% 30% 40% DEMAND SENSORS CLOCK WALL LOW HIGH ALERT REC BMS/OUT SWITCH PACK LOW VOLTAGE OUTPUTS 3 LL05300EN Classroom, x4 fixtures with integrated sensors ly Switched ON/OFF UL94 (Energy Backup Circuit) optional demand response Power Module Bill of Materials Qty Catalog # Description LVPM W lowvoltage power module RC6TSBPW 6 button scene station (white) LVHH0 DLVP personal remote SPRC00 0AMP receptacle control GGRJ455PG preterminated control cable, 5 feet GGRJ4550PG preterminated control cable, 50 feet 0 LVC5P lowvoltage lighting cable, 5 feet LVC30P lowvoltage lighting cable, 30 feet Lighting Up to 3 dimmable zones Out of the box vacancy mode Optional auto on to 50% Optional auto on to scene Out of the box plug load turns on with occupancy Automatic off of lighting and plug load on vacancy Continuous dimming to off Individual fixture daylight dimming Not required in spaces without windows or that are less than 0W s Programmable scenes Individual dimming zone raise/lower All off Additional Features Automatic demand response available with open ADR compliant device UL94 emergency control capabilities with remote relay unit Available Fixture Models Metalux Encounter: ENLD548VL8XXLVSLVPDU ( watts) Metalux SkyRidge: SRLD9C48VL8XXLVSLVPDU (3 watts) Metalux ArcLine: ALNGLD4548VL8XXLVSLVPDU ( watts) Metalux Cruze: CZLD5448VL8XXLVSLVPDU (0 watts) Metalux FRLED: 4FRLD44048VL8XXLVSLVPDU (35 watts) Metalux GRLED: GRLD44F48VL8XXLVSLVPDU (0 watts) Corelite Bridge: BRGWSLXXLD48VLV (3 watts) XX= color temperature K K Typical wiring detail SPRCR00 0A 0V circuit RC6TSBPW Button : Programmable Scene Button : Programmable Scene Button 3: Programmable Scene Button 4: Programmable Scene Button 5: Programmable Scene Button 6: All OFF Occ / Vac Partial On Partial Off Zone / Area TRIM STATUS TEST RESET White/ORG or White/BLK Neutral Neutral Line Black Hot (0/77VAC) Normal Power Connect up to 90W per lowvoltage circuit EATON Distributed LowVoltage Power System design and application guide 3

32 Blue Red Black Brown 3 4 V Y Y A O N N Z 0% 0% 30% 40% DEMAND SENSORS CLOCK WALL LOW HIGH ALERT REC BMS/OUT SWITCH PACK LOW VOLTAGE OUTPUTS 3 LL05300EN Classroom, x4 fixtures ly Switched ON/OFF UL94 (Energy Backup Circuit) optional demand response OCCRJ45 Power Module Daylight Bill of Materials Qty Catalog # Description LVPM W lowvoltage power module RC6TSBPW 6 button scene station (white) OACTDT sqft. dual tech sensor OCCRJ45 input/output device DSRCFMOIR 3 zone daylight sensor/ir receiver LVHH0 DLVP personal remote SPRC00 0AMP receptacle control GGRJ450PG preterminated control cable, 0 feet GGRJ455PG preterminated control cable, 5 feet GGRJ4550PG preterminated control cable, 50 feet 0 LVC5P lowvoltage lighting cable, 5 feet LVC30P lowvoltage lighting cable, 30 feet Lighting Up to 3 dimmable zones Out of the box vacancy mode Optional auto on to 50% Optional auto on to scene Out of the box plug load turns on with occupancy Automatic off of lighting and plug load vacancy Continuous dimming to off Out of the box 3 daylight zone support Not required in spaces without windows or that are less than 0W s Programmable scenes Individual dimming zone raise/lower All off Additional Features Automatic demand response available with open ADR compliant device UL94 emergency control capabilities with remote relay unit Substitute any Greengate lowvoltage occupancy sensor Available Fixture Models Metalux Encounter: ENLD548VL8XXLVU ( watts) Metalux SkyRidge: SRLD9C48VL8XXLVU (3 watts) Metalux ArcLine: ALNGLD4548VL8XXLVU ( watts) Metalux Cruze: CZLD5448VL8XXLVU (0 watts) Metalux GRLED: GRLD44F48VL8XXLVU (0 watts) Corelite Bridge: BRGWSLXXLD48VLV (3 watts) XX= color temperature K K Typical wiring detail Blue (control) Red (030VDC) Black (common) OACDT050, OACDT000, OACDT000 Dual Technology Ceiling /Vacancy *Defaults to vacancy sensor mode. ON/Automatic OFF (all loads) for maximum energy savings Coupler OCCRJ45 Coupler *Allows connection to any Greengate / Vacancy DSRCFMOIR Daylight Adjustable daylight sensor dome * Immediately provides daylight dimming upon powerup SPRCR00 0A 0V circuit TRIM Occ / Vac Partial On Partial Off Zone / Area STATUS TEST RESET RC6TSBPW Button : Programmable Scene Button : Programmable Scene Button 3: Programmable Scene Button 4: Programmable Scene Button 5: Programmable Scene Button 6: All OFF White/ORG or White/BLK Neutral Neutral Line Black Hot (0/77VAC) Normal Power Connect up to 90W per lowvoltage circuit 3 EATON Distributed LowVoltage Power System design and application guide

33 3 4 V Y Y A O N N Z 0% 0% 30% 40% DEMAND SENSORS CLOCK WALL LOW HIGH ALERT REC BMS/OUT SWITCH PACK LOW VOLTAGE OUTPUTS 3 LL05300EN Conference room, x fixtures with integrated sensors ly Switched ON/OFF UL94 (Energy Backup Circuit) optional demand response Power Module s Bill of Materials Qty Catalog # Description LVPM W lowvoltage power module RC6TSBPW 6 button scene station (white) RC6TSBZADW 6 button raise/lower (white) OACTDT sqft. dual tech sensor OCCRJ45 input/output device SPRC00 0AMP receptacle control DSRCFMOIR 3 zone daylight sensor/ir receiver LVHH0 DLVP personal remote GGRJ45006G preterminated control cable, 6 inches GGRJ450PG preterminated control cable, 0 feet GGRJ455PG preterminated control cable, 5 feet 6 LVC5P lowvoltage lighting cable, 5 feet Lighting Up to 3 dimmable zones Out of the box vacancy mode Optional auto on to 50% Optional auto on to scene Out of the box plug load turns on with occupancy Automatic off of lighting and plug load on vacancy Continuous dimming to off Individual fixture daylight dimming Not required in spaces without windows or that are less than 0W s Programmable scenes Individual dimming zone raise/lower All off Additional Features Automatic demand response available with open ADR compliant device UL94 emergency control capabilities with remote relay unit Available Fixture Models Metalux Encounter: ENLD548VL8XXLVSLVPDU ( watts) Metalux SkyRidge: SRLD9C48VL8XXLVSLVPDU (3 watts) Metalux ArcLine: ALNGLD4548VL8XXLVSLVPDU ( watts) Metalux Cruze: CZLD5448VL8XXLVSLVPDU (0 watts) Metalux GRLED: GRLD44F48VL8XXLVSLVPDU (0 watts) Corelite Bridge: BRGWSLXXLD48VLV (3 watts) XX= color temperature K K Typical wiring detail SPRCR00 0A 0V circuit RC6TSBPW Button : Programmable Scene Button : Programmable Scene Button 3: Programmable Scene Button 4: Programmable Scene Button 5: Programmable Scene Button 6: All OFF Occ / Vac Partial On Partial Off Zone / Area TRIM STATUS TEST RESET Connect up to 90W per lowvoltage circuit RC6TSBZAD* Button : Zone raise Button : Zone lower Button 3: Zone raise Button 4: Zone lower Button 5: Zone 3 raise Button 6: Zone 3 lower White/ORG or White/BLK Neutral Neutral Line Black Hot (0/77VAC) Normal Power EATON Distributed LowVoltage Power System design and application guide 33

34 Blue Red Black Brown 3 4 V Y Y A O N N Z 0% 0% 30% 40% DEMAND SENSORS CLOCK WALL LOW HIGH ALERT REC BMS/OUT SWITCH PACK LOW VOLTAGE OUTPUTS 3 LL05300EN Conference room, x fixtures ly Switched ON/OFF UL94 (Energy Backup Circuit) optional demand response Power Module s Daylight OCCRJ45 Bill of Materials Qty Catalog # Description LVPM W lowvoltage power module RC6TSBPW 6 button scene station (white) RC6TSBZADW 6 button raise/lower (white) OAWCP0W 500 sqft. dual tech sensor OCCRJ45 input/output device SPRC00 0AMP receptacle control DSRCFMOIR 3 zone daylight sensor/ir receiver LVHH0 DLVP personal remote GGRJ45006G preterminated control cable, 6 inches 3 GGRJ450PG preterminated control cable, 0 feet 3 GGRJ455PG preterminated control cable, 5 feet 6 LVC5P lowvoltage lighting cable, 5 feet Lighting Up to 3 dimmable zones Out of the box vacancy mode Optional auto on to 50% Optional auto on to scene Out of the box plug load turns on with occupancy Automatic off of lighting and plug load vacancy Continuous dimming to off Out of the box 3 daylight zone support Not required in spaces without windows or that are less than 0W s Programmable scenes Individual dimming zone raise/lower All off Additional Features Automatic demand response available with open ADR compliant device UL94 emergency control capabilities with remote relay unit Substitute any Greengate lowvoltage occupancy sensor Available Fixture Models Metalux Encounter: ENLD548VL8XXLVU ( watts) Metalux SkyRidge: SRLD9C48VL8XXLVU (3 watts) Metalux ArcLine: ALNGLD4548VL8XXLVU ( watts) Metalux Cruze: CZLD5448VL8XXLVU (0 watts) Metalux GRLED: GRLD44F48VL8XXLVU (0 watts) Corelite Bridge: BRGWSLXXLD48VLV (3 watts) XX= color temperature K K Typical wiring detail OAWCP0W Dual Technology Wall /Vacancy *Defaults to vacancy sensor mode. ON/Automatic OFF (all loads) for maximum energy savings Blue (control) Red (030VDC) Black (common) Coupler OCCRJ45 Coupler *Allows connection to any Greengate / Vacancy DSRCFMOIR Daylight Adjustable daylight sensor dome * Immediately provides daylight dimming upon powerup SPRCR00 0A RC6TSBP* Button : Programmable Scene Button : Programmable Scene Button 3: Programmable Scene Button 4: Raise all dimmers / zones Button 5: Raise all dimmers / zones Button 6: All OFF RC6TSBZAD* Button : Zone Raise Button : Zone Lower Button 3: Zone Raise Button 4: Zone Lower Button 5: Zone 3 Raise Button 6: Zone 3 Lower Normal Power Neutral Line White/ORG or White/BLK Neutral Black Hot (0/77VAC) Occ / Vac Partial On Partial Off Zone / Area TRIM STATUS TEST RESET 0V circuit Connect up to 90W per lowvoltage circuit *Immediately provides daylight dimming upon powerup 34 EATON Distributed LowVoltage Power System design and application guide

35 3 4 5 V Y Y A O N N Z % 0% 30% 40% DEMAND SENSORS CLOCK WALL LOW HIGH ALERT REC BMS/OUT SWITCH PACK LOW VOLTAGE OUTPUTS 3 LL05300EN Blue Red Black Brown Conference room, x fixtures and downlights ly Switched ON/OFF UL94 (Energy Backup Circuit) optional demand response Power Module s Daylight OCCRJ45 Bill of Materials Qty Catalog # Description LVPM W lowvoltage power module RC6TSBPW 6 button scene station (white) RC6TSBZADW 6 button raise/lower (white) OAWCP0W 500 sqft. dual tech sensor OCCRJ45 input/output device SPRC00 0AMP receptacle control DSRCFMOIR 3 zone daylight sensor/ir receiver LVHH0 DLVP personal remote GGRJ45006G preterminated control cable, 6 inches GGRJ450PG preterminated control cable, 0 feet 3 GGRJ455PG preterminated control cable, 5 feet LVC8P lowvoltage lighting cable, 8 feet 4 LVC5P lowvoltage lighting cable, 5 feet Lighting Up to 3 dimmable zones Out of the box vacancy mode Optional auto on to 50% Optional auto on to scene Out of the box plug load turns on with occupancy Continuous dimming to off Out of the box 3 daylight zone support Not required in spaces without windows or that are less than 0W s Programmable scenes Individual dimming zone raise/lower All off Additional Features Automatic demand response available with open ADR compliant device UL94 emergency control capabilities with remote relay unit Substitute any Greengate lowvoltage occupancy sensor Available Fixture Models Metalux Encounter: ENLD548VL8XXLVU ( watts) Metalux SkyRidge: SRLD9C48VL8XXLVU (3 watts) Metalux ArcLine: ALNGLD4548VL8XXLVU ( watts) Metalux Cruze: CZLD5448VL8XXLVU (0 watts) Metalux GRLED: GRLD44F48VL8XXLVU (0 watts) Corelite Bridge: BRGWSLXXLD48VLV (3 watts) Portfolio: LD6B5DLV EU6B0080XX 6LBMH (6 watts) Halo Commercial: PD65DLVB PDM6B8XX 6VH (4 watts XX= color temperature K K Typical wiring detail OAWCP0W Dual Technology Wall /Vacancy *Defaults to vacancy sensor mode. ON/Automatic OFF (all loads) for maximum energy savings Blue (control) Red (030VDC) Black (common) Coupler DSRCFMOIR Daylight Adjustable daylight sensor dome * Immediately provides daylight dimming upon powerup SPRCR00 0A Normal Power Neutral Line White/ORG or White/BLK Neutral Occ / Vac Partial On Partial Off Zone / Area TRIM STATUS TEST RESET 0V circuit Black Hot (0/77VAC) EATON Distributed LowVoltage Power System design and application guide 35

36 3 4 V Y Y A O N N Z 0% 0% 30% 40% DEMAND SENSORS CLOCK WALL LOW HIGH ALERT REC BMS/OUT SWITCH PACK LOW VOLTAGE OUTPUTS 3 LL05300EN Corridor/Hall, x4 fixtures with integrated sensors ly Switched ON/OFF UL94 (Energy Backup Circuit) Power Module optional demand response Bill of Materials Qty Catalog # Description LVPM W lowvoltage power module RC3TSBZDW 3 button zone raise/lower (white) LVHH0 DLVP personal remote GGRJ455PG preterminated control cable, 5 feet GGRJ4550PG preterminated control cable, 50 feet LVC8P lowvoltage lighting cable, 8 feet 5 LVC5P lowvoltage lighting cable, 5 feet Lighting Up to 3 dimmable zones Out of the box vacancy mode Optional partial on/partial off Optional auto on to scene Automatic off of lighting on vacancy Automatic partial off of lighting on vacancy s On/off/raise lower Single or multiple zones Additional Features Automatic demand response available with open ADR compliant device UL94 emergency control capabilities with remote relay unit Available Fixture Models Metalux Encounter: ENLD548VL8XXLVSLVPDU ( watts) Metalux SkyRidge: SRLD9C48VL8XXLVSLVPDU (3 watts) Metalux ArcLine: ALNGLD4548VL8XXLVSLVPDU ( watts) Metalux Cruze: CZLD5448VL8XXLVSLVPDU (0 watts) Metalux FRLED: 4FRLD44048VL8XXLVSLVPDU (35 watts) Metalux GRLED: GRLD44F48VL8XXLVSLVPDU (0 watts) Corelite Bridge: BRGWSLXXLD48VLV (3 watts) XX= color temperature K K Typical wiring detail RC3TSBZD Button : Zone on/off Button : Raise Zone Button 3: Lower Occ / Vac Partial On TRIM Partial Off Zone / Area STATUS TEST RESET Connect up to 90W per lowvoltage circuit RC3TSBZD Button : Zone on/off Button : Raise Zone Button 3: Lower White/ORG or White/BLK Neutral Neutral Line Black Hot (0/77VAC) Normal Power 36 EATON Distributed LowVoltage Power System design and application guide