Application & Design Guide - LED Lighting, Controls and

Application & Design Guide

lighting controls & lumen management

Digital lighting

An embedded nLight device (called a “nIO LED”) uses two RJ45 connectors to provide simple plug-and-play connectivity to luminaires and controls.

Digital Facts About Digital Lighting Embedded controls offer best in class flexibility and energy savings. It’s a digital world. Think about how simple connectivity has become: personal computers, MP3 players, cellular phones-and add digital lighting to that growing list. Linking manual and automatic controls is as simple as connecting a Cat-5 cable.

Contrary to fluorescent lighting, LEDs are not negatively impacted by on/off switching and LEDs become more efficient as they are dimmed. Out-of-the-box energy savings with digital lumen management. Energy savings of about 10% over system life and 20% savings on day one (see below). Included on all RTLED luminaires.

Digital Lumen Management Embedded nLight™ logic underdrives the luminaire (digital lumen management) to deliver constant lumen output over system life while maximizing energy savings.

Design your next application to “maintained footcandle” levels from day one — no need to over-light the space; the embedded nIO LED driver eliminates waste.

Without Lumen Management

With Lumen Management

Energy is wasted and light level is inconsistent.

Energy is saved and light level remains consistent.

100%

45W

100%

36W 50

80%

POWER INPUT

POWER INPUT

LIGHT OUTPUT

LIGHT OUTPUT

Saved Energy POWER INPUT

LIGHT OUTPUT

POWER INPUT

45W

Wasted Energy LIGHT OUTPUT 80% 0 10 20 THOUSAND OPERATING HOURS

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30

40

0 10 20 THOUSAND OPERATING HOURS

30

40

36W 50

34

Improve energy savings and system life

Luminaire Life (years)

Digital Lumen Management

Bi-Level Switching

Manual Dimming (100% to 1%)

Occupancy Sensing

Daylight Harvesting (dimming)

Combined Strategies * 25

22 20

17

18

16

16

14

13

14

13

12

Energy Savings (%)

10 20

10%

30

10% 15%

40 50

35%

20% - 60% (average) 40%

60

68%

80

Connect nLight™ controls to RTLED luminaires using only a Cat-5 cable. It’s that easy!

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Digital Lumen Management

Occupancy Sensors

Enjoy 20% savings on day one and 10% average over the life of the fixture.

Full range of PIR and dual-technology sensors to meet any space or control requirements.

Manual Dimming

Photosensors (daylight harvesting)

RTLED offers full-range dimming. Recommended as “best practice” due to occupant satisfaction.

Simplify installation and reap the benefits of daylight harvesting.

Bi-Level Switching

* Combined Strategies

The RTLED can be programmed to simulate bi-level switching. While limiting occupant control, energy savings is generally greater than dimming.

Create an energy savings multiplier effect. Control strategies are easily combined with a Cat-5 cable. For example: manual dimming, occupancy sensing and daylight harvesting.

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Product Overview WallPod® Manual Control Standard WallPods Single-gang, decorator-style wall stations that provide manual control ·· On/off ·· On/off/dim ·· Scene control ·· Button-less touch controls Graphic WallPod ·· 3.5" full-color touch screen ·· Up to 16 on/off/dim controls and eight lighting presets ·· Mounts to single-gang box

Sensors Occupancy Sensors ·· Full line of occupancy sensors and photosensors ·· PIR or passive dual technology (PIR/microphonics) ·· Remotely controllable and upgradeable ·· Integrated RJ45 ports Photosensors ·· Automatic set-point configuration simplifies calibration ·· Tools and/or multiple commissioning visits not required

Network Devices (Multi-Room Systems) Bridge ·· Routes information between lighting zones and system gateway ·· Four or eight RJ45 ports to link rooms to nLight™ backbone ·· Optional ZigBee® wireless capability Gateway ·· Stores profiles and contains system time clock ·· Provides local control point and Ethernet network access point ·· Required to implement personal controls

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Product Overview Software for Your Hardware SensorViewTM Software ·· Provides global control of lighting system ·· Provides remote access and control from any network computer ·· Shows detailed screens with real-time lighting and occupancy status ·· Creates scheduled lighting control profiles ·· Compiles event logs, device inventory and lighting run-time reports ·· Enables remote programming for every individual sensor

Personal Controls (Virtual WallPods®) ·· Manually raise or lower overhead lighting from your desktop ·· Convenient taskbar applet ·· Simple to use and requires no additional hardware

Other light sources? We understand that your next projects probably will not be lit entirely with digital lighting. nLight™ enabled devices are available that can control nondigital lighting loads as well, including:

• • • • •



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For a complete listing of additional nLight devices, refer to the nLight Design Guide & Catalog or www.sensorswitch.com/nlight.

Fluorescent Incandescent Cathode HID And more

Power Pack



Wall Switch Sensor



CM 9 Ceiling Mount Sensor

CMRB 9 Fixture Mount Sensor

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Single-room Design LED Digital Lighting Add the RTLED or other nLight™ enabled digital luminaires and a line voltage power feed.

RTLED

Sensors and Wall Controls

ON

Add manual controls: nLight WallPod® dimmers, Graphic WallPods®, etc.

RTLED

OFF

Dimmer Switch nPOD DX

Occupancy Sensor nCM PDT 9

Add nLight occupancy sensors to maximize energy savings and comply with local energy codes.

Connect Cat. 5 cable ON

RTLED

OFF

Dimmer Switch nPOD DX

Interconnect luminaires and nLight devices with Cat-5 cable using RJ45 connectors.

Occupancy Sensor nCM PDT 9

Digital Lighting: Lighting and controls designed as a system to optimize each other.

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multi-room Design Networking rooms together is done by creating a topology-free backbone using nLight Bridges and a Gateway. Added functionality:

Cat-5 cable

1. Scheduling of all lighting operations. 2. Customized profiles that optimize lighting requirements, energy usage and user convenience. 3. Personal controls allow occupants to adjust lighting from their desktops.

Dimmer Switch nPOD DX

Occupancy Sensor nCM PDT 9

4. Collection and reporting of network energy performance data on an “energy scorecard.” 5. Access to real-time and historic operational data for maintenance usage (e.g. aggregate run times). 6. Ability to react to demand-side load-shedding commands. nLight Gateway nGWY nLight Bridge nBRG

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Personal Controls

SensorView™

Control local lighting from your desktop

Optimize and adjust entire system

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Private Office & single-zone spaces

ON

OFF

RTLED Luminaire with embedded nIO LED is ready to plug in Cat-5 cable

Dimmer Switch nPOD DX

Occupancy Sensor nCM PDT 9

Operations 1. All lights (or lighting zones) turn off once sensor time delay expires.

The WallPod provides on/off and dimming control.

2. Auto On or Manual On - easily adjustable. 3. Occupant can manually adjust lighting levels with full-range dimming.

Cat-5 cable

Benefits ·· All devices self-commission once power is applied. Sensor time delays are adjustable without the need for tools or removal from ceiling. ·· Passive dual-technology sensors are 100% passive; no potential for interference. Dimmer ON

OFF

Switch

Upgrade occupancy nPOD DX sensors to include an embedded photocell for daylight harvesting. Ideal for small offices. Photocells feature automatic set-point configuration and simplifying calibration. Tools and/or multiple commissioning visits are not required.

nCM PDT 9 ADC

Occupancy Sensor with photosensor upgrade nCM PDT 9 ADC

The nCM PDT 9 provides excellent detection utilizing patented PIR/ microphonics dual technology to detect both occupant motion and occupant sounds.

Ceiling-mount, passive dual technology occupancy sensor with an embedded photocell (automatic dimming control)

Primary Daylit Zone version 06/2010

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nCM PDT 9

Private Office & single-zone spaces Upgrade to Daylight Harvesting (Small Offices) with our Combined Occupancy Sensor and Photosensor

Cat-5 cable

ON

OFF

Dimmer Switch nPOD DX

Occupancy Sensor with photosensor upgrade nCM PDT 9 ADC

Primary Daylit Zone

Open Office Plan - 9 Luminaires - Annualized Cost of Ownership Estimated Energy Reduction**

Control Strategy Digital Lumen Management

10%

Manual On/Automatic Off

45%

Manual Dimming

10% aggregated

Adder: ADC (daylight harvesting) aggregated

Annualized Cost of Ownership RT5™ with Controls (discrete)

RT5™ no controls

RTLED w/nLight™ (discrete)

$137.00

$158.00

$120.00

$120.00

$158.00

$111.00

59% 35%** 73%

Assumptions: 20 year installation 4160 operating hours per year $0.10/kwh energy rate RT5 assumes an average service life of 18,000 hours (assumes a small penalty for frequent switching) - 1 lamp change per fixture over 20 year life LED systems start with a base life of 50,000 hours, and is extended based on digital control options selected **Source of energy reduction estimates: Advanced Lighting Guidelines, published by NBI, New Building Institute

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Multi-office system (detail)

Linking rooms together creates added value and functionality and energy savings opportunities. In this example, multiple private offices with two large exterior windows help to light the space with daylight. The nLight™ Bridge is used to link multiple rooms together.

Dimmer Switch nPOD DX

Occupancy Sensor nCM PDT 9 ADC

Primary Daylit Zone

nLight Bridge nBRG (Optional Networking)

Cat-5 Cable

Emergency Circuit

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Multi-office system (detail) Operations:

Benefits

1. Auto On or Manual On - easily adjustable. Best Practice: Create two profiles-one for daytime operation and one for evening operation. Daylight Profile: Daylight harvesting limits the need for electric lighting during the day. Evening Profile: Lights are automatically raised to 50% upon entry, rather than full brightness (human eye response).

·· All devices self-commission once power is applied. Sensor time delays are adjustable without the need for tools or removal from ceiling. ·· Dual-technology sensors are 100% passive; no potential for interference. ·· Network-based functionality allows monitoring of lighting and controls, and infinite adjustment to meeting changing occupant requirements.

2. Occupant can manually adjust lighting levels from full brightness to 1% from dimming WallPod® or personal controls (via virtual WallPod on desktop). 3. All lights (or lighting zones) turn off once sensor time delay expires.

The nCM PDT 9 provides excellent detection utilizing patented PIR/ microphonics dual technology to detect both occupant motion and occupant sounds.

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The WallPod provides on/off and dimming control to a user.

The Graphic Wallpod offers scene controls and manual raise/lower of multiple dimming channels. Ideal for small meeting rooms and private offices.

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Virtual WallPods on occupant’s desktop taskbar provide personal control of local lights.

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Open Office/multi-room system nLight Bridge - nBRG (Optional Networking)

Cat-5 Cable Occupancy Sensor nCM PDT 9

RTLED

Emergency Circuit

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Open Office/multi-room system Operations 1. The first person entering the space in the morning is detected by the occupancy sensors, which switch on pathway lighting and cubicle lighting to 50%. 2. A weekday “daytime profile” is automatically run at 8:00 a.m. Profile disables occupancy sensors and/ or overrides the lights in order to ensure constant lighting on pathway.

5. A “late-night profile” runs from 11 p.m. to 4 a.m. to accommodate cleaning and security. Occupancy sensors switch all (close-by) lighting to 50%. Time delays are shortened to five minutes.

Use profiles (multi-room system with Bridges and a Gateway) to create adaptive controls that

3. Cubicle lighting may be manually adjusted (up or down) using personal controls from an occupant’s computer.

mimic changing usage patterns of occupants

4. An “off-hours profile” runs at 6:00 p.m. and on weekends. Profile causes occupancy sensors to switch on pathway lighting only. Time delay is set to 10 minutes or less.

throughout the day!

Open Office Plan - 9 Luminaires - Annualized Cost of Ownership Annualized Cost of Ownership Estimated Energy Reduction

Control Strategy Digital Lumen Management

RT5™ with controls (2 zone)

RT5™ no controls

RTLED w/nLight™ (discrete)

$338

$350

$273

10%

Automatic On / Automatic Off

25%**

Manual Dimming

10%

aggregated

39%

Assumptions: 20 year installation 4160 operating hours per year $0.10/kwh energy rate RT5 assumes an average service life of 18,000 hours (assumes a small penalty for frequent switching) - 1 lamp change per fixture over 20 year life LED systems start with a base life of 50,000 hours, and is extended based on digital control options selected **Source of energy reduction estimates: Advanced Lighting Guidelines, published by NBI, New Building Institute

Upgrade Option

The nCM PDT 9 provides excellent detection utilizing patented PIR/microphonics dual technology to detect both occupant motion and occupant sounds.

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Controlling Other Loads: Control local loads, including undercabinet or task lighting, or even power strips, using slave packs.

A single Graphic WallPod® offers manual control for each cubicle and can be located where convenient for room occupants.

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Virtual WallPods on occupant’s desktop taskbar provide personal control of local lights.

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Classroom Teacher Control Station nPOD DX & nPODS ON

1

2

3

4 Lecture Movie

OFF

First Row Quiet Time

Room Ltg

Whiteboard Zone

Occupancy Sensor with Photocell nCM PDT 9 ADC for Primary Daylit Row

ON

OFF

Scenes

Entry Switch nPOD Cat-5 Cable

To Bridge (nBRG) (to link classrooms)

Occupancy Sensor with Photocell nCM PDT 9 ADC for Secondary Daylit Row

Secondary Daylit Zone

Primary Daylit Zone

Benefits 1. Flexible enough to meet the requirement of the modern classroom — complements the AV system and the visual connection to the outdoors (and resulting daylight).

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2. Teacher controls are simple to understand yet sophisticated to meet teacher requirements. 3. Maximizes energy savings without impacting room occupants.

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Classroom Operations:

5. Scene 1 - Lecture Mode: Dims all lights down except front row.

1. Auto On or Manual On easily adjustable. 2. Daylight Profile: Photocell automatically dims rows one and two from window at relative levels according to amount of daylight present. 3. Evening Profile: Lights are automatically raised to 50% upon entry, rather than full brightness (human eye response). 4. Teacher Control Station: Room Lighting: Manual raise/lower control of entire classroom.

6. Scene 2 - Movie Mode: Turns off the row of lights nearest white board; remaining lights are dimmed 7. Scene 3 - Quiet Time Mode: Dims all lights down and disables any sensors and photocells that might normally raise lighting automatically. 8. Scene 4 - White Board: On/off control.

Classroom - 9 Luminaires - Annualized Cost of Ownership Annualized Cost of Ownership Estimated Energy Reduction

Control Strategy Digital Lumen Management

10%

Manual On / Automatic Off

25%**

Manual Dimming

15%

aggregated Adder: ADC (daylight harvesting)

RT5™ with controls (discrete)

RT5™ no controls

RTLED w/nLight™ (discrete)

$372

$350

$291

$281

$350

$243

43% 40%

aggregated

66%

Assumptions: 20 year installation 4160 operating hours per year $0.10/kwh energy rate RT5 assumes an average service life of 18,000 hours (assumes a small penalty for frequent switching) - 1 lamp change per fixture over 20 year life LED systems start with a base life of 50,000 hours, and is extended based on digital control options selected **Source of energy reduction estimates: Advanced Lighting Guidelines, published by NBI, New Building Institute

The nCM PDT 9 provides excellent detection. The ADC option provides integrated daylight harvesting.

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The on/off WallPod® provides manual override control of lighting.

The WallPod Dimmer provides both on/ off override control as well as enables dimming adjustments.

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The WallPod Scene Controller provides selection of up to four customized room lighting and control scenes.

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Multi-Purpose Room Graphic WallPod® nPOD GFX

nLight Bridge nBRG Occupancy Sensor nCM PDT 9 ADC

Two-Pole Slave Pack nSP5 2P

ON

OFF

Cat-5 Cable RTLED

Drapery Motors

nIO connected to partition jamb switch

Drapery Motors

ON

OFF

Occupancy Sensor nCM PDT 9 ADC

Emergency Circuit

Graphic WallPod® nPOD GFX Wiring all devices in a daisy-chain sequence is best practice, although use of splitters is acceptable.

Your imagination is NOT the limit!

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Multi-Purpose Room The Next Level: The nLight™ system coupled with RTLED luminaires, allows a level of freedom previously associated with only the most expensive and complex control systems.

The Graphic WallPod® acts as a moderator station and provides:

We make it easy with the Graphic WallPod®, we provide a control package suitable for anyone. Dynamically customize, add or subtract features to meet the needs of those using the room.

Operations: Manual on/off control of room lights from WallPod® at room entrance. If drapes are closed, lights are switched to a pre-set level. If drapes are open, light levels are determined by the photocell. If partition is closed, WallPod® controls one room. If partition is opened, WallPod® controls both rooms together.



Manual raise/lower of lighting



Manual raise/lower of drapes



Manual creation and selection of lighting presets



If partition is closed, Graphic WallPod® controls lighting in a single room



If partition is opened, Graphic WallPod® controls lighting on both rooms together

1. Suggested Scenes:

Scene 1 - Lecture Mode: Dims all lights down except front row.



Scene 2 - AV Mode: Turns off luminaires nearest projection screen. Remaining lights are dimmed. Drapes are closed.



Scene 3 - Meeting Mode: All luminaires are dimmed to 66% and drapes are opened.





Scenes 4 - 8: Available for additional scene control or on/off control.



Drapery Controls

The nCM PDT 9 provides excellent detection utilizing patented PIR/ microphonics dual technology to detect both occupant motion and occupant sounds.

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Controlling Other Loads The two-pole Slave pack provides control of two-way motors (limit switches required) for drapery.

Partition Switch

A single Graphic WallPod® offers highly configurable: • Control • Manual control of lighting and drapery

A partition jamb switch is connected to an nIO. When closed, each room is separately controlled. When opened, the nIO loads a new profile into the controls to control lighting and drapes in both rooms together.

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Restrooms & non-digital lighting loads

Cat-5 Cable

Occupancy Sensor nCMR PDT 9 2P

Wiring all devices in a daisy-chain sequence is best practice, although use of splitters is acceptable. Line-voltage sensor directly switches the fan while simultaneously controlling RTLED luminaires digitally.

Exhaust Fan

Exhaust Fan

Occupancy Sensor nCMR PDT 9 2P

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Restrooms & non-digital lighting loads Operations:

Restrooms With Vestibules (Not Shown):

Automatic-on for lights and exhaust fans. The CMR PDT 9 2P offers two separate time delays for restrooms.

Sensors with different detection technologies can work together to cover a space. The sensor located in the vestibule uses PIR to detect and turn the lights on when the occupant first enters. The dual-technology sensor located in the main stall area then keeps the lights on, even when the occupant is inside a stall.

Lights and fans are switched off once sensor time delay expires. Recommended Time Delay: Fans have a 20-minute delay. Lighting has a 10-minute time delay.

The Digital Lighting Advantage

The dual technology keeps the lights on, even when the occupant is inside a stall.

Additional notes:

LED lighting placed in a restroom benefits from the short operational run times associated with occupancy sensors. System life is extended considerably.

If a common fan is being used for multiple restrooms, installing a two-pole sensor in each room with the second poles wired in parallel will cause the fan to operate if either room is occupied.

Restroom - 4 Luminaires, Non-Lighting Loads Annualized Cost of Ownership

Annualized Cost of Ownership Estimated Energy Reduction

Control Strategy Digital Lumen Management

10%

Automatic On / Automatic Off

45%

aggregated

RT5™ with controls (discrete)

RT5™ no controls

RTLED w/nLight™ (discrete)

$152

$158

$128

50%

Assumptions: 20-year installation 4160 operating hours per year $0.10/kwh energy rate Maintenance costs based on lamp replacements, no ballast or driver replacements considered RT5 assumes an average service life of 18,000 hours (assumes a small penalty for frequent switching) LED systems start with a base life of 50,000 hours, and is extended based on digital control options selected **Source of energy reduction estimates: Advanced Lighting Guidelines, published by NBI, New Building Institute

Ceiling Mount Occupancy Sensor nCMR PDT 9 2P

The nCMR PDT 9 2P provides excellent detection, utilizing patented PIR/microphonics dual technology to detect both occupant motion and occupant sounds.

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The line-voltage relay embedded in this sensor is used to control the exhaust fan.

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Hallways - corridors Left:

150 ft. total length

Application: Long, straight hallways Product: Hallway sensors Part#: HW 13 Placement: Sensors mounted facing each other, up to 150 ft. apart

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Right: Application: Hallways with alcove entryways Product: Extended-range ceiling-mount sensors Part#: nCM 10 Placement: Sensors placed on 50 ft. centers Additional Products: Lighting: Lithonia Lighting track fluorescent lighting nLight™ Control: nSP16 switches track lighting on and off

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Hallways - corridors Operations: 1. Daytime Profile (6:00 a.m. to 6:00 p.m.)

Late-night Profile:

2. First person in the morning to enter hallway is detected and lights are switched on automatically.

1. RTLED luminaires (only) are switched off completely when unoccupied.

3. Throughout the remainder of the day, lighting levels are reduced to 50% when hallway is vacant (fiveminute delay), and returned to 100% after occupancy is detected.

2. RTLED luminaires (only) are switched to full brightness during occupancy with a very short (two -minute) time delay to allow for security inspections and cleaning crews.



4. Track lights are operated on a time schedule from the nLight™ Gateway to highlight artwork and are left on throughout the day to accommodate customer requirements. Evening Profile (6:00 p.m. to 11:00 p.m.) 1.

Lights are reduced to 20% when hallway is vacant, and returned to 50% brightness when occupancy is detected.

2. Track lights are switched off with a time schedule and remain off throughout the evening hours.

Track Light Controls

Hallway Sensors: Designed for 7-10 ft. mounting at end of hallways. Sensors should always be applied in pairs facing each other.

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Ceiling-mount Sensors: The nCM 10 passive infrared sensor is the best choice for detecting walking motions in hallways. Provides 28 ft. radial coverage when mounted to a standard 9 ft. ceiling height. 360 degree coverage pattern detects occupants immediately upon entrance to hallway.

Controlling Other Loads The nSP16 Slave Pack provides a 16-amp relay for switching on/off other loads such as track lighting.

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Coverage Patterns Ceiling-Mount Standard / Extended 360° Sensors

Ceiling Mount

Fixture Mount Recessed Mount

Standard Range 360° Lens

Extended Range 360° Lens TOP VIEW

TOP VIEW 3.7

SIDE VIEW

1.8

3.7

6

12

0 ft

0 m 1.8

9

2.7

12 6

28

4.3

14

0 m 0 ft

0m

0 ft

1.8 8.5

6 6.4

4.3

2.1

0m

2.1

4.3

28 3.7

21 12

14

7

0 ft

7

14

SIDE VIEW

9

2.7 3.7

1.8

0m

1.8

3.7

12

6

0 ft

6

12

6.4

8.5

TOP VIEW

21

28

3.7

12

1.8

6

0m

0 ft

SIDE VIEW 0 ft

0 ft 0 m

9

8.5

0m

2.7

4.3

14

8.5

28

8.5

6.4

1.8 6 4.3 2.1

0m

2.1

4.3

6.4

8.5

28

21

14 3.7

0 ft

7

14

21

28

12 7

Standard Range Application • Best choice for small motion (e.g. hand movements) detection from ceiling • Private offices • Open office areas

Extended Range Application • Best choice for large motion (e.g. walking) detection from ceiling • Corridors • Rooms with low-ceiling heights

Features & Options • Ceiling mount, recessed mount and fixture mount • Available with up to two line-voltage relays • PIR or dual-technology (PIR/microphonics) detection • Dimming and/or photocell (single or dual zone) • Low-temperature/high-humidity resistance

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Coverage Patterns Decorator Wall Switch Sensors

White Almond Ivory Gray

Wall Switch Decorator Lens TOP VIEW

SIDE VIEW

0 20 ft

10

0 20 0 ft

ft 0 5

0 ft 10

5

15

10

20

15

20

SIDE VIEW

1010

1 2

SIDE VIEW

20 0 ft

ft

TOP VIEW

10

TOP VIEW

0

0 20

1 2

Application • Easiest solution for retrofitting existing rooms • Replaces existing toggle switch • Ideal for private offices

Options • Available with or without relay, PIR or dual technology (PDT) detection, optional photocell and low-temperature/high-humidity resistance

Features • Small motion detection up to 20 ft. (6.10 m)                 • Adjustable time delay • Multiple operating modes                       

• Push-button programmable

• No minimum load                            • Reversible wiring on versions with relays

Daylighting Control Sensors

Ceiling Mount

Fixture Mount Recessed Mount

Application • Automatic on/off switching • Automatic dimming control • Combination on/off and dimming control

Features & Options • Functions stand-alone or with occupancy sensors               • Auto set-point calibration • Push-button programmable                        • Fully digital control • Available with or without line-voltage relay                  • Single zone or dual zone • 0-10V DC dimming with adjustable max./min. levels

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Coverage Patterns Wide View / Hallway Sensors

Wide View Lens

Hallway Lens

TOP VIEW 40

12.2

30

9.1

TOP VIEW

SIDE VIEW

10

3

0 ft

0m

0 ft

0m

5

1.5

10

3

10

3

SIDE VIEW 20

6

10

3

0 ft

0 ft

9

0m

9

2.7

0m

3

15.2

27.4

39.6

0m

3

15.2

0 ft

10

50

90

130

0 ft

10

50

9.1

6

3

0m

3

6

9.1

0m

3

6

9.1

12.2

30

20

10

0 ft

10

20

30

0 ft

10

20

30

40

SIDE VIEW 0 ft

0m

0m

TOP VIEW

SIDE VIEW

10

3

0 ft

0m

0 ft

0m

5

1.5

10

3

10

3

2.7

0m

3

6

9.1

0m

3

6 0m

3

0 ft

10

20

30

0 ft

10

0 ft 20

10

9.1 30

15.2 50

12.2

27.4

39.6

0m

3

15.2

27.4

39.6

90

130

0 ft

10

50

90

130

40

Wide View Application • Small motion detection up to 40 ft. (12.19 m) • Large motion detection up to 70 ft. (21.34 m) • Ideal for classrooms

Hallway Application • Large motion detection up to 130 ft. (39.62 m) • Enclosure enables mounting between 8 to 10 ft. (2.44 to 3.05 m) • Applied in pairs

Features & Options • Corner and wall mount or ceiling mountable with bracket (WV BR) • PIR or dual-technology (PIR/microphonics) detection (wide view only) • Optional photocell; low-temperature/high-humidity resistance

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m

Coverage Patterns High Bay Sensors Aisleway

Ceiling Mount - 360°

Aisleway Lens

360° Lens

TOP VIEW 7

7.6 25

0m

0 ft

3

10

TOP VIEW 10

0

5

10

2.1

15.2 50

End-of-Aisle Lens

SIDE VIEW

2.1

0 ft 0 m 7

End-of-Aisle

15.2 50

7.6 25

0m 0 ft

7.6 25

15.2 50

0

20

6

20

5

30 0

LOW VIEW SIDE VIEW 0 ft 0 m 0 ft

10

HIGH VIEW

30

50

70

90 9.1 11030

120

12.2

40

7

4.6

30 9.1 40 12.2 15.2 50

10

30

50

70

90

110

120

15.2

50

6

3

0m

3

20

10

0 ft

10

7.6 25

0m 0 ft

7.6 25

6 0 ft 0 m 20 2.1 7 15.2 15.2 50 50

9.1

6

3

0m 3

6

9.1

30

20

10

0 ft 10

20

30

7.6

0m 0 ft

LOW VIEW 25 0 ft

0m

15

4.6

10

0

2.1

3

10

6

20

10

15.2 50

5 0

20

7.6 25

TOP VIEW

0 ft

SIDE VIEW

TOP VIEW 15

0

0m

0m

10 3 20 6

10

30

5 10

HIGH VIEW 0

10

30

50

70

90

110 9.1 12030

6

3

0m

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Application • Several coverage patterns (360º, aisleway, end-of-aisle) • On/off control of T5/T8 fluorescent lighting • HID bi-level fixture control with start-to-high option • Ideal for factories, warehouses and gymnasiums

Features & Options • Ceiling mount, recessed mount and fixture mount • Available with up to two line-voltage relays • 120/277V AC, 347 VAC, 208/240/480V AC • Occupancy-controlled high/low dimming • On/off photocell • Low-temperature/high-humidity resistance

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POWER PACKS nLight™ Power Packs and Slave Packs nPP16 Switching Lighting Loads The nLight nPP16 Series power pack is the workhorse of an nLight system. Each unit has two important responsibilities: providing system power and switching lighting loads. To provide system power, the power pack transforms Class 1 line voltage (120/277V AC or 347V AC) to Class 2 15V DC. For switching a lighting load, an internal 16A latching relay is used.

nSP16 Switching Lighting Loads The nLight nSP16series slave relay pack switches lighting loads up to 16A. For simplifying installation, slave packs have an elongated chase nipple that allows them to be attached either directly through a 1/2" knockout into a junction box, or inside an adjacent box for meeting specific local code requirements in ceiling plenums.

nSP5 D Individual Fixture Dimming The nLight nSP5 D device provides both a relay and a 0-10V DC dimming output, enabling on/off operation as well as continuous dimming control of an attached dimmable fixture. This combination of features makes it ideal for rooms where multi-zone or individual control of luminaires is required. Manual switching and adjustment of the dimming level is possible via WallPods® or through the SensorView™ software.

nSP5 2P Dual Relay Ideal for a/b lighting, two-way motor loads (limit switches required), or a light and fan in a restroom with two different time delays.

nSP5 480 Controlling 208/480V AC Ballast The nLight nSP5 480 Series slave relay pack is designed to switch up to a 5A lighting load that uses two-line voltage feeds.

Options for Emergency Lighting Acuity offers the RTLED with several “em” options. A standard fixture can easily be modified for emergency operation from a generator (downstream of a UL1008 transfer switch). Emergency Hot Emergency Neutral Gnd 1. Break (blue) nIO LED power supply conductor 2. Cap exposed conductors

Cat-5 Cable

LED driver

Blue Purple Gray

nIO LED

For complete wiring diagrams, specification sheets and single line drawings, please visit: RTLED luminaire: lithonia.com/rtled

version 06/2010

nIO LED: sensorswitch.com/nlight

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Acuity Brands Lighting, Inc. • One Lithonia Way, Conyers, GA 30012 • 800.334.8694 • www.lithonia.com ©2010 Acuity Brands, Inc. 07/10 09GF00071 Form No. 134.58