led stairwell / radial wrap · all information is believed to be accurate at the time of...

Project Name

Catalog #

Type

Date

PROJECT INFORMATION

www.xtralight.com • (800) 678-6960 • [email protected] information is believed to be accurate at the time of publication. Please contact customer service or visit www.xtralight.com for the

most updated product specifications. XtraLight® reserves the right to change specifications without notice.

®

FEATURES • An energy-efficient LED replacement for a typical 2L T8 wrap

that’s ideal for corridors, stairwells and other commercial spaces.

• Multi-step dimming, ultrasonic occupancy sensor option available. User selectable standby options (10, 25 or 50%) and time delay adjustments (5, 10, 15 or 30 minutes).

• Controls Ready: Capable of working with virtually any network controls or building automation.

• Tunable White option is available.

CONSTRUCTION• Available in 2, 4 or 8 ft. models. Continuous rows are available

(please consult factory).

• Housing: Code gauge steel, pre-painted white standard utilizing die-cast aluminum end caps.

• Custom colors available, please consult factory.

• Lens: Proprietary ribbed, frosted lens that’s vandal resistant.

ELECTRICAL• Voltage: 120-277VAC input.

• Driver: 24VDC Class 2, constant current, electronic power supply factory calibrated to LED modules. Multi-volt 120-277V, 0-10V dimming option is standard. 480V option available.

• LED modules individually replaceable ensuring easy serviceability in the field.

MOUNTING• Surface (ceiling or wall) and adjustable cable mount ready.

OPTICS• Best In class LEDs: 3000K, 3500K, 4000K and 5000K CCT

(min 80 CRI).

• Lumen Maintenance: >100,000 hours at 70% initial lumens (L70).

WARRANTY• Backed by XtraLight’s industry leading 10-year warranty.

LED STAIRWELL / RADIAL WRAPLRW LED

SAMPLE CATALOG NUMBER: LRWLED402042X4XDIMXXRLXXW

LRW LED

LRW1.4-25.52 201507

APPLICATIONS• Classrooms• Offices• Commercial Spaces

• Passageways• Corridors• Stairwells

X X RL

APPROVALS• ETL listed. UL 1598 and CSA 22.2• Suitable for damp locations.• Select models DLC Qualified. For a complete list of DLC

Qualified products, please visit: http://www.xtralight.com/dlc or www.designlights.org/qpl

TEN YEAR

WARRANTY

PRODUCT PERFORMANCE

MODEL CCT WATTS LUMENS EFFICACY

LRW 4 FT. 25W 4000K 25.2 3283 130.3

LRW 4 FT. 42W 4000K 42.6 5119 120.2

ORDER LOGIC

LENGTH & MODEL COMBINATIONS

LENGTHMOD-ULES

MOD-EL

LU-MENS

2 01 025 3,000L

4 02 025 3,000L

4 02 036 4,000L

4 02 042 5,000L

4 02 052 6,000L

8 04 052 6,000L

8 04 067 7,500L

LENGTH

2 2 ft.

4 4 ft.

8 8 ft.

OPTICS

X None

MODULES

01

0204

MODEL

025

036

042

052

072

CCT

3 3000K

T 3500K

4 4000K

5 5000K

MOUNTING

X None

DRIVER

DIM Dimmable 0-10V, Multi-Volt 120-277V

48D 347-480V, Dimming

LDE1 Hi-Lume™ 1% EcoSystem™

LED Driver with Soft-On, Fade-to-Black™

LDE5 5-Series EcoSystem™ LED

DriverLTEA2W Hi-Lume™

1% 2-Wire LED

Driver

(120V forward phase only)

CORD LENGTH

6 6 ft. Cord

8 8 ft. Cord

1 12 ft. Cord

X None

NEMA PLUG

A 120V, 15A straight-blade

B 277V, 20A twist-lock

C 480V, 20A twist-lock

D 277V, 15A twist-lock

F 120V, 15A twist-lock

X None

SHIELDING

RL Lens,

Ribbed

OCCUPANCY SENSOR

1 Aisle Sensor, 120-277V (HBP-112)

2 Open Area Sensor, 120-277V (HBP-112)

R Programmable Sensor (FSP-211)

U 2

Ultrasonic Sensor (FS-555)

X None

EMERGENCY BACKUP

G Generator Transfer

Device

1 Emergency Battery

Back-Up

X None

COLOR(CONSULT FACTORY)

W White

C Custom

SPECIAL OPTIONS

FCJ010 10-10V Wireless RF Fixture Control Module to use with 0-10V drivers for individual fixture control.

MLD 3 Multi-Level Dim-ming, Ultrasonic Sensor For Stairwells

1. Use with Lutron wireless occupancy sensors and controls.2. Ultrasonic occupancy sensor [U] provides ON/OFF operation.3. Multi-Level Dimmming [MLD] special option adds a toggle switch for preset dimming

levels of 10/25/50%. [MLD] option must be ordered with the Ultrasonic occupancy sensor [U].



DIMENSIONAL DATA

®


LRW1.4-25.52 201507

8.00

TOP

4.75

SIDE

48.00

BOTTOM

END

LST 4 FT ULTRSONIC SENSOR

SHEET 1 OF 1NOT TO SCALE

REVDWG. NO.

ASIZE

TITLE:NAME DATE

Q.A.

MFG APPR.

ENG APPR.

CHECKED

DRAWN

FINISH

MATERIAL

DIMENSIONS ARE IN INCHESTOLERANCES:ANGULAR: MACH BEND 1THREE PLACE DECIMAL 0.020

PROPRIETARY AND CONFIDENTIALTHE INFORMATION CONTAINED IN THISDRAWING IS THE SOLE PROPERTY OFXTRA LIGHT MFG. ANY REPRODUCTIONIN PART OR AS A WHOLE WITHOUT THE WRITTEN PERMISSION OFXTRA LIGHT MFG. IS PROHIBITED.

8.00

TOP

4.75

SIDE

48.00

BOTTOM

END

LST 4 FT ULTRSONIC SENSOR

SHEET 1 OF 1NOT TO SCALE

REVDWG. NO.

ASIZE

TITLE:NAME DATE

Q.A.

MFG APPR.

ENG APPR.

CHECKED

DRAWN

FINISH

MATERIAL

DIMENSIONS ARE IN INCHESTOLERANCES:ANGULAR: MACH BEND 1THREE PLACE DECIMAL 0.020

PROPRIETARY AND CONFIDENTIALTHE INFORMATION CONTAINED IN THISDRAWING IS THE SOLE PROPERTY OFXTRA LIGHT MFG. ANY REPRODUCTIONIN PART OR AS A WHOLE WITHOUT THE WRITTEN PERMISSION OFXTRA LIGHT MFG. IS PROHIBITED.

TOP VIEW

BOTTOM VIEW (WITH ULTRA SONIC SENSOR - OPTION MLD)

END VIEW

PHOTOMETRIC DATA

CANDELA DISTRIBUTION

AVERAGE LUMINANCE

ZONAL LUMEN SUMMARY

0° 22.5° 45° 67.5° 90° 0° 1640 1640 1640 1640 1640 15° 1529 1539 1558 1575 1586 25° 1370 1388 1427 1464 1482 35° 1154 1185 1251 1311 1336 45° 912 949 1043 1125 1157 55° 661 705 822 919 957 65° 426 480 607 711 747 75° 221 286 418 519 549 85° 60 140 265 355 380 90° 1 90 203 285 308

Zone Lumens %Fixt0-30 1251.07 11.60

0-40 2031.79 39.70

0-60 3560.89 69.60

0-80 4578.47 89.40

0-90 4848.02 94.70

90-180 271.30 5.30

0-180 5119.33 100.00

0° 45° 90°

45° 3566 3833 4177

55° 3282 3716 4236

65° 2983 3647 3912

75° 2646 3144 2336

85° 2202 986 855

LRW LED 4 FT. 42W

Catalog Number:

LRWLED402042X4XDIMXXRLXXWPP

Report Number: ATAL026617.iesIssue Date: 09/27/18Lamp: (2) LED ModulesLens/Optics: Frosted RibbedIESNA: LM-63-2002Total Input Watts: 42.6Efficacy (Lm/W): 120.2Total Lumens: 5119Prepared by: American Testing & Assessment Laboratory

NOTE: Data shown is absolute for product shown.

ZONAL LUMEN SUMMARYCANDELA DISTRIBUTION

AVERAGE LUMINANCE

0° 22.5° 45° 67.5° 90°

0° 1052 1052 1052 1052 1052

15° 983 988 1000 1010 1017

25° 881 892 917 939 950

35° 742 760 802 841 856

45° 585 608 669 721 742

55° 424 453 526 589 613

65° 273 307 389 457 479

75° 143 182 267 332 352

85° 40 90 170 227 244

90° 1 57 130 183 198

Zone Lumens %Fixt0-30 802.90 24.50

0-40 1303.81 39.70

0-60 2284.58 69.60

0-80 2936.68 89.50

0-90 3109.4 94.70

90-180 173.50 5.30

0-180 3282.89 100.00

0° 45° 90°

45° 4408 5041 5591

55° 3939 4886 5695

65° 3442 4904 6039

75° 2944 5497 7247

85° 2445 10393 14917

LRW LED 4 FT. 25W

Catalog Number:

LRWLED402025X4XDIMXXRLXXW

Report Number: ATAL026633.iesIssue Date: 10/03/18Lamp: (2) LED ModulesLens/Optics: Frosted RibbedIESNA: LM-63-2002Total Input Watts: 25.2Efficacy (Lm/W): 130.3Total Lumens: 3283Prepared by: American Testing & Assessment Laboratory

NOTE: Data shown is absolute for product shown.

18.00

L

48.00

8.15 7/8" KO (X2)

C

2" KO

DRAWN BY

FINISH

MATERIAL

PROPRIETARY AND CONFIDENTIAL 4 FT LST KO LOCATIONS

BD1952SHEET 1 OF 1NOT TO SCALE

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TITLE:NAME DATE

REV 4

REV 3

REV 2

REV 1THE INFORMATION CONTAINED IN THIS DRAWING IS THE SOLE PROPERTY OF XTRALIGHT MFG. ANY REPRODUCTION IN PART OR AS A WHOLE WITHOUT THE WRITTEN PERMISSION OF XTRALIGHT MFG. IS PROHIBITED.



®

LRW1.4-25.52 201507


LIGHTING CONTROLSWATTSTOPPER®

WWW.LEGRAND.US/WATTSTOPPER

WATTSTOPPER®FIXTURE SENSORS & CONTROLS

DescriptionThe FSP-211 mounts in an outdoor lighting fixture and provides multi-level control based on motion and/or daylight contribution. It controls 0-10 VDC LED drivers or dimming ballasts, as well as non-dimming ballasts and, with an FSP-Lx Lens, is rated for wet and cold locations. All control parameters are adjustable via a wireless configuration tool capable of storing and transmitting sensor profiles.

OperationTypically, the sensor ramps lighting On to the selected High mode level when motion is detected and the ambient light level is below the hold off setpoint. After the sensor stops detecting movement and the time delay elapses, lights fade to the Low mode level. If there is no motion during the subsequent cut off time delay, the lights will turn Off. For dusk to dawn control, the integral photocell can switch the lights On and Off based on the ambient light level so that lighting remains on overnight even without motion detection.

Wireless Handheld Configuration ToolInitial setup and subsequent sensor adjustments are made using a handheld configuration tool (FSIR-100). This tool enables adjustment of parameters including high and low modes, sensitivity, time delay, cut off and more. The FSIR-100 is also used to initiate automatic calibration of the FSP-211 ambient light level setpoint. The setpoint is used to hold the controlled lighting off or at low level when there is sufficient daylight. The wireless tool stores up to six sensor parameter profiles to speed configuration of multiple sensors.

ApplicationsThe slim, low-profile FSP-211 is designed for installation inside the bottom of a light fixture body. When fully assembled and installed in an IP66-rated fixture, the sensor and FSP-Lx lenses are IP66 outdoor rated. The sensor is ideal for areas such as parking facilities, gas stations, pedestrian pathways and warehouses. A choice of four lenses ensures complete coverage for mounting heights up to 40’.

LINE VOLTAGE HIGH/LOW/OFF PIR FIXTURE INTEGRATED OUT-DOOR PHOTO/MOTION SENSOR

FSP-211

• Provides line voltage On/Off switching and 0-10 VDC dimming control

• Works with ballasts or LED drivers

• High and low modes fully adjustable from 0 to 10V

• Time delay from 5 to 30 minutes

• Optional cut off delay

• Adjustable ramp up and fade down times

• Optional daylighting setpoints feature automatic calibration, or permit manual adjustment

• Configuration tool stores six sensor profiles for quick setup and adjustment of multiple sensors

• Polycarbonate construction; flame retardant, UV resistant, impact resistant, recyclable

• UL244A and UL508; IP66 rated (when fully assembled and installed) for use in wet locations

• This product meets the materials restrictions of RoHS

• BAA/TAA-compliant models available

Features

Fully adjustable high and low dimmed light levels; optional

dusk to dawn control

Adjustable via handheld wireless configuration tool

Adjustable time delay and cut off delay

Designed for LED fixtures; rated for extreme

temperatures and up to 200,000 on/off cycles

IP66 rated with choice of lenses for wet and outdoor locations, and mounting heights from 8’ to 40’

Hold off setpoint with automatic calibration option

for convenience and added energy savings



DescriptionThe FSP-211 mounts in an outdoor lighting fixture and provides multi-level control based on motion and/or daylight contribution. It controls 0-10 VDC LED drivers or dimming ballasts, as well as non-dimming ballasts and, with an FSP-Lx Lens, is rated for wet and cold locations. All control parameters are adjustable via a wireless configuration tool capable of storing and transmitting sensor profiles.

OperationTypically, the sensor ramps lighting On to the selected High mode level when motion is detected and the ambient light level is below the hold off setpoint. After the sensor stops detecting movement and the time delay elapses, lights fade to the Low mode level. If there is no motion during the subsequent cut off time delay, the lights will turn Off. For dusk to dawn control, the integral photocell can switch the lights On and Off based on the ambient light level so that lighting remains on overnight even without motion detection.

Wireless Handheld Configuration ToolInitial setup and subsequent sensor adjustments are made using a handheld configuration tool (FSIR-100). This tool enables adjustment of parameters including high and low modes, sensitivity, time delay, cut off and more. The FSIR-100 is also used to initiate automatic calibration of the FSP-211 ambient light level setpoint. The setpoint is used to hold the controlled lighting off or at low level when there is sufficient daylight. The wireless tool stores up to six sensor parameter profiles to speed configuration of multiple sensors.

ApplicationsThe slim, low-profile FSP-211 is designed for installation inside the bottom of a light fixture body. When fully assembled and installed in an IP66-rated fixture, the sensor and FSP-Lx lenses are IP66 outdoor rated. The sensor is ideal for areas such as parking facilities, gas stations, pedestrian pathways and warehouses. A choice of four lenses ensures complete coverage for mounting heights up to 40’.

LINE VOLTAGE HIGH/LOW/OFF PIR FIXTURE INTEGRATED OUT-DOOR PHOTO/MOTION SENSOR

FSP-211

• Provides line voltage On/Off switching and 0-10 VDC dimming control

• Works with ballasts or LED drivers

• High and low modes fully adjustable from 0 to 10V

• Time delay from 5 to 30 minutes

• Optional cut off delay

• Adjustable ramp up and fade down times

• Optional daylighting setpoints feature automatic calibration, or permit manual adjustment

• Configuration tool stores six sensor profiles for quick setup and adjustment of multiple sensors

• Polycarbonate construction; flame retardant, UV resistant, impact resistant, recyclable

• UL244A and UL508; IP66 rated (when fully assembled and installed) for use in wet locations

• This product meets the materials restrictions of RoHS

• BAA/TAA-compliant models available

Features

Fully adjustable high and low dimmed light levels; optional

dusk to dawn control

Adjustable via handheld wireless configuration tool

Adjustable time delay and cut off delay

Designed for LED fixtures; rated for extreme

temperatures and up to 200,000 on/off cycles

IP66 rated with choice of lenses for wet and outdoor locations, and mounting heights from 8’ to 40’

Hold off setpoint with automatic calibration option

for convenience and added energy savings PROGRAMMABLE SENSOR



®

LRW1.4-25.52 201507

FSIR-100 HBP-111 HBP-112



DescriptionThe HBP Series High Bay Passive Infrared (PIR) Occupancy Sensors provide automatic control of individual LED and fluorescent lighting fixtures in warehouses and other indoor high and low bay spaces. The lens is engineered to provide reliable coverage from a wide range of mounting heights (15’ to 40’), and coverage can be masked for aisleway applications using a snap-on accessory (included). A hold-off daylighting feature keeps lighting off when the ambient light level is above the selected threshold. Time delay and light level settings can be adjusted via function-specific trimpots. The HBP-111 can also be adjusted remotely using a wireless configuration tool.

OperationLine voltage HBP sensors are designed to mount directly to a lighting fixture, and can be wired to control some or all of the drivers or ballasts. When the sensor detects motion, the relay closes, and the connected loads are automatically turned on. When motion is no longer detected for the duration of the time delay setting, the relay opens and the lighting load is turned off. The sensor’s time delay and hold-off light level are factory preset at 15 minutes and 300 footcandles, respectively, suitable for most high bay applications.

Wireless Remote Configuration ToolInitial setup and subsequent sensor adjustments of the HBP-111 may be made using a handheld configuration tool (FSIR-100). This tool simplifies adjustment of parameters including sensitivity, time delay and hold-off level with maximum granularity. The FSIR-100 is also used to enable or disable advanced features, including burn-in mode, walk-through mode, visual alert and occupancy mode. The wireless tool stores up to five sensor parameter profiles to speed configuration of multiple sensors.

Hold-off DaylightingThe hold-off daylighting light level feature provides additional energy savings. Once the lights turn off after the time delay has elapsed, this feature holds lighting off upon new occupancy if there is sufficient ambient light available.

ApplicationsThe high bay occupancy sensor is ideal for applications in warehouses, distribution centers, gymnasiums, and other high and low bay indoor spaces. The optional HBP-EM1 Extender Module provides additional mounting flexibility.

HIGH/LOW BAY PASSIVE INFRARED OCCUPANCY SENSOR HBP-100 SERIES

HIGH BAY SENSORS

• LED indicator of occupancy detection for easy verification of coverage

• Convenient access to trimpots for adjusting Time Delay and Light Level settings

• Flexible mounting options• Multi-cell, multi-tier Fresnel lens• Durable materials for optimal performance in challenging

indoor high bay settings

• Zero crossing circuitry reduces stress on relay and extends sensor life

• Detection signature analysis eliminates false triggers; provides immunity to RFI and EMI

• Pulse Count Processing eliminates false offs without reducing sensitivity

• The product meets the materials restrictions of RoHS

Features

Compact line voltage sensor with integral lens for all

high bay applications

HBP-111 adjustable via handheld wireless configuration tool

cULus listed snap-in mounting hardware

360° coverage from 15’-40’; lens covers 100’ diameter

area from 40’ height; rotatable snap-on aisleway masking

120, 277, 347V, 60Hz or 230V, single phase, 50Hz operation

Adjustible time delay and hold-off daylighting level

AISLE SENSOR OPEN AREA SENSOR





®

LRW1.4-25.52 201507


FS-555

FS-555C



DescriptionThe FS-555 and FS-555C Line Voltage Ultrasonic Fixture Sensors control lighting based on occupancy. They are designed with a low-profile, architecturally pleasing appearance to easily integrate into a wide range of lighting fixtures or a customized housing.

OperationWhen powered on, the FS-555 Series sensors use high frequency (40 kHz) ultrasonic technology to sense motion within a space and automatically turn lights on even when the sensor has no direct line of sight to occupants. After the area is vacated and the time delay has elapsed, the sensors automatically turn the lights off. Ultrasonic detection operates by transmitting sound waves throughout an area and measuring the speed at which they return. Movement increases the return frequency, which triggers occupancy.

The FS-555 Series sensors provide functions for testing, overriding the fixture ‘ON’ and a 100-hour lamp burn-in mode.

ApplicationsTypical applications for the FS-555 Series sensors include open office cubicles, offices, conference rooms, restrooms and hallways. This technology also provides superior detection in hard surfaced areas, such as stairwells and hallways.

For a large rectangular detection area with ceiling-mounted fixtures, the FS-555C provides excellent coverage. For specialized applications such as stairwells, the elongated coverage pattern of the FS-555 is ideal.

The FS-555 can provide bi-level lighting control in fixtures that have bi-level or dimming ballasts, resulting in up to 66% energy savings for fixtures that are on 24-hours a day, seven days a week, while still providing enough light for safety and egress.

LINE VOLTAGE ULTRASONIC FIXTURE INTEGRATED OCCUPANCY SENSORS

FS-555/FS-555C

FIXTURE SENSORS

• Ultrasonic technology (40Khz)

• Compact design for installation in low-profile fixtures

• Three modes: override, burn-in and test modes

• 120/277 VAC; 50/60Hz, 1/10 hp

• Load @ 120 VAC 4.9A ballast, tungsten, compact fluorescent (CFL) and LED driver

• Load @ 277 VAC 4.9A ballast, compact fluorescent (CFL) and LED driver

• Current consumption: 43mA

Features

Line voltage for direct connection to load

Ultrasonic technology for open area detection with line-of-sight obstructions

Easily integrate into lighting fixtures Ceiling and wall

mount models

Ideal for stairwell, wall and ceiling mount applications

ULTRASONIC/MULTI-LEVEL DIMMING SENSOR

Time Delay Switches

Override Function

3

COVERAGE PATTERNThe coverage pattern is determined by sensor model, mounting height and the angle of the sensor, relative to the coverage area floor.The coverage shown represents full-step walking motion in a carpeted area, with no barriers or obstacles at a mounting height of 8 to 10 feet. Mounting above or below this range significantly affects coverage patterns.Obstacles such as furniture or partitions, wall, ceiling and floor treatments can cause the coverage area to be less or more than the sensing distances shown in the coverage pattern. This must be considered when planning the number of sensors and their placement.Place sensors at least 4 feet away from air supply ducts.For complete coverage in open areas, install multiple sensors to provide a 20% overlap with each adjacent sensor’s coverage area.

Top view, FS-555C coverage pattern, sensor mounted 8’ high, parallel to floor

Top view, FS-555 coverage pattern, sensor mounted 20o from vertical

Figure 6. Figure 7.

SENSOR ADJUSTMENTBefore making adjustments, install furniture, turn lighting circuits on, and set HVAC systems to the overridden/on position. VAV systems should be set to their highest airflow. Set the Time Delay to the desired setting. See Time Delay Switches on the next page.

To Test Occupancy Sensors1. Set the Sensitivity adjustment to about mid-range.2. Activate the Test Mode using the test mode button.3. Move out of the controlled area - the lights will turn off in about 5 seconds from the last flash of the LED.* If the LED continues

to flash, the sensor is detecting some kind of movement. Change the sensitivity adjustment to a lower setting (a few degrees counterclockwise) and repeat this step until the LED does not flash and the lights turn OFF.

4. * If Reverse-Occupancy is enabled (the lighting load is wired to a normally closed contact and the sensor’s Occupancy Mode Switch is ON), operation of the load is also reversed during Test Mode. For example, at this stage of testing, the lights will turn ON in about 5 seconds from the last flash of the LED. See Occupancy Mode Switch for more information.

5. Walk into the controlled area. If the lights don’t turn ON, increase the sensitivity (a few degrees clockwise) and try again. Repeat this procedure until the LED does not flash and the lights turn OFF. If the lights turn OFF while the room is occupied, it may be necessary to increase the sensitivity.

6. Allow the test period to expire or push the test button again. The sensor will now be in its operating mode.

Adjustment Features

Figure 8.

LEDThe LED flashes every time the sensor detects motion. The LED is also used to indicate other sensor status such as test mode, lamp burn-in, and override. When the LED flashes at a constant rate of one second on then one second off, the sensor is in the Burn-In Mode. When the sensor is in test mode the LED flashes to indicate occupancy detections. When the sensor is in Override Mode the LED glows steady.

4

TIME DELAY SWITCHESThe sensor will hold the lights ON as long as occupancy is detected. The time delay countdown starts when no motion is detected. After no motion is detected for the length of the time delay, the sensor will turn the lights OFF.

TEST MODE BUTTONThis button is used to select the operating mode for the FS-555.

• A momentary press invokes the Test Mode.• Press and hold for 5 seconds to invoke the lamp Burn-In Mode.• Press and hold for 15 seconds to Override the sensor output.

The LED lights to indicate how long the button is held. Initially, the LED is cleared when the button is pressed. After 5 seconds it will turn ON for 1 sec, then OFF for 1 sec, and after 15 seconds the LED stays ON.

Test ModeThe purpose of the test mode is to be able to quickly determine the coverage area of the sensor without waiting for a lengthy time delay. Test Mode is a temporary state that provides a 5 minute test period. During the test period, the Time Delay is only 5 seconds. After 5 minutes the sensor returns to the time delay set on the Time Delay switches. To exit from the Test Mode, push the button again or wait for it to time out.

OverrideTo override sensor functions so that the load stays ON, push and hold the button for 15 seconds. Depending on the setting of the Occupancy Mode switch, the output could be overridden ON or OFF. The LED is ON in a steady state when the sensor is in the Override Mode. To turn off the Override Mode, momentarily push the button again.

BURN-IN MODESome lamp and ballast manufacturers recommend running lamps at full output for their first 100 hours of operation. The burn-in function initiates a 100-hour burn-in period. To start the burn-in process, push and hold the button for 5 seconds. The lamps will stay on for 100 hours continuously regardless of occupancy status. After 100 hours, the sensor returns to normal function. To indicate the sensor is in burn-in mode, the LED flashes rapidly and continuously for the full 100 hours. To turn off the burn-in mode, momentarily push the button again.

OCCUPANCY MODE SWITCHWhen the sensor is used with a normally closed relay, the Occupancy Mode Switch can be set for fail-ON functionality, or reverse-occupancy operation. To use the normally closed relay, wire the lighting load to the NC and COM terminals as shown in Figure 9.

FAIL-ON FUNCTIONALITYTo enable Fail-ON functionality, set the Occupancy Mode Switch to ON and wire the load as shown in Figure 9. In this configuration, the sensor works normally, meaning that it turns ON the lights when there is occupancy, and turns OFF the lights when the Time Delay expires. Should the sensor fail, the lights turn ON.

REVERSE-OCCUPANCY FUNCTIONALITYIf the switch is set to OFF in the N/C wiring configuration, the operation will be reversed. The lights turn ON when there is no occupancy, and turn OFF when there is occupancy.

LineNeutralGround

NONC

Common

Lighting Load

120/277 VAC

Figure 9.

N/C Contact wiring for Fail-ON or Reverse-Occupancy mode.

The sensor will hold the lights ON as long as occupancy is detected.The time delay countdown starts when no motion is detected.After no motion is detected for the length of the time delay, the sensor will turn the lights OFF.

To override sensor functions so that the load stays ON, push and hold the [TEST MODE] button for 15 seconds. Depending on the setting of the Occupancy Mode switch, the output could be overridden ON or OFF. The LED is ON in a steady state when the sensor is in the Override Mode. To turn off the Override Mode, momentarily push the button again.


led stairwell / radial wrap · all information is believed to be accurate at the time of...

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