legrand HBP-111-L7 High Bay Line Voltage Passive Infrared Occupancy Sensor Instruction Manual

legrand HBP-111-L7 High Bay Line Voltage Passive Infrared Occupancy

Sensor

Product Information

The HBP-111/112 occupancy sensors are modular and consist of two parts, a Sensor Module and a Lens. They operate on a voltage of 120/230 (Single Phase L-N)/277/347 VAC, 50/60 Hz and have load requirements. The lens coverage is optimized when used with the HBP-L7 lens for mounting heights of 20′ to 40′. There is an optional masking accessory for aisle way applications. The sensors use passive infrared sensing and are indoor rated. They are ideal for warehouse spaces and should not be placed where shelving or other obstructions may block the sensor’s line of sight.

Product Usage Instructions

1. Determine the appropriate mounting location for the sensor based on its features and coverage area. Avoid placing the sensor where the edge of the fixture, shelving or other obstructions may block the sensor’s line of sight. Mount the sensor below the edge of the fixture and away from the fluorescent lamps to avoid heat from affecting the sensor.
2. Ensure that you have the appropriate accessories for the sensor mounting configuration.
3. Assemble any necessary mounting accessories and attach them to the sensor, making sure that the flying leads from the power module are accessible.
4. Connect the line voltage and load wires to the sensor leads as shown in the Wiring Diagram for the unit’s application.
5. Restore power from the circuit breaker.
6. During initial installation or after a power failure of 5 minutes or more, a 60 second start-up period occurs. After applying power, there is warm-up time of 60 seconds before the sensor begins detecting motion.
7. To set the time delay, use a screwdriver or fingernail to adjust the trimpot on the sensor housing to the desired time delay. Move the trimpot till it clicks into the setting (5, 10, 15, 20, or 30 minutes).

SPECIFICATIONS

• Voltage………..120/230 (Single Phase L-N)/277/347 VAC, 50/60 Hz;

Load Requirements:

• @120VAC…………………………………………… 0 – 1000VA, 1/4 HP

• @230VAC……………………………………………………… 0 – 1000 VA

• @277VAC…………………………………………… 0 – 1200VA, 1/4 HP
  ……..Tungsten, Ballasts, Electronic Ballast, Fluorescent and LED

• @347V……………………. 0 – 1500 VA, 1/4 HP; Ballasts and LED

• Light Level………………………………………………….. 1-300 fc (@4000K)

• Factory Default………………………………………………………Disable

• Time Delay Adjustment…………………………………1-30 minutes (Remote)
  ………………………………………………. 5-30 minutes (Manual Trimpot)

• Factory Default………………………………………………… 15 minutes

• Senstivity………………………………………………………….. Min, Med, Max

• Factory Default………………………………………………………….. Max

DESCRIPTION AND OPERATION

The HBP series occupancy sensors are designed for automatic lighting control in warehouse high bay applications. All models contain a passive infrared sensor (PIR). The coverage area is determined by the selected lens module. The lenses are interchangeable with any HBP series sensor.

• HBP-111
  The HBP-111 can be commissioned remotely using the FSIR-100 or with the manual trimpot settings.

• HBP-112
  The HBP-112 can be commissioned manually by adjusting the trimpots designated for Time Delay and Light Level settings.

NOTE: Length is 4.95” (125.6m) before retaining clip is removed and snap- in nipple is collapsed.

LENS COVERAGE

The HBP-111/112 occupancy sensors are modular, consisting of two parts, a Sensor Module and a Lens. When used with the HBP-L7 lens, the sensors are optimal for mounting heights of 20’ to 40’. There is an optional masking accessory for aisle way applications. Snap it on and rotate to the desired position.
Lens and sensors are indoor rated and are ideal for warehouse spaces. Avoid placing the sensor where shelving or other obstructions may block the sensor’s line of sight.

Passive Infrared Sensing in Industrial Applications
Industrial applications can have ambient temperature variations that may affect sensor detection and coverage areas. High temperatures at the covered area (above 80°F) reduce the detection zone of the sensor. High ambient temperatures can cause false triggers by the sensor. Installers should make their best effort to make the sensor away from the LED light source,which also contributes to false triggers. Consider adding more sensors if the ambient temperatures are expected to be high.

Additionally, high floor level temperature may require larger movement for detection. Fixtures with installed sensors should be mounted away from air vents to mitigate the risks of false triggers. In some cases, sensors mounted above 40’ may only detect large heat signatures such as forklift trucks. See the Best Practices Guide for Warehouse at www.legrand.us for more information.

HBP‑L7: 360° Coverage
The HBP‑L7 has a lens that covers a 100’ diameter area at a height of 40’.

MOUNTING OPTIONS

The HBP series sensors feature a snap-in nipple design that provides quick, easy mounting, and secure attachment to a junction box or fixture. Additionally, the sensors can be attached to the bottom of the fixture using the optional surface mount module (HBP-SM1). The optional extender module (HBP-EM1) can be used to lower the sensor by up to 4 inches. The extender module provides several mounting height options through the use of simple knock outs. Refer to the HBP-SM1 and HBP-EM1 installation instructions for further details.

1. Push HBP into fixture or junction box to snap into place.
2. Remove retaining clip by pulling handle.
3. Push HBP into fixture or junction box to secure.
4. HBP secured to fixture or junction box

Using the HBP-SM1 Surface Mount Module

Using the HBP-EM1 Extender Module

WARNING: TURN THE POWER OFF AT THE CIRCUIT BREAKER BEFORE WIRING.

WIRING

INSTALLATION

1. Determine the mounting location appropriate to the features of the sensor and the coverage area. Careful consideration must be given to sensor placement. Avoid placing the sensor where the edge of the fixture, shelving or other obstructions may block the sensor’s line of sight. Mount the sensor below the edge of the fixture and away from the fluorescent lamps so that the heat from the lamps does not affect the sensor.
2. Make sure that you have the appropriate accessories for the sensor mounting configuration. (See Mounting Options.)
3. Assemble any necessary mounting accessories and attach them to the sensor, making sure that the flying leads from the power module are accessible.
4. Connect the line voltage and load wires to the sensor leads as shown in the Wiring Diagram for the unit’s application.
   • Do not allow bare wire to show.
   • Make sure all connections are secure.
5. Restore power from the circuit breaker.

IMPORTANT START-UP INFORMATION

A 60 second start-up period occurs during initial installation and after a power failure of 5 minutes or more. After applying power, there is warm-up time of 60 seconds before the sensor begins detecting motion.

• If the HBP powers up with Fail-On mode enabled, the load turns On immediately after power-up. The load stays on during warm-up. If no motion is detected when warm-up is complete, it waits for the delay time to expire before turning off the load.
• If the HBP is powered up with Fail-Off mode enabled, the load stays off during warm-up time until next motion detection. Once warm-up is complete, the load turns on when motion is detected.

ADJUSTMENTS

Setting Time Delay

Using the Trimpot – HBP-111/112
Use a screwdriver or fingernail to adjust the trimpot on the sensor housing to the desired time delay. Move the trimpot till it “clicks” into the setting (5, 10, 15, 20, or 30 minutes).

Using the FSIR Remote – HBP-111 only

1. Aim the remote at the sensor.
2. Select New Settings and Adjust Time Delay.
3. Choose from the range of 1 min – 30 mins with 1 minute increments.
4. Select Send.
   NOTE: Any adjustments made will override any previous settings whether manually made on the sensor or through the FSIR-100.

Motion Detection Sensitivity

Using the Trimpot – HBP-111/112

1. Enter Test Mode by holding push button for approximately 3 seconds. While in test mode, the time delay trimpot functions as a sensitivity adjustment.

2. Using a screwdriver or fingernail, adjust the time delay trimpot on the sensor to change the sensitivity as follows:

   • Low Sensitivity – 5min or 10min position
   • Medium Sensitivity – 15min or 20min position
   • Maximum Sensitivity – 30min position

3. Exit test mode by pressing and holding push button for approximately 3 seconds.

   • For the HBP-111 – If the time delay was originally set manually, using the trimpot,
     then you must move the trimpot back to its original setting after exiting test mode, or else the time delay will change to the present trimpot setting. But if the time delay was originally set using the FSIR-100, then the time delay will automatically revert to the set amount and will ignore the trimpot setting.

   • For the HBP-112 – You must move the trimpot back to its original setting after exiting test mode, or else the time delay will change to the present trimpot setting.
     NOTE: When you exit test mode, adjusting the trimpot will no longer change the sensitivity.

Using the FSIR Remote – HBP-111 only

1. Aim the remote at the sensor.
2. Select New Settings and Sensitivity.
3. Choose from the option of “Min”, “Med”, or “Max”.
4. Select Send.

NOTE: Any adjustments made will override any previous settings whether manually made on the sensor or through the FSIR-100.

Light Level Hold-Off
The Light Level feature holds lights off upon initial occupancy if adequate ambient light exists. It will not turn the lights off if they are on. If the ambient light level is lower than the factory preset light level or manually adjusted set point, the loads will trigger on once occupancy is detected. The default setting is for maximum, meaning that even the brightest ambient light will not hold the lights off. When the light level is set it is written to memory so that in the event of power failure the setting is not lost.

• Avoid mounting in location where adjacent fixtures contribute to the photocell measurement.
• Adjust during daylight hours when ambient light is at the desired level.

Setting Light Level Hold-Off
If desired, set the light level using the steps below. The light level values referenced are approximate and reference 4000K CCT. Variations in color temperature may affect the actual levels the sensor sees. It is recommended that light level hold off be set up in the morning for best results.

Trimpot

1. Use screwdriver or fingernail to adjust the trimpot on the sensor housing to desired photocell setting.
2. Use analog wheel with hashmarks (1-300fc).

FSIR Remote

1. Aim the remote at the IR lens on the sensor.
2. Select Adjust Photocell Setting.
3. Choose from the range of 1fc – 300fc with 1 fc increments.
4. Select Send.

NOTE: Any adjustments made will override any previous settings whether manually made on the sensor or through the FSIR-100.

Push Button Functions
The following functions are available by pressing the Push Button per the instructions, below.

Manual Mode: To place the unit in or out of Manual Mode, quick press the Push Button to toggle the load ON and OFF. When the load is turned ON manually, the sensor will remain in that state as long as there is motion detected and the time delay has not expired. If the load is turned OFF manually, the sensor holds the load OFF for as long as motion is detected and then for an additional 5 minutes of no motion detection. The next time the sensor detects occupancy and the ambient light is lower than the set level, the sensor automatically turns ON the load.
Test Mode: To place the unit in a 10 minute Test Mode, press the Push Button for about 3 seconds to enter Test Mode, or enable the Test Mode with the FSIR-100 for the HBP-111. The LED will flash once confirming you are in Test Mode. To exit Test Mode, press and hold the Push Button for 3 seconds. Walk-test the unit to ensure proper detection.
Service Mode: To place the unit in or exit out of Service Mode, press and hold the Push Button for about 6 seconds. The LED will flash twice confirming you are in or out of Service Mode. In Service Mode, the LED will always be ON and load status only can be changed by push button or remote.
Fail On Mode: Pressing and holding the Push Button for about 9 seconds will enable Fail ON. The LED will flash three times confirming Fail ON is enabled. In this mode, the sensor will turn the connected loads ON upon restoration of power. In the event of a sensing failure, this mode will ensure power is still available for connected loads. The sensor is set to this mode by default.
Fail Off Mode: Pressing and holding the Push Button for about 12 seconds will enable Fail OFF. The LED will flash four times confirming Fail OFF is enabled. In this mode, the sensor will keep the connected loads OFF upon restoration of power.
Factory Default: To manually return the unit to factory default settings, press and hold the Push Button for about 15 seconds. This will return all settings back to factory default with the exception of time delay and light level, which will be set to the current trimpot settings.
When using the FSIR-100 remote to return to factory default (HBP-111 only), all settings will be returned to the original factory settings regardless of current trimpot positions.

The LED will remain solid ON confirming it has been reset to the factory default.

Cancel: To prevent any changes from being made, hold the push button for about 18 seconds. For example, if resetting to factory default (or any other setting) is not desired then keep holding until you reach 18 or more seconds. The LED will turn off after 18 seconds to indicate there were no changes made.

Other Features Available On the HBP-111
Use the FSIR-100 remote to disable or enable following modes:

• Burn-In Mode: When Burn-In Mode is invoked the output will turn on for 100 hours and not turn off until 100 hours is reached. But, the Push Button or remote can turn the load off and the unit will leave Burn-In Mode. Default is Disable.
• Walk-Through Mode: In this mode, the load will turn off after a 3 minute period following an initial occupancy event if there is no detection after the first 30 seconds. If motion continues beyond the first 30 seconds, the set time delay applies. Default is Disable.
• Visual Alert: When only 1 minute is left for time delay, the load connected to the relay turns OFF for 1 second. Default is Disable.
• Service Mode: In this mode, when Service Mode is disabled, the LED will always be on; both motion detection and light level functionality are disabled and only the Push Button or remote can toggle load ON and OFF. The default setting for Occupancy Mode is Enable.

TROUBLESHOOTING

To confirm proper operation, review the Start-Up and Test Mode information.
Red LED on sensor module does not blink:
Check for proper sensor wire connections and make sure they are tightly secured.

Red LED blinks but lights do not turn ON:

1. Make sure that power to the sensor has been ON continuously for at least 60 seconds, then
2. Set daylight set point to maximum and allow the sensor to time out.
3. Turn ON power to the sensor. The load should come ON. If sensor fails to turn ON, continue with step 2.
4. Check power connections to the light fixture.
5. Check all sensor wire connections. Verify the load wire is tightly secured.

Lights will not turn OFF:

1. If there is no motion from people or equipment in the sensor’s view but the red LED blinks, look for any nearby source of infrared energy (heat) in motion, such as turbulent air from a heating or cooling supply, or other sources such as heat from the fluorescent lamps in the fixture.
   • Mount the sensor so that it’s lens is below the edge of the fixture and does not directly view the lamps.
   • Divert the air supply away from the sensor, or move the sensor.
2. Verify time delay set in trimpot settings. The time delay can be set from 5 minutes to 30 minutes. Ensure that the time delay is set to the desired delay and that there is no movement within the sensor’s view for that time period.
3. Check PIR and Light Level trimpot settings. If all control functions are overridden the load stays ON.
4. Check sensor wire connections. Verify load and neutral wires are secure.

ORDERING INFORMATION

HBP-111-L7| High/Low-Bay PIR Sensor 120/230 (Single Phase L-N)/277/347 VAC, White, w/Lens (has remote IR capability)
---|---
HBP-111-L7-OEM| High/Low-Bay PIR Sensor 120/230 (Single Phase L-N)/277/347 VAC, White, w/Lens, bulk (has remote IR capability)
HBP-111-L7-EM1-OEM| High/Low-Bay PIR Sensor 120/230 (Single Phase L-N)/277/347 VAC, White, w/Lens & Extender, bulk (has remote IR capability)
HBP-111-L7-SM1-OEM| High/Low-Bay PIR Sensor 120/230 (Single Phase L-N)/277/347 VAC, White, w/Lens & Surface Mount, bulk (has remote IR capability)
HBP-112-L7| High/Low-Bay PIR Sensor 120/230 (Single Phase L-N)/277/347 VAC, White, w/Lens (no remote IR capability)
HBP-112-L7-OEM| High/Low-Bay PIR Sensor 120/230 (Single Phase L-N)/277/347 VAC, White, w/Lens, bulk (no remote IR capability)
HBP-112-L7-EM1-OEM| High/Low-Bay PIR Sensor 120/230 (Single Phase L-N)/277/347 VAC, White, w/Lens & Extender, bulk (no remote IR capability)
HBP-112-L7-SM1-OEM| High/Low-Bay PIR Sensor 120/230 (Single Phase L-N)/277/347 VAC, White, w/Lens & Surface Mount, bulk (no remote IR capability)
HBP-L7| High/Low-Bay Lens for HBP-11X Series 8ft-40ft Mounting
HBP-EM1| High/Low-Bay Extender Module for HBP-11X Series
HBP-SM1| HBP Sensor Surface Mount Module

WARRANTY INFORMATION

Wattstopper warranties its products to be free of defects in materials and workmanship for a period of five (5) years. There are no obligations or liabilities on the part of Wattstopper for consequential damages arising out of, or in connection with, the use or performance of this product or other indirect damages with respect to loss of property, revenue or profit, or cost of removal, installation or reinstallation.

No. 23833 – 12/20 rev. 3
© Copyright 2020 Legrand All Rights Reserved.

800.879.8585
www.legrand.us/wattstopper

References

• Legrand US | Delivering and Managing Power, Light, and Data

Read User Manual Online (PDF format)

Read User Manual Online (PDF format)  >>

Download This Manual (PDF format)

Download this manual  >>