Current OMNI Ceiling Mount Sensors Instruction Manual
- June 8, 2024
- current
Table of Contents
- Current OMNI Ceiling Mount Sensors
- DESCRIPTION
- SPECIFICATIONS
- PRECAUTIONS
- OCCUPANCY SENSOR COVERAGE AND PLACEMENT
- COMPONENTS
- INSTALLATION
- TROUBLESHOOTING
- COVERAGE PATTERNS
- SPECIFICATIONS
- WIRING DIAGRAM
- GRAY WIRE LOGIC
- PHOTOCELL OPERATION
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
Current OMNI Ceiling Mount Sensors
DESCRIPTION
OMNI Ceiling Mount Sensors employ passive infrared and ultrasonic technologies to turn lighting on and off based on occupancy. These sensors represent the state-of-the-art in sensor technology and are designed to provide accurate turn-on while virtually eliminating false-offs. The sensors feature patented IntelliDAPT® technology, which makes all the sensor adjustments automatically. Throughout the product’s lifespan, smart software analyzes the controlled area and makes digital adjustments to sensitivity and timer settings. Occupancy sensors with IntelliDAPT provide a maintenance-free “Install and Forget” operation.
SPECIFICATIONS
- Power Requirements : Powered by UVPP or MP-Series power pack (sold separately)
- IntelliDAPT self-adaptive technology
- All-digital passive infrared, ultrasonic and dual technology versions available
- Non-volatile memory for sensor settings
- Coverage range : 450 sq. ft. to 2000 sq. ft. (based on model)
- Optional Isolated Form C relay with Normally Open / Normally Closed contacts
- For indoor use only
- Five year limited warranty
PRECAUTIONS
- Read and understand all instructions before beginning installation.
- NOTICE : For installation by a licensed electrician in accordance with National and/or local Electrical Codes and the following instructions.
- Disconnect switch or a circuit breaker must be provided and marked as the disconnecting device.
- Disconnect switch / circuit breaker must be within reach of operator.
- CAUTION : RISK OF ELECTRICAL SHOCK. Turn power off at service panel before beginning installation.
- Never wire energized electrical components.
- CAUTION : USE COPPER CONDUCTOR ONLY.
- Confirm device ratings are suitable for application prior to installation. Use of device in applications beyond its specified ratings or in applications other than its intended use may cause an unsafe condition and will void manufacturer’s warranty.
- Use only approved materials and components (i.e. wire nuts, electrical box, etc.) as appropriate for installation.
- NOTICE : Do not install if product appears to be damaged.
OCCUPANCY SENSOR COVERAGE AND PLACEMENT
- The patterns for range coverage are provided below. Closely follow the range diagrams for major and minor motion coverage.
- Sensor must have an unobstructed view of the room. Do not mount behind or near tall cabinets, shelves, hanging fixtures, etc.
- Keep the sensor away from air ow – at least 6-8 feet from HVAC vents.
- For interior use only. These sensors should not be installed in damp locations such as near a shower or steam source, in wet locations, or where exposed to rain.
- Do NOT install wall mount sensor in view of strong direct or reected light sources.
- Decrease total coverage area by 15% for “soft” rooms (for example, heavy draperies or heavy carpeting).
- Indicated ranges are based on mounting heights of 8’-12’. Ceiling and wall mounted sensors should not be mounted on ceilings or walls above 12′.
COMPONENTS
INSTALLATION
- Mounting Method 1 : Screw and mount twist-lock cover plate.
- Mounting Method 2 : Twist and lock threading mounting post into cover plate. Drill into ceiling tile.
- Run wiring through ceiling tile. Attach sensor body to cover plate by aligning arrows and twist locking into place. Connect wiring with wire nuts.
TIMER TEST MODE
- Open the retainer ring.
- Rotate the black timer adjustment knob midway (12 o’clock.)
- Return setting to minimum setting (full counter-clockwise.)
- The timer will remain in the 8 second test mode for 1 hour, then automatically reset to 8 minutes.
- To manually take the timer out of the 8 second test mode, turn the timer adjustment approximately 1/16” clockwise to set slightly above minimum 8 minute setting.
TROUBLESHOOTING
Problem | Possible Cause | Test | Solution |
---|
Lights stay on
| ****
Air conditioning interference
| ****
Reduce both green and red knobs by 15%
| Move sensor
Temporarily reduce sensitivity
Lights stay off| Bad low voltage wiring| Connect red to blue wire at power
pack| Force lights on
Lights stay off| Bad high voltage wiring| Connect red to red (relay wires)|
Force lights on
Lights on too long| Timer setting too high| Check switch settings| Typical
setting is 8 minutes
Hallway traffic turns lights on| Sensor can “see” into hallway| Put in timer
test mode and walk hallway| Move sensor
WIRE LENGTH CHART
# Sensor | 1 | 2 | 3 | 1 | 2 | 1 |
---|---|---|---|---|---|---|
# Auxiliary Controller | 0 | 0 | 0 | 1 | 1 | 2 |
22 AWG | 750′ | 375′ | 250′ | 375′ | 250′ | 250′ |
20 AWG | 1200′ | 600′ | 400′ | 600′ | 400′ | 400′ |
18 AWG | 2400′ | 1200′ | 800′ | 1200′ | 800′ | 800′ |
FACTORY SETTINGS
SENSOR CONTROLS & MODIFICATIONS
Current sensors are designed to optimize performance by automatically
adjusting the sensitivity and time delay to meed the application. The sensor
controls can be modified for custom operation. The modification options are
outlined below.
Bank A DIP Switches
Switch | Description | Off (Default) | On |
---|---|---|---|
A1 | Auto/Manual | Automatic (Normal) | Manual On (Bypass On Override) |
A2
| Threshold – Dual Technology Mode| High Confidence (Requires both Passive Infrared AND
Ultrasonic detection)
| High Sensitivity (Either Passive infrared OR Ultrasonic detection)
A3| LED Motion Indicator| LEDs flash when motion is detected| Disable LED
indicators
A4
| ****
Reset Learned Setting
| ****
Retain Settings (Normal)
| Erase All Learned Settings. Restart Learning (Toggle On, then Toggle Off)
Bank B DIP Switches
Switch | Description | Off (Default) | On |
---|---|---|---|
B1 | Strong Airflow Compensation | Normal or very low airflow present | Strong |
airflow present
B2
| ****
Over Doorway Installation
| ****
No (Normal ~ sensor mounted away from door)
| Yes (Sensor mounted over doorway ~ Low turn ~ on threshold)
B3| Timer Adjust| Adjust Timer Automatically (Normal)| Adjust Timer Manually
using Black Timer Knob
B4
| ****
Auto Sensitivity
| ****
Adjust Sensitivity Automatically (Normal)
| Adjust Sensitivity Manually using Red Infrared Sensitvity Knob and/or Green Ultrasonic Sensitivity Knob
WIRING
Low Voltage Sensor connected to UVPP
Line voltage Sensor
COVERAGE PATTERNS
DESCRIPTION
Current’s –RP Option for the OMNI sensors adds a photocell and an isolated
relay. The additional gray wire combines occupancy plus low light level to
control a UVPP or MPSeries power pack. The blue wire can be used to control
another power pack for occupancy. Dual zone lighting can be achieved by wiring
a slave pack (MPSA) to the blue wire.
SPECIFICATIONS
- Relay : NO + NC contacts; SPDT; 500 mA rated @ 24VDC; three-wire isolated relay
- Photocell : adjustable natural-light override ranges from 0 to 100 foot-candles (1-1,000 lux)
WIRING DIAGRAM
GRAY WIRE LOGIC
When room is first occupied
Light Level | Lights |
---|---|
Below set value | Turn On |
Above set value | Remain Off |
During Occupancy
Light Level | Lights |
---|---|
Falls below set value | Turn On |
Moves above set value | Remain Off |
PHOTOCELL OPERATION
The photocell prevents the lights from turning on when the area is adequately
lit with natural light. The sensor must be mounted directly over an area that
is
representative of the average, natural room lighting. Wait until the natural
light is bright enough to adequately light the room before setting the
photocell control.
PHOTOCELL ADJUSTMENT
Minimum: (Low)
Lights will never come on, even though the room is occupied.
Maximum: (High)
Photocell has no effect on operation (factory setting).
Normal:
200 to 600 LUX is normal range.
© 2022 HLI Solutions, Inc. All rights reserved. Information and specifications subject to change without notice. All values are design or typical values when measured under laboratory conditions.
Page 6 of 6 Rev 06/09/22 1401B_OMNI_Install
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