FIXTURE SENSOR INSTALLATION INSTRUCTION
Model# MWS01,MWS02
⚠️ WARNING: TURN THE POWER OFF AT THE CIRCUIT BREAKER BEFORE INSTALLING THE SENSOR.
Product Specifications
Voltage: 120-277V AC, 50/60Hz
Power Rating: @120VAC: 720W Max. 6A; @277VAC: 1200W Max. 4.3A
Location: For dry and damp locations.
Input Type: Branch circuit (mains)
Output Type: Branch circuit (mains)
Output Load Type: Switch mode LED driver.
WARNING: Disconnect power before servicing. Install in accordance with national and local electrical codes. The control circuit is not isolated.
Certifications: CUS E504054, LED CONTROLLER 04-20
Manufactured in: China
Sensor Components (NODE01)
Diagram of the NODE01 sensor unit, featuring a Daylight Sensor, an Infrared Remote Receiver, a Mode Selection dial, a 0-10V Dimming Level dial, and a Time Delay dial. The unit is labeled with wire colors: RD, BK, WH for power input, and DIM+, DIM-, PL, GY for 0-10V output.
INSTALLATION
Installation Methods
Installation A: Screws
Fix the sensor using the supplied 2 self-tapping screws with a mounting bracket.
Installation B: Magnet
Attach the sensor on a metal plate on the fixture using the mounting bracket.
Installation C: Mounting Foot
Fix the sensor by the mounting foot on the backside. This installation requires punching 4x4mm holes on the fixture enclosure, which should be done by the OEM manufacturer.
Installation B: Stud
Fix the node by a stud on the backside. This installation requires punching a hole on the fixture enclosure, which should be done by the OEM manufacturer.
WIRING
Wiring Notes
- Push the terminals to connect and release the wires.
- Use at least 18 AWG solid wires.
- Strip at least 8mm insulation from conductors.
Wiring Diagram Description
Wiring diagram illustrating connections for 120-277V AC, 50~60Hz power. It shows connections for Neutral, Hot, and Load terminals. Additionally, it details connections for 0-10V+ (Purple wire) and 0-10V- (Grey wire) to the LED DRIVER.
DIMENSION
Dimensions
Main Unit Dimensions: 2.05/52 inches/mm (Length), 1.55/39.4 inches/mm (Height), 1.35/34.2 inches/mm (Depth).
NODE01 Dimensions: 0.8/20.5 inches/mm (Width), 0.51/13 inches/mm (Height).
Potentiometer and Remote Controller Operation
Potentiometer Operation
Step 1: Testing
- Select Mode C.
- The light turns to full ON when occupancy is detected.
- The light dims to the set DIM level after 5 seconds.
- The light turns OFF if no occupancy is detected within another 3 seconds.
- Testing Mode lasts for 1 minute, then automatically switches to Mode C.
Step 2: Parameter Setting
Select desired Mode, Time, and Dimming level using the potentiometers.
Diagram of the potentiometer settings on the sensor unit, showing three dials: MODE (with options A, B, C, D, E), DIM (with levels 10%, 20%, 30%, 50%, 60%, 70%, 80%, 100%), and TIME (with settings 30s, 1min, 5min, 10min, 30min).
Remote Controller Operation
Step 1: Testing
- Press the "Test" button on the remote controller.
- The light turns to full ON when occupancy is detected.
- The light dims to the set DIM level after 5 seconds if no occupancy is detected.
- The light turns OFF if no occupancy is detected within another 3 seconds.
Step 2: Parameter Setting
- Select desired Mode, Time, and Dimming level using the remote controller buttons.
- Each button press will cause the light to blink twice, indicating successful setup. The sensor will not respond during the blink.
- Buttons not shown in the remote controller diagram (ill.2) are not valid for this sensor.
Diagram of the RM01 remote controller, featuring buttons for ON, OFF, RESET, TIME settings (30s, 1min, 5min, 10min, 30min), DIM settings (10% to 100%), and MODE settings (A, B, C, D, E).
Important Note
If the remote controller has been used, the potentiometers will be disabled. Press "Reset" on the remote controller to re-enable potentiometer operation.
CONTROL MODES
Mode Descriptions
Mode A
Daytime Operation: Light turns OFF if ambient light is greater than 100 LUX. Light is at DIM level if ambient light is less than 100 LUX.
Occupancy Detection: Light dims to full ON when occupancy is detected. After the delay time has elapsed, the light dims to the set DIM level.
Night Operation: Light turns OFF after the delay time if no occupancy is detected.
Diagram illustrating Mode A: Shows light level changes over time based on ambient light and occupancy. Day phase shows OFF/DIM based on LUX. Occupancy phase shows Full ON then DIM. Night phase shows OFF.
Mode B
Daytime Operation: Light turns ON (full) if ambient light is less than 100 LUX AND occupancy is detected.
Delay Operation: Light dims to the set DIM level after the delay time has elapsed.
Turn OFF: Light turns OFF if no occupancy is detected within another 1/2 of the set TIME delay.
Diagram illustrating Mode B: Shows light level changes. Day/Occupancy phase shows Full ON if LUX < 100 and occupancy. Dims to DIM after delay. Turns OFF after 1/2 TIME if no occupancy.
Mode C
Ambient Light Sensor: Disabled.
Occupancy Detection: Light turns ON (full) when occupancy is detected. Light dims to the set DIM level after the delay time has elapsed.
Turn OFF: Light turns OFF if no occupancy is detected within another 1/2 of the set TIME delay.
Diagram illustrating Mode C: Shows light level changes. Occupancy phase shows Full ON, then DIM after delay. Turns OFF after 1/2 TIME if no occupancy. Ambient light is not a factor.
Mode D
Daytime Operation: Light is at DIM level if ambient light is less than 100 LUX AND occupancy is detected.
Turn OFF: Light turns OFF after the delay time has elapsed.
Diagram illustrating Mode D: Shows light level changes. Day/Occupancy phase shows DIM if LUX < 100 and occupancy. Turns OFF after delay.
Mode E
Note: This mode allows visual adjustment to choose the desired Dimming Level.
Time Rotary Setting: If the Time rotary is set at maximum, the light turns ON at the DIM level. If the Time rotary is set at minimum, the light turns OFF.
Response Delay: After changing the Time rotary to adjust the ON/OFF setting, the unit will not respond to further changes for 3 seconds.
