LILY 12W Microwave LED Sensor Lamp Instructions

LILY 12W Microwave LED Sensor Lamp

Instruction

Welcome to use LILY 12W Microwave LED Sensor Lamp
The product adopts microwave LED sensor mould with high-frequency electro- magnetic wave (5.8GHz) and integrated circuit, SMD LED. It gathers automatism, convenience, safety, saving-energy and practical functions. The wide detection field depends on detectors. It works by receiving human motion. When one enters the detection area, it can start the load at once and identify automatically day and night. Its installation is very convenient and its using is very wide. Detection is possible to go through doors, panes of glass or thin walls.

SPECIFICATION

• Power Source: 220 -240V/AC  Detection Range: 180°/360°
• Power Frequency: 50/60Hz  Detection Distance: wall: 5-15m (adjustable)
• Ambient Light: <3-2000LUX (adjustable) ceiling: 2-8m (radius), adjustable
• Time Delay : Min. 10sec±3sec HF System: 5.8GHz CW radar, ISM band
• Max. 12min±1min
• Rated Load: 12W (850LM) Installing Height: wall: 1.5-3.5m
• Detection Motion Speed : 0.6-1.5m/s ceiling: 2-4m
• Power Consumption: approx 0.9W Transmission Power: <0.2mW

FUNCTION

• Can identify day and night: It can work in the daytime and at night when it is adjusted to the “sun” position (max). It can work in the ambient light less than 3LUX when it is adjusted to the “3” position (min). As for the adjustment pattern, please refer to the testing pattern.
• SENS adjustable: It can be adjusted according to using location; the detection distance of low sensitivity could be only 4m and high sensitivity could be 16m which fits for large room.
• Time-Delay is added continually: When it receives the second induction signals within the first induction, it will restart to time from the moment.
• Time–Delay is adjustable. It can be set according to the consumer’s desire. The minimum time is 10sec. The maximum is 12min.

NOTE : the high-frequency output of the HF sensor is <0.2Mw- that is just one 5000th of the transmission power of a mobile phone or the output of a microwave oven, the baby can’t touch it.

INSTALLATION

• Switch off the power.
• Use a screwdriver to pry and open it.
• Put the wire through the wire holes with rubber band which is at the bottom pan of light, and connect the wire with terminal according to connection-wire diagram.
• Fix the base on the ceiling through the holes on the bottom pan with enclosed inflated screws.
• Switch on the power and test it.

CONNECTION-WIRE DIAGRAM:
SENSOR INFORMATION:

TEST:

• Turn the LUX knob clockwise on the maximum (sun). Turn the SENS knob clockwise on the maximum (+). Turn the TIME knob anti-clockwise on the minimum (10s).
• When you switch on the power, the lamp will be on at once. And 10sec±3sec later the lamp will be off automatically. Then if the sensor receives induction signal again, it can work normally.
• When the sensor receives the second induction signals within the first induction, it will restart to time from the moment.
• Turn LUX knob anti-clockwise on the minimum (3). If the ambient light is less than 3LUX (darkness), the inductor load could work when it receives induction signal.

Note:
when testing in daylight, please turn LUX knob to sensor light could not work!

• Electrician or experienced human can install it.
• Can not be installed on the uneven and shaky surface.
• In front of the sensor there shouldn’t be obstructive object affecting detection.
• Avoid installing it near the metal and glass which may affect the sensor.
• For your safety, please don’t open the case if you find hitch after installation.

SOME PROBLEM AND SOLVED WAY:

• The load doesn’t work:
  • a. Check the power and the load.
  • d. Please check if the working voltage corresponds to the power source.
• The sensitivity is poor:
  • a. Please check if in front of the sensor there shouldn’t be an obstructive object that affect to receive the signals.
  • b. Please check if the signal source is in the detection fields.
  • c. Please check the installation height.
• The sensor can’t shut automatically the load:
  • a. If there are continual signals in the detection fields.
  • b. If the time delay is set to the longest.
  • c. If the power corresponds to the instruction.

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