Feature

●ADJUSTABLE SENSING DISTANCE: From 10mm to 4000mm, the adjustable sensing distance guarantees high accuracy up to millimetre .
●RANGE SENSOR: Adopts standard, multi layer filter cover and premium optical lens to have easy and quick sensing.
●MATERIAL: PC-VO Fireproof Material. IP67 waterproof grade enables excellent resistance to heat, scratching, impact, ultraviolet, and so on.
●WIDE APPLICATION: The infrared ranging sensor is widely used in robot obstacle avoidance, industrial automation control, robot intelligent recognition, driverless vehicles, smart homes, etc.
●EASY TO INSTALL: Concealed thread fixing will take up little space and allows for beautiful and easy installation as well.


Description

Specification:
Item Type: Sensor Module
Model: XKC-KL200-V
Material: PC VO fireproof material.
Application: For robot obstacle avoidance, industrial automation control, AI robot intelligent recognition, driverless vehicle, intelligent parking, teaching research, intelligent infrastructure, smart home.
Working Voltage: DC 5-24V
XKC-KL200-V: High and low .
Sensing Distance: Approx. 1 ~ 400cm / 0.39 ~ 157.48in, adjustable
Induction Angle: 30-40 ° cone angle.
Induction Mode: Active
Quiescent Current: Load Current: 300mA
Working Ambient Temperature: -20 ~ 85℃
Storage Temperature: -20 ~ 85℃
Wire Length: Approx. 30cm / 11.81in, ± 10mm / 0.39in.
Default Terminal: XH2.54-4P
Waterproof Performance: IP67
Thread Size: M22 x 1.5mm / 0.06in, approx.

How to Use:
The default response distance of the switch is 100mm. The default response distance can be specified according to your needs, or you can calibrate by yourself. The calibration steps are as follows:
1. Fix the sensor, and set the distance between the measured object and the sensor within the effective distance of 30mm~2000mm.
2. Press and hold the key for 3 seconds, and the LED starts to flash slowly, 0.5s/0.5s, indicating the start of calibration.
3. Wait about 3 seconds. After calibration, it will automatically enter the action state. The LED is always on, indicating successful calibration.
4. If the calibration distance exceeds the range of 30?2000mm, flash 50ms/50ms for 2 seconds and then turn off the light.
5. If an object is detected and the calibration is not completed, it will flash all the time. If the distance changes within 3 seconds, the object will have full transmission, full mirror reflection, or unstable fixation, etc. may all cause unsuccessful calibration.
6. If no object is detected and the calibration is not completed, the light will be off after 10 seconds.