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6pcs XH-M131 Photoresistor Module DC12V Light-Control Relay for Automatic Brightness Control

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$9.99

$ 4 .99 $4.99

In Stock

About this item

  • The module is used for light detection, brightness detection and control, etc., and can be used through potentiometers adjust the detection brightness threshold
  • The module uses 12V power supply and has anti-reverse connection function
  • The module comes with four M3 screw mounting holes for great ease of installation
  • The module size: 53mm*31mm*19mm/2.09in*1.22in*0.75in; Weight: about 20g/0.71oz, small size, light weight; The package includes 6pcs photosensitive relay module, which is easy to replace
  • This module solves the critical bounce phenomenon and improves the relay control range, which can control 12V-220V


Product Name: Photosensitive Relay Module

Model: XH-M13

Output mode: one relay

Operating voltage: DC12V

Size: 53mm*31mm*19mm/2.09in*1.22in*0.75in

Weight: Approx. 20g/0.71oz

Product Description:

The module can be used as light detection, brightness detection, with a power indicator (red) and a relay engagement indicator (blue), and with four M3 screw mounting holes, which greatly facilitates the installation, the board can adjust the sensitivity of the light through the potentiometer, comes with a relay, can do a variety of brightness detection control switches, can be used in such as street lights, etc., automatically turn on at night, automatically off during the day, and other equipment that needs to be automated.

Board parameters:

1. The module adopts 12V power supply, with anti-reverse connection function, and the reverse power supply will not damage the module;

2. Load capacity of normally open interface: AC 0V--125V/20A, DC 0V--14V/20A; There are three ports at the output end of the module: common end (COM), normally open (CK), normally closed (CB), the three ports are equivalent to a double control switch,when the relay coil is electrified, the common end and the normally open end are on, and when there is no electricity, the common end and the normally closed end are on; The COM terminal is generally connected to the negative pole of the power supply through the load, and the normally open terminal is connected to the positive pole of the power supply