XH-M452 Temperature Humidity Control Module High Precision Dual Output DC 12V 10A Automatic Constant Temperature(Relay)

XH-M452 LED Digital Thermostat Humidity Control Sensor High Precision Dual Output Home Temperature Humidity Controller Regulator

Features:

1. Temperature and

Humidity Sensor: The XH-M452 temperature humidity control module is equipped with highly accurate sensors to precisely measure the temperature and humidity in your environment.

2. Digital Display and

Keypad: This temperature and humidity controller module features a user-friendly interface with a digital display and keypad, allowing you to easily view the current temperature and humidity values and make parameter adjustments.

3. Temperature and

Humidity Alarm: The XH-M452 digital display thermostat humidistat regulator includes an alarm function that alerts you when the temperature or humidity exceeds the preset range, enabling you to take necessary measures promptly.

4.

Adjustable Control Output: With adjustable control output, this home temperature humidity controller regulator allows you to set threshold values to trigger switches or relays for external devices, automating the control of temperature and humidity levels.

5. Easy Installation and

Use: The XH-M452 LED digital thermostat humidity control module offers simple wiring methods and a compact size for easy installation and use. It often comes with labels and indicator lights for convenient connection and operation.

Specification:

Origin: Mainland China

Type: Module

Condition: New

Product Model: XH-M452

Supply Voltage: DC12V

Temperature Range: -20-60

Humidity Range: 00%~100%RH

Control Accuracy: 0.1 0.1 %RH

Detection Probe: Integrated Sensor

Output Type: Relay Output

Output Capacity: Maximum 10A

Net Weight: 70g (Including Sensor)

Appearance Size: 65*55*25mm/ 2.54 * 2.15 * 0.98 in

Note:

Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!

Please allow 1-2cm measuring deviation due to manual measurement.