Adjustable GPIO Relay Module with Optocoupler 2 Channel PCB 5V To 32V High Low Level Trigger GPIO

Feature: 1. WITH OPTOCOUPLER ISOLATION: This 2 channel GPIO relay module features optocoupler isolation, providing enhanced electrical isolation for your control circuits. 2. OVERCURRENT PROTECT: Experience peace of mind with built in overcurrent protect, safeguarding your circuit and connected devices from potential electrical hazards. 3. HIGH LOW LEVEL CONTROL: Enjoy the flexibility of high and low level control options, allowing you to easily adjust and switch between different voltage levels as needed. 4. AUTOMATION CAPABILITY: The GPIO relay module acts as a component in automation control circuits, allowing for precise and efficient control over electrical outputs. 5. VERSATILE USAGE: With its relay common terminal, normally open terminal, and normally closed terminal, this module functions as an electronic switch, providing diverse applications in voltage and current control settings. Specification: Item Type: Relay Module Material: PCB Channels: 2 channels Power Supply Voltage: 5V-32V Control Method: High LevelLow Level (jumper cap selection) High Level: 3V-24V Low Level: 0V-1.5V LED Indicators: Power Indicator Light and Relay Status Indicator Light Circuit Design: With overcurrent protect and optocoupler protect functions Output Type: Relay common terminal, normally open terminal, normally closed terminal; can be considered as an electronic switch, does not output voltage or current itself Load Type: Power supply for loads at 10430VDC, 10A250VAC. Package List: 1 x GPIO Relay Module Note: Please use the power supply and load within the specified range, do not exceed the range. Rated load and lifespan are reference values and may vary significantly depending on the nature and type of load, so it is recommended to confirm through actual or simulated use. The load capacity of the module is greatly affected by ambient temperature and self heating, so it should be installed in an environment with good convection for heat dissipation. Electrical durability at high temperatures: When the module is used at high temperatures, the electrical durability may be lower than when used at room temperature, so please confirm during actual use.