Antuator Electric Linear Actuator Instructions

1.     Connecting the Antuator Electric Linear Actuator to Power: Connect the linear actuator to the power source, ensuring a stable voltage and secure connection. The actuator’s black power line should be connected to the negative terminal, and the red line to the positive terminal, causing the actuator to extend. Reversing the connections will cause the linear actuator to retract.

A linear actuator with hall-sensor functionality has six wires:

• Brown wire: Power positive (Motor+)
• Blue wire: Power negative (Motor-), causing the actuator to extend
• Green wire: Hall sensor A output (Hall sensor A Vout)
• White wire: Hall sensor B output (Hall sensor B Vout)
• Red wire: Hall sensor positive (Hall sensor VCC+)
• Black wire: Hall sensor ground (Hall sensor GND-).

2.     Operate the controller to move the actuator. Use the designated controller and follow the instructions to control the forward and backward movement of the small linear actuator.

3.     Disconnect the power supply after use. After finishing the operation, promptly disconnect the power to the electric actuator to avoid wasting energy and prevent damage caused by unstable voltage.

4.     Please ensure the input DC voltage matches the actuator motor's specified voltage rating. The DC power supply should be able to provide the rated current necessary to support high-load conditions.

   When using a linear actuator, it's important to consider the power capacity of the input power source. Refer to the table below for the recommended power specifications for different actuator models. If multiple actuators are connected to a single power source, use the recommended power values in the table and multiply by the number of actuators.