Description: Working voltage: AC 220V Static working current: 10mA Operating temperature: -40 - +80 Receiving sensitivity: -95dB Working frequency: commonly used 433.92MHZ Output current: 10A Specification: Work: Jog, self-locking, interlocking (adjustable) Output Method: Contact Output (Controllable AC / DC) Learning Method: Turn on the power, the indicator light is always on, long press the learning button 2 ~ 3, the indicator light will automatically turn off, release the learning button, press any key on the remote control, Indicator light flash 5, said the success of learning. Remote Control Size: Approx. 6x3x1.5cm / 2.36x1.18x0.59inch Receiver Size: Approx. 4x4x2.6cm / 1.57x1.57x1.02inch Scope: This product uses intelligent microprocessor control, applicable to garage door control, lighting control, remote control curtains, access control systems and a variety of motor control systems. Small size, with easy installation, safe and reliable and so on. Learning Methods: Turn on the power, the indicator light is always on, long press the learning button 2 ~ 3 indicator light automatically extinguished, release the learning button, press the remote control any button, the indicator light flash 5, said the success of learning. Package Includes: 1 Piece Receiver 1 Piece Transmitter (Battery is NOT included) Note: The controller can learn fixed code, learning code, such as 16 different codes, any key remote control, in turn will clear the earliest learning remote control. Clear method: Hold down the learning key for about 8 seconds indicator light from off to resume long bright clear success. Work mode switch: Jog: jumper vacant not plug-in self-locking: Jumper to 2 termination interlock: jumper to take 2 3 termination Way of working explanation: Jog: hold down the remote control relay connected, let go of the relay off the self-locking: click the remote control, the relay connected; click the same button relay off the interlock: click the remote control, relay Through; press another button, the relay is disconnected