Features:

Wide voltage power supply (6~30V) supports micro USB 5.0V power supply.

The interface is clear and simple, with powerful functions;

With one button emergency stop function (STOP key), with reverse connection protection, reverse connection does not burn;

You can set different OP, CL, and LOP parameters, which are independent of each other and saved separately;

All set parameters are automatically saved after power down.

Micro USB Powered

Product parameters:

1: Working voltage: 6-30V or micro USB 5V power supply

2: Trigger source: High level (3.0V-24V), with optocoupler isolation, which can improve the anti-interference ability of the system (customers can also short common points).

3: Output function: It can control DC 30VDC 5A or 5A 220VAC equipment.

4: Static current: 20 mA; Working current: 50mA

5. Service life: over 100000 times; Working temperature: - 40-85 ℃; Dimensions:

6: Optocoupler isolation, enhanced anti-interference ability, industrial grade motherboard.

Special note: The relay output is a passive contact, just a switch.

Trigger signal source: High level trigger (3.0V-24V) signal ground and system ground are not in common to improve the anti-interference ability of the system (it can also be shorted to common ground by itself)

Output capacity: It can control equipment within 30V5A DC or 220V5A AC

Static current: 20mA Working current: 50mA

Service life: more than 100000 times;

Working temperature: - 40-85 ℃;

With optocoupler isolation, enhanced anti-interference ability, industrial grade circuit board, set parameters for permanent power failure

Operating mode:

P1: After the signal is triggered, the relay turns on for OP time and then turns off; During the OP time, proceed as follows

P1.1: Signal triggered again invalid

P1.2: The signal triggers a retiming again

P1.3: The signal triggers reset again, the relay is disconnected, and the timing stops;

P-2: Give a trigger signal, and after the relay turns off CL time, the relay turns on OP time. After the timing is completed, turn off the relay;

P3.1: After the trigger signal is given and the relay is turned on for an OP time, the relay is turned off for a CL time, and then the above actions are cycled. If the signal is given again within the cycle, the relay is turned off and the timer is stopped; The number of cycles (LOP) can be set;

P3.2: After powering on, there is no need to trigger a signal, the relay turns on OP time, and the relay turns off CL time. Cycle the above actions; The number of cycles (LOP) can be set;

P-4: If there is a trigger signal for the signal holding function, the timer will be cleared and the relay will remain on; When the signal disappears, turn off the relay after timing OP; During the timing period, if there is another signal, the timing will be cleared;