220V motor forward and reverse RFID control/board/device two/two-way relay delay timing cycle module

Wiring port description:

1. 220V AC: input power

3. IN1: signal input terminal 1 (negative trigger)

4. IN2: signal input terminal 2 (negative trigger)

2. IN3: signal input terminal 3 (negative trigger)

5. NO: The relay is normally open interface, the relay is suspended before the pull-in, and it is shorted with COM after the pull-in

6. COM: Relay public interface

7. NC: Relay normally closed interface, before the relay pulls in, it is shorted with COM, and after the pull-in, it is suspended

Function list:

P--1: Give signal 1, relay 1 pulls in and stops automatically at time A; gives signal 2, relay 2 pulls in and stops automatically at time B; signal 3 is emergency stop reset signal

P--2: Give signal 1, relay 1 pulls in and stops automatically at time A; relay 2 starts to delay B time from the start of the signal, and then pulls in and stops automatically at C time (the time unit of this function needs to be consistent)

P--3: After power on, relay 1 pulls in until time A releases, waits for time C, relay 2 pulls in until time B releases, waits for time C; relays 1 and 2 work in turn in an infinite cycle

(If you control the forward and reverse of the motor, it can be understood as: the energized motor rotates forward for a period of time; stops for a period of time; automatically reverses for a period of time; stops for a period of time; then automatically rotates forward; and so on)

P--4: Give signal 1, relay 1 pulls in; give signal 2 (limit), relay 1 stops and starts timing until A time relay 2 pulls in; gives signal 3 (limit), relay 2 stops and starts timing until B time relay 1 pulls in; infinite loop

(If you control the forward and reverse rotation of the motor, it can be understood as: press the start button 1; the motor forwards to the limit 2 and stops for a period of time; automatically reverses to the limit 3 and stops for a period of time; then automatically rotates forward; and so on)

P--5: Give signal 1, relay 1 pulls in; give signal 2 (limit), relay 1 stops and starts timing until A time relay 2 pulls in; give signal 3 (limit), relay 2 stops; give signal 1 again; execute again

(If you control the forward and reverse of the motor, it can be understood as: press the start button 1; the motor forwards to the limit 2 and stops for a period of time; automatically reverses to the limit 3 to stop; give signal 1 again; execute again)

P—6: Give signal 1, relay 1 pulls in; give signal 2 (limit), relay 1 stops; give signal 1 again, relay 2 pulls in; give signal 3 (limit), relay 2 stops;

(If you control the forward and reverse of the motor, it can be understood as: press the start button 1; forward to the limit 2 to stop; press the start button 1 again; reverse to the limit 3 to stop;)

If with remote control function: remote control A key and B key start the above function; C key press relay 1 to work (forward rotation); press relay 1 again to stop (stop); D key and press relay 2 to work (reverse); press relay 2 again to stop (stop);

Key setting instructions:

Power-on display "----" means entering the standby state;

Press K1 for the first time, the screen displays: P—1: K2 and K3 adjustment mode

Press K1 for the second time, the screen displays: A001: K2 and K3 adjust the first time A, K4 adjusts the decimal point (time unit)

Press K1 for the third time, the screen displays: B001: K2 and K3 adjust the second time B, K4 adjusts the decimal point (time unit)

Press K1 for the fourth time, the screen displays: C001: K2 and K3 adjust the third time C, K4 adjusts the decimal point (time unit)

Press K1 for the fifth time, display "———" means enter the standby state;

For example; need to set mode: P--2; time: A010 B005 C006:

Indicates the second working mode; after the signal 1 is given; the relay 1 is turned off after 10 seconds of starting; the relay 2 is delayed for 5 seconds after the signal is given again, and then it is turned off automatically for 1 second

Description of the decimal point time unit:

XX.X decimal point in ten, timing range: 0.1 seconds ~ 99.9 seconds

XXX has no decimal point, timing range: 1 second to 999 seconds

XXX. The decimal point is in ones place, timing range: 1 minute ~ 999 minutes