DC 6V 12V 24V DC Motor Forward and Reverse Controller High Current

DC 6V 12V 24V DC Motor Forward and Reverse Controller High Current Description

1. What is the PO versions? PO is self-locking mode. For example, when the external forward switch (K1) is pressed, the motor immediately rotate forward. At this time, the switch be released immediately, and the motor still keep rotating forward. It not stop until it encounters the reverse rotation signal (K2) or the forward rotation stop signal (SW1).
2. What are the requirements for the signal, can the sensor be connected? The signal is active low, it can be a three-wire sensor (NPN-NO type), K1 K2 Sw1 SW2 is still this specification.
3. What is the limit signal? The limit signal can also be called a stop signal. The limit signal is trigger type and level-enabled. For example, if a short limit signal is encountered during forward rotation, it stop, even if the limit signal disappears, it still stop. The forward rotation signal must be restarted to run forward again.
4. What is the input and output voltage? The input voltage range of TKS-M8 is 4v-40v, but to reliable operation, it is recommended to use it in the range of 6V-36V. The output motor is the same as the input voltage.

Working voltage:wide voltage DC4V-40V
Module power consumption:0.6W (without load motor), static 0.1W
Signal input:active low level, the input is the negative pole of the optocoupler. When the voltage is lower than 2V, it is considered that there is a signal
Response speed:K1 K2 is 20mS, SW1 SW2 is 50mS
Output current:20A
Action life: 150,000 times
PO/Standard version:After a short trigger, the motor keep running until it encounters a limit or commutation signal
Colour:Green
Material:PCB
Size:83x46x20mm

Package Contents:
1 * P0 Forward/reverse controller

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.