VIN
Accepts 3.25V - 5V, (or up to 12V for a short time)
GND
Acccepts 0V, (ie: Ground)
CNTRL
Accepts 0V - 5V
0V - 1.2V is a LOW signal
the plunger will move to the retract position
1.7V - 5V is a HIGH signalÂ
the plunger will move to the forwards position
VIN
Attach a Red or White wire to the VIN pin of the actuator
Connect the other end to Red (+) rail of the breadboard
GND
Attach a Blue or Black wire to the GND pin of the actuator
Connect the other end to Blue (-) rail of the breadboard
CNTRL
Attach a third color wire to the CNTRL pin of the actuator
Do Not Wire With The Power Supply Plugged In
Positive Terminal
Find the terminal which has the plus (+) symbol
Loosen the screw, insert a Red or White wire, then tighten the screw to hold it in place
Connect the other end of the wire to the same Red (+) rail of the breadboard as VIN
Negative Terminal
Find the terminal which has the minus (-) symbol
Loosen the screw, insert a Blue or Black wire, then tighten the screw to hold it in place
Connect the other end of the wire to the same Blue (-) rail of the breadboard as GND
Be aware, incorrect wiring here may damage the actuator
Place Device
Attach device to two unused rails of the board
Device Input(s)
Attach the input (VIN and/or GND) to the VIN(+) or GND(-) rail respectively
For a button, you simply connect one of the legs to the VIN (+) rail
CNTRL Pin, (Device Output)
Take the unconnected CNTRL wire and connect to the output of the device
Now you may connect the power supply, if the actuator does not move the plunger to retract position, or the ESP32 does not show power, disconnect power immediately and recheck wiring