Motor Speed Controller Driver for Stepper Servo Motor DC5~32V PLC Controller driver

Feature:

1. Suitable for stepper motors, servo motors.
2. Integrated with S-type acceleration with immediate stop function.
3. Reverse connection protection, overvoltage protection, overcurrent protection.
4. Onboard speed regulation and external speed regulation intelligent automatic switching.
5. Up to 20KHz pulse frequency can be output.
6. Input all optocoupler isolation, the output is a negative pulse. The input signal is active low.

Specification:

Item Type:Stepper Motor Speed Controller
Voltage Input:DC5~32V

Operation mode setting: (Dial switch: 1 on, 0 on bottom)

	Automatic round trip mode	Single trigger mode	Single round trip mode	Electric mode
S1	0	0	1	1
S2	0	1	0	1

1. The control signal is 0-24V, the signal is valid for the falling edge, and the trigger signal must be kept above 2.5US.
2. The onboard potentiometer and the external potentiometer are automatically switched. The external potentiometer interface is suspended, which is the speed control fraud of the onboard potentiometer. If the external potentiometer is connected (less than or equal to 10K), the control board will automatically switch to the external potentiometer.
3. Run the setting switch, the onboard speed potentiometer, inside the controller, open the casing for setting.

Function Description:
1. Round-trip automatic mode: After the mode controller triggers the start (the common end and the enable input touch), the motor will automatically move back and forth between the forward limit and the reverse limit. Until the trigger stops input.
2. Single-shot touch mode: After the mode is triggered, the motor will rotate. When the motor reaches the forward limit, the motor will stop. If the motor is triggered again, it will reverse. When the reverse limit is reached, the motor stops. Trigger the start motor again and repeat the forward rotation for this cycle.
3. Single round trip mode: After the mode is triggered, the motor rotates forward. When it hits the forward limit, it stops, then starts to reverse. When the reverse limit is reached, the motor stops.
4. Jog mode: the start end and the common end are connected to the forward rotation, and the release is stopped; the connection between the stop end and the common end is reversed, and the stop is released.

Wiring and other instructions:
1. The controller is a general-purpose stepping motor and a servo motor controller. General stepper motor drives, servo motor drives can be matched and used regardless of motor size.
Different motor drive port tags are different, but the interface functions the same.
EM=ENA=PREE enable
PUL=PULS=CLK pulse
DIR=CW=CCW direction
This controller uses the common anode connection method:
Driver PUL+ and DIR+ are connected to the positive pole of the power supply +24V
Controller PUL-connected driver pulse input (PUL-, PULS-, CLK-)
Drive DIR-connected drive direction input (DIR-, CW-, CWW-)
EN+, EN- This is generally empty.
2, limit switch, push button switch
Mechanical switches, push button switches, limit switches, foot switches, etc. are used in two-wire normally open type. One leg is connected to the common end, and the other leg is connected to the corresponding input end, such as start, stop, and forward and reverse limit.
Electronic switches such as photoelectric switches, proximity switches, and Hall switches require the DC24V three-wire normally open NPN type. The two lines are power lines and are directly connected to the controller power supply; the other one is a signal line, which is directly connected to the corresponding input, stop, forward and reverse limit terminals.
3, external potentiometer
The external speed potentiometer requires a resistance value ≤10K, and the power is not required. The connection of the external potentiometer only needs to be connected to the external speed regulating input terminal of the common terminal respectively.

Package List:

1 x Driver
1 x Users Manual(Chines-English)

Note:

When using the controller for the first time, it is necessary to connect the controller and the driver, motor, and power supply, and then connect a small length of wire to the common terminal. After power-on, use the other end of the wire to start and stop the analog port of the input port, so that each function is normal, then connect each switch step by step, external potentiometer and other accessories.