Taidacent 42 57 Stepper Motor Driver Module - Forward/Reverse Control, Programmable PLC Speed Controller for Angle Pulse Motor (Ideal for CNC Machines, 3D Printers & Robotics)

Power supply range: DC 8V~ 24V universal Speed ​​range: 0.1~999/min (the product comes with power-off memory function) Function introduction P--1: Jog: Turn when the signal is given, and stop when the signal disappears. P--2: Self-locking: turn when signal is given, stop when signal is given again. P--3: Give forward signal, forward A distance stop; give reverse signal; Reverse B distance stop, where the forward and reverse angle can be set to be different. P-4: Automatically stop when the signal is turned to A; after a delay of C time, it will automatically return. P--5: Give the signal of forward rotation to automatically stop at a distance of forward rotation, after a delay of C time; to automatically stop at a distance of forward rotation again, the same as infinite loop reverse. P--6: Automatically rotate forward for A distance after power-on, reverse for C seconds and stop for B distance and stop for C seconds, endless loop Wiring port identification diagram Interface Description DC+ DC-(Power supply): Connect to DC 8V~24V power supply PUL: Connect the drive pulse direction DIR:Connect to the direction end of the drive EN: Connect the drive enable terminal GND:Connect to the negative common terminal of the driver Panel description Setting instructions Short press the encoder: display A, then the nixie tube flashes: it means that the number of forward pulses is adjusted; at this time, the rotary encoder adjusts the size; Press the encoder again shortly: display B, then the nixie tube flashes: it means that the number of reverse pulses is adjusted; at this time, the rotary encoder adjusts the size; Short press the encoder again: C is displayed, then the digital tube flashes: it means that the delay time adjustment is entered; at this time, the rotary encoder adjusts the size; (If you don't need the parameter, you can not set it; skip it directly) Long press the encoder: P--1 is displayed: it means to enter the mode selection adjustment; at this time, the encoder adjustment mode is rotated; Press the encoder again shortly: Display D008 means entering subdivision adjustment; at this time, the rotary encoder adjusts the subdivision size Parameter range description Range of forward pulse number: 10~99990 pulses Range of reverse pulse number: 10~99990 pulses Delay adjustable time range: 0.1 second ~999 seconds Function selection setting range: P-1~P-6 Subdivision selection setting range: 1~128 subdivision Panel connection diagram Pulse/angle/distance relationship description The relationship between the number of pulses, the rotation angle of the stepper motor, and the distance of the screw rod: If converted to an angle, the number of turns or distance is like this: For example: stepper motor drive 8 subdivision; stepper motor step angle 1.8; screw lead 8mm; then: Setting to 0160 means sending 1600 pulses; the stepper motor rotates one circle; the screw rod goes 8mm. Setting to 3200 means sending 32000 pulses; the stepper motor rotates 20 times; the screw rod travels 160mm. Normally, there is no need to adjust; it can be used according to our default parameters; If you connect your own driver; the subdivision setting on the driver is consistent with the subdivision on our circuit board. 42 Motor: Rated current: 1.5A Motor torque: 0.45N.m Step angle: 1.8 degrees Shaft diameter: 5mm, Bearing: 23mm , Cable length: 1000mm 42 Motor size: 42*42*40mm (length, width and height) 42 Motor weight: 255g 57 Motor: Rated current: 3A Motor torque: 0.7N.m Step angle: 1.8 degrees Shaft diameter: 6.3mm with synchronous gear on top Bearing: 15mm Cable length: 50mm 57 Motor size: 57*57*41.7mm (length, width and height) 57 Motor weight: 477g The greater the torque, the heavier the weight that the motor can carry; the specific amount of weight it can drive is also related to the position of the object to the center of the shaft. Motor driver connection diagram Motor and drive configuration instructions Stepper motor speed setting instructions The speed unit displayed by the meter is the number of revolutions per minute: for example, displaying 120.0 means: the speed is 120 revolutions per minute The 42 and 57 motors we sell have the fastest speed of about 700 rpm; the speed has a certain relationship with the stepper motor model, stepper motor driver, torque, etc. Segment description Normally, there is no need to adjust; it can be used according to our default parameters; if you connect your own driver; the subdivision settings on the driver can be consistent with the subdivision on our circuit board. Other instructions 1: Regarding the motor: as long as it is a 2-phase 4-wire 5-wire 6-wire 8-wire stepper motor, the current can be controlled within 4A. We currently have two specifications of motors for everyone to purchase. 2: Can I replace my own drive: it can be replaced as long as there is a similar interface 3: Whether there is self-locking: it is all possible; our default delivery is without self-locking function; if you want to self-lock; just remove one of the EN+ wires of our controller and leave it alone. 4: Regarding the subdivision and current size setting: our default setting is 8 subdivision; that is, 1600 pulses per circle; the current setting is 0.5A; if it is generally available, try not to adjust it. When you need to adjust, please refer to the value-added table to adjust as needed