Taidacent 42 57 Stepper Motor Forward and Reverse Motor Driver Module Board Angle Pulse Motor Speed Drive Programmable PLC Speed Controller Motor Controller (Controller)
About this product
*Power supply range: DC 8V~ 24V universal
*Speed range: 0.1~999/min (the product comes with power-off memory function)
*Range of positive and negative pulses: 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
Description
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
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.