Nema23 18kgcm stepper motor with Industrial Grade High Performance Micro-Stepping Stepper motor drive. Offers quiet and smooth operation. Best suitable for machines, such as X-Y tables, labeling machines, laser cutters, engraving machines, pick-place devices and various CNC machines.
This combo of 19 KgCm Torque motor with Microstepping drive is ideal for small and medium sized CNC machines and robots. When used in CNC machines you can get rapid movement speeds up to 4200 mm/min.
RMCS-1101 is Rhino Motion Controls introductory micro-stepping drive for 1.8deg Bipolar Stepper Motors. It is designed for smooth and quiet operation without compromising on torque and control at higher speeds. It has short-circuit protection for the motor outputs, over-voltage and under-voltage protection and will survive accidental motor disconnects while powered-up.The RMCS-1101 achieves micro-stepping using a synchronous PWM output drive and high precision current feedback and this is absolutely silent when the motor is stopped or turning slowly. It virtually eliminates stopped-motor heating regardless of power supply voltage.The RMCS-1101’s closed-loop control gains are calibrated on start-up based on motor characteristics and also adjusted dynamically while the motor is in motion. This control algorithm makes it capable of achieving better torque at higher speeds in comparison to comparable drives in its range.The PULSE/STEP, DIRECTION inputs are optically isolated. Both inputs work with 2.5V, 3.3V or 5V logic drive signals. The input drive current is 5mA at 2.5V so almost all logic family (74LS, 74HC, etc.) can be used to drive these inputs. Each input provides individual anode and cathode connections to the opto-isolator allowing for multiple input drive interfaces.
Motor Features
Micro-Stepping Drive Features
Power and Motor Terminal Assignments
Terminal No.
Terminal Name
Description
Terminal 1
GND
Power Ground or Power –Ve
Terminal 2
+V
Power +Ve (18VDC to 50VDC Max wrt. GND)
Terminal 3
A+
Motor Coil Phase A+
Terminal 4
A-
Motor Coil Phase A-
Terminal 5
B+
Motor Coil Phase B+
Terminal 6
B-
Motor Coil Phase B-
Pulse and Direction Input Assignments
PUL+
Step or Pulse +Ve signal connected to anode of opto-isolator
PUL-
Step or Pulse -Ve signal connected to cathode of opto-isolator
DIR+
Direction +Ve signal connected to anode of opto-isolator
DIR-
Direction -Ve signal connected to cathode of opto-isolator
Switch Selection Table for Motor Coil Current Setting
Peak Current
SW6
SW7
SW8
1.00A
OFF
1.50A
ON
2.00A
2.50A
3.00A
3.50A
4.00A
4.50A
Switch Selection Table for Step Resolution Setting
Steps / Rev
SW1
SW2
SW3
SW4
400
640
800
1280
1600
3200
6400
12800
500
625
1250
2500
6250
12500
Not Used (200)
Switch in downward positions is ON
SW5 ON - Half-Current during Stand-still
SW5 OFF - Full-Current during Stand-still
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