ARM based high speed controller design.
Alarm output on error.
Can be controlled by PLC, PC Software, Microcontroller, SBC or any other device which can communicate with RTU Modbus.
Its also possible to operate without any controller using Onboard or external potentiometer, PWM, Pulse etc.
In Analog Speed Control mode Current, Speed and Acceleration can be set by using 3 potentiometers available on drive. Current setting range is 4A - 30A.
In Analog Speed Control mode direction can be changed by connecting F/R pin to COM pin of drive.
Over current, over voltage, under voltage protection.
In this drive torque output and speed is stable at high speed.
Up to 15 slaves is available through switch setting, upto 15 motors can be controlled using a single modbus line.
When the power is turned on, the drive can start running motor automatically if enable is connected.
Logic input current
Hall power supply
5 00 00
DC voltage input (DC24V~DC48V)
U, V, W
Motor phase line
Hu, Hv, Hw
Hall signal line
Hall Power Supply + ( 5VDC )
Hall Power Supply - ( GND )
External potentiometer power supply
External speed regulation. Dangling when using internal speed control.
Public port (low level)
Direction, floating or high level is forward rotation, low level reversal
The high level control signal enables the end stop, the low -level operation
Brake, low level for normal operation, high level shutdown
Speed signal output
Alarm signal output
The peak output current is set by the P C potentiometer. When the load suddenly becomes large, the output current will be limited to the set value, reducing the motor speed and protecting the motor from damage. The setting range is 4-30A.
The RV knob is a speed-adjusting potentiometer. When the motor is energized, the RV can be rotated to adjust the speed.
SW7=1 SW8=2 SW9=4 SW10=8 is the 485 address selection bit. Follow the 8421 code to set the address bit.
For example: When SW7 and SW9 are ON, the address code of the drive is 5
The factory setting of the EN terminal and the COM terminal is to connect the EN terminal to the COM terminal.
When the power is turned on, the drive can drive the motor to run by itself.
Connect or disconnect the cable between the EN terminal and the COM terminal to control the operation and stop of the motor. When the connection between the EN terminal and the COM terminal, the motor operates. Conversely, the motor stops slowly.
By between COM EN and the access switch or the like controlling the PLC off, required for switching the start and stop the motor.
1 x BRUSHLESS MOTOR DRIVER DC24-48V 750W (BLDC)
PWM Control Connection:
RMCS-6611 BLDC 750W Drive User Manual
RMCS-6611 PC Software Setup
RMCS-6611 Arduino Library