Description

Overview

Essential details：PMC-2/11/08/000/02/01/00/00/00 servo drive

Product Description

PMC – 2/11/08/000/00/00 02/01/00 / instructions are as follows:

I. Product overview

PMC – 2/11/08/000/02/01/00/00/00 is a servo drive, usually used to control the motor speed and phase, in order to realize the precise location, speed and torque control. Servo drives play a key role in automation systems, providing power and control for a variety of industrial applications.

Two, the main function

Speed adjustment: The servo driver can adjust the speed of the executive motor according to the control signal, to achieve accurate speed control.
Commutation control: The commutation process of the motor is performed by precise control to ensure smooth and efficient operation of the motor.
Current regulation: The driver has a current regulation function inside, which can adjust the current output according to the load of the motor to protect the motor from overload damage.
Third, internal structure

Servo drive PMC – 2/11/08/000/02/01/00/00/00 of the internal structure is mainly composed of the following parts:

Power supply circuit: converts the external input direct current into direct current output of different sizes to provide stable power supply for subsequent circuits.
Relay board circuit: responsible for transmitting control signals and detection signals to ensure smooth communication between the driver and the control system.
Main control board circuit: as the core control part of the driver, it is responsible for receiving and processing the control signal, and output the corresponding drive signal.
Driver board circuit: receives the signal from the main control board, drives the power conversion circuit, and realizes the normal operation of the motor.
Power conversion circuit: the signal output of the driver board is converted into the current and voltage suitable for the motor to drive the motor to operate.

PMC-2/11/02/001/00/01/10/00/10

Product parameter

Input voltage:
Rated voltage: Usually direct current (DC) voltage, which may range from 24VDC to hundreds of volts (VDC), depending on the drive model and application requirements.
Allowable voltage fluctuation range: Indicates the allowable fluctuation range of the input voltage to ensure the normal operation of the driver.
Output current:
Rated output current: Indicates the maximum current value that the driver can provide, usually in amps (A).
Overload capacity: The value that the driver can provide in excess of the rated current for a short period of time, but it should be noted that long-term overload may damage the drive.
Control signal interface:
Analog input: Accepts analog signals from the controller to adjust motor speed, position, etc.
Digital input: Receives digital signals from the controller, such as start, stop, direction, etc.
Pulse/direction interface: Accepts pulse and direction signals for precise control of motor position and speed.
Communication interface:
The drive may support a variety of communication protocols and interfaces, such as EtherNet/IP, CANopen, Profibus DP, Modbus TCP/RTU, etc.
The communication interface allows the driver to exchange and control data with PLC, HMI, host computer and other devices.
Power and Protection:
Overvoltage, undervoltage protection: When the input voltage exceeds or falls below the allowable range, the drive will automatically stop working to protect the motor and the drive itself.
Overheat protection: When the internal temperature of the drive is too high, the output will be automatically reduced or stopped to prevent damage.
Overload protection: When the motor is overloaded, the driver will automatically reduce the output or stop working to prevent motor damage.

APPLICATION

PMC – 2/11/08/000/00/00 02/01/00 / servo drives are widely used in the following areas:

Machining: such as CNC machine tools, laser cutting machines, etc.
Automated production line: such as assembly line, packaging line, etc.
Robotics: Providing precise power and control for industrial robots.
Textile machinery: such as textile machine, loom, etc.
Other areas that require precise position, speed and torque control.

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