B&R 8EI022HWD10.0100-1 servo motor
Delivery time 3 days
Product origin New/used
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B&R 8EI022HWD10.0100-1 Servo motor is a specific type of servo motor, the follow
B&R 8EI022HWD10.0100-1 Servo motor is a specific type of servo motor, the following is the details and characteristics of this motor:
Basic information
Model: B&R 8EI022HWD10.0100-1
Manufacturer: B&R (B&R)
Technical parameter
Servo motor parameters (based on the general servo motor parameters in Article 2, the specific parameters may vary) :
Rated voltage: may be DC voltage supply, common rated voltage such as 24V, 48V, etc.
Rated current: related to the power and load of the servo motor, usually in amperes (A).
Rated power: refers to the power that the servo motor can provide at rated speed, in watts (W).
Rated speed: refers to the maximum speed that the servo motor can achieve under rated voltage and rated load, and the higher the speed, the faster the response speed of the servo motor.
Rated torque: refers to the maximum output torque that the servo motor can provide under rated voltage and rated load, which is a key parameter of motor stability and control accuracy.
Applications and features
Application: B&R servo motors are widely used in industrial automation systems requiring high-precision position control, speed control and torque control, such as robots, CNC machine tools, printing machinery, etc.
Features:
High precision: B&R servo motors usually have high precision position control and speed control functions.
Fast response: The high speed allows the motor to respond quickly to control instructions and achieve rapid action adjustment.
High reliability: Through strict testing and quality control, to ensure that the motor can run stably under various working conditions.
Easy integration: B&R servo motors offer rich interfaces and communication protocols for easy integration with various controllers and PLCS.
Installation and use
Installation: According to the specific requirements of the motor and application, choose the appropriate installation method and fixing bracket.
Use: By configuring the corresponding controller or PLC, set the control parameters of the motor (such as voltage, current, speed, etc.), and realize the required position, speed and torque control through programming.
