Siemens 6SC6901-0VR05 servo drive

Siemens 6SC6901-0VR05 servo drive

Product Details Introduction

Siemens 6SC6901-0VR05 is a servo drive belonging to the Siemens SIMODRIVE series. This servo drive is used in industrial automation and motion control systems, focusing on providing high-precision and high dynamic performance motor control. It plays an important role in various automation applications, ensuring the high efficiency and stability of the system.

Main features:

High precision control: 6SC6901-0VR05 provides precise speed, position, and torque control, suitable for applications that require high precision and high dynamic response.

Multiple control modes: Supports multiple modes such as position control, speed control, and torque control to meet the needs of different applications.

Efficient energy conversion: Optimize the efficiency of electrical energy conversion, reduce energy loss, and improve the overall efficiency of the system.

Integrated protection function: equipped with multiple protection mechanisms such as overload protection, overheating protection, short circuit protection, etc., to ensure the safe operation of equipment and systems.

Strong compatibility: Compatible with other modules in the SIMODRIVE series, supporting integration with other control and driver modules.

Application areas:

Numerical Control Machine Tool: Accurately control the motion of the motor in the numerical control machining system to ensure high-precision machining.

Industrial robots: provide precise control for servo motors in robot systems, supporting complex operations and task execution.

Automated production line: Control various actuators on the production line to ensure efficient and smooth production processes.

Motor drive system: As the core component of motor control, it manages the start, stop, speed adjustment, and position control of the motor.

Technical parameters (example):

Input voltage: It usually supports industrial standard AC power input, such as 380V or 400V AC, and the specific voltage range depends on the actual application.

Output power: Able to support multiple load conditions, provide adaptable power output, and meet high-power requirements of the driving system.

Cooling method: Usually using air cooling or liquid cooling design to ensure stable operation under high load conditions.

Communication interface: Supports industrial communication protocols such as Profibus, CANopen, etc., used for data exchange with control systems or other driver modules.

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