• CLSR-33-N2CE-1    Three phase asynchronous motor driver   Can effectively reduce the temperature
  • CLSR-33-N2CE-1    Three phase asynchronous motor driver   Can effectively reduce the temperature

CLSR-33-N2CE-1 Three phase asynchronous motor driver Can effectively reduce the temperature

No.CLSR-33-N2CE-1
The CLSR-33-N2CE-1 is a high-performance three-phase asynchronous motor driver from YASKAWA Corporation. It is widely used in various industrial automation control fields, such as industrial automation, robotics, CNC machine tools, material handling, medical equipment and elevators and escalators. This drive has been favored by users for its unique technical characteristics and application range.
  • CLSR-33-N2CE-1    Three phase asynchronous motor driver   Can effectively reduce the temperature
Desciption
The CLSR-33-N2CE-1 is a high-performance three-phase asynchronous motor driver from YASKAWA Corporation. It is widely used in various industrial automation control fields, such as industrial automation, robotics, CNC machine tools, material handling, medical equipment and elevators and escalators. This drive has been favored by users for its unique technical characteristics and application range.

First of all, the CLSR-33-N2CE-1 uses an advanced SCL control mode, which enables the driver to achieve a high precision control effect, ensuring that the motor has higher accuracy and stability during operation. This is critical for many industrial automation applications that require high-precision control to ensure the accuracy and efficiency of the production process.

Secondly, the driver also has a forced wind cooling function, which can effectively reduce the temperature, thereby improving the service life of the product. In addition, its compact size and stable performance also make it stable and reliable operation in a variety of environments.

The CLSR-33-N2CE-1 is also commonly used as a PROFIBUS tester, which combines signal testers, storage oscilloscopes, protocol analyzers, and master emulators into a single tool designed for a wide range of applications, from setup and debugging, documentation, acceptance testing, and optimization, to preventive maintenance, troubleshooting, and laboratory testing. It is capable of running comprehensive network tests in standalone mode, allowing users to launch full network tests of the PROFIBUS network, including automatic signal and protocol analysis, with a click of a mouse (PC mode) or a click of a button (standalone mode). A summary of all results is displayed to the user in a very intuitive way, making the tool ideal for both inexperienced users and fieldbus experts.

When installing and using CLSR-33-N2CE-1, pay attention to the following points: First, carefully read the product manual before installation to ensure that the installation is correct, and the product must be grounded during installation. Secondly, before use, it is necessary to check whether the appearance is intact and whether the power cord is properly connected. During use, do not exceed the rated load. In case of any abnormal situation, stop use immediately and contact after-sales service.

It should be noted that while CLSR-33-N2CE-1 is powerful, it does not support encoder feedback and currently only supports the Modbus RTU communication interface. Therefore, when choosing and using this product, it is necessary to consider it according to specific application scenarios and needs.

Overall, YASKAWA's CLSR-33-N2CE-1 motor driver is an excellent, full-featured product that meets a wide range of industrial automation control needs. However, the limitations of unsupported encoder feedback and communication interfaces need to be paid attention to by users when selecting and using.

Possible features (based on similar models) :

The electrical signal from the motor controller is converted into torque (rotational force) to drive the connected machine or mechanism.
Provides precise control of speed and position based on received control signals.
Features such as integrated encoders for position feedback, holding the brake to maintain a stationary position, and overload protection may be included [1,2,3,4,5].
Application (based on similar model) :

Factory automation: Control of robots, conveyors or cutting tools.
Packaging system: Precise control of the robotic arm for picking and placing tasks.
Printing and processing industries: Precise control of web tension and material handling.