Description
Parameters:
Input voltage: 3-phase AC380V ± 10%, 50/60Hz (specific may vary by model).
Output current: 51A (may vary depending on model and configuration).
Control mode: Usually support vector control.
Protection level: IP20.
Operating temperature: 0℃ ~ 40℃.
Specifications:
Size: The usual size is 290mm x 195mm x 210mm
Weight: About 6.5kg
Series:
Sdss-pin-51 is an interface module in ABB’s DCS800 series DC governor.
Features:
Communication interface: usually has a variety of communication interfaces, including serial interface, Ethernet interface, etc., to support the data exchange and communication with the external control system.
Control function: can receive the control commands sent by the external control system, and adjust the operating status and parameters of the DC governor according to these commands.
High precision control: It can realize high precision control of DC motor speed and meet the needs of fine adjustment of motor speed in different application scenarios.
Good stability: Well-designed, able to maintain stable performance under various working conditions, to ensure that the motor runs smoothly and reliably.
Fast response: With fast response characteristics, it can quickly respond to speed change instructions, and achieve rapid adjustment of motor speed.
Perfect protection function: built-in a variety of protection functions, such as overcurrent protection, overvoltage protection, etc., effectively prevent the motor from being damaged due to abnormal conditions, improve the reliability and safety of the equipment.
Easy integration and maintenance: With good compatibility, easy to integrate with other devices and systems. At the same time, its maintenance is relatively simple, reducing operating costs.
Functions:
SDCS-PIN-51 module is usually used to connect the DC governor with the external control system to realize the monitoring and control of the governor.
The module provides an interface to communicate with the upper system, and can be used to send control commands and receive state feedback.
It is usually used for applications requiring precise control of motors in various industrial fields, such as machining, conveying equipment, wind power, etc.
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