5SHY35L4520 5SXE10-0181 高性能模块

5SHY35L4520 5SXE10-0181 高性能模块

AC10272001R0101 5 sxe10 - 0181 5 shy35l4520是专为高压直流(HVDC)应用而设计的高性能模块。它由瑞士abb制造，具有卓越的效率，高功率密度，可靠性和长使用寿命。

规格

-额定电压：6500 v

—额定电流：1000

-开关损耗：5.0 j

-传导损耗：2.5 v

-开关频率：2khz

-结点温度175°c

-重量： 15 千克

-尺寸 长度： 300 毫米，宽度： 250 毫米，高度： 150 毫米

安装孔距：250 毫米

主要功能和特点

高性能和高可靠性

模块采用先进的数字信号处理技术，具有高速运算和响应能力，可实现快速故障检测和保护动作。

高可靠性和稳定性可确保在恶劣的电力系统或工业环境中正常运行。

多种保护功能

对电流、电压、频率、相序、短路、过压等异常情况进行快速检测和保护。

支持故障记录和事件日志功能，便于故障分析和系统优化。

通信和集成能力

支持多种通信接口和协议(如IEC 61850、Modbus等),可与其他设备通信和集成,实现系统监控和数据交换。

灵活的扩展性和配置选项可满足不同的应用要求。

5SHY35L4520 5SXE10-0181 高性能模块

The AC10272001R0101 5SXE10-0181 5SHY35L4520 is a high-performance module designed for high voltage direct current (HVDC) applications. Manufactured by ABB in Switzerland, it offers excellent efficiency, high power density, reliability and long service life.

specification

- Rated voltage: 6500 V

- Rated current: 1000 A

- Switching loss: 5.0J

- Conduction loss: 2.5V

- Switching frequency: 2 kHz

- Junction temperature 175°C

- Weight: 15 kg

- Dimension Length: 300 mm, width: 250 mm, height: 150 mm

Mounting hole distance: 250 mm

Main functions and features

High performance and reliability

The module adopts advanced digital signal processing technology, has high-speed operation and response ability, and can realize fast fault detection and protection action.

High reliability and stability ensure normal operation in harsh power systems or industrial environments.

Multiple protection functions

Rapid detection and protection of current, voltage, frequency, phase sequence, short circuit, overvoltage and other anomalies.

Supports fault recording and event logging, facilitating fault analysis and system optimization.

Communication and integration capabilities

Supports a variety of communication interfaces and protocols (such as IEC 61850, Modbus, etc.), and can communicate and integrate with other devices to achieve system monitoring and data exchange.

Flexible scalability and configuration options to meet different application requirements.