GE MULTILIN F650 F650BABF2G0HI6E 通信模块

Description

GE MULTILIN F650 F650BABF2G0HI6E BAY CONTROLLER 技术参数

1. 电压范围

• 输入电压：110-250V DC 或 120-230V AC（自适应）
• 典型应用：支持直流或交流电源输入，适用于不同电力系统环境。

2. 额定功率

• 功耗：通常低于 30W（具体功耗需参考设备手册）
• 低功耗设计：适用于长时间运行的工业环境，降低能源消耗。

3. 通信接口

• 以太网：10/100 Base-T，支持 TCP/IP、Modbus TCP/IP、DNP3、IEC 61850 等协议。
• 串行接口：RS-232/RS-485，支持 Modbus RTU 协议。
• 光纤接口：可选配光纤通信模块，提升抗干扰能力。

4. 数字输入/输出

• 数字输入：多达 32 个可编程数字输入点，支持干接点或湿接点输入。
• 数字输出：多达 16 个可编程数字输出点，支持继电器触点输出。

5. 模拟输入

• 支持通道：可选配模拟输入模块，支持 4-20mA 或 0-10V 信号输入。
• 精度：±0.1% FS（满量程），适用于高精度测量需求。

6. 保护功能

• 过流保护：支持相间、接地、零序过流保护。
• 过压/欠压保护：支持相电压、线电压的过压/欠压检测。
• 频率保护：支持频率异常（过高/过低）检测。
• 重合闸功能：支持多次重合闸逻辑，适应不同故障场景。

7. 同步与时间

• 时间同步：支持 IRIG-B、PTP（IEEE 1588）、SNTP 等时间同步协议。
• 时钟精度：±1ms（典型值），确保事件记录和故障定位的准确性。

8. 环境适应性

• 工作温度：-20°C 至 +70°C（宽温设计，适应恶劣环境）。
• 存储温度：-40°C 至 +85°C。
• 防护等级：IP20（室内安装），可选配更高防护等级的外壳。

9. 机械规格

• 尺寸：标准 19 英寸机架安装，深度通常小于 300mm。
• 重量：约 5-10kg（具体重量因配置而异）。

10. 软件与配置

• 配置工具：EnerVista 软件，支持 Windows 平台，提供图形化配置界面。
• 固件升级：支持通过以太网或串口进行固件升级。
• 事件记录：可存储多达 1000 条事件记录，支持故障波形捕获。

11. 认证与标准

• 符合标准：IEC 61850、IEEE C37.90、IEEE C37.118 等国际标准。
• 安全认证：CE、UL、cUL 等认证，确保设备符合全球安全规范。

12. 扩展性

• 模块化设计：支持 I/O 扩展模块，可根据需求灵活配置。
• 冗余配置：可选配冗余电源和通信模块，提升系统可靠性。

应用场景

• 电力变电站：用于馈线保护、母线保护、变压器保护等。
• 工业自动化：适用于电机控制、配电系统监控等。
• 新能源领域：支持分布式发电并网保护，如光伏、风电等。

注意事项

• 安装环境：需避免强电磁干扰，确保设备接地良好。
• 维护建议：定期检查通信连接和电源状态，备份配置文件。

如需更详细的技术文档或配置指南，建议联系 GE 官方技术支持或访问其官方网站获取最新资料。

GE MULTILIN F650 F650BABF2G0HI6E BAY Controllable Technical Parameters
1. Voltage range
Input voltage: 110-250V DC or 120-230V AC (adaptive)
Typical application: Supports DC or AC power input, suitable for different power system environments.
2. Rated power
Power consumption: usually below 30W (specific power consumption needs to refer to the equipment manual)
Low power design: suitable for industrial environments that operate for long periods of time, reducing energy consumption.
3. Communication interface
Ethernet: 10/100 Base-T, supports TCP/IP, Modbus TCP/IP, DNP3, IEC 61850 and other protocols.
Serial interface: RS-232/RS-485， Supports Modbus RTU protocol.
Fiber optic interface: Optional fiber optic communication module to enhance anti-interference capability.
4. Digital input/output
Digital input: Up to 32 programmable digital input points, supporting dry or wet contact input.
Digital output: Up to 16 programmable digital output points, supporting relay contact output.
5. Analog input
Support channel: Optional analog input module, supporting 4-20mA or 0-10V signal input.
Accuracy: ± 0.1% FS (full scale), suitable for high-precision measurement requirements.
6. Protection function
Overcurrent protection: Supports phase to phase, grounding, and zero sequence overcurrent protection.
Overvoltage/undervoltage protection: supports overvoltage/undervoltage detection of phase voltage and line voltage.
Frequency protection: Supports detection of frequency anomalies (too high/too low).
Recloser function: supports multiple reclosing logic to adapt to different fault scenarios.
7. Synchronization and Time
Time synchronization: Supports IRIG-B, PTP (IEEE 1588), SNTP and other time synchronization protocols.
Clock accuracy: ± 1ms (typical value), ensuring the accuracy of event recording and fault location.
8. Environmental adaptability
Working temperature:- 20 ° C to+70 ° C (wide temperature design, suitable for harsh environments).
Storage temperature:- 40 ° C to+85 ° C.
Protection level: IP20 (indoor installation), optional higher protection level enclosure.
9. Mechanical specifications
Size: Standard 19 inch rack installation, typically less than 300mm in depth.
Weight: Approximately 5-10kg (specific weight varies depending on configuration).
10. Software and Configuration
Configuration tool: EnerVista software, supports the Windows platform, and provides a graphical configuration interface.
Firmware upgrade: Supports firmware upgrade via Ethernet or serial port.
Event recording: It can store up to 1000 event records and supports capturing fault waveforms.
11. Certification and Standards
Compliant with international standards such as IEC 61850, IEEE C37.90, IEEE C37.118, etc.
Safety certification: CE, UL, cUL and other certifications ensure that the equipment complies with global safety standards.
12. Scalability
Modular design: Supports I/O expansion modules and can be flexibly configured according to needs.
Redundant configuration: Optional redundant power supply and communication module can be configured to enhance system reliability.
Application scenarios
Power substation: used for feeder protection, busbar protection, transformer protection, etc.
Industrial automation: suitable for motor control, power distribution system monitoring, etc.
In the field of new energy, support distributed generation and grid protection, such as photovoltaic and wind power.
precautions
Installation environment: Avoid strong electromagnetic interference and ensure good grounding of the equipment.
Maintenance suggestion: Regularly check communication connections and power status, and backup configuration files.
For more detailed technical documentation or configuration guidelines, it is recommended to contact GE’s official technical support or visit their official website for the latest information.