369-HI-R-M-0-0-E继电器模块是由通用电气（GE）公司生产的一款电机管理继电器，它专为工业自动化设计，具有多种功能和特点。以下是关于该继电器模块的详细介绍：

一、基本信息

• 型号：369-HI-R-M-0-0-E
• 制造商：通用电气（GE）
• 类型：电机管理继电器

二、技术规格

• 输入电压范围：根据不同配置，控制电源的范围为50-300 VDC和60-264 VAC。
• 输出电压：5VDC（具体输出可能因型号或配置而异）
• 输出电流：最大10A
• 效率：大于90%
• 尺寸：170mm x 105mm x 32mm
• 重量：约120g
• 运行温度：-20°C至+50°C
• 存储温度：-40°C至+70°C
• 环境湿度：5%至95%相对湿度（无凝露）
• CPU：32位RISC处理器

三、功能与特点

1. 电磁式继电器：通过电磁铁吸合和释放触点来实现电路的通断控制。
2. 大触点容量：可以承受较大的电流负载，适用于控制电机的启动、停止和方向等操作。
3. 长寿命：

• 机械寿命：经过多次吸合和释放后仍能保持正常工作状态，具有较高的耐用性。
• 电气寿命：可以长时间连续工作，适用于需要长期稳定运行的工业自动化设备。

4. 安装方式：采用标准的DIN导轨安装方式，方便用户将其固定在控制柜或操作面板上。
5. 高防护等级：可以适应较为恶劣的工作环境，具有较好的防尘、防潮和防震性能。
6. 其他特点：体积小、重量轻、可靠性高、抗干扰能力强，适用于各种需要电机控制的工业自动化设备中。

四、保护功能

• 过载保护：监测电机的电流，当电流超过设定阈值时，继电器会触发并断开电路，防止电机过载。
• 温度监测：可能具有温度监测功能，用于测量电机的温度，防止电机过热。
• 相序保护：确保电机的相序正确，防止相序错误导致的电机反向运行或其他不安全情况。
• 失速保护：检测电机失速并采取相应的措施，如停止电机以防止损坏。
• 事件记录：在跳闸后，能够立即报告跳闸原因以及跳闸时的温度和数据值，帮助用户分析系统中出现的问题。
• 跳闸前警报：在接地故障、机械堵塞、RTD超温等原因导致跳闸前通知用户。
• 汽车健康报告：使用学习到的信息和系统跳闸的历史来识别何时何地可能需要维护。
• 示波法：跳闸时触发波形记录，捕获相关数据周期，包括相位和接地电流以及触点输入状态。

The 369-HI-R-M-0-0-E relay module is a motor management relay produced by General Electric (GE). It is designed specifically for industrial automation and has multiple functions and features. The following is a detailed introduction about the relay module:

1、 Basic Information

Model: 369-HI-R-M-0-0-E

Manufacturer: General Electric (GE)

Type: Motor Management Relay

2、 Technical specifications

Input voltage range: Depending on different configurations, the range of the control power supply is 50-300 VDC and 60-264 VAC.

Output voltage: 5VDC (specific output may vary depending on model or configuration)

Output current: maximum 10A

Efficiency: greater than 90%

Size: 170mm x 105mm x 32mm

Weight: Approximately 120g

Operating temperature: -20 ° C to+50 ° C

Storage temperature: -40 ° C to+70 ° C

Environmental humidity: 5% to 95% relative humidity (no condensation)

CPU: 32-bit RISC processor

3、 Function and Features

Electromagnetic relay: The on/off control of the circuit is achieved through the attraction and release of contacts by an electromagnet.

Large contact capacity: capable of withstanding large current loads, suitable for controlling motor start, stop, and direction operations.

Long lifespan:

Mechanical lifespan: It can maintain normal working condition after multiple suction and release cycles, and has high durability.

Electrical lifespan: It can work continuously for a long time and is suitable for industrial automation equipment that requires long-term stable operation.

Installation method: Adopting standard DIN rail installation method, it is convenient for users to fix it on the control cabinet or operation panel.

High protection level: It can adapt to harsh working environments and has good dust, moisture, and shock resistance.

Other features: small size, light weight, high reliability, strong anti-interference ability, suitable for various industrial automation equipment that requires motor control.

4、 Protection function

Overload protection: Monitor the current of the motor. When the current exceeds the set threshold, the relay will trigger and disconnect the circuit to prevent motor overload.

Temperature monitoring: It may have a temperature monitoring function to measure the temperature of the motor and prevent overheating.

Phase sequence protection: Ensure the correct phase sequence of the motor to prevent reverse operation or other unsafe situations caused by phase sequence errors.

Stall protection: detect motor stall and take corresponding measures, such as stopping the motor to prevent damage.

Event recording: After a trip, the cause of the trip, as well as the temperature and data values at the time of the trip, can be immediately reported to help users analyze the problems that occur in the system.

Pre trip alarm: Notify the user before tripping due to grounding faults, mechanical blockages, RTD overheating, and other reasons.

Automotive Health Report: Use learned information and system trip history to identify when and where maintenance may be required.

Oscillographic method: Trigger waveform recording when tripping, capture relevant data cycles, including phase and ground current, as well as contact input status.