GE HYDRAN M2 气体监测系统

GE HYDRAN M2是一款高性能的气体监测系统，主要用于变压器和其他电力设备的实时监测和故障诊断。以下是关于GE HYDRAN M2的详细信息和功能特点：

1. 应用领域：

• 变压器监测：GE HYDRAN M2可以实时监测变压器中的关键参数，如温度、湿度、沉积物和气体异常等，以便及早发现潜在问题。
• 故障诊断：通过监测变压器的关键参数，该设备可以帮助进行故障诊断，并提供可能导致设备故障的问题的警报。
• 油中气体分析：通过监测油中的气体含量，如氢气、乙炔、甲烷、乙烷和乙烯等，该设备可以提供变压器内部的状态信息，如局部放电、电弧和其他故障产生的气体。
• 远程监控和通信：通过与网络连接，GE HYDRAN M2可以实现远程监控，使运维人员能够随时随地访问关键的设备状态信息。

2. 产品参数：

• 测量原理：采用电容电极和热导率传感器测量油中水分和氢气浓度。
• 测量范围：水分（0-10,000 ppm）、氢气（0-10,000 ppm）。
• 精度：±10%或±25 ppm。
• 通信接口：RS485、RS232、MODBUS。
• 工作温度范围：-40°C~85°C。
• 工作电源：24 VDC。
• 尺寸和重量：190 mm x 160 mm x 80 mm，重量为1.5 kg。

3. 功能特点：

• 高精度测量：采用电容电极和热导率传感器，实现高精度的油中水分和氢气浓度测量。
• 在线监测：可以实时监测变压器油中水分和氢气浓度的变化，无需停机，实时获得变压器健康状况的数据。
• 实时诊断：能够监测气体的浓度变化，以及油的温度和压力等参数，有助于及早发现潜在问题，减少潜在的设备损坏或事故风险。
• 远程监测：一些HYDRAN M2系统具有远程监测功能，允许用户通过网络远程访问和监控设备的状态。
• 自诊断：系统通常具有自诊断功能，能够检测到传感器故障或系统问题，并发出相应的警报。

总的来说，GE HYDRAN M2是一款功能强大、性能可靠的气体监测系统，广泛应用于变电站、电力分配设备、变压器和其他需要保持绝缘材料完整性的电力设备中。

GE HYDRAN M2 is a high-performance gas monitoring system mainly used for real-time monitoring and fault diagnosis of transformers and other power equipment. The following is detailed information and functional features about GE HYDRAN M2:

Application field:
Transformer monitoring: GE HYDRAN M2 can monitor key parameters in transformers in real-time, such as temperature, humidity, sediment, and gas anomalies, in order to detect potential problems early.
Fault diagnosis: By monitoring the key parameters of the transformer, this device can assist in fault diagnosis and provide alerts for issues that may cause equipment failure.
Gas analysis in oil: By monitoring the gas content in oil, such as hydrogen, acetylene, methane, ethane, and ethylene, this equipment can provide internal status information of transformers, such as gases generated by partial discharge, arc, and other faults.
Remote monitoring and communication: Through network connection, GE HYDRAN M2 can achieve remote monitoring, allowing operation and maintenance personnel to access critical device status information anytime, anywhere.
Product parameters:
Measurement principle: Capacitive electrodes and thermal conductivity sensors are used to measure the concentration of water and hydrogen in oil.
Measurement range: moisture (0-10000 ppm), hydrogen (0-10000 ppm).
Accuracy: ± 10% or ± 25 ppm.
Communication interface: RS485, RS232, MODBUS.
Working temperature range: -40 ° C~85 ° C.
Working power supply: 24 VDC.
Size and weight: 190 mm x 160 mm x 80 mm, weighing 1.5 kg.
Functional features:
High precision measurement: Using capacitive electrodes and thermal conductivity sensors, high-precision measurement of moisture and hydrogen concentration in oil is achieved.
Online monitoring: It can monitor the changes in moisture and hydrogen concentration in transformer oil in real time, without the need for shutdown, and obtain real-time data on the health status of the transformer.
Real time diagnosis: It can monitor changes in gas concentration, as well as parameters such as oil temperature and pressure, which helps to detect potential problems early and reduce the risk of equipment damage or accidents.
Remote monitoring: Some HYDRAN M2 systems have remote monitoring capabilities, allowing users to remotely access and monitor the status of devices through the network.
Self diagnosis: The system usually has a self diagnosis function, which can detect sensor faults or system problems and issue corresponding alarms.

Overall, GE HYDRAN M2 is a powerful and reliable gas monitoring system widely used in substations, power distribution equipment, transformers, and other power equipment that require insulation material integrity to be maintained.