HYDRAN M2-X 故障气体检测器

HYDRAN M2-X 故障气体检测器

HYDRAN M2-X 故障气体检测器

HYDRAN M2-X 故障气体检测仪是一种先进的设备，设计用于连续在线监测变压器油中的溶解气体和水分含量。它是GE的HYDRAN系列气体检测仪的一部分，GE是发电和输电解决方案的领先供应商。这种可靠、准确的检测器通过提供潜在故障的早期检测和防止代价高昂的故障，在保持变压器的健康和完整性方面发挥着至关重要的作用。

主要特点：

• 全面的气体监测：监测各种故障气体，包括氢气 （H2）、甲烷 （CH4）、乙烷 （C2H6）、乙炔 （C2H2） 和一氧化碳 （CO），提供有关变压器油状况的全面信息。

• 水分检测：测量变压器油中的水分含量，这可能导致绝缘击穿和变压器故障。

• 高精度：提供溶解气体和水分含量的高精度测量，确保可靠的故障检测和预防。

• 实时监控：能够实时监测气体和湿度水平，从而可以立即响应潜在问题。

• 通讯接口：提供通信接口，如 RS-485 和 Modbus，用于与监控和控制系统集成。

应用：

• 输配电系统：主要用于输配电系统中监测变压器的状况，保证电网的可靠性和稳定性。

• 工业变电站：用于工业变电站，以保护关键变压器并防止可能中断工业运营的停电。

• 发电设施：集成到发电设施中，以监控变压器的健康状况并防止可能导致工厂停工和生产损失的故障。

• 可再生能源装置：用于可再生能源装置，如风电场和太阳能发电厂，以保护变压器并确保可再生能源系统的高效运行。

• 数据中心和关键基础设施：用于数据中心和关键基础设施，以保护变压器并维持基本服务的不间断运行。

好处：

• 增强的变压器可靠性：通过提供潜在故障的早期检测、防止故障和延长变压器的使用寿命，有助于提高变压器的可靠性。

• 降低维护成本：通过实现主动维护和减少紧急维修需求，最大限度地降低维护成本。

• 提高系统效率：通过防止可能导致停电和生产中断的变压器故障来提高系统效率。

• 延长系统寿命：通过保护变压器免受溶解气体和湿气造成的损坏，延长系统寿命。

• 减少对环境的影响：通过防止变压器故障，从而最大限度地减少对环境的影响，这些故障可能导致漏油和土壤污染。

HYDRAN M2-X 故障气体检测器

The HYDRAN M2-X Fault Gas detector is an advanced device designed for continuous on-line monitoring of dissolved gas and moisture content in transformer oil. It is part of the HYDRAN family of gas detectors from GE, a leading provider of power generation and transmission solutions. This reliable, accurate detector plays a vital role in maintaining the health and integrity of transformers by providing early detection of potential failures and preventing costly failures.

Main features:

Comprehensive gas monitoring: Monitoring a variety of faulty gases, including hydrogen (H2), methane (CH4), ethane (C2H6), acetylene (C2H2) and carbon monoxide (CO), providing comprehensive information on the condition of transformer oil.

Moisture detection: Measures the moisture content in transformer oil, which can lead to insulation breakdown and transformer failure.

High accuracy: Provides high precision measurement of dissolved gas and moisture content to ensure reliable fault detection and prevention.

Real-time monitoring: Gas and humidity levels can be monitored in real time, allowing immediate response to potential problems.

Communication interfaces: Communication interfaces such as RS-485 and Modbus are provided for integration with monitoring and control systems.

Applications:

Transmission and distribution system: mainly used to monitor the condition of transformers in transmission and distribution systems to ensure the reliability and stability of the power grid.

Industrial substations: Used in industrial substations to protect critical transformers and prevent power outages that could interrupt industrial operations.

Power generation facilities: Integrated into power generation facilities to monitor the health of transformers and prevent failures that can lead to plant downtime and loss of production.

Renewable energy installations: Used in renewable energy installations, such as wind farms and solar power plants, to protect transformers and ensure efficient operation of renewable energy systems.

Data centers and critical infrastructure: Used in data centers and critical infrastructure to protect transformers and maintain uninterrupted operation of essential services.

Benefits:

Enhanced transformer reliability: Helps improve transformer reliability by providing early detection of potential failures, preventing failures, and extending the service life of transformers.

Reduce maintenance costs: Minimize maintenance costs by enabling proactive maintenance and reducing the need for emergency repairs.

Improve system efficiency: Improve system efficiency by preventing transformer failures that can lead to power outages and production disruptions.

Extend system life: Extend system life by protecting transformers from damage caused by dissolved gases and moisture.

Reduce environmental impact: Minimize environmental impact by preventing transformer failures that can lead to oil spills and soil contamination.