Product Details

Acetylene Hydrogen and moisture Online Dissolved Gas Analyser

Adiradh offers the Acetylene Hydrogen and Moisture Online Dissolved Gas Analyser G2 for continuous transformer condition monitoring. Moreover, the analyser tracks critical fault gases in real time. Therefore, it helps identify early insulation and thermal issues. In addition, it measures acetylene, hydrogen, and moisture with accuracy. Also, online monitoring removes the need for frequent oil sampling. Furthermore, continuous data improves fault analysis. However, the system stays simple to operate. Consequently, maintenance teams receive timely alerts. As a result, transformer failures reduce.

Overview

The Acetylene Hydrogen and Moisture Online Dissolved Gas Analyser is designed for permanent transformer installation. Moreover, it continuously monitors gases related to electrical and thermal faults. Therefore, asset health monitoring becomes proactive. In addition, moisture measurement supports insulation condition checks. Also, online operation ensures constant data availability. Furthermore, digital processing delivers stable readings. However, installation remains easy. Consequently, it suits both new and existing transformers. As a result, condition-based maintenance improves. Finally, the analyser supports long-term transformer reliability.

Product Highlights

The analyser enables continuous monitoring of acetylene, hydrogen, and moisture. Moreover, real-time gas detection supports early fault identification. Therefore, unplanned outages reduce. In addition, online measurement removes periodic manual testing. Also, digital sensing ensures accurate results. Furthermore, stable data supports trend analysis. However, the unit remains compact. Consequently, it fits easily in substations. As a result, monitoring efficiency increases. Moreover, data output supports maintenance planning. Finally, the analyser strengthens transformer protection.

Technology & Benefits

The analyser uses advanced gas sensing technology for online DGA. Moreover, it continuously extracts and measures dissolved gases. Therefore, it detects fault gases at early stages. In addition, moisture sensing improves insulation health checks. Also, automated operation limits manual errors. Furthermore, digital processing improves accuracy. However, the interface stays user-friendly. Consequently, technicians access clear data easily. As a result, decisions become faster. Moreover, continuous monitoring improves reliability. Finally, transformer service life extends.

Key Features

• Online monitoring of acetylene, hydrogen, and moisture

• Continuous dissolved gas analysis

• Real-time fault gas detection

• Digital measurement and processing

• Stable and repeatable readings

• Automated operation

• Compact online installation design

• Supports trend analysis

• Suitable for power and distribution transformers

Applications

• Online transformer condition monitoring

• Early fault detection in transformers

• Substation asset management

• Condition-based maintenance programs

• Moisture monitoring in insulation systems

• Continuous transformer diagnostics

Advantages

The analyser enables early transformer fault detection. Moreover, continuous online monitoring reduces manual testing. Therefore, maintenance planning improves. In addition, accurate gas and moisture data supports reliable diagnostics. Consequently, transformer availability and operational safety increase.

Adiradh Energy offers Acetylene Hydrogen and moisture Online Dissolved Gas Analyser solution across India, including Hyderabad, Visakhapatnam, Vijayawada, Chennai, Puducherry, Trichy, Coimbatore, Hosur, Bengaluru, Hubli, Mysuru, Kochi, Kolkata, Pune, Goa, Mumbai, Thane, Kanpur, Jaipur, Nagpur, Delhi, Noida, Gurugram, Bhopal, Vadodara, Ahmedabad, Chandigarh, Tata Nagar, Raipur, Rudrapur, Durgapur, Kharagpur, Raigarh, Bhilai, Angul, Haldia, Jabalpur, Indore, Jamshedpur, Rajahmundry, Bokaro Steel City, Salem, Rourkela, Jamnagar, Bharuch, Sri City, Nashik, Haridwar, Mathura, Aurangabad, Bhubaneswar, and other cities.