RA912F SF6 Gas Comprehensive Analyzer (8-in-1)
Developed on a Linux-based intelligent operating system, the RA912F SF6 Gas Comprehensive Analyzer (8-in-1) is a multi-component gas detection device that seamlessly integrates an elegant design with full-scenario adaptability. Specifically engineered for rapid analysis of SF6 gas components, it delivers a precise and efficient solution centered on “one-stop testing + intelligent user experience,” catering to applications such as high-voltage power equipment maintenance and gas quality management.
Core Detection Capabilities
✅ Comprehensive 8-in-1 Coverage: The RA912F SF6 Gas Comprehensive Analyzer (8-in-1) simultaneously measures SF6 gas humidity and purity, along with seven critical decomposition byproducts and impurities—sulfur dioxide (SO₂), hydrogen sulfide (H₂S), carbon monoxide (CO), hydrogen (H₂), carbon tetrafluoride (CF₄), and air/oxygen (Air/O₂). This eliminates the need for sequential tests, significantly improving work efficiency.
Key Product Advantages
- Intelligent System Integration: The RA912F SF6 Gas Comprehensive Analyzer (8-in-1) runs on a stable Linux operating system, ensuring smooth operation and rapid response. It supports automatic data processing and storage, minimizing manual intervention and associated costs.
- Precision Control Technology: Features a dual-channel automatic flow control design that ensures stable gas sampling, delivering highly repeatable results with minimal error—guaranteeing reliable measurements.
- Regulatory Compliance: Humidity PPMS conversion strictly complies with the DL/T 506-2018 industry standard, meeting the compliance requirements of power system inspections.
- Portable & Rugged Design: Housed in a pull-handle waterproof case, the RA912F SF6 Gas Comprehensive Analyzer (8-in-1) is dustproof, moisture-resistant, shock-absorbing, and crush-resistant—making it ideal for complex outdoor and field environments while offering convenient mobility.
- User-Friendly Features: Automatically locks measurement data once stable (i.e., when results meet acceptance criteria), preventing human error. It also supports data export and traceability for efficient recordkeeping and audit management.
- Long Battery Life: Powered by a BPS battery system, the SF6 gas comprehensive analyzer provides extended runtime to support prolonged on-site testing without frequent recharging.
Application Scenarios
- SF6 gas maintenance and testing for high-voltage switchgear, GIS (Gas-Insulated Switchgear), and other power equipment
- Acceptance testing of new SF6 gas and random quality inspections of in-service gas
- Monitoring SF6 decomposition byproducts in power, chemical, and metallurgical industries
- Gas component analysis in research institutions and testing laboratories
Product Value Proposition
Centered on “comprehensive detection, precision, efficiency, intelligence, and convenience,” the RA912F SF6 Gas Comprehensive Analyzer (8-in-1) breaks through the limitations of traditional single-component analyzers. It reduces the number of devices required and streamlines testing procedures, while maintaining regulatory compliance and rugged durability. This empowers users to lower operational and maintenance costs, enhance work efficiency, and ensure the safe and reliable use of SF6 gas.
Equipment Parameters
|
Humidity Td(Capacitive) |
|
|
Range |
(-60~+20) °C DP |
|
Maximum Permissible Error |
±2°C DP |
|
Response Time |
≤3 min |
|
SF₆ Purity |
|
|
Range |
(0~100) % or (90~100) % (vol) |
|
Maximum Permissible Error |
±0.5% (vol) |
|
Response Time |
≤40 |
|
Air(O₂ Conversion) |
|
|
Range |
(0~5000) μL/L (21% O₂ conversion) |
|
Maximum Permissible Error |
±2.5%F.S |
|
Response Time |
≤40 |
|
CF₄ Detection |
|
|
Range |
(0~2000) μL/L |
|
Maximum Permissible Error |
±2.5%F.S |
|
Response Time |
≤40 |
|
Range |
(0~100) μL/L |
|
Maximum Permissible Error |
(0~10) μL/L: ±0.5 μL/L; (10~100) μL/L: ±5% |
|
Response Time |
≤40 |
|
H₂S Detection |
|
|
Range |
(0~100) μL/L |
|
Maximum Permissible Error |
(0~10) μL/L: ±0.5 μL/L; (10~100) μL/L: ±5% |
|
Response Time |
≤40 |
|
CO Detection |
|
|
Range |
(0~500) μL/L |
|
Maximum Permissible Error |
(0~50) μL/L: ±2 μL/L; (50~500) μL/L: ±4% |
|
Response Time |
≤40 |
|
H₂ Detection |
|
|
Range |
(0~100) μL/L |
|
Maximum Permissible Error |
±5%F.S |
|
Response Time |
≤60 |