Product Overview
The DR-Q200 SF6 Gas Quantitative Leak Detector is a portable instrument used for detecting sulfur hexafluoride gas leaks. This instrument adopts infrared sensor technology and can perform quantitative measurement of SF6 gas, making it suitable for leak detection of SF6 gas-insulated equipment in power systems, industrial manufacturing, and other fields.
Technical Parameters
Detection principle: Non-dispersive infrared (NDIR) technology; Measurement range: 0~1000 ppm (expandable to 0~2000 ppm); Sensitivity: 1 ppm; Response time: T90 < 10 seconds; Recovery time: < 5 seconds; Operating temperature: -10°C~50°C; Operating humidity: 0~95%RH (non-condensing); Power supply: Rechargeable lithium battery, continuous working time ≥ 8 hours; Display: LCD screen with backlight; Output: RS232 interface, optional data logging function; Dimensions: approx. 220mm×100mm×50mm; Weight: approx. 0.8kg.
Features
1. Quantitative detection: Directly displays SF6 gas concentration value, with selectable units of ppm or μL/L. 2. Audible and visual alarm: Users can set alarm thresholds, and audible and visual alerts are issued when exceeded. 3. Data storage: Can store multiple sets of detection data for subsequent analysis. 4. Portable design: Handheld structure, lightweight, suitable for on-site use. 5. Long battery life: Built-in rechargeable lithium battery, meeting long-term detection needs. 6. Easy operation: Button-based menu, intuitive and easy to use.
Application Scenarios
Suitable for leak detection of GIS combined electrical apparatus, SF6 circuit breakers, transformers, instrument transformers, and other equipment in power systems; it can also be used for leak monitoring in SF6 gas production, storage, and transportation, as well as quantitative analysis of SF6 gas in industrial environments.
Precautions
Please read the instruction manual before use and ensure operation under specified environmental conditions. Regularly calibrate the sensor to ensure measurement accuracy. Avoid use in environments with high concentrations of organic solvents or corrosive gases.
