SF6 Gas Infrared Imaging Leak Detector

SF6 Gas Infrared Imaging Leak Detector

MOEORW-WJX01 SF6 Gas Leak Detector integrates infrared imaging, precise temperature measurement, and multi-gas detection capabilities to detect SF6, ammonia, and other gases. Equipped with a high-definition detector and dual-spectrum camera, it supports multiple imaging modes and flexible temperature measurement, offering user-friendly operation and diverse data transmission options. Suitable for power, industrial, and environmental applications, it efficiently locates leaks and monitors equipment status, providing reliable support for safe operations and environmental compliance.

I. Outstanding Core Detection and Imaging Capabilities

Precise Multi-Gas Detection: Capable of specifically detecting sulfur hexafluoride (SF6) while also compatible with ammonia, ethylene, propylene, and other gases. Suitable for diverse applications including power equipment leak detection and industrial gas leak investigation.

High-Definition Infrared Imaging: Equipped with a vanadium oxide uncooled infrared focal plane detector featuring 640×512 resolution, 12μm pixel pitch, and a center wavelength of 10.55μm. Paired with a 19mm focal length lens and 23°×18° field of view, it clearly captures gas leak trajectories and thermal distribution details of objects.

Dual-Spectrum Fusion Advantages: An integrated 5-megapixel visible-light camera supports five imaging modes-infrared, visible light, picture-in-picture, thermal fusion, and detail enhancement (available on select models). Flexible mode switching adapts to scenarios, while picture-in-picture and thermal fusion modes support manual or touchscreen drag-and-drop alignment, balancing precise detection with intuitive visualization.

II. Professional and Comprehensive Temperature Measurement

Wide-Range High-Precision Temperature Measurement: Covers -20°C to 120°C with ±2% or ±2°C accuracy (whichever is greater), meeting routine temperature monitoring needs for industrial equipment and electrical facilities.

Diverse Temperature Measurement Modes: Supports center point, high/low point tracking, and custom point/line/area measurements. Line measurement displays maximum values, while area measurement simultaneously shows highest, lowest, and average values, adapting to various measurement scenarios.

Adjustable Parameter Optimization: Manually configure emissivity, ambient temperature, measurement distance, and other parameters. Includes a reference table for common material emissivities, enabling precise calibration based on target characteristics to enhance measurement accuracy.

III. Convenient and Intelligent Operation Experience

Flexible Control Design: Features a 3.5-inch touchscreen (480*640 resolution) supporting dual touchscreen and physical button controls. Navigation keys, confirmation keys, and back keys are logically arranged with clear operation logic, making it easy for beginners to master.

Practical Function Configuration: Supports up to 8x electronic zoom (active in infrared/visible light modes) for close-up detail observation; Features temperature range stretching with manual adjustment or auto-adaptation to optimize image contrast; built-in laser pointer for quick target acquisition.

Smart Assistance: Supports high/low temperature alarms with customizable thresholds, automatic photo intervals, and shot counts; includes non-uniformity correction-long-press the corresponding key to optimize image quality during rapid environmental temperature changes or high image noise.

IV. Flexible and Efficient Data Storage & Transmission

Expandable Storage Capacity: Standard 32GB MicroSD card with support for up to 512GB expansion. Stores infrared/visible images and videos with temperature data. Offers three naming methods: auto-naming, manual naming, and QR code scanning for clear file management.

Multi-Channel Data Transfer: Supports USB Type-C connection to computers (USB drive mode for data transfer, USB camera mode for real-time observation/analysis), direct SD card reading, and mobile device connectivity via WiFi hotspot. Paired with the dedicated app, it enables data import and secondary analysis, while also supporting cloud service uploads for convenient data backup and remote sharing.

5. Strong Battery Life and Adaptability

Multiple Charging Methods: Supports three charging modes-power adapter (full charge in approx. 3 hours), computer USB charging, and charging dock-to accommodate various indoor/outdoor scenarios. The removable lithium battery design facilitates backup power.

Environmental Adaptability: Operates at temperatures ranging from -10°C to +50°C, stores between -20°C and +60°C, and functions in relative humidity from 10% to 95% (non-condensing), making it suitable for most industrial and outdoor environments. Tripod mounting capability ensures stable, extended-duration detection.

VI. Safe, Reliable, and User-Friendly

Safety Protection Design: Comprehensive safety alerts and protective measures prevent damage from high/low temperatures, intense light sources, and laser radiation. The lens features anti-reflective coating, and standardized cleaning procedures extend device lifespan.

User-Friendly Configuration Details: Supports English interface with switchable temperature units (°C / °F / Kelvin) and distance units (m / ft). Features an auto-shutdown function (selectable 5/10/20 minutes or off) to conserve power. Supports voice annotation for convenient recording of inspection scene information.

I. Power Industry

SF6 Equipment Leak Detection: Routine inspection of sealed surfaces and joints in GIS/GIL equipment, SF6 circuit breakers, instrument transformers, etc., at substations; leak detection of SF6 auxiliary equipment in power plants and distribution rooms.

Equipment Temperature Monitoring: Anomaly detection for high-voltage line joints, transformers, and distribution cabinet components to prevent failures.

II. Industrial Production Sector

Special Gas Leak Detection: Leak detection for ammonia, ethylene, propylene, SF6, and other gases in pipelines, storage tanks, and reactors at chemical parks, semiconductor factories, and pharmaceutical plants.

Process & Equipment Monitoring: Temperature monitoring for industrial pipelines and pressure vessels; leak detection and temperature monitoring for food processing refrigeration systems.

III. Environmental Protection and Safety Supervision

Gas Emission Monitoring: Monitoring fugitive emissions of SF6, ammonia, and other gases from key polluting entities; safety inspections in industrial parks.

Emergency Response: Locating gas leak sources; detecting hazardous gases in confined spaces.

IV. Buildings and Public Utilities

HVAC & Refrigeration Systems: Leak detection and equipment temperature monitoring for central air conditioning and ammonia refrigeration systems; investigating abnormal heating pipeline temperatures.

Building Safety: Gas pipeline leak detection in residential/commercial buildings; leak localization in urban underground pipeline networks.

V. Research & Transportation

Research Laboratories: Gas leak monitoring for SF6, ammonia, etc.; R&D testing of gas detection equipment.

Transportation: Leak detection and temperature monitoring for SF6 equipment in rail transit power supply systems; leak detection for SF6 electrical equipment and refrigeration systems in ships.