The ZR-3130 THC Analyzer is a portable total hydrocarbon analyzer designed for fast and reliable detection of organic and inorganic compounds in industrial environments. Equipped with a hydrogen flame ionization detector (FID), it enables accurate identification of hydrocarbon leaks in pipelines, valves, flanges, and sealing systems.
Compact and lightweight, the analyzer is particularly suited for field operations, enabling technicians to quickly locate leaks and perform maintenance inspections in compliance with environmental monitoring standards.
Advantages
- High sensitivity detection thanks to integrated FID technology for total hydrocarbon monitoring
- Fast response time (<3.5 s) for rapid leak detection during inspections
- Portable and autonomous operation with removable battery
- Designed for hazardous environments with ATEX certification
- Flexible configuration with optional O₂ sensor and PID detection
Main Features
- Measurement range (FID): 1.0 – 50,000 ppm methane
- Optional PID range: 0.5 – 2000 ppm
- Optional O₂ measurement: 0 – 30%
- Minimum detection limit: 0.5 ppm methane
- Response time: <3.5 seconds
- Sampling flow rate: 1.1 – 1.5 L/min
- Battery autonomy: up to 10 hours continuous operation
- Hydrogen cylinder autonomy: approximately 6 hours
- Data logging: automatic recording with adjustable interval
- Communication: optional Wi-Fi or Bluetooth
- Weight: about 3 kg
Typical Applications
- Leak detection on industrial pipelines, valves and flanges
- Environmental monitoring following EPA Method 21
- Inspection of petrochemical plants and refineries
- Monitoring of VOC emissions in industrial environments
- Maintenance inspections in gas handling systems
Additional Information
- Compliant with EPA Method 21, SOR/2020-231 and EN 15446 standards for hydrocarbon leak detection
- Equipped with a hydrogen cylinder and sampling probe for field measurements
- Delivered with accessories such as carrying backpack and transport case
- Optional accessories available including solid-state hydrogen cylinder and extended sampling probes