P20: New-generation pan-tilt scanning gas leak monitoring system
P10: Linear beam gas leak monitoring system
At stations and well sites, the scanning laser pan-tilt system will continuously rotate to scan each detection path. To accurately detect distant targets, it requires high positioning and precision installation. We will help you with the installation.
Traditional Pan-Tilt Products | |
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Explosion-proof | Intrinsic safety explosion-proof |
Industrial TV pan-tilt | Continuous operation high-reliability pan-tilt |
Open-loop motion control | Closed-loop control |
Ultra Low power consumption | Reduced 5x to 20W |
Compact size | Reduced 4x |
Light weight | Reduced 6x to 5.5kg |
Easy maintenance | Plug-and-play automatic recovery cruise control mode |
Required backend system Included: | Integrated detection, alarm, and trajectory control all done remotely |
The P20 integrates laser detection, leak point determination, data recording, cruise path management, and network communication into a single pan-tilt unit. This makes it a fully functional monitoring and alarm system. Even if the backend system goes offline, the P20 continues uninterrupted leak monitoring and syncs alarm data once the system is restored.
Multi-Applied
With ultra-low power consumption, the P20 supports solar power and connects to backend systems via 5G. Its compact size and lightweight design make deployment and removal easier.
Designed for detecting trace gas leaks across target areas, this system uses a reflective “target plate” for deployment. It is ideal for pipeline corridors, tunnels, valve rooms, and compressor stations.
Enhanced Detection with Reflective Structure
Linear Beam Detection, Maximum Monitoring Distance: 650ft (200m), Designed for detecting trace gas leaks across target areas, this system uses a reflective “target plate” for deployment. It is ideal for pipeline corridors, tunnels, valve rooms, and compressor stations.
The system utilizes a double-pass optical path, improving detection accuracy. Its directional reflection target allows for reliable performance without strict alignment, ensuring stable operation even if the support structure shifts due to external forces or ground settlement.