Vehicle sampling and mounting assembly
Specify bumper geometry, inlet arrangement and vehicle power for the project.
Ask About This Option ↗NOVEL · PRODUCT AND SYSTEM SOLUTIONS
PERGAM SELMA MPB2 Vehicle Laser Methane Detector
SELMA MPB2 is a vehicle-mounted laser methane measurement system designed for bumper installation during mobile gas leak inspections.
Plan the Right Configuration
SELMA MPB2 is a vehicle-mounted laser methane measurement system designed for bumper installation during mobile gas leak inspections. Utilizing a dedicated suction pump, it draws ambient air samples to measure methane (CH4) concentrations through optical laser absorption. According to manufacturer specifications, the unit delivers a high sensitivity of 0.03 ppm with a rapid measurement cycle of 0.04 seconds. Operating on a 12 V power supply, it is specified for mobile survey operations at vehicle driving speeds of up to 50 km/h.
Field detection depends on route, speed, wind, ground conditions and inlet placement. The specified maximum speed is not a recommended survey speed for every site.
Request a Quote from NOVEL ↗Technical Specifications
Model and Configuration
- Target gas
- Methane (CH₄)
- Sampling
- Bumper-mounted inlet and pump
- Manufacturer sensitivity
- 0.03 ppm
- Measurement time
- 0.04 seconds
- Specified maximum vehicle speed
- 50 km/h
- Power
- 12 V
- Operating temperature
- −10…+50 °C
Applications
Vehicle leak surveys along gas distribution networks, industrial-zone pipelines and facility roads.
Accessories and Configuration Options
Options listed here are not a statement of standard delivery or current stock. Exact accessory codes and compatibility are confirmed against the model and ordered scope.
PRODUCT GUIDE
Frequently Asked Questions
How is the sample collected?
A pump draws air through the vehicle-mounted inlet to the laser measurement cell.
What is the specified measurement time?
The manufacturer specifies 0.04 seconds and a sensitivity of 0.03 ppm.
Does 50 km/h suit every survey?
No. Select survey speed for site conditions, inlet placement, wind and the survey procedure.