CAATM CA-2100H industrial portable toxic gas detector digital gas analyzer phosphine leakage detector
Applicable places
It is suitable for detecting the concentration of alkanes such as methane and propane,alcohols and organic volatile gases in the working environment. It can be widely used in industries such as petroleum, petrochemicals, fuel gas, firefighting,etc.
Main features
Advanced microcomputer processing technology
Advanced low-power processors
Self checking and self-healing functions
Real-time display, low battery warning
High sensitivity for leak detection (Sensitivity adjustable)
CAATM CA-2100H industrial digital portable toxic gas detector ammonia gas leakage detector
Applicable places
It is suitable for detecting the concentration of alkanes such as methane and propane,alcohols and organic volatile gases in the working environment. It can be widely used in industries such as petroleum, petrochemicals, fuel gas, firefighting,etc.
Main features
Advanced microcomputer processing technology
Advanced low-power processors
Self checking and self-healing functions
Real-time display, low battery warning
High sensitivity for leak detection (Sensitivity adjustable)
CAATM CA-2100H Portable gas leak detector
Applicable places
The device is ideal for measuring concentrations of alkanes such as methane and propane, as well as alcohols and organic volatile compounds in the workplace. It can be widely used in petroleum, petrochemical, gas, fire protection and other fields.
Main features
Advanced microcomputer processing technology: Employs advanced computing power to enhance performance.
Advanced low-power processors: Designed for energy efficiency while maintaining functionality.
Self checking and self-healing functions: Ability to autonomously identify and correct problems.
Real-time display, low battery warning: Provides instant visibility of readings and notifies the user of low battery status.
High sensitivity for leak detection (Sensitivity adjustable): Features adjustable sensitivity for accurate leak detection.