Habotest Ht601a gas leak Detector The Habotest gas leak Detector is characterized by high sensitivity and accuracy.
Brand Habotest Model Ht601a HT601B Range 0-9999PPM/0.00-20.00%LEL 0-9999PPM/0.00-20.00%LEL Detected gases Combustible gas Combustible gas Accuracy Not applicable ≤10% FS (Methane) Sensitivity <50PPM (Methane) <50PPM (Methane) Response time <2s <2s Warm-up time About 30s About 30s Display of measurement results Bargraph Digit + bargraph Alarm Visual and audible Visual and audible Auto/manual zero Auto zero Auto or manual zero Auto power off Yes Yes Low battery indication Yes Yes Flexible probe About 16 inches About 16 inches Power supply 3x AAA 1.5V battery (included) 3x AAA 1.5V battery (included) Weight About 350g About 350g Dimensions 225x60x33mm 225x60x33mm.
It is also easy to transport - you can safely take it With you wherever you need it. It requires 3 AAA 1.5V batteries, which must be purchased separately.
Durable, hard wearing and not prone to damage - it will surprise you With its reliable performance.
It is made in such a way that it can serve you perfectly for many years.
The reliable device you need The Detector is lightweight, compact and fits perfectly in your hand.
You will find there, among other things, the measurement results presented in the form of a bar chart, as well as a low battery indicator.
The colorful HD display makes working With the device much easier.
So you will use it in many ways.
It detects leaks of several different gases, such as methane, carbon monoxide, hexane and acetylene, among others.
Fast, accurate, versatile The device provides a very fast response, and thanks to its extremely sensitive sensor, it can operate With an accuracy of up to ±10 F.
S.
The Ht601a is handy and durable - it will prove useful in many applications.
The Ht601a also has an audible alarm.
With its help, you will quickly make a measurement, the result of which will be displayed on a clear, color LCD screen.
Habotest Ht601a gas leak Detector The Habotest gas leak Detector is characterized by high sensitivity and accuracy
