The Analox Group specializes in the design, manufacture and through-life support of atmosphere monitoring systems for use in armoured vehicles, bunkers, citadels and safe havens.

 

For armoured vehicle operators, the two gases that pose the biggest risk are carbon monoxide (CO) and carbon dioxide (CO2).

Carbon monoxide (CO) is present in vehicle exhaust fumes and is also generated inside the vehicles when weapons are fired. Being exposed to carbon monoxide poisoning can result in headaches, dizziness, weakness, vomiting, chest pain and confusion. If someone breathes in a lot of carbon monoxide (CO), it can make the subject pass out or even worse, cause death.

Carbon dioxide (CO2) is another gas that poses a high risk to armoured vehicle users. Created by respiration of personnel inside the vehicle; increases in carbon dioxide (CO2) levels can cause tiredness and a reduced state of alertness, which could potentially cost lives.

Having reliable equipment to detect and monitor these gas levels is essential to keeping your squad safe and fully alert.

Carbon Monoxide Solutions

Carbon monoxide (CO) is present in the vehicle exhaust fumes and is also generated inside the vehicles when weapons are fired.

TEC CO 01

TEC CO

A digital device for monitoring very low levels of carbon monoxide in breathing air.

Carbon Dioxide Solutions

Carbon dioxide (CO2) is created by respiration of personnel inside a vehicle. Increases in carbon dioxide (CO2) levels can cause tiredness and a reduced state of alertness, which could potentially cost lives.

MIR 01 0

MIR

A miniaturised dual-channel digital Infrared sensor optimised for the measurement of carbon dioxide (CO2).

Oxygen, Toxic and VOC’s Solution

MEC

MEC

A single gas MEC (Mini Electrochemical) sensor available in: carbon monoxide (CO), oxygen (O2), He and Volatile Organic Compounds (VOCs).

Fun Fact

Leonardo da Vinci designed the first armored vehicle in 1485.

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