The standard version of G460 detects O2, H2S, CO, CO2 and combustible gases in particular. Additional sensors are available for NH3, HCl, PH3, HCN, NO, NO2, SO2 and a variety of other gases. Thus, you can arrange your GfG gas detector to fit your exact requirements.

For increasing the user’s safety, this device detects carbon dioxide by means of the selective infrared measuring technology (NDIR). The IR sensors provide long-term stable detection values. Unlike electrochemical sensors, the IR measuring technology is not subject to cross sensitivity from toxic hydrogen sulphide. Furthermore, the expected sensor life of a GfG infrared sensor corresponds to the expected service life of the gas detector. Thus in the medium-term, there is no need to replace used-up or contaminated electrochemical sensors.

Comprehensive protection is additionally provided by a PID (photoionization detector) detecting volatile organic compounds. Familiar substances containing VOCs include solvents, paint thinner and nail polish remover as well as the gases and vapours associated with fuels such as gasoline, diesel, heating oil or kerosene. Specific toxic substances such as benzene, butadiene, hexane, toluene, xylene and many others are reliably detected. For most VOCs, however, the occupational exposure limit value is achieved long before readings reach a concentration high enough to trigger a combustible range alarm. The PID provides additional protection here.

The innovative design and exceptional functionality of this device were honoured with one of the internationally most coveted prized for product design, the red dot design award and the GIT SICHERHEIT AWARD.

Rechargeable NiMH or alkaline batteries which can be exchanged quickly and easily are available for providing the power supply. Their operating time is up to 30 hours. In combination with the NiMH battery pack equipped with EX-protected LED lights, the device can additionally be used as a bright flash light. With the help of the charging tray, the battery packs can be charged comfortably. However, charging is also possible using the docking station, test station or the vehicle charging cable for 12 V and 24 V.

Whether it’s a simple functional test or a complete documentation, tried and tested solutions are at your disposal. The mobile test station TS400 and automatic test and calibrating station DS400 are the ideal supplements to save money, time and efforts. Fast reacting GfG high performance sensors and a sophisticated pump system enable the lowest gas consumption.