FT - FHQ2: Your Reliable Portable Gas Detection Partner in Hazardous Areas

The FT - FHQ2 Portable gas detector, launched by Fengtu Technology, is a Chinese-made composite gas detection device.

This detector adopts a pump-suction gas detection method, actively extracting the gas to be detected, which greatly improves the detection efficiency. Its sensitive components use high-quality gas sensors, which have high sensitivity and excellent repeatability. This can ensure that the detection results are highly accurate and reliable, meeting the reliability requirements of safety monitoring in industrial sites.

The FT - FHQ2 is extremely easy to operate. The operation interface is simple and clear, and the equipped liquid crystal display screen can clearly show various detection data. Even non-professionals can quickly get started with the operation.

Safety is of utmost importance for this device. It is equipped with an intelligent alarm system. Once the gas concentration exceeds the standard, it will immediately issue audible and visual alarms, promptly reminding the operators to take corresponding measures and effectively preventing potential safety accidents.

The FT - FHQ2 can work normally in a wide temperature range from - 20°C to 50°C and in an environment with a humidity of less than 95% RH (without condensation), making it suitable for various complex working conditions. It is powered by a lithium battery with a voltage of DC3.7V and a capacity of 4000mAh. It only takes 2 to 3 hours to fully charge, and the standby time can reach 10 to 12 hours under standard working conditions, meeting the daily usage requirements.

Considering explosion protection and safety, it has an explosion protection mark of Ex ib IIB T3 Gb, making it suitable for dangerous areas where flammable and explosive gases exist, effectively preventing explosion accidents caused by the device during operation. With dimensions of 249.3mm×76.1mm×82.5mm, it is extremely portable and can be used for on-site gas detection at any time and anywhere in various scenarios such as industrial production, chemical plants, and gas detection.