-
−20%
Mini dujų nuotėkio detektorius Habotest HT66
- Įtraukti į patikusias prekes
- Pridėta į patikusias prekes
- Pašalinta iš patikusų prekių
Garantija
12 mėn.
Pristatymas
per 8 - 16*
d. d.
Habotest HT66 mini gas leak detector
The Habotest HT66 compact gas leak detector detects many different types of flammable gases and ensures safety at home, in the office or during industrial work. It has a high-quality sensor and is extremely precise - its accuracy is ≤10% FS and sensitivity is <50 PPM. It also has the advantage of a response time of about 5 seconds, as well as a visual and audible alarm.
For the sake of your safety
The Habotest HT66 mini gas leak detector allows you to quickly and effectively detect methane with an accuracy of ≤10% FS. As a result, the device will notify you in time of a leak of carbon monoxide, propane or benzene, as well as many other flammable gases. Importantly, the measurement result will be displayed in real time on a special scale located on the front of the detector.
Fast and reliable
It takes only about 30 seconds from the start of the detector for the equipment to be ready for operation. Also noteworthy is the short response time of about 5 seconds. The HT66 uses as many as 2 types of alarm, so you can be sure that you will learn about the danger quickly enough - when gas is detected, the detector sets off a visual and audible alarm.
Well designed
The detector features a compact design, so it doesn't take up much space and is easy to transport, so you can take it with you anywhere. The product is powered by 2 AAA batteries, which you can easily remove and replace. Importantly, the device has an automatic shut-off function.
Manufacturer | Habotest |
---|---|
Model | HT66 |
Concentration range | 50-1000 ppm |
Gases detected | Combustible gases |
Accuracy | ≤10% FS (methane) |
Sensitivity | <50 PPM (methane) |
Response time | <5 s |
Start-up time | Approx. 30 s |
Alarm | Visual, audible |
Automatic shutdown | Yes |
Power supply | 2x AAA 1.5 V batteries |
Dimensions | 317 x 26 x 41 mm |