Handheld SF6 gas quantitative detector

Handheld SF6 gas quantitative detector

Product Parameters:

Measurement range（SF6）：0.01ppm～500ppm(Volume ratio)
Response time: not greater than3second
Indication method: LCD digital display and sound/light signal alarm
Alarm setting range:0.1ppm～500ppm(Volume ratio)
Vacuum pump pumping speed:0.5rise/second
Vacuum pipeline length:4rice
Continuous working time: not exceeding4hour
Working conditions: AC power supply220V 50Hz
Environmental temperature7℃-40℃
Relative humidity not exceeding85%
Power: Approximately150W
Whole machine weight: approximately15Kg

Product Features:

The instrument uses a small vacuum pump.
Small size, light weight, easy to carry.
High sensitivity, good stability, and fast response speed.
The probe has the characteristics of not being poisoned.
LCD displays gas concentration, making instrument readings more convenient and accurate.
The alarm setting function automatically emits an alarm sound when the measured gas concentration is greater than or equal to the set value.

Handheld SF6 gas quantitative detector

Product Introduction:

This is a product designed by our company. Its principle is that when the concentration of sulfur hexafluoride gas in the air changes, the ionization degree of the mixed gas will also vary under the action of high-frequency electromagnetic fields. By detecting the ionization degree, the concentration of sulfur hexafluoride can be reflected.

Use a small vacuum pump. It has the characteristics of small size, light weight, easy portability, high sensitivity, good stability, fast response speed, and the probe will not be poisoned. And there is a liquid crystal display for gas concentration, making instrument readings more convenient and accurate. This instrument has added an alarm setting function, which automatically emits an alarm sound when the measured gas concentration is greater than or equal to the set value.

Leak detection of equipment and containers filled with sulfur hexafluoride can be carried out quickly and accurately in departments such as power, railway, electrical manufacturing, chemical engineering, fire-fighting equipment, and atomic physics research, enabling qualitative and quantitative testing.