The sulfur hexafluoride gas detector adopts sensor technology and precise signal processing circuits, which can accurately measure the concentration of sulfur hexafluoride gas as low as tiny amounts. For example, some high-quality detectors can achieve high accuracy indicators within their range, providing reliable basis for safety assessment.

Quick response: Both electrochemical and infrared detectors can react to changes in gas concentration in a short period of time. The response speed of electrochemical methods is particularly outstanding, which can quickly capture gas leakage situations, issue timely alarms, and facilitate staff to take quick measures to deal with them.

Good stability: Infrared absorption technology has strong anti-interference ability and is not greatly affected by other environmental factors such as temperature and humidity. It can work stably for a long time in complex industrial environments. This ensures the reliability and consistency of the detection results, reducing the possibility of false positives and false negatives.

Multifunctionality: Many detectors not only have basic gas concentration detection functions, but also support functions such as data recording, storage, and transmission. Can save multiple test results for easy subsequent query and analysis; Some can also display multiple parameters simultaneously, such as average values, to provide information for users.

Portability and ease of use: The portable design makes the detector small in size and lightweight, making it easy to carry to different work sites for testing. The operation is relatively simple, usually only requiring preheating and placing the probe in the test area to read data. Ordinary staff can proficiently use it after simple training.

High safety: When the detected gas concentration exceeds the preset safety threshold, the detector will immediately sound and light an alarm to remind on-site personnel to pay attention and take corresponding protective measures, effectively ensuring the safety of personnel and the normal operation of equipment.

Measurement steps of sulfur hexafluoride gas detector:

-Turn on the power switch: The instrument enters the initialization self verification process, which usually lasts for 5 seconds.

-Check battery level: If using DC power supply, it is necessary to confirm whether the battery level displayed in the upper right corner is sufficient (if it is below about 10, it should be turned off for charging).

-Close the flow control valve: to prevent gas leakage or interference with the initial state.

-Connect to the sampling system: Insert one end of the quick connector of the tester into the sampling port of the purity analyzer; The other end is tightly connected to the joint of the switch device through a threaded interface and tightened and fixed with a wrench; Simultaneously connect the exhaust pipe to the air outlet.

-Adjust flow rate: Slowly open the flow valve to achieve a gas flow rate of 0.1L/m or above, ensuring stable flow.

-Data collection: The testing time for a single set of data should be greater than half a minute to ensure the reliability of the results. Some models support real-time display of concentration changes and automatic storage functions.

-Store current data: After the measurement is completed, the menu can be accessed by pressing the button to save the data to the instrument memory.

-Replace the tested object: Disconnect the current device, close the regulating valve, and remove the adapter. Repeat the above steps to test other devices.

-Turn off power: After all devices have been tested, turn off the power of the purity analyzer and properly organize the pipelines and accessories.