Shenzhen ammonia sulfur hexafluoride detector in stock alarm

Shenzhen ammonia sulfur hexafluoride detector spot alarm displays the measured gas name, real-time value, 50 segment bar chart displays real-time gas concentration, gas full range, and gas internal parameters Adopting high-speed and high-precision processing circuits to achieve fast and accurate instrument measurement.

Shell material: Aluminum alloy explosion-proof shell

Dimensions: 125X106X153

Explosion proof level: ExdIICT6

Protection level: IP66

Whole machine weight: 1.8Kg

Accuracy: ± 1% F.S

LCD display content: measuring gas name, real-time numerical value, 50 segment bar chart displaying real-time gas concentration, gas full range, gas internal parameters

LCD display modes: ppm, ppb, mg/m3, ug/m3,% VOL,% LEL

Working environment temperature: -20~50 ℃

Working environment humidity: 10~95% RH Non condensing

Analog signal output: Three wire system 4-20mA linear output

Digital signal output: Standard RS485 signal output, compatible with Moden and communication software to communicate with computers

Working voltage: 24VDC (12~30VDC)

Basic working current: 11mA@24V (toxic and oxygen), 33mA@24V (Catalytic combustion, infrared sensor)

Operation steps:

1. Equipment preheating: According to the requirements of the equipment manual, preheat the detector to the working temperature to ensure the stability and accuracy of the sensor.

2. Parameter setting: Set the parameters of the detector according to actual needs, including gas type, detection range, and alarm threshold. Ensure that the device can adapt to different application scenarios.

3. Detection operation: Place the detector in the test area and wait for a period of time for the sensor to fully sense the gas concentration in the environment. Observe the concentration value on the instrument display screen and pay attention to the alarm prompt.

4. Data recording: Record key data during the detection process, including concentration values, time, and location. Ensure the accuracy and completeness of the data.

5. Troubleshooting: In case of abnormal situations or alarm prompts during use, the detection should be stopped in a timely manner and troubleshooting should be carried out. Follow the operating instructions in the equipment manual or contact the equipment supplier for support.

Notes:

1. Safe operation: When using the ammonia sulfur hexafluoride detector, relevant safety operating procedures should be followed, personal protective equipment should be worn, and corresponding safety facilities and emergency measures should be ensured in the laboratory or workplace.

2. Equipment maintenance: Regularly clean the exterior and sensor components of the equipment to keep it clean and tidy. At the same time, regular maintenance and calibration of the equipment are carried out to ensure its normal operation and accuracy.

3. Gas sampling: When detecting ammonia and sulfur hexafluoride gases, the correct gas sampling method should be followed to ensure the representativeness and accuracy of the sampling points.

4. Sensor lifespan: Understand the service life and replacement cycle of sensors, and replace them regularly as needed to ensure the accuracy of detection results.

5. Calibration and Quality Control: Regularly calibrate and quality control sensors to ensure the accuracy and reliability of the detector.