FSR-600FB natural gas calorific value analyzer, using infrared principle and thermal conductivity principle; Measurement includes the analysis of CO, H2, CO2, CH4, and analytical instruments. Through the system design of process gas sample conditions, the correct matching and reasonable combination are achieved, so that the CO, H2, CO2, and CH4 analytical instruments can adapt well to the special process conditions of various measuring points in gas calorific value analysis of gas projects. The system can automatically, continuously, accurately, and reliably analyze the content of CO, H2, CO2, and CH4 in each measuring point. The equipment technology scheme is advanced, the structure is concise, the component performance is reliable, the automation level is high, the operation is simple, and the maintenance is small. It is an ideal equipment for monitoring the calorific value of natural gas, coalbed methane, natural gas mixtures, and coal gas.

Through dynamic monitoring and energy efficiency optimization, an efficient solution has been provided for industrial gas calorific value management. Its rapid response, high-precision measurement, and modular design capabilities help enterprises achieve the dual goals of energy conservation, consumption reduction, and process stability, becoming a key tool for modern industrial energy management.

Technical Features

CH4Accurate measurement of CmHn gas concentration and calorific value

1. Color LCD screen display, clear information display

2. Touch screen operation, easy to operate

3. 4-20mA current loop output

4. 8-way switch quantity (relay) output

5. RS232 communication, easy to expand to RS485

technical indicators

Range: CO 0-50% CO2 0-20%

H20-10% CH40～100%

CmHn 0～10%

Working environment temperature: (5-45) ℃

Linear deviation: ± 2% FS

Stability: ± 2% FS/7d

Repeatability: 1%

Response time (T)90）：≤25s

Environmental temperature impact: ± 2% FS (5-45) ℃

technical advantage

1. The NDIR measurement method is simple to use and can replace the combustion method calorimeter.

2. The design of a dual channel detector effectively improves the stability of the instrument.

3. CH4The measurement accuracy of CmHn is high, CH4Not affected by CmHn gas interference.

4. Non consumable components, suitable for long-term continuous operation.