4 results about "Infrared gas analyzer" patented technology

To improve work efficiency during manufacturing and maintain good sensitivity over the long term. [Solution] The infrared gas analyzer detector (20) comprises first to third infrared transmitting windows (21 to 23) that transmit infrared rays, a front gas chamber forming body (27) to which the infrared transmitting windows are joined to form first and second gas chambers (31, 32), and a sensor unit (60) housed in a containment space (62) communicating with each gas chamber to detect the concentration of the gas to be measured. The gas chamber forming body comprises a frame (81 to 83) to which the first to third infrared transmitting windows are joined, and a main body (34) that forms each gas chamber and to which the first to third frame (34) is joined. The infrared transmitting windows and the frame are joined at room temperature via metal layers (86, 88) formed in the joining regions of each.

This utility model relates to the field of gas analyzer technology, specifically to an infrared gas analyzer, comprising: a housing, a detection component, and a heat insulation component; the detection component is placed in the inner cavity of the housing and is used to detect gas concentration; the heat insulation component is connected to the housing, and a mounting cavity is formed between the heat insulation component and the housing, with the detection component located within the mounting cavity. This utility model, by installing the heat insulation component on the housing, forming a mounting cavity between the heat insulation component and the housing for mounting the detection component, and placing the detection component within the mounting cavity, prevents the detection component from directly contacting the external environment, thereby isolating the detection component from interference from external ambient temperature, and thus avoiding the influence of ambient temperature changes on the output intensity of infrared light, improving measurement accuracy.

The utility model relates to gas infrared gas analyzer technical field, and disclose a kind of high-precision gas analyzer.The high-precision gas analyzer includes: flue pipe, the inside fixed mounting of flue pipe has fixed plate, the top fixed mounting of flue pipe has top cover, the outside fixed mounting of flue pipe has support ring, the top fixed mounting of support ring has PLC controller, the left side of flue pipe is inserted and installed with infrared gas analyzer, the left side of flue pipe is inserted and installed with barometer, barometer is located the top of fan blade, the air pressure size below the fixed plate in flue pipe can be monitored in real time, and monitoring data is transmitted to PLC controller, set air pressure threshold interval by PLC controller, by PLC controller to compare actual data with set threshold value, and according to comparison data to adjust the rotational speed of driving motor and the rotation angle of movable plate, to adjust internal flue gas air pressure, so that air pressure is kept at proper size, to facilitate infrared gas analyzer to analyze flue gas.

To improve work efficiency during manufacturing and maintain good sensitivity over the long term. [Solution] The infrared gas analyzer detector (20) comprises first to fourth infrared transmitting windows (21 to 24) that transmit infrared rays, a front gas chamber forming body (27) and a rear gas chamber forming body (28) to which the infrared transmitting windows are joined to form first to third gas chambers (31, 32, 49), and a sensor unit (60) housed in a containment space (62) communicating with each gas chamber to detect the concentration of the gas to be measured. The gas chamber forming body comprises a frame (35a to 35c, 52) to which the first to fourth infrared transmitting windows are joined, and a main body (34, 51) that forms each gas chamber and to which the first to fourth frame (34 to 51) is joined. Each infrared transmitting window is joined to the frame via a joining member (45 to 48) which is made of low melting point glass.