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GS-IRAT2200 furnace combustion infrared thermometry system
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GS-IRAT2200 furnace combustion infrared thermometry system

Category: Temperature detection
GS-IRAT2200 furnace combustion infrared temperature measurement system is an endoscopic split imaging temperature measurement system applied to various types of industrial furnaces. The system can not only realize the color video monitoring of the combustion conditions in the kiln, but also can simultaneously detect the temperature of any area of interest in the field of view. It provides intuitive and reliable detection methods for industrial furnaces to optimize combustion, save energy and reduce emissions, and improve combustion efficiency. It has been widely used in petrochemical, electric power, cement, metallurgy and other industries.
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GS-IRAT2200 furnace combustion infrared thermometry system is an endoscopic split imaging temperature measurement system applied to various types of industrial furnaces. The system can not only realize the color video monitoring of the combustion conditions in the kiln, but also can simultaneously detect the temperature of any area of interest in the field of view. It provides intuitive and reliable detection methods for industrial furnaces to optimize combustion, save energy and reduce emissions, and improve combustion efficiency. It has been widely used in petrochemical, electric power, cement, metallurgy and other industries.

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● The separate design of camera and transmission device has the characteristics of long stroke and easy maintenance

● Automatic ROI position tracking technology based on machine vision to ensure that the marked area of interest will not deviate from the target due to target jitter

● Wide dynamic range, can clearly observe the flame and furnace working conditions from ignition to normal combustion

● The system adopts the dual detection and protection technology of air pressure and temperature. In the case of gas shutdown, power failure, or over-temperature, the transmission device automatically removes the mounted high-temperature probe from the furnace to avoid damage to the probe due to lack of protection

● The air duct design of the camera is guided by energy saving and environmental protection. Under the premise of ensuring the cooling effect, the cooling medium is recycled to reduce the air consumption of a single system

● The lens adopts a stainless steel sealing structure as a whole, which can effectively reduce the probability of lens contamination due to excessive oil and water in the air path. The front of the lens is equipped with a sapphire lens, which has the characteristics of high temperature resistance, scratch resistance and long service life.

● Multi-stage air purification is adopted, which can effectively filter the oil and water contained in the compressed air, and prevent the oil and water from polluting the optical components of the lens.

● Multi-stage air purification is adopted, which can effectively filter the oil and water contained in the compressed air, and prevent the oil and water from polluting the optical components of the lens

 

Camera

 

 

 

Resolution

≥1280×960

Frame    rate

≥25fps

Temperature measurement range

600~1800°C (customizable)

Temperature measurement error

±0.5%

lens

 

Field of view

30°~110° (optional)

depth of field

0.3m~∞

Transmission device

Transmission stroke

≥300mm (customizable)

Common conditions

 

 

 

Applicable environment

Probe temperature: -30~1800
Temperature of other parts: -30~55
Humidity: ≤95%, no condensation

Power supply (single set)

AC220V±10%  Max3A

Cooling medium

Air/Nitrogen

Media requirements

Pressure≥0.2Mpa/Flow≥0.1m³/min

Petrochemical, electric power, cement, metallurgy

Keywords: Component Detection / Temperature Detection / Gas Detection Visual / Perception

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