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- The instrument can be equipped with carbon monoxide, hydrogen sulfide, combustible gas and oxygen sensors in order to meet users’ different demands;
- LED display;
- Simple and convenient three-wire connection;
- The instrument adopts fault-tolerant design in order to avoid damages to the instrument due to wrong wire connections;
- The cast aluminum and stainless steel case is sturdy, durable and corrosion resistant, and the Protection Classification can be up to IP66.
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Part No.
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90006000-A1
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Gas Detected
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Combustible gas LEL
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Sampling Method
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Diffusion
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Gas Sensor
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Catalytic
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Measure Range
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0～100%LEL
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Resolution
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1%LEL
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Response Time
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Less than 30 seconds
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Power Supply
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(15～30)VDC, 80mA
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Electric Interface
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M20
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Display
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4-digit LED display
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Alarm Method
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LED graphic alarms
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Signal Output
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Analog signal: (4~20)mA, load resistance of 500 ohms
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Wiring Method
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Three-wire: power, GND, signal
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Protection Classification
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IP66
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Environment Temperature
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-20℃～50℃
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Environment Humidity
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15%～95% relative humidity (standard)
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Explosion-Proof
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Ex d IIC T6
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Size
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165mm×120mm×110mm(L×W×H)
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Weight
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1.6kg
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Materials of the cases
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Cast aluminum and stainless steel
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A combustible gas is one which ignites to burn, deflagrate or detonate when mixed with air and an ignition source.
Combustion is a fairly simple chemical reaction in which Oxygen is combined rapidly with another substance resulting in the release of energy. This energy appears mainly as heat – sometimes in the form of flames.
The process of combustion can be represented by the well known
fire triangle.
Three factors are always needed to cause combustion:
1. A source of ignition
2. Oxygen
3. Fuel in the form of a gas or vapour
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