Carbon monoxide gas detector utility tool

This one is divided into industrial fixed carbon monoxide gas detector and portable carbon monoxide gas detector, I don't know what you have to ask.

Carbon monoxide detectors cannot detect natural gas.

Because the carbon monoxide detector is a single gas detection instrument, it can only detect the carbon monoxide gas leakage concentration alone, mainly because the working principle and the gas sensor used is the carbon monoxide sensor, which can only detect carbon monoxide, not natural gas.

If you need to test natural gas, you can use a natural gas detector, and the use of such a professional single gas detection instrument can effectively detect different gas leakage concentrations.

Since the detection of carbon monoxide and natural gas are two gases, and the gas detector is a single gas detection, two gas detectors are required. In order to facilitate the provision of multi-functional gas detectors, Coric can meet the requirements of simultaneous detection of carbon monoxide and natural gas leakage concentrations, thereby improving the work efficiency of workers.

There are two types of gas detectors: fixed gas (carbon monoxide) detectors and portable gas (carbon monoxide) detectors.

The key component of a gas detector is the gas sensor. Gas sensors can be divided into three categories in principle: a. Gas sensors that use physical and chemical properties:

Such as semiconductor type (surface control type, volume control type, surface potential type), catalytic combustion type, solid thermal conductivity type, etc.

b. Gas sensors using physical properties: such as thermal conduction, optical interference, infrared absorption, etc.

c. Gas sensors using electrochemical properties: such as constant potential electrolysis, Galvani battery type, separator ion electrode type, fixed electrolyte type, etc.

The fixed gas (carbon monoxide) detector is mainly composed of a carbon monoxide sensor and a pre-amplification circuit, and is wall-mounted, which can detect the carbon monoxide gas leakage in the environment in real time, and when the carbon monoxide gas leaks, the gas (carbon monoxide) detector outputs a 4-20mA analog signal, and the alarm controller sends out an audible and visual alarm to prompt the staff to take corresponding measures. Fixed gas (carbon monoxide) detectors are widely used in petroleum, chemical, metallurgy, electric power, coal mines, water plants and other environments to effectively prevent the occurrence of poisoning, ** and other accidents.

A portable gas (carbon monoxide) detector is an instrument that can continuously measure the concentration of carbon monoxide in the working environment. The gas (carbon monoxide) detector detects the gas concentration by natural diffusion, and adopts imported electrochemical sensor, which has excellent sensitivity and excellent repeatability; The gas (carbon monoxide) detector adopts embedded micro-control technology, simple menu operation, complete functions, high reliability, and the performance of the whole machine is at the leading level in China. The shell of the detector is refined from high-strength engineering materials and composite elastic rubber materials, with high strength and good hand feel.

The carbon monoxide detector is a single gas detection instrument, which can only detect the carbon monoxide gas leakage concentration alone, mainly because the working principle and the gas sensor used is the carbon monoxide sensor, which can only be used to detect carbon monoxide, not natural gas. Carbon monoxide and natural gas belong to two kinds of gases, and the gas detector is a single gas to detect that the main component of natural gas is methane, and a methane gas detector is required.

However, the composition of natural gas is generally methane, but if the combustion of natural gas is not sufficient, the volatile gas is carbon monoxide, so the carbon monoxide detector can detect the gas concentration after natural gas combustion.

The main component of natural gas is methane, and a methane gas detector is required.

Carbon monoxide detector, whether it can detect natural gas.

The composition of natural gas is generally methane. However, if the combustion of natural gas is not sufficient, the volatile gas is carbon monoxide, so the carbon monoxide detector can detect the gas concentration after natural gas combustion.

Carbon monoxide detectors cannot detect flammable gases.

Because the carbon monoxide detector is a single gas detection instrument, it can only detect the carbon monoxide gas leakage concentration alone, mainly because the working principle and the gas sensor used is the carbon monoxide sensor, which can only detect carbon monoxide, not natural gas.

If you need to detect flammability, you can use a combustible gas detector, and only by using such a professional single gas detection instrument can you effectively detect different gas leakage concentrations.

Because between the two, the lower limit of combustible gas is lel, and the gas concentration of carbon monoxide detection is ppm, so carbon monoxide cannot be used to detect combustible gas.

Combustible gas detector, an instrument capable of detecting combustible gas.

Probably not.

There are many kinds of combustible gases, such as hydrogen, carbon monoxide, methane, ethane, butane, natural gas, ethylene, etc., carbon monoxide is just one of them, if there are other gases in the environment that need to be detected, then the carbon monoxide detector is not applicable. Therefore, it still depends on what gas is detected, and it is better to choose a special gas detector, which can be consulted by professionals.

1.On-site emergency monitoring methods.

1) Portable gas detection instruments: solid heat conduction, constant potential electrolysis, carbon monoxide detector, infrared carbon monoxide detector.

2) Commonly used rapid chemical analysis methods: iodine pentoxide ratio long detection tube method, palladium sulfate-ammonium molybdate colorimetric detection tube method (Wan Bentai, editor-in-chief: "Emergency Monitoring and Treatment and Disposal Technology for Sudden Environmental Pollution Accidents").

3) Gas speed test tube.

2.Laboratory Monitoring Methods Monitoring Method Category**Direct Injection Gas Chromatography Air Xu Bohong, Yan Huifang Editor-in-Chief: "Monitoring Methods for Hazardous Substances in the Workplace" Non-Dispersive Infrared Method Air GB 9801-88 Non-Dispersive Infrared Absorption Method Stationary Pollution Source Exhaust HJ T 44-1999 Gas Chromatography Workplace Air WS T 173-1999 Gas Chromatography Air Hang Shiping Editor-in-Chief:

Methods for the Determination of Harmful Substances in the Air (Second Edition) Palladium Sulfate-Ammonium Molybdate Tracheal Colorimetric Method Air Hang Shiping, Editor-in-Chief: Methods for the Determination of Harmful Substances in the Air (Second Edition) Excerpt from the national standard GB 9801-88 Air Quality Determination of Carbon Monoxide Non-dispersive infrared method.

1. Scope of application.

This standard applies to the determination of carbon monoxide in air quality.

The assay range is 0 and the lowest detected concentration is.

2 Principle

The sample gas enters the instrument and absorbs the infrared radiation energy in the center of the spectral line in the preabsorbent membrane.

After absorbing the micro-absorption of other radiant energy. The two chambers absorb different amounts of energy. The original absorption of indoor gas is heated to produce a pressure pulse of the same amplitude, and the change of the turn force pulse is added to the differential membrane microphone through a capillary.

This is converted into a change in capacitance, which is then converted by an amplifier into a DC measurement proportional to the concentration.

3. Instruments. Carbon monoxide infrared analyzer: 0 m

Recording instrument: 0 10mV.

Flow meter: 0 10 l min.

Gas pockets, water stops, double balls.

Nitrogen: Requires that the carbon monoxide concentration is known. Or prepare a hogarat heating tube to remove the carbon monoxide.

Carbon monoxide gassing. It should be selected in the range of 60% to 80% of the instrument's range.

4. Sampling. On-site monitoring of the sample gas is used to pass the sample gas directly into the instrument inlet port.

During the on-site sampling laboratory analysis, the sample gas is squeezed into the sampling air bag with a double ball, and after emptying, it is squeezed in, so that it is cleaned 3 or 4 times, and finally squeezed and clamped the air inlet with a water stop clamp, and the sampling location, sampling date and time, and the gas collection belt number are recorded.

Kailu Electronics.

K-G60 Fixed Gas Detector.

Product Overview. K-G60 fixed gas detector is a high-precision instrument used for real-time monitoring of combustible gas and toxic and harmful gas content in the air, this product can be connected to a host with multiple monitoring probes, can simultaneously monitor the target gas content in multiple areas and feedback to the multi-functional control cabinet, real-time display of monitoring data on the control cabinet display screen, to achieve the purpose of remote multi-point real-time monitoring.

Product Use: It is suitable for real-time monitoring and over-limit alarm of toxic gases, combustible gases, oxygen, etc. in the industrial production process.

Product standards. This product is divided into yellow and blue, and the screen display device and sound and light alarm device are optional.

Product features. 1) Real-time monitoring of gas concentration on site.

2) On-site data display of gas concentration.

3) Gas concentration is monitored on-site and displayed remotely.

4) Remote infrared remote control operation.

5) On-site alarm when the gas concentration exceeds the limit.

6) Gas concentration monitoring IoT terminal.

Core technology. 1) Automatic identification technology for sensor replacement.

2) Explosion-proof and explosion-proof technology.

3) Suitable for most harsh environments.

4) Independent alarm technology.

5) Independent on-site display technology.

6) Remote control technology.

7) Internet of Things technology.

Product Advantages: 1) High-quality industrial-grade sensor, accurate and durable.

2) The detection signal is stable and reliable, and the anti-interference is strong.

3) Optional 3-month battery life.

4) The signal transmission distance is long, the farthest distance from the host is 1km5) Waterproof, dustproof and explosion-proof, sturdy and durable.

6) Two-level alarm value setting, frequency conversion reminder.

7) Independent sound and light alarm device (optional), high decibel alarm 8) Simple structure, easy to maintain.

9) Support one-to-one multi-host control.

11) Support IoT terminal control.

The concentration of carbon monoxide is associated with possible symptoms of poisoning in healthy adults.

The concentration of carbon monoxide in the air is approximately 50 ppm for inhalation and symptom onset

The maximum concentration that a healthy adult can tolerate in an eight-hour period.

200ppm after 2-3 hours, mild headache, fatigue 400ppm 1-2 hours forehead pain; 3 hours after life-threatening 800ppm within 45 minutes, dizziness, nausea, cramps; loss of consciousness within 2 hours; Death within 2-3 hours.

1600ppm headache, dizziness, nausea within 20 minutes; Death within 1 hour: 3200ppm headache, dizziness, nausea within 5-10 minutes; Death within 25-30 minutes: 6400ppm headache, dizziness, nausea within 1-2 minutes; Death in 10-15 minutes, 12800ppm death in 1-3 minutes.

Note: The symptoms of CO poisoning in the table above are different for healthy adults and different for high-risk, vulnerable populations.

The visionless gas detector is good, I also bought it here, and if it exceeds it, it will call the police, so I don't have to worry about the danger of the children anymore.

1) Instrument name: A Erlenmeyer flask, D long neck funnel, F sink; (2) Carbon dioxide is soluble in water and denser than air, so the method of collecting carbon dioxide gas is the upward air exhaust method; (3) The preparation of carbon dioxide gas is made of calcium carbonate and dilute hydrochloric acid, which belongs to the mixture of solid and liquid and does not need to be heated, and the collection device is used to exhaust air upwards, so the required instrument is ACDE, and the chemical equation for the preparation of carbon dioxide gas is Caco 3 +2HCl CaCl 2 +H2 O+CO2; 4) the generator device for producing carbon dioxide gas is a mixture of solid and liquid and does not need to be heated, and the collection device is to use the upward air exhaust method, so oxygen can be mixed with hydrogen peroxide and manganese dioxide to produce oxygen, and oxygen has combustibility, which can rekindle the wooden strip with sparks, so the method of verifying that the gas is full is to put the wooden strip with spark into the mouth of the gas collection cylinder, and if the wooden strip is re-ignited, it proves that the oxygen is full So the answer is: (1) A Erlenmeyer flask, D long neck funnel, F sink; (2) upward exhaust air method; （3）acde；caco 3 +2hcl═cacl 2 +h 2 o+co 2 ↑；4) oxygen; Place the sparkled strip into the mouth of the gas collector cylinder, and if the strip rekindles, it will prove that the oxygen is full

Carbon dioxide production, collection and testing.

Features; Our company specializes in Yaan series pocket gas detection and alarm. Slippery (Shenzhen Yaweihua Company 0755-25887521 Xiaoyang 05). Ya'an gas detection products cover industrial toxic gas detection, oxygen content detection, combustible gas detection, household gas detection and other series, which have been widely used in various industrial and civil occasions to ensure environmental safety.

The measurement accuracy is high, and the imported gas sensing components are used. It has high precision, strong reliability, fast response recovery time, good gas selectivity, and strong ability to resist interference.

The display operation is intuitive and clear; Using a large LCD screen, the intuitive display of the detected gas concentration, range and current time buttons adopts touch mode, with a variety of icons of the display, making the operation more concise.

Low energy consumption: small size, light weight and low power consumption.

Explosion-proof mode: The intrinsically safe type can be used in hazardous areas 1 and 2.

Fast response: With the active inhalation working principle, it is faster to respond together.

Detection principle: return combustion.

Detection gases: alkanes, natural gas, liquefied petroleum gas, artificial gas and other combustible gases.

Detection range: active pumping type.

Measuring range: 0-100lel

Measurement accuracy: +-5%FS

Alarm type: sound, light alarm.

Explosion-proof mode: intrinsically safe type.

Explosion-proof marking: EXIB LL CT4

Temperature range: -20 -+40

Humidity range: 10%-95%RH

Power supply: high-energy rechargeable lithium battery.

Power consumption: 8 hours of continuous work (at room temperature).

Dimensions: 130mm*60mm*28mm