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E-mail
info@snilaser.com
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Phone
13986279543
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Address
No. 28, Fozuling 3rd Road, Donghu New Technology Development Zone, Wuhan City
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Wuhan Shengnuo Instrument Technology Co., Ltd
In situ laser HF gas analyzer can be customized for full tracking service
NegotiableUpdate on 04/02
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Overview
The in-situ laser HF gas analyzer can be customized for full process tracking services. The gas analyzer has the characteristics of high sensitivity, fast response speed, no background gas interference, non-contact optical measurement, etc. It can be applied to gas emission monitoring, process control and other scenarios in many industrial fields, providing reliable guarantee for real-time and accurate reflection of gas concentration changes.
Product Details
In situ laser HF gas analyzer can be customized for full tracking service
Product Introduction:
The iLAS series in-situ laser gas analyzer adopts the principle of Tunable Diode Laser Absorption Spectroscopy (TDLAS), which can measure the concentration of specific gases in process gas components, including NH3, HCL, HF, H2S, CH4, O2, CO, CO2, etc. This gas analyzer has the characteristics of high sensitivity, fast response speed, no background gas interference, non-contact optical measurement, etc. It can be applied to gas emission monitoring, process control and other scenarios in many industrial fields, providing reliable assurance for real-time and accurate reflection of gas concentration changes.
Advantages of in-situ measurement method
Direct analysis of process gases without any changes in sampling loss
Measure the average concentration of pipeline cross-section, which is closer to the real working conditions
• Fast real-time response, providing real gas concentration changes
Non contact optical measurement, suitable for high temperature, high pressure, and high dust conditions
• Customizable development for measurement processes
Typical applications of in-situ measurement
• Blast furnace gas safety monitoring
Converter gas recovery
• Hot blast stove flue gas monitoring
Optimization of combustion in heating furnace
• Analysis of oxygen content in reaction kettle
| performance parameters | ||||||
| model | iLAS-700-O2 | iLAS-700-CO | iLAS-700-CO2 | iLAS-700-CH4 | ||
| form | In situ injection | In situ injection | In situ injection | In situ injection | ||
| gas | O2 | CO | CO2 | CH4 | ||
| Measurement low limit | 0.01% | 0.01% | 0.01% | 0.01% | ||
| maximum range | 0-99.99% | 0-99.99% | 0-99.99% | 0-99.99% | ||
| Functional Parameters | ||||||
| power supply | AC220V/DC24V | Analog input | 2-channel 4-20mA | analog output | 2-channel 4-20mA, maximum load 750 Ω | |
| operating interface | Magnetic control graphic interaction | relay output | 3 channels (24V/1A) | digital output | RS485, Support MODBUS RTU protocol | |
| environmental parameters | ||||||
| optical path | ≤15m | Sample gas temperature | ≤800℃ | Sample gas pressure | Atmospheric pressure ± 5kPa | |
| ambient temperature | -30-55℃ | Sample humidity | No condensation water | ambient humidity | ≤90%RH | |
| Explosion-proof rating | ExdⅡ CT6 | Protection level | IP66 | purge gas | 0.4-0.6MPa, Nitrogen source | |
Note:1. Can provide H2O、C2H6、 Customization of special gases such as HCL, HF, HCN, etc;2. Customizable range according to application requirements;3. The actual optical path length is designed based on the installation pipe diameter size conditions
In situ laser HF gas analyzer can be customized for full tracking service
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