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TSPEC-6100
The advantage of the product
FID technology analyzer (flame-ionization detector) of its own development
Determined parameters: ch, los (nmhc), btex, temperature, pressure, consumption, humidity, content O₂
Features of sampling:
High-temperature froze
Heating of the sample
Multi-stage training
Applicability in conditions of high dustiness, humidity and temperature
Functional:
Built -in data collection system
Real calculation of pollutant emissions
Integration with environmental monitoring systems
Safety:
The possibility of execution in an explosion -proof version (ex D iic t4) for dangerous zones
Product operating manual
The selected gas through a sampling probe enters the heated sampling, where preliminary cleaning of dust is undergoing using a ceramic filter element. The sampler heats up to a temperature of 120-150 ° C to prevent moisture condensation during the transportation of the sample. Further, through a thermstated pipeline, using a sampling pump, the gas is supplied to the heating unit (120-140 ° C), where multi-stage thin cleaning passes through the system of precision filters. After the preparation, part of the sample is directed directly to the chromatographic analyzer, and the residual gas with increased speed is excreted through the safe discharge system.
Video about the product
The advantage of the product
FID technology analyzer (flame-ionization detector) of its own development
Determined parameters: ch, los (nmhc), btex, temperature, pressure, consumption, humidity, content O₂
Features of sampling:
High-temperature froze
Heating of the sample
Multi-stage training
Applicability in conditions of high dustiness, humidity and temperature
Functional:
Built -in data collection system
Real calculation of pollutant emissions
Integration with environmental monitoring systems
Safety:
The possibility of execution in an explosion -proof version (ex D iic t4) for dangerous zones
Product operating manual
The selected gas through a sampling probe enters the heated sampling, where preliminary cleaning of dust is undergoing using a ceramic filter element. The sampler heats up to a temperature of 120-150 ° C to prevent moisture condensation during the transportation of the sample. Further, through a thermstated pipeline, using a sampling pump, the gas is supplied to the heating unit (120-140 ° C), where multi-stage thin cleaning passes through the system of precision filters. After the preparation, part of the sample is directed directly to the chromatographic analyzer, and the residual gas with increased speed is excreted through the safe discharge system.
Video about the product
