GasTDL-3110 TDLAS Gas Analysis System
Process Gas Analyzers

GasTDL-3110

TDLAS Gas Analysis System

Model
GasTDL-3110
Category
Gas Analyzers › Process Gas Analyzers

Parameters: H2S / O2 / CO / CO2 / CH4 (1종 선택)

Measurement PrincipleTDLAS

Overview

GasTDL-3110 is an extractive TDLAS system that continuously measures a single target gas (H2S, O2, CO, CO2 or CH4) in dusty, harsh environments. Integrated probe, conditioning, control and analysis units with auto-purge and multi-stage filtration, plus gas and dust Ex certification, serve oil and gas, chemical and metallurgical plants.

Key Features

  • Highly Selective TDLAS Technology: Accurate target gas measurement with minimal cross-interference from background gases.
  • Explosion Protection: Certified Ex db IIC T6 Gb and Ex tb IIIC T80°C Db for safe operation in gas and dust hazardous areas.
  • Reliable Long-Term Operation: Automatic sampling, probe purging, condensate drainage, and multi-stage filtration for continuous and stable system operation.
  • Harsh Environment Adaptability: Reliable operation under demanding process conditions including high temperatures, high dust levels, high humidity, and corrosive gases.
  • Remote and Unattended Operation: Remote monitoring for reduced on-site supervision and improved operational efficiency.

Measured Parameters

ParameterMeasuring Range
H2S / O2 / CO / CO2 / CH4 (1종 선택)To be confirmed

Specifications

Measuring ComponentsH2S, O2, CO, CO2, CH4
Measuring PrincipleTDLAS
Measuring RangeH2S: 0~100ppm, 0~5000ppm / O2: 0~5%VOL (100%VOL customizable) / CO: 0~100%VOL / CO2: 0~100%VOL / CH4: 0~20%VOL
Accuracy≤±1%F.S.
Repeatability≤±1%
Span Drift≤±1%F.S.
Resolution0.01%VOL
Explosion-proof RatingEx db IIC T6 Gb / Ex tb IIIC T80℃ Db
Ambient Temperature-20~60℃
Operating Power220V AC, 50Hz
Operating Gas0.3~0.8MPa Industrial Nitrogen
Communication InterfaceRS-485, RS-232
Output Mode2 Channels of 4~20mA Output / 3 Channels of Relay Output

Applications

  • Oil and gas
  • Chemical processing
  • Metallurgy
  • Process optimization and energy reduction
  • Safety monitoring