Key Features

• With high selectivity, TDLAS is a high-resolution spectroscopic technique. Due to the unique “fingerprint” characteristics of molecular spectra, measurements are not interfered with by other gases, a feature that offers significant advantages compared to other analytical methods.
• With broad applicability, TDLAS technology effectively measures all active molecules that absorb in the near-infrared region, covering virtually all major gases used in engineering analysis.
• With high versatility, TDLAS technology offers advantages such as rapid response and high sensitivity. When combined with a long optical path gas cell, it enables measurement of trace-level gases at the ppb level.
• Continuous monitoring, ultra-fast measurement response.
• Dual range design, wide measurement range, ultra-low detection limit.
• Enhanced Heliotrope light cell structure for ppb-level measurements.
• Half-year calibration, easy maintenance, no consumable costs.
• Special coating to effectively minimize the interataction, absorption, and the chemical reaction of the measured gas on the pipe wall.

Available NH₃ Configurations:

☑ ESE-LASER-500 Trace Ammonia(NH3)Gas Analyzer

☑ ESE-LASER-10M Ammonia(NH3) Gas OEM Module

☑ ESE-LASER-500 Trace Ammonia(NH3)Gas Analyzer

☑ ESE-LASER-10M Ammonia(NH3) Gas OEM Module

Tailored Online TDL Gas Analyzer (Monitor one gas only)

• ESE-LASER-100 Online TDL NH3 Analyzer (050/500ppm; 0-1000ppb)
• ESE-LASER-200 Online TDL HCl Analyzer (0-20/200ppm; 0-1000ppb)
• ESE-LASER-300 Online TDL HF Analyzer (0-10/100pm; 0-200ppb)
• ESE-LASER-500 Online TDL O2 Analyzer (0-100%)
• ESE-LASER-600 Online TDL H2S Analyzer (0-30%; 0-500ppm)
• ESE-LASER-710 Online TDL CO Analyzer (0-100%; 0-500ppm)
• ESE-LASER-720 Online TDL CO2 Analyzer (0-100%; 0-1000ppm)
• ESE-LASER-730 Online TDL CH4 Analyzer (0-100%; 0-20ppm)