NEO Monitors LaserGas iQ2 O2, CO, CH4, H2O Laser Analyzer
Measured parameters: CO (Carbon Monoxide), O₂ (Oxygen, Gas), CH₄ (Methane), H₂O (Water Vapor / Moisture)
Measurement method: TDLAS Laser Absorption
LaserGas iQ2 is an ATEX-approved TDLAS analyzer that simultaneously measures O2, CO, CH4 and H2O in process gas up to 1300 °C; from Tetra in Türkiye.
Installation, calibration, spare parts and service in Türkiye come from Tetra; cabinet and panel integration can be done at our İzmir facility.
Technical information
- Measurement principle
- TDLAS
- Measured gases
- O2, CO, CH4, H2O
- Max. process gas temperature
- 1300 °C
- Max. process pressure
- 1.5 barA
- Optical path length
- Up to 20 m
- Response time
- ≤ 5 s
- Supply
- 24 VDC (18–30 VDC), max. 30 W
LaserGas iQ2 is an in-situ TDLAS analyzer developed to monitor multi-component, high-temperature combustion processes. One instrument measures O2, CO, CH4 and H2O over the same optical path; maximum process gas temperature is 1300 °C, maximum process pressure 1.5 barA and optical path up to 20 m.
Its Ex pxb purge-protected housing is approved for ATEX/IECEx Zone 1 and CSA Class I Div. 2. It is suitable for furnace and boiler combustion control, safe operation and efficiency tracking at steel, cement, glass and energy plants. Optical alignment and Ethernet/Modbus-TCP options can be ordered separately.
LaserGas iQ2 features
- Combined measurement of O2, CO, CH4 and H2O
- Process gas up to 1300 °C
- Response time 5 seconds or shorter
- -40 to +55 °C operating temperature
- 24 VDC supply, max. 30 W
- Ethernet (TCP/IP), 4 relays, 4–20 mA output
- ATEX/IECEx Zone 1 and CSA Class I Div. 2
Spare parts and consumables
Write to us for spare parts and consumables; the Tetra service team supplies and replaces the right original parts for your instrument.
Ask about spare parts →Products from Neo Monitors
Let's choose the right product together
Tell us about your application; we will recommend the right model and configuration for the measuring point, process conditions and regulations.