MRU OMS420 – O2 & COe In situ real-time analyzer
Spesifications :
| O2 | 0,1%-steps, 0,1 … 25 % |
| COe | 0 … 1.000 ppm (Option: measuring combustiable gases) |
| Transmitter | with microprocessor, graphical LCD and 4 operating keys with microprocessor, graphical LCD and 2 operating keys (internally) |
| Flange | ANSI flange: Ø 230 mm / probe tube: Ø 60 mm, up to max. 4,0 m length or flange DN80 PN16, flange DN65 PN6: Ø 216 mm / probe tube: Ø 60 mm, up to max. 4,0 m length or flange DN80 PN16 |
| Response time | < 10 seconds |
| Power supply | 18 … 24 Vdc (for Modell OMS 420), 90 … 100 W 100 … 240 Vac (for models OMS 420 RT and OMS 420 HT) |
| Protection | IP 65 |
| Weight | approx. 13,5 kg |
OMS420 – O2 & COe In situ real-time analyzer
Real-time oxygen and COe analysis on site
The MRU OMS 420 is an in-situ gas analyzer designed for real-time measurement of oxygen (O₂) and carbon monoxide equivalent (COe) in industrial combustion processes such as boilers. It enables continuous combustion optimization and energy efficiency improvements, supporting process temperatures of up to 1,700 °C (depending on the model).
Key Features :
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Continuous on-site measurement of O₂ and COe without sample extraction.
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Multiple configurations available: Compact, High-Temperature (HT), and Remote Transmitter (RT) models.
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High-accuracy zirconium dioxide (ZrO₂) sensor with fast response time (<10 seconds).
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Dual analog outputs (4–20 mA) and digital output (RS485, Modbus RTU).
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Rugged aluminum die-cast housing, rated IP65 for industrial environments.
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Options for automatic calibration and compressed air back-purge, ideal for dusty environments.
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Service-friendly design: quick replacement of the transmitter module by removing only four screws.
Measurement Ranges :
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Oxygen (O₂): 0.1 – 25.00 %, with accuracy of ±0.2% or ±5% of reading.
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COe: 0 – 1,000 ppm, with accuracy of ±50 ppm or ±10% of reading.
This product is ideal for heavy industrial applications such as cement plants, power generation facilities, and refineries, and is also available in an Ex-version for hazardous area (Zone 2) applications.
