Description
Certified and fully pre-calibrated multi-component gas analyzer for CEMS applications. Designed for medium to higher gas concentrations.
Overview
- Continuous multigas measurement
- High-resolution IR laser technology
- Patented OFCEAS TDL technology
- No optical moving parts
- Certified measuring ranges for CO, NO, SO2, HCl, NH3, H2O, O2 fulfil IED requirements for waste incineration (WI) + large combustion plant (LCP)
- Smallest certified measuring range for NO 0 … 78 mg/Nm3
- Direct measurement without modifying the sample
- Patented Low-Pressure Sampling system
- Low compressed air consumption
Your Benefit
- Multigas measurement without interferences regardless of the matrix
- Measurement in very wet conditions (up to 80% vol H2O)
- Zero information contained in the signal (no zero gas required)
- Suitable for NOx ELV below 35 mg/Nm3 (WI) / 50 mg/Nm3 (LCP)
- Very fast response time
- Reduced operational costs (low compressed air + low power consumption due to self heated line at 80 °C)
- High availability of the system
Applications
- Incineration
- Cement
- Combustion
- Biomass
- Flue gas treatment
Industries
- Waste Incineration: Monitoring combustion gases to ensure compliance with environmental regulations.
- Power Generation: Analyzing emissions from gas and coal-fired power stations to control pollutants.
- Chemical and Pharmaceutical Industries: Ensuring process gases meet safety and environmental standards.
- Refineries: Monitoring gases in refining processes to maintain operational efficiency and regulatory compliance.
- Cement Plants: Measuring emissions to control air quality and adhere to environmental guidelines.
- Biomass Utilization: Assessing gases produced during biomass combustion for energy production.
- Exhaust Gas Treatment: Evaluating the effectiveness of systems designed to reduce harmful emissions.
- Gas Turbines: Monitoring emissions to optimize performance and comply with environmental standards.
| Gas*** |
Certified ranges * |
Typical max ranges |
| CO (mg/m3) |
0 … 75; 0 … 1.2490 … 30** |
0 … 3.000– |
| CO2 (Vol.-%) |
– |
0 … 20 |
| NO (mg/m3) |
0 … 78; 0 … 150; 0 … 2.008 |
0 … 3.000 |
| NO2 (mg/m3) |
0 … 40; 0 … 100** |
0 … 2.000 |
| N2O (mg/m3) |
– |
0 … 500 |
| HF (mg/m3) |
0 … 1.5; 0 … 10** |
0 … 100 |
| SO2 (mg/m3) |
0 … 75; 0 … 2.858 |
0 … 5.000 |
| HCl (mg/m3) |
0 … 15 |
0 … 150 |
| NH3 (mg/m3) |
0 … 15; 0 … 45; 0 … 76 |
0 … 500 |
| CH4 (mg/m3) |
0 … 5; 0 … 20** |
0 … 500 |
| O2 (Vol.-%) |
0 … 21 |
0 … 25 |
| H2O (Vol.-%) |
0 … 30; 0 … 40 |
0 … 60 |
| H2S (mg/m3) |
–– |
0 … 7.5000 … 100 |
| CHOH (mg/m3) |
–– |
0 … 300 … 5 |
* Certification according to EN 15267-3, QAL1 TÜV and MCert
** Certification ongoing
*** Measure is displayed at 1,013.25 hPa and 0 °C
| Linearity |
< 2% range |
| Repeatability |
< 1% range |
| Response time |
< 100 s (all gases) except NH3, HCl, HF (< 400 s) |
| Drift zero/span |
Negligible |
| Power supply |
110 … 230 VAC, 50 … 60 Hz |
| Consumption |
Analyzer: 750 VAProbe with sampling box: 600 VA |
| Instrument air supply |
Dust free, oil free, dry, at ambient temperature 3 bar gauge pressure at max. 5.5 l/min flow fail-safe for at least 15 min. after power outage, connected with ¼“ stainless steel or OD 6 mm |
| Ambient conditions |
Temperature: +5 … +40 °CHumidity: 10 … 90% RH, non-condensing |
| Protection class |
Up to IP54 (for analyzer) and IP65 for sampling probe, according to IEC 60529 |
| Communication and data output |
Ethernet, Modbus (TCP/IP, RS), analog, USB |
| Sample gas |
Type: air, flue gas, non-combustible process gasTemperature: +5 … +600 °CAbsolute humidity: 0 … 80% vol |
| Stack |
Flow velocity: 0 … 30 m/sInner stack pressure: -30 … +30 kPa, relative to ambient pressureMinimum hole diameter: 75 mm |
Mandatory
| probe (filter and sonic nozzle) |
| Sampling line |
| Pumping system |
Optional
| Integration in cabinet |
| Air conditioning system |
| Ex p |
| Vortex cooling |
| Analog/Digital I/Os |
| Modem for remote connection |
| Valves for calibration check (available for cabinet integration) |
