The Siemens ULTRAMAT 23 gas analyzer can simultaneously measure up to 4 gas components. It uses infrared detection for gases like CO, N2O, and CH4. For O2 and H2S, you can add up to 2 electrochemical sensors.
Features of Siemens Gas Analyzer ULTRAMAT 23
1. Multi-component simultaneous measurement
with high measurement accuracy and good repeatability, providing you with accurate and reliable data support, it uses advanced ultraviolet and non-dispersive infrared NDIR technology. A single Siemens gas analyzer unit can simultaneously measure multiple gas components, such as CO, CO2, NO, SO2, NO2, CH4, etc., to improve efficiency.
2. Equipped with various sensors
It can be equipped with the following sensors: IR detector for IR-active gases, UV photometer for UV-active gases, H2S sensor (electrochemical), O2 sensor (electrochemical or paramagnetic), etc.
3. Other features
- Validation with ambient air minimizes analyzer test gas consumption.
- Multi-layer detectors, inert absorption cells, flow control, and auto-calibration promote long-term stability and minimize cross-interference.
- Service information and logbook assist in recognizing or diagnosing maintenance.
- Simplified operating interface and remote operation and control via open interface architecture.
Specification of Siemens Gas Analyzer ULTRAMAT 23
| Number of components | up to 3 IR + O2 or H2S |
| Measuring components | CO, CO2, CH4, C2H4, NO, SO2, SF6, O2, H2S |
| IR Smallest measuring range | Component specific: 0-50 vpm / 0-500 vpm |
| O2 measuring range | 0-5% / 0-25% EC and 0-2% / 0-100% Dumbbell |
| H2S measuring range | 0-5 / 0-50 vpm |
| Auto Calibration | Ambient air for IR components |
| Housing | 19” Rack Mount or Desktop (Portable) |
| Communication | Analog Outputs, RS485, Profibus PA/DP, SIProm GA
options: RS 485/RS 232 converter RS 485/Ethernet converter RS 485/USB converter |
Application of Siemens ULTRAMAT 23
The ULTRAMAT 23 Siemens gas analyzer’s versatility makes it a valuable asset in a wide range of industries.
Key Applications of Siemens Gas Analyzer
- Power plants: Monitoring flue gas emissions, optimizing combustion processes, and ensuring safe operation.
- Cement plants: Analyzing kiln effluent to optimize production and minimize emissions.
- Incinerators: Monitoring emissions to comply with environmental regulations.
- Steel industry: Monitoring heat-treating atmospheres and controlling furnace processes.
- Biogas: Analyzing biogas from digesters, fermenters, and landfills for quality control and process optimization.
- Glass industry: Monitoring furnace emissions and optimizing production processes.
- Marine industry: Monitoring exhaust gases and emissions.
- Automotive industry: Testing combustion engine emissions.
- Other industries: Applications in various sectors, including food processing, pharmaceuticals, and environmental monitoring
Specific Applications of Siemens Gas Analyzer
- Biogas: Monitoring fermenters for biogas generation, gas-driven motors, and feeding biogas into commercial gas networks.
- Cement industry: Monitoring rotary kiln effluent for emissions control.
- Heat treatment: Controlling atmospheres for metal heat treatment processes.
- Combustion engine testing: Analyzing emissions from combustion engines.
- Environmental monitoring: Monitoring air quality in greenhouses, fruit storage, and other environments.
- Process control: Optimizing industrial processes by monitoring gas concentrations.
- Medical gas monitoring: Ensuring the purity and safety of medical gases.
