Siemens SITRANS SL In-situ Oxygen Gas Analyser is designed for measuring oxygen (O2) with high sensitivity. It consists of a pair of cross-duct sensors, a transmitter unit and a detector unit, both with the same dimensions. Due to its little installation effort and its minimum maintenance requirements, SITRANS SL guarantees a high level of economic efficiency.
The gas analyzer SITRANS SL consists of a pair of cross-duct sensors, a transmitter unit and a detector unit. The hardware processes the measurement signal into a concentration value as well as monitors, controls and servs the communication. The sensors can operate under harsh conditions. Measurements are carried out with a short response time permitting effective cost-savings. The laser characteristics allow single-line spectroscopy free of interferences which means that only the gas component of interest will interact with it and other process influences are eliminated.
Special features of the SITRANS SL:
- Little installation effort
- Minimum maintenance requirements
- Extremely rugged design
- High long-term stability through built-in, maintenance-free reference gas cell
- Real-time measurements
Moreover, the analyzer provides warning and error messages:
- When maintenance is required
- With large variations in the reference signal
- With poor signal quality
- If the transmission violates an upper or lower limit
- Control of combustion processes
- Process optimization
- Plant and operator safety
- Process measurements in all types of power and combustion plants
- Process control
- Explosion protection
- Measurements in corrosive and toxic gases
- Quality control
Sectors
- Chemical and petrochemical plants
- Power plants
- Waste incinerators
- Iron and steel industry
Benefits
The in-situ SITRANS SL gas analyzer features high operational availability, unique analytical selectivity and a wide range of possible applications. SITRANS SL permits measurement of a gas component directly in the process:
- With high dust load
- In hot, humid, corrosive, explosive, or toxic gases
- In applications showing strong varying gas compositions
- Under harsh environmental conditions at the measuring point
- Highly selective, i.e. mostly without cross-sensitivities