The uniform operating concept simply offers more possibilities: The modular gas analyzer SIPROCESS GA700 has three housing types and the flexibility of three mix-and-match modules to choose from. This means you can use rack or wall-mounted housings and can combine two of the three modules OXYMAT 7, ULTRAMAT 7, or CALOMAT 7. SIPROCESS GA700 with its impressively reliable measurements, is optimized for a variety of applications, and is equipped with device internal interfering gas correction. Commissioning is also very simple thanks to the Plug & Measure principle: You just insert the modules, connect the cables, switch on, and measure. As soon as the modules are installed, they are automatically configured in their basic settings. Gas analysis with the SIPROCESS GA700 means high service friendliness and a uniform operating concept. Gas analysis has never been easier.
The SIPROCESS UV600 is a specialist in extremely selective NO measurements with small measuring ranges. As an all-round device, it is also suitable for other UV-active gases such as NO2, SO2, and H2S. Thanks to its spectral range, no cross-sensitivities to CO2 and H2O are to be expected. Innovative signal processing and highly stable detectors ensure outstanding long-term stability and compensate for drift and influencing effects. With state-of-the-art electronics and software, the SIPROCESS UV600 has the necessary interfaces for remote monitoring from a network and for connecting to process control systems.
The ULTRAMAT 23 is an innovative multi-component gas analyzer and 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), and used accordingly in numerous applications and industries. The integrated automatic calibration function using ambient air is a unique advantage. This means that a test with calibration gases is only necessary once a year. Menu-guided operation in plain text allows users and service personnel to operate the device immediately. Preventive maintenance is made possible by the information in the logbook.
In the Series 6 device line, Siemens has combined several extractive measuring methods with a uniform housing and operating concept. Each measuring instrument stands for analytical excellence in its class.
The CALOMAT 6 gas analyzer is primarily used for quantitative determination of H2 or He in digital or quasi-digital non-corrosive gas mixtures.
Concentrations of other gases can also be measured if their thermal conductivities differ significantly from the residual gases like Ar, CO2, CH4, NH3.
The in-situ gas analyzer LDS 6 is characterized by a high availability and unique analytical selectivity and is optimally suitable for numerous applications. One or two signals from up to three measuring points are processed simultaneously by the central analyzer unit. The sensors are designed for operation under harsh environmental conditions and contain a minimum of electrical components.
SITRANS SL 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 MAXUM Ed. II is used to measure the chemical composition in gases and evaporable liquids in all stages of production and in all areas of refineries, oil refining, and chemical industries. The device was particularly developed for installation in harsh processing environments, to operate either directly online at the process or nearby. The application flexibility of the MAXUM Ed. II allows for the analysis of feedstock, by-products and end products, for quality measurement, and for the determination of waste products. Its versatile features offer the best possible analytical results at low operating costs thanks to a wide selection of components such as injectors, ovens, detectors, and separation columns, as well as components for column switching. Liquid samples can be optimally dosed by the use of a liquid injection valve. Highly sensitive detectors ensure a reliable trace analysis through precise sensors. Additional benefits lie in its particular economic efficiency resulting from the single and double-oven concept plus the modular oven. In addition, networked devices can be monitored in real time by the workstation.