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From emission monitoring in waste incinerators and power plants to gas analysis in the chemical industry to rotary kiln monitoring in cement plants, the highly accurate and reliable Siemens gas analyzers offer comprehensive solutions.
Process Analytical Instruments Catalog - US Edition
Process Analytical Instruments, Catalog AP01 2016 has been release for US Edition specification sheets.
The ULTRAMAT 6 has been demonstrated to be suitable for use and to be at least equivalent to the NF method and therefore satisfies the requirement for equivalency.
The ULTRAMAT 6 was tested by an independent testing laboratory and the final test data is available for review. The positive result should allow the gas analyzer to be used in the monitoring of Hospital grade N2 as sold by Industrial gas manufacturers such as Mathesson.
The ULTRAMAT 6 and ULTRAMAT/OXYMAT 6 have also been tested for safety related monitoring of plants in accordance with SIL 2 requirements for hardware and software. The tests were carried out by the external institute of Risknowlogy according to IEC 61508/IEC61511. These products can be ordered as of now.
SIPROCESS UV600 - Measurements in the UV Range
Siemens extends its continuous process gas analytics portfolio with the new SIPROCESS UV600 gas analyzer, providing solutions for an even wider range of applications.
SIPROCESS UV600 is an extractive UV gas analyzer that can simultaneously measure up to three components. SIPROCESS UV600 with state of-the-art electronics and software, has the interfaces required for remote monitoring from a network as well as connecting to a process control system. The UV600 is designed for extremely selective NO measurement with small measuring ranges and is also well suited for other UV-active gases, e.g. NO
2 and H
The most popular gases to be measured by our ULTRAMAT 6 and the ULTRAMAT 23 gas analyzers using the NDIR techniques are Carbon Dioxide, Carbon Monoxide, NOx, SO2 and Methane. This isn't our complete list, but these represent about 90% of the applications we see for NDIR analysis.
Most frequently used for demanding applications, the ULTRAMAT 6 must meet high standards with regard to reliability and measuring quality.
The ULTRAMAT 23 gives the user up to three NDIR channels with one electrochemical Oxygen channel (0-25% O2). Barometric pressure, RS485 and LC Displays are standard on most of these analyzers
Several configurations are available for different applications including HRVOC. Multi-component gas analyzers are also available. The ULTRAMAT/OXYMAT 6 offers paramagnetic Oxygen and NDIR in one 19" rack. .
Make optimal use of renewable energy with the right process instrumentation and analytics.
The well-proven ULTRAMAT 23 gas analyzer extended with an hydrogen sulfide (H2S) sensorprovides the perfect, simple and complete solution for analysis in biogas plants. It is a unique solution that combines the measurement of infrared active gases with oxygen and H2S sensors in a single unit to determine process states in the plant by continuous analysis of thegas composition.
The Set BGA (biogas analyzer) is a standardized system for stationary, continuous operation for the analysis of landfill gas, sewage gas or biogas.
The standardized complete system has a modular configuration and can thus be used at various measuring locations for different tasks.
Our OXYMAT 6 uses the paramagnetic effect of Oxygen (Quinke effect) to make small pressure pulses with an electromagnet which are measured to determine the amount of Oxygen in a process stream. Measurement can be from 0-100% Oxygen, out of the box. The gas stream never sees the sensor, so corrosive gases are not a problem.
Due to ultrafast response OXYMAT 6 is perfect for safety monitoring and its corrosion-proof design makes this a optimal choice for analysis in the presence of highly corrosive gases.
OXYMAT 61 is a low-cost oxygen analyzer for standard applications.
OXYMAT 64 detects small traces of oxygen in applications such as air separation plants, production of technical gases and welding in a protective atmosphere.
Our FIDAMAT is a flame ionization detector for measuring the total hydrocarbons in a gas stream. After ionizing the hydrocarbons in a burning Hydrogen flame, the carbon ions are attracted to a charged grid and the resulting pulses are counted. This technique can measure down to half a part-per-million (ppm) and up to nearly 100,000 ppm in the same instrument
CALOMAT 6 is primarily designed for the measurement of hydrogen in inert gas concentrations in blast furnace gas and carbon dioxide mixtures. CALOMAT 6 can be 19" rack mounted or used as field device.
CALOMAT 62 is specially designed for use in applications with corrosive gases such as chlorine and measures gas components such as H2, CL2, HCL or NH3 in binary and quasi-binary gas blends.
The Standard CEMS is a low cost emissions monitoring package designed to operate in a general purpose, environmentally controlled shelter or cabinet for NOX reduction sites at refinining, hydrocarbon processing and chemical plants.
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