You searched for "Gas Analyzers"

236 results:

Result 1 - 24 out of 236

  • High selectivity due to high spectral resolution
  • Short response times
  • No calibration required
  • No moving parts: minimal wear and tear
  • No gas sampling or conditioning required
  • Overpressure encapsulated design for ATEX Zone 2
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  • Direct, fast in-situ measurement
  • No gas sampling, no gas transport, no gas conditioning
  • Up to eight measuring components at the same time, plus process temperature and pressure
  • DOAS and CDE evaluation process
  • Numerous independent measuring ranges with consistent accuracy
  • Automatic self-test function (QAL3) without test gases
  • Overpressure encapsulated design for ATEX Zones 1 and 2
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  • Detector with high long-term stability
  • Paramagnetic or electrochemical O2 measurement
  • Automated adjustment with component-free ambient air
  • Immune to contamination
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  • 4 different measurement principles available
  • More than 60 measuring components to choose from
  • 3 different housing variants for different fields of application
  • Up to 3 analyzer modules in a single housing
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  • Accurate measurement of “total mercury” directly in a thermal converter (patented)
  • Measuring operation without using consumables
  • Practically maintenance-free gas sampling using an ejector pump – no moving parts
  • Integrated adjustment cell for automated drift checking
  • Automated adjustment of the entire measuring system with a built-in test gas generator (optional)
  • Completely modular system design
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  • Dynamic humidity correction
  • Fast in-situ measurement directly in the process
  • Simultaneous determination of up to three gas components, temperature, and pressure
  • No gas sampling and conditioning
  • Gas testable version of measuring probe available
  • Integrated self-test and control functions
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  • Electrochemical cell with extremely long service life due to innovative protection mechanisms
  • Self-monitoring electrochemical cell
  • Fully automated adjustment mechanism integrated into the control unit
  • Version for high temperatures available
  • ZIRKOR remote app for remote access to the analyzer
  • Very short response time
  • Suitability-tested according to EN 15267
  • Ex version for ATEX/IECEx, Zone 1 and Zone 21
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  • 6 different analyzer modules: DEFOR (NDUV, UVRAS), MULTOR (NDIR), OXOR-E (electrochemical O2), OXOR-P (paramagnetic O2), THERMOR (TC), and UNOR (NDIR)
  • 4 different types of enclosures
  • Gas module with sample gas pump and/or control sensors
  • New enclosure type for easy and quick integration in analyzer systems
  • Remote diagnosis via Ethernet with SOPAS ET software
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  • Simultaneous measurement of up to 6 components
  • Process cells up to 60 bar and 200 °C
  • Automated sample point switching
  • Integrated adjustment unit (optional)
  • Safety devices for measurement of toxic or flammable mixtures
  • Extended operation via PC and SOPAS ET software
  • Flexible I/O module system
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  • Representative measurement along the duct diameter
  • Operation via control unit
  • Short response times
  • Verifiable with gas-filled cell; gas-testable probe with test gas
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  • Standard 19” enclosure for easy integration into all industry-typical systems
  • Space-saving wall housing (stand-alone)
  • Nearly maintenance free ejector pump delivers sample gas to the analyzer
  • Integrated catalytic converter (option) provides very clean zero gas
  • Automatic regulation and compensation of process pressure fluctuations
  • Protective filter at sample gas inlet
  • High degree of linearity (≤ 2 %) for very low and high measuring ranges
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  • Measurement cell with long service life due to high-quality processing
  • Measurement cell self-monitoring
  • Version for high temperatures available
  • ZIRKOR remote app for remote access to analyzer
  • Very short response time
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  • Simultaneous measurement of up to 6 components plus O2
  • Measurement gas flow monitoring and measurement gas pressure detection
  • Temperature of the system components up to 200 °C
  • Automated sample point switching for up to 3 sample points (optional)
  • Automated adjustment to the zero and reference point
  • Integrated adjustment of the device without test gas (optional)
  • Extended operation via PC and SOPAS ET software
  • Flexible I/O module system
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  • Lowest approved HF measuring range: 0 ... 3 mg/m³
  • Automatic spectrum adjustment via AutoVAL for reliable measuring values
  • Operation via touchscreen
  • Sample gas transport by an ejector without moving parts
  • Approved according to EN 15267
  • Remote control and diagnosis via software SOPAS ET
  • Automatic adjustment of analyzer
  • Automatic backflushing and filter cleaning of sampling unit
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SICK offers a broad range of gas analyzers based on a variety of powerful measurement principles. With its in-situ and extractive measurement technology for equipping complete facilities, SICK can also provide solutions for a variety of systems and complex measurement tasks.

Smart Data Solutions from SICK show their strengths in a wide range of different industries. For example, a large European energy supplier uses condition monitoring for gas analyzers in waste incineration... Read on
  • Measurement of up to 10 IR components plus O2 and TOC
  • Hot/wet extractive measurement technology
  • Wear-free gas distribution through ejector pumps
  • Reference point monitoring with internal calibration cells
  • Certified digital Modbus® interface
  • Web server for platform-independent device control
  • Use of dry test gases for HCl and NH3
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The world’s population is growing but the space available for agricultural land is limited. As a result, huge quantities of fertilizer are used all over the world in order to increase yields. Producing... Read on
Measuring the oxygen in the process can be quite simple. The TRANSIC100LP from SICK is the rugged transmitter that uses Tunable Diode Laser Spectroscopy (TDLS) to measure O2 reliably. A technology more... Read on
  • High selectivity due to high spectral resolution
  • No calibration required
  • No moving parts: minimal wear and tear
  • Heated multipath measurement cell
  • Hot-wet measurement technology
This product family has been phased out!
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The requirements on extractive gas analysis are demanding. Not only on the quality of the analysis, but also the availability and functionality of the highly sensitive devices used. This is of great importance... Read on

Innovative measurement technology that allows the devices to be mounted directly at the measurement site: In-situ gas analyzers take measurements directly within the process under system conditions. These analyzers are primarily characterized by their minimal maintenance requirements and extremely short response times. SICK's in-situ gas analyzers are available in two different versions:

  • The cross-duct version for representative measurement results across the entire duct diameter
  • The measuring probe version, optimized for single-sided gas duct installation
Carbon capture, utilization and storage (CCUS)

SICK's extractive gas analyzers can be used in a large number of applications. The extractive measurement technology extracts a partial gas flow from the gas duct, conditions the extracted gas and feeds it to an analyzer module under constant conditions. All the measurement technology that SICK offers – from gas sampling and conditioning right through to the numerous analyzer modules – is perfectly tailored to the measurement task concerned.

Result 1 - 24 out of 236