"We sell solutions, not boxes"
Industrial Gas Analysis Systems, Chemical Analyzers & FTIR Accessories
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CIC Photonics Products Below are descriptions of the variety of CIC Photonics Products. Our products are grouped together as follows: Clicking on photos will take you to our technical website www.irgas.com where you can learn more about our systems and other products in more detail.
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System Specifications System Components Bomen WorkIR Spectrometer with an InAs Detector 4m to 6m 4Runner or 9.6m Ranger Sensitivity Range ppb level to >10ppb Pressure Range Atmospheric to 200 psi Temperature Range 0°C to 300°C |
System Specifications System Components Bomen WorkIR Spectrometer with an InAs Detector 4m to 6m 4Runner or 9.6m Ranger Sensitivity Range ppb level to >10ppb Pressure Range Atmospheric to 200 psi Temperature Range 0°C to 300°C |
System Specifications System Components EP-IR Spectrometer with an electronically cooled PbSe detector 4m to 6m 4Runner or 9.6m Ranger-EN Sensitivity Range Component dependent, please contact CIC Photonics Pressure Range Atmospheric to 200 psi Temperature Range 0°C to 300°C |
Gas Analysis Turnkey Systems
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Example
System Bomen WorkIR Spectrometer 4m to 6m 4Runner OR 9.6m Ranger-EN long path gas cell 2,5,10,15, & 20 cm Scout-EN short path gas cell Sensitivity Range Long path gas cell: ppm level to 10ppb Short path gas cell: % level to 50 ppm Pressure Range Atmospheric to 200 psi Temperature Range 0°C to 300°C |
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0.4 - 10 meter variable pathlength Pressurizable to 50 psig Heatable to 200º C Gold-coated SS mirrors All-metal, electropolished stainless steel Very high energy throughput Extremely chemically-inert |
0.6-liter volume gives a surface to volume ratio of 0.09 square meter/liter 125-mm base path 304 stainless steel body for corrosion resistance, durability, and simplified cleaning Circumferential flow geometry Viton®, Teflon®-Encapsulated-Viton®, or Metal Kalrez® seals. BaF2, CaF2 , or AR-coated ZnSe window materials Welded VCR fittings for gas porting Evacuable and pressurizable: 10-4 Torr to 300 psig Heatable to 260° C with temperature controller Integrated purge box with movable reference optics MgF2-protected, gold-coated stainless steel mirrors Insulation and cover |
1.7-liter volume gives a surface to volume ratio of 0.05 square meter/liter 200 mm base path 304 stainless steel body for corrosion resistance, durability, simplified cleaning and effective heating Viton® or Kalrez® seals KBr, CaF2 , or AR-coated ZnSe window materials Welded VCR fittings for gas porting Evacuable and pressurizable: 10-4 Torr to 150 psig Heatable to 260° C with temperature controller Integrated purge box with movable reference optics MgF2-protected, gold-coated stainless steel mirrors Insulation and cover |
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28 cm3 volume 10-cm pathlength 316 stainless steel body with nickel plating for durability, high pressure loadings, wide chemical compatibility, simplified cleaning and effective heating VitonT, TeflonT-encapsulated VitonT, or KalrezT O-rings for chemical resistance and temperature considerations KBr, CaF2, ZnSe, quartz, or sapphire window materials for UV-VIS and FT-IR applications Integral stainless steel VCR fittings Evacuable and pressurizable: 10-4 Torr to 150 psig Heatable to 2000 C with heating mantle, tape, or dual bands Optional temperature controller Easy adaptation to Mattson, Perkin-Elmer, Bio-Rad, Nicolet, Bomem and Bruker spectrometers |
1.0 meter fixed pathlength 82.6 mm basepath Stainless steel body Protected gold coated stainless steel mirrors Internal transfer optics Low 520 ml volume Purgeable beam conduits VCR gas ports Viton and Kalrez O-rings Choice of windows High energy throughput Unheated and heated versions Fits totally inside FTIR compartments |
316L SS body and center plate Cell Finishing Ni-Plated or Electropolished Pathlength Variable center plate (0.5mm-1cm) Sensitivity Range Pressure dependent, contact CICP Pressure Range 150 to 2000 psi (Contact CICP for higher pressures) Temperature Range 0°C to 300°C |
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16-meter (0.8-m basepath) "White Cell" Optical Geometry Electropolished 316 Stainless Steel Cell Body 304 Stainless Steel Objective/Field Mirrors Mirrors: Gold-coated w/MgF2 Overcoat Sapphire Input & Output Windows Welded VCR Gas Fittings KatrezT O-Rings Energy Throughput >20% |
1.0 meter pathlength, 0.5 meter available 316L stainless steel cell body (34-mm diameter) High quality silica collimating lenses (25-mm diameter) Sapphire or quartz windows SMA connectors High energy throughput Optimized for 200-um core diameter (n.a.=0.22) silica fiber |
Up to 700° C operation Precise temp control to ±1°C Water-cooled Al cell body Evacuable or pressurizable Swagelok gas flow ports OFHC copper sample holder mounted in stainless steel shell Baseplate mounted |
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Path Length 10 cm Path Length Steps NA Fixed Path Length SF |
Path Length 1 m - 20 m Path Length Steps 1 m - 2 m Fixed Path Length SF |
Path Length 0.5 m - 10.6 m Path Length Steps 0.5 m - 1.06 m Fixed Path Length SF |
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Custom Gas Cells
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Research grade VAOI vertical ATR (VAOI = variable angle of incidence) 50% Energy throughput Continuously variable angle of incidence (25° to 75°) See-through purge cover for ease of consistent placement of sample holder Interchangeable ATR crystals; ZnSe, Ge, KRS-5 crystals available with 30°, 45°, or 60° angles of incidence Sample pressure controllable via optional torque hex wrench Seals snugly in Nicolet FTIR compartments for simple purging |
Mounts in sample compartments Requires no instrument modification Accommodates a variety of geometries) Usable to 400° C Easy alignment |
5 - 85º angle of incidence with 1º resolution Factory-calibrated reference dial Easy user-calibration and position lock Simultaneous rotation of sample and mirror planes for constant pathlength Kinematically mounted for stability KBr input/output conditioning lense 50% throughput provides excellent signal to noise resolution Easy interface with most spectrometers |
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Simplifies FTIR microscopy sample preparation Works with all FTIR microscopes Uses standard windows Eliminates interference fringes Enables quantitatively accurate microscopy sampling Unheated & heated versions |
Precise temperature control Protect components from overheating Simple, single-use programming Easy to read digital display -200 to 1050º C temperature range Automatic self-tuning |
25º - 85º angle of incidence Variable sampling of solids, liquids, pastes, and film coatings on metal surfaces Adjustable effective pathlength Interchangeable ATR crystals |
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Gas calibration based upon fundamental HITRAN data Weighted Multi-window CLS data analysis Infinite calibration data sets available 32 bits Architecture base on industrial standard Operating System (Win NT) Calculates spectra for single homogeneous path or for multiple layers Includes instrumental parameters into the calculations so the calculated spectra match the line shape, resolution and wavelength shift of the measure spectra. Uses HITRAN molecular spectroscopy databases |
Early Detection of changes in impurity concentrations (seconds) Real Time monitoring of process gases Reduction of the interfering effects of spectrometer drift Assures reliable and controlled etching of semiconductors wafers |
Weighted Multi-band Classical Least Squares concentration analysis Deviations from Beer's Law and non-linear corrections per band On screen visualization per band of residual spectrum, weighted analysis, and concentration estimation. Save residual spectrum Each individual Quantification Set provides: Serialization Data Password Protection CRC file modification detection Inclusion of reference spectral into the quantification analysis. |
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The tool described in this manual is the quantification reprocessing tool. This tool is a supplemental software program for QMax a program produced to create and adjust the SPGAS required quantification sets. This reprocessing tool gives the user an opportunity to change the ideal gas parameters and then recalculate the previously established calibration. After recalculating the calibration, the user is provided with a new calibration based on the amended parameters. |
The IRGAS multipoint gas analyzer, IRGAS-MPGA, is operated through the use of three software programs. The first of the three is the IRGAS Script Editor; this program is used to develop a script that will be executed by the IRGAS Hardware Control Software. A sample script has been provided as an example of what types of functions the script editor is capable of writing. After a script has been produced it can be save into a file which can be opened and executed in the IRGAS Hardware Control software. |
The IRGAS Hardware Control software is the second of the three programs used to run the system. In this software the script is entered in order to run the remote manifold valves and other components in the system such as the Venturi cooler. It is not necessary to create a new script every time that the system is going to be operated; preexisting scripts can be used. The combination of the script editor and the hardware control allows the system to be automated. |
CIC Photonics, Inc.
9000 Washington St. NE
Albuquerque, NM 87113
United States
Office: (505) 343-9500
Fax: (509) 479-2980
Copyright (c) 1996-2008 CIC Photonics Inc. All rights reserved.