Fiber ATR-FTIR Rocket Spectrometer

Description

Compact FTIR for operation with a fiber output and input

The Arcoptix FTIR-FC (Fiber-Coupling) is a variant of the FTIR Rocket spectrometer especially designed for operation with mid-IR optical fiber probes. It is a plug-and-play instrument including an IR source, high-stability interferometer, IR detector and SMA fiber couplers. The instrument is especially developed with process-monitoring applications in mind, using for example fibered ATR probes.

The Arcoptix FTIR-FC can be equipped with both 4-stage thermo-electrically (TE) cooled or liquid-nitrogen cooled MCT detectors. The TE-cooled detectors in the FTIR-FC are the most sensitive TE-cooled detectors availabe on the market and offer a reliable and maintenance-free operation. For ultimate sensitivity levels, the FTIR-FC can also be equipped with a liquid-nitrogen cooled detector. The 4-TE and liquid-nitrogen cooled detectors are intercheangable by the user.

  • Ideal for operation with fibered ATR probes
  • All-in-one solution: source, interferometer, detector and fiber-couplers
  • Most compact fiber-coupled FT-IR on the market
  • Available with TE-cooled or liquid-nitrogen cooled MCT detectors

Chemical process-control with fibered ATR probes

The Arcoptix FTIR-FC was developed with chemical process-control applications in mind, using ATR fibered probes. These probes can be immersed into highly corrosive liquids at high temperatures and pressures, making them suitable for use in chemical reaction vessels and other extremely harsh environments. A list of available probes can be found under the Accessories tab.

FTIR specifications

Model

FTIR-FC-4TE

FTIR-FC-LN

Spectral Range [1/cm]

5000-800

5000-625

Spectral Range [μm]

2-12

2-16

Detector Type

MCT, 4-TE cooled

MCT, liquid nitrogen cooled

Detector D* [cm Hz1/2W-1]

>2.5E9

>3E10

Interferometer type

Permanently aligned, double retro-reflector design

Beam-splitter material

ZnSe

Resolution (unapodized) [cm-1]

4

Wavenumber repeatability

<10PPM

Scan frequency

1 spectrum / second

Reference laser

Temperature-stabilized solid-state laser @850nm

Integrated light source

20W SiC globar with electronic stabilization

Operating temperature

5°C-40°C

Fiber optic interfaces

SMA 905 connectors, fiber core up to Ø 1mm, NA=0.3

2 connectors for 4mm OD tubes

2 connectors for 4mm OD tubes

Power requirement

12V / 30W

Communication Interface

USB 2.0

Software Interface

Windows 7/8/10 API for controlling the instrument via our DLL

Weight

2.2Kg

 

Free GUI basic software

The FTIR Rocket is delivered with a free graphical user interface (GUI) program.

The free basic software package allows the user to:

  • Configure hardware measurement parameters (aplifier gain, averaging, …)
  • Display real-time spectral measurement results
  • Set reference spectra (white, dark) and choose among raw spectra, transmission or reflection mode
  • Usual features such as save, open, zoom, rescale…
  • Some specific features related to Fourier transform spectrometry: choose among spectrum or interferogram averaging, apodization, look and save the interferograms, etc.

 

Mid-IR fibered ATR probes

Standard types of fibered ATR probes are listed below, and customized probes are made on demand.

Crystal material

Diamond

Diamond

Diamond

Diamond

Silicon

Shaft diameter [mm]

3,17

6

6

12

6

Fiber Type

AgHal-Broad

AgHal-Narrow

AgHal-Broad

AgHal-Broad

AgHal-Broad

Transmission Range [μm]

3-17

5,2 -17

3 -17

3-17

3-17

Temperature Range [°C]

-150 to 140

-50 to 135

-150 … 170

-150 … 275

-150 … 140

Pressure Range, up to [bar]

200

30

200

300

100

Shaft material

Hastelloy C22

Stainless steel (type 1.4541)

Hastelloy C22

Hastelloy C22

Hastelloy C22

Probe length [m]

1.5

1.5

1.7

1.7

1.7

Shaft length [mm]

150

150

280

280

280

Protective tubing

Liquid Tight Stainless Steel

Liquid Tight Stainless Steel

Liquid Tight Stainless Steel

Liquid Tight Stainless Steel

Liquid Tight Stainless Steel

Connector type

SMA

SMA

SMA

SMA

SMA

 

  • Chemically inert diamond-brazing technology
  • Excellent throughput from 3µm to 18µm
  • Temperature stability from -100°C to 170°C
  • Pressure stability up to 300 bars

 

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