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7/28/2019 Teledyne Fo Hardware

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TELEDYNEANALYTICAL INSTRUMENTS

Fiber Optic AccessoriesFiber Optic Accessories

P/N 5017 - 1/2 Cross Flow Cell and Optical InterfaceDetectors (OICs)

The 1/2 fiber optic cross flow cell and two OICs are designed tocontain flowing process gases or liquids. The flow cell is suppliedwith TFE ferrules as well as metallic ferrules so the customer

can easily adjust the pathlength (0.1 - 2.5 cm). Inlet and outletconnections are 1/2 tube fittings. Materials of construction are316SS, Sapphire or quartz, and viton or chemraz o-rings. TheOICs can be designed for industrial or sanitary designs.

P/N 5014 - 3/8 Cross Flow Cell and Optical InterfaceDetectors (OICs)

The 3/8 fiber optic cross flow cell and two OICs are designed tocontain flowing process gases or liquids. The flow cell is suppliedwith TFE ferrules as well as metallic ferrules so the customercan easily adjust the pathlength (0.1 - 1.5 cm). Inlet and outlet

connections are 3/8 tube fittings. Materials of construction are316SS, Titanium, Sapphire or quartz, and viton or chemraz o-rings. The OICs can be designed for sanitary applications.

P/N 5001 - Micro Flow Cell

The micro flow cell is designed to offer customers very

small pathlengths without restricting flow. The micro flow celoffers adjustable OICs to easily adapt to higher absorbanceconcentration (0-50AU range) without diluting the sampleTypical pathlengths range from 1 mm down to 0.02 mm. Inlet and

outlet connections are 3/8 tube fittings. Materials of constructionare 316SS and quartz.

Covered under US patent #5,408,313

P/N 5011 OIC, shown out of flow cell.Covered under US patent #5,408,313

P/N 5010 OIC, shown out of flow cell.

Covered under exclusive license fromGlaxo-Welcome.


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P/N 5012F OIC, shown out of flow cell.


P/N 5002 - Bio-Tech End of Column Flow Cell

The bio-tech flow cell consists of a stainless steel block with anelectropolished (RA 12 or better) interior, two fiber lensed OICs

with 200u core fibers. The OICs and the sample inlet and outletare held in the flow cell body with standard UPCHURCH fittingsPathlengths available are from 1 cm down to 0.01 mm.

P/N 5016 - Fluorescence Flow CellThe process fluorescence flow cell is designed to be operatedas a fluorescence and/or transmission flow cell. Standardfluorescence 90 optics are provided if you want to measurefluorescence and a third OIC is supplied if you want to add the

transmittance feature.

The benefit of this cell is that the customer can add asecond spectrometer if both measurements are required

simultaneously.

Materials of construction are 316 SS, Viton, and quartz o

sapphire windows. Adjustable pathlengths are available on thetransmission side and micro optics are available on the 90 sideif there is an inner filter effect from your samples. Process inlet/outlet connections are 1/2 tube fittings.


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P/N 5018-XXX* - Long Pathlength Process Flow CellThe long pathlength process flow cell is designed to makeindustrial measurements when longer pathlengths are required

Pathlengths as long as 500mm are available. Materials ofconstruction are sapphire, quartz, viton or chemraz, and 316SSOICs are provided with replaceable windows.

* designates pathlength in mm

Optical Interface Couplers

OICs are sold separately as stand alone items in support o

spectrometers for industrial applications.



P/N 5013

P/N 5012P/N 5011

P/N 5010P/N 5009.


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* Patent pending

* Patent pending

P/N 3503* - ATR Probe

The ATR probe is used when the absorbance of the sample is inthe 4000 - 5000 AU/cm range. The ATR probe can be inserteddirectly into the sample and spectra taken without dilutionTypically the ATR probe is used on pure inks, dyes, and crude

oil samples.

Additionally the probe can be used as a general deposition probeif the RI of the material depositing on the probe tip is greater than

the sapphire crystal. (Consult factory for application engineeringassistance).

The ATR probe is designed for process applications and has

been tested up to 10,000 psig. The ATR probe can withstandtemperatures up to 315 C. The ATR probe is a three bounceprobe and the penetration of the evanescent wave is a functionof the wavelength at which the measurements are made.

Evanescent wave absorption permits the user to measure

very high 3000 - 5000 AU/CM) absorbance samples.

P/N 3502* - Front Surface Probe (Fluorescence orReflectance)

The fluorescence / reflectance probe is used to determine thefluorescence or spectral reflectance (diffuse and specular)from the surface of a liquid, solid, past, or slurry. The probe is

a special optical configuration designed to have a very sharpfocus at the window and does not need to penetrate into thesample for a reading.

The reflectance probe is 12 mm in diameter and can be insertedinto a standard bench top fermenter via a PG-13.5 fitting.

Front surface design focuses the energy at the distal tip ofthe probe.


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* Patent pending

Transmission probe*

P/N 3501* - Transmission Probe

The transmission probe is a double pass probe that sends lighenergy from a source through the sample by folding the beam180 back via a protected reflector. The amount of transmitted/absorbed light is measured by the detectors, read out locally

and a retransmitted 4-20mA output proportional to concentrationis supplied.

Transmission probes have traditionally been favored ove

transflection probes because of their increased linearityMaterials of construction are 316SS, viton or Kalrez, sapphire orquartz. Probe length can be increased if automatic retractable

devices are required. Please inquire at factory.

P/N 3800 - Automatic Probe Retraction Device(APRD)

Designed for automatic insertion and removal of any of theTeledyne family of insitu probes. The APRD (designed by WelkeEngineering) can be retracted hydraulically, via process fluids, oby an external air supply to insert and/or retract the probe from

the process without shutting down the process. In addition, theAPRD is supplied with a means of cleaning the probe with eithersteam or solvent.

Cleaning can be done automatically based on spectral baselineshifting or on a fixed time basis ensuring continuous monitoringinside of a process line.

Designed for ANSI 600 or 1200 lb flanges.


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P/N 9002 - Fiber Optic Cuvette Holder

The fiber optic cuvette holder is used when running samplemeasurements in a traditional cuvette (up to 1, 2, 5 10 mmpathlength) remotely due to potentially hazardous consequencesof sample exposure. The cuvette holder has a locking mechanism

to hold the cuvette securely in place. Fiber connections arestandard SMA-905 fittings.

P/N 9001 - Fiber Optic Coupler

Teledyne offers a simple transfer optic for the Agilentspectrometer. The fiber optic coupler easily fits into the samefoot print as the existing sample cuvette holder supplied with theexisting spectrophotometer.

The fiber optic coupler is used to couple all of the energy from thespectrometer source into and out of fibers. Proper adjustment ofthis is via two XYZ axis adjustments. Attachment of any of the

above fiber optic accessories now permits measurements to be

made under remote (sample) conditions.

P/N 9003-XX - Laboratory Fiber Optic Dip Probe

Teledyne offers a laboratory fiber optic dip probe with replaceabletips. The dip probe is 1/4 in diameter and approximately 7 inlength. The probe is supplied with two one meter fibers that

connect to either spectrophotometers or other photometricdevices.

Replaceable tips are available in 2, 5, and 10 mm pathlengths

Materials of construction are 316SS and the optics are sealedwith epoxy.


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P/N 55T - Photo-X VIS Photometric Transmitter

The Model 55T covers all visible applications spanning 400nm

up to 700nm. The unit can be supplied with either LEDs or atungsten halogen lamp source. As shown, the transmitter canbe packaged in a NEMA 4X enclosure, however it can also besupplied for Class I, Div 1 or Zone 1 areas.

The transmitter is supplied with window fouling and automatictraceable reference filter for calibration. In addition the unit canoperate in Absorbance or Linear Mode.

P/N 58T - Photo-X NIR Photometric Transmitter

The Model 58T covers all NIR applications spanning between

700nm up to 2000nm. The unit can be supplied with eitherLEDs or a tungsten halogen lamp source. The transmitter canbe packaged in a NEMA 4X enclosure, however it can also besupplied for Class I, Div 1 or Zone 1 areas.

The transmitter is supplied with window fouling and automatictraceable reference filter for calibration. In addition the unit canoperate in Absorbance or Linear Mode.

P/N 53T - Photo-X UV-VIS Photometric Transmitter

The Model 53T covers all UV applications spanning between200nm up to 650nm. The unit can be supplied with either LEDsor a Xenon flash lamp. The transmitter can be packaged in aNEMA 4X enclosure, however it can also be supplied for Class

I, Div 1 or Zone 1 areas.

The transmitter is supplied with window fouling and automatictraceable reference filter for calibration.


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P/N 53F - Photo-X Fluorescence Transmitter

The Model 53F fluorometer covers the range of fluorescenceexcitation wavelengths between 210 - 550nm and emissionwavelengths between 220 - 650nm. The fluorometer can besupplied with either a xenon flash lamp or a LED depending onthe application.

Packaging as shown to the right is in explosion proof purgedSS enclosure but can be supplied in a NEMA 4X enclosure oron a stand for general purpose applications. The transmitter is

supplied with window fouling and automatic traceable referencefilter for calibration.

P/N 53P - Photo-X UV Portable Suitcase

The Model 53P portable suitcase can be either a fluorometer oa standard absorbance based device. The suitcase is suppliedwith preconfigured optics that specifically suits the need of the

application. The transmitter is supplied with window fouling andautomatic traceable reference filter for calibration.

P/N 5241 - Tungsten Halogen Lamp

The Model 5241 is a temperature controlled, optically regulated

continuous tungsten halogen source that covers the range o380nm to 2200nm. The unit is supplied with lamp diagnostics(LEDs that turn from Green to Red) alerting the user to lampfailure, pre-lamp failure / PM required, and a lamp low voltage

warning.

The unit is supplied in a general purpose housing but can besupplied for installation in specific area classifications. The 5241can complement either the Photo-X VIS or NIR transmitters, o

can act as a stand along device.


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P/N 5249 - Du Lamp Assembly

The Du lamp assembly is the housing to hold the Du lamp andthe fiber optic coupler that captures the light from the lampand sends it down the fiber optic cable. The entire assembly istemperature compensated for stability of the lamp output.

Fiber optic connections to the lamp are made with standard

SMA-905 fittings.

P/N 5250 - Du Power Supply

The Du Power supply supplies a stable amount of power to thelamp. The power supply is powered by a 24V source.

P/N 5241 - Du Lamp

The Du Lamp is inserted into the lamp assembly by removing the

four screws holding the lamp in place. The lamp is designed tobe installed in one position and is keyed so proper alignment isinsured. Lamps produce UV-VIS energy between 190 - 750nm.


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P/N UVF-100 - Xenon Flash LampThis UV light source (200 - 850nm) is used for FluorescenceAbsorbance, or Reflectance applications. If the lamp is to beused for fluorescence, it is supplied with a filter holder whichis attached to the lamp and allows the user to filter the specific

excitation wavelengths. For other applications, the lamp can besupplied with special filters or lenses. The lamp and lamp powersupply are sent as an integral unit.

The Xenon Flash Lamp will operate continuously for a period of2 to 4 years, depending on the flash rate.

Fiber optic connections to the lamp are made with standard

SMA-905 fittings.

P/N UV-200 - Mercury Lamp

The Mercury Lamp is designed to deliver 254nm energy onto afiber optic cable. The lamp is held in place with a solid aluminumblock. A separate power supply is required when this lamp is

selected.

Fiber optic connections to the lamp are made with standardSMA-905 fittings.

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