Accessories / Parts

Sciencetech's [130-REC] is a cooling water recirculator. It is designed to work with any of Sciencetech's liquid cooled solar cell chucks. This recirculator can maintain your sample at room temperature while sinking up to 500W of power from your light source.

-Dissipates up to 500W of thermal heat
-External fan cooled radiator system
-Cools to ambient temperature
-Real time sample temperature display (in °C or °F)
-Adjustable cooling rate

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Sciencetech's (160-REC) is a cooling water recirculator. It is designed to work with any of Sciencetech's liquid cooled solar cell chucks. This recirculator can maintain your sample at room temperature while sinking up to 900 W of power from your light source.

-Dissipates up to 900 W of thermal heat
-External fan cooled radiator system
-Cools to ambient temperature
-Real time sample temperature display (in °C or °F)
-Adjustable cooling rate

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Sciencetech's Model [210-REC] is a Cooling Water Recirculator. It can sink up to 2500W of heat.

-Dissipates up to 2500W of thermal heat
-External fan cooled radiator system
-Cools to ambient temperature
-Real time sample temperature display (in °C or °F)
-Adjustable cooling rate

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Spectralon Reflective Coating Standard,( Zenith White and Gold Coating available)
1.5" diameter entrance/exit port (1), 1" diameter application ports (3) (90 degree, North Pole and 180 degree)
Additional Ports and reduction of ports possible
Internal baffle on 90 deg port

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This is a quick release mount for many of Sciencetech's standard single element detectors or PMTs. It allows the user to easily replace one detector with another, and remain confident in the ability of the system to hold and align various detectors properly with minimal effort. This will not work with either LDA or CCD systems or Cryogenic detectors. Please speak to your Technical Sales member at Sciencetech for more information.

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An AM1.5D 3x3" air mass filter (including filter holder) designed for Sciencetech's:
-Flash Series Solar Simulators (Class A, ASTM E927-19)

AM1.5D simulates the terrestrial solar spectrum on the ground when the sun is at a zenith angle of 48.2°. It includes only direct light from the sun, and not the diffuse light that is scattered by the atmosphere. As a result, this filter simulates the direct radiation which reaches the ground.

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An AM0 filter compatible with Sciencetech solar simulators, including FT-style filter holder. Filter clear aperture is a diameter of 76 mm (3"). Please select the product line the filter is intended to be used with to ensure the proper spectral output.

AM0 simulates the solar spectrum just outside Earth’s atmosphere, where there is very little atmosphere-related absorption of solar radiation. This is generally used for space applications.

$ 1,394.00

A 6" x 6" (152.4 mm x 152.4 mm) air mass filter specifically designed for Sciencetech's Fresnel Solar Simulator Series (SHC-), including filter holder. The AM0 spectrum simulates the solar spectrum just outside Earth’s atmosphere, where there is very little atmosphere-related absorption of solar radiation. This is generally used for space applications.

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An AM1.5D filter compatible with Sciencetech solar simulators, including FT-style filter holder. Filter clear aperture is a diameter of 76 mm (3"). Please select the product line the filter is intended to be used with to ensure the proper spectral output.

AM1.5D simulates the terrestrial solar spectrum on the ground when the sun is at a zenith angle of 48.2°. It includes only direct light from the sun, and not the diffuse light that is scattered by the atmosphere. As a result, this filter simulates the direct radiation which reaches the ground.

Please note that for some simulator models the same filter is used to supply an AM1.5G spectral match. Purchasing separate AM1.5G and AM1.5D filters for the same model simulator may not provide a different spectrum.

$ 1,394.00

An AM1.5G filter compatible with Sciencetech solar simulators, including FT-style filter holder. Filter clear aperture is a diameter of 76 mm (3"). Please select the product line the filter is intended to be used with to ensure the proper spectral output.

If the filter is not intended to be used with a Sciencetech solar simulator, the product line "None" may be selected, but the spectral output cannot be guaranteed when paired with a non-Sciencetech source.

AM1.5G simulates the terrestrial solar spectrum on the ground when the sun is at a zenith angle of 48.2°. It includes both direct light from the sun, and the diffuse light that is scattered by the atmosphere. As a result, this filter simulates the total radiation, known as global radiation, which reaches the ground.

$ 1,394.00

This Broadband Thermopile Detector allows the measurement of infrared light in the 0.19 – 20 µm range. This detector has a 12 mm diameter sensor, measures up to 3 W (0.5 uW NEP). Please note that this detector head requires either an external display controller or computer interface (such as the UNO-1, sold separately) to show the measured power. The price shown includes the detector head, post, post holder, and base only.

This thermopile is recommended for smaller light sources (collimated 500 W arc lamps and below) and standard solar simulators (<5 Suns, <500 mW/cm2).

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4kW max average power, 100mm aperture, water-cooled. Doesn't require monitor, includes USB cable and PC-HP application software.

Sensitivity 0.4 mV/W,
rise time 7 sec,
spectral range 0.19-20um.

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This Broadband Thermopile Detector allows the measurement of total broadband radiation emitted by a light source. It could also be used to measure the light power density on a surface (in W/cm2) which is particularly useful for uniformity measurements and for checking solar simulator performance. This detector has a 19mm diameter sensor and picks up all wavelengths between 190-11μm (UV-VIS-IR). Please note that this detector head requires either an external display controller or computer interface (sold separately) to show the measured power. The price shown includes the detector head, post, post holder, and base only. (1mW NEP).

This thermopile is recommended for high-powered light sources (such as focused 500W + arc lamps) and concentrator solar simulators (5 Suns +, 500 mW/cm2).

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This rotating-blade chopper has a 1" diameter opening on one face and a 2" diameter opening on the opposite face. The blade is positioned closest to the 1" face. Either opening can be used as the input or output, depending on the configuration of your system.
This chopper is usually used in cases where a converging beam enters the chopper housing from a 2" optical tube and then is coupled to a monochromator. In this case, the 2" opening is coupled to the lamp housing and the 1" opening is coupled to the monochromator input. It could be used in the reverse orientation for a diverging beam.
For collimated inputs, this chopper accepts a maximum 1" diameter beam, but the CH-MC-E-1D1D chopper is usually used for this application instead.

The 1" face has a 1-D slip ring with H4 hole pattern.
The 2" face has a 2-D slip ring with S4 hole pattern.
This system includes a 2-slot blade for frequency range of 4-200 Hz. Higher frequency ranges are available with other blades.
Includes enclosure and driver.
This chopper is compatible with SciSpec and SciPV software.
For integration into Sciencetech instruments or larger integrated systems, see SciencetechCOM and SciAX software.
Third party control software is included with this chopper but is not supported by Sciencetech.

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This optical coupler can be used to couple beam line components and allows for independent adjustment of +-3mm along each of two orthogonal axis. This coupler is intended to mate one end to either a 1-D or 4S connection. The other end accepts any component with a 1.035-40 thread. With the CON1-XY-T1 the optical alignment of optical elements such as optical fibers can be optimized to monochromator input slits or target locations.

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A temperature control system to allow operation between 77K or room temperature.
This sisytem will come with two separate holders, each capable of holding a specific size and type of sample. They will not have the ability to rotate or moved, but will come prealigned for a fixed angle reflectivity, or transmission, through a motorized flipping mirror.

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A custom temperature control system to allow operation at 77K or room temperature.

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45 degree mirror to deflect the light 90 degrees, such that it points downwards for a horizontal target.
The cold mirror eliminates IR (thermal) light on the sample (Transmission > 85% for the region 800 - 1200nm, Reflection >90% for the region 425 - 650nm)

$ 989.00

This 50 mm (2") diameter beam turner is designed for use with Sciencetech's high-powered xenon or QTH light sources (1000 W+). The fused silica substrate is chosen for its low thermal expansion and resistance to cracking when heated.

Two coating options are available:
Enhanced Aluminum - best for 400-1100 nm +
UV-enhanced Aluminum - best for 250-700 nm

For lower-power applications, see CTBT-3 or CTBT-2.

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General purpose beam turning assembly for 50 mm (2" ) diameter beams. Includes a beam turning assembly with high reflectivity first surface aluminum mirror.
2" slip rings are mounted on each face of the turning assembly in order to attach the beam turning unit to 2" diameter lens tubes.
Designed to work with LH-S light sources

Mirror reflectance is ~85% from 350 nm to 20,000 nm at 45 degrees. Reduced reflectance from 200 nm to 320 nm.

$ 576.00