Accessories / Parts

This filter set consists of three wire-mesh neutral-density filters to be installed in the filter wheel. This filter set is designed to be used with the Sciencetech's Solar Lightline fiber-based solar simulator. Optical density of each filter is selected such that the final beam output from the light guide and collimator will be selectable at 0.25, 0.5, 0.75 and 1 of maximum irradiance for the AX Lightline system.

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Set of 6 optical density filters in values of 0.15, 0.3, 0.4, 0.6, 0.9, and 2.5. Each is 25 mm diameter and unmounted; the filter wheel is sold separately.
These are absorption filters and should not be used for high-powered applications (as opposed to reflective neutral density).

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A sample platform designed to operate for any of Sciencetech's line of Fully Reflective solar simulators. The sample tray is intended to be used with SS0.5k-SS1.6k simulators with downward facing beams. For a complete downward facing package for your SS0.5k-SS10.6k fully reflective solar simulator please see product (DFS-SS).
This sample platform includes a clamp for maintaining its position. The sample platform can be used to mount a variety of cell chucks offered by Sciencetech. Please speak with your authorized Sciencetech technical sales staff member to discuss cell chucks, probes, vacuum, or water cooling options.

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The SCI-MO reference cell is a robust PCB-mounted solar cell with an active area of 22 × 7 mm. The SCI-MO is intended to be used as a reference monitor for determining solar simulator sun level. These reference cells are calibrated for 1 Sun AM1.5G using a Sciencetech Class AAA (ASTM E927-19) solar simulator. Two calibration values (Isc) in mA/Sun and mV/Sun are provided. The SCI-MO is used as the reference cell in PTS-series instruments.

Measurement Range: 0.1 to 2 Suns AM1.5G, or 0.1-1.5 Suns AM0

Readout options for the SCI-MO require accessories. They are:
Current (in mA): in no load mode, requires a source meter (such as in SSIVT-series current-voltage measurement systems) to read out.
Voltage (in mV): in loaded mode, requires a simple voltmeter/multimeter (such as MULTIMETER), or a source meter (such as in SSIVT-series current-voltage measurement systems) to read out.
Suns: in no load mode, requires SOL-METER to read out (using current, an integrated load resistor, and a pre-loaded calibration value to display Suns).

Readout accessories, such as SOL-METER, MULTIMETER, and SSIVT-series instruments are sold separately.

The reference cell can be switched into loaded or unloaded mode via a surface mounted switch on the top of the detector PCB. A calibration value is provided for each mode of operation.
A disconnectable 1.2m long cable assembly with 4 color coded banana plugs is provided with each device.

The SCI-MO reference cell is RoHS compliant.

$ 383.00

This high-powered filter blocks UV light below 320 nm. This filter is designed for 0 degree angle of incidence. This filter is mounted in a FT style filter holder and has a clear aperture of 73 mm diameter.

$ 404.00

Sciencetech's FB1T filter box holds one filter per filter box and can accommodate up to 3" x 3" filters. The FB1T filter box is used to stop back reflections from travelling along the path of the incident light. The FB1T filter boxes are stackable, so multiple FB1T filter boxes can be attached if using more than one filter at once is required.
The FB1T has standard mounting for slip rings that are compatible with 2" diameter lens tubes.
For mounting with 1" diameter lens tubes Sciencetech's S4-1D (100-8038) coupling adaptor is required.

No filter holders are included and filter holders are dependent on the size of the filters to be used.

Compatible filter holders are the FT-series (e.g. FT-75).

$ 414.00

Replacement 150W Short arc Xenon lamp.
Vertical or Horizontal operation.

$ 465.00

Lamp Type:
200 W Mercury
Current: 6.7 A
DC Voltage: 30 V

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This accessory can be added to an XLH-style lamp housing to vent ozone produced by UV-enhanced xenon arc lamp sources. This product is compatible with all XLH-series housings for 500-1600 W xenon short arc lamps.

The LH-O3-VENT-KIT can be added to offer compatible hosing and an exhaust fan.

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This accessory can be added to an LH-style lamp housing to vent ozone produced by UV-enhanced xenon arc lamp sources. This product is compatible with all LH-series housings for 75-300 W xenon short arc lamps.

The LH-O3-VENT-KIT can be added to offer compatible hosing and an exhaust fan.

$ 504.00

A Longpass filter designed for use with Sciencetech systems in the Infrared range.
Diameter (mm) 25.0
Diameter Tolerance (mm) +0.0 / -0.1
Thickness (mm) 1.0
Thickness Tolerance (mm) ±0.2
Clear Aperture (%) 90
Surface Accuracy (λ) 3 - 5
Surface Quality 60-40
Parallelism (arcminutes) <10
Transmission (%) >90
Transmission Wavelength (μm) 2.52 - 4.80
Optical Density OD >3.0
Cut-On Wavelength (μm) 2.40
Cut-On Wavelength Tolerance (μm) 0.09
Cut-On Tolerance (%) 5 of Peak Transmission
Slope Factor (%) <6
Substrate Germanium
Operating Temperature (°C) -62 to +71
RoHS Compliant

Please speak with your authorized Sciencetech technical sales staff for a full list of specifications.

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Interference type Infrared IR Longpass filter with wavelength cutoff of 1500 nm
> 80% Transmission Starts : 1792nm
Maximum Wavelength Suggested: 3080nm

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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

Downward-facing stand for the LH- series lamp housing and SF solar simulators.
This stand allows for downwards illumination as well as adjusting the location of the uniform plane relative to the baseplate of the downward-facing stand. Note that this does not change the actual working distance of the solar simulator.
The light source can also be positioned for upwards or horizontal beam directions.
This stand includes two sets of holes for mounting the vertical supports. This permits mounting an LH housing using either base plate and in any orientation. Please see the product information for recommended orientations for each housing type.

$ 576.00

This ozone ventilation kit is any easy add-on to an LH or XLH-series lamp housing with ozone-vent adapter.
The kit includes 4.5 m (15 feet) of flexible hose with an exhaust fan. For hose lengths of more than 4.5 m, one kit per 4.5 m of length is recommended.

Hose diameter: 102 mm (4")
Hose length: 4.5 m (15 feet)
Fan airflow volume: 230 CFM
Fan loudness: 69 dBA measured at 4.5 m (15 feet)

This kit is compatible with Sciencetech's LH-O3-VENT and XLH-O3-VENT venting ports. Please note that this kit requires the LH or XLH and the venting port product to be used.

$ 599.00

Grating for use with 9055, 9057, or 9072 monochromators (including imaging, single, and double monochromator configurations). A grating holder is included with each grating, compatible with the grating mount. Gratings cannot be removed from their holders once installed, but the grating-holder combination can be removed from the grating mount in the monochromator.

Grating size options for the 9055, 9057, and 9072 series are:
30 × 30 mm (9072 only)
50 × 50 mm (9055 and 9057 only)

For single monochromator configurations, please select one grating. Additional gratings can be purchased to cover different wavelengths.
For double monochromator configurations, please select a quantity of two identical gratings. These gratings must be the same for the double monochromator configuration to operate correctly. Additional gratings can be purchased to cover different wavelengths, if purchased in pairs.

Custom gratings can be accommodated. If you intend to use a custom grating or don't see the option you require, please speak with a Sciencetech Technical Representative.

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This high-powered filter blocks UV light below 400 nm. This filter is designed for 0 degree angle of incidence. This filter is mounted in a FT style filter holder and has a clear aperture of 73 mm diameter.

$ 605.00

This high-powered filter passes NIR light and blocks UV and VIS. This filter passes 700 to 2000 nm and blocks <700 nm. This filter is designed for 0 degree angle of incidence. This filter is mounted in a FT style filter holder and has a clear aperture of 73 mm diameter.

$ 606.00

This high-powered filter is designed for band blocking of near-infrared radiation.

This filter contains a hot mirror for filtering out IR light to remove thermal heat on the target. However, standard hot mirrors also remove UV light as a side-effect which mean it cannot be used in UV applications. This special hot mirror removes IR light between 730-1100nm while preserving UVA and UVB light (280-400nm) in addition to visible light. This filter is ideal for Sciencetech UV solar simulators where the filtering of thermal heat on the target is desired and preservation of UVA and UVB light is required. This filter is intended for use at 0 degree angle of incidence.

This filter is mounted in Sciencetech FT style filter mount with a 73 mm diameter clear aperture.

Please note this filter does not eliminate all thermal heat in the IR range as this filter stops at 1,100nm. Hence IR heat beyond 1,100nm still pass through. To remove more IR light see Sciencetech's range of IR water filters or contact a Sciencetech application scientist to learn about other options.

$ 606.00