An E-STOP button add-on for Sciencetech’s High Flux Solar Simulator systems. This E-STOP can be connected to up to four radiative modules.

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Used to allow the SS150 to direct the beam downwards, upwards, or at 90 degrees to the usual output direction (horizontal). Not included in the Vertical Stand, due to the usual arrangement of allowing the beam to aim downwards (meaning in most cases this component is not required with the vertical stand option).

$ 655.00

The SCC-VP vacuum pump is designed for use with Sciencetech's solar cell chucks and provides sufficient vacuum to secure a 90 × 90 mm cell (3.5" × 3.5") in a light, inexpensive package.
The SCC-VP produces considerable vibration noise.
For a quiet vacuum pump, or for cell sizes greater than 90 × 90 mm (3.5" × 3.5") see the SCC-VPME1.

Maximum cell size: 90 × 90 mm (3.5" × 3.5")

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A 28mm, side-on type PMT Tube from Hamamatsu.
The effective range is from 185nm to 710nm.

For full technical specifications, please ask your authorized Sciencetech technical sales staff member.

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Sciencetech's cell chucks are made from copper and plated with tin for good electrical conductivity, corrosion resistance, and durability. Our cell chucks can be upgraded to have an additional gold coating on request.

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Sciencetech's cell chucks are made from copper and plated with tin for good electrical conductivity, corrosion resistance, and durability. Our cell chucks can be upgraded to have an additional gold coating on request.

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A power supply rack for Sciencetech’s High Flux Solar Simulator system. Each rack can hold up to four power supplies.

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The SS-80 is a manually controlled, bilaterally adjustable slit for the input or output port. Most Sciencetech monochromators/spectrograph models already include one SS-80 slit at the input port but an additional one at the output port is usually required if the monochromator is mated to a single channel detector, PMT detector, or used as a tunable wavelength light source. If the dual port option is selected for a Sciencetech monochromator, an additional SS-80 slit for the second port may also be required. The slit width can be adjusted between 0-6 mm, in 10 µm spacing using a micrometer thumbwheel. The height of the SS-80 slit can also be adjusted between 0-10 mm, 10-20 mm and 20-30 mm through built-in manual curtain sliders.

$ 769.00

45 degree mirror to deflect the light 90 degrees, such that it points downwards for a horizontal target.
The UV cold mirror transmits IR (thermal) and some visible light on the sample (Transmission > 85% for the region 600 - 1200nm, Reflection >90% for the region 325 - 475nm)

$ 796.00

This high-powered filter blocks UVA light and transmits UVB as well as visible and IR light. This filter has an average transmission of better than 70% from 260-315nm, and reflection greater than 95% from 320 to 400nm. 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. This filter is suitable for use with Sciencetech's line of SS solar simulators.

$ 808.00

An F/4 off-axis parabolic mirror assembly with protected aluminum mirror coating. This assembly is intended to attach to Sciencetech's LH-S lamp houses (also works with obsolete 201C-100 lamp houses). The assembly includes a kinematic three point adjuster to optimize optical alignment. A standard hole pattern on the input and output ends of the assembly can be used to mount this optical component to custom or third party systems with appropriate bracketing.

$ 859.00

The SH-2-B-OF is a computer controlled shutter for 201, LH-S, XLH-S lamp houses and SF solar simulators. Based on the successful SSES lines of blade shutters for Sciencetech's line of high powered solar simulators.
An arc lamp is not designed to be frequently turned off and on and doing so will dramatically lower its service life. In addition, each time it is turned on it requires the power supply to ignite it with a 20,000V+ spark. THe best option for performing exposure testing is to integrate an electronic shutter system inside the beam homogenizer. The electronic shutter is computer controlled with an activation time of <150ms. Software for the shutter controller is included with this item. The standard shutter controller connects to a computer via RS232. RS232-USB converters are available and work with this product. In addition to computer control the shutter can be controlled via a toggle switch on the shutter controller box.

This shutter can be used with any high powered light source and can effectively block a 2" diameter beam. See the brochure information for a mounting pattern.
This shutter is open frame and the shutter mechanism is exposed. For an enclosed shutter please see the SH-XLH-B product.

This device can be controlled through Sciencetech's touch screen power supplies (including automated exposure time control).
Please note leaving the shutter closed for extremely long periods of time while the arc lamp is on may cause damage to the motorized components.

$ 904.00

An arc lamp is not designed to be frequently turned off and on and doing so will dramatically lower its service life. In addition, each time it is turned on it requires the power supply to ignite it with a 20,000V+ spark. The best option for performing exposure testing is to integrate an electronic shutter system inside the beam homogenizer. The electronic shutter is computer controlled with an activation time of <150ms. Software for the shutter controller is included with this item. The standard shutter controller connects to a computer via RS232. RS232-USB converters are available and work with this product. In addition to computer control, the shutter can be controlled via an interface on the power supply.

This shutter can be used with any mid-ranged powered light source and can effectivley block a 3" diameter beam. See the brochure information for a mounting pattern.

The shutter can also be controlled through Sciencetech's touch screen power supplies, including automated opening and closing of the shutter as well as preprogrammed exposure times. Ask your authorized Sciencetech technical sales staff member if you are uncertain whether your system includes one of our new power supplies.

Please note that leaving the shutter closed for extremely long periods of time while the arc lamp is on may cause damage to the motorized components.

$ 904.00

Downward facing stand for the XLH- series lamp housing .
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.

$ 908.00

Adds KF-40 flange feedthru to 113-8 series light guides. Suitable for 1/8" and larger light guides (not compatible with FC/ SMA terminated fibers)
requires drawing approval before production to specify location of KF flange on fiber
Flanges can be leak checked as an added service

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The FHV filter box is multifunctional, configurable filter box designed to work with Sciencetech's LH and XLH lamp housings or any system that uses 2" or 3" lens tubes.

The filter box has two available configurable sections - each section can be outfitted with a two-position filter bracket to hold two filters in FT filter holders, or the filter bracket can be omitted to hold one WF-1Q liquid filter. This filter box can consequently hold, in total, either:
- 4 filters in FT-style holders or
- 2 filters in FT-style holders and one WF-1Q water filter.

The filter box can also be configured for forced air cooling or uncooled performance. For the forced air cooling to work, the filter box needs to be paired with a PS-XXXXX-A-T type power supply. The filter box can be configured for 2" or 3" lens tube coupling.

Air Cooled Dimensions (L × W × H): 121 × 94.5 × 141 mm (4.78" × 3.72" × 5.54")
Uncooled Dimensions (L × W × H): 113 × 94.5 × 141 mm (4.46" × 3.72" × 5.54")

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Sun Screen Testing Industry standard filters for isolating UVA wavelengths (320-400nm)
Schott UG11 Filter for eliminating visible and infrared rays (>400nm)
Schott WG335/3mm or WG345/1mm filter for eliminating UVB and UVC rays (<320nm)
Used in the UVA Protection Factor Test Method (Persistent Pigment Darkening)

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The High Flux Solar Simulator (HFSS) Technology Package is a great addition to an HFSS system. It includes:
- A network switch for connecting multiple power supplies and accessories (maximum five power supplies plus two accessories) to a single control computer.
- A webpage-based camera for safely viewing inside the HFSS support structure
- Alignment lasers for easily locating the target plane of the radiative modules.

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A single borofloat output window for an HFSS Radiative Module. This output window easily attaches to a radiative module using four screws. It does not completely seal the output of the radiative module due to the requirement for forced air cooling of the arc lamp, but it will protect the interior of the module from direct contamination.

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Sciencetech's (SCP-2G) is an economical probe station that provides 2 gold plated spring-tip probes to provide contacts to the top surface of your test device.

Gold spring probes are an excellent choice for most applications, with the probe tip gently contacting the surface of your test device. For applications requiring finer probe placement, please see our tungsten needle-tip probe stations.

$ 958.00