Accessories / Parts

$ 375.00

$ 375.00

$ 375.00

The SC-12-M is a general purpose sample chamber that can be configured in multiple ways to address a number of application requirements. The SC-12-M includes 4 optical ports (on three sides and one on the top) as well as a side door for easy access to the sample area.
Three of the side walls feature optical ports with a Sciencetech standard B4 hole pattern as well as removable anodized access panels that can be machined to accommodate most types of feedthroughs including electrical, liquid and gas.

The SC-12-M can be configured for spectroscopy applications such as diffuse reflection and transmission spectroscopy, or as a light tight reaction chamber for photoelectrolysis research. The 2.2" diameter opening on the top port of the sample chamber is designed to mate to Sciencetech's line of lens based solar simulators such as the SF or SLB series simulators, the Solar LightLine solar simulator, as well as Sciencetech's line of 201-100 lamp houses.

The base of the sample chamber is an metric optical breadboard with M6 tapped holes. For the Imperial version see model SC-12.

The SC-12-M is 311x 311x 219mm (12.5" x 12.5" x 8.625")(LxWxH) with internal dimensions of approximately 298 x 298 x 200mm (11.75" x 11.75" x 7.8").
Side inputs have a 3" optical height which can be increased using the included baseplate and levelling feet.
The baseplate is 355 x 355 x 6.3mm (14" x 14" x 1/4").

The standard system does not come with a sample holder. See the product literature for more information on how to configure the sample chamber.

Please see our detailed product literature for more information or contact a technical sales representative to discuss how we can help you with your specific application.

Options (not included)
- Valved water inlet and outlet ports
- Push to connect hose feedthrough (standard for Sciencetech vacuum chucks)
- AC power entry module
- Binding posts for electrical feedthrough
- Gas inlet and outlet ports (6mm Swagelok)
- Height adjustable sample tray
- Temperature controlled sample platform

Discuss your full technical needs with an authorized Sciencetech Technical Sales Staff member for further details.

$ 1,650.00

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$ 850.00

This option adds an additional 2 filter positions to the FH-SS filter holder. The FH-SS and FH-SS-ADD option are designed to be used with Sciencetech FT-75-3 type blank filter holders as well as filters that include the -FT option. The FH-SS filter holder is used with Sciencetech's line of Fully Reflective solar simulators as well as the Solar Lightline and SciSun solar simulators.

$ 350.00

This filter is mounted in a FT style filter holder and has a clear aperture of 76.2mm diameter
This filter blocks UV and NIR light and transmits visible light. This filter has an average transmission of 95% from 400-700nm, and high reflection <400nm and from 700-1200nm.

$ 400.00

$ 1,000.00

This filter is mounted in Sciencetech FT style filter mount with a 76.2mm diameter clear aperture.

NIR Long pass filter
Clear aperture 3" diameter
Pass band 700-2000 nm
Blocking <700 nm
Interference filter
Angle of incidence = 0 deg

$ 600.00

This long pass filter is made of absorbing glass. It is primarily used to remove UV light. It is effective at removing wavelengths <400nm.

This filter is mounted in Sciencetech FT style filter mount with a 76.2mm diameter clear aperture.

$ 600.00

Sciencetech's TC-2000 is a temperature control unit for use with Sciencetech's -L (liquid cooled) solar cell chucks.
It is capable of heating or cooling a device under test from 5-80°C using distilled water or from -10 to 80°C using a Water/Ethylene Glycol mixture.

Cooling fluid not included.

For more detailed information please contact a Technical Specialist.

$ 5,613.00

Sciencetech's TC-2000 is a temperature control unit for use with Sciencetech's -L (liquid cooled) solar cell chucks.
It is capable of heating or cooling a device under test from 5-80°C using distilled water or from -10 to 80°C using a Water/Ethylene Glycol mixture.

Cooling fluid not included.

For more detailed information please contact a Technical Specialist.

$ 5,613.00

This filter is mounted in a FT style filter holder and has a clear aperture of 76.2mm diameter
This filter is suitable for use with Sciencetechs line of SS solar simulators.
This 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 great than 95% from 320 to 400nm.

$ 800.00

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.

$ 500.00

The SCI-SCC6-B cell chuck is an economical way of providing electrical connection to the back of your test cells. It is compatible with all of Sciencetech's probe systems except the SCP-MP-T and SCP-MP-G. It is not capable of vacuum hold down.
Working Area: 6" x 6"
Temperature Range: N/A
Power Input: N/A
Power Usage: N/A
Options: N/A

$ 898.00

The SCI-SCC3-L-B cell chuck is an economical way of providing electrical connection to the back of your test cells and liquid cooling. It is compatible with all of Sciencetech's probe systems except the SCP-MP-T and SCP-MP-G. It is not capable of vacuum hold down.

This model requires a water recirculator (for cooling only) or temperature control unit for temperature control (both sold separately).

Working Area: 3" x 3"
Temperature Range: dew point - 80 ºC
Power Input: N/A
Power Usage: N/A
Options: Water Recirculator or Temperature Control Unit

$ 1,200.00

Alphalas 3648 pixel linear CCD.
UV to IR spectral range 200 - 1100 nm, 16-bit ADC, large 32 MB of fast DDR2 onboard RAM, max. 269.5 fps, high-speed USB 2.0
Housing: 90 x 25 x 105 mm (W x H x D)
Comes with specific USB power/signal cable for interfacing to a computer.
Works with Sciencetech SciSpec Software integrating camera readout and monochromator position information. This camera is also compatible with LabView. A C++ programming library is available for this camera at extra cost.

This camera can also be triggered using TTL signals making it a perfect option for interfacing with Sciencetech's high speed shutters for decay measurements.

$ 2,717.00

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$ 1,095.00

Sciencetech’s (SCP-SP-G) is a micropositioning probe station with a magnetic base and a gold-plated spring probe. It utilizes thumbscrews for adjustment. 0.3” is the magnitude of fine adjustment for this probe.

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.

$ 970.00

Sciencetech's (SCP-MP-G) is a micropositioning probe station with a magnetic base and a gold-plated spring probe. It utilizes micrometer heads for accurate repeatable adjustment. 0.5” is the magnitude of fine adjustment for this probe.

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.

$ 2,010.00