Accessories / Parts

This filter is part of Sciencetech's standard "Order Sorting Filter Set". It can be ordered separately if required.
Please see the technical datasheet for additional information.

Contact for Pricing

Wavelength range: 300-1200 nm
Dispersion: 12 nm/mm (When used with 9030 monochromator)

Contact for Pricing

Wavelength range: 200-600 nm
Dispersion: 8 nm/mm (When used with 9030 monochromator)

Contact for Pricing

Wavelength range: 300-800 nm
Dispersion: 8 nm/mm (When used with 9030 monochromator)

Contact for Pricing

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 - see below) to show the measured power. The price shown includes the detector head, post, post holder, and base only.

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

Contact for Pricing

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).

Contact for Pricing

This external transmission/reflectance sample chamber can be mated to the output port of a Sciencetech FTIR system. This chamber allows small samples to be studied in both transmission and reflectance modes, at temperatures ranging from approximately -20° Celsius to room temperature. The sample chamber utilizes gold coated aspheric optics for excellent signal in the infrared and terahertz region.

Contact for Pricing

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.

Contact for Pricing

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.

Contact for Pricing

A Beam Turning Assembly can be mounted to the output port of many of Sciencetech's Solar Simulators to redirect the light downwards onto a sample platform. The Beam Turner may also be used to adjust the light path to any 90° angle perpendicular to the horizontal output beam.

Contact for Pricing

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

Contact for Pricing

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 effectivley block a 5" diameter beam. See the brochure information for a mounting pattern.

This device can be controllable through Sciencetech's new line of Touch Screen power supplies (including automated explosure time control).
Please note leaving the shutter closed for exteremly long periods of time while the arc lamp is on may cause damage to the motorized components.

Contact for Pricing

An external shutter appropriate for LH and XLH series lamp houses. This high speed shutter is computer controlled. The shutter includes a power supply, electronics module, and cable. Clear Aperture = 50 mm
Minimum exposure time = 70 ms
Maximum exposure time = several minutes
Opening time = 43 ms

$ 7,052.00

Sciencetech's PS-QT1000-F-M is an external 1000 W fixed power supply for QTH lamps. Sciencetech's 1000 W QTH power supply produces a highly stabilized 120 VDC low noise output and can output up to 10 A. The current output to the lamp is not adjustable with this power supply. If you require an adjustable power supply for a Sciencetech Incandescent source, see the PS-QT2500-A-T power supply.

This power supply is designed to work with Sciencetech XLH lamp houses with QTH or other resistive element type lamps having maximum voltage of 120 VDC. The power supply will operate resistive element type lamps at their nominal operating voltage and current. This will result in the lamp emitting a spectra at it's nominal colour temperature.

This power supply accepts 100-240 VAC.

This system includes 1 IEC 60320 C13 compatible power cable. Region-specific version must be selected at the time of placing an order (see product 491-9001).

$ 4,558.00

4 digits LCD displays high voltage output signal
BNC analog signal ouput
External high voltage control for the PMT (for computer control)
Six time constants switchable from a front panel control (from .01ms to 1sec.)
Zero adjustment control to cancel the effect of dark current and stray light
Adjustable gain 1, 10, 100 and 1,000 X
Includes power supply.

Contact for Pricing

This is a single fixed width slit for Sciencetech's 9030 monochromators. It can also be used with any other model monochromator, but requires a SS-F slit holder (120-9046) for each input/output. Multiple slits can be exchanged using a single slit holder.
The slit height is 8mm. The slit width is 250μm.

$ 253.00

This is a single fixed width slit for Sciencetech's 9030 monochromators. It can also be used with any other model monochromator, but requires a SS-F slit holder (120-9046) for each input/output. Multiple slits can be exchanged using a single slit holder.
The slit height is 8mm. The slit width is 500μm.

$ 253.00

This is a single fixed width slit for Sciencetech's 9030 monochromators. It can also be used with any other model monochromator, but requires a SS-F slit holder (120-9046) for each input/output. Multiple slits can be exchanged using a single slit holder.
The slit height is 8mm. The slit width is 1mm.

$ 253.00

This is a single fixed width slit for Sciencetech's 9030 monochromators. It can also be used with any other model monochromator, but requires a SS-F slit holder (120-9046) for each input/output. Multiple slits can be exchanged using a single slit holder.
The slit height is 8mm. The slit width is 2mm.

$ 253.00

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