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.

$ 1,380.00

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.

$ 1,380.00

1600W arc lamp for limited applications. The lamp can only be burned in the vertical position, and should only be used as a light source. It should not be used with solar simulators.
Burning Position: Vertical only
Length: 238.3 mm
Diameter: 46.0 mm
Lifespan:
Wattage: 1600 W
Voltage: 22 V
Amperage: 65 A
Current Range: 45-70 A
Open Circuit Voltage: 75 V

$ 1,392.00

The SCI-SCC6-L cell chuck is an economical way of providing temperature control and electrical connection to your test cells. It has a conductive tin-plated copper base plate (gold plating available) and is compatible with all of Sciencetech's probe systems. The cell chuck is capable of vacuum hold-down (vacuum pump sold separately) and requires an external system to provide liquid cooling or heating that can heat or cool your test cells from dew point to 80 ºC.

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

Cooling area: 6" x 6"
Temperature Range: 1 - 80 ºC
Power Input: 115-240VAC
Power Usage: 2W (not including recirculator or temp control unit)
Options: Vacuum Pump and Water Recirculator or Temperature Control Unit

$ 1,400.00

The FRA-Probe interfaces a third-party potentiostat or an electronic load to a ZENNIUM series potentiostat. The probe allows ZENNIUM potentiostats to modulate the current or voltage signal of third party potentiostats and carry out EIS measurements. The FRA-Probe allows ZENNIUM users to expand the power range to unlimited scales enabling EIS measurements on extreme samples like full stack fuel cells.

The third party potentiostat or the electronic load must provide an analog control input and analog signal outputs for use with the FRA-Probe.

The FRA-Probe interfaced setup can also be incorporated in a Python lab environment and can be controlled remotely.

For pricing information, please request a quotation from sales@sciencetech-inc.com.

Contact for Pricing

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

$ 1,450.00

Wavelength range: 800-3200nm
Dispersion: 32nm/mm
Recommended only for the model 9030 compact monochromator.

$ 1,495.00

Wavelength range: 250-800nm
Dispersion: 8nm/mm (When used with 9030 monochromator)

$ 1,495.00

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

$ 1,495.00

Sciencetech cold mirrors reflect visible energy and transmit the infrared (heat energy). The cold mirrors are vacuum deposited and all dielectric.
UV cold mirror is specially designed to reflect more than 95% average of ultra-violet rays from 350-450nm and transmit more than 90% average 550-1200nm at 45 degrees angle of incidence. Custom angles of incidence can be designed to specification.

Substrate borofloat 1.4762
Transmits >85% 600-1200nm
Reflects >90% 325-475nm.
Cut to 2.25" x 3.5" +0/-0.1"

$ 1,500.00

The LIA / PS-1 is a combination lock-in amplifier and low noise power supply which powers Sciencetech's detectors to the receiver preamplifiers. In addition, the PS-1 works well as a general purpose, dual - polarity laboratory power supply.

$ 1,500.00

For those concerned with price, a manual filter wheel can be an affordable way to allow the flexibility of a filter wheel at a lower cost than fully motorized options. This filter wheel has space for 6 filters of 1" size (either 1x1" squares or 1" diameter), up to 5mm thick. It is a compact pancake design with an easy to use manual control for switching the position of the filters.

$ 1,550.00

The SCI-SCC3-TE cell chuck is an economical way of providing temperature control and electrical connection to your test cells. It has a conductive tin-plated copper base plate (gold plating available) and is compatible with all of Sciencetech's probe systems. The cell chuck is capable of vacuum hold-down (vacuum pump sold separately) and has an integrated thermoelectric controller that can heat or cool your test cells from dew point to 60 ºC.

This product is not compatible with PTS systems. For PTS systems add the SCI-SCC3-TE-PTS version of this cell chuck

Cooling area: 3.5" x 3.5"
Temperature Range: 10 - 60 ºC
Power Input: 115-240VAC
Power Usage: 80W
Options: Vacuum Pump

$ 1,566.00

Wavelength range: 400-1600nm
Dispersion: 16nm/mm (When used with 9030 monochromator)

$ 1,593.00

Osram brand Xenon short arc lamp,
Burning Positions: Vertical, horizontal
Envelope Diameter: 46.0 mm
Total Length: 235.0 mm
Length, cathode base to arc: 95.0mm
arc gap length: 3.8mm
Length, base to base: 205mm
Lifespan: 2500 h
Nominal wattage: 1600.00 W
Lamp voltage: 23 V
Nominal current: 65.0 A
Current control range: 50…75 A

Note a XE1600-O lamp may be used in a system previously using an XE1600-U lamp.
Due to the 3.5mm difference in cathode base to arc position, some adjustment in lamp position may be necessary.

$ 1,620.00

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

The SC-12 is a general purpose sample chamber that can be configured in multiple ways to address a number of application requirements. The SC-12 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 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 imperial optical breadboard with 1/4-20 tapped holes. For the metric version see model SC-12-M.

The SC-12 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

High Impedance Probe

The HiZ probe set is specially designed for high impedance measurements and raise the input impedance up to 1000 TΩ || 1 pF.

U- and I-probe come in two small boxes which can easily be placed near by the sample. By this, electrical noise artifacts are minimized. Typical applications are investigations on passive layers, oxydes, nitrides, dielectric films, ceramic substrates, low conductive electrolytes, lacquers, coatings, microelectrodes etc.
The HiZ Probe set is connected to the Probe I and the Probe E terminals of the IM6 or Zennium. No additional hardware is needed.

Input impedance: 5 pF//10 T (typ.)

For pricing information, please request a quotation from sales@sciencetech-inc.com.

Contact for Pricing

This product consists of the Sciencetech SOL-METER and our SSIVT-REF sun calibrated reference detector. The SOL-METER is a digital meter for use with solar calibrated detectors such as detector models SSIVT-REF or SC-LT. The meter converts detector measurements to a Sun value. It has a handheld meter that is compact, has a sturdy design, and is appropriate for indoor or outdoor applications.
The Sciencetech Reference Detector, which is an integral part of solar simulator calibration and solar cell I-V characterization, consists of a calibrated solar detector made of silicon.
The Reference Detector comes with calibration data taken by Sciencetech, calibrating it to a NIST-certified solar cell, on an accompanying certificate. It reads solar simulator irradiance in "sun" units; one sun is equal to 1,000 W/m^2, at 25 degrees Celsius and Air Mass 1.5 Global.
This tool's primary use is the testing of photovoltaic cells under standard conditions.

$ 1,675.00

Provides motorized attenuation control from 10% transmission to 100% transmission. Calibration of the attenuator is performed in 20 steps. Continuous piecewise attenuation is available throughout the attenuation range. The attenuator is controlled from the PLC touchscreen on the instrument control unit. A test report including the irradiance at the target by step size is provided. The attenuator may affect the uniformity level at the target.

$ 1,700.00