1000W Focused Beam Research Grade Arc Lamp Source. Utilizes a 3 lens fused silica lens assembly to produce an F/3 focussed image of the high intensity Xenon arc lamp. Includes 611 series touch screen computer controllable power supply, 1 lamp and digital copies of instrument test report, operating instructions and software.

$ 12,500.00

1000 W Collimated Research Grade Arc Lamp Source. Utilizes a 2 lens F/1 fused silica lens assembly to collimate the light from the high intensity Xenon arc lamp. Includes 611 series touch screen computer controllable power supply, 1 lamp and digital copies of instrument test report, operating instructions and softare.

Power Requirements
200-240 VAC input, 12.1-9.0A, 50/60Hz, Fused 15A
Includes 1 IEC 60320 C19 compatible power cable, select compatible cable for your region.

$ 12,000.00

500 W Focused Beam Research Grade Arc Lamp Source. Utilizes a 3 lens fused silica lens assembly to produce an F/3 focussed image of the high intensity Xenon arc lamp. Includes 611 series touch screen computer controllable power supply, 1 lamp and digital copies of instrument test report, operating instructions and softare.

$ 12,500.00

500 W Collimated Research Grade Arc Lamp Source. Utilizes a 2 lens F/1 fused silica lens assembly to collimate the light from the high intensity Xenon arc lamp. Includes 611 series touch screen computer controllable power supply, 1 lamp and digital copies of instrument test report, operating instructions and softare.

$ 12,000.00

6500W Xenon arc lamp
Ozone Free
Compatible with Sciencetech Ultra-High Power Lamp Houses.

Nominal Wattage 6500 W
Nominal Voltage 39 V
Current (A) 165 A
Current Control Range (A) 133-173 A

Physical attributes
Base Anode SFAx30-14
Base Cathode SFa30-7.9

$ 2,826.00

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

The PTS-2-IQE system allows an overall external quantum efficiency value measurement as well as internal quantum efficiency measurements using an integrating sphere. It includes all the spectral response equipment of the PTS-1, as well as a bias light and additional electronics and software to seamlessly allow user-friendly measurements of quantum efficiency.
The PTS-2-IQE Includes the capability to perform the following measurements:
- Current Voltage (I-V) Testing
- Spectral Response
- External Quantum Efficiency/IPCE
- Internal Quantum Efficiency
- Reflectance

This system includes 2 IEC 60320 C13 compatible power cables. Region-specific version must be selected at the time of placing an order (see product 491-9001).

$ 47,500.00

A 52x58mm air mass filter specifically designed for Sciencetech's SciSun solar simulators, including filter holder. The AM1.0D simulates the terrestrial solar spectrum on the ground when the sun's position is normal to the earth's surface. It includes only direct light from the sun, not diffuse light that is scattered by the atmosphere.

$ 4,133.00

Class: AAA
Collimation Angle: 3.85º half angle
Target Size: 125mm x 125 mm
Working Distance: 300mm
550W Xe Arc Lamp Included
Integrated touch screen control unit
RS232 interface and software for remote operation included
Includes air mass filter AM1.5G (160-8023) and computer-controlled shutter.

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).

$ 30,750.00

Open/ close time ~200ms.
Automated with 601 or 611 series power supplies
Designed for use with the SciSun solar simulator

$ 1,000.00

Sciencetech's 621 series power supplies are designed to work with Sciencetech HPLH series lamp houses. The 621-3k is designed to power 2.5kW and 3.0kW xenon and mercury-xenon arc lamps. The 621 power supply includes a touchscreen interface and several useful built in components:
- Lamp life timer
- Powers and controls Sciencetech XLH lamp house fans
- Shutter and exposure controller (24VDC with 12VDC hold)
- RS232 Computer Control (USB to serial adapter included)
- Temperature monitor (optional upgrade)
- Monitor Output (optional upgrade)
- Auto Lamp Start (optional upgrade)
- Safety interlock (optional upgrade)

This product cannot be CE marked

Requires 1 NEMA 6-30P power cable
200-240VAC, 20A

Please see the technical datasheet for more information.

$ 10,321.00

$ 2,014.00

This solar simulator is based on a Fresnel lens to collimate the light beam from the 1.6kW Xe ozone-free arc lamp source, resulting in highly collimated illumination of the target spot. The spectral distribution of the xenon light source, along with the use of specially calibrated air mass filters, closely simulates the sun’s true spectral distribution in various conditions on Earth.

Works best with 1 Sun AM1.5D filters (not included). Other AM filters are available but they may change the target size achievable. Contact a Sciencetech technical sales representative for details.

Target: up to 20 cm (8") diameter (depends on required irradiance level)
Collimation: 0.7° half angle (70% of irradiance is within)
Non-uniformity: ±25% (not classified)
Lamp: 1.6kW ozone-free Xe short arc
Lamp Housing: air cooled
Illumination Direction: horizontal*
Power Supply: 611-1.6k adjustable touchscreen supply
Filter Mounting: for one 7.6 × 7.6 cm (3" × 3") filter (not included)

Includes: 20 cm (8") diameter UV transmitting Fresnel lens, igniter.

200-240 VAC input, 12.1-9.0A, 50/60Hz, Fused 15A
requires 1 IEC 60320 C19 power cable

Optional accessories: vertical beam turning unit, light intensity stabilizer, integrated motorized shutter

* Systems can be built for downfacing operation if specified at time of order

$ 22,000.00

This solar simulator is based on a Fresnel lens to collimate the light beam from the 3.0kW Xe ozone-free arc lamp source, resulting in highly collimated illumination of the target spot. The spectral distribution of the xenon light source, along with the use of specially calibrated air mass filters, closely simulates the sun’s true spectral distribution in various conditions on Earth.

Works best with 1 Sun AM1.5D filters (not included). Other AM filters are available but they may change the target size achievable. Contact a Sciencetech technical sales representative for details.

Target: up to 28 cm (11") diameter (depends on required irradiance level)
Collimation: 0.7° half angle (70% of irradiance is within)
Non-uniformity: ±25% (not classified)
Lamp: 3.0kW ozone-free Xe short arc
Lamp Housing: air cooled
Illumination Direction: horizontal*
Power Supply: 621-3.0k adjustable touchscreen supply
Filter Mounting: for one 15 × 15 cm (6" × 6") filter (not included)

Includes: 30 cm (12") diameter UV transmitting Fresnel lens, igniter.

200-240VAC, 20A
Requires 1 NEMA 6-30P power cord

Optional accessories: vertical beam turning unit, light intensity stabilizer, integrated motorized shutter
* Systems can be built for downfacing operation if specified at time of order

$ 30,000.00

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$ 375.00

The SSIVT is a complete electrical current-voltage measurement system used to characterize photovoltaic cell performance. This current-voltage tester works by sampling current at different voltages of the photovoltaic cell with a variable impedance load.

This IV measurement system has a separate terminal interface for voltage and current measurements. Each IV curve dataset is saved as a separate ASCII text file.

This I-V Testing Measurement System has a 4 wire Kelvin configuration to remove the resistance effects of the leads and bias the cell at specific voltages.

The I-V Measurement System SSIVT-T20C includes:

A) Keithly Model 2450 - Touchscreen
.Power: 20 W
.Max Voltage: 200V
.Current Range: 1A

B) Sciencetech's SciPV-IV Software for Windows-based control.
.Windows 7/10 32/64 bit

C) RS232 to USB dongle

The SSIVT-2KC works with all Sciencetech Steady State Solar Simulators.

Compatible with Steady State (Continuous) Solar Simulators only.

See brochure for more details.

$ 10,620.00

Collimated beam lamp housing for 1000W QTH lamps. The system features a spherical reflector. Collimating optics (ordered separately) must be selected according to the desired target size and lens material. Up to 76 mm (3") diameter optics can be accommodated by this model. Please see the COL-series of optics for a selection. Does not include a power supply.

$ 2,750.00

The 9030DS consists of two 100 mm scanning monochromators placed in series in subtractive mode. Bandpass is determined by the width of an intermediate slit, but the 9030DS has a net output dispersion of zero because the monochromators are optically coupled so that the dispersion of the second grating cancels that of the first. This leads to homogenized wavelengths at the output port - there is no spectrum, only a single undispersed slit image - which allows the unit to act as a tunable bandpass or notch filter.

Stray light of all sorts is drastically reduced in a double monochromator, and in the 9030DS it is further minimized by the use of concave holographic gratings. It is ideal for applications where stray light is a problem - where there may be a strong scattered background, such as in spectroradiometry, Raman or UV measurements of solar radiation.

The 9030DS can be used as a tunable notch filter to remove one particular wavelength while allowing all others over the bandpass to pass through, making it an ideal instrument to pre-filter out the strong laser excitation wavelength in a Fluorescence or Raman system so that the weaker output signals can be observed.

The 9030DS is a fully integrated unit with the two diffraction gratings coupled mechanically for accurate positioning, adjusted manually using a thumb-wheel. A variety of fixed slit widths is available. It can be upgraded to be motorized and controlled by a computer with the 9030 Motorized Upgrade. Only one motor and drive unit is required for both monochromators, enabling control via Sciencetech Sci-Mono Active-X library or full featured Sci-Spec software.

The Model 9030DS can also be used to pass or filter out several selected wavelengths by using a custom intermediate multi-slit mask instead of a single width intermediate slit. Mirror coatings have been chosen for this model to enhance performance in the UV-VIS region. Please contact a Sciencetech Applications Specialist for such custom wavelength filtering.

$ 4,628.00

The 9030DA double additive monochromator consists of two 9030 monochromators placed in series. Stray light is drastically reduced in a double monochromator, and in the 9030DA it is further minimized by the use of concave holographic gratings. The inbound light is dispersed by the first grating and again by the second. Both gratings rotate simultaneously in the same direction, and in the DA the monochromators are coupled so that the dispersion is double that of a single 9030 monochromator. Bandpass is half of the corresponding 9030 monochromator for the same output slit, and resolution using a 100 µm slit is 0.4 nm.
Mirror coatings have been chosen for this model to enhance performance in the UV-VIS region.

$ 4,628.00

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$ 375.00