Grating for use with 9040, 9490, and 9150 monochromators (including imaging, single, and double monochromator configurations). A grating holder is included with each grating, compatible with the grating mount. Gratings cannot be removed from their holders once installed, the grating-holder combination can be removed from the grating mount in the monochromator.

Grating size options for the 9040, 9490, and 9150 series are:
64 × 64 mm
84 × 84 mm
102 × 102 mm

For single monochromator configurations, please select one grating. Additional gratings can be purchased to cover different wavelengths.
For double monochromator configurations, please select a quantity of two identical gratings. These gratings must be the same for the double monochromator configuration to operate correctly. Additional gratings can be purchased to cover different wavelengths, if purchased in pairs.

Custom gratings can be accommodated. If you intend to use a custom grating or don't see the option you require, please speak with a Sciencetech Technical Representative.

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The 9040DX is a Double Additive or Subtractive design of the half meter 9040. Special care has been taken to design the system to minimize and eliminate stray light whenever possible.
A double subtractive monochromator operates to create a monochromatic light source by the 2nd monochromator cancelling the dispersion caused by the 1st monochromator. This allows a Double Subtractive system to operate as a tunable notch filter for Raman applications. The double additive is used for improved resolution. Please see the technical datasheet or contact a Sciencetech Technical Representative for additional information.

Please note that 2 gratings are required for this system, minimum, but are not included. This version can accommodate 64 x 64 mm, 84 x 84 mm, and 102 x 102 mm gratings. Please note that this product includes one slit, but does not include any additional slits or a grating, these must be purchased separately. SciMono is included. For Sciencetech's full feature spectroscopy software, please see SciSpec (not included).

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

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The 9040 is Sciencetech's 0.5 m focal length monochromator. This model of monochromator accommodates a grating on a removable kinematic mount, allowing the user to manually swap one grating for another without losing alignment. This version can accommodate 64 x 64 mm, 84 x 84 mm, and 102 x 102 mm gratings. Please note that this product includes one slit, but does not include any additional slits or a grating, these must be purchased separately. Please speak with a technical sales member for assistance in selecting the right components for your system. SciMono is included. For Sciencetech's full feature spectroscopy software, please see SciSpec (not included).

Please see the technical datasheet for additional information.

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

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Class: AAA (ASTM E927-19, IEC 60904-9 Ed.3-2020 classification available upon request)
Target size: 50 × 50 mm
Intensity: 2 Suns using 300 W, 1 Sun using 150 W
ND filter for 1 sun operation included with 300 W version
Working distance: 380 mm (with beam turning unit CTBT-3)
The SciSun can be configured to precisely suit user requirements.
The following features can be selected to provide the best SciSun for your application (see brochure for full details):
- Air Mass Filter: AM1.5G spectral matching included. For AM0 matching, please see the AM0 SciSun product. Other filtering options are possible; please contact us for more details.
- Lamp: 300 W produces a maximum intensity of 2 Suns, 150 W produces a maximum intensity of 1 Sun.
- Power Supply: The included power supply can be a full-featured, adjustable touchscreen-controlled supply, or a simpler, manually-operated power supply.
- Beam Turner: A 360-degree adjustable beam turner is included as a standard feature in all models.
- Stand: Three stand options are available as optional accessories: a simple, economical, height-adjustable stand for downward-facing use (in conjunction with a beam turner), a workstation with adjustable sample tray, and a workstation with adjustable sample tray within a dark chamber. If the system is ordered with no stand, it sits on the tabletop and the beam can be rotated to the desired direction using the beam turner.
- Shutter: A manual shutter is an economical option, while a motorized shutter is available as an optional replacement if computer control of the shutter is required. To control the motorized shutter, the touchscreen power supply option is required.
- Attenuation: Manual or motorized variable attenuators are available optional accessories. If no variable attenuator is chosen, the 300 W SciSun will still come with a removeable neutral density filter to permit 1 sun operation.
Power Requirements: 100–240 VAC, 50/60 Hz, 4.0 A (SciSun-300) or 2.5 A (SciSun-150). This system requires 1 IEC 60320 C13 compatible power cable. Please select 1 region-specific power cable (see product 491-9001) at no cost.
Also included are a xenon arc lamp, filter holder, and testing report.

$ 9,493.00

The PSS-series of flash (or pulsed) solar simulators are designed to illuminate large photovoltaic devices up to 2 × 2 m in size with up to 1 sun irradiance, with spectral matching to terrestrial (AM1.5G) or space (AM0) conditions. Spectral match must be selected at the time of order and cannot be changed after production. The system comes with an included device trolley, with a tilted target plane calibrated for the system.

These systems are based on a heavy-duty xenon flash lamp, combined with spectral filtering and a built-in beam conditioning reflector. The standard flash measurement window is 0.2 ms, but an optional pulse current regulator can be selected to allow for a flat, stable pulse within a measurement window of 4.0 ms.

This product includes a flash head, power supply, flash lamp, air mass filter, variable attenuator, temperature sensor, system housing, current-voltage measurement system, computer, and sample trolley.

Please see the PSS table to select the best IV measurement system for your application.

Specifications:
Spectral Match: up to Class A, see Brochure
Spatial Non-Uniformity: up to Class A, see Brochure
Temporal Instability: Class A
Target Size: up to 1.9 × 1.9 m, see Brochure
Spectral Range: Depends on AM filter selection
Collimation: Non-collimated

Please note: Mains voltage must be selected at the time of purchase, and cannot be changed after production.

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With the Sciencetech Solar LightLine you can direct the Class AAA solar light anywhere you want. Classic designs for solar simulators require you to bring your sample to the solar simulator. Now, you can bring the solar simulator to your sample! This makes the Sciencetech Solar LightLine series of fiberized solar simulators ideal for research that just can't accommodate traditional bulky solar simulators. The solar light can be easily integrated with a glove box without mounting the entire solar simulator in the glove box, saving space and adding flexibility. The standard 4-foot-long fiber makes the simulator ideal for doing spot checks of devices on manufacturing lines or in dedicated setups that can't accommodate a bulky solar simulator.

The Lightline includes space for fitting one internal accessory. Options are a motorized 6-position filter wheel with a variety of spectral or neutral density filters that can be supplied, or a manual or motorized attenuation system that provides continuous control over intensity at the target from 10-100%. Internal accessories must be selected at the time of order and cannot be added at a later time.

Every Lightline includes an internal two-position filter tray that accommodates Sciencetech FT style filters. One filter location is reserved for the selected air mass filter. Air mass filters must be selected in the order for spectral match classification.

Classification is performed to ASTM E927-19. Classification to IEC 60904-9 and JIS C 08912 standards can be performed on request. Please contact your Sciencetech Technical Representative for details.

- Includes adjustable touchscreen PS-XE300-A-T power supply with current control from 80-100% of max current.
- Includes computer-controlled high intensity shutter.
- 4 feet light guide (other light guide lengths are possible), light guides can be fitted with KF flanges for glovebox integration.
- Includes one 300 W xenon short arc lamp.

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

$ 11,614.00

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 SCI-MO reference cell is a robust PCB-mounted solar cell with an active area of 22 × 7mm. The SCI-MO is intended to be used as a reference monitor for determining solar simulator sun level. These reference cells are calibrated for 1 Sun AM1.5G using a Sciencetech Class AAA (ASTM E927-19) solar simulator. Two calibration values (Isc) in mA/Sun and mV/Sun are provided. The SCI-MO is used as the reference cell in PTS-series instruments.

Readout options for the SCI-MO require accessories. They are:
Current (in mA): in no load mode, requires a source meter (such as in SSIVT-series current-voltage measurement systems) to read out.
Voltage (in mV): in loaded mode, requires a simple voltmeter/multimeter (such as MULTIMETER), or a source meter (such as in SSIVT-series current-voltage measurement systems) to read out.
Suns: in no load mode, requires SOL-METER to read out (using current, an integrated load resistor, and a pre-loaded calibration value to display Suns).

Readout accessories, such as SOL-METER, MULTIMETER, and SSIVT-series instruments are sold separately.

The reference cell can be switched into loaded or unloaded mode via a surface mounted switch on the top of the detector PCB. A calibration value is provided for each mode of operation.
A disconnectable 1.2m long cable assembly with 4 color coded banana plugs is provided with each device.

The SCI-MO reference cell is RoHS compliant.

$ 383.00

Lamp Power: 2500 W
Lamp Type: Xenon
Output Beam Type: Focused, F/3
Lens Type: Two Single Plano-Convex Lenses
Lens Material: Fused Silica
Ozone Producing: No

Sciencetech's Research Grade Arc Lamp Source Packages come with all the components required to operate a research-quality xenon arc lamp source: power supply, arc lamp housing, output optics, and lamp.

These systems feature a configurable housing capable of being operated in the vertical or horizontal position. Each housing comes with adjustable base plates for both configurations, allowing easy alignment of the lamp to the rest of the optical system.

A safety interlock prevents power being supplied to the housing while the cover is open, protecting users from electric shock or unwanted light exposure.

Two fused silica lenses in the optical assembly minimizes surfaces and permits maximum UV output.

Power Requirements: 200-240 VAC, 50/60 Hz, 20 A. This system requires 1 NEMA L6-30P compatible power cable. Please select one region-specific power cable (see product 491-9004) at no cost.

Optional accessories include a downward facing stand, beam turner, alternative optical packages, optical filter holders and filter boxes, and filters.

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Lamp Power: 2500 W
Lamp Type: Xenon
Output Beam Type: Collimated
Output Beam Diameter: 76 mm (3")
Lens Type: Single Plano-Convex Lens
Lens Material: Fused Silica
Ozone Producing: No

Sciencetech's Research Grade Arc Lamp Source Packages come with all the components required to operate a research-quality xenon arc lamp source: power supply, arc lamp housing, output optics, and lamp.

These systems feature a configurable housing capable of being operated in the vertical or horizontal position. Each housing comes with adjustable base plates for both configurations, allowing easy alignment of the lamp to the rest of the optical system.

A safety interlock prevents power being supplied to the housing while the cover is open, protecting users from electric shock or unwanted light exposure.

A single fused silica lens in the optical assembly minimizes surfaces and permits maximum UV output.

Power Requirements: 200-240 VAC, 50/60 Hz, 20 A. This system requires 1 NEMA L6-30P compatible power cable. Please select one region-specific power cable (see product 491-9004) at no cost.

Optional accessories include a downward facing stand, beam turner, alternative optical packages, optical filter holders and filter boxes, and filters.

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Sciencetech COM objects are intended to be used by programmers to control Sciencetech modular equipment. SciencetechCOM is a standalone package that allows you to create your own application to control Sciencetech equipment. Each module will have its own set of functionalities and you will find more details about the module operation in your SciSpec user manual. The SciencetechCOM package includes control libraries for all supported Sciencetech hardware

C++ and Python example files are provided. Use C++ or Python 64bit on Windows.

Our software is built and tested on the latest version of Windows. It may be functional on earlier versions.

$ 616.00

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

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A horizontal-facing stand for a LASI-4. See the brochure for full dimensions.

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A downward-facing stand for a single LASI. The height is manually adjustable from approximately 1422-2336 mm (56"-92"). Please see the brochure for full dimensions.

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The SCC-VPME1 is a quiet vacuum pump intended for use with Sciencetech's SCC-series cell chucks. The pump is capable of providing vacuum hold down for cells up to 30 × 30 cm (12" × 12"). It runs quietly, minimizing disruption to the testing environment. This pump is required for cells over 90 × 90 mm (3.5" × 3.5").

Maximum cell size: 30 × 30 cm (12" × 12")
Max vacuum (torr): 75
Noise level @50Hz (dBA) = 45

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Adding a height-adjustable stand, provides simple, manual height adjustment. Screws are used to manually secure the SciSun to the stand.
Best for infrequent height changes.

$ 576.00

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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 AM1.5G filters (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: 1600 W ozone-free Xe short arc
Lamp Housing: air cooled
Illumination Direction: horizontal*
Power Supply: PS-XE1600-A-T adjustable touchscreen supply

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

Power Requirements: 200-240 VAC, 50/60 Hz, 12.1 A. This system requires 1 IEC 60320 C19 compatible power cables. Please select one region-specific power cable (see product 491-9003) at no cost.

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

* Systems can be built for downward-facing operation if specified at time of order.

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This solar simulator is based on a Fresnel lens to collimate the light beam from the 3.0 kW 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 AM1.5G filters (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: PS-XE3000-A-T adjustable touchscreen supply

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

Power Requirements: 200-240 VAC, 50/60 Hz, 20 A. This system requires 1 NEMA 6-30P compatible power cables. Please select one region-specific power cable (see product 491-9004) at no cost.

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

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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 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. 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. Please contact a Sciencetech Applications Specialist for such custom wavelength filtering.

Mirror coatings have been chosen for this model to enhance performance in the UV-VIS region. There are 5 grating choices (sold separately) covering from UV to near-IR; choose a UV to VIS range to pair with the UV/VIS mirror coatings on this model. Two gratings are required.

Please add a minimum of three slits (for the input, output, and intermediate position) separately. Several removable fixed-width slit sizes are available to choose from ranging from 50 μm to 3 mm width. Please note that a 50μm slit may introduce some artifacts when used with the 9030 - this model is recommended to be used with slits of 100μm or larger for best performance in most applications. Additional removable slits and custom width slits can also be purchased.
Available slits include:
Model Slit Width
SF005 - 50 μm
SF010 - 100μm
SF025 - 250μm
SF050 - 500μm
SF100 - 1mm
SF200 - 2mm
SF300 - 3mm

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