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 900W of power from your light source.
-Dissipates up to 900W of thermal heat
-External fan cooled radiator system
-Cools to ambient temperature
-Real time sample temperature display (in °C or °F)
-Adjustable cooling ratea
(BBT-3000) Detector, 4kW Power, Water Cooled, 100mm Aperture
This power supply is designed to work with many of Sciencetech's detectors, specifically those with included Thermoelectric (TE) cooling.
For full technical specifications, or for any questions, please contact your authorized Sciencetech technical sales staff member.
(PS/TC-1) Power Supply for Single Channel Detectors with TE Cooler
This upgrade includes the necessary hardware and software modifications to Sciencetech's SSIVT line of IV testers to allow real-time measurement of temperature, irradiance, and calculations of thermal co-efficients for each point of the IV curve.
Please note that this upgrade requires a Sciencetech IV tester in order to function, and will not work if a 3rd party tester is purchased from a different supplier.
Please speak with your authorized Sciencetech technical support staff member to discuss specifications and any additional details required.
A mid-grade PC using Windows software, these computers are pre-installed with all necessary Sciencetech software and has been used to test your particular system to ensure proper operation of all software packages.
This Broadband Thermopile Detector allows the measurement of infrared light in the 0.19 – 20 µm range. This detector has a 12mm diameter sensor, measures up to 3 W with the maximum noise of 1 µW. 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.
The Light Intensity Stabilizer is a microprocessor based stand alone unit. It comes with a light sensor which is coupled to the light source using a fiber optic cable for electrical isolation. The unit is easy to install and operate and it is used to monitor the relative light intensity of a solar simulator or light source with the press of a button. It corrects long-term intensity fluctuations caused by changes in environmental or power conditions by automatically adjusting the power supply output in real time to maintain the same light intensity level. The Light Intensity Stabilizer uses relative intensity comparison to maintain light levels and does not compensate for lamp age.
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
(SCI-SCC6-B) 6.5" x 6.5" (16.5 x 16.5cm) Solar Cell Chuck, Uncooled, Rear Contact
Cooling capacity: 800W (2730BTU/hr) @ 25°C liquid/ambient
Temperature options: liquid set-point (1 to 50°C), optional external thermocouple set-point (1 to 149°C), liquid and ambient delta-T (± -50 to 50°C), external sensor and ambient delta-T (± -50 to 50°C).
Select only values you want displayed on the front 2-line OLED display (fixed or rotating)
Adjust pump speed with 10 level increments
Show pump impeller speed in RPM
Show coolant flow rate in LPM/GPM
Show condenser fan speed in RPM
Adjust audio alarm based on temperatures
Relay trigger can be configured as NO or NC and adjusted based on temperatures
Power input: 120VAC, 60Hz
Maximum power consumption @ ambient (approximate): 450W @ 25°C, 650W @ 35°C
Designed for an operational temperature range of 0-40°C (ambient and liquid)
Reservoir capacity: 3 liters
G 1/4 BSPP threads on back for fittings
NOTE: Requires 120VAC, 60Hz input power. Keep unit upright at all times, and for at least 24 hours before applying power to ensure sufficient oil reaches the compressor.
Weight 57.00 lb (25.86 kg)
Max Pressure @ 25°C 2kgf/cm2 (28.5psi)
Max Temperature 40°C (104°F)
This is a modification to the Keithley unit used for IV Test measurements to allow the system to measure temperature at the same time as intensity. These Keithley units are used in all of Sciencetech's line of Photovoltaic Testing Systems, as well as our stand-alone IV Test units.
Please note that this system requires a calibrated reference cell to operate, and will not function with flash illumination systems.