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Equipped with a microprocessor-based controller, this thermocouple furnace delivers excellent set-point accuracy, plus it comes with a removable 3150-3 well insert for added flexibility. The RS-232 port makes it easy to connect the furnace to a compatible computer.
Equipped with a microprocessor-based controller, this thermocouple furnace delivers excellent set-point accuracy, plus it comes with a removable 3150-4 well insert for added flexibility. The RS-232 port makes it easy to connect the furnace to a compatible computer.
Equipped with a microprocessor-based controller, this thermocouple furnace delivers excellent set-point accuracy, plus it comes with a removable 3150-6 well insert for added flexibility. The RS-232 port makes it easy to connect the furnace to a compatible computer.
Reduce stem conduction errors at high temperatures by using this field metrology well, which has 8in (203mm) of depth immersion. With exceptional accuracy to ±0.2°C at 425°C, this metrology well comes with an A insert and has built-in reference.
Reduce stem conduction errors at high temperatures by using this field metrology well, which has 8in (203mm) of depth immersion. With exceptional accuracy to ±0.2°C at 425°C, this metrology well comes with a B insert and has built-in reference.
Reduce stem conduction errors at high temperatures by using this field metrology well, which has 8in (203mm) of depth immersion. With exceptional accuracy to ±0.2°C at 425°C, this metrology well comes with a C insert and has built-in reference.
Reduce stem conduction errors at high temperatures by using this field metrology well, which has 8in (203mm) of depth immersion. With exceptional accuracy to ±0.2°C at 425°C, this metrology well comes with a D insert and has built-in reference.
Reduce stem conduction errors at high temperatures by using this field metrology well, which has 8in (203mm) of depth immersion. With exceptional accuracy to ±0.2°C at 425°C, this metrology well comes with an E insert and has built-in reference.
Reduce stem conduction errors at high temperatures by using this field metrology well, which has 8in (203mm) of depth immersion. With exceptional accuracy to ±0.2°C at 425°C, this metrology well comes with an F insert and has built-in reference.
Effortlessly integrate infrared data, images, and videos with this fixed-mount infrared camera that features a 320 x 240 resolution and provides comprehensive research analysis. With a 1.85 mRad spatial resolution, this camera is ideal for research, science and engineering and comes complete with SmartView® desktop software.
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This product has been discontinued and is no longer available.
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Specifically designed for testing and analyzing individual solar photovoltaic (PV) modules, this cost-effective curve tracer kit lets solar professionals accurately assess the performance of PV modules. In addition, this kit includes a PV analyzer, a Solsensor measurement unit, open-end spanners, test leads, and more!
Made to be rugged and portable, this field metrology well allows you to bring lab-quality performance into whatever field environment you're working in. The metrology well has an 8in (203mm) immersion depth for deeper needs, and it comes without an insert.
Gives you the freedom to make high accuracy power measurements, this battery-powered analyzer is designed for portability and allows you to make measurements directly at the load, in nearly any environment. Includes three measurement channels, where each consists of a voltage and current input, which is ideal for three-phase power measurements.
Featuring an 8in (203mm) immersion depth, plus a range from 50 to 700°C, this field metrology well delivers stable, uniform performance, working to help eliminate uncertainty budgets when calibrating thermometers at high temperatures. The metrology well comes with an A insert for added capability.
Featuring an 8in (203mm) immersion depth, plus a range from 50 to 700°C, this field metrology well delivers stable, uniform performance, working to help eliminate uncertainty budgets when calibrating thermometers at high temperatures. The metrology well comes with a B insert for added capability.
Featuring an 8in (203mm) immersion depth, plus a range from 50 to 700°C, this field metrology well delivers stable, uniform performance, working to help eliminate uncertainty budgets when calibrating thermometers at high temperatures. The metrology well comes with a C insert for added capability.
Featuring an 8in (203mm) immersion depth, plus a range from 50 to 700°C, this field metrology well delivers stable, uniform performance, working to help eliminate uncertainty budgets when calibrating thermometers at high temperatures. The metrology well comes with a D insert for added capability.
Featuring an 8in (203mm) immersion depth, plus a range from 50 to 700°C, this field metrology well delivers stable, uniform performance, working to help eliminate uncertainty budgets when calibrating thermometers at high temperatures. The metrology well comes with an E insert for added capability.
Featuring an 8in (203mm) immersion depth, plus a range from 50 to 700°C, this field metrology well delivers stable, uniform performance, working to help eliminate uncertainty budgets when calibrating thermometers at high temperatures. The metrology well comes with an F insert for added capability.
Easily view fluid levels and fluid quality thanks to this oil deadweight tester's acrylic reservoir. The deadweight tester comes with a 20 to 700bar range.