Used NOBTRON / SORENSEN DCR20- 1000A #9393218 for sale

NOBTRON / SORENSEN DCR20- 1000A
ID: 9393218
Power supplies.
NOBTRON / SORENSEN DCR20- 1000A is a low ripple, precision, regulated D.C. power supply. It is designed to provide stable regulated voltage and adjustable current to power laboratory applications such as research and development, component testing, and production line testing. NOBTRON DCR20- 1000A offers advanced precision features, making it suitable for even the most demanding professional tasks. SORENSEN DCR20- 1000A is a linear benchtop model, and features 0.01% regulation for both voltage and current. It has a large panel-mounted display that shows the parameters of the current supply, and a rotary switch to select one of four voltage ranges by simply turning the knob. The control knobs are responsive and easy to use, providing accurate selection of voltage and current. In addition, the power supply is also equipped with an overload protection system, with a replaceable fuse providing protection against overload and short-circuit conditions. DCR20- 1000A has two digital inputs that allow for programming the voltage and current. It has a wide range of output and it ranges from 0-20V DC and up to 1kA current. Furthermore, the power supply also offers a choice of four different current ranges from 0.05 to 1.0A. It includes an over-temperature indicator and medical-grade construction, providing safety and exceptional reliability. The cooling system utilizes convection cooling in order to minimize internal temperatures and prolong product life. NOBTRON / SORENSEN DCR20- 1000A is a compact and portable power supply suitable for a wide range of laboratory applications. It is designed to provide stable, regulated voltage and easily adjustable current, and is the perfect choice for professionals seeking a reliable, flexible, and precise power source. The digital inputs enable the user to program the desired settings, while the overload protection system ensures safety and prevents the power supply from becoming damaged in case of excessive current.
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