Used ASTEX / MKS FI20162 #293648682 for sale

ASTEX / MKS FI20162
Manufacturer
ASTEX / MKS
Model
FI20162
ID: 293648682
Microwave generator heads.
ASTEX / MKS FI20162 is a high-quality power supply designed for laboratory use. It is a single-output DC power supply that is specifically designed to provide reliable, consistent power over a wide range of conditions. MKS FI20162 is a compact, lightweight unit with a control panel located on the front. A keypad allows users to choose either manual or digital control. A full graphical display allows for convenient access to the device's adjustments and settings. The user interface also allows for real-time monitoring of various aspects of the supply such as output voltage and current, and temperature. The user can also save preset settings or restore to factory defaults. ASTEX FI20162 has an adjustable output from 0 to 20V and up to 2A. This makes it well suited for powering a broad range of laboratory equipment and experiments. The output voltage is stabilized with active feedback control to ensure accurate and reliable voltage delivery. This control also helps to provide protection against overcurrent, over-temperature, and overload conditions that may be present. FI20162 is equipped with a built-in power meter that can measure and record real-time output data such as voltage, current, temperature, and power. This information can be used to accurately analyze and monitor power progress and usage of the device. The device is further protected against electrical overstressing and short circuit incidents with built in protection mechanisms. ASTEX / MKS FI20162 is enclosed in a high-quality aluminum chassis, making it robust and durable and helping to ensure consistency of performance over time. The chassis also provides cooling and conditioning, adding to the longevity and reliability of the unit. Overall, MKS FI20162 is an excellent choice for power delivery to a wide range of laboratory equipment. It offers a reliable supply of power that can be precisely controlled and monitored in order to ensure optimal performance and safety for laboratory experiments and applications.
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