Used FLUKE / PHILIPS 652401 #9061030 for sale

FLUKE / PHILIPS 652401
ID: 9061030
Power distribution Voltage: 24 V.
FLUKE / PHILIPS 652401 is a dual-channel electronic DC Power Supply designed to supply regulated DC voltages and currents to load circuits quickly and efficiently. This power supply is built to handle demanding applications and is ideal for automatic testing, controlled experiments and laboratory work. It is built with precision measurements to ensure accurate results and reliable performance. FLUKE 652401 is designed with an easy-to-read, bright LED display that allows users to monitor output at a glance. This power supply also features an intuitive front panel control that enables users to adjust a variety of settings and parameters to customize their power supply to the specific needs of their application. This power supply has two output channels with continuously adjustable regulated outputs, allowing for simultaneous powering of two separate load circuits. This device is capable of delivering up to 400 watts of supply power per channel, making it suitable for powering a wide range of different load circuits. It also features a wide input voltage range of 110 - 240 VAC and is capable of delivering an output voltage range of 0-35V and an output current range of 0-10A per channel. PHILIPS 652401 also features two built-in safety features to protect users, their equipment and the power supply itself. The first is an over-voltage protection system, which shuts off both outputs instantly if an over-voltage output is detected. The second is an OC/UVF protection system that monitors each channel individually and cuts off either voltage or current based upon user presets. Overall, 652401 is a dual-channel, high-power electronic DC Power Supply designed to deliver accurate and reliable results quickly and efficiently. With its adjustable output settings, safety features, bright LED display, and intuitive front panel control, FLUKE / PHILIPS 652401 is ideal for all types of electronics testing, research and experimentation.
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