Lightweight Adg-plus-100-1000 Preen Dc Power Supply New Get 85% Off Today [tCc5mogS]

ADG-PLUS-100-1000 Preen DC Power Supply

The ADG-PLUS-100-1000 Preen DC Power Supply is a cutting-edge power supply solution designed for a wide range of high-power applications. This advanced power supply stands out for its exceptional features, making it an ideal choice for demanding electrical testing and simulation needs. With a wide output voltage range up to 2000V, the ADG-PLUS-100-1000 offers unparalleled versatility and precision.

Key Features:

• Simple master-slave operation, enabling output power up to 500kW via parallel connection for increased flexibility.
• Low ripple and high accuracy, ensuring stable and reliable performance with ripple ≤0.05% and accuracy ≤0.1%.

Equipped with state-of-the-art technology, the ADG-PLUS-100-1000 Preen DC Power Supply is designed to meet the stringent requirements of various industries. Its fast response time of ≤6-10 ms ensures rapid adjustments and accurate testing. The optional I-V curve function allows for precise solar array simulation, making it a valuable tool for renewable energy applications. The large 7” touch screen and rotary knob provide intuitive operation and easy measurement display, enhancing the user experience.

Applications and Benefits:

• Perfect for EV motor, DC/DC converters, ESS, and inverters, where high power and precision are crucial.
• Time setting resolution of 0.01S enables fast response programming tests, ensuring efficient and effective testing processes.

With the ADG-PLUS-100-1000 Preen DC Power Supply, you can simulate a variety of load testing conditions, including step or consecutive voltage variation, thanks to the STEP and Gradual functions. The remote sensing compensation feature further enhances the accuracy and reliability of your tests. The inclusion of an emergency stop button ensures safety during laboratory-related testing. Choose the ADG-PLUS-100-1000 Preen DC Power Supply for its superior performance, user-friendly design, and versatility in high-power applications.