Programmable DC Electronic Load, 150W/120V/30A

High quality 150W DC electronic load for sale online. It comes with a 120V output voltage and 30A output current, providing flexibility and accuracy in load testing. ATO programmable DC electronic load has become a valuable device in various industries that require precise control of electrical loads.

Specifications

Features

• The panel of the 30A 120V programmable DC electronic load can be edited, and the rotary coding switch makes it easier to operate. Built-in USB/RS232 interface, memory capacity of 100 groups, which can be stored in the instrument.
• This 150W electronic load tester has a battery test function, automatic test function, over-power test function, over-current test function, short-circuit function (CC/CV/CR/CW working mode), and current monitoring function.
• Its voltage measurement resolution can reach up to 0.1mV/0.1mA, and its sense remote measurement function compensates for line voltage drops to make long-distance testing more accurate.

Details

Applications

ATO 150W programmable DC electronic load can be used for testing batteries, power supplies, LED lighting, DC-DC converters, voltage regulators, solar panels, automotive electronics, aerospace and defense electronics, and educational training.

Tips: Why choose a DC electronic load?

Choosing a DC electronic load offers several advantages. Firstly, it provides precise and controlled loading conditions, allowing for accurate testing and characterization of power sources, batteries, and electronic components. Secondly, it can simulate a wide range of load scenarios, helping to assess the performance, efficiency, and stability of devices under various conditions, making it an indispensable tool in product development, quality control, and research across diverse industries.

Additionally, DC electronic loads are programmable and can be automated, saving time and labor in repetitive testing processes. They also offer safety features, such as overcurrent and overvoltage protection, minimizing the risk of damage to the device under test and ensuring a secure testing environment. These factors make DC electronic loads a versatile and essential test instrument for engineers and researchers in the electronics field.