Emergency stop and interlock function equipped. Maximum capacity 300kW, 1600V output! High-capacity programmable DC power supply.
The ADG-P series, featuring a compact all-in-one design, has been enhanced with new functions. While maintaining its basic performance of high efficiency (90%) and response speed (4-20 msec), as well as an easy-to-understand large LCD touch panel, it now includes CP mode, master-slave functionality, emergency stop function, and interlock function. The interface is equipped with standard features such as serial communication (RS-485, RS-232C, USB), as well as LAN and analog control. It can be used in a wide range of applications including aerospace, new energy development, smart grids, car electronics, secondary batteries, and servers.
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● Adopts a large LCD touch panel GUI and rotary knob for intuitive operation. ● Offers a lineup of 38 models with output voltages ranging from 40V to 1600V and capacities from 30kW to 100kW. ● Standard features include analog control and communication interfaces (LAN, USB, RS232C, RS485). ● Supports measurement logging functions and programmable features (Step, Gradual modes). ● GP-IB interface available as a factory option for instrument control. ● Up to three units can be connected in parallel, expandable up to a maximum of 300kW. ● Equipped with standard safety features including emergency stop and interlock functions. ● In addition to the conventional CVCC function, a new CP function is included. ● IV curve simulation function available as an option. ● Standard input voltage is three-phase 400V, with factory options for three-phase 200V and three-phase 480V.
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We have expanded our lineup of power supply voltages to cover a maximum voltage of 1600V, contributing to an energy-efficient society. There are a total of 12 output voltage types ranging from 40V to 1600V, featuring a carefully curated selection. Additionally, the 40V output type supports a large current of 2500A, making it ideal for fuse testing for electric vehicles. The 1600V output type will enable evaluation and testing for railway infrastructure, batteries, and protective devices, which will be further enhanced in the future.
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Since its establishment in 1973, the Measurement Technology Research Institute has been engaged in "monozukuri" (manufacturing) by leveraging its development capabilities and uniqueness. We aim to contribute to the future by deploying our "power conversion, power regeneration, and high-frequency analog" technologies in the "social infrastructure sector," including energy.