New TDK-Lambda Rack DC Power Systems Deliver High Power Advanced Programmable DC Solutions

TDK Corporation announces the introduction of the TDK-Lambda 30kW-60kW Advanced Programmable Rack DC Power Systems into the Programmable DC Power Supply Series

This power platform expands beyond the existing rack-mount product offering into markets that utilize high power stand-alone rack DC power systems that include Automotive, Industrial, Aerospace, Renewable/Alternative Energy and Applied R&D in applications such as Battery/Component Validation/Test, Water Treatment, Hydrogen Generation, High-Reliability Power System Emulation and Photovoltaic Inverter, Fuel Cell and Battery Research & Development.

Built into a 23U high x 22 inch wide (553mm) x 36 inch deep (902mm) stand-alone rack, the 30kW-60kW Advanced Programmable Rack DC Power System platform offers five embedded front panel setup menus that address Digital Communication, Protective Functions, Operating and System Configurations, and Waveform Control/Triggering. These embedded menus offer advanced user-selectable functions including Slew-Rate control of Output voltage/current, Internal Resistance simulation, Arbitrary Waveform Generation with Auto-Trigger, Pre-Load ON/OFF control, ENABLE/DISABLE polarity selection and Control pin Enable/Disable (for external load disconnect or polarity reversal).

Fourteen models are currently available from 10V to 600V (with Output current up to 4500A), can operate in Constant-Current (CC), Constant-Voltage (CV) and Constant-Power (CP) limit and have conversion efficiencies up to 90%. Three-phase AC Input options include 208VAC (170~265VAC) or a wide-range 400VAC/480VAC (342~528VAC) and have built-in active Power Factor Correction (0.94 typical) with cooling fan speed control (for reduced audible noise and extended life).

Standard safety features include user-selectable Safe-Start/Auto Re-Start, Last Setting Memory and Watch-Dog Timer along with other built-in protective functions that include Output Over-Voltage Protection (OVP), Output Under-Voltage Limit (UVL), Output Under-Voltage Protection (UVP), Fold-Back protection (FOLD) for CV or CC mode, Output Over-Current Limit (OCL), Over-Temperature protection (OTP) and AC Input Under-Voltage Protection (AC FAULT).

All model functions can be programmed locally via the menu-driven front panel display or remotely using instrument software drivers with any one of the three built-in standard Digital interfaces (LAN (LXI 1.5)), USB (2.0), RS-232/RS-485). Other programming interfaces include the built-in standard Isolated Analog Program/Monitor/Control Interface and the optional IEEE (IEEE 488.2), EtherCAT and Modbus-TCP Digital interfaces.

The 30kW-60kW Programmable Rack DC Power System platform carries a two (2) year warranty, has Safety certifications to IEC/EN 61010-1 and carries both the CE and UKCA marks (in accordance with the Low Voltage, EMC (IEC/EN61204-3; industrial environment) and RoHS Directives).

For more information about the TDK-Lambda Genpluslogo.png Programmable Rack DC Power System platform, please visit and for additional Sales or Technical Support please visit

Also, available are the Advanced Genpluslogo.png Rack-Mount Programmable DC Power Supply Series at and the General-Purpose Genesys™ Rack-Mount Programmable DC Power Supply Series at

These, along with a wide range of other TDK-Lambda Americas Programmable & High Voltage power supplies can be viewed from the TDK-Lambda Americas website at

Main Applications

Programmable Rack DC Power Systems for Automotive, Industrial, Aerospace, Industrial, Alternative Energy and Applied R&D applications such as: • Battery/Motor Validation/Test • eV Power Train Systems
• Water Treatment
• Hydrogen Generation
• Aerospace Power System Emulation
• Photovoltaic Inverter, Fuel Cell and Battery R&D
• Beam Steering Magnets
• Test & Measurement Systems

Share this post

This Website Is Using Cookies.

We use them to give you the best experience. If you continue using our website, we’ll assume that you are happy to receive all cookies on this website.