Magna-Power TSC4000-24.8/440 DC Power Supply, 4000 VDC, 24.8 ADC, AC Input 440, 100 kW, TS Series

Magna-Power TSC4000-24.8/440 DC Power Supply: Precision Power for Demanding Applications

Product Overview:

The Magna-Power TSC4000-24.8/440 DC Power Supply is a high-performance, precision power source designed to meet the rigorous demands of advanced research, testing, and manufacturing applications. With its exceptional voltage and current capabilities, it delivers reliable and stable power for a wide range of loads.

Features and Specifications:

High Voltage and Current Output: 4000 VDC, 24.8 ADC
AC Input: 440 VAC
Power Output: 100 kW
Low Ripple and Noise: <1 mVrms
Excellent Regulation: <0.01%
Fast Transient Response: <100 µs
Remote Control and Monitoring: RS-232, Ethernet, and GPIB interfaces
Compact and Rugged Design: 19″ rack-mountable

Benefits:

Precise and Reliable Power: Ensures accurate and repeatable results in critical applications.
High Power Density: Delivers maximum power in a compact footprint, saving valuable space.
Versatile Control Options: Enables remote monitoring and control for automated testing and integration.
Rugged Construction: Withstands harsh operating conditions, ensuring long-term reliability.

Value to the Customer:

The Magna-Power TSC4000-24.8/440 DC Power Supply offers exceptional value to customers by providing:

Enhanced Productivity: Fast transient response and precise regulation minimize downtime and improve efficiency.
Reduced Operating Costs: High power density and low ripple and noise reduce energy consumption and maintenance costs.
Increased Safety: Rugged construction and remote control capabilities enhance safety in demanding environments.
Unmatched Reliability: Backed by Magna-Power’s reputation for quality and durability, ensuring peace of mind and long-term investment protection.

Whether you’re conducting advanced research, testing complex systems, or powering high-power applications, the Magna-Power TSC4000-24.8/440 DC Power Supply is the ideal solution for demanding power requirements.