Altronic Research 97125E3 Water-Cooled 125kW Dummy Load, 3-1/8" EIA Flange

Introducing the Altronic Research 97125E3 Water-Cooled Dummy Load
The Altronic Research 97125E3 is a powerhouse in the water-cooled dummy load arena, featuring a substantial 125kW continuous CW power capacity and a 3-1/8" EIA flange. Designed for 50-ohm coaxial transmission line systems, this model ensures excellent and stable RF characteristics over a wide range of operating powers. It's tailored to meet the high demands of modern RF applications, making it a vital component for testing and development in RF systems.

Engineered for Reliability and Efficiency
As part of the Water Cooled Series, the 97125E3 exemplifies rugged, precision engineering that translates into reliability and long-term serviceability. This dummy load is crafted to offer both convenience and economic efficiency without compromising performance, ideal for environments where continuous operation is crucial.

Optimized Performance Specifications
The 97125E3 operates with a nominal impedance of 50 ohms and supports a frequency range from 60 Hz up to 450 MHz, extendable to 800 MHz with specific optimizations. It also maintains a low VSWR of 1.15:1 up to 800 MHz. These specifications make it exceptionally versatile for a variety of RF applications.

Advanced Cooling and Connectivity Features
This dummy load's water-cooling system efficiently manages a maximum outlet water temperature of 90°C and can handle an inlet water pressure of up to 100 PSI, with a minimum water flow of 15 gpm. It offers flexible connectivity options, including standard 3/4″ garden hose or 3/4″ NPT water connectors, alongside a robust 3-1/8" EIA RF flange.

Compact, Robust Design for Versatile Use
Despite its significant power handling capabilities, the 97125E3 remains relatively compact, measuring approximately 8 1/2″ x 31″ and weighing about 36 lbs. The dummy load is finished with a conversion coating and bright nickel for enhanced durability and resistance to wear, suitable for various operational setups.