Altronic Research 9750E3 Water-Cooled 50kW Dummy Load, 3-1/8" EIA Flange

Introducing the Altronic Research 9750E3 Water-Cooled Dummy Load
Discover the Altronic Research 9750E3, a sophisticated water-cooled dummy load featuring a 3-1/8" EIA flange and designed to manage 50kW of continuous CW power. This unit is a key part of the Water Cooled Dummy Load Series, tailored for 50-ohm coaxial transmission line systems and engineered to deliver excellent and stable RF characteristics across all levels of operation. It's the ideal solution for rigorous modern RF applications, combining durability with precision engineering.

Designed for Peak Reliability and Efficiency
The 9750E3 embodies the rugged, precision design characteristic of the Water Cooled Series, ensuring reliability, serviceability, and convenience. This series is optimized for today’s RF applications, providing an economical solution without sacrificing performance, making it a preferred choice for professionals in diverse operational environments.

High-Performance Specifications for Advanced Applications
This dummy load offers a nominal impedance of 50 ohms and operates effectively across a frequency range from 60 Hz to 800 MHz, with a VSWR of 1.10:1 up to 800 MHz. These specifications ensure that the 9750E3 can handle a variety of RF testing scenarios, providing reliable and consistent results.

Efficient Cooling and Robust Connectivity
The 9750E3 is equipped with an advanced cooling system that maintains a maximum outlet water temperature of 90°C and accommodates an inlet water pressure of up to 100PSI. It supports a water flow of 10gpm and includes versatile connector options like 3/4" garden hose or 1/2" NPT, ensuring seamless integration and sustained performance.

Compact and Durable Construction
Despite its extensive capabilities, the 9750E3 maintains a compact form, measuring approximately 4 1/2″ x 18 1/2″ and weighing around 17 lbs. It is finished with a conversion coating and bright nickel, enhancing its durability and making it suitable for various operational settings, from laboratories to field applications.