Altronic Research 97125E6 Water-Cooled 125kW Dummy Load, 6-1/8" EIA Flange

Discover the Altronic Research 97125E6 Water-Cooled Dummy Load
Meet the Altronic Research 97125E6, a robust water-cooled dummy load designed for advanced RF applications. Equipped with a 6-1/8" EIA flange and a power rating of 125kW continuous CW, this unit is engineered to handle 50-ohm coaxial transmission line systems with ease. Its excellent RF characteristics and stable performance across a broad operating range make it indispensable for modern RF environments.

Engineered for High Performance and Reliability
The 97125E6 is part of the renowned Water Cooled Series, celebrated for its rugged and precision design. This series offers unparalleled reliability, serviceability, and convenience, catering to the demands of today's sophisticated RF applications. Its design ethos focuses on long-term durability and operational efficiency, making it a top choice for professionals in the field.

Technical Specifications and Advanced Capabilities
This dummy load maintains a nominal impedance of 50 ohms and supports a frequency range from 60 Hz to 450 MHz, extendable up to 800 MHz with optimization. Additionally, it boasts a VSWR of 1.15:1 up to 800 MHz. These specifications ensure that the 97125E6 can efficiently handle diverse and demanding RF testing scenarios.

Efficient Cooling and Robust Connectivity
Featuring an advanced water cooling system, the 97125E6 manages a maximum outlet water temperature of 90°C and an inlet water pressure of up to 100 PSI, with a minimum water flow requirement of 15 gpm. The unit includes versatile water connectors, such as 3/4" garden hose or 3/4" NPT, coupled with a sturdy 6-1/8" EIA RF flange, ensuring reliable and secure connections.

Compact Design with Exceptional Build Quality
Despite its extensive capabilities, the 97125E6 remains compact, measuring approximately 8 1/2" x 31" and weighing about 36 lbs. The unit is finished with a conversion coating and bright nickel, enhancing its resistance to environmental factors and wear, making it suitable for various operational environments.