Altronic Research 6510E1 Forced Air-Cooled 10kw Dummy Load, 1-58" EIA Flange

Maximize RF Testing with the Altronic Research 6510E1 Forced Air-Cooled Dummy Load
Discover the Altronic Research 6510E1, a state-of-the-art forced air-cooled dummy load from the 6500GS series, tailored for 50-ohm coaxial transmission line systems. This model is specifically designed for manufacturers of transmitters, microwave components, and power tubes, as well as transmitting stations, ensuring optimal conditions for design, testing, adjustment, and alignment of RF components. With a robust 10kW continuous duty power rating, the 6510E1 stands out as a powerhouse in modern RF applications.

Engineered for Precision and Durability
The 6510E1 embodies a rugged and precision-engineered configuration that guarantees not only reliability and serviceability but also enhanced safety and convenience. This model is built to support the rigorous demands of continuous operation in various industrial environments, ensuring your projects proceed without interruption.

Versatile Frequency and Power Handling Capabilities
Designed to operate effectively from DC up to 110 MHz, with options to extend to 220 MHz upon consultation, the 6510E1 meets a broad range of testing and operational needs. Its superior VSWR of 1.10:1 ensures minimal signal reflection, which is crucial for maintaining the integrity of measurements and system performance.

Seamless Integration and Operation
Equipped with a 1-5/8" EIA Flange, the 6510E1 offers seamless integration with existing setups. This dummy load is compatible with both 115V and 230V power supplies, accommodating diverse electrical environments and simplifying the setup process in laboratories, manufacturing facilities, and broadcast stations alike.

Compact Design with Reliable Performance
Despite its powerful specifications, the 6510E1 maintains a compact design, making it suitable for spaces where efficient use of area is critical. This dummy load not only fits easily into various setups but also operates with a forced air-cooling system that ensures it remains at optimal temperatures during extended tests and operations.