Altronic Research 6620 Air-Cooled 20kW, Convection Cooled Dummy Load

Discover the Power of Altronic Research 6620 Dummy Load
Dive into the advanced capabilities of the Altronic Research 6620, a robust 20kW air-cooled, convection cooled dummy load, part of the exceptional 6600 Series. Designed for 50-ohm coaxial transmission line systems, this unit is perfect for manufacturers of transmitters, microwave components, and power tubes, as well as transmitting stations requiring precise control over testing and alignment processes.

High-Performance Features for Demanding Applications
The 6620 offers a substantial 20kW continuous duty power rating, ensuring it can handle the most rigorous testing environments. With a nominal impedance of 50 ohms and an operational frequency range from DC to 240 MHz, it provides versatile application capabilities. Whether you are adjusting transmitters or aligning complex RF components, this dummy load delivers consistent and reliable performance.

Engineered for Precision and Reliability
The rugged, precision-designed configuration of the 6600 Series highlights its commitment to reliability, serviceability, and safety. These aspects are crucial for maintaining high performance in today’s modern RF applications, making the 6620 an invaluable tool for any high-demand RF operational setup.

Versatile Connectivity and Installation
Equipped with a 3-1/8″ EIA Flange and options for unflanged or other connectors, the 6620 is designed for easy integration into existing systems. This flexibility ensures that it can meet the diverse needs of various setups without requiring extensive modifications, promoting ease of use across different platforms and environments.

Economical and Maintenance-Free Operation
Notably, the 6620 does not require AC power, which significantly reduces operational costs and simplifies the installation process. Its durable acrylic finish not only enhances its aesthetic appeal but also contributes to its longevity, making it a cost-effective solution for long-term usage in demanding conditions.