Altronic Research 9750LC Water-Cooled Dummy Load 50kW, LC Female

Explore High-Power RF Management with Altronic Research 9750LC
Discover the Altronic Research 9750LC, a high-performance water-cooled dummy load that sets the standard for managing RF systems. Equipped to handle 50kW continuous CW power and designed for 50-ohm coaxial transmission line systems, this unit operates across a broad frequency range from 60 Hz to 800 MHz. It's tailored for environments requiring stable RF characteristics, making it a pivotal tool for today’s advanced RF applications.

Built for Lasting Reliability
The 9750LC combines rugged, precision engineering with practical design, ensuring reliability and serviceability. Its robust brass and aluminum structure, protected by a conversion coating and bright nickel finish, guarantees long-term durability. This dummy load is built to provide convenience and economy, reducing both downtime and maintenance costs.

Advanced Cooling System Ensures Safety
Designed with safety in mind, the 9750LC features a sophisticated cooling system that supports optimal performance even under extreme conditions. It can manage a maximum outlet water temperature of 90°C and a water flow of 10gpm, ensuring it remains within safe operating temperatures even at full capacity. This system helps prevent overheating, ensuring stability and longevity of the equipment.

Seamless Integration with LC Female Connectors
The 9750LC offers seamless integration into existing systems with its LC female RF connector. This feature, along with dual water connector options (3/4″ garden hose or 1/2″ NPT), allows for flexible installations in diverse operational setups, enhancing its usability across different RF applications.

Compact Design for Versatile Use
Despite its powerful capabilities, the 9750LC maintains a compact footprint, measuring just 4 1/2″ x 18 1/2" and weighing approximately 17 lbs. This compactness makes it an ideal choice for settings where space efficiency is crucial, without compromising on power or performance.