Altronic Research 9725E3 Water-Cooled 25kW Dummy Load, 3-1/8" EIA Flange

Explore the Altronic Research 9725E3 Water-Cooled Dummy Load
Dive into the world of advanced RF applications with the Altronic Research 9725E3, a high-performance water-cooled dummy load equipped with a 3-1/8" EIA flange. Designed for 50-ohm coaxial transmission line systems, this unit ensures excellent and stable RF characteristics across a broad operational range, making it ideal for today's sophisticated RF environments. Whether you're testing or implementing complex systems, the 9725E3 provides the reliability and precision you need.

Robust Design for Enhanced Reliability
The 9725E3 is a standout in the Water Cooled Series, recognized for its rugged and precision engineering. It offers an optimal blend of reliability, serviceability, and convenience, suited perfectly for modern RF applications that demand continuous operation. Its design ensures it can withstand the rigorous demands of daily use while maintaining top performance levels.

Advanced Technical Capabilities
With a power rating of 25kW continuous CW and a nominal impedance of 50 ohms, the 9725E3 handles a frequency range from 60 Hz up to 800 MHz. It achieves a VSWR of 1.10:1 up to 800 MHz, facilitating accurate and stable measurements critical for high-quality RF performance. This makes it a versatile tool across various testing and operational scenarios.

Efficient Cooling and Connectivity
The dummy load incorporates an effective cooling system that manages a maximum outlet water temperature of 90°C and supports an inlet water pressure up to 100 PSI. Water flow is maintained at 6gpm, with connectors suitable for both 3/4" garden hose and 1/2" NPT setups, ensuring reliable and flexible integration into existing systems.

Compact and Durable Build
Despite its powerful specifications, the 9725E3 remains compact with dimensions of approximately 4 1/2″ x 16 1/2″ and a weight of about 16 lbs. Its conversion coating and bright nickel finish not only add a layer of protection but also enhance its overall durability, allowing it to operate in various environments without compromise.