Altronic Research 6735E3 Forced Air-Cooled 35kW Dummy Load, 3-1/8" EIA Flange

Explore Unmatched RF Performance with Altronic Research 6735E3
Discover the Altronic Research 6735E3, a stellar example of cutting-edge RF technology. This 35kW air-cooled dummy load is part of the highly-regarded 6700 Series, designed for impeccable performance in managing 50-ohm coaxial transmission line systems. Ideal for both testing and operational environments, the 6735E3 ensures that every RF application runs smoothly with superior stability and efficiency.

Built for Continuous High Power
Tailored for tasks demanding continuous high power, the 6735E3 provides a robust 35kW of continuous duty. This level of performance is perfect for sectors that require reliable and consistent high-power handling, ensuring that your operations are never compromised. Its 50 ohms nominal impedance and expansive frequency range from DC to 240 MHz make it a versatile choice for various applications.

Precision Engineered for Optimal RF Management
The 6735E3 boasts a Voltage Standing Wave Ratio (VSWR) of 1.10:1 up to 110 MHz and 1.15:1 up to 240 MHz, optimizing signal integrity and minimizing reflections. This precision helps maintain the efficiency of your system, reducing potential for errors and maximizing the throughput of your RF setup.

Designed for Easy Integration and Maintenance
Featuring a 3-1/8" EIA Flange, the 6735E3 is designed for straightforward integration into existing systems, complemented by its dual AC power options (115 VAC at 60 Hz12A and 230 VAC at 60 Hz5A). Its considerable size, standing at 78 inches in height, is thoughtfully balanced with a practical footprint to accommodate both new setups and upgrades with ease.

Durability Meets Professional Aesthetics
Not only is the 6735E3 built to last with its rugged design, but it also carries a professional beige splatter finish that stands up to the rigors of daily use while maintaining an aesthetic suited for visible setups. Weighing 155 pounds, it remains movable yet stable, an ideal combination for dynamic testing environments.