Altronic Research 11015MS Maximum Stability 1.5kW Oil Cooled RF Load

Discover Precision with Altronic Research 11015MS: A Paradigm in RF Load Technology
Immerse yourself in the world of high precision RF testing with the Altronic Research 11015MS Maximum Stability 1.5kW Oil Cooled RF Load, specifically engineered for the Semiconductor and ISM industries. Operating optimally at 13.56 MHz, this RF load offers exceptional stability with a VSWR change of less than 1% (.043 dB) across its full power range, setting a new standard in the sector for reliability and precision.

Unmatched RF Stability for Critical Applications
The 11015MS stands out by providing unparalleled RF characteristics, especially under full power operations. Thanks to Altronic's use of Power Film Systems’ low TCR proprietary resistors and advanced cooling dielectric oil, users experience consistent performance that surpasses conventional RF load solutions. This model is particularly tailored to meet the stringent needs of industries where minimal RF fluctuation is critical.

Safety and Reliability Integrated
Altronic Research doesn't compromise on safety. The 11015MS includes a thermal interlock feature that automatically shuts down the transmitter if overheating is detected, ensuring both operator safety and equipment longevity. This commitment to reliability is evident in every aspect of the load’s design and function, providing peace of mind in high-stakes testing environments.

Robust and Efficient Design
This RF load is not only powerful but also built to last. Encased in a durable frame with a blue powder coat finish, the 11015MS is designed for both durability and performance. Its compact dimensions (14 1/2" x 7 1/2" x 18") and weight of 45 lbs make it suitable for various setups, from lab benches to industrial installations, ensuring it fits seamlessly into any professional environment.

Tailored for the Semiconductor and ISM Industries
The Altronic 11015MS is a perfect fit for sectors that cannot afford the slightest error in frequency stability, such as semiconductor manufacturing and industrial, scientific, and medical applications. Its specialized design ensures that it not only meets but exceeds the rigorous standards required by these fields, providing a reliable tool that enhances productivity and efficiency.