11BRW-300-C-58 by Danaher

The 11BRW-300-C-58 resolver from Danaher integrates seamlessly into the Dynapar Resolvers series, offering precise position feedback for demanding industrial automation applications. This device features a robust Primary Type rotor design, delivering a consistent Transformation Ratio of 0.45 to ensure stable signal conversion. With standard input requirements of 6.0 Vrms Input Voltage at an Input Frequency of 1,000 Hz, the resolver supports Max Speed single-speed operation without compromising measurement fidelity. The compact enclosure accommodates operation across a wide Temperature Range of up to 125C, allowing installation in environments with fluctuating thermal conditions. Engineered with efficiency in mind, the 11BRW-300-C-58 offers a low Input Current draw of 15 mA, facilitating integration into existing power budgets while maintaining high performance.

Performance is optimized through a carefully controlled Phase Shift of +4 degrees, which preserves signal integrity across dynamic load variations. The resolver exhibits minimal noise, as evidenced by its Total Null Voltage rating of 15 mV, enabling precise control loop performance and accurate feedback in high-resolution systems. The rotor-based architecture and advanced winding configuration deliver exceptional linearity and repeatability under continuous operation. Each unit undergoes rigorous manufacturing procedures to ensure the Transformation Ratio remains within tight tolerances, providing users with dependable calibration and reduced maintenance intervals. Furthermore, the resolver’s electromagnetic shielding minimizes susceptibility to external interference, securing measurement accuracy even in electrically noisy factory settings.

Built for reliability, the 11BRW-300-C-58 demonstrates high durability under repetitive mechanical stress and thermal cycling, supporting uptime objectives in critical production lines. Its compact footprint and standardized mounting provisions simplify mechanical integration into servo drives, actuators, and CNC machinery. The resolver’s broad Temperature Range capability and low Input Current consumption make it well-suited for retrofits and new installations alike across automotive assembly, packaging machinery, and robotics. By delivering consistent, precise feedback with minimal drift over time, the Danaher Dynapar Resolver enhances system performance and reduces diagnostic downtime. Ideal for applications requiring continuous, accurate position monitoring, it stands as a reliable component in modern industrial automation architectures.