15BRCX-500-F12/10 by Danaher

The Danaher 15BRCX-500-F12/10 resolver is a precision feedback device in the Dynapar Resolvers series, combining a lightweight design with rugged performance. Manufactured by Danaher, this unit operates in a CCW (counterclockwise) phasing mode, making it ideal for systems requiring directional consistency. With a weight of 4.5 ounces (127 g) and a compact form factor, it delivers reliable angular position feedback where space and mass are limited. The resolver integrates a 12-inch cable length of AWG 26 wiring for straightforward installation and signal transmission, ensuring plug-and-play convenience.

Technical capabilities of the 15BRCX-500-F12/10 include a ±/- Velocity Error % of approximately 10%, supporting applications with moderate accuracy requirements. The resolver’s peak-to-peak arc-minute error (Pk-pk Arc-min Error) of X maintains acceptable repeatability in motion control systems. This model features a robust rotor and stator design, free from any Special Features specified, simplifying both manufacturing and maintenance. Its internal construction resists shock and vibration, while the cable and connector assembly sustains signal integrity over long duty cycles.

Operationally, the resolver excels in harsh environments where optical alternatives may fail. The lack of delicate optics and use of magnetic coupling ensure immunity to dust, moisture, and electromagnetic interference. Rated for an operating temperature span from -55°C to +155°C, the 15BRCX-500-F12/10 sustains stable performance across extreme thermal conditions. Its AWG 26 wiring and integrated cable length of 12 inches facilitate flexible routing in confined spaces without compromising signal quality. The overall simplicity of design, with no special features to configure, translates into minimal setup time and virtually maintenance-free operation.

Integration of the Danaher 15BRCX-500-F12/10 is seamless in legacy industrial drives and modern servo systems alike. Its CCW phasing aligns with standard motion controllers, and the AWG 26 cable harness connects directly to resolver interface modules without adapters. This resolver is perfectly suited for robotics, aerospace mechanisms, and precision servomechanisms where reliable velocity feedback with ~10% error tolerance is acceptable. The straightforward implementation path and proven Dynapar architecture make it an excellent choice for engineers seeking a compact, dependable resolver solution.