15BRCX-602-BA47/10 Danaher
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The Danaher 15BRCX-602-BA47/10 is part of the Dynapar Resolvers series and features a basic outside diameter of 1.5 inches with a housing length of 0.635 inches. This resolver has a double servo groove mount style, an aluminum housing, and a rotor bore of 1/4 inch keyed. The unit uses 28 AWG leads that are 12 inches long and weighs 2.3 ounces.
Internal Product Review
The 15BRCX-602-BA47/10 is a Danaher Dynapar resolver with an aluminum housing and a double servo groove mount for clean mechanical integration. CCW phasing and a rotor primary winding support dependable feedback characteristics in motion-control assemblies. Compact construction and low weight make this resolver a strong choice for space-conscious servo applications.
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Product Description:
The 15BRCX-602-BA47/10 resolver is manufactured by Danaher and belongs to the Dynapar Resolvers series. It delivers analog sine-cosine signals that motion controllers use to determine instantaneous shaft angle, so it fills the role of a precision position sensor in servo loops where optical encoders may be unsuitable. The through-bore architecture and slim body let the unit mount directly on small motors or within compact gear stages found in automated pick-and-place, packaging, and indexing equipment.
The resolver body has a diameter of 1.5 in, giving it compatibility with 38 mm faceplates used on fractional-horsepower servomotors. Overall stack depth is limited by a 0.635 in long housing, helping keep the axial length short. That housing is machined from aluminum, a material that combines low mass with good thermal conduction to dissipate winding heat. Positioning is handled by a double servo-groove mount that secures the stator concentrically while resisting rotation under vibration. Power and signals travel through flexible 28 AWG leads. The phasing is set to CCW, so electrical zero aligns with counterclockwise shaft rotation and matches common North American servo conventions.
Final installation benefits from a 1/4 in keyed rotor bore that slips over standard keyed shafts, while a 1.449 in pilot registers the resolver to the motor end bell and maintains runout accuracy. The flying harness provides a 12 in lead length, which is long enough to reach junction points without additional splices. System inertia remains low because the unit weighs only 2.3 oz, an advantage on high-speed pick-and-place axes. With its primary winding located on the rotor, magnetic coupling is maintained over small air-gap variations, allowing the resolver to retain signal quality even after repeated thermal cycles and mechanical shocks.
