X1102 Danaher
Wake Industrial LLC is not an authorized distributor of this product.
The Danaher X1102 is part of the Slo-Syn Synchronous Motors series and operates at a nominal voltage of 240 VAC with a current draw of 9 Amps on a single-phase input. This motor delivers a minimum torque of 1100 oz-in, supports a max load inertia of 26 lb-in², and runs at 60 RPM at 50 Hz or 72 RPM at 60 Hz. It features a capacitor rating of 660 VAC and uses a 6 µF run capacitor at 60 Hz.
Internal Product Review
The X1102 is a Danaher Slo-Syn synchronous motor with single-phase input and 240 VAC nominal voltage. Motor performance is especially appealing for indexed motion, pairing 1100 oz-in minimum torque with 72 RPM at 60 Hz. Strong inertia handling up to 26 lb-in² makes the unit a dependable choice for steady low-speed positioning.
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Product Description:
The X1102 is an AC synchronous stepping motor produced by Danaher for the Slo-Syn Synchronous Motors series. Intended for open-loop indexers, labeling stations, and low-speed conveyors, it locks to the mains frequency and advances in fixed angular steps without requiring an electronic drive. This direct-to-line operation makes the unit a compact motion source for machinery that requires consistent rotational speed and high holding torque over extended duty cycles.
The stator windings are designed for a nominal supply of 240 VAC, and the motor uses a single-phase circuit that can connect to standard facility power. Under load, it draws up to 9 A, which determines the breaker and conductor ratings needed for safe installation. When energized from a 50 Hz line, the rotor settles at 60 rpm. The motor uses a four-pole design that aligns each mechanical revolution with one electrical cycle per second. Continuous operation at 50 Hz requires a 4 µF run capacitor installed according to diagram RC, completing the phase-shifting network and balancing the winding currents. The companion resistor network dissipates 160 W across 400 Ω to clamp transient voltages during switching events and protect the capacitor from excessive electrical stress.
The X1102 develops a minimum torque of 1100 oz-in, supplying sufficient capacity for heavy start-and-stop duty without stalling. At 60 Hz, the shaft settles at 72 rpm, increasing throughput while maintaining synchronous accuracy. The connected load may have a reflected inertia of up to 26 lb-in² to support stable acceleration and prevent ringing in the mechanical system. A motor-run capacitor rated at 660 VAC withstands the peak line-voltage swings common in industrial panels. A capacitance of 6 µF is required for 60 Hz operation so the phase shift remains correct at the higher line frequency.
