M061-FD-301 Danaher
Wake Industrial LLC is not an authorized distributor of this product.
The Danaher M061-FD-301 is a stepping motor from the Slo-Syn Stepping Motors series with a frame size of 60 mm and a full-step angle of 1.8 degrees. It provides a holding torque of 75 oz-in in bipolar mode and 60 oz-in in unipolar mode, and supports a maximum overhang load of 15 lb as well as a maximum thrust load of 25 lb. The motor operates at a bipolar series current of 0.30 A with an inductance of 150 mH and a resistance of 45 ohms.
Internal Product Review
The M061-FD-301 is a Slo-Syn stepping motor with a precise 1.8° full-step angle and strong 75 oz-in bipolar holding torque. Bipolar operation at 0.30 A and 16 VDC supports efficient drive matching and stable low-speed positioning. A solid choice for motion systems where repeatable indexing and dependable holding performance are critical.
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Product Description:
The M061-FD-301 stepper motor is produced by Danaher as part of the Slo-Syn Stepping Motors series. This two-phase hybrid unit converts digital pulse trains from a controller into precise incremental rotation for pick-and-place heads, indexing tables, and metering pumps used in industrial automation. Each electrical step creates a stable magnetic detent, so the shaft holds its position without an external feedback loop in many motion-control systems.
In bipolar series wiring mode, the motor draws 0.30 A per phase, a value that permits the use of compact microstep drives. The coil inductance of 150 mH slows the current rise, which improves low-speed smoothness, while a phase resistance of 45 ohms supports a nominal supply of 16 VDC for full torque. Electromagnetic coupling under these conditions yields a static holding torque of 75 oz-in. When power is removed, 1.0 oz-in of residual torque keeps the rotor aligned with the stator teeth. The laminated rotor has an inertia of 0.0017 oz-in-s², enabling rapid acceleration with minimal overshoot. The front bearings withstand a maximum overhung load of 15 lb, allowing small pulleys or gears to be mounted directly on the shaft.
Each full electrical step advances the shaft by 1.8°, producing 200 discrete positions per revolution for open-loop indexing. In unipolar operation, the windings accept 0.44 A, exhibit 38 mH of inductance, and measure 23 ohms, so a drive providing 11 VDC can achieve higher step rates. Unipolar holding torque reaches 60 oz-in, which is adequate for lighter vertical axes. The bearings tolerate axial thrust of up to 25 lb, and the square frame measures 60 mm across the mounting face, matching standard NEMA 23 hardware. The motor can accommodate moderate belt, lead-screw, or pinion loads based on its 15 lb radial load rating.
