2.6 N·m Closed Loop Stepper With Brake - NEMA 24 Compact Motion

2.6Nm Closed Loop Stepper With Brake for Space-Constrained Stations

The 60J1292EC-17BC-SCG is a 2.6Nm Closed Loop Stepper With Brake in a NEMA 24 frame with a 92 mm body, 1.5 A phase current, 8 mm shaft, and 2.6 N·m holding torque. It is the smallest brake-equipped motor in this range, aimed at space-constrained automation.

Position Feedback on Small Mechanisms

An integrated 17-bit encoder gives the drive real rotor position. The closed loop corrects step error as it happens, so small and precise mechanisms stay accurate even with light and variable loads.

Why a Brake at This Size

Even small axes can be gravity-loaded. The brake holds the 8 mm shaft and its load when power is off, which is useful in battery equipment positioning mechanisms and other precision stations that must stay locked between cycles.

Specifications

• Motor type: 3-phase hybrid stepper, closed loop, with brake
• Frame size: NEMA 24
• Body length: 92 mm
• Phase current: 1.5 A
• Holding torque: 2.6 N·m
• Shaft diameter: 8 mm
• Feedback: integrated 17-bit encoder

Application Fit

Packaging machinery, factory automation, and precision positioning mechanisms for battery equipment are the intended applications. The compact format also suits textile and printing machines that need brake safety without the bulk of a larger frame. Lyenwsin provides this motor with matching drives for multi-axis stations.

Precision Station Setup

Use a low-backlash coupling on the 8 mm shaft to preserve the closed loop accuracy in battery positioning. Wire the brake release to the controller safety output so the station stays locked during idle periods. Because each axis draws only 1.5 A, multiple stations can share one drive cabinet and power supply. Verify the shaft fits the coupling bore tolerance to avoid runout that would show up as positioning error at the cell. This 2.6Nm Closed Loop Stepper With Brake is a compact option for battery equipment where floor space is at a premium.