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Stepper motor, 57mm flange(NEMA23), 3 phase, 3A, 1.4Nm, 6 leads

Three-phase stepper motor, 57mm flange, 3 A/phase, 1.4 Nm / 14.3 kg-cm holding torque, 1.2 degree step angle.

Flange size
57 mm (NEMA 23)
Phase current
3 A
Holding torque
1.4 Nm \ 14.28 kg-cm

Overview

The M3576T015-8 is a three-phase stepper motor with a 57mm flange (the NEMA 23 class), the only three-phase motor in this catalogue.

It draws 3 A per phase (0.69 ohm winding resistance, 1.8 mH inductance) and holds 1.4 Nm / 14.3 kg-cm at standstill. The step angle is 1.2 degrees, finer than the 1.8 degrees typical of a two-phase motor at this frame size, which is the usual trade a three-phase stepper makes - more steps per revolution for smoother low-speed motion, at the cost of needing a three-phase-specific drive rather than the wider range of two-phase drives elsewhere in this catalogue. It weighs 1.1 kg.

Six lead wires bring the three-phase windings out for connection to a matching three-phase drive - this catalogue's DW3580 (24-50 V DC) or DW3880 (24-100 V DC / 18-80 V AC), both rated for the 1.4-8 A range this motor's 3 A comfortably sits within.

This motor's current and torque figures were corrected from an earlier catalogue listing (5.2 A, 1.5 Nm) after checking against its datasheet; the figures here are the verified ones.

Supplied by Tiny Controls in India.

Specifications

Stepper motor, 57mm flange(NEMA23), 3 phase, 3A, 1.4Nm, 6 leads technical specifications
Flange size 57 mm (NEMA 23)
Phase current 3 A
Holding torque 1.4 Nm \ 14.28 kg-cm
Phase resistance 0.69 Ω
Phase inductance 1.8 mH
Step angle 1.2 deg
Weight 1.1 kg

Downloads

Questions

I've seen different current/torque numbers for this motor elsewhere (5.2 A, 1.5 Nm) — which is right?

3 A and 1.4 Nm are the correct, verified figures — an earlier catalogue listing had it wrong (5.2 A, 1.5 Nm), corrected after checking against the datasheet directly.

Why three-phase instead of the more common two-phase motors you sell?

A finer step angle — 1.2 degrees versus the 1.8 degrees typical of a two-phase motor at this frame size, giving more steps per revolution for smoother low-speed motion. The tradeoff is needing a three-phase-specific drive.

What drive do I need for this?

The DW3580 (24-50V DC) or DW3880 (24-100V DC / 18-80V AC) — both rated for the 1.4-8A range this motor's 3A comfortably sits within.