Schneider Electric MH31402P12F2200 Servo Motor with Brake

Specifications

Identification

MH31402P12F2200 — Identification
Parameter	Value
Product type	Servo motor
Holding brake	With

Performance

MH31402P12F2200 — Performance
Parameter	Value
Nominal torque	144.62 lbf.in (16.34 N.m) LXM52 14.87 mA, 115 V, three phase 123.9 lbf.in (14.0 N.m) LXM52 13.13 mA, 230 V, single phase 90.01 lbf.in (10.17 N.m) LXM52 9.76 mA, 400 V, three phase 90.01 lbf.in (10.17 N.m) LXM52 9.76 mA, 480 V, three phase 144.62 lbf.in (16.34 N.m) LXM62 14.87 mA, 115 V, single phase 123.9 lbf.in (14.0 N.m) LXM62 13.13 mA, 230 V, single phase 90.01 lbf.in (10.17 N.m) LXM62 9.76 mA, 400 V, three phase 90.01 lbf.in (10.17 N.m) LXM62 9.76 mA, 480 V, three phase
Nominal output power	1.71 W, 115 V 2.93 W, 230 V 3.73 W, 400 V 3.73 W, 480 V
Continuous power	3730 W
Nominal speed	1000 rpm LXM52 14.87 mA, 115 V, single phase 2000 rpm LXM52 13.13 mA, 230 V, single phase 3500 rpm LXM52 9.76 mA, 400 V, three phase 3500 rpm LXM52 9.76 mA, 480 V, three phase 1000 rpm LXM62 14.87 mA, 115 V, single phase 2000 rpm LXM62 13.13 mA, 230 V, single phase 3500 rpm LXM62 9.76 mA, 400 V, three phase 3500 rpm LXM62 9.76 mA, 480 V, three phase
Maximum mechanical speed	4000 rpm
Continuous stall torque	163.7 lbf.in (18.5 N.m), 115...480 V, three phase
Peak stall torque	491.2 lbf.in (55.5 N.m), 115...480 V, three phase
Holding brake torque	159.3 lbf.in (18 N.m)
Rotor inertia	33.5 kg.cm²

Electrical

MH31402P12F2200 — Electrical
Parameter	Value
Rated supply voltage (Us)	115...480 V
Phase	Three phase
Maximum current (Irms)	57.42 A
Continuous stall current	16.83 A
Torque constant	1.1 N.m/A 248 °F (120 °C)
Back-EMF constant	70.7 V/krpm
Number of motor poles	10
Stator resistance	0.23 Ohm
Stator inductance	2.99 mH
Stator electrical time constant	13 ms
Electrical connection	Rotatable right-angled connectors

Feedback

MH31402P12F2200 — Feedback
Parameter	Value
Encoder type	Multiturn SinCos Hiperface
Speed feedback resolution	128 periods

Mechanical

MH31402P12F2200 — Mechanical
Parameter	Value
Shaft end style	Parallel key
Shaft diameter	0.9 in (24 mm)
Shaft length	2.0 in (50 mm)
Second shaft end	Without second shaft end
Key width	0.3 in (8 mm)
Motor flange size	5.5 in (140 mm)
Mounting support	International standard flange
Length	8.9 in (227 mm)
Number of mounting holes	4
Mounting-hole diameter	0.4 in (11 mm)
Mounting-hole bolt circle diameter	6.5 in (165 mm)
Centring collar diameter	5.1 in (130 mm)
Centring collar depth	0.1 in (3.5 mm)
Maximum radial force (Fr)	2240 N 1000 rpm 1780 N 2000 rpm 1550 N 3000 rpm

Environmental

MH31402P12F2200 — Environmental
Parameter	Value
IP degree of protection	IP65 standard
Cooling method	Natural convection
Winding (copper hot) temperature	275 °F (135 °C)

Product details

What this servo motor delivers on a motion axis

The MH31402P12F2200 is a three-phase servo motor from the Schneider Electric MH3 series, fitted with a holding brake and a multiturn SinCos Hiperface encoder. It delivers 3.73 kW continuous power at 400/480 V three-phase, with a nominal torque of 16.34 N.m and a peak stall torque of 55.5 N.m for short-duration acceleration events. The 18 N.m holding brake locks the rotor when power is removed — critical for vertical-axis loads where the Z-axis must not drop on a power loss. The IP65 rating means the motor body and connector seal against washdown, so it can sit on a food-grade conveyor or a machine-tool coolant bath without a secondary cover.

Torque and speed — what the numbers mean for your axis sizing

Nominal torque is 16.34 N.m across the 115–480 V range when paired with an LXM52 or LXM62 drive at the corresponding current setting. The continuous stall torque is 18.5 N.m — that is the torque the motor can hold at zero speed indefinitely without overheating, which matters for indexing or clamping applications where the axis holds position under load. Nominal speed is drive-dependent: 1000 rpm with LXM52/LXM62 at 115 V single-phase, 2000 rpm at 230 V single-phase, and 3500 rpm at 400/480 V three-phase. The back EMF constant of 70.7 V/krpm means the motor generates 70.7 V per 1000 rpm — at 3500 rpm the back EMF is ~247 V, which must stay below the drive's DC bus voltage to maintain current control.

Mechanical fit — flange, shaft, and mounting constraints

The motor uses an international standard flange with a 140 mm flange size and a 130 mm centring collar diameter. The shaft is 24 mm diameter with a parallel key, 50 mm shaft length, and an 8 mm key width — standard for coupling to a gearbox or pulley with a keyed bore. Electrical connection is via rotatable right-angled connectors — the connector head can be oriented in 90° increments, which helps when routing cables in a tight cabinet or along a moving cable track. Cooling is natural convection, so no external fan or air supply is needed; the thermal limit is set by the 135 °C copper hot-spot temperature.

Sourced through authorized distribution channels against an RFQ. No stock-holding claim — each order is placed against confirmed supply.

Frequently asked questions

What is the holding torque of the brake on MH31402P12F2200?

The holding brake delivers 18 N.m (159.3 lbf.in) of holding torque, which locks the rotor when power is removed. This is sufficient to hold a vertical-axis load of approximately 180 kg at a 100 mm radius without back-driving the gearbox.

What encoder type does MH31402P12F2200 use?

It uses a multiturn SinCos Hiperface encoder. This is an absolute encoder that tracks position over multiple revolutions without needing a homing sequence on power-up — the drive reads the absolute position from the encoder's internal counter.