Schneider SH32052P11A2000 Servo Motor, 7900 W, 61.6 N.m

Name: SH32052P11A2000
Brand: Schneider Electric
SKU: SH32052P11A2000
Availability: LimitedAvailability
Author: Retrofit Raj

Specifications

Identification

SH32052P11A2000 — Identification
Parameter	Value
Product type	Servo motor
Holding brake	Without

Performance

SH32052P11A2000 — Performance
Parameter	Value
Nominal torque	545.2 lbf.in (61.6 N.m) 115 V single phase 495.6 lbf.in (56 N.m) 230 V single phase 337.2 lbf.in (38.1 N.m) 400 V three phase 251.4 lbf.in (28.4 N.m) 480 V three phase
Nominal output power	3230 W 115 V single phase 5860 W 230 V single phase 7980 W 400 V three phase 7140 W 480 V three phase
Continuous power	7900 W
Nominal speed	500 rpm 115 V single phase 1000 rpm 230 V single phase 2000 rpm 400 V three phase 2400 rpm 480 V three phase
Maximum mechanical speed	3800 rpm
Continuous stall torque	574.4 lbf.in (64.9 N.m) 115...480 V three phase
Peak stall torque	1947.2 lbf.in (220 N.m) 115...480 V three phase
Rotor inertia	129 kg.cm²

Electrical

SH32052P11A2000 — Electrical
Parameter	Value
Rated supply voltage (Us)	115...480 V
Network phases	3
Phase	Three phase
Maximum current (Irms)	96.8 A
Continuous stall current	25.7 A
Torque constant	2.52 N.m/A 248 °F (120 °C)
Back-EMF constant	161 V/krpm 68 °F (20 °C)
Number of motor poles	5.0
Stator resistance	0.3 Ohm
Stator inductance	2.95 mH
Electrical connection	Straight connector

Feedback

SH32052P11A2000 — Feedback
Parameter	Value
Encoder type	Absolute single turn SinCos Hiperface
Speed feedback resolution	128 periods

Mechanical

SH32052P11A2000 — Mechanical
Parameter	Value
Shaft end style	Parallel key
Shaft diameter	1.5 in (38 mm)
Shaft length	3.1 in (80 mm)
Key width	0.4 in (10 mm)
Motor flange size	8.07 in (205 mm)
Mounting support	International standard flange
Length	15.9 in (405 mm)
Number of mounting holes	4
Mounting-hole diameter	0.6 in (14 mm)
Mounting-hole bolt circle diameter	8.5 in (215 mm)
Centring collar diameter	7.09 in (180 mm)
Centring collar depth	0.2 in (4 mm)
Maximum radial force (Fr)	4200 N 1000 rpm 3330 N 2000 rpm 2910 N 3000 rpm
Maximum axial force (Fa)	740 N

Environmental

SH32052P11A2000 — Environmental
Parameter	Value
IP degree of protection	IP54 shaft bushing without shaft seal ring: conforming to IEC 60034-5 IP65 motor: conforming to IEC 60034-5 IP65 shaft bushing: conforming to IEC 60034-5
Cooling method	Natural convection
Winding (copper hot) temperature	266 °F (130 °C)

Product details

What an existing axis actually gets from this SH3

The SH32052P11A2000 is a Schneider SH3 servo motor in the 205 mm flange size, built on an international standard flange mount with a 14 mm hole pattern, so it drops into the same envelope most retrofit jobs already have on the floor — no need to re-engineer the bracket. It delivers 7900 W continuous and 61.6 N.m nominal at 115 V single phase, scaling through 56 N.m at 230 V single phase, 38.1 N.m at 400 V three phase, and 28.4 N.m at 480 V three phase — meaning the same frame covers a 230 V North American retrofit and a 400 V European line just by selecting the matching drive rail.

Torque envelope across supply rails

Nominal speed shifts with the rail: 500 rpm at 115 V single phase, 1000 rpm at 230 V single phase, 2000 rpm at 400 V three phase, and 2400 rpm at 480 V three phase — a single part number that a panel builder can drop onto a 230 V fan line today and re-rate for a 400 V servo line later without a frame change. Continuous stall torque is rated 574.4 lbf.in (64.9 N.m) across the 115 to 480 V envelope, and the motor holds that torque at standstill with natural convection cooling only — no external fan to mount, route, or filter.

Mechanical and feedback integration

The shaft is 38 mm diameter with an 80 mm length and a 10 mm parallel key, taking radial load up to 4200 N at 1000 rpm and axial load up to 740 N — sized for direct-coupled gearboxes and belt drives on retrofit packaging and converting lines. Feedback is an absolute single-turn SinCos Hiperface encoder, the de-facto standard for Schneider Lexium and legacy servo drive platforms — meet it where the existing drive firmware already is rather than introducing a new comms stack. Sealing is IP54 at the shaft bushing without a seal ring and IP65 on the motor body and shaft bushing per IEC 60034-5; the straight connector termination is the default, with a rotatable right-angled connector available for tight cabinet knockouts.

Drive-side sizing constants

Stator resistance of 0.3 Ohm and stator inductance of 2.95 mH define the current-loop bandwidth the drive must close; the torque constant of 2.52 N.m/A at 120 °C winding gives the amp-per-N.m ratio the drive size must accommodate. Back EMF constant is 161 V/krpm at 20 °C, so the DC-bus ceiling determines the practical field-weakening headroom.

Sourcing posture for a line-down shaft replacement

MOQ and lead time for the 405 mm long, naturally cooled frame are project-dependent and not asserted here.

Frequently asked questions

What does the SH32052P11A2000 deliver at 115 V single phase versus 400 V three phase?

The same motor frame carries very different operating points depending on the supply rail: 61.6 N.m nominal torque and 3230 W output at 115 V single phase, falling through 56 N.m / 5860 W at 230 V single phase to 38.1 N.m / 7980 W at 400 V three phase and 28.4 N.m / 7140 W at 480 V three phase. Nominal speed tracks the same way — 500 rpm at 115 V up to 2400 rpm at 480 V — so the drive and transformer selection set the real torque envelope, not the frame.

How do I size this motor mechanically — what radial and axial load will it take?

Maximum radial force Fr is 4200 N at 1000 rpm, derating to 3330 N at 2000 rpm and 2910 N at 3000 rpm; maximum axial force Fa is 740 N. The 38 mm shaft with a 10 mm parallel key and 80 mm length handles direct-couple and most belt-drive retrofit arrangements within that envelope, and rotor inertia of 129 kg.cm² sets the accel/decel current demand the drive must supply.

Where can I get the SH32052P11A2000 quoted for an RFQ — and what do I need to know before doing so?

For a retrofit job, the practical facts to pin down before the RFQ lands are the matching drive platform (Hiperface SinCos is the native feedback protocol), the supply rail you will run the line at, the cabinet knockout orientation for the connector, and whether the existing 205 mm mounting holes and 180 mm centring collar will re-anchor without rework.