SH3 platform, 205 mm flange, 80 N.m hold
The SH32051P01F1100 sits in Schneider Electric's SH3 servo line as a size-205 mm flange machine, built on the SH32051P sizing reference with an international standard flange mounting pattern that drops into the usual 4-hole bolt-up. It is a three-phase unit with five rotor poles and a smooth 38 mm shaft extending 80 mm from the front face, overall body length 370.5 mm. That spread — roughly 2.2× between continuous stall and peak — is the working window a sizing engineer plans against: the 80 N.m hold figure is the clamp force available for vertical-axis static loads, while the 110 N.m peak is what the drive asks for only during acceleration or torque transients.
Voltage-dependent torque and power envelope
Nominal speed and torque both move with the DC bus the drive stacks up. At 400 V three-phase the motor runs 3000 rpm and delivers 17.5 N.m continuous; at 480 V three-phase the speed rises to 3600 rpm and torque drops to 13.8 N.m. Single-phase operation at 115 V is the slowest case at 750 rpm and the highest torque point at 31.9 N.m, with 230 V single phase in between at 1500 rpm / 27 N.m. Continuous power lands at 5500 W — the 400 V three-phase point is the spec where the full power envelope is realised, with 5200 W at 480 V, 4240 W at 230 V single phase, and 2510 W at 115 V single phase. The Irms limit is the number that bounds acceleration torque commands in the drive's current loop; sizing the drive's peak current at or above this figure is what keeps the 110 N.m peak reachable without saturation.
Sealing, cooling, and panel-side mounting
The motor body and the shaft bushing both carry IP65 to IEC 60034-5 — the body seals against hose-directed water and dust, the bushing seal holds at the shaft exit where oil and coolant tend to migrate. Cooling is natural convection only, no integrated fan, which keeps the body length short and the acoustic signature low but means continuous torque must be derated above the rated ambient per the thermal curve. Maximum mechanical speed is 3800 rpm, giving headroom above the 3600 rpm nominal at 480 V.
Lifecycle status and BOM fit
For an OEM buyer, the headline ratings to lock into the BOM are the 5500 W continuous power, 80 N.m holding torque, 38 mm shaft, 205 mm flange, and the SinCos Hiperface encoder — those five numbers define mechanical interchangeability on the driven machine. Build schedules run cleaner when those ratings stay fixed across motor vintages; verify the encoder protocol and brake voltage variant against the existing drive firmware before committing a multi-unit order.