5.5 kW continuous, 3000 rpm at 400 V three-phase
The SH32051P01A2000: Nominal torque tracks the supply: 31.9 N.m at 115 V single phase, 27 N.m at 230 V single phase, 17.5 N.m at 400 V three phase, and 13.8 N.m at 480 V three phase — so above 400 V the motor delivers higher speed with lower torque, the standard constant-V/Hz trade-off a panel builder sizes against the gearbox ratio.
Peak torque 110 N.m, peak current 87.2 A
Peak stall torque is 110 N.m across the 115 to 480 V range, and the 3-second peak output current is 87.2 A — matching the maximum Irms of 87.2 A, so the drive sizing exercise must sustain 87.2 A briefly during acceleration ramps without tripping the drive's peak-current foldback. Continuous stall current is 21 A, the figure a thermal budget for low-speed continuous duty should hold to.
Hiperface absolute encoder, rotatable connector, IP65
The electrical interface is a rotatable right-angled connector, so the cable exit can be indexed to one of several orientations during install to clear the cabinet bend radius.
205 mm flange, smooth 38 mm shaft, 321 mm body
The motor mounts on an international-standard flange, 205 mm (8.07 in) across, with a 180 mm centring collar and 14 mm mounting holes — the standard pattern for this size class of servo. Shaft is 38 mm diameter by 80 mm long, smooth (no keyway), so coupling to the load is via a friction-fit or clamp-style coupling rather than a keyed connection. Body length is 321 mm (12.6 in) and the cooling is natural convection — meaning no integrated fan and no forced-air clearance requirement behind the motor, but also no derating headroom for mounting in a fully enclosed cabinet without thermal assessment.
Lifecycle stage is recorded as current — no end-of-life notice on file for the SH32051P01A2000 sizing reference. No stock-holding promise is made here; lead time is the manufacturer's then-current schedule at the moment of the quote.