Description
ELAU 070‑60‑010‑P0‑44‑S1‑B0
Technical Specifications: Rated power 0.62 kW, rated speed 6000 rpm, maximum mechanical speed 6500 rpm, continuous stall torque 1.0 Nm, peak torque 3.8 Nm, rotor inertia 0.41 kg·cm², insulation class F (155 °C), IP65 protection class, natural air cooling, B5 70 mm mounting flange, 14 mm flat‑key shaft, Sin‑Cos S1 encoder feedback, P0 power connector, B0 no‑brake configuration, total weight 3.2 kg, operating ambient temperature 0 °C‑40 °C.
Functional Features: Sin‑Cos encoder with embedded electronic nameplate supports automatic motor‑parameter identification by PacDrive servo controllers. Ultra‑low‑inertia rotor realizes extremely high acceleration performance. Internal PTC thermal‑sensor monitors stator winding temperature and triggers over‑temperature protection. High sine‑wave back‑EMF characteristic reduces cable power loss. Compact frame reduces mechanical installation space occupation. Maintenance‑free sealed bearing assembly guarantees long‑term stable operation.
Application Scenarios: High‑speed pick‑and‑place automation units, small‑size packaging equipment, electronic component assembly machinery, high‑speed textile shuttle mechanisms, precision laboratory multi‑axis positioning platforms.
Performance Parameters: Sin‑Cos encoder 128 periods per revolution, CE and UL certified, three‑phase 400‑480 V AC power supply.
Material Composition: Light‑weight die‑cast aluminum alloy motor housing, thin‑gauge laminated silicon‑steel stator core, small‑size neodymium‑iron‑boron permanent‑magnet rotor, fine‑gauge oxygen‑free copper winding wires, quenched alloy‑steel output shaft, reinforced thermoplastic connector shell components.
Structural Features: Miniature B5 front‑flange mounting layout. Separated P0 power connector and Sin‑Cos encoder signal connector install on upper motor housing. Shaft‑end labyrinth‑type sealing structure reaches IP65 dust‑proof and splash‑water‑resistant performance. PTC thermal sensing components embed inside stator winding coils. Short overall body length adapts narrow mechanical installation space.
Working Principle: Servo drive outputs three‑phase sinusoidal current into stator windings and generates rotating magnetic field. Magnetic‑field interaction between stator and rotor permanent magnet produces driving output torque. Sin‑Cos encoder continuously captures real‑time rotor angular position and velocity signals and feeds data back to servo drive for closed‑loop position, speed and torque regulation.
Installation Requirements: Mount motor onto flat rigid metal mounting surface. Control coupling concentricity tolerance below 0.04 mm. Reserve surrounding ventilation clearance for natural convection heat dissipation. Route power cable and encoder feedback cable in separated cable ducts. Reliably connect motor protective‑earth terminal to ground busbar. Confirm connector full‑locking state after wiring completion.
Usage Notes: Maintain operating‑environment relative humidity in 5‑85 % non‑condensing scope. Do not impose radial and axial shaft load beyond specification limits. Set servo‑drive feedback‑parameter to Sin‑Cos encoder mode. Avoid continuous long‑time peak‑torque operation. Prevent mechanical impact and welding‑current damage to motor housing shell.
