ELAU ISH1003002500000000100

Product Name
ELAU ISH1003002500000000100, standard designation iSH100/30025 intelligent/synchronous servo motor, Schneider Electric ELAU PacDrive family.
Product Overview
This 100 mm frame servo motor is designed for high-torque precision motion in packaging, printing, robotics and automated production lines. Depending on configuration it is supplied as a synchronous motor or as an intelligent integrated servo assembly with drive electronics, encoder and safety functions.
Category:
Description
Technical Specifications
Frame size 100 mm, 30025 winding class provides approximately 30 Nm rated torque in continuous-duty configurations and higher peak torque for short overload intervals. Maximum speed depends on encoder and drive limit; typical documented iSH100 high-torque versions are operated below 4500 rpm for direct-drive applications. Feedback uses high-resolution absolute encoder or resolver. Integrated versions support STO and SS1 safety functions.
Functional Features
High torque density, low ripple, electronic nameplate recognition, autocommissioning, multi-turn absolute feedback, and built-in safety. Integrated PacDrive variants communicate directly with the motion controller and reduce external amplifier hardware.
Performance Parameters
The 30 Nm torque class supports heavy rotary tables, press feeds, filling carousels and slow high-force axes. Rotor inertia is selected for stable control under variable load. Positioning repeatability is determined by encoder resolution, control cycle and mechanical transmission.
Material Composition
Housing uses aluminum or cast servo enclosure material according to variant, stator uses laminated electrical steel and copper windings, rotor uses rare-earth permanent magnets, shaft uses hardened steel, feedback uses optical or magnetic sensing elements, and connectors use industrial sealed hybrids.
Structural Characteristics
100 mm flange body, integral feedback module, optional holding brake, optional sealed shaft, hybrid connector for power and signal, and integrated drive electronics in intelligent configurations. Mechanical construction supports flange or face mounting.
Working Principle
The PacDrive controller calculates position, speed and torque setpoints. The servo drive converts DC bus energy into controlled three-phase currents. The absolute encoder returns rotor angle and revolution count. The regulation loops adjust current to maintain commanded torque, while safety circuits execute STO or SS1 when activated.
Installation Requirements
Verify flange dimensions, shaft type, brake, seal, encoder resolution, bus voltage and controller compatibility. Align coupling without radial overload. Use specified motor and feedback cables. Ground the system properly and allow clearance for heat dissipation or forced cooling if required.
Usage Precautions
Match the exact option code before replacement because shaft, brake, feedback, sealing and safety configuration change performance. Avoid high-pressure washing unless the protection class is confirmed. Inspect thermal sensors, insulation and connectors periodically.
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