High Performance Industrial Electronic Component S72402-NANANA | OEM Industrial Electronic Part
S72402-NANANA belongs to Kollmorgen SERVOSTAR S700 series high-power single-axis servo drive, a high-end industrial-grade servo amplifier with 3-phase 208~480VAC wide voltage input.
High Performance Industrial Electronic Component 6SM37S-6.000 | OEM Industrial Electronic Part
The 6SM37S-6.000 belongs to Kollmorgen Seidel 6SM series 6-pole high-speed synchronous servo motor. It adopts short stator stack structure and 400V high-voltage winding, equipped with resolver position feedback.
High Performance Industrial Electronic Component 6SM77S-3.000-09-V | OEM Industrial Electronic Part
The 6SM77S-3.000-09-V is a heavy-duty high-performance 6-pole synchronous servo motor from Kollmorgen Seidel 6SM series. Adopting short stator stack design and 400V high-voltage winding with resolver position feedback, this large-frame servo motor delivers high continuous torque, strong short-time overload capacity and excellent anti-vibration & anti-electromagnetic interference performance.
High Performance Industrial Electronic Component 6SM27M-4000 | OEM Industrial Electronic Part
6SM27M-4000 belongs to Kollmorgen Seidel classic 6SM series 6-pole compact high-speed synchronous servo motor, medium stator stack M version, 400V high-voltage industrial winding, equipped with resolver analog position feedback.
High Performance Industrial Electronic Component 6SM-77S-3.000-09-V | OEM Industrial Electronic Part
6SM-77S-3.000-09-V belongs to Kollmorgen Seidel classic 6SM series 6-pole high-performance synchronous servo motor, standard short stator stack S version, 400V high-voltage industrial winding, resolver position feedback configuration.
High Performance Industrial Electronic Component 6SM37M-6000-G | OEM Industrial Electronic Part
6SM37M-6000-G belongs to Kollmorgen Seidel classic 6SM series 6-pole high-speed synchronous servo motor, G represents built-in 24V electromagnetic holding brake version. Adopting 400V high-voltage sinusoidal winding design, equipped with resolver position feedback, it can lock the shaft reliably when power is off, effectively preventing load slipping in vertical/tilted installation scenarios.