AC SERVO MOTOR 400W
₹9500
/ Pcs.
Tailored for Digital Printing Machinery: Perfect fit for commercial large-format inkjet systems, eco-solvent plotters, industrial UV flatbeds, and digital textile sublimation equipment.
Synchronous Brushless Design: Features a permanent magnet rotor that guarantees maintenance-free operations and a vastly longer service life by removing wear-prone mechanical brushes.
Precision Closed-Loop Control: Built to communicate seamlessly with high-resolution encoders (such as 17-bit or 23-bit variants) to eliminate tracking drift or step sync drops under variable speeds.
Tailored for Digital Printing Machinery: Perfect fit for commercial large-format inkjet systems, eco-solvent plotters, industrial UV flatbeds, and digital textile sublimation equipment.
Synchronous Brushless Design: Features a permanent magnet rotor that guarantees maintenance-free operations and a vastly longer service life by removing wear-prone mechanical brushes.
Precision Closed-Loop Control: Built to communicate seamlessly with high-resolution encoders (such as 17-bit or 23-bit variants) to eliminate tracking drift or step sync drops under variable speeds.
| Parameter / Specification | Details |
| Product Name | Industrial AC Servo Motor |
| Power Output | 400 Watts (0.4 kW) |
| Component Type | Digital Printing Machine Spare Part |
| Nominal Rated Voltage | 200V - 240V AC (Single / Three-Phase Adaptable) |
Unlock maximum throughput and ultra-sharp print precision with this premium 400W AC Servo Motor. Purpose-built as a high-performance replacement spare part for industrial digital printing machines, this synchronous brushless motor supplies the optimal balance of power, high acceleration, and dynamic response needed to drive heavy printhead carriages, precise media feeding assemblies, and roll-to-roll tracking systems.
Engineered to thrive in high-duty commercial print shops, this 400W motor functions on an alternate current (AC) architecture, guaranteeing higher torque consistency and superior velocity control compared to standard DC alternatives.