Battery-operated AC servo motor #servo motor #servo drive

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basic information

■Rated Voltage: DC24V / 48V ■Rated Output: 25W to Maximum 5200W ■Rated Speed: 1500 to 3000 rpm ■Motor Outer Diameter: □40, □60, □80, □110, □130, □180 ■Encoder: Standard equipped with magnetic incremental encoder (2500 PPR) ■Rotor Design: 10 poles (5 pairs of poles) / Neodymium magnets used ■Protection Rating: IP65 (sealed self-cooling type) ■Operating Environment: -20 to +45℃ (no condensation) 【Optional Driver Specifications】 It is possible to mount a non-excited electromagnetic brake and various types of planetary gearheads (square and round types, parallel axis, etc.). The dedicated driver supports robust serial communication as standard, including CAN communication and RS485. Models with dual drive for easy dual-axis synchronous control and those equipped with the STO (Safe Torque Off) function for safe power interruption are also available, dramatically enhancing the intelligence of AGV interiors.

Price information

We have adopted a cored design using powerful neodymium magnets and established a production system for standard stock items, which allows us to offer excellent pricing and delivery times. Prices may vary depending on annual usage quantities, number of lots, and the presence of drivers and gearheads, so if you are looking to reduce costs, please feel free to request a quote. Our sales department will do its utmost to accommodate your budget and preferences.

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Applications/Examples of results

Utilizing flexible scalability through modular architecture and advanced motion control (torque, position, speed) with dedicated drivers, it is adopted in various industrial equipment. 【Main Application Examples】 - AGVs (Automated Guided Vehicles), AMRs (Autonomous Mobile Robots) for mobility - Industrial robots, guidance robots, food serving robots - Machine tools, semiconductor-related equipment, SMT machines, LCD equipment - Packaging equipment, medical-related devices, etc. It is ideal for scenes that require precise control, such as dual drives that completely synchronize left and right motors to maintain straightness, precise angle stops in robot joints, and smooth ultra-low-speed cruising in millimeter increments. Furthermore, by combining it with a non-excited brake that engages a physical lock during power loss, a fail-safe mechanism can be established to reliably prevent the dropping of heavy objects or runaway situations.

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