Beckhoff AM3065-0N30-0000 AM3065 N-Winding Synchronous Servomotor
A Beckhoff AM3000 synchronous servomotor configured for high-dynamic closed-loop machine axes.
Overview
AM3065-0N30-0000 belongs to Beckhoff’s permanent-magnet AM3000 motor platform. The complete code must be retained because feedback, shaft, brake and connection details determine whether a replacement fits the installed axis.
Its winding selection establishes a different servo operating point from nearby AM3065 variants, making drive and duty verification essential.
Specs
| Manufacturer | Beckhoff Automation |
|---|---|
| Complete Model | AM3065-0N30-0000 |
| Product Family | AM3000 synchronous servomotors |
| Motor Frame / Winding | AM3065 / N |
| Stall Torque | 24.3 Nm |
| Stall Current | 17.8 A |
| Mechanical Maximum Speed | 6000 rpm |
| Rated Data at 400 V | 3500 rpm, 16.0 Nm, 5.86 kW |
| Rotor Inertia | 40 kg·cm² |
| Thermal Time Constant | 35 min |
| Permissible Radial Force at Shaft End | 770 N |
| Permissible Axial Force | 280 N |
Features
- Permanent-magnet synchronous construction for controlled position, speed and torque.
- N winding provides the documented 400 V operating point for the AM3065 frame.
- Closed-loop operation depends on the feedback option encoded in the complete motor designation.
- Mechanical and electrical options can change dimensions and ratings, so the full suffix remains part of the service identity.
Applications
- Servo axes in packaging, handling and production machinery.
- Replacement of a documented AM3065 N-winding motor in a compatible Beckhoff drive system.
- Machine modernization where the installed flange, shaft, feedback and cable architecture are retained.
Lifecycle
- Photograph the complete motor nameplate and both connector interfaces before removal.
- Save the servo-drive parameters, feedback configuration and homing data.
- Confirm shaft, key, brake and encoder options rather than ordering from AM3065 alone.
- Complete direction, feedback, brake and loaded-motion tests after installation.
FAQ
Can AM3065-0N30-0000 be replaced by another AM3065 winding?
Not as a direct substitution. The winding changes current, speed and torque behavior and must remain compatible with the drive and machine duty.
What information is essential for an AM3065-0N30-0000 quotation?
Provide the complete nameplate, connected drive model, power and feedback cable numbers, shaft details and whether a holding brake is installed.
Why must the feedback option be checked for AM3065-0N30-0000?
The servo drive must support the installed feedback type and the replacement must preserve commutation and position data.
Should existing drive parameters be reused after fitting AM3065-0N30-0000?
Use the approved machine backup as the starting point, then verify current limits, feedback, tuning, direction and safety functions.
What mechanical checks prevent an AM3065-0N30-0000 mismatch?
Confirm flange, centering diameter, shaft, key, coupling engagement, connector clearance and installed motor length.
Can AM3065-0N30-0000 be commissioned without a loaded-axis test?
A controlled unloaded check is useful, but final acceptance should confirm the real load, thermal behavior, limits and machine safety sequence.
Recommended Models
| 4EF1510-3AA00 | S-3-TCPUSE-H-Di6 | L-TGP10-X96 32.1199.080-00 |
| TH 9589 | VJC109921 396615 | PXC00-U |
| GT2-71MCP | PRO 250 | 6ES7972-0CB35-0XA0 |
| SA47 CMP50S/KY/RH1M/SM1 | 1RK211052-AD | PZM2xA-A150-D03-00 |
| OSE-C14-4 OSEC144 354124 | TR610 TOP2 | CM7031 |
| A68RD3 | 6GK5992-1AL00-8AA0 | 6GK1543-1AA01 |
| SRD-91 | JO8 | YFK01847-GK |
| 33D 0863195 C0394 | EC17Z | 289006464 |
| PX145 | CWD4850P | WF30 DT80K4/BMG/MM05 |
| ECP301C | 7IF371.70-1 | 59715 MES120 |
