Product Model
1FL6044-2AF21-1MH1
Selling Points
- 1High Torque Capability: 3.18 Nm rated torque and 9.54 Nm maximum torque for efficient operation.
- 2Precision Encoding: 21-bit absolute encoder for precise position control and smooth operation.
- 3Versatile Mounting: Flange mount design for easy integration into various industrial setups.
- 4Energy Efficiency: Permanent-magnet synchronous motor design for efficient energy use without external cooling.
- 5Reliable Performance: 300% overload capability and robust construction for reliable performance in demanding environments.
Technical Specifications
Detailed engineering parameters based on manufacturer documentation
| Parameter | Value | Parameter | Value |
|---|---|---|---|
Arrangement of Electrical Connection | Cable Outlet | Certifications | CE, EAC |
Motor Specifications | Permanent Magnet Synchronous Motor | Cooling Method | Self-cooled |
Relative Humidity / During Operation / Maximum / Remarks | Maximum RH (no condensation at 30 °C) | Relative Humidity / During Operation / Maximum | 90% |
Ambient Temperature / During Operation / Maximum | 40 °C | Ambient Temperature / During Operation / Minimum | 0 °C |
Vibration Level Rating | Level A | Net Weight / With Brake Motor | 4.20 kg |
Structure Form of Rotating Electrical Machine / Code Conformity I | IM B5 (IM V1, IM V3) | Protection Class IP | IP65 |
Thermal Class | B (130 °C) | Torque Constant / Winding Overheating 85 K | 0.51 N.m/A |
Consumption Current / Maximum | 18.90 A | Consumption Current / Winding Overheating 85 K / Rating | 6.30 A |
Output Mechanical Power [hp] | 1.36 hp | Output Mechanical Power / Winding Overheating 85 K / Rating | 1.00 kW |
Shaft Height / Rating / Remarks | 40 | Torque / Maximum | 9.54 N.m |
Shaft End Model / Drive Side | Smooth Shaft | Speed / Rating | 3000 1/min |
Parking Brake | Yes | Motor Type | Low Inertia |
Product Type | S-1FL6 Servo Motor | Lifecycle | Delivery Release (PM300) |
Country of Origin | China | ECCN | N |
AL | N | Model Number | 1FL6044-2AF21-1MH1 |
Specifications may be subject to change without notice