AE6922
989.6 W, 40 V Ø69 mm BLDC motor from Topband Motor: 0.9 N·m rated at 10500 rpm.
Figures are copied from the maker’s published datasheet; curves are calculated from them. Confirm with the manufacturer before ordering. Not stated on the datasheet, estimated from it: torque constant (fitted to the rated point), resistance (fitted to the rated point), inductance, rotor inertia, insulation class, IP rating.
How this motor is made
Full manufacturing overview: 70 mm Outer-rotor BLDC Motor →Ø69 mm frame; built with the same process as the 70 mm outer-rotor reference series.
- 1. Stator lamination stamping & interlocking
- 2. Stator powder coating
- 3. Outer-stator winding
- 4. Terminal soldering
- 5. Stator in-process test
- 6. Trickle impregnation (optional)
- 7. Stator mounting & Hall board
- 8. Rotor cup assembly
- 9. Magnetizing
- 10. Rotor balancing
- 11. Final assembly
- 12. End-of-line test
Export certification: Low-voltage motor without electronics
- Rated power
- 990 W
- Rated torque
- 0.9 N·m
- Rated speed
- 10,500 rpm
- Rated efficiency
- 75 %
Performance curves
Calculated with the linear DC-motor model (constant 40 V supply, ignoring resistance rise with temperature).
Full specifications
General
- Motor type
- BLDC Motor
- Series
- Topband AE69 outer-rotor BLDC
- Frame / flange
- Ø69 mm
Rated Values
- Rated voltage
- 40 V
- Rated power
- 990 W
- Rated torque
- 0.9 N·m
- Rated speed
- 10,500 rpm
- Rated current
- 33 A
Performance
- Stall torque
- 10.6 N·m
- No-load speed
- 11,476 rpm
- Rated efficiency
- 75 %
- Peak efficiency
- 75.8 %
Electrical
- Torque constant Kt
- 0.0327 N·m/A
- Back-EMF constant Ke
- 3.43 V/krpm
- Resistance
- 0.122 Ω
- Inductance
- 0.182 mH
- No-load current
- 5.5 A
- Stall current
- 329 A
- Electrical time constant
- 1.5 ms
- Mechanical time constant
- 4.45 ms
Mechanical
- Rotor inertia
- 392 g·cm²
- Body length
- 114 mm
- Shaft diameter
- 10 mm
- Weight
- 0.856 kg
- Power density
- 1,156 W/kg
- Protection
- IP40
Compatible drivers
All drivers →Drivers whose supply voltage covers this motor and whose continuous current is at least its rated current; drivers from the same maker first. Confirm Hall/encoder type and settings with the maker.
| Model | Maker | Motor type | Supply | Cont. / peak current | Feedback |
|---|---|---|---|---|---|
| DCPC-09050-OPE | ZP Motors | BLDC, Servo | 18–90 V DC | 35 A / 70 A | Hall sensors, Incremental encoder |
| BCPC-09035-OPE/A | ZP Motors | BLDC, Servo | 18–90 V DC | 35 A / 70 A | Hall sensors, Incremental encoder, Absolute encoder |
| BC2PC-09035-OPE/A | ZP Motors | BLDC, Servo | 18–90 V DC | 35 A / 70 A | Hall sensors, Incremental encoder, Absolute encoder |
| ZM-BL48Z50S | Zeming | BLDC | 24–72 V DC | 50 A | Hall sensors, Sensorless |
| MBH48100 | MINE Motor | BLDC | 37–56 V DC | 50 A / 100 A | Hall sensors |
| DEPC-09075-OPEA | ZP Motors | BLDC, Servo | 18–90 V DC | 52 A / 105 A | Hall sensors, Incremental encoder, Absolute encoder |