The TGO-110 Series 3-phase brushless motor incorporating the latest electro-magnetic components utilizing high energy sintered neodynium magnets. The TGO-110 is a high performance motor but also an ideal In-line motor generator. Customer requirement for increased high-power density coupled with high efficiency, oil-free operation and zero emissions are all leading to a demand for high-speed permanent magnet motors and generators. The TGO-110 is available with hall-effect commutation or encoder feedback. For more details on how the TGO-110 can be tailored to fit your specific application, contact our application engineers.
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The TG Motor series has the following design advantages:
- High-Speed Operation (Excellent convective cooling)
- High Power Density
- High Torque Density
- Zero Cogging (smooth and vibration free operation)
- Quiet Torque Output
- Excellent Motor Design Flexibility
- High Efficiency
- High Reliability and High Operating Temperature
- Zero maintenance (brushless motor design)
- Lightweight
- Low voltage tolerant
- Full speed control
- Facilitates direct integration of pump shaft
Motor Parameter Table
| Continuous Parameters | Units | Value |
|---|---|---|
| Continuous Torque @ Max Speed | N-m | 1 |
| Max Continuous Power | W | 1 |
| Max Continuous Speed | RPM | 1 |
| Max Continuous Phase Current @ Max Speed | A RMS | 1 |
| Required Motor Voltage @ Max Speed | V pkl-l | 1 |
| Max Continuous Coil Temperature | °C | 1 |
| Peak Parameters@Max Speed | Units | Value |
| Peak Torque (Duration 1) | N-m | 1 |
| Peak Torque (Duration 2) | N-m | 1 |
| Peak Phase Current (Duration 1) | A RMS | 1 |
| Peak Phase Current (Duration 2) | A RMS | 1 |
| Peak Power (Duration 1) | W | 1 |
| Peak Power (Duration 2) | W | 1 |
| Motor Constants | Units | Value |
| Voltage Constant | V pkl-l /rad/s | 1 |
| Voltage Constant | V pkl-l /kRPM | 1 |
| Torque Constant | N-m/A RMS | 1 |
| Motor Constants | N-m/ √W | 1 |
| Electrical Parameters | Units | Value |
| Motor Resistance @ 20 °C | Ω | 1 |
| Motor Resistance @ Max Temperature | Ω | 1 |
| Inductance | µH | 1 |
| Number of Magnetic Poles | ea | 1 |
| Electrical Frequency @ Max Speed | Hz | 1 |
| Mechnical Parameters | Units | Value |
| Rotor Inertia | kg-m 2 | 1 |
| Outer Diameter | mm | 1 |
| Through Hole Diameter | mm | 1 |
| Axial Height | mm | 1 |
| Rotor Mass | kg | 1 |
| Stator Mass | kg | 1 |
| Part Set Mass | kg | 1 |
Features
ThinGap technology is thermally limited. This means that the torque limits, continuous and peak, are determined by the available cooling. Continuous torque for the TG series motors is derived using a model of the forced convection due to the rotation of the rotor about the coil. This causes the TG motor characteristic of increased torque with speed. Further improvements to the torque capacity can be made by augmenting the forced convection through modification to the rotor structural components. Contact ThinGap for application specific requirements.