HAITAI | SKU:
HAITAI HT8115-J9 Motor
Regular price
$730.00
Unit price
/
Unavailable
HAITAI HT8115-J9 Motor - HT8115-J9 Motor is backordered and will ship as soon as it is back in stock.
Couldn't load pickup availability
Delivery and Shipping
Delivery and Shipping
- We automatically select the most cost-effective carrier from China for each destination country
- Shipping rates are dynamically calculated based on real-time quotes
- Final rates may vary due to promotional offers or carrier adjustments
Product Information
Application Scenarios
Humanoid Robots
Robotic Arms
Exoskeletons
Quadruped Robots
AGV Vehicles
ARU Robots
Technical Specifications
Parameter | Value |
---|---|
Motor Model | HT8115-J9 (formerly HT-04-9) |
Nominal voltage | 36V |
Voltage range | 24-48V |
Power | 160W |
Nominal torque | 14N·m |
Stall torque | 35N·m |
Nominal speed after reduction | 110RPM |
Max speed after reduction | 220RPM |
Nominal current | 13A |
Stall current | 45A |
Phase to phase resistance | 0.231Ω |
Phase to phase inductance | 0.072mH |
Speed constant | 4.75rpm/V |
Torque constant | 1.05N·m/A |
Rotor inertia | 53.4g·cm² |
Number of pole pairs | 21 pairs |
Gear ratio | 9:1 |
Gear type | Planetary |
Reducer gear material | STEEL |
Reducer gear backlash | <6arcmin |
Motor weight without driver | 660g |
Motor weight with driver | 705g |
Size without driver | Ø96×41mm |
Size with driver | Ø96×48.5mm |
Max axial load | 800N |
Max radial load | 900N |
Noise | <60dB |
Protection grade | Only motor is IP54 |
Working temperature range | -20℃ to +80℃ |
MIT open source driver protocol | CAN |
CAN baudrate | 1Mbps |
V1.0 driver (MIT version) input voltage | 24V |
V2.0 driver (MIT version) input voltage | 24-48V |
Communication frequency | CAN: 300Hz (1Mbps) |
Control mode | Torque Loop (40kHz)/Speed Loop (40kHz)/Position Loop (40kHz) |
Resolution of the encoder on the driver | 12Bit |
Reducer end encoder accuracy | No |
Support for second encoder (on output shaft) | No |
Support for separate encoder | Yes |
HT8115-J9 (HT-04-9) Motor Installation Dimension Drawing 20221209.pdf