NEMA17 JK42HS34-0406-01 Stepper Motor - 1.6 kg-cm
This NEMA17 JK42HS34-0406-01 stepper motor delivers 1.6 kg-cm of holding torque with a 1.8° step angle, ideal for precise low-speed motion control in 3D printers, CNC machines, and robotics. Its 6-lead bi-polar design offers flexible wiring options for various control systems.
Features
- Precise 1.8° step angle for accurate micro-stepping capabilities.
- Provides 1.6 kg-cm holding torque with 0.31A current per phase.
- Versatile 6-lead configuration supports both bi-polar and uni-polar wiring.
- Robust 42x42mm frame suitable for various compact automation applications.
- Optimized for reliable low-speed, high-precision movement control.
Out of stock
The NEMA17 JK42HS34-0406-01 stepper motor is engineered for applications demanding precise angular positioning and reliable low-speed operation. It offers a consistent 1.6 kg-cm holding torque, making it suitable for driving axes on 3D printers, light-duty CNC machines, and various robotic platforms. Position control is achieved through a straightforward open-loop mechanism, simplifying electronic control circuitry requirements.
Equipped with a machined round shaft, this motor ensures a secure grip with pulleys, drive gears, and couplings, effectively preventing stalls or slips during operation. Its 6-lead configuration provides flexibility in wiring, allowing users to adapt it to either bi-polar or uni-polar driver setups. This NEMA17 motor is a dependable component for projects requiring accurate, repeatable motion control in a compact form factor.
Additional Information
| Weight | 0.22 kg |
|---|---|
| Dimensions | 4.2 × 4.2 × 3.4 cm |
