Description
- Phidgets NEMA17 – 0.9 Degree – 1.68A Stepper – Gearless
- Features a precise 0.9 step angle
- Ensures 3.6 kgcm holding torque
- Supports up to 400 RPM motor speed
- Offers exposed rear shaft for versatility
- Requires a constant current drive controller
The Phidgets NEMA17 – 0.9 Degree – 1.68A Stepper – Gearless is a precision bipolar stepper motor designed for applications requiring high accuracy. It features a 0.9 step angle, making it ideal for tasks that demand precise control and positioning. The motor provides a holding torque of 3.6 kgcm at a current of 1.7 Amps, ensuring reliable performance in various settings.
This motor is equipped with an exposed rear shaft, allowing for the attachment of an encoder or shaft coupler, which enhances its versatility in complex systems. Its robust design supports a maximum motor speed of 400 RPM, making it suitable for a wide range of industrial and technical applications.
Note: Connecting the motor directly to a power supply will destroy the motor and void the warranty. It must be used with a constant current / chopper drive controller such as a Phidget stepper controller.
View moreWhat’s Included
- 1x Phidgets NEMA17 – 0.9 Degree – 1.68A Stepper – Gearless
Dimensions
- Mounting Plate Size: NEMA 17
Specifications
- Motor type: Bipolar stepper
- Step angle: 0.9
- Step accuracy: 5%
- Holding torque: 3.6 kgcm
- Rated torque: 3 kgcm
- Maximum motor speed: 400 RPM
- Recommended voltage: 24 V DC
- Rated current: 1.7 A
- Coil resistance: 1.7
- Phase inductance: 4.1 mH
- Shaft diameter: 5 mm
- Rear shaft diameter: 3.9 mm
- Number of leads: 4
- Wire length: 300 mm
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