Product description
Description: These steppers have a threaded shaft, which allows them to be used as a linear actuator. As the motor runs, it moves along the shaft at a specific rate of 1cm per 5 full rotations. These are a good choice for linear motion where precision and repeatability are important.
Note: It looks like the datasheet for this stepper may not be accurate. When connecting this motor to a bi-polar driver you'll want to wire it according to the wiring diagram in the documents below.
* Step Distance: 0.01mm
* Step angle: 1.8° ±5%
* Phases: 2 (bipolar)
* Voltage: 12V
* Current: 0.4A
* Holding torque: 0.21Nm
* Output shaft: ř5 x 100mm (non-standard M5)
* Resistance: 30ohm
* Inductance:42mH
* Form factor: NEMA15
* Dimensions: 39 x 39 x 34mm
* Model: 39BYGL215A
Note: It looks like the datasheet for this stepper may not be accurate. When connecting this motor to a bi-polar driver you'll want to wire it according to the wiring diagram in the documents below.
* Step Distance: 0.01mm
* Step angle: 1.8° ±5%
* Phases: 2 (bipolar)
* Voltage: 12V
* Current: 0.4A
* Holding torque: 0.21Nm
* Output shaft: ř5 x 100mm (non-standard M5)
* Resistance: 30ohm
* Inductance:42mH
* Form factor: NEMA15
* Dimensions: 39 x 39 x 34mm
* Model: 39BYGL215A