42HS48-2504AF-01 NEMA17 4.8 kg-cm Stepper Motor With Detachable Cable – D-Type Shaft

This is a D-type shaft, 4.8 kg/cm, 42HS48-2504AF-01 NEMA17 stepper motor with detachable cable.

Stepper motors are the preferred motor for machines that need precise position control because they move in exactly repeating increments. With 2.5A of current per phase, the NEMA17 4.8 kg/cm Stepper Motor can provide 4.8 kg/cm of torque.

Stepper Motor Drivers allow the position of the motor to be controlled, either moving or staying in one place. Excellent responsiveness to pulses from stepper motor drivers for starting, halting, and reversing is provided by the NEMA17 4.8 kg-cm stepper motor.

They are highly helpful in a variety of applications, particularly those that call for high precision at low speeds. Many devices, including XYZ plotters, camera platforms, CNC routers and mills, and 3D printers, among others.

Since it is a brushless DC motor, the bearings’ lifespan will determine how long the motor lasts. There is no need for complicated electronic control circuitry because the position control is accomplished by a straightforward Open Loop control mechanism.

The 72cm detachable wire that comes with it makes wiring and rewiring really quick and simple. This cable’s design allows it to be installed straight onto a stepper motor controller. Therefore, all it takes to play with the connection is a few finger snaps.

The D-type shaft of the motor has been machined to prevent stalling or slipping and to provide good grip with a pulley, drive gear, etc.

We are involved in the supply and wholesale of a high-quality, certified range of stepper motors that are widely recognised and accepted for their high dependability and extended service life.

Note :

The NEMA17 4.8 kg-cm Stepper Motor dimensions and weight may have ±2% error.
Resonances can occur because of improper instalment.
Not easy to operate at extremely high speeds.

Features :

1. Input pulse decides the rotation angle of the motor.
2. High accuracy of around 3 to 5% a step.
3. Provides good starting, stopping and reversing.
4. Control of this motor is less costly because of the exclusion of complex control circuitry.
5. The speed is proportional to the frequency of the input pulses.