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FYSETC Elego Neptune3 Pro Stepper Motor - Extruder Motor Replacement - Nema 17 Bipolar Stepping Motor: 42-25mm Small Motor 17 Brass Teeth with Intergrated Wire Fit Neptune3 Plus E Axis Hotend Part

KWD 6.500

Brand
FYSETC
Weight
158 g
1 +

Special Features

  • 1. A must-have elego 3d printer accessory: Perfect drop-in replacement E motor or diy your own print head for Neptune3 Pro/ 3 Plus 3d printers hot end. Easy to use and install. Not test on Neptun 3 Max. If need it, please contact us. Note: Not compatible with Neptune4 / Neptune4 Pro / Neptune4 Max, different from the numbers of toothed gear. We have neptun 4 pro stepper motor at our store, search ASIN: B0D5D94SZD.
  • 2. Bipolar stepper motor: Dimension 42*42*25mm / 1.65*1.65*0.98inch, 2 phases, Brass toothed gear(17 teeth) on the shaft. Very High Torque, work like a clock, with no missing steps.
  • 3. Nema 17 stepper motor: Step angle 1.8deg, 200 step/revolution.
  • 4. Rated Current/phase 1.5A & Phase Resistance 2.3ohms.
  • 5. Low noise high speed 3d printer small stepper motor part, build-in integrated 4-wire about 90mm/3.54inch with 4 lead wire connector, all movement free and buttery smooth.

Description

This bipolar Nema 17 stepper motor with step angle 1.8deg and size 42x42x38mm. It has 4 wires, each phase draws current 1.5A, with holding torque 42Ncm.

Electrical Specification:

* Motor Type: Bipolar Stepper
* Step Angle: 1.8 deg.
* Holding Torque: 60Ncm
* Rated Current/phase: 2.1A
* Phase Resistance: 1.7ohms
* Inductance: 3.1mH+/-20%(1KHz)

Physical Specification:

* Frame Size: 42 x 42mm
* Body Length: 25mm
* Shaft Diameter: 5mm
* Shaft Length: 24mm
* D-cut Length: 15mm
* Number of Leads: 4
* Lead Length: 90mm
* Weight: 157g

Connection:

Black(A+), Green(A-), Red(B+), Blue(B-)

Warning:

***On some systems, the middle 2 wires on the motor side are swapped. This is easy to fix by slightly prying back the white nubs and swapping the wires. Otherwise they work fine.***
Make sure the motor connect to a constant current or chopper drive controller before you test motor.
Connecting the motor directly to a power supply will destroy the motor.

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