Nema17 12-24V 1.7A High Torque Stepper motor 1.8/step 6 Wire (New)

Nema17 12-24V 1.7A High Torque Stepper motor 1.8/step 6 Wire (New) - Image 2

Nema17 12-24V 1.7A High Torque Stepper motor 1.8/step 6 Wire (New)

₨2,860.00

NEMA17 6 Wire Bipolar Stepper Motor NEMA17 Stepper Motor NEMA 17 Stepper Motors very useful in the various application especially which demands low speed with high precision Many machines such as 3D Printers CNC Router and Mills Camera Platforms XYZ Plotters etc Nema17 6 wire Bipolar Stepper.

Frame Size: NEMA 17 (42x42x48 mm faceplate).
Body Length: 48mm (often referred to as a 42-48 motor).
Step Angle: 1.8 degree (200 steps per revolution).
Shaft Diameter: 5mm (standard “D” shape)

SKU: CNC-204 Categories: Robotics & Machines, Stepper Motors & Drivers

Description
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The Nema 17 6-wire stepper motor (42x42x48mm, 1.5A, 1.8° per step) is a versatile, high-torque unipolar/bipolar motor commonly used in 3D printers, CNC machines, and robotics. Its 6-wire configuration allows it to operate in unipolar mode (using the center taps) or bipolar mode (ignoring the center taps for maximum torque).
Key Specifications

Frame Size: NEMA 17 (42x42x48 mm faceplate).
Body Length: 48mm (often referred to as a 42-48 motor).
Step Angle: 1.8 degree (200 steps per revolution).
Rated Current:1.5A per phase.
Voltage Range: Typically driven at 12-24V DC using a constant-current driver.
Holding Torque: Generally between 40 Ncm (56 oz-in) and 45 Ncm (63 oz-in).
Shaft Diameter: 5mm (standard “D” shape)

Core Applications

3D Printers: Ideal for high-load Y-axes, dual Z-axes, or heavy direct-drive extruders.
CNC Routers & Laser Cutters: Provides precise linear positioning for small-scale desktop engraving machines.
Automation & Robotics: Excellent for precise speed and position control in custom DIY projects.

Typical Wiring (4-Wire Bipolar Setup)
If you are converting it to a 4-wire setup for a 3D printer:

Phase A: Often Black (A+) and Green (A-).
Phase B: Often Red (B+) and Blue (B-).
Center Taps: Usually White and Yellow (these should be taped off and ignored if using a 4-wire driver).

For reliable operation, ensure your motor driver current limit is set to match the 1.7A rating to prevent overheating or missed steps.
How to Connect to standard 4-Pin Drivers (A4988, DRV8825, TMC2209):
To use this motor with standard modern 4-pin bipolar drivers, you must leave the center-tap wires disconnected and insulated.

Identify the Pairs: Use a multimeter to check resistance. The two wires with the highest resistance between them are the outer ends of a coil phase. The center tap will show half of that resistance to either end.
4-Wire Bipolar Mode: Connect only the four outer wires (Line 1, Line 2 to Phase A; Line 4, Line 5 to Phase B). This delivers the highest possible torque for your application.