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NEMA23 JK57HS41 2-Phase Stepper Motor 5.5kg.cm 1.8° 2.8A

NEMA23 JK57HS41 2-Phase Stepper Motor 5.5kg.cm 1.8° 2.8A
NEMA23 JK57HS41 2-Phase Stepper Motor 5.5kg.cm 1.8° 2.8A
₹1,499

(inc GST)

  • Stock: In Stock
  • ₹14 FlyRobo Cashback.
  • SKU: FR-04-606
    5 or more ₹1,386
    15 or more ₹1,323

The NEMA23 JK57HS41 Stepper Motor is a high-performance 2-phase hybrid stepper motor designed for precise motion control applications. With a holding torque of 5.5kg.cm and a 1.8° step angle, it offers exceptional accuracy and torque stability. Its robust build and high-quality bearings make it ideal for CNC machines, 3D printers, robotics, and automation projects where reliability and precision are essential. The motor’s 56×56mm frame size ensures compatibility with standard NEMA23 mounts, making integration easy in both industrial and DIY setups.

Features:

  • High precision 1.8° step angle for accurate positioning
  • Strong 5.5kg.cm holding torque ensures reliable performance under load
  • 2-phase bipolar stepper design compatible with most stepper drivers
  • Low vibration and smooth rotation for quiet operation
  • Durable construction with long service life
  • Standard NEMA23 frame size for easy mounting
  • Ideal for CNC, 3D printer, and robotic motion systems

Package Includes:

1 x NEMA23 JK57HS41 2-Phase Stepper Motor 5.5kg.cm

Technical
Model

JK57HS41

Holding Torque

5.5kg.cm

Inductance

3.2mH ±20%

No. of Leads

4

Operating current

2.8A/Phase

Operating Voltage

12V–24V DC (Typical)

Phase

2

Resistance

1.2Ω ±10%

Shaft Type

Round Shaft

Step Angle

1.8°

Structure

Bipolar

Type

Stepper Motor

Weight

433 gram

Length

56mm

Height

60mm

Width

56mm

Motor
Motor Type

2-Phase Hybrid Stepper

Shaft Diameter

6.35mm

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