π© 57BYGH642D8P1-4-S-01 Stepper Motor β The Precision Torque Champion
Step into a new era of motion control with the 57BYGH642D8P1-4-S-01 Stepper Motor β a high-performance NEMA 23 hybrid stepper engineered for precision, strength, and seamless motion. Built for demanding CNC machines, industrial automation, robotics, and advanced prototyping systems, this stepper blends robust torque with refined control for smooth, accurate movement you can rely on.
Whether youβre building professional-grade machinery or optimizing a complex motion platform, this motor delivers dependable performance without hesitation.
π Product Description (Creative)
Imagine motion that feels intentional, confident, and rhythmically precise β every angle, every step, every rotation. The 57BYGH642D8P1-4-S-01 Stepper Motor is not just a motor β itβs a motion architect. Designed for developers who demand accuracy and strength, this NEMA 23 stepper delivers consistent torque and predictable stepping to bring even the heaviest loads to life with finesse.
From high-speed engraving to complex robotic motion and CNC precision cuts, this motor transforms your commands into exact mechanical motion. Smooth, confident, and ready to take on challenging tasks β thatβs the power of the 57BYGH642D8P1-4-S-01.
βοΈ Key Specifications
Specification Detail
Model 57BYGH642D8P1-4-S-01
Motor Type 2-Phase Hybrid Stepper
Frame Size 57 mm (NEMA 23 Standard)
Step Angle 1.8Β° per step (200 steps/revolution)
Rated Current ~2.8 A per phase
Phase Resistance Approx. 1.0 β 1.2 Ξ©
Phase Inductance Approx. 3.0 β 3.6 mH
Holding Torque ~1.5 β 1.8 NΒ·m (~212 β 255 oz-in)
Lead Configuration 4-Wire Bipolar
Shaft Diameter 6.35 mm (ΒΌβ³)
Mounting NEMA 23 bolt pattern
Insulation Class Class B
Operating Temp. β20Β°C to +50Β°C
β‘ Note: Specs may vary slightly depending on manufacturer tolerances and production batch. Always refer to the exact datasheet for precision values.
π Standout Features
π₯ High Holding Torque β Strong pull and load-holding performance make it ideal for heavy mechanical systems.
π― Accurate Stepping β Tight 1.8Β° resolution ensures excellent repeatability and smooth motion.
π Bipolar 4-Wire Interface β Easy compatibility with widely available drivers like A4988, DRV8825, and TB6600.
π© Standard NEMA 23 Form Factor β Universal mounting simplifies design integration.
π Balanced Operation β Minimized vibration and reduced resonance for smoother performance.
