Description

NEMA24 Stepper Motor is a robust and high-performance motion control device engineered for applications that require greater torque output, enhanced stability, and reliable positioning accuracy. Designed with an industry-standard 60mm frame size, this Hybrid Stepper Motor bridges the gap between compact motors and larger industrial drive systems, making it an ideal choice for demanding automation environments.

Built for Heavy-Duty Motion Tasks

Unlike smaller frame motors, the NEMA24 Stepper Motor delivers substantially higher torque while maintaining precise step-by-step positioning. This combination makes it particularly suitable for equipment that handles heavier loads, longer travel distances, or continuous-duty cycles.

As a versatile Industrial Automation Stepper Motor, it is widely used in CNC routers, automated assembly machines, packaging systems, semiconductor equipment, textile machinery, inspection stations, and intelligent material handling systems. Its ability to maintain stable torque across a wide speed range helps improve machine efficiency and operational consistency.

Exceptional Positioning Accuracy and Stability

Precision is critical in modern automation systems. The NEMA24 Stepper Motor incorporates advanced hybrid rotor technology, enabling accurate angular displacement and repeatable motion control. When paired with microstepping drivers, the motor can achieve exceptionally smooth movement while minimizing resonance and vibration.

As a reliable Precision Motion Control Motor, it provides excellent synchronization without requiring complex feedback systems in many applications. This reduces system cost while maintaining dependable performance for positioning, indexing, and linear motion tasks.

Durable Construction for Long-Term Reliability

Every NEMA24 Stepper Motor is manufactured using premium magnetic steel laminations, high-purity copper windings, and precision-balanced rotors. The stator and rotor components undergo strict dimensional control to ensure optimal magnetic flux distribution and energy conversion efficiency.

High-quality bearings support smooth shaft rotation and reduce mechanical wear during prolonged operation. Additionally, advanced insulation materials enhance thermal resistance, allowing the motor to operate reliably in demanding industrial environments.

Flexible Integration Across Industries

The motor supports various shaft configurations, encoder options, brakes, and planetary gearbox combinations, allowing system designers to tailor the drive solution to specific application requirements. Whether used as a standalone High Torque Stepper Motor or integrated into a sophisticated motion platform, it offers outstanding adaptability.

Furthermore, its compatibility with mainstream stepper drivers and motion controllers simplifies installation and commissioning, reducing engineering time and maintenance requirements.

NEMA 24 Stepper Motor – Technical Specifications

Basic Motor Information

Product Model: NEMA 24 Stepper Motor
Motor Type: Hybrid Stepper Motor
Frame Size: 60 mm × 60 mm (NEMA 24 Standard)
Step Angle: 1.8° ± 5% (200 steps per revolution)
Number of Phases: 2 Phase
Insulation Class: Class B (130°C) / Optional Class F

Electrical Specifications

Rated Voltage: 24V DC / 36V DC / 48V DC
Rated Current: 2.0A – 6.0A per phase
Phase Resistance: 0.4Ω – 2.5Ω
Phase Inductance: 1.8mH – 8.0mH
Dielectric Strength: 500VAC for 1 minute
Insulation Resistance: ≥100MΩ at 500VDC

Mechanical Specifications

Motor Length: 60mm – 120mm
Shaft Diameter: 8mm / 10mm / 12mm (Optional)
Shaft Configuration: Round Shaft, D-Cut Shaft, Keyway Shaft
Front Bearing: Precision Deep Groove Ball Bearing
Radial Load Capacity: Up to 220N
Axial Load Capacity: Up to 70N
Motor Weight: 1.0kg – 3.2kg

Performance Characteristics

Holding Torque Range: 1.2N·m – 5.5N·m
Detent Torque: 0.06N·m – 0.18N·m
Maximum Recommended Speed: 1500 RPM
Positioning Accuracy: ±0.09°
Repeatability: Excellent for continuous indexing applications
Operating Characteristics: High torque output, smooth acceleration, low resonance, and stable low-speed performance