Applied Motion Products HT34-505D High Torque Stepper Motor

Applied Motion HT34-505D is a NEMA 34 two-phase hybrid stepper motor that delivers 6.3 A per phase and 6,002 mNm (6.002 N·m) of holding torque, with a 1.8° step angle that yields precise, repeatable positioning at low to moderate speeds. The dual-shaft (double-shaft) configuration provides mounting flexibility for belts, pulleys, or direct coupling, enabling versatile integration into compact automation layouts. This high-torque motor is designed for applications that demand reliable torque at low step rates, making it well suited for CNC axes, robotic joints, packaging lines, and other precision automation where consistent torque and accurate increments are essential. The HT34-505D is part of Applied Motion Products' HT34 family and uses a standard NEMA 34 frame, ensuring compatibility with common mounting patterns and driver interfaces for two-phase stepper systems. Its electrical characteristics are aligned with standard two-phase stepper drivers and control schemes, allowing straightforward integration with existing motion control architectures.