Applied Motion Products HT23-598D High Torque Stepper Motor

Applied Motion HT23-598D High Torque Stepper Motor is a two‑phase, NEMA 23 hybrid stepper with a 1.8° step angle and a double‑shaft output, designed for high torque at low‑to‑mid speeds in motion‑control tasks. This HT23‑series device is commonly paired with Applied Motion ST5 and STR4 drives to achieve reliable, precise positioning on axes. The base HT23‑598D is also available in encoder‑equipped variants, including HT23‑598D‑GBA and HT23‑598D‑ZAA, which add feedback options for enhanced control. The motor delivers a holding torque of about 177 oz‑in (roughly 1.25 N·m or 12.7 kg‑cm), making it well suited for CNC axes, automation stages, and other positioning tasks where a compact, high‑torque NEMA 23 device is beneficial. Its dual shaft configuration provides independent or parallel coupling options to two belts, screws, or pulleys, expanding how it can be integrated into compact systems. With its 2‑phase design and 1.8° step, the HT23‑598D supports precise incremental motion suitable for automated equipment, lab instrumentation, and small production setups that require dependable torque at modest speeds.