SH86BYGH Stepper Motors - For Medical/Textile/Packaging/Assembly Line Equipment

Core Features of SH86BYGH Stepper Motors

SH86BYGH series stepper motors (prefixed with "SH": SH86BYGH250, SH86BYGH250A, SH86BYGH250B) are engineered for industrial-grade high torque and flexibility. All models support 0.9°/1.8° optional step angles, allowing users to choose based on precision requirements—0.9° for finer positioning, 1.8° for stable basic motion, adapting to diverse equipment needs.

With Class B insulation and 500V DC 100MΩ MIN insulation resistance, they ensure safe, reliable operation in -20℃~+55℃ environments, suitable for harsh industrial conditions. Notably, their holding torque is measured in Nm (3.4-10 Nm), delivering strong driving force for heavy-load scenarios. Below is the detailed parameter table:

These motors combine robust performance, flexibility, and durability, making them a top choice for high-load industrial motion control systems.

Target Applications of SH86BYGH Stepper Motors

SH86BYGH series stepper motors excel in four key industrial fields: medical equipment, textile instruments, packaging machines, and assembly lines. In medical equipment (e.g., large diagnostic devices, surgical auxiliary tools), their 0.9°/1.8° optional step angles ensure precise motion, while 3.4-10 Nm holding torque supports stable operation of heavy components, critical for medical safety.

For textile instruments (such as fabric winding machines), the motors’ strong torque and wide temperature adaptability (-20℃~+55℃) guarantee consistent tension control during long-term textile processing. In packaging machines (e.g., automatic sealing and filling equipment), their reliable insulation (Class B) and stable current performance (4.2-4.5A) meet the demands of high-speed, continuous packaging operations.

In assembly lines (e.g., automotive part assembly conveyors), varying lengths (76-150mm) and heavy-load capacity fit different production line layouts, ensuring smooth, efficient material transportation. Their industrial-grade design makes them versatile across high-demand sectors.