DSH 56 Series Stepper Motor
The DST 56 Series is a hybrid stepper motor line from TECO, with a “56” indicating the approximate frame size (56 mm class). These motors are designed for automation axes that require moderate-to-high torque and precise incremental positioning, typically used when simplicity and cost-effectiveness are preferred over complete servo systems. The DST56 Series Stepper Motor by TECO offers a solid, cost-effective stepping motor solution for moderate torque, moderate size automation applications. It falls into the mid-frame class (56 mm) in the stepping motor lineup, offering a good balance between compact size and increased torque. When properly matched to load, driver, and speed requirements, it provides reliable, precise incremental motion control.
DSH 40 Series Stepper Motor
The DSH40 Series is a hybrid stepper motor line from TECO with a frame size of ~40 mm (“40” in the series name) designed for compact motion‐control applications. It’s intended for applications where precise incremental (step-by-step) motion is required and where cost or simplicity are more important than complete servo motors. The DSH40 Series Stepper Motor offers a compact, precision-stepping solution for automation applications that require accurate incremental motion in a small footprint. When properly matched and integrated, it provides a cost‐effective and reliable choice for many machine motion axes.
DSH 86 Series Stepper Motor
The DSH86 Series Stepper Motor from TECO offers a larger-frame, higher-torque stepping solution ideal for automation applications where stepping (incremental) motion is acceptable and full servo performance isn’t needed. When properly matched to load, driver, and system requirements, it delivers reliable, cost-effective positioning for heavier-duty axes.
DST 42 Series Stepper Motor
The DST 42 series is part of TECO’s DST family of hybrid stepping motors, where “42” indicates a frame size class around 42 mm. The Connector Series designation means that this motor line offers a standard connector interface (plug-in) rather than just loose lead wires, facilitating easier wiring and system integration. These motors are designed for compact motion-control applications that require precise incremental positioning but may not demand full servo-motor performance.
DST 56 Series Stepper Motor
The DST 56 Connector Series Stepper Motor from TECO offers a compact yet robust stepping motor solution for moderate-torque positioning axes. Its connector interface simplifies integration, and its frame size allows more power than smaller stepper classes. When properly matched with load, driver, and system design, it is a cost-effective choice for many automation systems.
DST 60 Series Stepper Motor
The DST60 Connector Series Stepper Motor from TECO offers a larger-frame stepper solution with a connector interface — combining higher torque capacity with modular wiring integration. When properly selected for load inertia, driver compatibility, and control strategy, it provides a cost-efficient, reliable positioning motor for many automation tasks.
DST 28 Series Stepper Motor
The DST28 series is a hybrid stepper motor line from TECO, with “28” denoting a compact frame size. The “Connector Series” indicates that this motor supports a connector interface (rather than fly-leads) for easier installation and wiring. This motor family is designed for small to moderate motion axes that require precise incremental control, have limited space, and are cost-sensitive.
DST 86 Series Stepper Motor
The DST86 Series is part of TECO’s “DST” family of hybrid stepping motors. The “86” indicates a frame size of approximately 86 mm (large size class) — suitable for high-torque/large-load stepping applications. This series is designed for applications requiring precise incremental motion (stepping) under heavier loads, where open-loop stepper control may still be suitable and complete servo systems may not be necessary. The DST86 Series Stepper Motor from TECO is a larger-frame, higher-torque stepping solution, ideal for automation tasks requiring incremental motion control under heavier load conditions. When selected and integrated properly — with respect to load, speed, driver, and system dynamics — it offers a cost-effective and reliable motion-control option for stepping motion.