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Motor paso a paso NEMA 17 de precisión – Ángulo de paso de 1.8°, Par de 40 N·cm, 1.5 A, Cuerpo de 40 mm, 4 cables Descripción general Este motor paso a paso NEMA 17 está diseñado para ofrecer un rendimiento fiable y de alta precisión en formatos compactos. Con un ángulo de paso de 1.8°, proporciona un par de retención de 40 N·cm (56.67 oz.in) a una corriente nominal de 1.5 A por fase.
Con una longitud de cuerpo de 40 mm y un diseño de eje con corte en D, este motor bipolar de 4 cables es ideal para aplicaciones de precisión como impresoras 3D de alta precisión, sistemas CNC compactos y deslizadores de cámara y cabezales pan-tilt. Especificaciones eléctricas clave Tipo de modelo: 17HB15-1504S-X1 Tipo de motor: Paso a paso bipolar Ángulo de paso: 1.8° por paso Corriente nominal/fase: 1.5 A Par de retención: 40 N·cm (56.67 oz.in) Resistencia de fase: 2 Ω Inductancia: 3.2 mH ±20% (1 kHz) Clase de aislamiento: B (130 °C/266 °F) Especificaciones mecánicas Tamaño del bastidor: 42 x 42 mm Longitud del motor: 40 mm Tipo de eje: Con corte en D Diámetro del eje: 5 mm Longitud del eje: 24 mm Longitud del corte en D: 15 mm (si aplica) Cables de conexión: 4 Longitud de los cables: 1000 mm Ideal para Impresoras 3D de alta precisión Sistemas CNC compactos Deslizadores de cámara y cabezales pan-tilt Sistemas ópticos automatizados Robótica con tolerancias de movimiento estrictas ¿Por qué elegir este motor?
Fulfillment and support information.
Dimensional drawings will be available upon request.
Request dimension drawingsTorque-speed curves will be available upon request.
Request torque curvesUse the same base frame and tailor the motor around your mechanics, electrical target, motion profile or environmental constraints.
Custom length, diameter, keyway, D-cut or special profiles.
Voltage, current and resistance adjustments for the required driver window.
Ratio selection, backlash targets and mounting configuration around the same motor family.
IP upgrades, coatings and temperature-range adjustments for harsher duty cycles.
Share motion target, driver stack, mounting limits and environmental conditions.
We confirm winding, shaft, gearbox and thermal tradeoffs against the base SKU.
Prototype, sample sign-off and batch handoff follow the same documented path.
Ask the engineering team for the latest datasheet export when the file is not yet attached to the SKU.
Request fileRequest a CAD package for system integration, mounting checks, and enclosure validation.
Request fileManuals, wiring notes, and certificates can be bundled through the pre-sales support workflow.
Request fileThis SKU has not accumulated enough published buyer reviews yet, but we can still support validation through engineering dialogue, sample evaluation and application-specific references.
Discuss frame size, torque reserve, driver pairing and load profile before release.
Use sample runs to confirm vibration, temperature and mounting suitability in the real machine.
Once validated, we align the same SKU or custom derivative into sample, pilot and batch purchasing.
Power, wiring, and remaining control accessories for system-level planning.
Start with SPU 17HB15-1504S-X1, Purchase mode Direct buy, Stock status 116 units ready for standard orders and confirm the purchase mode before finalizing the bill of materials.
Yes. This SKU is configured for direct checkout, quantity changes, and tier-price review from the PDP.
Datasheets, CAD, manuals, and compliance files can be requested through the quote and contact workflow when they are not attached directly to the SKU.
Standard orders are planned against current stock coverage and routed to the nearest viable warehouse program.