NEMA17 High Torque Hybrid Stepper Motor With Two Phase 42N-cm 17HM manufacturer from China Ningbo Hisky Motor Technology Co.,LTD

NEMA17 High Torque Hybrid Stepper Motor With Two Phase 42N-cm

Place of Origin:

Zhejiang, China (Mainland)


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Product Detail

Model No.: 17HM

NEMA17 High Torque Hybrid Stepper Motor With Two Phase 42N-cm

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NEMA17 High Torque Hybrid Stepper Motor With Two Phase 42N-cm

Quick Detail:

NEMA17 hybrid stepper motor

NEMA17 hybrid stepping motor

Two phase hybrid stepper motor

Two phase hybrid stepping motor

0.9 degree hybrid stepper motor

0.9 degree hybrid stepping motor

Electric stepper motor

NEMA17 size

Holding torque: 10N-cm ~ 42N-cm

0.9 degree per step

High quality with competitive price

Widely used in printer, ticket printer, engraving machine, medical Appliances, textile industry, industrial automatic appliances and many other demanding applications

Description of 0.9 degree hybrid stepper motor:

Excitation mode: Hybrid
Phase: Two phase
Degree per step: 0.9 or according to your requirement.
Holding torque: MAX. 42N.cm
Connectors: 4 or 6 Lead Wires
Step angle accuracy: ±5% Full Step
Nema size: NEMA08, NEMA11. NEMA14, NEMA16 NEMA17, NEMA23, NEMA34, NEMA42.
High quality with competitive price.
Provide various 0.9 degree hybrid stepper motor according to your requirement.
OEM or ODM are accepted

0.9 degree hybrid stepper motor has been time proven over the years and can be used in printer, ticket printer, engraving machine, medical Appliances, textile industry, industrial automatic appliances and many other demanding applications.

Ningbo Hisky motor technology co.,ltd is a professional manufacturer and supplier of hybrid stepper motor and hybrid stepping motor from china. When you are looking for 0.9 degree hybrid stepper motor or have any questions about our products, please feel free to contact us and we will reply as soon as possible.

Specifications of 0.9 degree hybrid stepper motor:

Series Model

Step Angle (° )

Motor Length (mm)

Rated Current (A)

Phase Resistance ( Ω )

Phase Inductance (mH)

Holding Torque (N. cm)

Detent Torque (N. cm)

Rotor Inertia (g. cm²)

Lead Wire (No. )

Motor Weight (g)