• 17HR 3 Phase Hybrid Stepping Motor ±5% Step Accuracy for Industrial Use,Caida,17HR 3 Phase Hybrid Stepper Motor - 3 Phase Stepper Motor Manufacturer
  • 17HR 3 Phase Hybrid Stepping Motor ±5% Step Accuracy for Industrial Use,Caida,17HR 3 Phase Hybrid Stepper Motor - 3 Phase Stepper Motor Manufacturer

17HR 3 Phase Hybrid Stepping Motor ±5% Step Accuracy for Industrial Use

Phases: 3

Steps/Revolution: ±5%

Step Accuracy: 25N(5.6 Lbs.)Push

Radial: 30N(6.5 Lbs.)At End Shaft

IP Rating: 40

Operating Temp: -20℃ to +50℃

  • 17HR 3 Phase Hybrid Stepping Motor ±5% Step Accuracy for Industrial Use,Caida,17HR 3 Phase Hybrid Stepper Motor - 3 Phase Stepper Motor Manufacturer

Description

Product Advantages


Structural Advantages Tailored for Versatility

The 17HR 3 phase hybrid stepper motor incorporates a modular design principle facilitating adaptation across varying configurations like encoder, brake, and geared types, distinguishing this product line from conventional stepper motors. Sourced from an experienced hybrid stepper motor supplier, these motors feature a three-phase hybrid configuration that optimizes torque output and positional accuracy, ensuring structural integrity under operational loads. This design also supports customizable manufacturing options to meet precise engineering requirements, benefiting complex industrial installations.


Performance and Usability Elevating Motion Control

This high precision stepper motor delivers consistent step accuracy with ±5% tolerance, ensuring repeatable positioning necessary in automation workflows. Enhanced holding torque and temperature resilience sustain performance in variable environments, enabling prolonged operational cycles with minimal thermal degradation. The motor’s compatibility with multiple control signal types facilitates integration, improving user value by reducing system downtime. As a 17hr stepper motor designed for industrial settings, it offers measurable reliability and ease of system-level configuration for complex motion control applications.



A hybrid stepper motor or a HB stepper motor is a combination of the features of the variable reluctance stepper motor and permanent magnet stepper motor. HB stepper motors are the easiest devices for precise positioning control. They are widely being used in various application for position and speed via all kinds of control signals such as digital, analog, communication etc. HB motors come in different types including the basic type, encoder type, IP65 type, brake type and geared type.

 

Phases 3
Steps/Revolution ±5%
Step Accuracy 25N(5.6 Lbs.)Push
65N(15 Lbs.)Pull
Radial 30N(6.5 Lbs.)At End Shaft
IP Rating 40
Operating Temp -20℃ to +50℃
Insulation Class B, 130℃
Insulation Resistance 100 MegOhms


Electrical Specifications
Series
Model
Rated
Current
(A)
Phase
Resistance
(Ω)
Phase
Inductance
(mH)
Lead
Wire
(No.)
Holding
Torque
(N.cm)
Motor
Length L
(mm)
Rotor
Inertia
(g.cm²)
Motor
Weight
(g)
Step
Angle
(°)
17HR3315Y 1.5 1.8 4 3 15 34 34 220 3.75
17HR4315Y 1.5 2.5 5.5 20 40 54 280
17HR8315Y 1.5 3.6 7 30 48 68 350
*Note:We can manufacture products according to customer’s requirements.

Wiring Diagram



Dimensions(Unit: mm)


Torque Curves
17HR8315




Use Scenarios


Robotics and Automation System Integration

Within highly automated manufacturing facilities, the 17HR 3 phase hybrid stepper motor plays a critical role in robotic arms and precision assembly devices. Its high holding torque and precise step positioning allow for repeatable and accurate movement, complying with stringent productivity and quality standards. Integration with encoder feedback loops further enhances control stability, making it a preferred choice from a trusted 3 phase stepper motor manufacturer for demanding automation projects requiring fine positional control and robust mechanical response.


Instrumentation and Laboratory Equipment Accuracy

In laboratory instrumentation environments, precision and reliability of motion control components are paramount. The 17hr stepper motor excels as a core component within devices requiring exact step control and speed regulation, such as microscopes and automated sampling systems. Its high precision stepper motor capabilities maintain steady operation under cyclic testing conditions, promoting compliance with laboratory calibration requirements. This motor’s adaptable configurations and IP40 protection ensure it can seamlessly integrate with sensitive electronics within demanding scientific workflows.




FAQ 


Can you customize the 17HR 3 Phase Hybrid Stepping Motor to fit specific industrial needs?

Yes, we offer custom manufacturing options for the 17HR stepper motor to meet your exact requirements, including modified dimensions, torque, and electrical specifications. Our flexible production process ensures tailored solutions for diverse applications, supporting your industrial automation needs effectively.


What installation support do you provide for your 3 phase stepper motor models?

We provide detailed technical documentation and multilingual support to assist with the installation of our 3 phase stepper motor manufacturer products. Our engineering team is available to guide you through setup, wiring configurations, and integration to ensure optimal motor performance in your applications.


How does the 17HR motor handle protection against environmental factors?

Our 17HR 3 phase hybrid stepping motor features an IP40 rating, which offers protection against solid particles larger than 1 mm and limited moisture exposure. This makes it suitable for moderate industrial environments where dust and minimal moisture are present, maintaining reliable operation.


What delivery options are available for orders across Europe and Southeast Asia?

We operate European overseas warehouses enabling local 72-hour delivery services, ensuring fast availability of our motors. For Southeast Asia and other regions, we coordinate logistics to provide timely shipping, supporting prompt deployment of our hybrid stepper motor supplier solutions worldwide.



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