SKU: 3DDF-1846
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Pro-Range NEMA23 PR57HS51-1006B Dual Shaft Stepper Motor

₹1,749.00 (Inclusive of all taxes)
Out of Stock

The Pro-Range NEMA23 PR57HS51-1006B is a robust dual-shaft stepper motor, delivering 7.2 kg-cm of holding torque at 1A per phase. Ideal for heavy-duty CNC machines, its versatile design enhances flexibility for various applications requiring precise open-loop position control.

Features

  • Delivers 7.2 kg-cm holding torque for demanding CNC applications.
  • Features a versatile dual-shaft design, enabling multiple driven components or encoder integration.
  • Operates with a 1.8° step angle for precise positional control.
  • Utilizes a cost-effective open-loop control mechanism.

Out of stock

Description

The Pro-Range NEMA23 PR57HS51-1006B stepper motor is engineered for heavy-duty applications, particularly in CNC machinery where significant torque is paramount. This NEMA 23 motor provides a substantial 7.2 kg-cm of holding torque with a 1A current per phase, ensuring reliable and precise movement for larger mechanical systems. Its robust construction and power output make it an excellent choice for upgrades or new builds requiring enhanced force and stability.

A key advantage of this stepper motor is its dual-shaft configuration, featuring shafts at both the front and rear. This design offers exceptional application flexibility, allowing the motor to drive two different components simultaneously or integrate accessories such as encoders or sensors on the rear shaft. The motor’s shafts are precision-machined to ensure excellent grip with pulleys or drive gears, effectively preventing stalls or slips during operation. Position control is managed through a straightforward open-loop mechanism, simplifying electronic control circuitry and reducing overall system complexity.

Key Features

  • Offers significantly higher power output and torque compared to NEMA17 motors.
  • Achieves precise angular positioning through input pulse-driven rotation.
  • Maintains high positional accuracy with a step error of approximately 3 to 5%.
  • Ensures robust starting, stopping, and reversing capabilities for dynamic applications.
  • Reduces overall system cost due to simplified open-loop control electronics.
  • Provides speed regulation directly proportional to the frequency of applied input pulses.
  • Integrated dual shaft design for enhanced versatility and peripheral attachment.

Applications

  • Heavy-duty CNC milling and routing machines.
  • Automated positioning systems requiring high torque.
  • Robotic applications needing precise movement and dual-drive capabilities.
  • Integration with encoders or sensors via the rear shaft for feedback.
  • Custom automation projects demanding robust and versatile stepper control.

Technical Specifications

Motor TypeNEMA 23 Stepper
Model NumberPR57HS51-1006B
Step Angle1.8°
Holding Torque7.2 kg-cm
Shaft TypeRound, Dual
Number of Leads6
Rated Current1 A/Phase
Operating Voltage6.6 VDC
Phase Resistance6.6 Ohm
Phase Inductance8.2 mH
Rotor Inertia275 g-cm²
Shaft Diameter6.35 mm
Frame Size57 x 57 mm

Frequently Asked Questions

What makes the dual-shaft design beneficial for this NEMA23 motor?

The dual-shaft design offers enhanced versatility, allowing users to drive two separate components or integrate peripherals like encoders, sensors, or handwheels on the rear shaft. This flexibility is crucial for complex automation or feedback systems.

How does the 7.2 kg-cm holding torque benefit CNC applications?

A holding torque of 7.2 kg-cm provides significant power, enabling the motor to handle larger loads and resist external forces effectively. This is essential for maintaining precise positioning and preventing missed steps in heavy-duty CNC milling or routing operations.

Can this 6-wire stepper motor be operated as a 4-wire motor?

Yes, this 6-wire stepper motor can be configured to operate as a 4-wire motor. This typically involves connecting specific wire pairs to function in a unipolar or bipolar drive mode, offering flexibility in driver compatibility and performance tuning.

What type of control system is typically used with this motor?

This motor is designed for open-loop control systems. This means it operates without continuous feedback on its position, relying on the input pulse sequence for movement. This simplifies the electronic control circuitry and reduces overall system cost.

Package Includes

  • 1x Pro-Range NEMA23 PR57HS51-1006B Dual Shaft Stepper Motor

Additional Information

Weight 0.571 kg
Dimensions 10 × 10 × 6 cm