SKU: 3DDF-1853
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Pro-Range NEMA14 PR35HM40-0404 Stepper Motor

₹1,149.00 (Inclusive of all taxes)
Out of Stock

The Pro-Range PR35HM40-0404 is a robust NEMA14 stepper motor, delivering a precise 1.5Kg-cm holding torque and a fine 0.9-degree step angle. Designed for 12.0V operation, this compact motor is ideal for motion control in 3D printers, small-scale automation, and robotics where accuracy is paramount.

Features

  • NEMA14 standard ensures compatibility for various mounting dimensions.
  • Provides 1.5Kg-cm holding torque for reliable, precise motion.
  • Features a 0.9-degree step angle for high-resolution positioning.
  • Compact, round-shaped design offers flexibility in integration.
  • Operates efficiently at 12V, suitable for many control systems.

Out of stock

Description

The Pro-Range 35HM40-0404 NEMA14 stepper motor is engineered for demanding motion control applications requiring both precision and reliability. Its 1.5Kg-cm holding torque ensures strong positional integrity, making it an excellent choice for driving lead screws, belt systems, or extruders in 3D printers and CNC machines. The NEMA14 designation guarantees standardized mounting and shaft dimensions, simplifying integration into existing or custom builds.

Featuring a 0.9-degree step angle, this motor offers finer control and smoother movement compared to standard 1.8-degree motors, crucial for achieving high-resolution prints and intricate robotic movements. Its compact, round-shaped form factor allows for versatile placement in space-constrained enclosures or assemblies. This motor delivers consistent and accurate rotational force, making it a foundational component for advanced automation and digital fabrication projects.

Key Features

  • NEMA14 classification for standardized mounting and easy integration.
  • 1.5 Kg-cm holding torque ensures robust and precise positional control.
  • 0.9-degree step angle for enhanced motion resolution and smoothness.
  • Round-shaped design offers versatile mounting options in various setups.
  • Compact dimensions are ideal for space-constrained applications.
  • Suitable for small-scale automation, robotics, and precision motion control.
  • Provides reliable and consistent rotational force.
  • Operates efficiently with a 12VDC power supply.

Applications

  • Precision control in 3D printers (e.g., extruders, Z-axis).
  • Robotics projects requiring accurate and compact motion.
  • Small-scale automation systems and CNC mini-mills.
  • Linear actuators or camera sliders.
  • Custom motion control rigs and experimental setups.

Technical Specifications

Item TypeNEMA 14 Stepper Motor
Step Angle0.9 degrees
Shaft TypeRound
Holding Torque1.5 Kg-cm
Model No. / NamePR35HM40-0404
Operating Voltage (VDC)12V
Rated Current (A)0.4A
Inductance32mH
Shaft Length10mm
Shaft Diameter4.9mm
Motor Length40mm
Resistance30 Ohms

Frequently Asked Questions

What applications is the Pro-Range NEMA14 PR35HM40-0404 motor best suited for?

This stepper motor is ideal for applications demanding high precision and compact size. It excels in 3D printers for extruder or axis control, small-scale robotics, CNC mini-machines, and various custom automation projects where fine movement and reliable holding torque are crucial for performance.

What is the significance of the 0.9-degree step angle?

A 0.9-degree step angle means the motor moves half the distance per step compared to common 1.8-degree motors. This provides double the resolution, leading to smoother motion, reduced vibrations, and higher positional accuracy, which is highly beneficial for detailed 3D printing or intricate robotic movements.

Can this motor be used with standard 3D printer mainboards?

Yes, the Pro-Range NEMA14 PR35HM40-0404, operating at 12V and 0.4A, is generally compatible with most 3D printer mainboards designed for stepper motor control. Ensure your motor driver (e.g., TMC2208, A4988) can supply the rated current and is configured correctly for a 0.9-degree motor.

How does the 1.5Kg-cm holding torque benefit performance?

The 1.5Kg-cm holding torque indicates the motor's ability to resist external forces when stationary or unpowered. This high torque ensures the motor maintains its position accurately, preventing layer shifts in 3D printing or slippage in robotic arms, contributing to overall system stability and precision, even under load.

Package Includes

  • 1 x Pro-Range NEMA14 PR35HM40-0404 1.5Kg-cm Stepper Motor

Additional Information

Weight 0.22 kg
Dimensions 6 × 6 × 5 cm