Stepper motor for 3D printer, DC 1.5 A/phase, 42.3 x 42.3 x 38 mm, 1.8 degree step angle, 0.42 N.M gripping force, with 90 cm connecting cable, 2 phases

General Description

This Nema 17 type stepper motor is commonly used in 3D printers and mechanical equipment. It offers a step accuracy of 1.8 degrees, enabling detailed and precise movements. With low resonance and a low operating temperature, it operates quietly and reliably.   The motor comes with a 90 cm connecting cable, facilitating integration into various systems. Its metal construction ensures good durability and mechanical strength. It is designed to operate with a universal 12V/24V input voltage, with a rated DC voltage of 3.6V and a rated DC current of 1.5A per phase.   It offers a holding torque of 0.42 N·m and a positioning torque of 0.15 N·m, making it a high-performance motor for various controlled motion applications.

Technical Specifications

• Features:
  • Type: Nema 17 stepper motor.
  • Applications: 3D printers, mechanical equipment.
  • Accuracy: 1.8-degree step.
  • Operation: Low resonance, low operating temperature, quiet.
  • Cable: Included, 90 cm long.
  • Construction: Durable metal.
• Material: Metal
• Angle Pitch: 1.8 degrees
• Number of Phases: 2
• Input Voltage: 12V/24V Universal
• Rated Voltage: DC 3.6V
• Rated Current: DC 1.5A/Phase
• Holding Torque: 0.42 N·m
• Positioning Torque: 0.15 N·m
• Number of Wires: 4
• Wire Length: 90 cm / 35.4 inches
• Motor Dimensions: 42.3×42.3×38 mm
• Cable diameter: 5 mm

Included accessories

• 1 * Stepper motor
• 1 * Cable

Usage

1. Connection: Use the supplied cable to connect the stepper motor to the appropriate control electronics (such as a stepper motor driver). Ensure you observe the correct polarity and wire configuration.
2. Power Supply: Connect the system to a compatible power source (12V/24V) following the specified voltage (DC 3.6V) and current (DC 1.5A/phase).
3. Control: Use a stepper motor controller to send the necessary signals to rotate the motor in the desired direction and with the desired step size, depending on the application (e.g., for the X, Y, or Z axes of a 3D printer).
4. Tuning: Adjust the controller settings (such as micro-division if available) to optimize the motor's accuracy and operation to suit your needs.

Instructions

• Correct Connection: Ensure you connect the motor correctly to the driver and power supply to prevent damage to the motor or electronics.
• Appropriate Power Supply: Use a power supply that meets the motor's voltage and current specifications to ensure optimal and reliable operation.
• Controller Tuning: Configure the stepper motor controller settings appropriately to achieve the desired performance and avoid problems such as missed steps or noisy operation.