42HM40 NEMA17 3.3kg-cm 0.9 Degree 2 Phase Industrial Grade hybrid Stepper Motor
- Product SKU: LGSTM007
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Warehouse Details
Specification
Description
The 42HM40 NEMA17 Hybrid Stepper Motor is designed to provide high precision and smooth motion for demanding industrial applications. With a 0.9° step angle, this motor delivers exceptional accuracy, making it ideal for applications where detailed movement is critical. Its compact NEMA17 frame and robust 3.3kg-cm holding torque ensure efficient performance in space-constrained environments. The motor’s two-phase operation allows for consistent and reliable control, offering flexibility across various use cases in industrial automation, robotics, and more.
Features:
High Precision: 0.9° step angle ensures precise control and smooth operation for tasks requiring detailed movement.Compact Design: The NEMA17 frame offers space-saving dimensions without sacrificing performance.
High Torque: 3.3kg-cm holding torque provides the strength required for heavier loads in industrial applications.
Two-Phase Operation: Allows for reliable and accurate motion control.
Durable Construction: Designed for long-term use in industrial settings, built to withstand wear and tear.
Low Vibration: Smooth and quiet operation even at low speeds.
Applications:
3D Printers: Ideal for accurate movement in 3D printing heads or bed controls.CNC Machines: Provides fine control for precision milling, cutting, or drilling.
Automation Systems: Used in conveyor belts, pick-and-place machines, or robotic arms for precise positioning.
Robotics: Perfect for steering and movement in robotic applications requiring high torque and fine step control.
Medical Devices: Suitable for devices that require small, precise movements.
Advantages:
High Accuracy: The 0.9° step angle provides better resolution compared to standard 1.8° motors.Reliable Performance: Hybrid stepper motors offer high durability and reliable performance under heavy-duty conditions.
Precise Control: Ideal for applications where precise positioning and speed control are crucial.
Versatile Applications: Can be used across various industries such as manufacturing, robotics, and medical devices.
Disadvantages:
Power Consumption: Steppers can consume more power compared to other motor types due to continuous current draw.Heat Generation: Extended use under high loads can result in heat buildup, requiring adequate cooling solutions.
Low Efficiency at High Speeds: Stepper motors can lose torque at higher speeds, which may not be suitable for all applications.
Compatible Accessories
Technical Details
- No. of Phase : 2
- Step Angle: 0.9°
- Holding Torque : 3.3kg.cm
- Shaft type : D
- Insulation resistance : 100MΩmin. (500V DC)
- Insulation Class: B (130°);80K max.
- Temperature Rise: 80°C max.
- Ambient Temperature : -20°C - +50°C
- Rated Voltage : 2.8 V
- Rated Phase/Current : 1.68 A
- Phase Resistance : 1.65 Ω±10%(20°C)
- Phase Inductance : 3.2 mH±20%(1kHz 1V RMS)
- Dielectric Strength : 500VAC for 1min.
- Shaft Radial Play : 0.02Max (450g-load)
- Detatchable wire, D Shaft
- Max. Radial Force : 28N (20mm from the flange)
- Max Axial Force : 10N
Physical Attribute
- Weight (gm) : 280
- Wire length : 1 meter
Dimensional Drawing
Wiring Diagram
Package Includes
- 1 x 42HM40 NEMA17 3.3kg-cm 0.9 Degree 2 Phase Industrial Grade Hybrid Stepper Motor
