5 PCS 3D Printing EZ2209 Stepper Motor Driver 5Pcs Driver Connectors Upgraded

Product Features:

– High-performance stepper motor driver, suitable for most 3D printers, CNC routers, and other automation equipment.
– Uses the world’s advanced DSP chip and motion control algorithm, with high subdivision precision, low noise, and low vibration.
– Supports up to 128 microsteps and provides 16 kinds of subdivision options.
– Has a wide input voltage range of DC 12V-40V, which is suitable for various power supply systems.
– Provides multiple protection functions, including over-current, over-voltage, over-temperature, and short-circuit protection.
– The built-in heat sink helps to dissipate heat effectively and ensures stable operation.
– Comes with 5Pcs driver connectors to facilitate easy installation.
– 5Pcs kit provides ample spares for maintenance and repairs.

Benefits:

– Enhances print quality by reducing noise and vibration
– Improves accuracy and precision in CNC routing and other automation applications
– Offers a wide range of subdivision options for tailored performance
– Accommodates various power supply configurations with its flexible input voltage range
– Ensures system reliability with multiple protection mechanisms
– Promotes longevity and stable operation with efficient heat dissipation
– Facilitates hassle-free setup and maintenance with included connectors
– Provides convenience and cost-effectiveness with a bulk pack of spare drivers

Key Usage Points:

– 3D printing
– CNC routing
– Automation equipment
– Robotics
– Industrial machinery

Detailed Specifications:

– Input voltage: DC 12V-40V
– Output current: 1.5A-5A
– Microsteps: 1-128
– Subdivision options: 16
– Protection functions: over-current, over-voltage, over-temperature, short-circuit
– Dimensions: 57 x 25 x 32mm (per driver)
– Weight: 120g (per driver)

Additional Features:

– EZ2209 chip provides advanced motion control and low noise operation
– Suitable for driving 2-phase 4-wire stepper motors
– Supports pulse and direction control modes