CNC 5-Axis PC Interface Breakout Board (Mach3)

R 168.00 In Stock (2)

The CNC 5-Axis PC Interface Breakout Board is a specialized controller board designed for CNC (Computer Numerical Control) systems that use stepper motor drivers. It allows direct control of up to 5 single-axis 2-phase stepper motor driver controllers, such as M542, M542H, MA860H, 2M542, 2M982, DM542(A), DM860(A), and others. The board is compatible with CNC software like MACH3, Linux CNC (EMC2), and KCAM4 that support parallel port control.

The CNC 5-Axis PC Interface Breakout Board (Mach3) is a highly useful product for hobbyists, DIY enthusiasts, and professionals involved in CNC machining or automation projects. It offers several advantages and applications that make it a great tool to have in your CNC toolkit.

Advantages:

Versatility: The breakout board is designed to control up to 5 single-axis stepper motor drivers, providing flexibility for multi-axis CNC systems. This versatility allows users to handle complex CNC tasks, such as milling, engraving, and 3D printing, with precision and ease.
Compatibility: The board is compatible with popular CNC software like MACH3, Linux CNC (EMC2), and KCAM4. These software solutions offer powerful control capabilities and are widely used in the CNC community, making the board easily integratable into existing setups.
Opto-Isolated Signals: The opto-isolated input signals provide a significant advantage in terms of safety and protection. They prevent electrical interference from affecting the computer, reducing the risk of damage to the system and ensuring stable and reliable operation.
Built-In Protections: The board features protections against over-charge, over-discharge, and over-load situations. This ensures the safety of both the CNC system and the connected devices, preventing potential damage due to power fluctuations or short circuits.

Applications:

CNC Machines: The primary usage of the breakout board is to control CNC machines. Whether it's a DIY CNC router, a 3D printer, or a laser cutter, the board allows precise control of the stepper motor drivers, translating digital commands into accurate movements of the machine's axes.
Motor Speed Control: The board's output port with optocoupler isolation can be used to control the spindle speed of the CNC machine. This is essential for achieving different cutting speeds and tooling requirements.
Custom Bench Power Supply: The board can be used to recycle and convert an ATX computer power supply into a bench power supply, making it a versatile tool for electronics prototyping and testing.
Robotics and Automation: The breakout board can also be used in robotics and automation projects where stepper motors need to be precisely controlled to perform various tasks.
Educational Purposes: As a beginner-friendly breakout board, it is an excellent learning tool for those interested in understanding the principles of CNC control and stepper motor operation.

Overall, the CNC 5-Axis PC Interface Breakout Board provides an easy-to-use and efficient solution for controlling stepper motors and driving CNC machines. Its compatibility with popular CNC software, protection features, and flexibility in handling multiple stepper motor drivers make it a valuable asset for anyone working with CNC systems and automation projects.

Advantages:

Versatility: The breakout board is designed to control up to 5 single-axis stepper motor drivers, providing flexibility for multi-axis CNC systems. This versatility allows users to handle complex CNC tasks, such as milling, engraving, and 3D printing, with precision and ease.
Compatibility: The board is compatible with popular CNC software like MACH3, Linux CNC (EMC2), and KCAM4. These software solutions offer powerful control capabilities and are widely used in the CNC community, making the board easily integratable into existing setups.
Opto-Isolated Signals: The opto-isolated input signals provide a significant advantage in terms of safety and protection. They prevent electrical interference from affecting the computer, reducing the risk of damage to the system and ensuring stable and reliable operation.
Built-In Protections: The board features protections against over-charge, over-discharge, and over-load situations. This ensures the safety of both the CNC system and the connected devices, preventing potential damage due to power fluctuations or short circuits.

Applications:

CNC Machines: The primary usage of the breakout board is to control CNC machines. Whether it's a DIY CNC router, a 3D printer, or a laser cutter, the board allows precise control of the stepper motor drivers, translating digital commands into accurate movements of the machine's axes.
Motor Speed Control: The board's output port with optocoupler isolation can be used to control the spindle speed of the CNC machine. This is essential for achieving different cutting speeds and tooling requirements.
Custom Bench Power Supply: The board can be used to recycle and convert an ATX computer power supply into a bench power supply, making it a versatile tool for electronics prototyping and testing.
Robotics and Automation: The breakout board can also be used in robotics and automation projects where stepper motors need to be precisely controlled to perform various tasks.
Educational Purposes: As a beginner-friendly breakout board, it is an excellent learning tool for those interested in understanding the principles of CNC control and stepper motor operation.

Key Features:

Maximum support for up to 5-axis stepper motor driver controllers.
Compatible with MACH3, Linux CNC (EMC2), and other parallel-control CNC software.
USB power supply for the board, while the peripherals have a separate power supply to protect the computer's security.
All input signals are opto-isolated to enhance computer security and protection.
5-input interface for defining functions like Limit, Emergency Stop, and Cutter alignment.
Wide input voltage range of 12-24V with anti-reverse function.
One relay output control interface for controlling the spindle motor or other peripherals like air pumps or water pumps.
Output 0-10V analog voltage for controlling the spindle speed with an inverter.
All signals are opto-isolated, and the board has 17 open ports for accessing optocoupler drives to control up to 5-axis stepper motors.
PWM output on port P1 can be used to control the spindle governor with an optocoupler input.
Compatible with common cathode or common anode input level to a 5V drive.

Specifications:

Input Power: USB port for power supply from the PC and optional 12-24V power supply.
Compatible Stepper Motor Driver: Supports up to 5 2-phase microstep controllers.
Driver Type: Pulse and Direction signal control.
Net/Total Weight: Approximately 75g.
Dimensions: 90 * 70 * 20mm (LWH).

Important Notes:

The board is fully compatible with MACH3 and other computer software that supports parallel port control.
The USB port is only for power supply; data is transferred through the parallel port.
This module is compatible only with 32-bit systems.