In the world of motion control systems, the RichAuto-A1X emerges as a formidable contender, armed with precision, adaptability, and user-friendly interfaces. Its strengths lie in its ability to achieve exceptional precision and adapt to diverse motion requirements. However, it's important to acknowledge its language limitations, potential learning curve, and certain application boundaries. As industries continue to harness automation, the RichAuto-A1X represents a noteworthy stride towards enhanced efficiency and accuracy in modern manufacturing processes.
The RichAuto A11 Three-axis Linkage Motion Control System offers advanced features to enhance motion control capabilities. It introduces a new three-axis linkage motion mode for comprehensive control, while also supporting drive and spindle error alarms. With its large storage capacity and efficient U disk compatibility, it ensures quick and secure U disk processing. The system further incorporates an intelligent file-checking function and parameter backup and restore feature to safeguard crucial settings. Its robust anti-jamming capabilities, validated through multiple CE tests, ensure reliable performance. The system's intelligent processing memory enables power fail safeguard and breakpoint functions for uninterrupted operations. Additionally, the system's definable I/O interfaces open up extensive development possibilities for customers, providing a versatile platform for customization and innovation.
The RichAuto-A1X control system is a remarkable technological advancement in the realm of industrial automation and CNC machinery control. Boasting a plethora of features designed to elevate precision, adaptability, and efficiency, this system has the potential to redefine how manufacturers approach their operations.
Precision Perfected:
At the forefront of the RichAuto-A1X's strengths is its extraordinary precision. Boasting a minimum input unit of 0.001mm, the system sets new benchmarks for accuracy in motion control. This remarkable precision unlocks opportunities for applications that require intricate and flawless execution, from microfabrication to intricate machining tasks.
Press the MENU button on the RichAuto A11 controller.
Use the cursor buttons to navigate to the "MACHINE SETUP" menu.
Press the "ORIGIN" button.
Within the "ORIGIN" menu, navigate to the "Pulse Equiv" option.
Input the pulse values for the X, Y, and Z axes. For example, set X=120, Y=120, and Z=400.
After setting the pulse values, move the cursor to the "Table Size" option.
Input the table size for the X, Y, and Z axes. For example, for a CNC router with dimensions of 1325mm x 2500mm x 200mm, you might set X=1300, Y=2500, and Z=200. If you're unsure about the values, you can consult the manufacturer or documentation.
Once the Table Size setup is complete, navigate to the "C.A.D Thickness" option, which is located under the "Machine Setup" menu. Input a value of "12" mm, indicating that your tool sensor thickness is 12mm.
Next, go to the "Spindle set up" menu and find the "Spindle Delay" option. Set the value to 10000.
Return to the DSP monitor setup screen.
The DSP will indicate that you need to restart the CNC machine. Follow the instructions to restart the machine.
Click "home" to complete the parameter setup.
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About the Company
GST Registration Date
27-05-2023
Legal Status of Firm
Proprietorship
Nature of Business
Manufacturer
Annual Turnover
0 - 40 L
IndiaMART Member Since
Sept 2024
GST
06ASVPV5772D1Z1
Established as a Proprietorship firm in the year 2023, we “D Dynamic CNC Automation " are a leading Manufacturer of a wide range of Delta VFD , Water Colled Spindle ,Servo Derives ,Co2 Lasser Cutting, etc.
