Meldas 64 Parameter Manual: Mitsubishi

Key in the parameter number, press search, type the new value, and hit .

Set the transfer device to (usually device number 0 or 1).

Before changing any value, export a full parameter backup ( ALL.PRM ) to an external device via the RS-232C port or memory card interface.

| Parameter | Function | Common Mistake | | :--- | :--- | :--- | | | Axis configuration (which axis is X, Y, Z) | Setting this wrong causes the machine to move the wrong axis. | | #1002 | Incremental system (mm/inch) | Changing this after machine creation will crash the tool length offsets. | | #1013 | Rapid traverse rate (G00) | Setting higher than servo capability leads to motor overload. | | #1023 | Stroke limit 1 (+ side) | Almost always set to +9999999 for soft limits to be managed by PLC. | mitsubishi meldas 64 parameter manual

The Meldas 64 categorizes parameters into distinct screens based on their function. Accessing them usually requires navigating through the PARAM hard key on the MDI panel, followed by selecting the appropriate softkeys (e.g., Base , Axis , Setup ). 2. Critical Parameter Categories and High-Value Addresses

Replace 3.6V batteries, then perform the zero-point return parameter procedure ( #2049 ). Hard limit switch tripped or PLC parameter error. Check I/O bit parameters to see which circuit loop is open. PR Parameter Error A value was entered outside the allowed software range.

Navigate to the axis parameter screen. Locate parameter #2049 (Absolute Position Absolute Type) . Set the zero-point initialization parameter ( #2013 / #2014 Initialization routines ) to re-establish the absolute reference point via the machine's reference block or grid line. Alarm 37: Parameter Error Key in the parameter number, press search, type

Current loops, gain settings, and acceleration/deceleration curves.

However, maximizing the potential of this controller requires a deep understanding of its internal architecture. This comprehensive guide serves as an analytical breakdown of the , helping maintenance engineers, CNC programmers, and shop floor managers navigate configuration, axis tuning, and error resolution. 1. Understanding the Meldas 64 Parameter Structure

After you have followed the procedure to "Open the menu setup parameters," the system will present a series of parameter groups. The specific grouping and numbering can vary between the older C6/C64 series and the newer M60 series, though their function remains conceptually similar. | Parameter | Function | Common Mistake |

The most direct match for the search keyword is the official publication , titled "CNC C6/C64/C64T PARAMETER MANUAL." This document is specifically written as a comprehensive guide for the parameters used with the CNC MELDAS C6, C64, and C64T series. It contains hundreds of parameter listings and is essential for anyone performing detailed machine configuration. However, it is always crucial to supplement this general guide with the specifications issued by your specific machine tool builder, as not all optional functions may be available on your particular unit.

Whether you are resurrecting an old machining center from a factory closing or simply fine-tuning a trusty production workhorse, your journey begins and ends with the numbers in those parameter pages. Invest the time to locate, study, and respect the —your machine’s life depends on it.

The most critical and commonly performed action in the parameter manual is the procedure to "Open" or access the hidden setup parameters, which are concealed by default to prevent accidental alteration. The standard method involves navigating to the setup screen and entering a confirmation character. From the main menu, you can press the SETUP key, which displays the "OPEN SETUP PARAM" screen. Then you can key-in Y (for Yes) in the designated field and press INPUT . The system will then display the normally hidden basic specification parameters, allowing you to select and modify them from the menus.

These settings define the physical boundaries and speeds of your CNC machine.