Controls position loop gain. Higher values increase responsiveness but can cause machine vibration if set too high.
In the mid-1990s, the world of CNC (Computer Numerical Control) was divided. You either had a dedicated industrial controller—reliable but "dumb"—or a PC, which was flexible but far too fragile for a factory floor. Mitsubishi changed this in with the introduction of the
The manual remains a vital artifact for these "old school" operators. It’s the only way to navigate the DDB (Direct Data Bus) mitsubishi meldas 64 parameter manual
Position loop gain. Higher values increase responsiveness but can cause axis oscillation or vibration if set too aggressively.
Press the [INPUT] key on the MDI panel while your computer software is in "Receive" mode. Save the file with a clear filename containing the machine name and date. Controls position loop gain
Defining the naming conventions for physical axes (e.g., X, Y, Z, 4th, or 5th axis). 2. Axis and Coordinate Parameters
For detailed lists of every parameter number and bit setting, refer to the following official Mitsubishi Electric resources: MELDAS C6/C64/C64T Parameter Manual (BNP-B2267C) MELDAS C6/C64 Specifications Manual Higher values increase responsiveness but can cause axis
: Global settings such as the number of axes and system configuration (e.g., parameter #1060 for setup mode).
The Ultimate Guide to the Mitsubishi MELDAS 64 Parameter Manual
Use the page keys or type the specific parameter number and press . Step 3: Input Data and Power Cycle Move the cursor to the target parameter. Type the new numeric value into the input buffer line. Press the [INPUT] key.
When referencing your official manual, you will frequently interact with four foundational categories of parameters. Base Parameters (System Setup)