PAL PC

General

PAL-PC for quick, easy and cost-efficient execution of automation projects such as handling systems, automatic boring machines, cycle equipment, measuring and testing systems, Automatic machines for single and bath processing and much more....

PAL-PC is a modern program development environment for CNC-stepper motor controllers and CNC machines.

PAL-PC uses the memory operation (CNC mode) of the target controller. PAL-PC is used to create automation solutions where the controller operates in Stand-Alone mode, i.e. independent of a control computer.

PAL-PC runs on the operating systems Windows 2000, XP and Vista

Features

• Compatible with previous versions (PAL-PC program created with a previous version of PAL-PC can be
   used without making modifications)
• Programming according to isel-PAL or DIN66025:
   In addition to the PAL format, users who are familiar with programming according to DIN66025 can also
   create their PAL-PC applications with the respective G-code commands.
• Integrated editor: Quick and easy editing of source text, editing functions such as “Find”, “Replace”,
  “Copy” and “Insert”
• Automated code generation, multiple undo/redo for efficient program creation
• PAL-PC can (depending on the type of controller used) route controllers with up to 4 axes
• Terminal for direct communication with the control
• Download externally created CNC programs  
• Automatic determination of type and transmission rate of the connected controller
• Display of compiler errors and navigation to the error in the source code
• Command quick overview with optional insert into the program
• Teach-In programming via keyboard or mouse
• Target positions transferred into the editor as formatted source code
• Real-time display of current input statuses
• Set outputs during programming
• Available in German and English

Range of functions

• Path commands for relative and absolute positioning
• Execute movements until events occur at a port
• Teach-In programming (linear)
• Linear 2D-interpolation, reversible to 3D-interpolation
• Circular interpolation
• Analysis of input signals for process control
• Loops for repeating command blocks
• Unconditional and conditional branches
• Analysis of the program selection unit
• Notifications displayed on a screen
• Send and receive synchronisation characters
• Additional tools for automated processing of  typical tasks