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Recommendations for correct use and periodical maintenance of the machine.
How to identify the machine using the data plate on its side.
Details on drills for quick change spindles and their specifications.
Explanation of European and US warning symbols used on the machine.
Lists the types of materials the machine is designed to drill.
Details operations considered improper and warnings against them.
Instructions for selecting a suitable location and placing the machine.
Steps to ensure the machine is properly leveled for operation.
Detailed instructions for making the electrical connections safely.
Instructions for connecting the pneumatic air supply to the machine.
Procedures for starting the machine and executing a working cycle.
Explanation of the functions of each control panel element.
Safety procedure for disconnecting power before maintenance.
Checks for a clean working area and correct safety devices.
How to set the depth and position of the spindle head for boring.
Adjusting spindle head parallelism, horizontal, and vertical angles.
Using the reference stop for standard machining operations.
How to use the optional extension fence for various boring tasks.
Using the reference pin for repetitive hole sets on large workpieces.
Using the 45° triangle for making frames and joints.
Using the central bar for manufacturing straight frames.
Demonstrates different ways to mate panels for furniture construction.
Shows how to create frames using 0° and 45° angles.
Examples of drilling identical mirrored patterns on multiple panels.
Demonstrates drilling techniques using reference fences for accuracy.
Shows how to use fences for drilling frames at different angles.
Illustrates automated processes for joining panels with drilled holes.
Specific procedures for drilling hinge seat locations on workpieces.
Daily and weekly tasks for keeping the machine in good working order.
Periodic checks and maintenance for electrical and pneumatic systems.
Identifies reasons why drills might fail to operate and corrective actions.
Addresses problems related to inaccurate hole drilling and their causes.
Troubleshooting burn traces and ensuring drilled pieces are parallel.
Resolving problems with head movement and workpiece clamping.
Details acoustic pressure and power levels during operation.
Quantifies dust emission during a typical working hour.