Verify the main air supply regulator reads between 70 and 85 PSI (5.0 to 6.0 kg/cm²). Low pressure causes sluggish clamp movements and failure of the brake/clutch mechanism.
The Amada Pega 357 features a thick-turret layout, typically configured with either or 58 stations , including Auto-Index (AI) stations. Turret Station Categories A Stations: 1/2" Maximum tool diameter. B Stations: 1-1/4" Maximum tool diameter. C Stations: 2" Maximum tool diameter. D Stations: 3-1/2" Maximum tool diameter.
Ensure all physical interlocking guards and light curtains are fully operational.
Clean the tool holder and turret bore of all debris and oil. amada pega 357 user manual
Verify that the automatic lubrication system's oil reservoir is full. Proper lubrication of the slide guides, ball screws, and turret pins is critical.
If you're looking for a digital version of the user manual, I recommend checking the following sources:
Wear on the striker mechanism or incorrect punch length calibration. Verify the main air supply regulator reads between
Incorrectly installed tools can cause catastrophic turret crashes. 3. Understanding the Fanuc Control Panel
End of program execution (resets the memory to the top of the program).
Switch the controller to Manual/Jog mode, hold down the Overtravel Release button, and manually jog the axis back into the safe working envelope. Clean any debris blocking the physical limit switches. Conclusion Turret Station Categories A Stations: 1/2" Maximum tool
Striker position controls (depending on exact control model variation). Sample Programming Format
Rotate the turret to the desired station number using the manual entry keys or manual index button.
It sounds like you're referring to the (likely a CNC turret punch press) and found an interesting post about its user manual.
The Amada Pega 357 is a legendary 30-ton mechanical turret punch press known for its speed, durability, and reliability in sheet metal fabrication. Whether you just acquired a used machine or need to train a new operator, having a thorough understanding of the is essential for maintaining safety, maximizing uptime, and ensuring part accuracy.
The first 30 pages typically cover safety. This includes: