Amada Pega 357 User Manual Jun 2026

Used for executing registered programs automatically during production.

Inspect workpiece clamps for grip wear and hydraulic/pneumatic leaks. 6. Common Troubleshooting and Error Codes

thoroughly with a lint-free cloth to remove metallic dust and old grease.

Align the guide keys of the punch and die accurately. Incorrect alignment will shave the die and ruin the tool.

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50" x 72" (1270mm x 1830mm) without repositioning; up to 50" x 144" (1270mm x 3660mm) with automatic repositioning. Max Material Thickness: 0.25" (6.35mm) for mild steel. Turret Configuration:

When the machine encounters an issue, the Fanuc control display will generate an alarm code. Reference the manual's troubleshooting section for these common scenarios: Turret Index Error (Alarm 2005 / 2006)

The documentation for the Pega 357 is typically divided into several specialized guides rather than a single book: 116410-PEGA-357 (04P-C) Parts List (Feb-1989 Ref. 16126)

Programs are typically loaded via RS232 or punched tape in legacy systems. Common Troubleshooting and Error Codes thoroughly with a

The upper and lower turrets are misaligned, or the shot pins failed to engage.

Many Pega 357 machines are equipped with the CNC control. Understanding it is key to using the machine and the manual effectively.

To ensure safe and efficient operation of the Amada Pega 357, follow these procedures:

Check the automatic lubrication pump to confirm oil is flowing to the linear guides and ball screws. Weekly Maintenance Uploaded by

If you encounter issues with your Amada Pega 357, refer to these troubleshooting tips:

If you need help digging into a specific section of the manual, please tell me: What specific is on your machine?

Incremental programming (coordinates are referenced from the current tool position).

The mechanical ram failed to complete a stroke within the timed sequence. This usually points to low air pressure, a faulty solenoid valve, or worn clutch linings.