Amada Pega 357 User Manual Best -
Never run severely bowed or warped sheet metal through the machine. Warped material can catch on the lower turret, pull out of the work clamps, and crash into the upper turret assembly.
The you are trying to perform (e.g., tool changing, repositioning programming)
, a thick, dog-eared binder that served as the "Bible" of the shop floor. The Trial of the Turret amada pega 357 user manual
Verify that the pneumatic lubricator, hydraulic reservoirs, and central lubrication tanks are filled to their designated marks.
The turret cannot rotate because the pin that locks it into place (the index pin) failed to retract, or a tool striker is stuck down. Never run severely bowed or warped sheet metal
Lubricate the X and Y-axis linear guide rails and ball screws with the manufacturer-specified grease. Clean and grease the turret drive gear and index pins.
: Typically a 58-station "H-Type Thick Turret" with 2 auto-index stations. The Trial of the Turret Verify that the
Measure the gap between the mechanical clutch and brake pads. Over-clearance causes slow cycling or double-tripping.
Because the Amada Pega 357 is a legacy machine, official digital copies of the manual are often obtained directly through or Amada Europe customer portals by providing your machine's serial number. Alternatively, reputable machinery dealers and CNC fabrication forums keep archived versions of the operator, programming, and parts manuals for reference. Always ensure the manual edition matches your specific CNC controller generation (e.g., Fanuc 04P-C vs. Amadan controls).
The Amada Pega 357 is a high-performance turret punch press designed to deliver exceptional precision, speed, and reliability in various metalworking applications. As a user of this machine, it's essential to have a thorough understanding of its operation, maintenance, and troubleshooting procedures to ensure optimal performance and extend its lifespan. In this article, we'll provide an in-depth guide to the Amada Pega 357 user manual, covering its key features, operating procedures, maintenance schedules, and troubleshooting tips.
Ensure the incoming compressed air line meets the required 75 to 85 PSI (5.0 to 6.0 kg/cm²) . Low air pressure can cause clutch slippage and brake failure. 3. Understanding the Control Panel and Programming
