What does it mean when Amada Saw displays alarm code on LCD screen?
If an alarm code is displayed on the LCD screen, it indicates that the machine is malfunctioning. To address this, clear the alarm by referring to the alarm code list.
What to do if E-113 Motion detector actuated during Amada Saw operation?
If error E-113 occurs, indicating the motion detector actuated during operation, it might be because the saw blade slipped. Check the saw blade tension, clear the alarm, and reduce the cutting rate to decrease the load.
What to do if Amada Saw vises do not open wide?
If the front and rear vises do not open wide enough, it might be because the sawhead is too low. Press and hold the BLADE UP button to raise the sawhead to its upper limit.
What does E-011 error mean on Amada HFA-250W?
If the Amada Saw displays error E-011 (option), it indicates that during head-end positioning, the work projection from the rear vise is 20 mm or less. To resolve this, clear the alarm and properly set the work.
What to do for Amada HFA-250W E-009 error?
If the Amada Saw displays error code E-009, it means the backup battery for cutting data setting controls has run down. Clear the alarm.
What to do for Amada Saw E-008 error?
If the Amada Saw displays error code E-008, it indicates that the PLC backup battery has run down. Clear the alarm.
General| Model | HFA-250W |
|---|---|
| Category | Saw |
| Cutting Capacity (Round) | 250 mm |
| Cutting Capacity (Square) | 250 mm |
| Cutting Capacity (mm) | 250 |
Details technical specifications for HFA-250/250W and HFA-400/400W models.
Guidelines for selecting an appropriate installation site for the machine.
Steps for correctly leveling the machine for optimal operation.
Procedures for filling the hydraulic oil tank with the correct type and amount.
Procedures for filling the cutting fluid tank with the correct type and amount.
Guidelines for connecting the machine to an electrical power source.
Detailed steps for connecting the power cable to the machine.
Procedure to verify electrical connections are made correctly.
Overview and identification of controls on the machine's main panel.
Daily checks to perform before operating the machine.
Steps for powering up and starting the machine.
Steps for safely loading and positioning material for cutting.
General overview of manual and automatic operation modes.
How to perform automated cutting sequences using stored data.
Common operating problems and their potential causes and remedies.
A comprehensive list of alarm codes, their causes, and remedies.
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