If you run an Amada EMK turret punch press, then understanding alarm codes is critical

Because downtime directly impacts production, you must quickly identify and resolve faults. Therefore, this complete Amada EMK alarm codes guide explains real alarm messages, their causes, and how to fix them based on actual machine operation conditions.

In addition, you should connect alarm diagnostics with proper maintenance and troubleshooting. For that reason, you can also review:

For full alarm diagnostics, visit:
https://lapisinc.com/amada-emk-alarm-codes/

For preventive service procedures, check:
https://lapisinc.com/amada-emk-maintenance/

If you are diagnosing machine issues, follow this guide:
https://lapisinc.com/amada-emk-troubleshooting/

To understand machine capabilities, review specifications:
https://lapisinc.com/amada-emk-3612-m2/

If downtime continues, you can explore available machines here:
https://lapisinc.com/product/amada-emk-3610/

As a result, you can reduce downtime, prevent recurring failures, and improve machine performance.

 

Common Amada EMK Alarm Codes and Meanings

 

Turret and Auto-Index Alarms

These alarms directly affect turret rotation and tooling performance. Therefore, you must resolve them immediately to avoid production issues.

1000 – INDEX TOOL NOT SELECTED
The machine receives a C-axis command for a station that is not auto-index.
Fix: Select a valid auto-index station.

1001 – INDEX ALARM
Auto-index clamp or brake limit switch failed, often due to low air pressure.
Fix: Check air supply and verify limit switches.

2098 – AUTO-INDEX NOT ZERO RETURNED
The turret cannot rotate because the C-axis is not referenced.
Fix: Perform zero return on the C-axis before operation.

If turret issues continue, follow a structured troubleshooting process:
https://lapisinc.com/amada-emk-troubleshooting/

 

Air Pressure and Mechanical System Alarms

These alarms usually indicate maintenance issues. Therefore, regular inspection is essential.

2061 – AIR PRESSURE LOW
Machine air pressure dropped below required levels.
Fix: Restore air supply immediately and check for leaks.

2075 – LUBRICATION ALARM
Lubrication system requires oil or grease.
Fix: Refill lubrication system and verify flow.

1005 – LUBRICATION PARAMETER OFF
Automatic lubrication is disabled.
Fix: Enable lubrication parameter in control settings.

For full preventive procedures, follow:
https://lapisinc.com/amada-emk-maintenance/

 

Servo, Motor and Thermal Alarms

These alarms affect machine performance, accuracy, and reliability.

2058 – PRESS MOTOR THERMAL TRIP
Motor overheated due to excessive load or cooling issues.
Fix: Reset system and inspect motor load conditions.

2108 – X AXIS MOTOR TEMPERATURE WARNING
X-axis motor temperature is too high.
Fix: Reduce machine speed and check cooling system.

1261 – AXIS OVERCURRENT
Servo amplifier is drawing excessive current.
Fix: Inspect motor load, wiring, and mechanical resistance.

If servo issues persist, continue diagnostics here:
https://lapisinc.com/amada-emk-troubleshooting/

 

Workholding and Clamp Alarms

These alarms are critical because they directly affect sheet positioning and part accuracy.

2088 – WORKSHEET OUT OF POSITION
Sheet moved outside clamp position.
Fix: Reposition material and verify clamps.

2069 – WORKCLAMPS OPEN
Clamps are not secured properly.
Fix: Close clamps before starting operation.

2089 – DEAD ZONE ERROR
Punch operation may interfere with clamps.
Fix: Adjust program or reposition clamps.

 

CNC and Programming Alarms

These alarms are extremely common and often caused by programming errors.

3004 – T-CODE FORMAT ERROR
Incorrect tool command format in CNC program.
Fix: Correct tool call format.

3025 – DATA ERROR
Invalid material or thickness values detected.
Fix: Adjust CNC program parameters.

1270 – M/T CODE ALARM
Unsupported command sent to control.
Fix: Correct program logic.

For deeper diagnostics, follow:
https://lapisinc.com/amada-emk-troubleshooting/

 

Line and Automation Alarms

These alarms affect automated feeding systems.

2903 – LINE NO MATERIAL
No sheet detected.
Fix: Load material.

2905 – DOUBLE SHEET DETECTED
Two sheets detected during pickup.
Fix: Inspect feeder system.

2908 – UNLOADING FAILED
Parts failed to unload properly.
Fix: Check unloading mechanism.

 

Safety and Emergency Alarms

These alarms must always be resolved before operation.

2087 – EMERGENCY STOP ACTIVATED
Emergency stop button engaged.
Fix: Reset system and verify safe conditions.

2073 – SAFETY STOP
Safety system triggered.
Fix: Inspect guards and reset system.

 

Why Amada EMK Alarm Codes Matter

Understanding Amada EMK alarm codes is essential because it allows you to identify problems quickly. In addition, it helps prevent costly damage and improves production efficiency.

Moreover, when you combine alarm diagnostics with proper maintenance, you reduce failures significantly. Therefore, follow this maintenance guide regularly:
https://lapisinc.com/amada-emk-maintenance/

Need a Reliable Machine Instead?

If your machine frequently triggers alarms, then downtime and repair costs can increase.

In that case, upgrading may be the best solution:
https://lapisinc.com/product/amada-emk-3610/

FAQ

What is the most common Amada EMK alarm?

The most common alarms include air pressure, lubrication, and clamp-related faults because they are directly tied to daily operation conditions.

How do you reset an Amada EMK alarm?

First, identify the cause of the alarm. Then, correct the issue and press the RESET button on the control panel.

Why does my Amada EMK show air pressure alarm?

This usually occurs when system pressure drops below required levels or when air supply components are restricted.

Can you run an Amada EMK with an alarm active?

No, you should not operate the machine with active alarms because it can lead to equipment damage and safety risks.