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// BLOG / DIAGNOSIS

DECODING
GILDEMEISTER
ERROR MESSAGES

As of From the ESDI workshop in Herfordsince 1994ISO 9001:2015

A cryptic error message on the display of your Gildemeister — what now? Here we explain how to read error codes correctly, identify their source and find the actual cause.

// AT A GLANCE

DIAGNOSIS

Topic

Published

ESDI

Author

6

Articles in the workshop blog

// SYSTEM STATUS

HANDS-ON

ARTICLE

BY EXPERTS

FOR TECHNICIANS

01

// HANDS-ON GUIDE

READING
GILDEMEISTER ERROR
MESSAGES CORRECTLY

This article summarises experience from more than 30 years of ESDI workshop practice. Specific error codes and reactions differ depending on machine model, control version and configuration — when in doubt, always rely on the original documentation of your machine or give us a call.

1. Write it down in full.

Note the error code and the plain text shown on the display — including the axis or module designation, if given. A photo of the screen is the quickest option. Almost every diagnosis starts with knowing the complete wording.

2. Find the first fault, not the last.

A hardware defect often triggers several follow-up faults at once. Scroll back through the alarm log until you see the first entry that occurred — that is usually the actual cause.

3. Reproducible or random?

Note whether the fault always occurs during the same operation (e.g. during a tool change at position 7), only under load, only with a warm machine — or completely sporadically. This information halves the diagnosis time.

4. Back again after a restart?

If the fault returns immediately after a full reset (main switch off, wait 30 seconds, switch back on), it is rarely a software hang-up. Trial and error is not worth it then — calling us straight away is cheaper.

5. Identify the source of the message.

Pay attention to the module prefix of the message. Controls report faults from different subsystems (drive, axis, hydraulics, tool magazine) and the prefix tells you where to look — the exact code logic is documented in the manual for your control version.

Schematic of a feed axis signal chain: CNC control, control module, power section, motor and encoder; the dashed line is the encoder feedback to the control module
Fig. 1 Axis from the control to the drive: the prefix of the message tells you where to look
02

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// FROM THE WORKSHOP

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