Industrial Automation Translation
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▮Automation Texts and Their Constraints
Each type of automation text comes with its own technical limits. We work within them rather than around them.
| Text type | Typical constraint | What we check |
| Alarm and message texts | Fixed character length per line | Length, variables, unambiguous wording under time pressure |
| HMI labels and buttons | Display width, font | Fit in the control, the Turkish i (İ/ı), consistency with the manual |
| Firmware and display strings | Byte limits, character encoding | Support for ç, ğ, ı, İ, ö, ş, ü; no truncated characters |
| PLC comments and tag names | Often left untranslated | Agreed with you before the project: translate, keep, or both |
| Manuals and training materials | None | Same terms as on the screen and in the spare parts catalogue |
▮What We Translate
- PLC and control systems: installation manuals, control logic descriptions, configuration guides, safety functions and wiring diagrams.
- HMI and embedded systems: operator interfaces, firmware texts, display messages, warnings and alarms, and the related software documentation.
- Robotics and smart factory: robot manuals, integration guides, digital twin documentation and documents for commissioning abroad.
- SCADA and control rooms: interfaces, alarm and event messages, system documentation and training for control room staff.
- Industrial IoT and data platforms: user guides, API and integration documentation, and cybersecurity documentation.
▮One Terminology for Controls, Manuals and Training
The same term must read the same on the display, in the operating manual, in the spare parts catalogue and in training materials. We build a client-specific glossary for variable names, controls, error codes and safety parameters and apply it to every document, whether a text is translated by a human or from an AI draft.
Without a Turkish locale, upper-casing and sorting produce the wrong letters, on displays and in log files too. → Turkish software localization
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