Safety Circuit Principles : Différence entre versions

[version en cours de rédaction]

Version actuelle datée du 15 décembre 2025 à 14:28

This page will give you the required information and understanding of the principles of a safety circuit and generic idea on how to identify faults. For the safety ciruit master document, use this link: https://stuga.dokit.app/wiki/Fault_Finding_-_Safety_Circuits_Master

Auteur Stuga Engineer | Dernière modification 15/12/2025 par Gareth Green en cours de rédaction ⧼frevu-button-review-label⧽

Difficulté

Difficile

Durée

60 minute(s)

This page will give you the required information and understanding of the principles of a safety circuit and generic idea on how to identify faults. For the safety ciruit master document, use this link: https://stuga.dokit.app/wiki/Fault_Finding_-_Safety_Circuits_Master

Difficulté

Difficile

Durée

60 minute(s)

Confluence

Introduction

Moved to Confluence 13/12/2025

Safety Circuit Principles

Attention

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@@ Ligne 1 : / Ligne 1 : @@
 {{Tuto Details
-|Main_Picture=Manual-Fault_Finding_Emergency_Stop_Circuits_Screenshot_2025-01-27_142921.png
+|Main_Picture=Manual-Safety_Circuit_Fault_Finding_Master_Manual_Screenshot_2025-01-29_135238.png
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-|Description=<translate>A guide on how to fault find an emergency stop circuit fault on any Stuga machine.</translate>
+|Description=<translate>This page will give you the required information and understanding of the principles of a safety circuit and generic idea on how to identify faults. For the safety ciruit master document, use this link: https://stuga.dokit.app/wiki/Fault_Finding_-_Safety_Circuits_Master</translate>
 |Categories=Maintenance
 |Difficulty=Hard
 |Duration=60
 |Duration-type=minute(s)
-|Tags=emergency, safety, emergency stop, Guard, guardswitch, pilz, safety relay
+|Tags=Confluence
 }}
 {{Introduction
-|Introduction=<translate>This tutorial will layout fundmental principles on how to identify issues with an emergency stop circuit and how to use them on any Stuga machine. This will be an ongoing document which can be enhanced by different experiences and evidence of success and failure. Please feel free to add information to help yourself and your colleagues moving forward...</translate>
+|Introduction=<translate>Moved to Confluence 13/12/2025
+[https://stuga-ltd.atlassian.net/wiki/spaces/~5570585b7bb5d1bc31430e886883cbc774c182/pages/86442039/Safety+Circuit+Principles Safety Circuit Principles]</translate>
 }}
 {{Materials}}
@@ Ligne 17 : / Ligne 19 : @@
 }}
 {{Tuto Step
-|Step_Title=<translate>Purpose of the Safety Circuit</translate>
+|Step_Title=<translate></translate>
-|Step_Content=<translate>A machinery safety circuit is designed to protect both the equipment and operators from harm by ensuring safe operation. It monitors critical safety functions, like emergency stops, protective guards, and sensors, to prevent accidents or malfunctions. In case of a failure or hazard detection, the circuit triggers shutdowns or alerts, ensuring that the machine operates within safe limits and reduces the risk of injury or damage.</translate>
+|Step_Content=<translate></translate>
-}}
-{{Tuto Step
-|Step_Title=<translate>Different Types of Safety Circuits</translate>
-|Step_Content=<translate>'''Safety Relay Controllers''': These are used to monitor safety devices like emergency stops, interlocks, and door switches. They ensure that the machine stops or enters a safe state when a fault or hazardous condition is detected. This is a hard-wired system using either a single or double channel loop and can have a feedback loop hard-wired into the system with a manual restart button.</translate>
 }}
 {{Notes}}