Advanced automation functions - Revision history

Golem08: Added {{One source}} and {{No footnotes}} tags

2025-01-10T12:36:09Z

Added {{One source}} and {{No footnotes}} tags

← Previous revision		Revision as of 12:36, 10 January 2025
Line 1:		Line 1:
	{{Short description\|Class of software for automated machinery control}}		{{Short description\|Class of software for automated machinery control}}
⚫	{{Orphan\|date=November 2016}}

			{{Multiple issues\|
		⚫	{{Orphan\|date=November 2016}}
			{{One source\|date=January 2025}}
			{{No footnotes\|date=January 2025}}
			}}
	In [[automation]] production technology the actions performed by an automated process are executed by a program of instructions which is run during a work cycle. To execute work cycle programs, an automated system should be available to execute these advanced functions.		In [[automation]] production technology the actions performed by an automated process are executed by a program of instructions which is run during a work cycle. To execute work cycle programs, an automated system should be available to execute these advanced functions.

Geysirhead: new key for Category:Automation: "&" using HotCat

2022-12-08T13:01:35Z

new key for Category:Automation: "&" using HotCat

← Previous revision		Revision as of 13:01, 8 December 2022
Line 17:		Line 17:
	*Boucher, T.O., ''Computer Automation in Manufacturing'', Chapman & Hall, London, 1996		*Boucher, T.O., ''Computer Automation in Manufacturing'', Chapman & Hall, London, 1996

	[[Category:Automation\|!]]		[[Category:Automation\|&]]

Geysirhead: new key for Category:Automation: "!" using HotCat

2022-12-08T13:01:13Z

new key for Category:Automation: "!" using HotCat

← Previous revision		Revision as of 13:01, 8 December 2022
Line 17:		Line 17:
	*Boucher, T.O., ''Computer Automation in Manufacturing'', Chapman & Hall, London, 1996		*Boucher, T.O., ''Computer Automation in Manufacturing'', Chapman & Hall, London, 1996

	[[Category:Automation]]		[[Category:Automation\|!]]

Javert2113: Importing Wikidata short description: "Class of software for automated machinery control" (Shortdesc helper)

2021-09-12T14:09:13Z

Importing Wikidata short description: "Class of software for automated machinery control" (Shortdesc helper)

← Previous revision		Revision as of 14:09, 12 September 2021
Line 1:		Line 1:
			{{Short description\|Class of software for automated machinery control}}
	{{Orphan\|date=November 2016}}		{{Orphan\|date=November 2016}}

MB: Disambiguated: maintenance → Condition-based maintenance; Unlinked: Aberration

2017-02-27T04:36:36Z

Disambiguated: maintenance → Condition-based maintenance; Unlinked: Aberration

← Previous revision		Revision as of 04:36, 27 February 2017
Line 7:		Line 7:

	==Maintenance and repair diagnostics==		==Maintenance and repair diagnostics==
	There are three modes of operations which are used in a cycle of [[maintenance]] and repair diagnostics: status monitoring, failure diagnostics and recommendation of the repair procedure. In the status monitoring mode, the current system status is displayed. The failure diagnostics mode takes place when a failure occurs. The system will then suggest an adequate repair procedure to a team of experts.		There are three modes of operations which are used in a cycle of [[Condition-based maintenance\|maintenance]] and repair diagnostics: status monitoring, failure diagnostics and recommendation of the repair procedure. In the status monitoring mode, the current system status is displayed. The failure diagnostics mode takes place when a failure occurs. The system will then suggest an adequate repair procedure to a team of experts.

	==Error detection and recovery==		==Error detection and recovery==
	The error detection mode is a step to determine if and when a failure occurs in automated system. The possible errors can be divided into three categories. random errors, systematic errors and ~~[[aberration]]s~~. While in the error recovery mode, remedy actions take place for all detected errors.		The error detection mode is a step to determine if and when a failure occurs in automated system. The possible errors can be divided into three categories. random errors, systematic errors and aberrations. While in the error recovery mode, remedy actions take place for all detected errors.

	==References==		==References==

DrStrauss: clean up, removed underlinked tag using AWB

2017-01-21T14:17:35Z

clean up, removed underlinked tag using AWB

← Previous revision		Revision as of 14:17, 21 January 2017
Line 1:		Line 1:
	{{Multiple issues\|
	{{underlinked\|date=November 2016}}
	{{Orphan\|date=November 2016}}		{{Orphan\|date=November 2016}}
	}}

	In [[automation]] production technology the actions performed by an automated process are executed by a program of instructions which is run during a work cycle. To execute work cycle programs, an automated system should be available to execute these advanced functions.		In [[automation]] production technology the actions performed by an automated process are executed by a program of instructions which is run during a work cycle. To execute work cycle programs, an automated system should be available to execute these advanced functions.

	==Safety monitoring==		==Safety monitoring==
	If there is a need for workers in an automated system, a safety monitoring is required for the [[occupational safety and health]] of the workers. In a safety monitoring various steps can take place including a complete stop of the system, sounding an alarm or reducing the operating speed. Usually, limiting switches are [[~~Sensor\|sensors~~]] like temperature probes, heat and smoke detectors or pressure sensitive floor pads.		If there is a need for workers in an automated system, a safety monitoring is required for the [[occupational safety and health]] of the workers. In a safety monitoring various steps can take place including a complete stop of the system, sounding an alarm or reducing the operating speed. Usually, limiting switches are [[sensor]]s like temperature probes, heat and smoke detectors or pressure sensitive floor pads.

	==Maintenance and repair diagnostics==		==Maintenance and repair diagnostics==
Line 13:		Line 10:

	==Error detection and recovery==		==Error detection and recovery==
	The error detection mode is a step to determine if and when a failure occurs in automated system. The possible errors can be divided into three categories. random errors, systematic errors and [[~~Aberration\|aberrations~~]]. While in the error recovery mode, remedy actions take place for all detected errors.		The error detection mode is a step to determine if and when a failure occurs in automated system. The possible errors can be divided into three categories. random errors, systematic errors and [[aberration]]s. While in the error recovery mode, remedy actions take place for all detected errors.

	==References==		==References==
	{{Reflist}}		{{Reflist}}
	*Boucher, T.O., ''Computer Automation in Manufacturing'', Chapman & Hall, London, 1996		*Boucher, T.O., ''Computer Automation in Manufacturing'', Chapman & Hall, London, 1996



	[[Category:Automation]]		[[Category:Automation]]

Robbiedfrazier: Fix Wikilinks and Spellings

2017-01-13T10:03:32Z

Fix Wikilinks and Spellings

← Previous revision		Revision as of 10:03, 13 January 2017
Line 7:		Line 7:

	==Safety monitoring==		==Safety monitoring==
	If there is a need for workers in an automated system, a safety monitoring is required for the [[occupational safety and health]] of the workers. In a safety monitoring various steps can take place including a complete stop of the system, sounding an alarm or reducing the operating speed. Usually, limiting switches are sensors like temperature probes, heat and smoke detectors or pressure sensitive floor pads.		If there is a need for workers in an automated system, a safety monitoring is required for the [[occupational safety and health]] of the workers. In a safety monitoring various steps can take place including a complete stop of the system, sounding an alarm or reducing the operating speed. Usually, limiting switches are [[Sensor\|sensors]] like temperature probes, heat and smoke detectors or pressure sensitive floor pads.

	==Maintenance and repair diagnostics==		==Maintenance and repair diagnostics==
	There are three modes of operations which are used in a cycle of maintenance and repair diagnostics: status monitoring, failure diagnostics and recommendation of the repair procedure. In the status monitoring mode, the current system status is displayed. The failure diagnostics mode takes place when a failure occurs. The system will then suggest an adequate repair procedure to a team of experts.		There are three modes of operations which are used in a cycle of [[maintenance]] and repair diagnostics: status monitoring, failure diagnostics and recommendation of the repair procedure. In the status monitoring mode, the current system status is displayed. The failure diagnostics mode takes place when a failure occurs. The system will then suggest an adequate repair procedure to a team of experts.

	==Error detection and recovery==		==Error detection and recovery==
	The error detection mode is a step to determine if and when a failure ~~occurrs~~ in automated system. The possible errors can be divided into three categories. random errors, systematic errors and aberrations. While in the error recovery mode, remedy actions take place for all detected errors.		The error detection mode is a step to determine if and when a failure occurs in automated system. The possible errors can be divided into three categories. random errors, systematic errors and [[Aberration\|aberrations]]. While in the error recovery mode, remedy actions take place for all detected errors.

	==References==		==References==

De728631: /* top */

2016-11-21T01:00:46Z

top

← Previous revision		Revision as of 01:00, 21 November 2016
Line 1:		Line 1:
	{{Multiple issues\|		{{Multiple issues\|
	{{~~Dead end~~\|date=November 2016}}		{{underlinked\|date=November 2016}}
	{{Orphan\|date=November 2016}}		{{Orphan\|date=November 2016}}
	}}		}}

De728631: /* Safety monitoring */ +link

2016-11-21T01:00:20Z

Safety monitoring: +link

← Previous revision		Revision as of 01:00, 21 November 2016
Line 7:		Line 7:

	==Safety monitoring==		==Safety monitoring==
	If there is a need for workers in an automated system, a safety monitoring is required for the safety of the workers. In a safety monitoring various steps can take place including a complete stop of the system, sounding an alarm or reducing the operating speed. Usually, limiting switches are sensors like temperature probes, heat and smoke detectors or pressure sensitive floor pads.		If there is a need for workers in an automated system, a safety monitoring is required for the [[occupational safety and health]] of the workers. In a safety monitoring various steps can take place including a complete stop of the system, sounding an alarm or reducing the operating speed. Usually, limiting switches are sensors like temperature probes, heat and smoke detectors or pressure sensitive floor pads.

	==Maintenance and repair diagnostics==		==Maintenance and repair diagnostics==

De728631: added Category:Automation; removed {{uncategorized}} using HotCat

2016-11-21T00:57:24Z

added Category:Automation; removed {{uncategorized}} using HotCat

← Previous revision		Revision as of 00:57, 21 November 2016
Line 19:		Line 19:
	*Boucher, T.O., ''Computer Automation in Manufacturing'', Chapman & Hall, London, 1996		*Boucher, T.O., ''Computer Automation in Manufacturing'', Chapman & Hall, London, 1996


	{{Uncategorized\|date=November 2016}}

			[[Category:Automation]]