Template:Menu Protection against electric shocks: Difference between revisions

From Electrical Installation Guide
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* [[Electrical protection of persons]]
* [[Protection against electrick shock]]
** [[Electric shock]]
* [[Types of protection against electric shock]]
** [[Fundamental rule of protection]]
* [[Additional protection: High sensitivity RCDs]]
** [[Direct and indirect contact]]
* [[Protection against direct contact]]
** [[Measures of protection against direct contact]]
** [[Additional measure of protection against direct contact]]
* [[Protection against indirect contact]]
** [[Measures of protection: two levels]]
** [[Automatic disconnection for TT system]]
** [[Automatic disconnection for TN systems]]
** [[Automatic disconnection on a second fault in an IT system]]
** [[Measures of protection against direct or indirect contact without automatic disconnection of supply]]
* [[Protection of goods in case of insulation fault]]
** [[Measures of protection against fire risk with RCDs]]
** [[Ground Fault Protection (GFP)]]
* [[Implementation of the TT system]]
* [[Implementation of the TT system]]
** [[TT system - Protective measures|Protective measures]]
** [[TT system - Principle|Principle]]
** [[TT system - Coordination of residual current protective devices|Coordination of residual current protective devices]]
** [[TT system - Practical aspects|Practical aspects]]
* [[Implementation of the TN system]]
* [[Implementation of the TN system]]
** [[TN system - Principle|Principle]]
** [[TN system - Preliminary conditions|Preliminary conditions]]
** [[TN system - Preliminary conditions|Preliminary conditions]]
** [[TN system - Protection against indirect contact|Protection against indirect contact]]
** [[TN system - Earth-fault current calculation|Earth-fault current calculation]]
** [[TN system - High-sensitivity RCDs|High-sensitivity RCDs]]
** [[TN system - High fault current-loop impedance|High fault current-loop impedance]]
** [[TN system - Protection in high fire-risk locations|Protection in high fire-risk locations]]
* [[Implementation of the IT system]]
** [[TN system - When the fault current-loop impedance is particularly high|When the fault current-loop impedance is particularly high]]
** [[IT system - Principle|Principle]]
* [[Implementation of the IT system]]
** [[IT system - Fault protection|Fault protection]]
** [[IT system - Preliminary conditions|Preliminary conditions]]
** [[IT system - Implementation of protections|Implementation of protections]]
** [[IT system - Protection against indirect contact|Protection against indirect contact]]
** [[IT system - Practical aspects|Practical aspects]]
** [[IT system - High-sensitivity RCDs|High-sensitivity RCDs]]
* [[Residual Current Devices (RCDs)]]
** [[IT system - Protection in high fire-risk locations|Protection in high fire-risk locations]]
** [[IT system - When the fault current-loop impedance is particularly high|When the fault current-loop impedance is particularly high]]
* [[Residual current devices (RCDs)]]
** [[Description of RCDs]]
** [[Description of RCDs]]
** [[Form factors of RCDs]]
** [[Types of RCDs]]
** [[Types of RCDs]]
** [[Sensitivity of RCDs to disturbances]]
** [[Sensitivity of RCDs to disturbances]]
* [[Arc Fault Detection Devices (AFDD)]]
** [[Coordination of residual current protective devices]]
* [[Other protective measures against electrick schocks]]
** [[Extra Low Voltage (ELV)]]
** [[The electrical separation of circuits]]
** [[Class II equipment]]
** [[Out-of-arm’s reach or interposition of obstacles]]
* [[Protection against electrical fire risks]]
** [[Fires of electrical origin]]
** [[Protection against fire due to earth faults]]
** [[Protection against arc faults in cables and connections (AFDD)]]
** [[Protection against electrical fire risks - synthesis]]
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[[Category:Chapter - Protection against electric shocks]]
[[Category:Chapter - Protection against electric shocks and electric fires]]
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Revision as of 19:39, 10 April 2018

This page is currently being updated (as well as other pages in the same chapter), so you may encounter temporary inconsistencies in the content, or non-working links in navigation bar... We do our best to finalize these updates as fast as possible and to minimize the impact for visitors.

General rules of electrical installation design
Connection to the MV utility distribution network
Connection to the LV utility distribution network
MV and LV architecture selection guide for buildings
LV Distribution
Protection against electric shocks and electric fires
Sizing and protection of conductors
LV switchgear: functions and selection
Overvoltage protection
Energy Efficiency in electrical distribution
Power Factor Correction
Power harmonics management
Characteristics of particular sources and loads
PhotoVoltaic (PV) installation
Residential and other special locations
ElectroMagnetic Compatibility (EMC)
Measurement