Protection against electric shocks and electrical fires: Difference between revisions
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When the fault current-loop impedance is particularly high <br> | When the fault current-loop impedance is particularly high <br> | ||
=== [[Implementation of the IT system|Implementation of the IT system ]]<br> === | === [[Implementation of the IT system|Implementation of the IT system]]<br> === | ||
Preliminary conditions <br> | Preliminary conditions <br> | ||
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Protection against indirect contact <br> | Protection against indirect contact <br> | ||
High-sensitivity RCDs <br> | [[High-sensitivity RCDs|High-sensitivity RCDs]] <br> | ||
Protection in high fire-risk locations <br> | [[Protection in high fire-risk locations|Protection in high fire-risk locations]] <br> | ||
When the fault current-loop impedance is particularly high <br> | [[When the fault current-loop impedance is particularly high|When the fault current-loop impedance is particularly high]] <br> | ||
=== [[Residual current differential devices (RCDs)|Residual current differential devices (RCDs)]] <br> === | === [[Residual current differential devices (RCDs)|Residual current differential devices (RCDs)]] <br> === | ||
Revision as of 08:45, 2 February 2011
Electrical protection of persons
Protection against electric shock
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
Protective measures
Coordination of residual current protective devices
Implementation of the TN system
Preliminary conditions
Protection against indirect contact
High-sensitivity RCDs
Protection in high fire-risk locations
When the fault current-loop impedance is particularly high
Implementation of the IT system
Preliminary conditions
Protection against indirect contact
Protection in high fire-risk locations
When the fault current-loop impedance is particularly high
Residual current differential devices (RCDs)
Types of RCDs
Description
Sensitivity of RDCs to disturbances
Downloads
2010 edition in English: F-Protection against electric shocks
2010 edition in French:
F-La protection contre les chocs electriques 1
F-La protection contre les chocs electriques 2
