Protection against fire due to earth faults: Difference between revisions
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{{Menu_Protection_against_electric_shocks}} | {{Menu_Protection_against_electric_shocks}} | ||
The standards consider the damage (mainly fire) of goods due to insulation faults to be high. | The standards consider the damage (mainly fire) of goods due to insulation faults to be high. | ||
Therefore, for location with high risk of fire, 300 mA Residual Current Devices must be used. | Therefore, for location with high risk of fire, 300 mA Residual Current Devices must be used. For the other locations, some standards rely on a technique called "'''G'''round '''F'''ault '''P'''rotection " | ||
For the other locations, some standards rely on a technique called " | |||
{{Manual_TOC | | {{Manual_TOC | | ||
* [[Measures of protection against fire risk with RCDs]] | * [[Measures of protection against fire risk with RCDs]] | ||
* [[Ground Fault Protection (GFP)]] | * [[Ground Fault Protection (GFP)]]}} | ||
}} | |||
[[ru:Защита имущества от ущерба вследствие пробоя изоляции]] | [[ru:Защита имущества от ущерба вследствие пробоя изоляции]] | ||
[[zh:保护商品免受绝缘故障的危害]] | [[zh:保护商品免受绝缘故障的危害]] | ||
Revision as of 03:03, 25 November 2016
The standards consider the damage (mainly fire) of goods due to insulation faults to be high.
Therefore, for location with high risk of fire, 300 mA Residual Current Devices must be used. For the other locations, some standards rely on a technique called "Ground Fault Protection "
ru:Защита имущества от ущерба вследствие пробоя изоляции zh:保护商品免受绝缘故障的危害
