Difference between revisions of "Translations:Grounding system/15/en"

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#A ground fault occurs between a grounded piece of equipment and an ungrounded conductor (wire).
 
#A ground fault occurs between a grounded piece of equipment and an ungrounded conductor (wire).
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#The equipment grounding conductor has a connection - due to the system ground - to the grounded conductor. The current follows it because it is a low resistance path to the grounded conductor, which completes the circuit.
+
#The equipment grounding conductor has a connection - due to the system ground - to the grounded conductor of the circuit. The current follows it because it is a low resistance path to the grounded conductor, which completes the circuit.
 
#The current reaches the grounded conductor and this effectively creates a [[Special:MyLanguage/Electricity and energy#Circuits|short-circuit]] which causes the inverter to supply large a amount of current to the newly created low-resistasnce circuit.  
 
#The current reaches the grounded conductor and this effectively creates a [[Special:MyLanguage/Electricity and energy#Circuits|short-circuit]] which causes the inverter to supply large a amount of current to the newly created low-resistasnce circuit.  
 
#This high current flow will be identified by the inverter electronics, residual current device (RCD) or an overcurrent protection device (OCPD) as a fault, which will cause the one of them to trip and [[Special:MyLanguage/Electricity and energy#Circuits|open]] (disconnect) the circuit. A RCD or inverter electronics will react quicker than an OCPD.
 
#This high current flow will be identified by the inverter electronics, residual current device (RCD) or an overcurrent protection device (OCPD) as a fault, which will cause the one of them to trip and [[Special:MyLanguage/Electricity and energy#Circuits|open]] (disconnect) the circuit. A RCD or inverter electronics will react quicker than an OCPD.

Latest revision as of 08:54, 15 February 2021

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Message definition (Grounding system)
#A ground fault occurs between a grounded piece of equipment and an ungrounded conductor (wire).
#The equipment grounding conductor has a connection - due to the system ground - to the grounded conductor of the circuit. The current follows it because it is a low resistance path to the grounded conductor, which completes the circuit.
#The current reaches the grounded conductor and this effectively creates a [[Special:MyLanguage/Electricity and energy#Circuits|short-circuit]] which causes the inverter to supply large a amount of current to the newly created low-resistasnce circuit. 
#This high current flow will be identified by the inverter electronics, residual current device (RCD) or an overcurrent protection device (OCPD) as a fault, which will cause the one of them to trip and [[Special:MyLanguage/Electricity and energy#Circuits|open]] (disconnect) the circuit. A RCD or inverter electronics will react quicker than an OCPD.
Translation#A ground fault occurs between a grounded piece of equipment and an ungrounded conductor (wire).
#The equipment grounding conductor has a connection - due to the system ground - to the grounded conductor of the circuit. The current follows it because it is a low resistance path to the grounded conductor, which completes the circuit.
#The current reaches the grounded conductor and this effectively creates a [[Special:MyLanguage/Electricity and energy#Circuits|short-circuit]] which causes the inverter to supply large a amount of current to the newly created low-resistasnce circuit. 
#This high current flow will be identified by the inverter electronics, residual current device (RCD) or an overcurrent protection device (OCPD) as a fault, which will cause the one of them to trip and [[Special:MyLanguage/Electricity and energy#Circuits|open]] (disconnect) the circuit. A RCD or inverter electronics will react quicker than an OCPD.
  1. A ground fault occurs between a grounded piece of equipment and an ungrounded conductor (wire).
  2. The equipment grounding conductor has a connection - due to the system ground - to the grounded conductor of the circuit. The current follows it because it is a low resistance path to the grounded conductor, which completes the circuit.
  3. The current reaches the grounded conductor and this effectively creates a short-circuit which causes the inverter to supply large a amount of current to the newly created low-resistasnce circuit.
  4. This high current flow will be identified by the inverter electronics, residual current device (RCD) or an overcurrent protection device (OCPD) as a fault, which will cause the one of them to trip and open (disconnect) the circuit. A RCD or inverter electronics will react quicker than an OCPD.
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