to protect electrical circuits from damage caused by overload or short circuit(passive) are specially designedCircuit Breaker system
if a short circuit occurscausesthe circuit breaker to heat up
by loose(passive) caused byheater circuit
current overloadcausescircuit breaker switch
an independently controllable multicolourledcircuit breaker panel
by lightning strikes within the transmission network(passive) caused bycircuit breaker operation
to protect hospital devices from short circuits and overloads(passive) is designedMedReels circuit breaker
manufactured and tested to comply with the following standards(passive) are designedNQOD circuit breaker panelboards
for overload protection(passive) is designedA " thermal " circuit breaker
for overload protection only(passive) is designedA " thermal " circuit breaker
loose electrical connections(passive) can be caused byA hot circuit breaker
the current during the event ... high enoughto causeheating in the breaker
for maximum performance and durability(passive) are designedMotorcraft circuit breaker
to securely lockout devices(passive) are designedCircuit Breaker Lockouts
to recover after an overload(passive) is designedResettable circuit breaker
to limit the flow of electricity through a given circuit in your home , thus reducing the possibility of a fire due to overloaded circuits(passive) is designedA circuit breaker
to protect the circuit from damage due to a short circuit or overload(passive) is designedThe circuit breaker
to cut off the flow of electricity in a circuit to protect it from a power surge(passive) is designedA circuit breaker
to trip during an overload or short circuit , thereby cutting off the flow of electricity and preventing a fire(passive) is designedA circuit breaker
to stop the power flow through a circuit if there is an excessive amperage drawn on said circuit(passive) is designedA circuit breaker
for overload and over - current protection of your electrical system(passive) is designedcircuit breaker
to trip if a circuit is overloaded to prevent a fire(passive) is designedA circuit breaker
for overload and short - circuit protection of your home electrical system(passive) is designedcircuit breaker
to stop the power flow through a circuit(passive) is designeda circuit breaker
with switch which can protect your devices when short circuit(passive) is designedThe circuit breaker
to trip off when it senses an overload or a short circuit on the circuit it feeds(passive) is designedA circuit breaker
of a contact system , an arc extinguishing system , an operating mechanism , a unbuckling device , and a housing(passive) is generally composedThe circuit breaker
to protect an electrical circuit from damage caused by an overload or a short circuit(passive) is designedA circuit breaker
to protect the electrical circuit from damage due to an overload or short circuit(passive) is designedThe circuit breaker
to protect an electrical circuit from damage caused by power overload(passive) is designedA circuit breaker
to break the circuit when a system is overloaded(passive) is designedA circuit breaker
to protect any damage caused by overload or short circuit(passive) is designeda circuit breaker
to limit the current on a circuit to the rated level measured in amperage for which it(passive) is designedA circuit breaker
to limit the current on a circuit to the rated level ( measured in amperage(passive) is designedA circuit breaker
the relay protection devicesettingcircuit breaker
to protect the circuit components and especially the wiring from overheating and causing a fire(passive) is designedA circuit breaker
to protect your home by tripping and turning off when the wire running from your electrical panel to your appliances or devices(passive) is designedA circuit breaker
to protect the circuit(passive) is designedA circuit breaker
to protect house wires from overheating or causing a short - circuit(passive) is designedCircuit Breaker
to open and close a circuit manually and to open the circuit automatically on a predetermined overload of currentdesignedto open and close a circuit manually and to open the circuit automatically on a predetermined overload of current
using external control valves and an internal heat exchanging coilis designedusing external control valves and an internal heat exchanging coil
and holding circuit 10can be designedand holding circuit 10
my check engine light to turn oncausedmy check engine light to turn on
alsohas ... resultedalso
for the appliance loaddesignedfor the appliance load
for automotive applicationsdesignedfor automotive applications
for automotive applicationsdesignedfor automotive applications
for overload protection onlyis designedfor overload protection only
for automotive fuse block installationdesignedfor automotive fuse block installation
in an exceptional signalresultingin an exceptional signal
a devastating firecould causea devastating fire
all the musiccomposedall the music
to prevent fires by detecting a non - working electrical arc and disconnecting the power before the arc starts a firedesignedto prevent fires by detecting a non - working electrical arc and disconnecting the power before the arc starts a fire
to prevent fires by detecting non - working electrical arcs and disconnect power before the arc starts a firedesignedto prevent fires by detecting non - working electrical arcs and disconnect power before the arc starts a fire
to prevent fires by detecting non - working electrical arcs and disconnect power before the arc starts a firedesignedto prevent fires by detecting non - working electrical arcs and disconnect power before the arc starts a fire
to prevent fires by detecting an unintended electrical arc and disconnecting the power before the arc starts a firedesignedto prevent fires by detecting an unintended electrical arc and disconnecting the power before the arc starts a fire
to prevent fires by detecting an unintended electrical arc and disconnecting the power before the arc starts a firedesignedto prevent fires by detecting an unintended electrical arc and disconnecting the power before the arc starts a fire
to prevent fires by detecting electrical arcs and disconnecting power before the arc starts a firedesignedto prevent fires by detecting electrical arcs and disconnecting power before the arc starts a fire
to prevent fires by detecting a non - working ( i.e. , non - intended / non - useful ) electrical arc and disconnecting the power before the arc starts a firedesignedto prevent fires by detecting a non - working ( i.e. , non - intended / non - useful ) electrical arc and disconnecting the power before the arc starts a fire
to prevent fires by detecting electrical arcs and disconnect power before the arc starts a firedesignedto prevent fires by detecting electrical arcs and disconnect power before the arc starts a fire
to prevent fires by detecting an unintended Electric arc and disconnecting the power before the arc starts a firedesignedto prevent fires by detecting an unintended Electric arc and disconnecting the power before the arc starts a fire
to prevent fires by detecting a non - working ( i.e. , non - intended / non - useful ) electrical arc and disconnect power before the arc starts a firedesignedto prevent fires by detecting a non - working ( i.e. , non - intended / non - useful ) electrical arc and disconnect power before the arc starts a fire
to prevent fires detecting a non - working ( i.e. , non - intended / non - useful ) electrical arc and disconnect the power before the arc starts a firedesignedto prevent fires detecting a non - working ( i.e. , non - intended / non - useful ) electrical arc and disconnect the power before the arc starts a fire
to prevent fires by detecting a non - working electrical arc and disconnecting the power before the arc startsdesignedto prevent fires by detecting a non - working electrical arc and disconnecting the power before the arc starts
to prevent fires by detecting a non - working electrical arc and disconnecting power before the arc start a firedesignedto prevent fires by detecting a non - working electrical arc and disconnecting power before the arc start a fire
to prevent fires by detecting a non - working electrical arc and disconnecting the powerdesignedto prevent fires by detecting a non - working electrical arc and disconnecting the power
to prevent fires by detecting an unintended electrical arc and disconnecting the power before the arcdesignedto prevent fires by detecting an unintended electrical arc and disconnecting the power before the arc
to prevent fires by means of detecting an accidental electrical arc and disconnecting the electricity before the arc starts a firedesignedto prevent fires by means of detecting an accidental electrical arc and disconnecting the electricity before the arc starts a fire
to stop fires by sensing non - functional electrical arcs and disconnect power before the arc starts a firedesignedto stop fires by sensing non - functional electrical arcs and disconnect power before the arc starts a fire
for overload and over - current protection of an electrical systemdesignedfor overload and over - current protection of an electrical system
to prevent fires caused by electrical arcis designedto prevent fires caused by electrical arc
to avoid fires by detecting dangerous electrical arc in electrical circuitsdesignedto avoid fires by detecting dangerous electrical arc in electrical circuits
to safely shut off all 6 power outletsdesignedto safely shut off all 6 power outlets
to protect circuit wiring and appliancesare designedto protect circuit wiring and appliances
to protect a circuit against excessive current by opening the circuitdesignedto protect a circuit against excessive current by opening the circuit
to prevent circuits from overloading a single circuit breakeris designedto prevent circuits from overloading a single circuit breaker
to prevent electrical injuries and firesis designedto prevent electrical injuries and fires
a fire at a power substationcauseda fire at a power substation
to trip when subjected to a fault currentdesignedto trip when subjected to a fault current