How is Circuit Protection Important? Panasonic semiconductor supplier
All the appliances that we are using for heating, lighting, etc have electrical circuits. Electricity from power stations is being provided to them via various transmitters and distribution networks.
Circuit Protection is necessary because it protects you and your property in case of an electrical fault. In case, there is a short circuit or faulty wiring, there is a high risk of injury.
Panasonic semiconductor supplier |
All these electrical circuits have maximum limits for the current which in the case that exceeds their limit, causes overheating, which can cause fire to break out.
How does Circuit Protection work?
● Circuit protection is basically ensured by
tripping the circuit.
● The supply of electricity is cut off to that
distinct circuit automatically.
● Cutting off electricity prevents the wire
from overheating and potentially causing fire and other hazardous situations.
Circuit Protection Devices
● Fuses: Fuses are the most traditional
method of circuit protection. They need to be replaced whenever the fuse
‘blows’.
● Miniature Circuit Breaker: MCBs or
Miniature Circuit Breakers are modern Circuit Protection devices. Unlike fuses,
there don’t need to be replaced after they drip down but simply turn up to
restore the power.
● Residual Current Devices: RCDs or
Residual Current Devices stop the electrical current when identifying an
abnormality in its flow. The advantage RCDs have over MCBs is that they can be
used for more than one circuit.
● Residual Current Breaker and Overload Protection: RCBOs or Residual Current Breaker and Overload Protection are
essentially a combination of RCDs and MCBs. They offer the maximum level of
circuit protection.
If you are looking for a Panasonic
Electronic Components distributor, Check out our website The Components Store. We
provide 100 percent unique products at affordable prices. We are a Panasonic semiconductor supplier
who provides you with electronic products at the earliest. Visit our website
for more information.
Comments
Post a Comment