The document discusses the differences and functionalities between a 3 phase switch, circuit breakers, and isolator switches, highlighting that circuit breakers can handle more power while isolator switches disconnect circuits without load. It emphasizes the importance of isolator switches in ensuring safety during maintenance and preventing electric arcs. Additionally, the document provides purchasing information for isolator switches from a specific supplier.

1. 3 phase switch
Uses, Types, And Working Principles

2. Difference between a 3 phase Switch and a Circuit Breaker
 One of the major differences between a
Switch and a Circuit Breaker is how they
work.
 Circuit breakers can handle more power
than an Isolator.
 An Isolator Switch works only when there
is no electrical load.
 A Circuit Breaker can work with a load, but
only when it is closed.
 An Isolator Switch is also designed to
disconnect a circuit after it is closed.

3.  Another major difference between a 3
Phase Switch and a main switch is their
capacity.
 A main switch has a higher capacity, and is
a better choice for a larger circuit.
 An Isolator Switch has an upper limit on its
current rating, so a high-quality one is
important.
 The Isolator Switch is an integral part of
any electrical circuit and is an important
piece of equipment in the process of
manufacturing.
Capacitance

4.  A Switch is a mechanical switch that
separates two electrical circuits.
 The two contacts of an Isolator Switch are
male and female.
 The male will connect to the female, while
the other will connect to the other.
 The two will also rotate in opposite
directions.
 An Isolator Switch will also be able to earth
an interconnected circuit.
Features of Switches

5.  An Isolator Switch is a device that
disconnects an electrical circuit from a line.
 Its main purpose is to ensure the safety of
maintenance work.
 The Isolator switch is used to prevent
electric arcs from forming during a fault.
 The Isolator is used in a wide variety of
different situations.
 typical application of an isolator is to
isolate a portion of an electric circuit.
Isolator Switch

6.  An Isolator Switch is a mechanical switch
that isolates a circuit.
 It is often used to isolate a part of an
electrical circuit that is not under load.
 Generally, an isolator switch is not meant
to operate while current is flowing.
 It should be operated when the circuit is
unloaded.
 The Isolator should be in a location where
it can be easily accessed by an electrician.
Isolator Switch as a Mechanical Device

7. You Can Buy This Product Online In UK.
Enrgtech have 3 phase switch.
you can order here the product
https://www.enrgtech.co.uk/product/non-fused-switch-disconnectors/ET14160907/30AXTN2
Where to Buy

8. Holroyd business centre | carrbottom road, bradford bd5 9bp |
sales@enrgtech.co.uk
https://www.facebook.com/enrgtech-104449413431998
https://www.youtube.com/channel/ucjqyckmvvjysglzvi3wjc9g
https://www.enrgtech.co.uk/product/non-fused-switch-disconnectors/ET14160907/30AXTN2
Contact Us

9. Thank You