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Lauritz Knudsen Exora Isolator 40A DP 240V AC

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Lauritz Knudsen Exora Isolator 40A DP 240V AC

Isolators are used in electrical installations to make, carry, and break circuit current
  • The Isolator ensures that the circuit remains completely isolated
Discount Percentage Between 0-10 %
Operating Temperature Range -5°C to +50°C
Electrical life (Operating Cylces) 10000
Tightening Torque 4Nm
Termination capacity 35 Sq. mm (Rigid) 25 Sq. mm (Flexible)
Mechanical Life (Operating Cycles) 100000
No. of Poles DP
Conformance to standards EN/IEC 60947-3
Rated Insulation Voltage Ui (V) 500V
Rated Frequency 50Hz
Rated Impulse Voltage 4kV
Current Rating 40A
Rated Operational voltage (Ue) 240V
Conformance to Standards EN/IEC 60947-3
Length(mm) 74.5
Height(mm) 87.3
Breadth(mm) 35

 

Electrical Isolator - Types, Working & Its Applications

Electrical Isolator - Types, Working & Its Applications

An electrical isolator switch is actually a switching device mainly used for the purpose of de-energizing a circuit for the purpose of maintenance and other similar processes. Standardly referred to as isolation switches, it’s a device that is intended to isolate circuits most efficiently.

What is the difference between a Circuit Breaker and Isolator?

What is the difference between a Circuit Breaker and Isolator?

Circuit breakers and isolators are both devices used for safeguarding electrical systems. While they may appear similar in design for a novice user, a closer examination reveals distinct differences in design, operation, and intended usage. In this article, we look at the unique characteristics of circuit breakers and isolators and their importance in electrical engineering.
$1.46

Original: $4.17

-65%
Lauritz Knudsen Exora Isolator 40A DP 240V AC—

$4.17

$1.46

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Description

Isolators are used in electrical installations to make, carry, and break circuit current
  • The Isolator ensures that the circuit remains completely isolated
Discount Percentage Between 0-10 %
Operating Temperature Range -5°C to +50°C
Electrical life (Operating Cylces) 10000
Tightening Torque 4Nm
Termination capacity 35 Sq. mm (Rigid) 25 Sq. mm (Flexible)
Mechanical Life (Operating Cycles) 100000
No. of Poles DP
Conformance to standards EN/IEC 60947-3
Rated Insulation Voltage Ui (V) 500V
Rated Frequency 50Hz
Rated Impulse Voltage 4kV
Current Rating 40A
Rated Operational voltage (Ue) 240V
Conformance to Standards EN/IEC 60947-3
Length(mm) 74.5
Height(mm) 87.3
Breadth(mm) 35

 

Electrical Isolator - Types, Working & Its Applications

Electrical Isolator - Types, Working & Its Applications

An electrical isolator switch is actually a switching device mainly used for the purpose of de-energizing a circuit for the purpose of maintenance and other similar processes. Standardly referred to as isolation switches, it’s a device that is intended to isolate circuits most efficiently.

What is the difference between a Circuit Breaker and Isolator?

What is the difference between a Circuit Breaker and Isolator?

Circuit breakers and isolators are both devices used for safeguarding electrical systems. While they may appear similar in design for a novice user, a closer examination reveals distinct differences in design, operation, and intended usage. In this article, we look at the unique characteristics of circuit breakers and isolators and their importance in electrical engineering.
Lauritz Knudsen Exora Isolator 40A DP 240V AC | TheElectricOnline