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Self healing property & Low energy consumption
Three phase safety device in the form of pressure sensitive

Leakproof CRCA sheet steel Container.
Low energy consumption

Soft Biodegradable Resin as Impregnant
Safety Device in the Form of Pressure Sensitive (Over Pressure)


Very High Life Expectancy Upto 2,00,000 Operating Hours (-40/D)
Self Healing Property & Low Energy Consumption

High Over Loading Capability & Low Weight in Case of
Highest Linearity, Low Risk of Reactor Tilting & Low Losses


High Over Loading Capability & Low Weight in Case of
Highest Linearity, Low Risk of Reactor Tilting & Low Losses

Capable of withstanding high inrush current (Upto 400 IR)
Dry-type, freedom from oil leakage

Extended foil design & Extremely robust construction
Provided with internal element fuse


Provided with internal element fuse
Low energy consumption


Provided with internal element fuse
Extended foil design & Extremely robust construction

Manufactured using state-of-art metallization process for MPP film with heavy
Three phase safety device in the form of pressure sensitive

Self healing property & Low energy consumption
Easy & quick repairability at site

Three phase safety device in the form of pressure sensitive
Self healing property & Low energy consumption


Extended foil design & Extremely robust construction
Provided with internal element fuse

Overpressure disconnector, Compact size
Insulated flexible wire terminals



Three phase safety device in the form of pressure sensitive
Self healing property & Low energy consumption

Life expectancy of up to 80000 hours at temperature class
Overpressure disconnector, Compact size

Dry-type, freedom from oil leakage
Compact size & light weight, Self healing property & Low

Safety device in the form of pressure sensitive (over pressure)
Self healing property & Low energy consumption

Highest Linearity, Low Risk of Reactor Tilting & Low Losses
High Over Loading Capability & Low Weight in Case of

Easy & quick repairability at site
Manufactured using state-of-art metallization process for MPP film with heavy

Highest Linearity, Low Risk of Reactor Tilting & Low Losses
High Over Loading Capability & Low Weight in Case of

Th
Capable of withstanding high inrush current (Upto 400 IR)

Manufactured using state-of-art metalisation process for MPP film with heavy
Safety device in the form of pressure sensitive (over pressure)

Self Healing Property & Low Energy Consumption
Ca

High Over Loading Capability & Low Weight in Case of
Highest Linearity, Low Risk of Reactor Tilting & Low Losses


Three phase safety device in the form of pressure sensitive
Self healing property & Low energy consumption

Extended foil design & Extremely robust construction
Provided with internal element fuse


Manufactured Using State-of-Art Metalisation Process For MPP Film with Heavy
Self Healing Property & Low Energy Consumption
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