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Low energy consumption
Extended foil design & Extremely robust construction

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


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

Manufactured Using State-of-Art Metalisation Process For MPP Film with Heavy
Soft Biodegradable Resin as Impregnant


Soft biodegradable resin as impregnant
Manufactured using state-of-art metalisation process for MPP film with heavy

Soft Biodegradable Resin as Impregnant
Self Healing Property & Low Energy Consumption

Self Healing Property & Low Energy Consumption
Soft Biodegradable Resin as Impregnant


Self Healing Property & Low Energy Consumption
Capable of Withstanding High Inrush Current (Upto 500 IR)

Capable of Withstanding High Inrush Current (Upto 500 IR)
Self Healing Property & Low Energy Consumption


Capable of withstanding high inrush current (Upto 400 IR)
Compact size & light weight, Self healing property & Low

Manufactured using state-of-art metalisation process for MPP film with heavy
Soft biodegradable resin as impregnant

Very High Life Expectancy Upto 2,00,000 Operating Hours (-40/D)
Ca



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


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

Square Compact Design
50kVAR Heavy-duty Capacitor

Compact size & light weight, Self healing property & Low
Manufactured using state-of-art wavecut technology for MPP film with heavy




Self healing property & Low energy consumption
Soft biodegradable resin as impregnant


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
Manufactured Using State-of-Art Metalisation Process For MPP Film with Heavy

Dry-type, freedom from oil leakage
Manufactured using state-of-art wavecut technology for MPP film with heavy



Three phase safety device in the form of pressure sensitive
Easy & quick repairability at site

Specially Designed for Capacitor Switching
Reduces Inrush Current Damage

20KVAr Power Rating
Double Dielectric Safety

Manufactured Using State-of-Art Wavecut Technology For MPP Film With Heavy
Very High Life Expectancy Upto 2,00,000 Operating Hours (-40/D)

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

Low energy consumption
Extended foil design & Extremely robust construction

Manufactured Using State-of-Art Metalisation Process For MPP Film with Heavy
Safety Device in the Form of Pressure Sensitive (Over Pressure)
Hang on, Loading More
Most Recent Review
Reliable Unit
Delivers without fluctuations.
Reema | May 7, 2024
You can easily buy Capacitors for Fan, Submersible, AC, and Motors online at Moglix. Shop online by browsing through the extensive collection at Moglix.com. You can now buy branded Capacitors online at attractive prices with special discounts from Moglix. If you have been shirking from buying branded Capacitors because of the prices, here is your chance to bag a great deal! Save loads of money by buying Capacitors online from Moglix. Capacitors are available in 1, 2, 3, 5, 10, 15, 20, 25 and More different kvar
What are the two main functions of capacitors?
Capacitors primarily store electrical energy and smooth out voltage fluctuations in circuits. They act as temporary energy reservoirs, releasing power when needed and stabilizing voltage for consistent operation.
What is a capacitor used for?
Capacitors store electrical energy, acting like tiny rechargeable batteries. They are crucial in electronics for filtering, smoothing power supplies, and timing circuits, enabling devices to function reliably.
What is the principle of a capacitor?
A capacitor stores electrical energy by accumulating electric charge on two conductive plates separated by an insulating dielectric material. This separation prevents direct current flow, allowing charge to build up and create an electric field.