FUJI Capacitor 3.5uF

Part No.	1.B.6.P.400.035
Rated Capacitance	3.5 µF~60µF
Rated Voltage	400 VAC
Size L	39.5 mm
Size W	19 mm
Size H	26.5 mm
Frequency	50/60 Hz
Capacitance Tolerance	±5%, ±10% (Others on Request)
Rated Temperature	-40/+70°C/21
Casing	Plastic Casing

₨ 240

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Ready to ship in 1 business day from Pakistan

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Vendor Information

Store Name: EM Mall
Vendor: EM Mall
Address: Tikon Park, Shahrah-e-Liaquat, Aram Bagh
Karachi - SD
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Warranty Policy

Eligibility: Exchange or return within 3 days from the purchase date.

Conditions: Items must be unused and in the original packaging.

Exclusions: Missing parts, Wrong product received, Defective or not working items

Shipping

Vendor Info

Warranty Policy

Ready to ship in 1 business day from Pakistan

Vendor Information

Store Name: EM Mall
Vendor: EM Mall
Address: Tikon Park, Shahrah-e-Liaquat, Aram Bagh
Karachi - SD
No ratings found yet!

Eligibility: Exchange or return within 3 days from the purchase date.

Conditions: Items must be unused and in the original packaging.

Exclusions: Missing parts, Wrong product received, Defective or not working items

Description

Series I.O

Applications

This series of capacitors has been designed in oval shape according to VDE 0560-8 FPU class, UL-810, IEC-252-1 for all types of A.C. applications, where high degree of protection against explosion or fire is required.

Such as:

Air Conditioners
Washing Machines
Refrigerators
Power Factor correction
Single phase motors

Construction

The capacitors are filled with oil and are housed in an aluminum casing having an explosion and fire proof system. This system is based on the bulging of the upper deck of the capacitor following an internal over pressure which disconnects the internal connection. In this way the capacitor is disconnected from the mains before the casing reaches its limited of over pressure causing explosion or fire.

An increase in the internal pressure is caused by the chemical decomposition of polypropylene film in areas where long and frequent self-healing discharge occur e.g. at the end of the capacitor’s life span or in case of an improper use of the capacitor.