1.2KV 1200A Low Voltage Molded Tri-angle Flange Plastic Transformer Bushings

• Customization: Available
• Application: Power, Electronic, Low-voltage
• Certification: ISO9001
• Model NO.: 1.2kV 1200A
• Usage: Distribution Transformer, Insulation, Electrical Installation, Transformer
• Brand: NJREC or OEM
• Type: Epoxy Resin Bushings
• Material: Epoxy Resin
• Color: Black/Golden
• Structure: Tri-Clamp
• Delivery: 30 Days
• Transport Package: Carton/Wooden Pallet
• Trademark: NJREC
• Origin: China
• HS Code: 85469010

Product Description

Product Description

Molded Integral Lv bushings
Part Code	Current Rating (A)	Voltage Rating (volts)	60Hz 1min withstands voltage(kV)	BIL Rating (kV)	Conductor Diameter (inches)
3BE3-600G01	600	1.2	11	30	5/8"
3BE3-1200G01	1200	1.2	11	30	1.0"

The 3BE3 series Molded Integral Bushings are designed for pad-mounted distribution transformers.

The bushings are molded from a high-performance glass-reinforced resin system and copper studs (C11000).

Features and Advantages

Dimensional Interchangeable

The molded integral bushings are dimensionally interchangeable with most similar

bushings available on the market. These interchangeable dimensions include the bolt circle

for the integral mounting flange, the tank wall hole size, the conductor stud diameter, the

internal connecting of one hole spade, and the external threaded size.

Integral flange

The mounting flange on bushings is molded as an integral part of the bushing. It abates a

separate mounting flange.

High-performance insulation body

The insulation body of the bushings is molded from a high-performance nylon resin system.

This glass-reinforced high-temperature nylon resin is a highly reliable thermoplastic that

fulfills the required application needs for strength, temperature stability, and low moisture

absorption, in the environment associated with the intended application to pad-mounted

The internal and external structure of the conductor can be designed based on the client's requirements.

All bushings are leak-tested before they are finished.
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------