Impregnated Transformer with H Class Insulation
  • Impregnated Transformer with H Class Insulation - 0 Impregnated Transformer with H Class Insulation - 0

Impregnated Transformer with H Class Insulation

DAYA electrical is a large-scale Impregnated Transformer with H Class Insulation manufacturer and supplier in China. We have been specialized in High voltage equipment for many years. Our products have a good price advantage and cover most of the South America, Middle East, Africa, Southeast Asia markets. We look forward to becoming your long-term partner in China.Be it energy supply corporations, industry or power stations, any owner or user of primary distribution systems for medium voltage places high demands on the switchgear. These include reliable technology, ease of operation, and economy. With our complete range of circuit breaker and switchgear systems for medium-voltage, Siemens sets the standards when it comes to reliable and efficient solutions

Send Inquiry

Product Description

DAYA Impregnated Transformer with H Class Insulation Details

VPI Transformers utilise high temperature class H rated insulation – products such as Nomex, Glastic, Kapton and Glass Tape, etc. form the insulating materials, with the windings being dried out and vacuum / pressure impregnated using a silicone or polyester based varnish before being baked to cure the varnish.

In a vacuum impregnated transformer the primary and secondary winding is impregnated with resin within a vacuum chamber. The winding is made in the form of foil or strip. For higher voltage applications the winding is made in the form of a disc. The winding can be physically seen by opening the door of the transformer.

DAYA Impregnated Transformer with H Class Insulation Parameters

Maximum Power Rating

Up to 12,000kVA

Primary Voltage

Up to 25kVAC

Temperature Rise

150° standard

Basic Impulse Levels

10 to 95kV

Insulation

Class H – 220°C

Transformer Core

Non-aging, grain oriented, silicon steel

Enclosure

NEMA 1, NEMA 3R or NEMA 4

Additional NEMA rated and specialty enclosure options available

Cooling

Forced air, direct water or heat exchanger system

DAYA Impregnated Transformer with H Class Insulation Advantages

A Impregnated Transformer with H Class Insulation is no doubt a ground-breaking solution.

That makes it a lot simpler to handle the various challenges of electrical distribution.

You see,RMU is considered an all-in-one solution.

It’s also safe, simple to install and maintenance free switchgear.

It helps the utilities enhance uptime and reliability of the network.

It also lessens operational expenses.

Smart Capabilities

If fitted along with Intelligent Electronic Devices, aImpregnated Transformer with H Class Insulation is simple to integrate.

Safety & Performance

In case you didn’t know yet, the latest technology and compact design of theImpregnated Transformer with H Class Insulation guarantee total efficiency, reliability, connectivity, and safety.

Cost & Time Savings

AImpregnated Transformer with H Class Insulation is a switchgear and is simple to install.

If you use this, you can expect to save in commission and installation time.

What’s more;

AImpregnated Transformer with H Class Insulation is also independent of climate.

They are resistant to any environmental conditions.

The maintenance and operation expenses of such units are low as well.

Feature-Rich Compact Designs

Ultimately, RMU is an SF6 insulated compact switchgear.

It is geared with a vacuum circuit breaker and an SF6 switch disconnector.

Its compact design needs the least possible space to set up and operate.

In the modern power distribution system, RMU is widely utilized across the globe.

They are used to meet the growing necessity of reliable energy.

It is one solution along with comprehensive capabilities.

 

Hot Tags: Impregnated Transformer with H Class Insulation, China, Factory, Manufacturers, Suppliers, Price

Related Categories

Send Inquiry

Please feel free to fill your inquiry in the form below. We will reply you in 24 hours.
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy