11 KV Off Circuit Tap Changer

Name: 11 KV Off Circuit Tap Changer
Brand: Trafotap Electricals
Price: 2500 INR
Availability: InStock

Price 2500 INR/ Unit

Get a Price/Quote

MOQ : 10 Units

11 KV Off Circuit Tap Changer Specification

Feature
Manual tap selection

Mounting Type
Bolted

Product Type
Off Circuit Tap Changer

Application
For Change The Transmission Ratio

Frequency (MHz)
50 Hz

Rated Voltage
11 kV

Color
Grey

Size
Standard

Phase
Three Phase

Material
Iron

Connection Type
Screw terminal

No Of Poles
3

Voltage Withstand
48 kV

Operation
Hand-operated

Phase Configuration
Triple pole

Current Rating
2200 A

Usage Area
Outdoor/indoor

Transformer Type
Power transformer

Contact Material
Copper alloy

Set Contains
2 Piece

11 KV Off Circuit Tap Changer Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About 11 KV Off Circuit Tap Changer

Introducing the latest 11 KV Off Circuit Tap Changer, meticulously crafted for breathtaking performance in power transformer applications. With a commanding current rating of 2200 A and an impressive voltage withstand of 48 kV, this set of two pieces is highlighted by its manual tap selection for reliable operation. Decorated with premium copper alloy contacts and robust iron construction, it offers reduced downtime during maintenance. Suitable for both outdoor and indoor installation, this triple-pole, three-phase changer ensures superior functionality in transmission ratio adjustment, ensuring operational excellence in every use.

Exceptional Features and Commercial Applications

The 11 KV Off Circuit Tap Changer is highlighted for its manual, hand-operated tap selection, and robust triple-pole configuration, making it ideal for both indoor and outdoor power transformer installations. Its breathtaking current rating and reduced operational complexity enable commanding performance in commercial electrical grids, substations, and industrial power systems. Decorated with durable copper alloy contacts, it is used for changing the transmission ratio, ensuring continuous efficiency and reliability within high-demand environments.

Premium Delivery, Quality Supply, and Trusted Certifications

Our premium 11 KV Off Circuit Tap Changer is supplied with a commitment to timely dispatching and customer satisfaction. Standard delivery times are efficiently managed, ensuring prompt arrival at your location anywhere in India. Samples can be arranged upon request to help evaluate product fitment. Each tap changer is manufactured to stringent standards and comes with all necessary certifications, offering you confidence in compliance, performance, and safety.

FAQ's of 11 KV Off Circuit Tap Changer:

Q: How does the manual tap selection feature benefit transformer operations?

A: The manual tap selection allows precise adjustment of the transmission ratio, providing greater flexibility and control over transformer output to suit varying operational requirements.

Q: What is the process for installing the 11 KV Off Circuit Tap Changer?

A: Installation involves secure bolted mounting and screw terminal connections, followed by hand-operated adjustment to set the desired tap, ensuring safe and straightforward setup for both indoor and outdoor settings.

Q: When is it necessary to use an off circuit tap changer in power systems?

A: An off circuit tap changer is used when adjustments need to be made to the transformer's transmission ratio while the transformer is de-energized, helping to optimize voltage regulation during maintenance or configuration changes.

Q: Where can the 11 KV Off Circuit Tap Changer be deployed?

A: It is suitable for use in commercial power stations, industrial facilities, substations, and any application where precise voltage control for three-phase power transformers is required.

Q: What commercial sectors benefit most from this tap changer?

A: Utility companies, industrial plants, and grid operators benefit from its high current capacity, safety, and ease of maintenance, supporting efficient and reliable power distribution networks.