Send Inquiry

Request To Call Back

Current Balancing Transformers

Get a Price/Quote

MOQ : 1 Set

Current Balancing Transformers Specification

Rated Voltage
415 V

Voltage Booster Type
No Booster, Balancing only

Capacity
Varies from 63 kVA to 2000 kVA

Dimension (L*W*H)
Custom as per design, e.g., 950 x 600 x 1050 mm

Operating Temperature
-25C to +50C

Cooling Type
ONAN (Oil Natural Air Natural)

Load Loss
As per IS/IEC Standard

Coil Material
Electrolytic Copper

High Voltage
11 kV / 6.6 kV / Custom

Low Voltage
0.433 kV / 0.230 kV

Product Type
Current Balancing Transformer

Material
Copper windings, laminated silicon steel core, epoxy resin cast

Output
3 Phase AC

Frequency (MHz)
50/60 Hz

Efficiency
>98%

Phase
Three Phase

Usage
For current balancing in electrical circuits and equipment

Coil Structure
Toroidal / Layer Wound

Coil Number
Three / Multiple

Power Scope
Upto 2000 kVA

Weight
130-500 kg (varies by rating)

About Current Balancing Transformers

Our company brings forth an extensive assortment of Balancing Transformers. These transformers are manufactured in our advanced manufacturing unit using optimum quality components with the aid of advanced manufacturing techniques under the guidance of skilled team of professionals. Clients can avail these Balancing Transformers from us in various specifications as per their requirements and at reasonable rates.

Key Features:

Rugged structure
Low power consumption
Unmatched performance
Long operational life

Engineered for High Performance and Safety

Current Balancing Transformers are expertly crafted to deliver unmatched performance in current balancing for modern electrical systems. Their robust epoxy resin cast construction, copper windings, and rigorous adherence to IS 2026 and IEC 60076 standards guarantee efficient operation, superior heat resistance (Class F/H), and enhanced safety in harsh industrial settings. This engineering focus ensures reliable use even under heavy loads and extreme environments.

Flexible Integration and Customization

Our transformers can be tailored to various installation needs including base or wheel mounting, multiple connection types (Delta/Star), and customizable dimensions. Designed for easy integration, they provide a user-friendly interface with stud type or cable box terminations, and powder-coated or epoxy finishes for superior corrosion protection. Each unit is adaptable in rating, voltage, and coil structure, ensuring optimal fit for diverse applications.

FAQs of Current Balancing Transformers:

Q: How do Current Balancing Transformers function in an electrical circuit?

A: Current Balancing Transformers are used to balance the current distribution across multiple phases in three-phase electrical systems. By adjusting phase currents to equal levels, they help improve efficiency, reduce losses, and safeguard connected equipment from imbalance-related faults.

Q: What standards do these transformers comply with, and why is it important?

A: These transformers comply with IS 2026 and IEC 60076 standards. Standard compliance ensures safety, reliability, and compatibility with other electrical equipment, as well as adherence to best industry practices for design and testing.

Q: When should I use a current balancing transformer instead of a standard transformer?

A: Use a current balancing transformer in applications where unequal load distribution occurs across phases, which is common in industrial plants or large facilities with mixed load types. This helps enhance system stability and prolongs equipment life.

Q: What are the installation options available for these transformers?

A: The transformers can be base mounted for permanent installations or supplied with wheels for mobility and flexible positioning, depending on user requirements and site conditions.

Q: Where are these transformers typically installed?

A: They are commonly installed in substations, industrial facilities, commercial complexes, and any site where three-phase current balancing is necessary, both in indoor or protected outdoor environments.

Q: What is the process for customizing a transformer for a specific project?

A: Customization involves specifying requirements like capacity (63 kVA to 2000 kVA), enclosure type (IP23/IP33), mounting preference, voltage levels, and connection type. Our engineering team then designs the transformer accordingly for optimal performance in the intended application.

Q: What benefits do these transformers offer in high humidity and extreme temperature environments?

A: Thanks to their Class F/H insulation and robust enclosure options, these transformers operate reliably in up to 95% RH and -25C to +50C, providing longevity and stable performance even under challenging environmental conditions.

Tell us about your requirement