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Cvt Transformer Lamination Core

Name: Cvt Transformer Lamination Core
Brand: JINDAL INDUSTRIES
Price: 125 INR
Availability: InStock

Price 125 INR/ Kilograms

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MOQ : 200 Kilograms

Cvt Transformer Lamination Core Specification

Coil Material
Electrolytic Copper

Operating Temperature
-10C to +50C

Rated Voltage
11 kV / 33 kV / 66 kV / Customized

Dimension (L*W*H)
Customized / As per drawing

Voltage Booster Type
Core-Type Lamination

Load Loss
Low (as per IS standard)

Low Voltage
400 V / 415 V

Cooling Type
ONAN / Oil Natural Air Natural

Capacity
Up to 2500 kVA

Standard
IS 2026 / IEC 60076 / Customized

High Voltage
Up to 110 kV

Product Type
Lamination Core for CVT Transformer

Material
High-grade Cold Rolled Grain Oriented Silicon Steel (CRGO).

Output
Stable AC Voltage Output

Frequency (MHz)
50/60 Hz

Efficiency
>98%

Phase
Three Phase / Single Phase (as required)

Usage
Used in CVT Transformer for voltage regulation and precise measurement.

Coil Structure
Laminated

Coil Number
Customized as per design

Power Scope
Suitable for Medium to High Voltage Applications.

Weight
As per dimension and design

Thickness of Lamination
0.23 mm / 0.27 mm / 0.30 mm

Installation
Indoor / Outdoor

Stacking Factor
>0.95

Core Loss
Low Core Loss (1.30 W/kg @ 1.5 T)

Burr Level
<0.02 mm

Noise Level
Low (<55 dB)

Mounting
Horizontal or Vertical mounting possible

Insulation Level
Class A / B / F as per requirement

Packing
Wooden Pallet / Protective Packing

Test Certification
Routine & Type Tested as per standards

Applications
Power Transmission, Substations, Metering, Protection

Core Shape
Step Lap / C-Type / E&I Type

Surface Treatment
Annealed & Anti-rust Coated

Cvt Transformer Lamination Core Trade Information

Minimum Order Quantity
200 Kilograms

Supply Ability
50000 Kilograms Per Day

Delivery Time
1 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

About Cvt Transformer Lamination Core

Supported by our vast industry experience, we are able to provide superior quality Cvt Transformer Lamination Core. It is widely used in switchgear, electric, electronics and power generation industries. The U & I type cores are available in different sizes and specifications to cater to our variegated customers demands and requirements. Known for their high insulation and superior thermal conductivity, theCvt Transformer Lamination Core is used for manufacturing 3 phase power transformers.

Precision Engineering & Superior Materials

Our lamination cores are fabricated from premium cold rolled grain-oriented (CRGO) silicon steel, ensuring stable AC voltage output and high efficiency (>98%). The advanced surface treatment protects against rust, while the thickness and burr control enhance overall core performance and reliability in demanding electrical environments.

Versatile Design & Mounting Options

Available in various core shapes-Step Lap, C-Type, E&I-and insulation classes, these cores accommodate different installation requirements. Capable of both horizontal and vertical mounting, they fit seamlessly into indoor or outdoor setups, meeting customized dimensional and voltage specifications for diverse transformer needs.

Certified Quality & Reliable Performance

Rigorously tested according to IS 2026, IEC 60076, and client specifications, each core is supported by routine and type test certifications. Our packing uses protective materials, ensuring safe delivery and maintaining the low noise and core loss characteristics essential for efficient transformers.

FAQ's of Cvt Transformer Lamination Core:

Q: How is the CVT Transformer Lamination Core installed in various environments?

A: The core is designed for flexible installation and can be mounted either horizontally or vertically, making it suitable for both indoor and outdoor environments. Its protective surface treatments and robust packing facilitate secure installation and long-term operation in diverse settings.

Q: What are the benefits of using high-grade CRGO silicon steel in the core?

A: High-grade Cold Rolled Grain Oriented (CRGO) silicon steel enhances magnetic properties, reduces core losses (1.30 W/kg @ 1.5 T), and improves efficiency (>98%). This results in stable voltage output, reliable transformer performance, and long lifecycle in demanding power transmission applications.

Q: When should I choose Step Lap, C-Type, or E&I shape for the lamination core?

A: The appropriate core shape depends on your transformer design and electrical requirements. Step Lap shape optimizes magnetic path and minimizes losses, C-Type offers ease of assembly for specific designs, and E&I is suitable for various standard transformer configurations. Consult with our experts for recommendations based on your needs.

Q: Where are these lamination cores commonly used?

A: These cores are widely used in power transmission networks, substations, metering systems, and protection circuits, particularly in voltage regulation and precise measurement transformers. Their robust construction meets the rigorous demands of medium to high voltage environments.

Q: What process and certifications ensure the quality of the lamination core?

A: Our cores undergo routine and type testing as per IS 2026 and IEC 60076 standards, ensuring compliance with industry specifications. The process includes controlled annealing, anti-rust coating, precision burr control (<0.02 mm), and stacking for superior electrical performance.

Q: How does the low noise level (<55 dB) benefit transformer operations?

A: A noise level under 55 dB ensures quiet operation, making it ideal for environments sensitive to sound, such as urban substations or indoor installations. This minimizes disturbance and contributes to a comfortable and efficient working environment.

Q: What are the typical voltage and power capacities offered by these cores?

A: Our lamination cores support rated voltages of 11 kV, 33 kV, 66 kV, and can be customized for up to 110 kV. They are suitable for transformer capacities up to 2500 kVA, with low load loss and high efficiency, matching a wide range of application requirements.

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