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Intank On Load Tap Changers

Name: Intank On Load Tap Changers
Brand: CTR MANUFACTURING INDUSTRIES PRIVATE LIMITED

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MOQ : 1 Piece

Intank On Load Tap Changers Specification

Surface Finish
Epoxy Powder Coated

Shape
Rectangular (Intank Compact Assembly)

Operating Temperature
-25C to +90C

Efficiency
>99.5%

Humidity %
Up to 95% RH, non-condensing

Mounting Type
In-Tank / Internal

Power Factor
Up to 0.95

Insulation Material
Oil Impregnated Paper / Epoxy Insulation

IP Rating
IP54

Feature
High Reliability, Sealed In-Tank Design

Connector Type
Heavy Duty Terminal Connectors

Overheating Protection
Thermally Protected Contacts

Product Type
On Load Tap Changer

Application
Power and Distribution Transformers

Protection Level
IP54

Frequency (MHz)
50 Hz

Rated Voltage
11 kV ~ 33 kV

Energy Consumption
Low Power Consumption

Output Type
Continuous Variable Voltage

Color
Grey / Silver

Dimension (L*W*H)
Customizable as per transformer design

Weight
Approx. 150-300 kg (varies with rating and configuration)

Phase
Three Phase

Input Voltage
11 kV / 22 kV / 33 kV

Size
Standard/Custom

Connection Type
Bolted / Flanged

No Of Poles
3 Poles

Material
Copper Alloy / Stainless Steel

Intank On Load Tap Changers Trade Information

Minimum Order Quantity
1 Piece

FOB Port
Ex-Works

Payment Terms
Cash on Delivery (COD), Cash Advance (CA)

Packaging Details
Appropriately packed

Main Domestic Market
All India

About Intank On Load Tap Changers

Leveraging on our immense market experience, we have emerged as an eminent manufacturer and supplier of Intank On Load Tap Changers. Our provided tap changer is fitted into the tanks and thus, facilitates their smooth working. The offered tap changer is manufactured with the utilization of fine grade components under the strict direction of experienced professionals. Moreover, the provided Intank On Load Tap Changers are immensely preferable and demanded due to its rugged design and high strength.

Features:

Simple functionality
Longer service life
High operational fluency

Product details

Phase	Three Phase
Power Rating	400 Mva
Brand	CTR

Efficient Voltage Regulation

Our OLTCs provide precise voltage regulation for power and distribution transformers. The motor-operated system, supported by manual override, enables transition between tap positions quickly and securely. This ensures transformer output remains stable, even under dynamic load conditions, optimizing performance and power quality.

Robust Construction and Compatibility

Built with copper alloy or stainless steel and finished with epoxy powder coating, our tap changers are designed to endure harsh environments and high humidity. The in-tank assembly is compatible with transformer oil, maintaining excellent insulation and reliability at temperatures from -25C to +90C. The system offers both electrical and mechanical tap position indications for accurate monitoring.

Minimal Maintenance, Maximum Reliability

Engineered for longevity, our OLTCs require minimal maintenance while ensuring a high degree of operational reliability. Silver-plated contacts and thermally protected components safeguard the system. The design supports over 1 million operations, resulting in lower downtime and reduced total cost of ownership for the user.

FAQs of Intank On Load Tap Changers:

Q: How does the Intank OLTC operate, and what are its main functions?

A: The Intank OLTC operates via a motor-driven mechanism with a manual override, enabling smooth transition between up to 17 tap positions to regulate transformer output voltage continuously. Its core function is to maintain stable voltage levels by adjusting taps under load without power interruption, which optimizes transformer efficiency and system reliability.

Q: What are the benefits of the sealed in-tank design and material selection?

A: The sealed in-tank design, constructed from copper alloy or stainless steel, enhances operational safety, prevents contamination from external elements, and prolongs the devices service life. The use of silver-plated contacts ensures minimal contact resistance and excellent conductivity, contributing to reliable, long-term operation.

Q: When and where can these OLTCs be installed?

A: These OLTCs are suitable for integration into power and distribution transformers rated between 11 kV and 33 kV. Their compact, epoxy-coated assemblies with IP54 protection can be installed internally (in-tank), making them ideal for both indoor and outdoor substations across diverse environments in India.

Q: What is the process for changing tap positions and how is it monitored?

A: Tap changing is controlled remotely or via a panel mount interface using the actuating motor (230V AC/110V AC). The operation completes within 510 seconds per tap. Both electrical and mechanical indicators provide real-time feedback of tap position, allowing for precise control and monitoring.

Q: Why is minimal maintenance required, and what are the key reliability features?

A: The OLTCs high-quality construction, thermally protected contacts, and robust insulation minimize the need for maintenance. Key reliability features include a motor rated for approximately 1 million operations, low power consumption, heavy-duty connectors, and efficient oil-impregnated insulation, ensuring consistent performance with minimal service intervention.

Q: How does short circuit withstand and standards compliance benefit users?

A: The OLTC is built to withstand short circuits as per IEC 60214, which enhances safety and equipment protection during abnormal events. Compliance with IEC and IS standards guarantees quality, interoperability, and long-term reliability, ensuring users get a product that meets Indian and global industry benchmarks.

Q: What are the usage advantages of electrical and mechanical tap position indication?

A: The dual indication system provides operational flexibility and redundancy. Electrical indicators are suitable for integration with remote control panels or SCADA systems, while mechanical indicators offer a direct, visual reference on-site, improving maintenance efficiency and reducing the possibility of misoperation.

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