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Series Reactor Transformer
Series Reactor Transformer

Series Reactor Transformer

MOQ : 1 Unit

Series Reactor Transformer Specification

  • Dimension (L*W*H)
  • Depends on Rating
  • Load Loss
  • Low Loss Design
  • Rated Voltage
  • Up to 33 KV
  • Capacity
  • Customizable up to 2 MVAR
  • Coil Material
  • Copper/Aluminium
  • Operating Temperature
  • -25C to +90C
  • Standard
  • IS, IEC
  • Voltage Booster Type
  • Series
  • High Voltage
  • Up to 33 KV
  • Low Voltage
  • As per System Requirement
  • Cooling Type
  • Dry Type/Air Cooled
  • Product Type
  • Series Reactor Transformer
  • Material
  • Copper
  • Output
  • Product wise
  • Frequency (MHz)
  • 50 Hertz (HZ)
  • Efficiency
  • 99.9%
  • Phase
  • Three Phase
  • Usage
  • Up to 2 MVAR Applications
  • Coil Structure
  • Toroidal Coil Type
  • Coil Number
  • Single/Multiple as Required
  • Power Scope
  • Up to 2 MVAR
  • Weight
  • Varies as per Capacity
  • Insulation Class
  • Class F or H
  • Color
  • Industrial Grey
  • Core Type
  • Laminated CRGO
  • Design
  • Compact
  • Short Circuit Endurance
  • High Withstand
  • Protection
  • Enclosure Available
  • Testing
  • Routine/Type Tested
  • Noise Level
  • Low Noise Design
  • Mounting Type
  • Floor Mounted
  • Paint Finish
  • Epoxy Coated
  • Terminal Type
  • Stud/Busbar
  • Impulse Level
  • Standard Compliant
 

Series Reactor Transformer Trade Information

  • Minimum Order Quantity
  • 1 Unit
  • Supply Ability
  • 100 Units Per Month
  • Delivery Time
  • 2-3 Months
 

About Series Reactor Transformer

We are offering Reactors transformer. These transformers and air cooled transformers are provided with air cored magnetically shielded or non-magnetically shielded for series/shunt application up to 2 MVAR in voltage class up to 33 KV available in ONAN type. These are Air cored non-shielded air-cooled type with F/H class insulation for series application is also available in single or three phase construction up to 1 MVAR in voltage class up to 33 KV.

Air cored series & Shunt Reactor, Upto 2 MVA , Upto 33Kv, ONAN / AN A variable transformer, reactor having a core combining at least two complete core elements with a common yoke; primary winding divided into two independently fed sets of phase coils wound in opposite direction, arranged on symmetrical legs of core elements and separated by the common yoke; secondary winding with each phase coil divided into two wound in opposite direction portions carried by symmetrical core legs, adjacent to the primary coils and separated by common yoke. The secondary short-circuited reactor winding is reduced to at least one close loop member with loop portions separated by the common yoke. The single, poly phase apparatus has at least one primary coil per set that includes a controllable device in circuit relation therewith to enable control of one primary coil relative to the other, either in current magnitude or in current phase shift. The controllable device being either a silicon control rectifier or transistor.

Application in following industries :

Chemical, Pharmaceuticals, Steel, Textile, Engineering, Plastic, Cement, Refineries, Mining, Captive Power Projects, Hydro Power Projects, Wind Mill Farms, Construction Houses, Pharma, Electrical, Electronics, Renewable Energy, Automobile.

Technical details

Cooling Type

Dry Type/Air Cooled

Phase

Three Phase

Output Voltage

up to 33 KV.

Brand

Urja Techniques

voltage class

up to 33 KV.

Application

up to 2 MVAR





Versatile and Durable Design

Engineered for flexibility and long-term reliability, this series reactor transformer features a compact, floor-mounted structure with epoxy coating in industrial grey. Its core is constructed from high-quality laminated CRGO to minimize losses, and the customizable toroidal coil structure offers options in copper or aluminium, ensuring compatibility with various application requirements.


Superior Performance and Safety

Benefit from a high withstand short-circuit endurance and a standard-compliant impulse level for secure operation. The reactor supports both single and multiple coil setups, features low-noise dry-type cooling, and operates efficiently at 50 Hz. An available enclosure and protective coatings further enhance the unit's safety profile, making it suitable for critical industrial installations.


Industry-Standard Testing and Compliance

Each transformer undergoes rigorous routine and type testing according to IS and IEC standards, guaranteeing dependable operation. Low load loss and high efficiency mean lower operational costs and minimal downtime. Capable of handling a wide range of voltage ratings and application scales, it is the preferred solution for companies seeking reliable, energy-efficient reactors in India or abroad.

FAQ's of Series Reactor Transformer:


Q: How is the Series Reactor Transformer installed and what are the mounting options?

A: The transformer is designed for floor-mounted installation, making it stable and secure in a variety of industrial environments. It can be placed directly onto the plant floor or within a protective enclosure for additional safety and environmental protection.

Q: What are the main benefits of using a transformer with laminated CRGO core and toroidal coil structure?

A: Laminated CRGO (Cold Rolled Grain Oriented) steel cores significantly reduce eddy current and hysteresis losses, enhancing efficiency. The toroidal coil structure ensures compactness, low electromagnetic interference, and improved cooling, resulting in reliable, high-performance operation.

Q: When should I opt for Class F or Class H insulation in this reactor transformer?

A: Class F and H insulation classes determine the maximum operating temperature of the transformer. Choose Class F for standard applications up to 155C insulation system and Class H for high-temperature environments up to 180C, ensuring long life and reliability under severe conditions.

Q: Where can the Series Reactor Transformer be applied, and what is its capacity range?

A: This transformer is suitable for power quality improvement, harmonic filtering, and voltage regulation in three-phase industrial systems. It can be configured up to 2 MVAR capacity, serving applications that require high reliability and efficiency up to 33 KV rated voltage.

Q: What is the process followed for testing and quality assurance?

A: Each unit undergoes routine and type tests as per IS and IEC standards. Testing includes verification of electrical parameters, load loss measurement, short circuit endurance, and impulse level compliance to guarantee reliable field performance.

Q: How does the low noise, dry-type cooling, and epoxy coating contribute to usage and durability?

A: The dry-type, air-cooled design minimizes maintenance and environmental risks, while the low-noise engineering is ideal for noise-sensitive areas. Epoxy coating secures the transformer from corrosion, enhancing durability, especially in harsh industrial or outdoor settings.

Q: What customization options are available for different system requirements?

A: Capacity (up to 2 MVAR), voltage (up to 33 KV), coil material (copper/aluminium), and coil structure (single/multiple) can all be tailored according to project specifications, meeting the precise demands of your electrical system and application.

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