7 And 14 Percent Aluminium Wound And Copper Wound Detune Reactor

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7 And 14 Percent Aluminium Wound And Copper Wound Detune Reactor

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7 And 14 Percent Aluminium Wound And Copper Wound Detune Reactor Specification

Rated Voltage
230V / 400V / 415V / Custom as required

Cooling Type
AN (Air Natural) / Fan Cooled

Load Loss
Low loss, High efficiency

Operating Temperature
-25C to +40C

High Voltage
Upto 1000V

Coil Material
Copper or Aluminium

Standard
IS 5553, IEC 60076, IS 13573

Capacity
Upto 800 kvar

Low Voltage
110V-415V

Dimension (L*W*H)
Custom/As per design

Product Type
7% and 14% Detuned Reactor

Material
Aluminium Wound and Copper Wound

Output
Inductive Reactance 7% and 14%

Frequency (MHz)
50 Hz (0.05 MHz)

Efficiency
Above 98%

Phase
Three Phase / Single Phase

Usage
Harmonic filtering, Detuning of capacitor banks, Power quality improvement

Coil Structure
Toroidal / Open Core / Enclosed Fan Cooled

Coil Number
As per Design Specification

Power Scope
Upto 800 kvar (Custom on Request)

Weight
Varies by rating (10-150 kg typical)

Connection Type
Delta / Star / Open

Dielectric Strength
2.5 kV for 1 minute

Service Life
> 10 Years under normal conditions

Applicable Harmonic Order
3rd, 5th, 7th, 11th, 13th and higher

Terminal Type
Copper Lugs / Busbar

Insulation Class
Class F/H

Core Material
Low Loss CRGO / Cold Rolled Silicon Steel

Winding Temperature Rise
<70C

Noise Level
<65 dB at 1 meter

Ambient Humidity
Up to 95% RH (Non-condensing)

Impedance Level
7% / 14%

Enclosure Protection
IP00 / IP23 / IP54 (Optional)

Reactance Tolerance
5%

Mounting Type
Base / Panel / Floor Mounting

Vibration
Low under standard installation

7 And 14 Percent Aluminium Wound And Copper Wound Detune Reactor Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About 7 And 14 Percent Aluminium Wound And Copper Wound Detune Reactor

Experience astonishing value and power quality with our Last Chance 7% & 14% Aluminium and Copper Wound Detune Reactors. Engineered for pivotal reliability, these classic components deliver reactance tolerance at 5% and efficiency above 98%. Featuring insulation class F/H, mounting flexibility (base, panel, or floor), and robust enclosure options (IP00/IP23/IP54), this is your opportunity to grab an essential solution for detuning capacitor banks, harmonic filtering, and sustaining performance. Designed for both single and three-phase operations, these reactors operate with low loss CRGO or silicon steel, tolerate high humidity, and maintain low vibration and noise, ensuring enduring performance and extended service life.

Pivotal Features & Versatile Usage for Enhanced Power Quality

Our 7% and 14% Aluminium and Copper Wound Detune Reactors come with remarkable extra features such as low vibration, low noise (<65 dB), and high dielectric strength (2.5 kV for 1 minute). Designed for both delta and star connections, these reactors ensure effective harmonic filtering and detuning of capacitor banks. Their competitive edge includes IP00/IP23/IP54 enclosure options, base/panel/floor mounting, and operation under high ambient humidity-ideal for a broad range of industrial power quality improvements.

Swift Supply, Premium Certification & Transparent Freight Policy

We rate delivery times as pivotal-our supply network ensures timely and safe freight. Detune reactors are shipped with all essential certifications including IS 5553, IEC 60076, and IS 13573. For first-time buyers and projects, our flexible sample policy enables you to evaluate performance before bulk orders. We believe in transparent supply terms, reliable freight support, and adhering to stringent rate standards to provide the best value and assurance to our partners.

FAQ's of 7 And 14 Percent Aluminium Wound And Copper Wound Detune Reactor:

Q: How does a 7% or 14% detune reactor benefit harmonic filtering systems?

A: A 7% or 14% detune reactor efficiently blocks harmonics, especially the 3rd, 5th, 7th, 11th, and 13th orders, protecting capacitors and improving overall power quality by reducing resonance issues and extending equipment lifespan.

Q: What are the primary usage applications for aluminium and copper wound detune reactors?

A: These reactors are pivotal in detuning capacitor banks, filtering harmonics in electrical networks, and enhancing power quality in industrial and commercial facilities with varying load demands.

Q: When should I select a 7% versus a 14% impedance level for a detune reactor?

A: Select 7% impedance for standard harmonic environments and 14% when you require even stricter harmonic limitation, higher protection, or compliance with more demanding power quality standards.

Q: Where are these detune reactors typically installed and how is the mounting done?

A: Our reactors are designed for flexible mounting: base, panel, or floor installation, making them suitable for diverse locations like control panels, substations, or as standalone units in industrial plants.

Q: What is the process for obtaining samples and evaluating them before placing a bulk order?

A: You can request a sample through our distributor or supplier network. Our sample policy allows evaluation for technical fit and performance before you commit to large-scale procurement, ensuring your requirements are met precisely.

Q: How does enclosure protection (IP00/IP23/IP54) enhance the competitive advantage?

A: Offering multiple enclosure protection options allows you to select the right reactor for your environment, whether you need open, partially protected, or dustproof units, enhancing operational flexibility and equipment durability.

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