About Output Load Reactor
Output Load Reactor
Application - Transmission & Distribution Networks
Line Inductors - Upto 1000 A
Output Choke for Drives - Upto 300 HP
DC Chokes & Rectifiers - Upto 1000A
Standard voltage drop - 2.5% and 4%
Insulation Type - Up to Class H
Input Choke for Drives - Upto 500 HP
Filter Chokes - Upto 1000 A
Inductors - 1-Phase and 3-Phase
Smoothening Reactors - Upto 1000 A
We have been producing Output Reactors and input chokes for motor and drives application for panel-makers since the past 15 years. We ensure best quality and performance in our entire range of inductors.
Application Transmission & Distribution Networks
Line Inductors Upto 1000 A
Output Choke for Drives Upto 300 HP
DC Chokes & Rectifiers Upto 1000A
Standard voltage drop 2.5% and 4%
Insulation Type Up to Class H
Input Choke for Drives Upto 500 HP
Filter Chokes Upto 1000 A
Inductors 1-Phase and 3-Phase
Smoothening Reactors Upto 1000 A
We have been producing Output Reactors and input chokes for motor and drives application for panel-makers since the past 15 years. We ensure best quality and performance in our entire range of inductors.
Efficient Energy RegulationThe Output Load Reactor helps regulate voltage and current in industrial systems, promoting a stable energy supply. Its copper core contributes to reduced losses and improved efficiency, making it a valuable component for maintaining the performance and lifespan of your equipment.
Built for Demanding ConditionsDesigned to withstand harsh environments, this three-phase load reactor is capable of operating at temperatures from -20C to 60C. The air-cooled system minimizes overheating risks, ensuring continuous duty even in high-demand industrial scenarios.
FAQ's of Output Load Reactor:
Q: How is the Output Load Reactor used in industrial environments?
A: The Output Load Reactor is installed in three-phase industrial systems to limit current spikes, filter harmonics, and protect sensitive equipment like variable frequency drives, contributing to smooth and efficient operation.
Q: What benefits does the copper core provide in this reactor?
A: A copper core enhances conductivity and reduces power losses, resulting in lower energy consumption and increased operational efficiency compared to other coil materials.
Q: When should an Output Load Reactor be implemented in an industrial setup?
A: It should be used when your industrial system requires mitigation of electrical noise, reduction of voltage spikes, or improved equipment protection, particularly with the use of drives or motors.
Q: Where can this Output Load Reactor be installed?
A: This reactor is suitable for use in a variety of industrial facilities, including manufacturing plants, processing units, and any setting where three-phase systems operate within the specified temperature and frequency range.
Q: What is the process for installing this Output Load Reactor?
A: Installation involves connecting the reactor in series with the load or drive output in a three-phase circuit, ensuring it matches the system's voltage and current ratings. It is always recommended that installation is handled by qualified personnel.
Q: What warranty and support do you offer as a manufacturer from India?
A: We provide a 1-year warranty on our Output Load Reactor, ensuring prompt service and support on all manufacturing or operational issues for our clients as exporter, manufacturer, and supplier in India.
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