• Specially Designed Bobbins for efficient Cooling
• Multiple Conductors for better Heat Dissipation
• Vacuum Pressure Impregnated for better penetration
• Mechanically Sturdy Design to withstand Vibrations
• Thermal Switch embedded To Withstand Vibrations
• Multiple Air Gaps to avoid Flux Fringing
• Thermal Switch embedded in winding for over temperature Protection
• Low Noise
Type : Detuned, Iron Core, Copper or Aluminum Wound
Range : From 5 KVAR to 300 KVAR
Filter Factor 5.67 % , 7 % , 14 %
System Voltage : 440 V, 550 V, 690
» Increase life of capacitors
» Reduce harmonics in Electrical Systems
» Avoid over heating of cables of Transformers
» Avoid over current during switching of capacitor banks
» Standards Followed : IS -5553-1990
» Linearity: Standard 1.73 Times on request 2.08 Times.
» Insulation Class H as Standard, F on Request
» Inductance Value Accuracy within +, - 1.5% Benifits of using SAGAON Reactors:
» Increase life of capacitors
» Reduce harmonics in Electrical Systems
» Avoid over heating of cables of Transformers
» Avoid over current during switching of capacitor banks
» Termination: For Copper Wound -Nickel Platted Copper busbar for 25 KVAR & above
» For Aluminum Wound -Aluminum Lugs
» Noise level less than 60 dB at rated load at I meter Distance
» Inductance phase within +1.2%
» Adequate cushion provided to avoid heating due to leakage flux
» Transformers : VPI, Cast Resin, Oil Filled
» Input & Output Reactor for Drives
» Impedance Bonds For Railway Signalling
» DC Air Core Reactors for Steel Mills
» Dual Inductance DC Iron Core Reactors
