LT Detuned Reactors, Series Reactors, Manufacturer, Supplier, India

We are Manufacturer, Supplier, Exporter of LT Detuned Reactors, Series Reactor For Power Factor Correction and our set up is situated in Pune, Maharashtra, India.

LT Detuned Reactors

Salient Features of SAGAON Reactors :

Specially Designed Bobbins for efficient Cooling
Multiple Conductors for better Heat dissipation
Vacuum Pressure Impregnated for better penetration
Multiple Air Gaps to avoid Flux Fringing
Mechanically Sturdy Design To Withstand Vibrations
Thermal Switch embedded To Withstand Vibrations
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

Benefits 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

Technical Specifications :

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%
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

Typical Data Sheet For 440V, 7% Detuned, Copper Wound Reactors :

Value	Dimensions (in mm)			Current	Inductance	Weight (in Kg)	Losses Watts
	L	W	H
10 KVAR 7%	220	130	165	13.2 A	4.64 mH	15	80W
12.5 KVAR 7%	220	130	165	16.6 A	3.71 mH	15	90W
15 KVAR 7%	220	160	165	19.8 A	3.1 mH	20	130W
25 KVAR 7%	225	145	205	33 A	1.86 mH	24	170W
50 KVAR 7%	260	170	230	65.8 A	0.926 mH	35	250W
75 KVAR 7%	300	175	270	99 A	0.618 mH	47	340W
100 KVAR 7%	300	200	265	131.5 A	0.464 mH	58	380W

Typical Data Sheet For 440V, 7% Detuned, Aluminium Wound Reactors :

Value	Dimensions (in mm)			Current	Inductance	Weight (in Kg)	Losses Watts
	L	W	H
10 KVAR 7%	220	150	160	13.2 A	4.64 mH	8.7	90W
12.5 KVAR 7%	240	160	165	16.6 A	3.71 mH	10	90W
15 KVAR 7%	230	170	205	19.8 A	3.1 mH	16.3	125W
25 KVAR 7%	250	180	205	33 A	1.86 mH	20	170W
50 KVAR 7%	290	205	235	65.8 A	0.926 mH	27	250W
100 KVAR 7%	340	250	270	131.5 A	0.464 mH	49	380W