PRODUCT RANGE
Type of Reactor - Iron Core
Type of Winding - Copper / Aluminum
Detuning Factor - 0.2% to 14%
Colling - Epoxy / Oil
Rated Voltage - 3.3 kV to 33 kV
Frequency - 50 / 60 Hz
Installation - Indoor / Outdoor
** We also provide reactor as per customer / system requirements.
Iron-core series reactors is a type of electrical reactor commonly used in power systems for various purposes, primarily to control voltage and current. These reactors are characterized by having an iron core, which plays a crucial role in their operation. It will control the impedance, voltage regulation, current limitation with harmonics reduction.
In the existing power system due to electronics load or variable drives system lot of harmonics is generated and its very harmful for system stability as well as important electrical equipment. To mitigate these kind of harmonics as well as reduce switching inrush current series reactor is used along with capacitor bank. There are two types one is tuned & other is detuned.
Tuned Reactor
Detuning Reactor
Application of Series Reactor
Series reactors are used in power distribution systems to limit fault currents, improve voltage regulation, and reduce the impact of short circuits.
In motor control systems, series reactors can be employed to protect the motor from inrush currents and to limit voltage spikes
Features :
Specialty of Iron Core :
Technical data Sheet - Series Reactor
Sr. No. | Description | Technical Data |
1 | Manufacturer & Make | SHARDA Electronics & Co. Plot No. J-32 MIDC Kupwad Sangli, 416436, Maharashtra, India. Make : SHARDA |
2 | Reference | ISS 2026 - 6 / IEC 60076 |
3 | Type of Capacitor | Iron Core dry type series reactor Iron Core Oil cooled type Series Reactor |
4 | Type of Winding | Copper / Aluminum |
5 | Rated Frequency | 50 / 60 Hz. |
6 | Rated Voltage(kV) | 3.3 kV to 33 kV |
7 | Detuning Factor | 0.2% to 14 % |
8 | Colling Method | Epoxy / Oil cooled |
9 | Max. Continuous Current | 130 times to the rated current |
10 | Temperature Rise | Max.90o C by Resistance method |
11 | Class of insulation | "H"(180o) |
12 | Terminal Arrangement | At the top six terminal |