Detuned Reactor
Detuned Inductors Manufacturer and Suppliers
Det Reactors – Detuned Inductors is a type of inductor used in conjunction with capacitors to mitigate harmonic distortion and improve power factor correction. These devices are specifically designed to prevent resonance, which can cause harmonic amplification and damage to electrical equipment. TAS “Detuned Inductors “give effective solution to all these above and allows safe usage of capacitors to problems improve the power factor.
Our Product Features
Protection to Capacitors Against Harmonics
Detuned reactors protect capacitors against harmonics by creating a high impedance to harmonics frequencies, thereby preventing these currents from reaching the capacitors and potentially causing Damage.
Reduce Power Losses
Reduce power losses by minimizing the amplification of harmonic currents and voltages, improving power factor, and preventing resonance between capacitors and other inductive loads. It leads to reduced energy consumption, lower utility bills, and improved equipment lifespan.
High harmonic load handling capacity
Improves a system ability to handle high harmonic loads by preventing resonance and limiting harmonic current flow through capacitor.
Convenient mechanical design for mounting
Refers to the physical structure and arrangement of a detuned reactor, designed to built with mounting features that make it easy to connect to other parts of an electrical system, like a capacitor bank.
High Linearity
When dealing with waveforms with high crest factors, the device must be able to accurately reproduce the peaks without distortion.
Longer Lifespan
A longer lifespan for associated capacitors and overall system components by mitigating harmonic overloading and preventing resonance. The reactors can protect against excessive current and voltage stresses, leading to increased capacitor life and reduced system wear.
Temperature Protection in all 3 Phases
It helps prevent overheating and potential damage to the reactor and connected equipment, Especially when dealing with harmonic currents.
Design Designed according to the basic system odd-harmonic currents
I5 = 50% MAX
I7 = 25% MAX
I11 = 12.5% MAX
I13 = 5% MAX
Technical Specifications
| Parameter | Specifications |
|---|---|
| Voltage | 380..440V AC 3 Phase Line to Line Value |
| Frequency | 50Hz (60Hz on specific made to order) |
| Rating | 5 to 100 KVAr Capacitors |
| Insulation Strength | 3kV 50 Hz for 1min 5mA tripping P-P,P-E |
| Linearity | ≤3% error of normal inductance value up to 130% of rated current |
| Detuning /Filtering % voltage drop | 6%, 7% & 14% |
| Ambient Temperature | 50°C Max |
| Core | Multi Gap Silicon Steel Iron |
| Insulation class | F (155°C) |
| Cooling | Natural Cooling |
| Enclosure | IP-00 |
| Phase | 3 Phase |
| Temperature Protection | Thermal Switch, 130°C NC type in all three phase windings |
All specifications are typical and subject to change without notice due to ongoing product development and improvement.