Choke Inductor Inductive Ikp Carton Wireless Charger Coil Boost Reactor

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Product Description

Technical Specifications
Model NO.
IKP-REACTOR-FLAT-WIRE-WOUND-05
Working Frequency
Low Frequency
Structure of Winding
Single Coil
Nature of Operation
Choke Coil
Structure of Magnetizer
Ferrite Coil
Range of Application
Choke
Packaging Form
Power Coils
Inductor Value
Fixed Inductor
Noise
Extra Low Audio Noise
Modification
Open Structure Easy Modification
Transport Package
Carton
Origin
China
HS Code
850431
Production Capacity
100,000 pieces/Year
Product Overview
Choke Inductor Banner
Inductive Coil Reactor
Key Features
Power Range: 20~300kW
🏆 Grade: Premium-S
🛡️ Better EMC/EMI performance
⚙️ H-mounting & V-mounting options
📶 High Frequency 20~50KHz
🔇 Extra Low Audio Noise
💰 Competitive Cost Performance
🛠️ Open Structure for Easy Modification
Application Fields

This series is widely utilized in PV, Energy Storage, Charge Piles, Inverters, PFC, UPS, Servers, and Wind Power systems.

Specifically designed for photovoltaic inverters:

  • Compact, modular, and inverters with/without galvanic insulation.
  • DC Common Mode Reactors: Attenuate harmonic components between panels and inverter input.
  • LCL Filter Reactors: Adjust output voltage to a sine wave for network connection.
Technical Drawing 1
Technical Drawing 2
Frequently Asked Questions
What is the power capacity of these reactors?
These reactors support a wide power range from 20kW up to 300kW, making them suitable for various industrial applications.
How is the audio noise level controlled?
The design features "Extra Low Audio Noise" technology, achieved through optimized flat wire winding and structural damping.
What are the available mounting configurations?
The product supports both Horizontal (H-mounting) and Vertical (V-mounting) orientations to fit different cabinet spaces.
Can these be used in high-frequency applications?
Yes, they are designed to operate efficiently in high-frequency ranges between 20KHz and 50KHz.
Are these inductors suitable for renewable energy systems?
Absolutely. They are specifically designed for PV (Photovoltaic) inverters, wind power, and energy storage systems.
What are the benefits of the open structure?
The open structure design allows for better heat dissipation and makes it easy to modify according to specific customer requirements.

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