Industrial Toroidal Core

Name: Industrial Toroidal Core
Brand: KUNAL STAMPING PVT. LTD.
Price: 75 INR
Availability: InStock

Price 75 INR/ Kilograms

Get a Price/Quote

MOQ : 500 Kilograms

Industrial Toroidal Core Specification

Usage
Winding inductors, transformers, chokes

Components
Ferrite or Silicon Steel Material

Thermal Conductivity
High

Features
Low core loss, High permeability, Compact design

IP Rating
IP20 (with appropriate housing)

Product Type
Toroidal Magnetic Core

Application
Electrical, Power Supplies, EMI Filters

Rated Voltage
600 V

Size
Outer Diameter: 80 mm

Dimension (L*W*H)
80 mm (Outer Diameter) x 40 mm (Inner Diameter) x 19 mm (Height)

Function
Magnetic core for inductors and transformers

Color
Grey

Weight
Approx. 110 g

Capacity
Up to 500 VA (depending on application)

Thickness
19 mm

Current Rating
Up to 20 A (dependent on winding and application)

Frequency
Up to 100 kHz

About Industrial Toroidal Core

As a reputed entity from this domain, we are engaged in offering our clients a quality-approved Industrial Toroidal Core. This core is precisely manufactured using the best quality metals and contemporary technology. It is widely used in different types of industrial transformers as per the needs of our clients. Our offered Industrial Toroidal Core is made available in different dimensions and specifications so as to suit requirements of our clients.

Features:

Easy fitting
Durable finish standards
Rust-resistance
Weather-resistance

Enhanced Energy Efficiency for Power Solutions

This toroidal core is designed to minimize energy loss while ensuring efficient magnetic flux management. Its low core loss and high permeability make it ideal for modern electrical and power supply applications, optimizing performance in transformers and inductors.

Broad Application Versatility

Applicable in EMI filters, power supplies, and various electrical systems, this core supports a wide frequency range up to 100 kHz and can accommodate diverse winding needs. Its robust build and high current rating make it suitable for industrial settings demanding reliable and compact magnetic components.

FAQs of Industrial Toroidal Core:

Q: How is the industrial toroidal core typically used in electrical equipment?

A: The core is primarily used for winding inductors, transformers, and chokes in electrical systems, power supplies, and EMI filters. Its magnetic properties allow for efficient energy transfer and noise reduction in these devices.

Q: What are the key benefits of employing a toroidal core made from ferrite or silicon steel?

A: Cores made from these materials offer high permeability, low core loss, and strong thermal conductivity. This results in improved efficiency, reduced heat generation, and a compact design suitable for space-conscious installations.

Q: When should this toroidal core be used in place of other magnetic core types?

A: It is best employed when you require high current capability, low magnetic leakage, and efficient operation over a broad frequency range (up to 100 kHz), such as in sensitive electronics, power supplies, or noise suppression applications.

Q: Where can this toroidal core be installed in an industrial setup?

A: The core is versatile for integration into custom-designed inductors, transformers, and EMI filters within industrial control panels, equipment enclosures, and power distribution unitspreferably in locations protected by appropriate housings to maintain its IP20 rating.

Q: What processes are involved in installing or utilizing this toroidal core in windings?

A: The core is wound with insulated copper or aluminum wire to create the inductor or transformer. Careful insulation and securing of windings are essential for optimal performance and safety, especially at higher voltages and currents.

Q: What makes the compact design of this toroidal core advantageous for power supplies and EMI filters?

A: Its compact (80 mm outer diameter, 19 mm height) form factor allows for efficient use of space, minimized stray fields, and improved mechanical stability, making it ideal for modern, densely-packed electrical assemblies.

Tell us about your requirement