About Induction Coil
Induction Coil ETPL-306
Induction Coil/Interrupters/Duboi's Raymond induction coil On a teak wood base with graduated scale. Primary coil with 300 turns and Secondary with 7500 tuns with Helmholtz modification of neef's hammer and heavy duty platinum contacts.
Versatile Electromagnetic ApplicationsEngineered for induction heating and scientific experiments, this coil efficiently generates electromagnetic fields in both laboratory and industrial environments. Its customizable features allow adaptation to unique requirements, providing flexibility for specialized projects and processes.
Custom Design and Reliable PerformanceFeaturing selectable air core or ferrite core construction and adjustable wire gauge and turns, each coil is produced to meet precise specifications. The robust copper wire and professional insulation ensure durability and consistent electrical performance over its full operating temperature range.
Compliant and Safe Electrical ComponentFully RoHS compliant and built with safe insulation materials, this induction coil adheres to international standards. Its tinned wire ends and panel mounting options facilitate easy and secure integration with various electrical setups, enhancing user convenience.
FAQs of Induction Coil:
Q: How is the induction coil typically used in practical applications?
A: This induction coil is primarily used for electromagnetic field generation in induction heating systems, as well as in scientific experiments where controlled high-frequency energy is required. It can also support other laboratory and industrial processes needing precise electromagnetic induction.
Q: What options are available for coil core type and mounting?
A: Customers can select between Air Core and Ferrite Core designs based on their application needs. The coil supports custom mounting or panel-mounted configurations, enabling integration into existing frameworks or specialized setups.
Q: Where is this induction coil manufactured and exported from?
A: The product is manufactured, supplied, and exported from India by a certified manufacturer specializing in electrical components for global industrial and scientific markets.
Q: What is the lead wire specification and why is it beneficial?
A: The coil uses tinned wire ends, ensuring reliable electrical connections and making the installation process straightforward. This feature improves durability and compatibility with different soldering and panel mounting requirements.
Q: Can the coil be customized according to specific project requirements?
A: Yes, the induction coil is fully customizable regarding dimensions, number of turns, core type, wire gauge, and electrical parameters, allowing adaptation to unique client specifications for optimal performance.
Q: What are the recommended operating conditions for the coil?
A: The coil operates efficiently within temperatures ranging from -20C to +80C, frequency ranges between 20kHz and 100kHz, and supports power handling up to 1500W, depending on design and application.
Q: What are the advantages of using a RoHS compliant induction coil?
A: RoHS compliance ensures the coil is manufactured without hazardous substances, promoting environmental safety and meeting international trade requirements for electronic components.