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High-Voltage Inductor Coil
Industrial, Tools & Machinery
Inductor
Coil
Electrical
High Voltage
Copper
Insulator
3D Printing
Game Development
Education & Training
Architecture Visualization
A detailed 3D model of a high-voltage inductor coil, showcasing intricate copper windings and robust ceramic insulators, ideal for industrial and educational applications.
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Preview can be downloaded for free. Full quality is available after registration for 1 credit.
Preview is free. Full quality requires registration and 1 credit.
High-Voltage Inductor Coil
3D model of a high-voltage inductor coil with copper windings, green bands, and ceramic insulators, connected by red cables.
Model details
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Description
Overview and production context
This 3D model accurately represents a high-voltage inductor coil, a critical component in electrical systems. It features a cylindrical core wrapped with numerous turns of copper wire, highlighted by green insulating bands. The coil is mounted on a sturdy base supported by two large, ribbed ceramic insulators, designed to withstand high electrical stress. Red, braided electrical cables connect to the coil, suggesting its functional role in power transmission or distribution. The model's realistic textures and detailed construction make it suitable for a wide range of applications, from technical simulations to educational displays.
How to use this model
Use cases, fit and pre-production checks
This high-voltage inductor coil 3D model is optimized for 3D printing, offering a printable option for hobbyists and educators. For best results, consider printing at a larger scale to capture the fine details of the windings and insulators. Supports may be necessary for the overhanging cables and the base structure, depending on your printer and orientation. The model is also game-ready and suitable for AR/VR applications, with clean topology and PBR textures that ensure excellent visual fidelity in real-time rendering engines. It can serve as an authentic asset in industrial simulations, educational virtual labs, or even as a unique decorative piece in a themed environment.
FAQ
Answers for this exact model page
What are the key visual features of this inductor coil model?
The model prominently displays tightly wound copper coils with distinct green insulating bands. It is supported by two large, ribbed ceramic insulators and connected via braided red electrical cables, all rendered with realistic textures.
How can this inductor coil model be used in educational contexts?
This model is excellent for teaching about electrical engineering principles, power distribution systems, and the function of inductors. It can be used in virtual labs, interactive presentations, or as a physical 3D printed teaching aid.
What considerations are there for 3D printing this inductor coil?
While printable, it's recommended to print at a larger scale to appreciate the detail. Supports might be needed for the cables and base. Materials like PLA or ABS would be suitable, with post-processing for a polished look.
Is this inductor coil model suitable for real-time applications like games or VR?
Yes, the model is optimized for real-time rendering, featuring clean geometry and PBR textures that ensure high visual quality in game engines and VR/AR environments.
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