15600-10-10

Fuseholders

Fuseholders are device holders designed to securely mount and protect electronic components from electrical overloads, such as fuse boxes or on power strips. The devices are designed to carry large currents that would otherwise be too large for an individual component to manage without causing damage.

A typical fuseholder consists of two parts, a plastic base designed to support the component or electrical device, and a cover that holds the fuse and shields the electrical connection from outside interference. The cover usually also contains a projection that securely snaps into the base and provides a secure electrical connection.

15600-10-10 Application Field and Working Principle

15600 series fuseholder designed for wiring needs of power module and controller board, is commonly used in the industries of aviation, public transportation, marine, industry automation, automation equipment and house automation etc. It’s original design was used for photovoltaic/solar power industry.

The working principle of the 15600-10-10 fuseholder is quite simple and mainly includes these aspects:

• Housing the highest continuous current possible to prevent overloaded circuit and fires.
• Having short-circuit prevention capacity to reduce damage when a short-circuit happens.
• Providing electrical insulation and shock protection to users by placing it in an insulated cover.
• Protecting the fuse from dust and moisture by using an enclosed case.
• The terminals are specially designed that can easily and quickly fit wires of various specifications.

The 15600-10-10 fuseholder is designed for tight spaces and can handle up to 15 amps of current and 10mm x 10mm fuses, making it suitable for a wide range of applications. It is designed to safely support the fuse while still maintaining a secure electrical connection and preventing any potential risk of short-circuit.

The fuseholder\'s design ensures maximum safety by having two grounding terminals for fuse and contact protection. Thanks to its spring contact design, it also ensures strong contact and excellent terminal strength and stability upon long-term usage. Additionally, its optimized design reduces the volume and storage cost compared to regular fuseholders.

Conclusion

The 15600-10-10 Fuseholder is a great example of the advances made in electronic device storage technology. As versatile component holder, it offers maximum safety, strong contact and excellent terminals, all while being suitable for tight spaces and allowing for both fuse and contact protection. It is easy and quick to set up, and its optimized design reduces cost and storage requirements. All of this makes it a great option for those in need of a reliable and secure device holder in a variety of applications.