HHC

Series:	HHC
Part Status:	Active
Lead Free Status / RoHS Status:	--
Fuseholder Type:	Holder
Moisture Sensitivity Level (MSL):	--
Fuse Type:	Blade
For Use With/Related Products:	ATC, ATO
Fuse Size:	0.76" L x 0.207" W x 0.752" H (19.3mm x 5.25mm x 19.1mm)
Number of Circuits:	1
Voltage:	32V
Current Rating:	16A
Mounting Type:	Free Hanging In Line
Orientation:	--
Termination Style:	Wire Leads
Contact Material:	--
Contact Finish:	--

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Introduction

The High Current Capacity (HCC) application fields and working principles are an area of study in mechanical design and manufacturing. HCC is an advanced technology that uses new materials to create high-performance parts, components, and assemblies for many different industries. For example, in automotive applications, HCC provides numerous advantages such as high precision, weight savings, cost-effectiveness, and accelerated manufacturing cycles.

HCC Application Fields

The main application fields of HCC are mainly related to electro-mechanical components where the current load, such as the weight of the items being handled, is reasonably high. Many HCC components are used in automotive applications. This includes engine components such as cylinder heads, crankshaft pulleys, and engine mountings, as well as common car parts such as door locks, door hinges, and window mechanisms. In addition, HCC can be used for certain industrial applications, including steam turbines, compressors, and pumps.

HCC Working Principle

The working principle of HCC is based on the fact that high-strength materials are chosen for these components because of their ability to withstand higher forces and temperature changes. HCC components are designed to limit dangerous currents and avoid damage due to short circuits or overloads.Generally, HCC components are constructed with two main parts. The first one is the current conductor, or the part that carries the current. This part is usually made of a metal alloy with low thermal conductivity and good mechanical strength. In some cases, certain components may even be made entirely of metal. The second part is the holding component, or the part that contains the conductor and provides the necessary electrical insulation. This part often consists of insulating materials such as ceramic, glass, or polymers.

Fuseholders

Fuseholders are HCC components that are used to secure the fuse and provide mechanical and electrical protection. They also allow easy replacement of the fuse. The main parts of these components are the conductor, holder, and insulator, which are made of a metal alloy and various insulating materials such as glass, ceramic, and polymers. A fuseholder typically contains a bimetallic strip that trips and opens the circuit if the current exceeds the specified safe level.Fuseholders are designed for high-current applications such as AC and DC circuits, industrial machines, and medical devices. They are also used in automotive and other applications. The features of fuseholders include overcurrent protection, temperature resistances, overload protection, and short-circuit protection.

Conclusion

HCC application fields and working principles are important parameters in mechanical design and manufacturing. HCC components are capable of withstanding heavy forces and temperatures while providing the necessary protection from hazards such as overcurrents, short circuits, and overloads. The main application fields of HCC are automotive and industrial, and the main components are the current conductor and the holding component, both of which are usually made with a metal alloy and insulating materials. Fuseholders are an example of HCC components that are designed to protect circuits in various applications.

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