15600-10-11

Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

Fuseholder is a device or mechanism that holds a fuse which is composed of two parts, a base and a holder. The holder is usually made of metal and holds the fuse in place during operation. The base is the medium that passes the current from the circuit to the fuse, and a fuseholder must be designed to properly carry a wide range of current and withstand voltage spikes.

Application Field and Working Principle

Fuseholders are mainly used in residential, automotive, and commercial/industrial applications. In residential applications, they are typically used to protect the home from possible fire hazards caused by short circuits. In automotive applications, they are used to protect the entire electrical system and engine from damage due to shorts. In industrial applications, they protect valuable equipment from damage due to surges in the power supply.The basic working principle of a fuseholder is that when the current going through the fuse holder exceeds the rated value, the contacts in the fuse holder heat up due to the resistance, thus melting the fuse and cutting off the power supply. This prevents the circuit from getting overloaded and the possible damages that may arise due to the overloading.

Types of Fuseholders

Fuseholders come in various types, depending on the application and the voltage and current ratings. Some of the common types of fuseholders include:1. Cartridge Fuseholders: These are the simplest type of fuseholders, which consist of a fixed contact piece and a movable contact piece. When the fuse is placed between the two contact pieces, an electric arc occurs and the fuse is "blown" when the current rating is exceeded.2. Spring Clip Fuseholders: These fuseholders are also known as spring clip holders and are typically used in automotive and industrial applications. They are designed in such a way that the fuse snaps into a spring-loaded clip that holds the fuse securely in place.3. PCB Mount Fuseholders: These fuseholders are designed to be used on printed circuit boards and are used in both automotive and industrial applications. They are designed to hold the fuse securely in place and provide a secure connection.4. Socket Fuseholders: These are usually used for high voltage applications and are designed to fit the fuse securely in place and provide an electrical connection.

Components and Features

Fuseholders typically consist of four main components-body, holder, spring clips, and electrical contacts. The fuseholder body serves as a base for the fuses and usually houses the fuse. The holder is designed to hold the fuses in place while the contacts ensure a secure electrical connection. The spring clips help keep the proper tension on the fuse and ensure that the current moves smoothly through the fuses. Fuseholders can also feature additional components such as switches, indicators, and overcurrent protection. Switches can be used to cut off the power supply and protect the circuit in case of excessive current. Indicators provide visual feedback to show the status of the fuseholder. Lastly, the overcurrent protection acts as a safeguard against excessive currents, by automatically disconnecting the power supply in case of an overload.

Conclusion

Fuseholders are essential components in any electrical system, as they protect the circuit, equipment, and wiring from damage due to excessive current. There are many types of fuseholders, which vary depending on the application and the voltage and current ratings. Fuseholders are typically composed of four main components-body, holder, spring clips, and electric contacts. Additionally, they may feature switches, indicators, and overcurrent protection for additional safety.

The specific data is subject to PDF, and the above content is for reference

Part Number	Manufacturer	Price	Quantity	Description