20CIF06

Response Time:	--
Size / Dimension:	0.543" Dia x 1.398" L (13.80mm x 35.50mm)
Package / Case:	Cylindrical, Blade Terminal (Alternating)
Mounting Type:	Holder
Breaking Capacity @ Rated Voltage:	200kA
Operating Temperature:	--
Approvals:	CE, CSA
Class:	--
Features:	--
Applications:	Electrical, Industrial
Series:	HRCI-CB
Voltage Rating - DC:	250V
Voltage Rating - AC:	600V
Current Rating:	20A
Fuse Type:	Cartridge
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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Introduction

The 20CIF06 application field and working principle are part of the electrical specialty fuses. This type of fuse device works by cutting off the electricity supply in case of an overcurrent or short circuit. It is specially designed for protection of electrical and electronic equipment with low current-carrying capacity. The 20CIF06 fuses are also known for their ability to withstand extreme temperatures and high vibration. The fuse must be able to trip to a safe level within the IEC60721 rated time.

Description

The 20CIF06 is a low-power coating fuse, and belongs to the group of specialty fuses. Its main feature is that it is suitable for the protection of electronic components against short-circuits and overcurrents. The 20CIF06 has an electrically-insulating coating coating that is applied to the glass body of the fuse. This coating is usually in two parts; a base layer and a topcoat. The base layer has a high temperature fuse and is designed to protect the fuse from overheating. The topcoat helps protect the electronics that are connected with the fuse.When a current passes through the fuse, the base layer of the fuse conducts heat from the current and raises its temperature. The topcoat absorbs the heat from the fuse. When the temperature is high enough, the topcoat breaks down, resulting in a rapid decrease in temperature. This thermal stress causes the fuse to trip, cutting off the current to ensure that no further damage is caused to the associated equipment.

Types of Fuses

Overcurrent and short-circuit protection are achieved with the use of a variety of fuses. These include:• Slow-blow fuses, which are designed to allow small overloads to pass without the fuse tripping, and trip at greater current levels when overloaded for a longer period of time. • Fast-blow fuses, which are designed to allow large overloads to pass without the fuse tripping, and trip at lower current levels when overloaded for a shorter period of time. • Time-delay fuses, which allow some additional time for the device to trip before the current reaches dangerously high levels.• Thermal fuses, which are designed to respond to large increases in temperature, allowing current to pass until the temperature reaches a certain level, at which point, the thermal fuse will trip and cut the current.

Auxiliary Components

In addition to the fuse, the 20CIF06 protection system also includes several auxiliary components such as: • A support insulator that provides additional protection from electrical shock• A current transformer, which is used to measure the flowing current • A voltage limiter, which is used to limit the maximum voltage across the fuse • A test button, which allows a test of the working condition of the fuse• An indicator, which signals the status of the fuse

Conclusion

To conclude, the 20CIF06 application field and working principle is an important part of the electrical specialty fuses. The goal of the 20CIF06 fusion protection device is to provide efficient protection from short-circuits and overcurrents and to ensure that the associated electronic components are kept safe and operational. Additionally, the 20CIF06 has many auxiliary components, such as current transformers, voltage limiters, and test buttons that are used in conjunction with the fuse to improve the overall system performance.

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

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