7181.4129

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

Electrical specialty fuses are components that are designed to protect electrical circuits from damage caused by overcurrent. The most common type is the 7181.4129 fuse, which is designed to detect and protect against a wide range of overcurrent issues. It is typically found in a variety of industrial and commercial insulation applications, including electric motors, transformers and power supplies.

The 7181.4129 fuse is a type of current-limiting fuse. It functions by limiting the current that passes through the circuit, which in turn reduces the possibility of circuit overload and damage. The fuse assembly consists of a capacitance, or resistive element, in series with a current-limiting resistor. When the current passing through the assembly exceeds a set current level, the resistor will act to reduce the current before it passes through the fuse.

The 7181.4129 fuse is characterized by its rated current. This is the amount of current that will be allowed to pass through the fuse before it trips. Its rated voltage indicates the maximum voltage that the circuit can handle before the fuse will trip. The time-delay rating is the amount of time it takes for the fuse to trip after a certain overcurrent event has been detected. This is important for protecting the equipment from damage due to short-term surges in current or voltage.

The 7181.4129 fuse is particularly suited to applications that require protection against electrical overcurrent or short-term surges. It is also used in applications where it is important to provide a fail-safe protection against overcurrent. This type of fuse is typically used in industrial insulation systems, electrical motors, power supplies, and energy management systems.

The working principle of the 7181.4129 fuse is based on the principles of resistance and capacitance. The fuse assembly is comprised of a resistive element and a capacitative element, which are connected in series. When the current passing through the assembly exceeds a set level, the resistive element will reduce its resistance, allowing current to pass but limiting the current that passes through the fuse. This reduced current will then pass through the capacitive element, creating a voltage that will help to trip the fuse when a predetermined voltage is reached.

The 7181.4129 fuse provides an important layer of protection for electrical circuits. It is designed to provide protection from overcurrent, short-term surges, and fail-safe protection from overcurrent. It is suitable for a variety of industrial insulation systems, electric motors, power supplies, and energy management systems. It is characterized by its rated current, voltage, and time-delay rating, and its working principle is based on resistance and capacitance.

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