Eska 522025 522.025 5x20 mm T 6.3 A 250 V fuse slow-acting DIN 41571-3
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1,84 EUR 1,91 EUR |
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( 2,19 EUR incl. VAT ) ≈ £1.54 | ≈ $2.05 plus delivery charges: 55,00 € |
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| Delivery time from supplier's stock (ca.) 5 workdaysinfo_outline | |
| Sales unit: 10 pieces | |
| In Stock: >5 pieces | |
| Lieske Part No.: | 194925 |
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| Mfg Part No: | 522025 |
| UPC/EAN: | 4260634690855 |
| Weight: | 0.012 kg |
| Type: | 522.025 |
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Product information for Eska 522025:
The fuse from manufacturer Eska, type 522.025, is an electrical protection component for use in low-voltage installations. It complies with standard DIN 41571-3 and is designed as a time-lag fuse, meaning it does not trip during short-term current surges, such as those occurring during the start-up of motors or transformers. The fuse has dimensions of 5x20 mm and is rated for an operating voltage of 250 V. The nominal current is 6.3 A, with the type designation "T" indicating the time-lag design. This fuse is used in electrical circuits to prevent overloads and short circuits, protecting connected devices and wiring from damage.
Fuse is the general term for small, precise fuses used in electrical engineering for protection functions in circuits. The time-lag design means that the fuse does not immediately trip during short-term current overloads that are below the melting threshold, but instead exhibits a certain time delay. This is particularly important in installations where short-term high current surges occur during the start-up of electrical loads, such as motors or transformer systems. The standard DIN 41571-3 defines the technical requirements for fuses, including dimensions, marking, and electrical characteristics. The fuse is therefore suitable for use in industrial and commercial installations where reliable and precise protection is required.
The fuse is rated for an operating voltage of 250 V, making it suitable for use in alternating current installations with voltages up to 250 V. The nominal current of 6.3 A defines the maximum current the fuse can carry continuously without tripping. If this value is exceeded, especially during prolonged overloads, the fuse wire melts and interrupts the circuit. The dimensions of 5x20 mm correspond to the standard format for fuses, used in many fuse holders and switchboards. The dimensions 5x20 mm allow for easy installation in standard fuse holders, which are widely used in electrical installations.
The fuse is designed for use in electrical installations executed in accordance with current regulations for electrical installation. The time-lag design ensures that the fuse does not trip during short-term current surges, thereby increasing the reliability of the installation. The fuse is therefore particularly suitable for installations with inductive loads, such as motors, transformers, or electronic devices, which exhibit high inrush currents during start-up.
The fuse is typically mounted in fuse holders integrated into switchboards, distributors, or devices. Installation is done by simply inserting it into the appropriate holder, with the dimensions 5x20 mm ensuring universal compatibility. The fuse is not intended for direct use in open circuits, but must be mounted in a suitable holder or switchboard to ensure electrical safety. The standard DIN 41571-3 ensures that the fuse meets the required electrical and mechanical specifications for safe use in industrial and commercial installations.
The fuse is designed for use in electrical installations with an operating voltage up to 250 V and provides reliable protection against overloads and short circuits. The time-lag design ensures that the fuse only trips during sustained overloads, thereby increasing operational safety. The dimensions 5x20 mm allow for easy installation in standard fuse holders, which are widely used in electrical installations. The fuse is therefore a reliable protection component for electrical installations, ensuring the safety of the installation and connected devices.
Fuse, time-lag design, DIN 41571-3, dimensions 5x20 mm, operating voltage 250 V, nominal current 6.3 A are the key technical features defining the function and application area of the fuse. The fuse is suitable for use in industrial and commercial installations where precise and reliable protection is required. The time-lag design ensures that the fuse does not trip during short-term current surges, thereby increasing the reliability of the installation. The fuse is therefore an important component in electrical installations, ensuring the safety of the installation and connected devices.
The item price shown refers to 10 pieces Eska 522025
Fuse is the general term for small, precise fuses used in electrical engineering for protection functions in circuits. The time-lag design means that the fuse does not immediately trip during short-term current overloads that are below the melting threshold, but instead exhibits a certain time delay. This is particularly important in installations where short-term high current surges occur during the start-up of electrical loads, such as motors or transformer systems. The standard DIN 41571-3 defines the technical requirements for fuses, including dimensions, marking, and electrical characteristics. The fuse is therefore suitable for use in industrial and commercial installations where reliable and precise protection is required.
The fuse is rated for an operating voltage of 250 V, making it suitable for use in alternating current installations with voltages up to 250 V. The nominal current of 6.3 A defines the maximum current the fuse can carry continuously without tripping. If this value is exceeded, especially during prolonged overloads, the fuse wire melts and interrupts the circuit. The dimensions of 5x20 mm correspond to the standard format for fuses, used in many fuse holders and switchboards. The dimensions 5x20 mm allow for easy installation in standard fuse holders, which are widely used in electrical installations.
The fuse is designed for use in electrical installations executed in accordance with current regulations for electrical installation. The time-lag design ensures that the fuse does not trip during short-term current surges, thereby increasing the reliability of the installation. The fuse is therefore particularly suitable for installations with inductive loads, such as motors, transformers, or electronic devices, which exhibit high inrush currents during start-up.
The fuse is typically mounted in fuse holders integrated into switchboards, distributors, or devices. Installation is done by simply inserting it into the appropriate holder, with the dimensions 5x20 mm ensuring universal compatibility. The fuse is not intended for direct use in open circuits, but must be mounted in a suitable holder or switchboard to ensure electrical safety. The standard DIN 41571-3 ensures that the fuse meets the required electrical and mechanical specifications for safe use in industrial and commercial installations.
The fuse is designed for use in electrical installations with an operating voltage up to 250 V and provides reliable protection against overloads and short circuits. The time-lag design ensures that the fuse only trips during sustained overloads, thereby increasing operational safety. The dimensions 5x20 mm allow for easy installation in standard fuse holders, which are widely used in electrical installations. The fuse is therefore a reliable protection component for electrical installations, ensuring the safety of the installation and connected devices.
Fuse, time-lag design, DIN 41571-3, dimensions 5x20 mm, operating voltage 250 V, nominal current 6.3 A are the key technical features defining the function and application area of the fuse. The fuse is suitable for use in industrial and commercial installations where precise and reliable protection is required. The time-lag design ensures that the fuse does not trip during short-term current surges, thereby increasing the reliability of the installation. The fuse is therefore an important component in electrical installations, ensuring the safety of the installation and connected devices.
The item price shown refers to 10 pieces Eska 522025
| General | |
| Degree of protection | slow-acting |
| Operating voltage | 250 V |
| Nominal current | 6,3 A |
| Norm | DIN 41571-3 |
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Eska 522025 522.025 5x20 mm T 6.3 A 250 V fuse slow-acting DIN 41571-3 is offered by us in a sales unit of 10 pieces If you need a larger quantity, you can contact us at any time. We will make a special offer for you