Fuse 20mm 800mA CE

4,02 
Glass fuse - Current rating: 800mA - Dimensions: 5x20mm - Packaging: 100 pieces

Fuse 20mm 630mA CE

4,02 
Glass fuse - Current rating: 630mA - Dimensions: 5x20mm - Packaging: 100 pieces

Fuse 20mm 500mA CE

4,02 
Glass fuse - Current rating: 500mA - Dimensions: 5x20mm - Packaging: 100 pieces

Fuse 20mm 400mA CE

4,02 
Glass fuse - Current rating: 400mA - Dimensions: 5x20mm - Packaging: 100 pieces

Fuse 20mm 315mA CE

4,02 
Glass fuse - Current rating: 315mA - Dimensions: 5x20mm - Packaging: 100 pieces

Fuse 20mm 250mA CE

4,02 
Glass fuse - Current rating: 250mA - Dimensions: 5x20mm - Packaging: 100 pieces

Fuse 20mm 160mA CE

4,02 
Glass fuse - Current rating: 160mA - Dimensions: 5x20mm - Packaging: 100 pieces

Fuse 20mm 125mA CE

4,02 
Glass fuse - Current rating: 125mA - Dimensions: 5x20mm - Packaging: 100 pieces

Fuse 20mm 100mA CE

4,02 
Glass fuse - Current rating: 100mA - Dimensions: 5x20mm - Packaging: 100 pieces

Fuse 20mm 63mA CE

4,02 
Glass fuse - Current rating: 63mA - Dimensions: 5x20mm - Packaging: 100 pieces

Thermal Fuse 10A 210 Degrees SF210E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 10A 227 Degrees SF227E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 10A 216 Degrees SF216E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 10A 192 Degrees SF192E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 10A 172 Degrees SF172E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 10A 157 Degrees SF157E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 10A 142 Degrees SF142E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 10A 130 Degrees SF133E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 10A 120 Degrees SF120E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 10A 113 Degrees SF113E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 10A 100 Degrees SF99E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 10A 96 Degrees SF96E

0,33 
Thermal fuse with axial leads. Made with a hermetic metal casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 2A 115 Degrees M-115

0,10 
Thermal fuse with leads, housed in a hermetic casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.

Thermal Fuse 2A 102 Degrees M-102

0,14 
Thermal fuse with leads, housed in a hermetic casing. Fuse activation occurs when the ambient temperature exceeds the melting point of the protective element.