Fuses

Free of lead, cadmium, mercury, chrome 6 (rohs conformity); Insulated body suitable for high mechanical and thermal impacts; Safe cut-off short circuits and over currents due to special design of fuse element; Low power dissipation; Optimized size; Resistant to aging; Top and bottom contacts made of nickel plated copper alloy; Clear indication of operation condition due to coloured indicator on top contact

DIN EN 60269-4 (VDE 0636-4); Resistant to aging; Insulated body suitable for high mechanical and thermal impacts; DIN VDE 0636-3; Top and bottom contacts made of nickel-plated/silver-plated copper alloy; Optimized size; Clear indication of operation condition due coloured indicator on top contact; IEC 60 269-4; Safe cut off short circuits and over currents due special design of fuse element; Low power dissipation

Insulated body suitable for high mechanical and thermal impacts; Free of lead, cadmium, mercury, chrome 6 (rohs conformity); Optimized size; Low power dissipation; Safe cut-off short circuits and over currents due to special design of fuse element; DIN VDE 0636-301; Clear indication of operation condition due to coloured indicator on top contact; Resistant to aging; Top and bottom contacts made of nickel plated copper alloy

Insulated body suitable for high mechanical and thermal impacts; Optimized size; Resistant to aging; Safe cut-off short circuits and over currents due to special design of fuse element; Clear indication of operation condition due to coloured indicator on top contact; Low power dissipation; Top and bottom contacts made of nickel plated copper alloy; Free of lead, cadmium, mercury, chrome 6 (rohs conformity)

Clear indication of operation condition due coloured indicator on top contact; IEC 60 269-4; Top and bottom contacts made of nickel-plated/silver-plated copper alloy; DIN EN 60269-4 (VDE 0636-4); Insulated body suitable for high mechanical and thermal impacts; Safe cut off short circuits and over currents due special design of fuse element; Resistant to aging; Optimized size; DIN VDE 0636-3; Low power dissipation

Insulated body suitable for high mechanical and thermal impacts; Clear indication of operation condition due to coloured indicator on top contact; DIN VDE 0636-301; Optimized size; Free of lead, cadmium, mercury, chrome 6 (rohs conformity); Low power dissipation; Resistant to aging; Top and bottom contacts made of nickel plated copper alloy; Safe cut-off short circuits and over currents due to special design of fuse element

Optimized size; Free of lead, cadmium, mercury, chrome 6 (rohs conformity); Insulated body suitable for high mechanical and thermal impacts; Top and bottom contacts made of nickel plated copper alloy; Safe cut-off short circuits and over currents due to special design of fuse element; Clear indication of operation condition due to coloured indicator on top contact; Low power dissipation; Resistant to aging

Low power dissipation; DIN EN 60269-4 (VDE 0636-4); DIN VDE 0636-3; Clear indication of operation condition due coloured indicator on top contact; Top and bottom contacts made of nickel-plated/silver-plated copper alloy; Optimized size; Safe cut off short circuits and over currents due special design of fuse element; IEC 60 269-4; Resistant to aging; Insulated body suitable for high mechanical and thermal impacts

Free of lead, cadmium, mercury, chrome 6 (rohs conformity); Safe cut-off short circuits and over currents due to special design of fuse element; Clear indication of operation condition due to coloured indicator on top contact; Low power dissipation; Resistant to aging; DIN VDE 0636-301; Optimized size; Top and bottom contacts made of nickel plated copper alloy; Insulated body suitable for high mechanical and thermal impacts

Resistant to aging; Safe cut-off short circuits and over currents due to special design of fuse element; Free of lead, cadmium, mercury, chrome 6 (rohs conformity); Top and bottom contacts made of nickel plated copper alloy; Clear indication of operation condition due to coloured indicator on top contact; DIN VDE 0636-301; Insulated body suitable for high mechanical and thermal impacts; Low power dissipation; Optimized size