SCHURTER — Fusibles HT · Catalogue 3IA Distribution
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3IA Distribution · SCHURTER · Circuit Protection · PG01_2

Catalogue SCHURTER — Fusibles HT

Fusibles haute tension pour infrastructures de charge, stockage d’énergie (BESS), conversion de puissance et véhicules électriques. 371 références directement consultables sur 6 familles.

371 références 6 familles : EKO · ARO · ADO · ALO · AMO · APO 500/1000 VDC · jusqu’à 1250 VAC 10–1100 A Certifié UL · CCC · CE · RoHS

Encombrement par série (à l’échelle) — cliquer pour filtrer

142 variantes affichées sur 142

N° commande▲ Série▲ Courant (A)▲ Tension▲ Montage▲ Dim. L×l×h [mm]▲ Indic.▲ Micro▲ Pouvoir coupure▲ I²t pré/fus [kA²s]▲ P diss. [W]▲ UL▲ CCC▲ Qté/bt▲
8060.0025EKO11160 A1000 VDC / 1250 VACFLA80×43×43——100 kA AC / 50 kA DC @ 10 ms18.3 / 50.444✓✓60
8060.0026EKO11200 A1000 VDC / 1250 VACFLA80×43×43——100 kA AC / 50 kA DC @ 10 ms28.5 / 78.854✓✓60
8060.0027EKO11250 A1000 VDC / 1250 VACFLA80×43×43——100 kA AC / 50 kA DC @ 10 ms44.6 / 123.164✓✓60
8060.0028EKO11315 A1000 VDC / 1250 VACFLA80×43×43——100 kA AC / 50 kA DC @ 10 ms70.8 / 195.480✓✓60
8060.0029EKO11350 A1000 VDC / 1250 VACFLA80×43×43——100 kA AC / 50 kA DC @ 10 ms87.4 / 241.288✓✓60
8060.0030EKO11400 A1000 VDC / 1250 VACFLA80×43×43——100 kA AC / 50 kA DC @ 10 ms114.1 / 315.197✓✓60
8060.0036EKO11160 A1000 VDC / 1250 VACFLA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms18.3 / 50.444✓✓60
8060.0037EKO11200 A1000 VDC / 1250 VACFLA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms28.5 / 78.854✓✓60
8060.0038EKO11250 A1000 VDC / 1250 VACFLA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms44.6 / 123.164✓✓60
8060.0039EKO11315 A1000 VDC / 1250 VACFLA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms70.8 / 195.480✓✓60
8060.0040EKO11350 A1000 VDC / 1250 VACFLA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms87.4 / 241.288✓✓60
8060.0041EKO11400 A1000 VDC / 1250 VACFLA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms114.1 / 315.197✓✓60
3-158-362EKO11160 A1000 VDC / 1250 VACFLA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms18.3 / 50.444✓✓60
3-158-363EKO11200 A1000 VDC / 1250 VACFLA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms28.5 / 78.854✓✓60
3-158-364EKO11250 A1000 VDC / 1250 VACFLA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms44.6 / 123.164✓✓60
3-158-365EKO11315 A1000 VDC / 1250 VACFLA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms70.8 / 195.480✓✓60
3-158-366EKO11350 A1000 VDC / 1250 VACFLA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms87.4 / 241.288✓✓60
3-158-367EKO11400 A1000 VDC / 1250 VACFLA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms114.1 / 315.197✓✓60
8060.0065EKO11160 A1000 VDC / 1250 VACDIA80×43×43——100 kA AC / 50 kA DC @ 10 ms18.3 / 50.444✓✓60
8060.0066EKO11200 A1000 VDC / 1250 VACDIA80×43×43——100 kA AC / 50 kA DC @ 10 ms28.5 / 78.854✓✓60
8060.0067EKO11250 A1000 VDC / 1250 VACDIA80×43×43——100 kA AC / 50 kA DC @ 10 ms44.6 / 123.164✓✓60
8060.0068EKO11315 A1000 VDC / 1250 VACDIA80×43×43——100 kA AC / 50 kA DC @ 10 ms70.8 / 195.480✓✓60
8060.0069EKO11350 A1000 VDC / 1250 VACDIA80×43×43——100 kA AC / 50 kA DC @ 10 ms87.4 / 241.288✓✓60
8060.0070EKO11400 A1000 VDC / 1250 VACDIA80×43×43——100 kA AC / 50 kA DC @ 10 ms114.1 / 315.197✓✓60
8060.0076EKO11160 A1000 VDC / 1250 VACDIA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms18.3 / 50.444✓✓60
8060.0077EKO11200 A1000 VDC / 1250 VACDIA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms28.5 / 78.854✓✓60
8060.0078EKO11250 A1000 VDC / 1250 VACDIA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms44.6 / 123.164✓✓60
8060.0079EKO11315 A1000 VDC / 1250 VACDIA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms70.8 / 195.480✓✓60
8060.0080EKO11350 A1000 VDC / 1250 VACDIA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms87.4 / 241.288✓✓60
8060.0081EKO11400 A1000 VDC / 1250 VACDIA80×43×43✓—100 kA AC / 50 kA DC @ 10 ms114.1 / 315.197✓✓60
3-158-368EKO11160 A1000 VDC / 1250 VACDIA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms18.3 / 50.444✓✓60
3-158-369EKO11200 A1000 VDC / 1250 VACDIA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms28.5 / 78.854✓✓60
3-158-387EKO11250 A1000 VDC / 1250 VACDIA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms44.6 / 123.164✓✓60
3-158-388EKO11315 A1000 VDC / 1250 VACDIA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms70.8 / 195.480✓✓60
3-158-466EKO11350 A1000 VDC / 1250 VACDIA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms87.4 / 241.288✓✓60
3-158-389EKO11400 A1000 VDC / 1250 VACDIA80×43×43✓✓100 kA AC / 50 kA DC @ 10 ms114.1 / 315.197✓✓60
8060.0140EKO12125 A1000 VDC / 500 VACFLA81×51×51——50 kA @ 10 ms12 / 37.432✓✓60
8060.0141EKO12160 A1000 VDC / 500 VACFLA81×51×51——50 kA @ 10 ms19.7 / 61.340✓✓60
8060.0143EKO12250 A1000 VDC / 500 VACFLA81×51×51——50 kA @ 10 ms48.1 / 149.656✓✓60
8060.0144EKO12315 A1000 VDC / 500 VACFLA81×51×51——50 kA @ 10 ms76.4 / 237.567✓✓60
8060.0145EKO12350 A1000 VDC / 500 VACFLA81×51×51——50 kA @ 10 ms94.3 / 293.273✓✓60
8060.0146EKO12400 A1000 VDC / 500 VACFLA81×51×51——50 kA @ 10 ms123.2 / 38383✓✓60
8060.0148EKO12500 A1000 VDC / 500 VACFLA81×51×51——50 kA @ 10 ms192.4 / 598.4102✓✓60
8060.0149EKO12630 A1000 VDC / 500 VACFLA81×51×51——50 kA @ 10 ms305.5 / 950129✓✓60
8060.0150EKO12125 A1000 VDC / 500 VACFLA81×51×51✓—50 kA @ 10 ms12 / 37.432✓✓60
8060.0151EKO12160 A1000 VDC / 500 VACFLA81×51×51✓—50 kA @ 10 ms19.7 / 61.340✓✓60
8060.0153EKO12250 A1000 VDC / 500 VACFLA81×51×51✓—50 kA @ 10 ms48.1 / 149.656✓✓60
8060.0154EKO12315 A1000 VDC / 500 VACFLA81×51×51✓—50 kA @ 10 ms76.4 / 237.567✓✓60
8060.0155EKO12350 A1000 VDC / 500 VACFLA81×51×51✓—50 kA @ 10 ms94.3 / 293.273✓✓60
8060.0156EKO12400 A1000 VDC / 500 VACFLA81×51×51✓—50 kA @ 10 ms123.2 / 38383✓✓60
8060.0158EKO12500 A1000 VDC / 500 VACFLA81×51×51✓—50 kA @ 10 ms192.4 / 598.4102✓✓60
8060.0159EKO12630 A1000 VDC / 500 VACFLA81×51×51✓—50 kA @ 10 ms305.5 / 950129✓✓60
3-158-390EKO12125 A1000 VDC / 500 VACFLA81×51×51✓✓50 kA @ 10 ms12 / 37.432✓✓60
3-158-397EKO12160 A1000 VDC / 500 VACFLA81×51×51✓✓50 kA @ 10 ms19.7 / 61.340✓✓60
3-158-391EKO12250 A1000 VDC / 500 VACFLA81×51×51✓✓50 kA @ 10 ms48.1 / 149.656✓✓60
3-158-392EKO12315 A1000 VDC / 500 VACFLA81×51×51✓✓50 kA @ 10 ms76.4 / 237.567✓✓60
3-158-393EKO12350 A1000 VDC / 500 VACFLA81×51×51✓✓50 kA @ 10 ms94.3 / 293.273✓✓60
3-158-394EKO12400 A1000 VDC / 500 VACFLA81×51×51✓✓50 kA @ 10 ms123.2 / 38383✓✓60
3-158-395EKO12500 A1000 VDC / 500 VACFLA81×51×51✓✓50 kA @ 10 ms192.4 / 598.4102✓✓60
3-158-396EKO12630 A1000 VDC / 500 VACFLA81×51×51✓✓50 kA @ 10 ms305.5 / 950129✓✓60
8060.0170EKO12125 A1000 VDC / 500 VACUBA81×51×51——50 kA @ 10 ms12 / 37.432✓✓60
8060.0171EKO12160 A1000 VDC / 500 VACUBA81×51×51——50 kA @ 10 ms19.7 / 61.340✓✓60
8060.0173EKO12250 A1000 VDC / 500 VACUBA81×51×51——50 kA @ 10 ms48.1 / 149.656✓✓60
8060.0174EKO12315 A1000 VDC / 500 VACUBA81×51×51——50 kA @ 10 ms76.4 / 237.567✓✓60
8060.0175EKO12350 A1000 VDC / 500 VACUBA81×51×51——50 kA @ 10 ms94.3 / 293.273✓✓60
8060.0176EKO12400 A1000 VDC / 500 VACUBA81×51×51——50 kA @ 10 ms123.2 / 38383✓✓60
8060.0178EKO12500 A1000 VDC / 500 VACUBA81×51×51——50 kA @ 10 ms192.4 / 598.4102✓✓60
8060.0179EKO12630 A1000 VDC / 500 VACUBA81×51×51——50 kA @ 10 ms305.5 / 950129✓✓60
8060.0180EKO12125 A1000 VDC / 500 VACUBA81×51×51✓—50 kA @ 10 ms12 / 37.432✓✓60
8060.0181EKO12160 A1000 VDC / 500 VACUBA81×51×51✓—50 kA @ 10 ms19.7 / 61.340✓✓60
8060.0183EKO12250 A1000 VDC / 500 VACUBA81×51×51✓—50 kA @ 10 ms48.1 / 149.656✓✓60
8060.0184EKO12315 A1000 VDC / 500 VACUBA81×51×51✓—50 kA @ 10 ms76.4 / 237.567✓✓60
8060.0185EKO12350 A1000 VDC / 500 VACUBA81×51×51✓—50 kA @ 10 ms94.3 / 293.273✓✓60
8060.0186EKO12400 A1000 VDC / 500 VACUBA81×51×51✓—50 kA @ 10 ms123.2 / 38383✓✓60
8060.0188EKO12500 A1000 VDC / 500 VACUBA81×51×51✓—50 kA @ 10 ms192.4 / 598.4102✓✓60
8060.0189EKO12630 A1000 VDC / 500 VACUBA81×51×51✓—50 kA @ 10 ms305.5 / 950129✓✓60
3-158-398EKO12125 A1000 VDC / 500 VACUBA81×51×51✓✓50 kA @ 10 ms12 / 37.432✓✓60
3-159-088EKO12160 A1000 VDC / 500 VACUBA81×51×51✓✓50 kA @ 10 ms19.7 / 61.340✓✓60
3-158-465EKO12250 A1000 VDC / 500 VACUBA81×51×51✓✓50 kA @ 10 ms48.1 / 149.656✓✓60
3-158-401EKO12315 A1000 VDC / 500 VACUBA81×51×51✓✓50 kA @ 10 ms76.4 / 237.567✓✓60
3-158-402EKO12350 A1000 VDC / 500 VACUBA81×51×51✓✓50 kA @ 10 ms94.3 / 293.273✓✓60
3-158-403EKO12400 A1000 VDC / 500 VACUBA81×51×51✓✓50 kA @ 10 ms123.2 / 38383✓✓60
3-158-404EKO12500 A1000 VDC / 500 VACUBA81×51×51✓✓50 kA @ 10 ms192.4 / 598.4102✓✓60
3-158-405EKO12630 A1000 VDC / 500 VACUBA81×51×51✓✓50 kA @ 10 ms305.5 / 950129✓✓60
8060.0210EKO13250 A1000 VDC / 1250 VACFLA81×58×58——100 kA AC / 50 kA DC @ 10 ms29.8 / 93.158—✓24
8060.0215EKO13500 A1000 VDC / 1250 VACFLA81×58×58——100 kA AC / 50 kA DC @ 10 ms119.1 / 372.3100—✓24
8060.0216EKO13630 A1000 VDC / 1250 VACFLA81×58×58——100 kA AC / 50 kA DC @ 10 ms189.1 / 591127—✓24
8060.0218EKO13800 A1000 VDC / 1250 VACFLA81×58×58——100 kA AC / 50 kA DC @ 10 ms305 / 953205—✓24
8060.0219EKO13250 A1000 VDC / 1250 VACFLA81×58×58✓—100 kA AC / 50 kA DC @ 10 ms29.8 / 93.158—✓24
8060.0224EKO13500 A1000 VDC / 1250 VACFLA81×58×58✓—100 kA AC / 50 kA DC @ 10 ms119.1 / 372.3100—✓24
8060.0225EKO13630 A1000 VDC / 1250 VACFLA81×58×58✓—100 kA AC / 50 kA DC @ 10 ms189.1 / 591127—✓24
8060.0227EKO13800 A1000 VDC / 1250 VACFLA81×58×58✓—100 kA AC / 50 kA DC @ 10 ms305 / 953205—✓24
3-158-406EKO13250 A1000 VDC / 1250 VACFLA81×58×58✓✓100 kA AC / 50 kA DC @ 10 ms29.8 / 93.158—✓24
3-158-407EKO13500 A1000 VDC / 1250 VACFLA81×58×58✓✓100 kA AC / 50 kA DC @ 10 ms119.1 / 372.3100—✓24
3-158-408EKO13630 A1000 VDC / 1250 VACFLA81×58×58✓✓100 kA AC / 50 kA DC @ 10 ms189.1 / 591127—✓24
3-158-409EKO13800 A1000 VDC / 1250 VACFLA81×58×58✓✓100 kA AC / 50 kA DC @ 10 ms305 / 953205—✓24
8060.0240EKO13250 A1000 VDC / 1250 VACDIA81×58×58——100 kA AC / 50 kA DC @ 10 ms29.8 / 93.158—✓24
8060.0245EKO13500 A1000 VDC / 1250 VACDIA81×58×58——100 kA AC / 50 kA DC @ 10 ms119.1 / 372.3100—✓24
8060.0246EKO13630 A1000 VDC / 1250 VACDIA81×58×58——100 kA AC / 50 kA DC @ 10 ms189.1 / 591127—✓24
8060.0248EKO13800 A1000 VDC / 1250 VACDIA81×58×58——100 kA AC / 50 kA DC @ 10 ms305 / 953205—✓24
8060.0249EKO13250 A1000 VDC / 1250 VACDIA81×58×58✓—100 kA AC / 50 kA DC @ 10 ms29.8 / 93.158—✓24
8060.0254EKO13500 A1000 VDC / 1250 VACDIA81×58×58✓—100 kA AC / 50 kA DC @ 10 ms119.1 / 372.3100—✓24
8060.0255EKO13630 A1000 VDC / 1250 VACDIA81×58×58✓—100 kA AC / 50 kA DC @ 10 ms189.1 / 591127—✓24
8060.0257EKO13800 A1000 VDC / 1250 VACDIA81×58×58✓—100 kA AC / 50 kA DC @ 10 ms305 / 953205—✓24
3-158-410EKO13250 A1000 VDC / 1250 VACDIA81×58×58✓✓100 kA AC / 50 kA DC @ 10 ms29.8 / 93.158—✓24
3-158-411EKO13500 A1000 VDC / 1250 VACDIA81×58×58✓✓100 kA AC / 50 kA DC @ 10 ms119.1 / 372.3100—✓24
3-158-412EKO13630 A1000 VDC / 1250 VACDIA81×58×58✓✓100 kA AC / 50 kA DC @ 10 ms189.1 / 591127—✓24
3-158-413EKO13800 A1000 VDC / 1250 VACDIA81×58×58✓✓100 kA AC / 50 kA DC @ 10 ms305 / 953205—✓24
8060.0290EKO14315 A1000 VDC / 1250 VACFLA82×74×74——100 kA AC / 50 kA DC @ 10 ms130.4 / 250.187—✓24
8060.0299EKO14630 A1000 VDC / 1250 VACFLA82×74×74——100 kA AC / 50 kA DC @ 10 ms521.5 / 1000.5162—✓24
8060.0302EKO14800 A1000 VDC / 1250 VACFLA82×74×74——100 kA AC / 50 kA DC @ 10 ms841 / 1613.2198—✓24
8060.0304EKO14900 A1000 VDC / 1250 VACFLA82×74×74——100 kA AC / 50 kA DC @ 10 ms1064.4 / 2041.7223—✓24
8060.0307EKO141100 A1000 VDC / 1250 VACFLA82×74×74——100 kA AC / 50 kA DC @ 10 ms1590 / 3050266—✓24
8060.0308EKO14315 A1000 VDC / 1250 VACFLA82×74×74✓—100 kA AC / 50 kA DC @ 10 ms130.4 / 250.187—✓24
8060.0317EKO14630 A1000 VDC / 1250 VACFLA82×74×74✓—100 kA AC / 50 kA DC @ 10 ms521.5 / 1000.5162—✓24
8060.0320EKO14800 A1000 VDC / 1250 VACFLA82×74×74✓—100 kA AC / 50 kA DC @ 10 ms841 / 1613.2198—✓24
8060.0322EKO14900 A1000 VDC / 1250 VACFLA82×74×74✓—100 kA AC / 50 kA DC @ 10 ms1064.4 / 2041.7223—✓24
8060.0325EKO141100 A1000 VDC / 1250 VACFLA82×74×74✓—100 kA AC / 50 kA DC @ 10 ms1590 / 3050266—✓24
3-158-415EKO14315 A1000 VDC / 1250 VACFLA82×74×74✓✓100 kA AC / 50 kA DC @ 10 ms130.4 / 250.187—✓24
3-158-416EKO14630 A1000 VDC / 1250 VACFLA82×74×74✓✓100 kA AC / 50 kA DC @ 10 ms521.5 / 1000.5162—✓24
3-158-417EKO14800 A1000 VDC / 1250 VACFLA82×74×74✓✓100 kA AC / 50 kA DC @ 10 ms841 / 1613.2198—✓24
3-158-418EKO14900 A1000 VDC / 1250 VACFLA82×74×74✓✓100 kA AC / 50 kA DC @ 10 ms1064.4 / 2041.7223—✓24
3-158-419EKO141100 A1000 VDC / 1250 VACFLA82×74×74✓✓100 kA AC / 50 kA DC @ 10 ms1590 / 3050266—✓24
8060.0398EKO14315 A1000 VDC / 1250 VACDIA82×74×74——100 kA AC / 50 kA DC @ 10 ms130.4 / 250.187—✓12
8060.0407EKO14630 A1000 VDC / 1250 VACDIA82×74×74——100 kA AC / 50 kA DC @ 10 ms521.5 / 1000.5162—✓12
8060.0410EKO14800 A1000 VDC / 1250 VACDIA82×74×74——100 kA AC / 50 kA DC @ 10 ms841 / 1613.2198—✓12
8060.0412EKO14900 A1000 VDC / 1250 VACDIA82×74×74——100 kA AC / 50 kA DC @ 10 ms1064.4 / 2041.7223—✓12
8060.0415EKO141100 A1000 VDC / 1250 VACDIA82×74×74——100 kA AC / 50 kA DC @ 10 ms1590 / 3050266—✓12
8060.0416EKO14315 A1000 VDC / 1250 VACDIA82×74×74✓—100 kA AC / 50 kA DC @ 10 ms130.4 / 250.187—✓12
8060.0425EKO14630 A1000 VDC / 1250 VACDIA82×74×74✓—100 kA AC / 50 kA DC @ 10 ms521.5 / 1000.5162—✓12
8060.0428EKO14800 A1000 VDC / 1250 VACDIA82×74×74✓—100 kA AC / 50 kA DC @ 10 ms841 / 1613.2198—✓12
8060.0430EKO14900 A1000 VDC / 1250 VACDIA82×74×74✓—100 kA AC / 50 kA DC @ 10 ms1064.4 / 2041.7223—✓12
8060.0433EKO141100 A1000 VDC / 1250 VACDIA82×74×74✓—100 kA AC / 50 kA DC @ 10 ms1590 / 3050266—✓12
3-158-420EKO14315 A1000 VDC / 1250 VACDIA82×74×74✓✓100 kA AC / 50 kA DC @ 10 ms130.4 / 250.187—✓12
3-158-422EKO14630 A1000 VDC / 1250 VACDIA82×74×74✓✓100 kA AC / 50 kA DC @ 10 ms521.5 / 1000.5162—✓12
3-158-423EKO14800 A1000 VDC / 1250 VACDIA82×74×74✓✓100 kA AC / 50 kA DC @ 10 ms841 / 1613.2198—✓12
3-158-424EKO14900 A1000 VDC / 1250 VACDIA82×74×74✓✓100 kA AC / 50 kA DC @ 10 ms1064.4 / 2041.7223—✓12
3-158-425EKO141100 A1000 VDC / 1250 VACDIA82×74×74✓✓100 kA AC / 50 kA DC @ 10 ms1590 / 3050266—✓12
3-158-849EKO8150 A500 VDCBOA58×36×23.5——50 kA @ 10 ms2.7 / 7.39—✓180
3-158-850EKO81250 A500 VDCBOA58×36×23.5——50 kA @ 10 ms67.9 / 182.244—✓180
3-158-851EKO81350 A500 VDCBOA58×36×23.5——50 kA @ 10 ms133 / 357.263—✓180
3-158-852EKO81400 A500 VDCBOA58×36×23.5——50 kA @ 10 ms173.7 / 466.577—✓180

Montage

FLA — Flush EndDIA — DIN-RailUBA — US Bolted TagBOA — Bolt-on

Pouvoir de coupure

1) 50 kA @ 10 ms2) 100 kA AC / 50 kA DC @ 10 ms

Approbations

UL UR File E531402CCC voir CCC-ApprovalsCE · RoHS · REACH

Applications

Infrastructure charge · BESS · onduleurs · soudage industriel

Données extraites fiche SCHURTER EKO (PG01_2, rév. 21.07.2026). Spécifications sujettes à modification.

3 variantes affichées sur 3

N° commande▲ Courant (A)▲ Tension▲ Montage▲ Plaquage terminal▲ Coupure▲ I²t pré/fus [kA²s]▲ P diss. [W]▲
8060.027016 A250 VACInlineSilver-Plated Copper Alloy50 kA0.03 / 0.320.8
8060.027432 A250 VACInlineSilver-Plated Copper Alloy50 kA0.14 / 1.322.1
8060.027763 A250 VACInlineSilver-Plated Copper Alloy50 kA0.74 / 6.865.4

Montage

Inline — corps céramique 10×25mm, sertissage fil

Normes

IEC 60269-4 · UL 248-13 · GB/T13539.4

Approbations

CCC N° 2025010308794765CE · RoHS · China RoHS · REACH

Applications typiques

Charge Pile · Charge Gun · éclairage accessoire · audio/vidéo · câblage général · télécom

Données extraites fiche SCHURTER ARO (PG01_2). Spécifications sujettes à modification.

67 variantes affichées sur 67

N° commande▲ Série▲ Courant (A)▲ Tension▲ Montage▲ Plaquage▲ Pouvoir coupure▲ I²t pré/fus [kA²s]▲ P diss. [W]▲ UL▲
3-156-001ADO1110 A500 VDCBolt-on ZCopper alloy, tin-plated20kA@500VDC L/R2ms0.005 / 0.032—
3-156-012ADO1115 A500 VDCBolt-on ZCopper alloy, tin-plated20kA@500VDC L/R2ms0.02 / 0.042.5✓
3-156-013ADO1120 A500 VDCBolt-on ZCopper alloy, tin-plated20kA@500VDC L/R2ms0.03 / 0.053.9✓
3-156-014ADO1125 A500 VDCBolt-on ZCopper alloy, tin-plated20kA@500VDC L/R2ms0.045 / 0.085.1✓
3-156-015ADO1130 A500 VDCBolt-on ZCopper alloy, tin-plated20kA@500VDC L/R2ms0.095 / 0.165.8✓
3-156-016ADO1132 A500 VDCBolt-on ZCopper alloy, tin-plated20kA@500VDC L/R2ms0.125 / 0.246—
3-156-017ADO1140 A500 VDCBolt-on ZCopper alloy, tin-plated20kA@500VDC L/R2ms0.18 / 0.327.8✓
3-156-018ADO1150 A500 VDCBolt-on ZCopper alloy, tin-plated20kA@500VDC L/R2ms0.34 / 0.548.7✓
3-156-019ADO1163 A500 VDCBolt-on ZCopper alloy, tin-plated20kA@500VDC L/R2ms0.45 / 1.6914✓
3-156-020ADO1210 A500 VDCBolt-on BCopper alloy, nickel-plated20kA@500VDC L/R2ms0.005 / 0.032—
3-156-021ADO1215 A500 VDCBolt-on BCopper alloy, nickel-plated20kA@500VDC L/R2ms0.02 / 0.042.5✓
3-156-022ADO1220 A500 VDCBolt-on BCopper alloy, nickel-plated20kA@500VDC L/R2ms0.025 / 0.073.9✓
3-156-023ADO1225 A500 VDCBolt-on BCopper alloy, nickel-plated20kA@500VDC L/R2ms0.04 / 0.125.1✓
3-156-024ADO1230 A500 VDCBolt-on BCopper alloy, nickel-plated20kA@500VDC L/R2ms0.053 / 0.165.8✓
3-156-025ADO1232 A500 VDCBolt-on BCopper alloy, nickel-plated20kA@500VDC L/R2ms0.07 / 0.216—
3-156-026ADO1240 A500 VDCBolt-on BCopper alloy, nickel-plated20kA@500VDC L/R2ms0.16 / 0.327.8✓
3-156-027ADO1250 A500 VDCBolt-on BCopper alloy, nickel-plated20kA@500VDC L/R2ms0.222 / 0.658.7✓
3-156-028ADO1263 A500 VDCBolt-on BCopper alloy, nickel-plated20kA@500VDC L/R2ms0.431 / 1.2614✓
3-156-029ADO1310 A750 VDCBolt-on ACopper alloy, tin-plated20kA@750VDC L/R2ms0.004 / 0.0142—
3-156-030ADO1315 A750 VDCBolt-on ACopper alloy, tin-plated20kA@750VDC L/R2ms0.012 / 0.0332.5—
3-156-031ADO1320 A750 VDCBolt-on ACopper alloy, tin-plated20kA@750VDC L/R2ms0.016 / 0.0543.9—
3-156-032ADO1325 A750 VDCBolt-on ACopper alloy, tin-plated20kA@750VDC L/R2ms0.041 / 0.1445.1—
3-156-033ADO1330 A750 VDCBolt-on ACopper alloy, tin-plated20kA@750VDC L/R2ms0.069 / 0.2485.8—
3-156-034ADO1340 A750 VDCBolt-on ACopper alloy, tin-plated20kA@750VDC L/R2ms0.123 / 0.4497.8—
3-156-035ADO1350 A750 VDCBolt-on ACopper alloy, tin-plated20kA@750VDC L/R2ms0.224 / 0.82811—
3-156-036ADO1360 A750 VDCBolt-on ACopper alloy, tin-plated20kA@750VDC L/R2ms0.288 / 1.0814—
3-156-037ADO1410 A1000 VDCBolt-on ZCopper alloy, tin-plated20kA@1000VDC L/R1ms0.07 / 0.232—
3-156-038ADO1415 A1000 VDCBolt-on ZCopper alloy, tin-plated20kA@1000VDC L/R1ms0.09 / 0.292.6—
3-156-039ADO1420 A1000 VDCBolt-on ZCopper alloy, tin-plated20kA@1000VDC L/R1ms0.12 / 0.393.5—
3-156-040ADO1425 A1000 VDCBolt-on ZCopper alloy, tin-plated20kA@1000VDC L/R1ms0.15 / 0.494.1—
3-156-041ADO1430 A1000 VDCBolt-on ZCopper alloy, tin-plated20kA@1000VDC L/R1ms0.21 / 0.684.8—
3-156-042ADO1440 A1000 VDCBolt-on ZCopper alloy, tin-plated20kA@1000VDC L/R1ms0.31 / 1.016.5—
3-156-044ADO1510 A1000 VDCBolt-on ACopper alloy, tin-plated20kA@1000VDC L/R1ms0.07 / 0.232—
3-156-045ADO1515 A1000 VDCBolt-on ACopper alloy, tin-plated20kA@1000VDC L/R1ms0.09 / 0.292.6—
3-156-046ADO1520 A1000 VDCBolt-on ACopper alloy, tin-plated20kA@1000VDC L/R1ms0.12 / 0.393.5—
3-156-047ADO1525 A1000 VDCBolt-on ACopper alloy, tin-plated20kA@1000VDC L/R1ms0.15 / 0.494.1—
3-156-048ADO1530 A1000 VDCBolt-on ACopper alloy, tin-plated20kA@1000VDC L/R1ms0.21 / 0.684.8—
3-156-049ADO1540 A1000 VDCBolt-on ACopper alloy, tin-plated20kA@1000VDC L/R1ms0.31 / 1.016.5—
3-156-051ADO1610 A500 VDCPCBCopper alloy, tin-plated20kA@500VDC L/R2ms0.005 / 0.032—
3-156-052ADO1615 A500 VDCPCBCopper alloy, tin-plated20kA@500VDC L/R2ms0.02 / 0.042.5—
3-156-053ADO1620 A500 VDCPCBCopper alloy, tin-plated20kA@500VDC L/R2ms0.025 / 0.073.9—
3-156-054ADO1625 A500 VDCPCBCopper alloy, tin-plated20kA@500VDC L/R2ms0.04 / 0.125.1—
3-156-055ADO1630 A500 VDCPCBCopper alloy, tin-plated20kA@500VDC L/R2ms0.053 / 0.165.8—
3-156-056ADO1632 A500 VDCPCBCopper alloy, tin-plated20kA@500VDC L/R2ms0.07 / 0.216—
3-156-057ADO1640 A500 VDCPCBCopper alloy, tin-plated20kA@500VDC L/R2ms0.16 / 0.327.8—
3-156-058ADO1650 A500 VDCPCBCopper alloy, tin-plated20kA@500VDC L/R2ms0.222 / 0.658.7—
3-156-059ADO1663 A500 VDCPCBCopper alloy, tin-plated20kA@500VDC L/R2ms0.431 / 1.2614—
3-156-060ADO1710 A750 VDCPCBCopper alloy, tin-plated20kA@750VDC L/R2ms0.004 / 0.0142—
3-156-061ADO1715 A750 VDCPCBCopper alloy, tin-plated20kA@750VDC L/R2ms0.012 / 0.0332.5—
3-156-062ADO1720 A750 VDCPCBCopper alloy, tin-plated20kA@750VDC L/R2ms0.016 / 0.0543.9—
3-156-063ADO1725 A750 VDCPCBCopper alloy, tin-plated20kA@750VDC L/R2ms0.041 / 0.1445.1—
3-156-064ADO1730 A750 VDCPCBCopper alloy, tin-plated20kA@750VDC L/R2ms0.069 / 0.2485.8—
3-156-065ADO1740 A750 VDCPCBCopper alloy, tin-plated20kA@750VDC L/R2ms0.123 / 0.4497.8—
3-156-066ADO1750 A750 VDCPCBCopper alloy, tin-plated20kA@750VDC L/R2ms0.224 / 0.82814—
3-156-067ADO1810 A850 VDCPCBCopper alloy, tin-plated20kA@850VDC L/R2ms0.07 / 0.232—
3-156-068ADO1815 A850 VDCPCBCopper alloy, tin-plated20kA@850VDC L/R2ms0.09 / 0.292.6—
3-156-069ADO1820 A850 VDCPCBCopper alloy, tin-plated20kA@850VDC L/R2ms0.12 / 0.393.5—
3-156-070ADO1825 A850 VDCPCBCopper alloy, tin-plated20kA@850VDC L/R2ms0.15 / 0.494.1—
3-156-071ADO1830 A850 VDCPCBCopper alloy, tin-plated20kA@850VDC L/R2ms0.21 / 0.684.8—
3-156-072ADO1840 A850 VDCPCBCopper alloy, tin-plated20kA@850VDC L/R2ms0.31 / 1.016.5—
3-156-073ADO1850 A850 VDCPCBCopper alloy, tin-plated20kA@850VDC L/R2ms0.45 / 1.477.2—
3-156-074ADO1910 A1000 VDCPCBCopper alloy, tin-plated20kA@1000VDC L/R1ms0.07 / 0.232—
3-156-075ADO1915 A1000 VDCPCBCopper alloy, tin-plated20kA@1000VDC L/R1ms0.09 / 0.292.6—
3-156-076ADO1920 A1000 VDCPCBCopper alloy, tin-plated20kA@1000VDC L/R1ms0.12 / 0.393.5—
3-156-077ADO1925 A1000 VDCPCBCopper alloy, tin-plated20kA@1000VDC L/R1ms0.15 / 0.494.1—
3-156-078ADO1930 A1000 VDCPCBCopper alloy, tin-plated20kA@1000VDC L/R1ms0.21 / 0.684.8—
3-156-079ADO1940 A1000 VDCPCBCopper alloy, tin-plated20kA@1000VDC L/R1ms0.31 / 1.016.5—

Montage

Bolt-on Z — 500 VDC, plaqué étainBolt-on B — 500 VDC, plaqué nickelBolt-on A — 750 / 1000 VDCPCB — CMS, 500/750/850/1000 VDC

Pouvoir de coupure

1) 20 kA @ 500 VDC, L/R 2ms2) 20 kA @ 750 VDC, L/R 2ms3) 20 kA @ 850 VDC, L/R 2ms4) 20 kA @ 1000 VDC, L/R 1ms

Approbations

UL UR File E548130CE · RoHS · China RoHS · REACH

Normes & applications

UL248-20 · ISO8820-8 · GB/T31465.6 · JASO D622 — BMS, chargeur embarqué, DC/DC, climatisation, PDU

Données extraites fiche SCHURTER ADO (PG01_2). Spécifications sujettes à modification.

137 variantes affichées sur 137

N° commande▲ Série▲ Courant (A)▲ Tension▲ Montage▲ Tube▲ Ø × L▲ Pouvoir coupure▲ I²t pré/fus [kA²s]▲ P diss. [W]▲ UL▲ Qté/bt▲
3-156-224ALO11100 A500 VDCBolt-on ACeramicØ31.6 × 94 mm20kA, L/R2ms1.05 / 4.411✓6
3-156-225ALO11125 A500 VDCBolt-on ACeramicØ31.6 × 94 mm20kA, L/R2ms1.75 / 7.313✓6
3-156-226ALO11150 A500 VDCBolt-on ACeramicØ31.6 × 94 mm20kA, L/R2ms2.6 / 10.917✓6
3-156-227ALO11200 A500 VDCBolt-on ACeramicØ31.6 × 94 mm20kA, L/R2ms4.85 / 20.424✓6
3-156-228ALO11250 A500 VDCBolt-on ACeramicØ31.6 × 94 mm20kA, L/R2ms8.61 / 36.228✓6
3-156-229ALO11300 A500 VDCBolt-on ACeramicØ31.6 × 94 mm20kA, L/R2ms12.4 / 52.135✓6
3-156-230ALO11350 A500 VDCBolt-on ACeramicØ31.6 × 94 mm20kA, L/R2ms17.85 / 74.945✓6
3-156-231ALO12100 A500 VDCBolt-on BCeramicØ31.6 × 90 mm20kA, L/R2ms1.05 / 4.411✓6
3-156-232ALO12125 A500 VDCBolt-on BCeramicØ31.6 × 90 mm20kA, L/R2ms1.75 / 7.313✓6
3-156-233ALO12150 A500 VDCBolt-on BCeramicØ31.6 × 90 mm20kA, L/R2ms2.6 / 10.917✓6
3-156-234ALO12200 A500 VDCBolt-on BCeramicØ31.6 × 90 mm20kA, L/R2ms4.85 / 20.424✓6
3-156-235ALO12250 A500 VDCBolt-on BCeramicØ31.6 × 90 mm20kA, L/R2ms8.61 / 36.228✓6
3-156-236ALO12300 A500 VDCBolt-on BCeramicØ31.6 × 90 mm20kA, L/R2ms12.4 / 52.135✓6
3-156-237ALO12350 A500 VDCBolt-on BCeramicØ31.6 × 90 mm20kA, L/R2ms17.85 / 74.945✓6
3-156-238ALO13160 A250 VDCBolt-on ACeramicØ37.5 × 85 mm20kA, L/R2ms1.598 / 8.53713—4
3-156-239ALO13200 A250 VDCBolt-on ACeramicØ37.5 × 85 mm20kA, L/R2ms4.516 / 15.80616—4
3-156-240ALO13250 A250 VDCBolt-on ACeramicØ37.5 × 85 mm20kA, L/R2ms7.243 / 25.35120—4
3-156-241ALO13300 A250 VDCBolt-on ACeramicØ37.5 × 85 mm20kA, L/R2ms13.38 / 46.8323—4
3-156-242ALO13315 A250 VDCBolt-on ACeramicØ37.5 × 85 mm20kA, L/R2ms15.89 / 55.61524—4
3-156-243ALO13350 A250 VDCBolt-on ACeramicØ37.5 × 85 mm20kA, L/R2ms19.81 / 69.33526—4
3-156-244ALO13400 A250 VDCBolt-on ACeramicØ37.5 × 85 mm20kA, L/R2ms27.69 / 96.91531—4
3-156-245ALO13450 A250 VDCBolt-on ACeramicØ37.5 × 85 mm20kA, L/R2ms37.09 / 129.81535—4
3-156-246ALO13500 A250 VDCBolt-on ACeramicØ37.5 × 85 mm20kA, L/R2ms48.1 / 168.3538—4
3-156-247ALO13600 A250 VDCBolt-on ACeramicØ37.5 × 85 mm20kA, L/R2ms79.28 / 277.4844—4
3-156-248ALO14200 A500 VDCBolt-on ACeramicØ38.5 × 103.6 mm20kA, L/R2ms3.92 / 16.536✓3
3-156-249ALO14250 A500 VDCBolt-on ACeramicØ38.5 × 103.6 mm20kA, L/R2ms6.97 / 29.339✓3
3-156-250ALO14300 A500 VDCBolt-on ACeramicØ38.5 × 103.6 mm20kA, L/R2ms10.9 / 45.848✓3
3-156-251ALO14350 A500 VDCBolt-on ACeramicØ38.5 × 103.6 mm20kA, L/R2ms15.7 / 65.958✓3
3-156-252ALO14400 A500 VDCBolt-on ACeramicØ38.5 × 103.6 mm20kA, L/R2ms22.59 / 94.968✓3
3-156-253ALO14450 A500 VDCBolt-on ACeramicØ38.5 × 103.6 mm20kA, L/R2ms27.88 / 117.276✓3
3-156-254ALO14500 A500 VDCBolt-on ACeramicØ38.5 × 103.6 mm20kA, L/R2ms52.07 / 154.982✓3
3-156-263ALO16125 A500 VDCBolt-on BCeramicØ37.8 × 107.6 mm20kA, L/R2ms1 / 4.4316—3
3-156-264ALO16150 A500 VDCBolt-on BCeramicØ37.8 × 107.6 mm20kA, L/R2ms1.525 / 7.3220—3
3-156-265ALO16200 A500 VDCBolt-on BCeramicØ37.8 × 107.6 mm20kA, L/R2ms3.02 / 16.536—3
3-156-266ALO16250 A500 VDCBolt-on BCeramicØ37.8 × 107.6 mm20kA, L/R2ms6.07 / 29.339—3
3-156-267ALO16300 A500 VDCBolt-on BCeramicØ37.8 × 107.6 mm20kA, L/R2ms10.9 / 45.848—3
3-156-268ALO16350 A500 VDCBolt-on BCeramicØ37.8 × 107.6 mm20kA, L/R2ms15.7 / 65.958—3
3-156-269ALO16400 A500 VDCBolt-on BCeramicØ37.8 × 107.6 mm20kA, L/R2ms22.59 / 94.968—3
3-156-270ALO16450 A500 VDCBolt-on BCeramicØ37.8 × 107.6 mm20kA, L/R2ms27.88 / 117.276—3
3-156-271ALO16500 A500 VDCBolt-on BCeramicØ37.8 × 107.6 mm20kA, L/R2ms36.88 / 154.982—3
3-156-285ALO19250 A1000 VDCBolt-on ACeramicØ50 × 128 mm30kA, L/R5ms11.501 / 39.9443—3
3-156-286ALO19300 A1000 VDCBolt-on ACeramicØ50 × 128 mm30kA, L/R5ms15.363 / 53.1554—3
3-156-287ALO19350 A1000 VDCBolt-on ACeramicØ50 × 128 mm30kA, L/R5ms25.005 / 85.8867—3
3-156-288ALO19400 A1000 VDCBolt-on ACeramicØ50 × 128 mm30kA, L/R5ms37.358 / 127.479—3
3-156-289ALO19450 A1000 VDCBolt-on ACeramicØ50 × 128 mm30kA, L/R5ms52.598 / 178.1795—3
3-156-290ALO19500 A1000 VDCBolt-on ACeramicØ50 × 128 mm30kA, L/R5ms70.897 / 238.55108—3
3-156-291ALO51100 A500 VDCBolt-on AResinØ31 × 92 mm20kA, L/R2ms3.1 / 9.316—70
3-156-292ALO51125 A500 VDCBolt-on AResinØ31 × 92 mm20kA, L/R2ms4.5 / 14.418—70
3-156-293ALO51150 A500 VDCBolt-on AResinØ31 × 92 mm20kA, L/R2ms6.3 / 20.622—70
3-156-294ALO51200 A500 VDCBolt-on AResinØ31 × 92 mm20kA, L/R2ms11.1 / 35.225—70
3-156-295ALO51250 A500 VDCBolt-on AResinØ31 × 92 mm20kA, L/R2ms17.2 / 57.330—70
3-156-296ALO51300 A500 VDCBolt-on AResinØ31 × 92 mm20kA, L/R2ms24.2 / 81.144—70
3-156-297ALO51350 A500 VDCBolt-on AResinØ31 × 92 mm20kA, L/R2ms32.5 / 106.452—70
3-156-298ALO51400 A500 VDCBolt-on AResinØ31 × 92 mm20kA, L/R2ms42.3 / 140.268—70
3-156-301ALO52100 A500 VDCBolt-on BResinØ31 × 92 mm20kA, L/R2ms3.1 / 9.316—70
3-156-302ALO52125 A500 VDCBolt-on BResinØ31 × 92 mm20kA, L/R2ms4.5 / 14.418—70
3-156-303ALO52150 A500 VDCBolt-on BResinØ31 × 92 mm20kA, L/R2ms6.3 / 20.622—70
3-156-304ALO52200 A500 VDCBolt-on BResinØ31 × 92 mm20kA, L/R2ms11.1 / 35.225—70
3-156-305ALO52250 A500 VDCBolt-on BResinØ31 × 92 mm20kA, L/R2ms17.2 / 57.330—70
3-156-306ALO52300 A500 VDCBolt-on BResinØ31 × 92 mm20kA, L/R2ms24.2 / 81.144—70
3-156-307ALO52350 A500 VDCBolt-on BResinØ31 × 92 mm20kA, L/R2ms32.5 / 106.452—70
3-156-308ALO52400 A500 VDCBolt-on BResinØ31 × 92 mm20kA, L/R2ms42.3 / 140.268—70
3-156-311ALO53200 A500 VDCBolt-on AResinØ37 × 93 mm20kA, L/R2ms11.8 / 35.536—3
3-156-312ALO53250 A500 VDCBolt-on AResinØ37 × 93 mm20kA, L/R2ms18.4 / 55.639—3
3-156-313ALO53300 A500 VDCBolt-on AResinØ37 × 93 mm20kA, L/R2ms26.5 / 79.348—3
3-156-314ALO53350 A500 VDCBolt-on AResinØ37 × 93 mm20kA, L/R2ms36.1 / 108.158—3
3-156-315ALO53400 A500 VDCBolt-on AResinØ37 × 93 mm20kA, L/R2ms47.1 / 141.463—3
3-156-316ALO53450 A500 VDCBolt-on AResinØ37 × 93 mm20kA, L/R2ms59.6 / 158.968—3
3-156-317ALO53500 A500 VDCBolt-on AResinØ37 × 93 mm20kA, L/R2ms73.6 / 178.773—3
3-156-318ALO53550 A500 VDCBolt-on AResinØ37 × 93 mm20kA, L/R2ms89.1 / 208.687—3
3-156-319ALO53630 A500 VDCBolt-on AResinØ37 × 93 mm20kA, L/R2ms116.9 / 233.3105—3
3-156-320ALO53700 A500 VDCBolt-on AResinØ37 × 93 mm20kA, L/R2ms144.3 / 253.4118—3
3-156-329ALO54200 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms11.8 / 35.536—3
3-156-330ALO54225 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms14.9 / 44.737—3
3-156-331ALO54250 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms18.4 / 55.639—3
3-156-332ALO54300 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms26.5 / 79.348—3
3-156-333ALO54350 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms36.1 / 108.158—3
3-156-334ALO54400 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms47.1 / 141.463—3
3-156-335ALO54450 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms59.6 / 158.968—3
3-156-336ALO54500 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms73.6 / 178.773—3
3-156-337ALO54550 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms89.1 / 208.687—3
3-156-338ALO54600 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms105.5 / 21399—3
3-156-339ALO54630 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms116.9 / 233.3105—3
3-156-340ALO54700 A500 VDCBolt-on BResinØ38 × 110 mm20kA, L/R2ms144.3 / 253.4118—3
3-156-350ALO55200 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms11.8 / 35.536—3
3-156-351ALO55225 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms14.9 / 44.737—3
3-156-352ALO55250 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms18.4 / 55.639—3
3-156-353ALO55300 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms26.5 / 79.348—3
3-156-354ALO55350 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms36.1 / 108.158—3
3-156-355ALO55400 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms47.1 / 141.463—3
3-156-356ALO55450 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms59.6 / 158.968—3
3-156-357ALO55500 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms73.6 / 178.773—3
3-156-358ALO55550 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms89.1 / 208.687—3
3-156-359ALO55600 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms105.5 / 21399—3
3-156-360ALO55630 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms116.9 / 233.3105—3
3-156-361ALO55700 A500 VDCBolt-on CResinØ38 × 92.5 mm20kA, L/R2ms144.3 / 253.4118—3
3-156-371ALO56200 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms11.8 / 35.536—3
3-156-372ALO56225 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms14.9 / 44.737—3
3-156-373ALO56250 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms18.4 / 55.639—3
3-156-374ALO56300 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms26.5 / 79.348—3
3-156-375ALO56350 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms36.1 / 108.158—3
3-156-376ALO56400 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms47.1 / 141.463—3
3-156-377ALO56450 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms59.6 / 158.968—3
3-156-378ALO56500 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms73.6 / 178.773—3
3-156-379ALO56550 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms89.1 / 208.687—3
3-156-380ALO56600 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms105.5 / 21399—3
3-156-381ALO56630 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms116.9 / 233.3105—3
3-156-382ALO56700 A500 VDCBolt-on DResinØ38 × 110 mm20kA, L/R2ms144.3 / 253.4118—3
3-156-388ALO58250 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms17.68 / 61.8831—1
3-156-389ALO58275 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms19.86 / 69.5133—1
3-156-390ALO58300 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms29.1 / 101.8537—1
3-156-391ALO58315 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms30.1 / 115.3538—1
3-156-392ALO58350 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms43.89 / 153.61544—1
3-156-393ALO58400 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms62.32 / 218.1250—1
3-156-394ALO58450 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms72.98 / 255.4362—1
3-156-395ALO58500 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms97.35 / 340.72568—1
3-156-396ALO58550 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms121.35 / 424.7570—1
3-156-397ALO58600 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms167.8 / 587.378—1
3-156-398ALO58630 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms177.6 / 621.679—1
3-156-399ALO58700 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms240.2 / 840.791—1
3-156-400ALO58750 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms280.8 / 982.894—1
3-156-401ALO58800 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms371.8 / 1301.399—1
3-156-402ALO58850 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms401.7 / 1405.95106—1
3-156-403ALO58900 A750 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms541 / 1893.5108—1
3-156-404ALO59250 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms24.9 / 77.727—1
3-156-405ALO59300 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms27 / 84.332—1
3-156-406ALO59325 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms29.7 / 92.735—1
3-156-407ALO59350 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms42.9 / 13438—1
3-156-408ALO59400 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms66.3 / 20743—1
3-156-409ALO59450 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms70.6 / 220.748—1
3-156-410ALO59500 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms96.7 / 302.154—1
3-156-411ALO59550 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms112.4 / 351.359—1
3-156-412ALO59600 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms123.2 / 38564—1
3-156-413ALO59650 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms133.9 / 418.570—1
3-156-414ALO59700 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms144.3 / 45175—1
3-156-415ALO59800 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms219.7 / 686.685—1
3-156-416ALO59900 A1000 VDCBolt-on AResinØ50 × 129 mm50kA, L/R10ms281.6 / 880.196—1

Montage

Bolt-on A/B/C/D (axial) et Bottom Bolt-on — codes dimension 3148/3153/3734/3852/3853/5074/5072

Pouvoir de coupure

1) 20 kA, L/R 2ms3) 30 kA, L/R 5ms4) 50 kA, L/R 10ms

Approbations

UL UR File 548130RoHS · China RoHS · REACH

Normes & applications

UL248-20 · ISO8820-8 · GB/T31465.6 · JASO D622 — PDU, BDU, BMS, contrôleurs tout-en-un

Données extraites fiche SCHURTER ALO (PG01_2). Spécifications sujettes à modification.

21 variantes affichées sur 21

N° commande▲ Courant (A)▲ Tension▲ Montage▲ Pouvoir coupure▲ Chute tension max [mV]▲ P diss. typ. [mW]▲ I²t fusion @10×In [A²s]▲ UL▲
3-151-00510 A800 VDCScrewUL 20kA@800VDC L/R<1ms260200076✓
3-151-00615 A800 VDCScrewUL 20kA@800VDC L/R<1ms2002300478✓
3-151-00720 A800 VDCScrewUL 20kA@800VDC L/R<1ms17525001510✓
3-151-00825 A800 VDCScrewUL 20kA@800VDC L/R<1ms16530002492✓
3-151-00930 A800 VDCScrewUL 20kA@800VDC L/R<1ms17536003892✓
3-151-01040 A750 VDCScrewUL 20kA@750VDC L/R<1ms16548007112✓
3-151-01150 A750 VDCScrewUL 20kA@750VDC L/R<1ms200670010012✓
3-151-01210 A800 VDCScrew (Axial)UL 20kA@800VDC L/R<1ms260200076✓
3-151-01315 A800 VDCScrew (Axial)UL 20kA@800VDC L/R<1ms2002300478✓
3-151-01420 A800 VDCScrew (Axial)UL 20kA@800VDC L/R<1ms17526001510✓
3-151-01525 A800 VDCScrew (Axial)UL 20kA@800VDC L/R<1ms16530002492✓
3-151-01630 A800 VDCScrew (Axial)UL 20kA@800VDC L/R<1ms17537003892✓
3-151-01740 A750 VDCScrew (Axial)UL 20kA@750VDC L/R<1ms16549007112✓
3-151-01850 A750 VDCScrew (Axial)UL 20kA@750VDC L/R<1ms200680010012✓
3-151-01910 A800 VDCPCBUL 20kA@800VDC L/R<1ms260200076✓
3-151-02015 A800 VDCPCBUL 20kA@800VDC L/R<1ms2002300478✓
3-151-02120 A800 VDCPCBUL 20kA@800VDC L/R<1ms17526001510✓
3-151-02225 A800 VDCPCBUL 20kA@800VDC L/R<1ms16530002492✓
3-151-02330 A800 VDCPCBUL 20kA@800VDC L/R<1ms17539003892✓
3-151-02440 A750 VDCPCBUL 20kA@750VDC L/R<1ms16552007112✓
3-151-02550 A750 VDCPCBUL 20kA@750VDC L/R<1ms200760010012✓

Montage

Corps 10.3×38mm — Screw / Screw (Axial) : vis M5, couple 3-5 Nm · PCB : CMS reflow/vague

Pouvoir de coupure

1) UL 20 kA @ 800 VDC, L/R <1ms2) UL 20 kA @ 750 VDC, L/R <1ms

Approbations

UL UR File E184831 (toutes variantes)Caractéristique Quick-Acting F

Applications

BMS · climatisation · convertisseur DC/DC · chargeur embarqué

Données extraites fiche SCHURTER AMO (PG01_2). Spécifications sujettes à modification.

SCHURTER · Circuit Protection · PG01_2

APO — Pyro Fuse

Dispositif de sécurité pyrotechnique déclenché par le BMS/ECU pour couper le circuit batterie en cas de court-circuit ou collision.

1 variante disponible

CourantTensionPouvoir de coupureConnecteurN° commande
400 A1000 VDC1000 VDC / 16 kA / 20 μHAK-2 Code I3-158-119

Caractéristiques électriques

Résistance interne (@20°C)≤50 μΩ avant coupure · ≥10 MΩ après
Résistance d’allumage≥1.7 Ω, ≤2.5 Ω
Courant de déclenchement≥1.75 A/0.5 ms ou ≥1.2 A/2 ms
Courant de non-déclenchement≤0.4 A/≤10 s ou ≤5 A/≤0.5 μs
Courant de monitoring<100 mA
Capacité courant continu400 A @ 85°C (busbar ≥120 mm²)

Temps de coupure

Délai d’allumage0.3 ms typ / 0.5 ms max @1.75 A
Séparation mécanique0.2 ms typ / 0.5 ms max
Temps de coupure0.5 ms typ / 1.0 ms max
Commutation totale1.0 ms typ / 2.0 ms max

Construction & installation

MontageBolt-on A — vis M8 sur busbar cuivre
Connecteur triggerISO 19072 AKII, AK-2 Code I
BoîtierPA6
BornesAlliage cuivre, plaqué étain
Poids<300 g
Temp. ambiante admissible-40°C à 105°C
ConditionnementVrac, 445×370×268 mm (18 pcs.)
Bague de court-circuit

Clip préventif contre les activations accidentelles.

Isolation de masse

Signal BT doit rester isolé de la masse HT.

Pouvoir de coupure

Ne pas dépasser le courant de coupure nominal.

Unités tombées

Ne pas utiliser sans inspection préalable.

Dommage physique

Ne pas utiliser avec dommage visible sur boîtier.

Source de déclenchement

Utiliser uniquement l’équipement désigné.

⚠ Danger — Boîtier chaud / dommage matériel

  • Laisser refroidir avant de toucher les faces latérales.
  • Respecter les couples de serrage spécifiés.

⚡ Danger — Choc électrique ou arc électrique

  • Couper toute alimentation avant d’intervenir.
  • Remettre tous les capots avant remise sous tension.

Transport UN3268, Classe 9. Données extraites fiche SCHURTER APO (PG01_2, rév. 09.03.2026).