HHD-H X Zgjc hZ ch~ioZ cVX 9>C HiVcYVgY jhA c h VXX 9>C HiV cYVgY 10/24 kV Z 2 )) bb Vorzugsabmessung / Standard dimension Einsatz / Application Aj jcY Vh hda ZgiZ B iiZaheVccjc hhX VaiVcaV Zc 6 g VcY Vh chjaViZY hl iX ZVg g >ccZ jcY gZ aj iVclZcYjc Zc >cYddg VcY djiYddg Veea XV i dc Verpackung / Packing & HiX & e ZXZ 7Zig ZWh aVhhZ 8aVhh IEC 60282-1 VDE 0670-4 Teilbereich / Back-up DIN 43 625 Bemessungs- 6gi Za Bemessungsstrom A~c Z Z Durchmesser D spannung daiV Z GViZY K Article GViZY 8jggZci AZc i Z Diameter D K Amm mm (% %%+ &( + ( )% *( (% %&) &( 50 - 80 +, 10/24 442 (% % &( &%% &+% G8&%% 85 (% % &) 200G8&& 85 Bemessungs- 6gi Za Cg Gewicht Bemessungs- B c bVaZg HX bZao ciZ gVa Ausschaltintegral Leistungs- Kaltwider- 2 strom Ausschaltstrom Ausschaltstrom diVa > I t-Value abgabe stand GViZY 6gi XaZ Cd Weight GViZY 7gZV c B c 7gZV c Pre-Arcing Power Loss Cold J min J max n n 2 Current Current - I Current - I I t-Value GZh hiVcXZ 1 ( 2 2 2 A & 6 AAsAsAsW m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iiZ HZ iZ &( WZVX iZc G8 2 eaZVhZ gZ Zg id eV Z &( 52 h WV YZ 8ViVad jZ %&& H>76 <bW= lll = ViVad =K c d5h WV YZVirtuelle Schmelzzeit Virtual Pre-arcing time 16 A 10 A 6,3 A 25 A 20 A 31,5 A 125 A 80 A 100 A 40 A 50 A 200RC112 A 160RC100 A 63 A HHD-H X Zgjc hZ ch~ioZ cVX 9>C HiVcYVgY jhA c h VXX 9>C HiV cYVgY 10/24 kV Z 2 )) bb 4 10 Zeit/Strom- H00613-30 3 Kennlinie I bXjggZci characteristic 3 10 s 2 10 1 10 0 10 -1 10 8 6 5 4 3 2 Effektiv-Wert des unbeeinflussten -2 Stromes 10 RMS Prospective current 1 2 3 4 5 10 23 456 8 10 23 456 8 10 23 456 8 10 A23 456 8 10 3 10 Durchlass-Strom H00613-40 2 8jd XjggZci kA 2 10 200RC112 A 160RC100 A 125 A 100 A 80 A 1 63A 10 50 A 40 A 31,5 A 25 A 20 A 16 A 10 A 6,3 A 0 10 8 6 4 3 2 -1 23 4 6 80123 10 10 10 10 10 kA unbeeinflusster Kurzschlussstrom Prospective short-circuit-current (Sym. r.m.s.) *( h WV YZ 8ViVad jZ %&& H>76 <bW= lll = ViVad =K c d5h WV YZ VVirtuelleirtuelle SchmelzzeitSchmelzzeit VVirtualirtual Pre-arcingPre-arcing timetime Durchlassstrom Scheitelwert Cut-off current peak