[{"data":1,"prerenderedAt":2215},["ShallowReactive",2],{"blog-post-nl-eendraadschema-maken":3,"blog-alternates-single-line-diagram":524},{"id":4,"title":5,"articleId":6,"body":7,"category":495,"date":496,"description":497,"extension":498,"lastUpdated":499,"locale":500,"meta":501,"navigation":502,"path":503,"publishDate":504,"readTime":505,"refreshInterval":506,"seo":507,"slug":508,"stem":509,"tags":510,"__hash__":523},"blog\u002Fblog\u002Fsingle-line-diagram.nl.md","Eendraadschema maken in België: stap-voor-stap AREI-gids","single-line-diagram",{"type":8,"value":9,"toc":467},"minimark",[10,21,26,38,41,45,48,82,90,94,97,102,128,132,158,162,182,186,190,193,219,223,226,255,258,262,265,279,283,286,312,316,325,328,332,336,339,343,346,350,353,367,371,374,378,410,414,417,431,437,441],[11,12,13],"blockquote",{},[14,15,16,20],"p",{},[17,18,19],"strong",{},"Kort uitgelegd:"," een eendraadschema toont de elektrische structuur van de installatie, van de verdeelkast tot de kringen en verbruikers. In België maakt het deel uit van het dossier voor de elektrische keuring. Deze gids behandelt de symbolen, verplichte gegevens, werkwijze en pdf-export.",[22,23,25],"h2",{"id":24},"wat-is-een-eendraadschema","Wat is een eendraadschema?",[14,27,28,29,33,34,37],{},"Een eendraadschema (Frans: ",[30,31,32],"em",{},"schéma unifilaire",", Duits: ",[30,35,36],{},"Eindrahtschema",") is een vereenvoudigd elektrisch schema dat de structuur van uw volledige installatie weergeeft met gestandaardiseerde symbolen. In tegenstelling tot een bedradingsschema dat elke individuele geleider toont, gebruikt een eendraadschema één enkele lijn om elk circuit weer te geven.",[14,39,40],{},"Dit document behoort in België tot de stukken die voor de elektrische keuring volgens het AREI worden gevraagd. Het moet actueel zijn en overeenkomen met de werkelijke installatie; alleen een erkend controleorganisme voert de officiële beoordeling uit.",[22,42,44],{"id":43},"waarom-is-het-belangrijk","Waarom is het belangrijk?",[14,46,47],{},"Het eendraadschema dient meerdere cruciale doeleinden:",[49,50,51,58,64,70,76],"ul",{},[52,53,54,57],"li",{},[17,55,56],{},"Wettelijke verplichting"," — Verplicht voor elke elektrische keuring in België",[52,59,60,63],{},[17,61,62],{},"Veiligheidsoverzicht"," — Toont alle beveiligingsapparaten en hun coördinatie",[52,65,66,69],{},[17,67,68],{},"Onderhoudsreferentie"," — Helpt elektriciens kringen en componenten snel te identificeren",[52,71,72,75],{},[17,73,74],{},"Wijzigingsplanning"," — Essentieel voor het plannen van toekomstige aanpassingen",[52,77,78,81],{},[17,79,80],{},"Vastgoeddocumentatie"," — Vereist bij verkoop van een woning",[11,83,84],{},[14,85,86,89],{},[17,87,88],{},"Belangrijk",": Het eendraadschema moet de huidige staat van de installatie nauwkeurig weerspiegelen. Elke wijziging aan de installatie vereist een update van het schema.",[22,91,93],{"id":92},"arei-symbolen-begrijpen","AREI-symbolen begrijpen",[14,95,96],{},"Het AREI schrijft specifieke symbolen voor op basis van de IEC 60617-norm. Hier zijn de belangrijkste:",[98,99,101],"h3",{"id":100},"beveiligingsapparaten","Beveiligingsapparaten",[49,103,104,110,116,122],{},[52,105,106,109],{},[17,107,108],{},"Automatische zekering"," (disjoncteur) — Beschermt tegen overstroom",[52,111,112,115],{},[17,113,114],{},"Differentieelschakelaar"," (différentiel) — Beschermt tegen aardlek",[52,117,118,121],{},[17,119,120],{},"Smeltzekering"," (fusible) — Traditionele overstroombeveiliging",[52,123,124,127],{},[17,125,126],{},"Hoofdschakelaar"," (interrupteur principal) — Schakelt de volledige installatie af",[98,129,131],{"id":130},"verbruikers","Verbruikers",[49,133,134,140,146,152],{},[52,135,136,139],{},[17,137,138],{},"Stopcontact"," — Weergegeven door een halve cirkel symbool",[52,141,142,145],{},[17,143,144],{},"Verlichtingspunt"," — Cirkel met stralen of kruis",[52,147,148,151],{},[17,149,150],{},"Vast aangesloten toestel"," — Rechthoek met apparaataanduiding",[52,153,154,157],{},[17,155,156],{},"Motor"," — Cirkel met M-aanduiding",[98,159,161],{"id":160},"speciale-symbolen","Speciale symbolen",[49,163,164,170,176],{},[52,165,166,169],{},[17,167,168],{},"Aardingsaansluiting"," — Drie horizontale lijnen van afnemende lengte",[52,171,172,175],{},[17,173,174],{},"Equipotentiale verbinding"," — Verbindingslijn met aardingssymbool",[52,177,178,181],{},[17,179,180],{},"Overspanningsbeveiliging"," — Zigzaglijn met pijl",[22,183,185],{"id":184},"stapsgewijze-handleiding-met-planelec","Stapsgewijze handleiding met PlanElec",[98,187,189],{"id":188},"stap-1-uw-installatie-definiëren","Stap 1: Uw installatie definiëren",[14,191,192],{},"Begin met het in kaart brengen van uw elektrische installatie:",[194,195,196,199,202],"ol",{},[52,197,198],{},"Open PlanElec en maak een nieuw project aan",[52,200,201],{},"Definieer de kamers in uw gebouw (woonkamer, keuken, slaapkamers, etc.)",[52,203,204,205],{},"Geef voor elke kamer de elektrische componenten op:\n",[49,206,207,210,213,216],{},[52,208,209],{},"Aantal en type stopcontacten (enkel, dubbel, met randaarde)",[52,211,212],{},"Verlichtingspunten (plafond, wand, geschakeld)",[52,214,215],{},"Vast aangesloten toestellen (oven, kookplaat, boiler, etc.)",[52,217,218],{},"Speciale kringen (EV-lader, warmtepomp, zonnepanelen)",[98,220,222],{"id":221},"stap-2-beveiligingsapparaten-configureren","Stap 2: Beveiligingsapparaten configureren",[14,224,225],{},"PlanElec stelt automatisch geschikte beveiliging voor:",[49,227,228,238,244,250],{},[52,229,230,233,234,237],{},[17,231,232],{},"Hoofd-differentieelschakelaar"," — Hoogstens 300 mA aan het voedingspunt (Art. 4.2.4.3b), bij voorkeur ",[17,235,236],{},"selectief (Type S\u002Ftijdvertraagd)"," om selectiviteit met de nageschakelde 30 mA-differentieelschakelaars te bereiken (stand van de techniek)",[52,239,240,243],{},[17,241,242],{},"Extra 30 mA differentieelschakelaars"," — Voor stopcontacten (niet voor ortsvaste toestellen), verlichting, badkamers, wasmachine\u002Fdroogkast\u002Fvaatwasser (Art. 4.2.4.3b); max. 8 eindstroomkringen per 30 mA-RCD",[52,245,246,249],{},[17,247,248],{},"Automatische zekeringen"," — Gedimensioneerd volgens kabeldoorsnede en kringtype",[52,251,252,254],{},[17,253,180],{}," — Indien vereist voor uw installatietype",[14,256,257],{},"U kunt deze suggesties aanpassen op basis van uw specifieke eisen of de aanbevelingen van uw elektricien.",[98,259,261],{"id":260},"stap-3-de-topologie-controleren","Stap 3: De topologie controleren",[14,263,264],{},"PlanElec genereert de kringtopologie automatisch:",[49,266,267,270,273,276],{},[52,268,269],{},"Kringen worden logisch gegroepeerd (verlichting, stopcontacten, specifieke kringen)",[52,271,272],{},"Elke kring krijgt een unieke identificatie (bijv. A1, A2, B1, B2)",[52,274,275],{},"De hiërarchie van hoofdschakelaar tot eindverbruiker is duidelijk zichtbaar",[52,277,278],{},"Kabeldoorsneden worden aangegeven voor elke kring",[98,280,282],{"id":281},"stap-4-genereren-en-exporteren","Stap 4: Genereren en exporteren",[14,284,285],{},"PlanElec bouwt het eendraadschema opnieuw op uit de kringen, beveiligingen, kabels en verbruikers die in het project zijn ingevoerd:",[49,287,288,294,300,306],{},[52,289,290,293],{},[17,291,292],{},"Weergave voor de Belgische planningscontext"," — Leesbare structuur van verdeelkast naar kringen en verbruikers",[52,295,296,299],{},[17,297,298],{},"Symbolencatalogus"," — Elektrische symbolen voor de Belgische planningscontext",[52,301,302,305],{},[17,303,304],{},"Automatische labeling"," — Kringreferenties, kabeltypes en beveiligingswaarden",[52,307,308,311],{},[17,309,310],{},"PDF-export"," — Centrale documentuitvoer voor verdere professionele controle",[22,313,315],{"id":314},"voorbeeld-van-een-eendraadschema-als-pdf","Voorbeeld van een eendraadschema als pdf",[14,317,318,319,324],{},"Het ",[320,321,323],"a",{"href":322},"\u002Fexamples\u002Fdossiers\u002Fplanelec-pilot-dossier-nl.pdf","PlanElec-voorbeelddossier"," bevat een eendraadschema uit een fictief project, samen met het situatieschema en de andere documenten die momenteel beschikbaar zijn. Het toont de echte exportstructuur, maar is niet bedoeld voor uitvoering of keuring van een werkelijke installatie.",[14,326,327],{},"Gebruik het voorbeeld om de documenthiërarchie, kringreferenties en samenhang met het situatieschema te begrijpen. Voor uw eigen project moeten alle gegevens met de werkelijke installatie overeenkomen en professioneel worden gecontroleerd.",[22,329,331],{"id":330},"veelgemaakte-fouten-vermijden","Veelgemaakte fouten vermijden",[98,333,335],{"id":334},"_1-onvolledige-kringen","1. Onvolledige kringen",[14,337,338],{},"Elke verbruiker moet traceerbaar zijn tot de hoofdschakelaar via een duidelijke keten van beveiligingsapparaten. Laat geen \"zwevende\" verbindingen achter.",[98,340,342],{"id":341},"_2-verkeerd-symboolgebruik","2. Verkeerd symboolgebruik",[14,344,345],{},"Gebruik de symbolen die voor uw toepassing zijn voorgeschreven. Veelgemaakte fouten zijn oude DIN-symbolen of eigen notaties. De PlanElec-catalogus helpt een consistente weergave te maken; de professionele verantwoordelijkheid blijft bij de opsteller.",[98,347,349],{"id":348},"_3-ontbrekende-informatie","3. Ontbrekende informatie",[14,351,352],{},"Elke kring moet het volgende tonen:",[49,354,355,358,361,364],{},[52,356,357],{},"Kringreferentienummer",[52,359,360],{},"Kabeltype en doorsnede (bijv. XVB 3G2,5)",[52,362,363],{},"Beveiligingswaarde (bijv. 16A of 20A; gebruikelijke beveiliging bij 2,5 mm²: 20 A — 16 A is toegestaan, maar niet de standaardtoewijzing)",[52,365,366],{},"Aantal en type verbruikers",[98,368,370],{"id":369},"_4-verouderd-schema","4. Verouderd schema",[14,372,373],{},"Als u wijzigingen aan uw installatie heeft aangebracht, moet het eendraadschema dienovereenkomstig worden bijgewerkt. Een document dat niet meer met de installatie overeenkomt, kan bij de keuring tot opmerkingen leiden.",[22,375,377],{"id":376},"tips-voor-een-perfect-schema","Tips voor een perfect schema",[49,379,380,386,392,398,404],{},[52,381,382,385],{},[17,383,384],{},"Overzichtelijk houden"," — Vermijd onnodige kruisingen en overlappende labels",[52,387,388,391],{},[17,389,390],{},"Consistent zijn"," — Gebruik overal dezelfde notatiestijl",[52,393,394,397],{},[17,395,396],{},"Alle kringen opnemen"," — Ook kleine toevoegingen zoals een deurbel of tuinverlichting",[52,399,400,403],{},[17,401,402],{},"Datum vermelden"," — Voeg altijd de aanmaak-\u002Fwijzigingsdatum toe",[52,405,406,409],{},[17,407,408],{},"Uw gegevens toevoegen"," — Adres van de installatie en naam van de opsteller vermelden",[22,411,413],{"id":412},"laat-planelec-het-zware-werk-doen","Laat PlanElec het zware werk doen",[14,415,416],{},"PlanElec brengt grondplan, elektrische topologie en verdeelkast samen in één project en leidt daaruit het eendraadschema af.",[49,418,419,422,425,428],{},[52,420,421],{},"Geen CAD-software nodig",[52,423,424],{},"Centrale projectgegevens zonder dubbele overdracht",[52,426,427],{},"Indicatieve AREI-zelfcontrole met regelstand 31.03.2025",[52,429,430],{},"Pdf-export van eendraadschema en situatieschema",[14,432,433],{},[320,434,436],{"href":435},"\u002F","Maak nu uw eendraadschema — het is gratis →",[22,438,440],{"id":439},"lees-ook","Lees ook",[49,442,443,449,455,461],{},[52,444,445],{},[320,446,448],{"href":447},"\u002Fblog\u002Fsituatieschema-tekenen-handleiding","Een situatieschema tekenen volgens het AREI",[52,450,451],{},[320,452,454],{"href":453},"\u002Fblog\u002Fverdeelkast-plannen-opbouw","Een verdeelkast plannen voor een Belgische installatie",[52,456,457],{},[320,458,460],{"href":459},"\u002Fblog\u002Flaadpaal-arei","Een laadpaal documenteren in het eendraadschema",[52,462,463],{},[320,464,466],{"href":465},"\u002Fblog\u002Finspectie-checklist","De documenten voor de elektrische keuring voorbereiden",{"title":468,"searchDepth":469,"depth":469,"links":470},"",2,[471,472,473,479,485,486,492,493,494],{"id":24,"depth":469,"text":25},{"id":43,"depth":469,"text":44},{"id":92,"depth":469,"text":93,"children":474},[475,477,478],{"id":100,"depth":476,"text":101},3,{"id":130,"depth":476,"text":131},{"id":160,"depth":476,"text":161},{"id":184,"depth":469,"text":185,"children":480},[481,482,483,484],{"id":188,"depth":476,"text":189},{"id":221,"depth":476,"text":222},{"id":260,"depth":476,"text":261},{"id":281,"depth":476,"text":282},{"id":314,"depth":469,"text":315},{"id":330,"depth":469,"text":331,"children":487},[488,489,490,491],{"id":334,"depth":476,"text":335},{"id":341,"depth":476,"text":342},{"id":348,"depth":476,"text":349},{"id":369,"depth":476,"text":370},{"id":376,"depth":469,"text":377},{"id":412,"depth":469,"text":413},{"id":439,"depth":469,"text":440},"tutorial","2026-01-05","Leer hoe u in België een eendraadschema maakt: AREI-symbolen, verplichte gegevens, een pdf-voorbeeld en automatische opbouw met PlanElec.","md","2026-08-11","nl",{},true,"\u002Fblog\u002Fsingle-line-diagram.nl",null,"12 min",12,{"title":5,"description":497},"eendraadschema-maken","blog\u002Fsingle-line-diagram.nl",[511,512,513,36,32,514,515,516,517,518,519,520,521,522],"AREI","RGIE","eendraadschema","single-line diagram","symbolen","IEC 60617","keuring","differentieel","automaat","stopcontact","situatieschema","België","VqEMMAgsMPE3EBMRML8Auy5Ta6O3Lcwek1Yd6IFFs-4",[525,962,1403,1892],{"id":526,"title":527,"articleId":6,"body":528,"category":495,"date":496,"description":946,"extension":498,"lastUpdated":947,"locale":948,"meta":949,"navigation":502,"path":950,"publishDate":504,"readTime":505,"refreshInterval":506,"seo":951,"slug":952,"stem":953,"tags":954,"__hash__":961},"blog\u002Fblog\u002Fsingle-line-diagram.de.md","Eindrahtschema selbst erstellen — Schritt für Schritt",{"type":8,"value":529,"toc":923},[530,534,543,550,554,557,589,597,601,604,608,634,638,663,667,687,691,695,698,723,727,730,758,761,765,768,782,786,789,815,819,823,826,830,833,837,840,854,858,861,865,897,901,904,918],[22,531,533],{"id":532},"was-ist-ein-eindrahtschema","Was ist ein Eindrahtschema?",[14,535,536,537,539,540,542],{},"Ein Eindrahtschema (niederländisch: ",[30,538,513],{},", französisch: ",[30,541,32],{},") ist ein vereinfachter elektrischer Schaltplan, der die Struktur Ihrer gesamten Installation mit standardisierten Symbolen darstellt. Im Gegensatz zu einem Verdrahtungsplan, der jeden einzelnen Leiter zeigt, verwendet ein Eindrahtschema eine einzige Linie zur Darstellung jedes Stromkreises.",[14,544,545,546,549],{},"Dieses Dokument ist in Belgien für jede elektrische Abnahme gemäß den AREI\u002FRGIE-Vorschriften ",[17,547,548],{},"Pflicht",". Ohne ein korrektes und aktuelles Eindrahtschema können Sie Ihre Abnahme nicht bestehen.",[22,551,553],{"id":552},"warum-ist-es-wichtig","Warum ist es wichtig?",[14,555,556],{},"Das Eindrahtschema erfüllt mehrere wichtige Zwecke:",[49,558,559,565,571,577,583],{},[52,560,561,564],{},[17,562,563],{},"Gesetzliche Pflicht"," — Vorgeschrieben für jede elektrische Abnahme in Belgien",[52,566,567,570],{},[17,568,569],{},"Sicherheitsübersicht"," — Zeigt alle Schutzeinrichtungen und deren Koordination",[52,572,573,576],{},[17,574,575],{},"Wartungsreferenz"," — Hilft Elektrikern, Stromkreise und Komponenten schnell zu identifizieren",[52,578,579,582],{},[17,580,581],{},"Änderungsplanung"," — Unverzichtbar für die Planung zukünftiger Änderungen",[52,584,585,588],{},[17,586,587],{},"Immobiliendokumentation"," — Erforderlich beim Verkauf einer Immobilie",[11,590,591],{},[14,592,593,596],{},[17,594,595],{},"Wichtig",": Das Eindrahtschema muss den aktuellen Zustand der Installation genau widerspiegeln. Jede Änderung an der Installation erfordert eine Aktualisierung des Schemas.",[22,598,600],{"id":599},"arei-symbole-verstehen","AREI-Symbole verstehen",[14,602,603],{},"Das AREI\u002FRGIE schreibt spezifische Symbole basierend auf der Norm IEC 60617 vor. Hier sind die wichtigsten:",[98,605,607],{"id":606},"schutzeinrichtungen","Schutzeinrichtungen",[49,609,610,616,622,628],{},[52,611,612,615],{},[17,613,614],{},"Leitungsschutzschalter"," (automaat \u002F disjoncteur) — Schützt vor Überstrom",[52,617,618,621],{},[17,619,620],{},"FI-Schutzschalter"," (differentieelschakelaar \u002F différentiel) — Schützt vor Erdschluss",[52,623,624,627],{},[17,625,626],{},"Sicherung"," (zekering \u002F fusible) — Traditioneller Überstromschutz",[52,629,630,633],{},[17,631,632],{},"Hauptschalter"," (hoofdschakelaar \u002F interrupteur principal) — Trennt die gesamte Installation",[98,635,637],{"id":636},"verbraucher","Verbraucher",[49,639,640,646,652,658],{},[52,641,642,645],{},[17,643,644],{},"Steckdose"," — Dargestellt durch ein Halbkreissymbol",[52,647,648,651],{},[17,649,650],{},"Beleuchtungspunkt"," — Kreis mit Strahlen oder Kreuz",[52,653,654,657],{},[17,655,656],{},"Festanschlussgerät"," — Rechteck mit Gerätebezeichnung",[52,659,660,662],{},[17,661,156],{}," — Kreis mit M-Bezeichnung",[98,664,666],{"id":665},"spezielle-symbole","Spezielle Symbole",[49,668,669,675,681],{},[52,670,671,674],{},[17,672,673],{},"Erdungsanschluss"," — Drei horizontale Linien abnehmender Länge",[52,676,677,680],{},[17,678,679],{},"Potentialausgleich"," — Verbindungslinie mit Erdungssymbol",[52,682,683,686],{},[17,684,685],{},"Überspannungsschutz"," — Zickzacklinie mit Pfeil",[22,688,690],{"id":689},"schritt-für-schritt-anleitung-mit-planelec","Schritt-für-Schritt-Anleitung mit PlanElec",[98,692,694],{"id":693},"schritt-1-ihre-installation-definieren","Schritt 1: Ihre Installation definieren",[14,696,697],{},"Beginnen Sie damit, Ihre elektrische Installation zu erfassen:",[194,699,700,703,706],{},[52,701,702],{},"Öffnen Sie PlanElec und erstellen Sie ein neues Projekt",[52,704,705],{},"Definieren Sie die Räume Ihres Gebäudes (Wohnzimmer, Küche, Schlafzimmer etc.)",[52,707,708,709],{},"Geben Sie für jeden Raum die elektrischen Komponenten an:\n",[49,710,711,714,717,720],{},[52,712,713],{},"Anzahl und Art der Steckdosen (Einzel, Doppel, mit Schutzkontakt)",[52,715,716],{},"Beleuchtungspunkte (Decke, Wand, geschaltet)",[52,718,719],{},"Festanschlussgeräte (Backofen, Kochfeld, Boiler etc.)",[52,721,722],{},"Spezialstromkreise (E-Auto-Ladestation, Wärmepumpe, Solaranlage)",[98,724,726],{"id":725},"schritt-2-schutzeinrichtungen-konfigurieren","Schritt 2: Schutzeinrichtungen konfigurieren",[14,728,729],{},"PlanElec schlägt automatisch passende Schutzvorrichtungen vor:",[49,731,732,742,748,753],{},[52,733,734,737,738,741],{},[17,735,736],{},"Haupt-FI-Schutzschalter"," — Höchstens 300 mA am Speisepunkt (Art. 4.2.4.3b), empfehlenswert ",[17,739,740],{},"selektiv (Typ S\u002Fzeitverzögert)",", um Selektivität zu den nachgeschalteten 30-mA-FI-Schaltern zu erreichen (Stand der Technik)",[52,743,744,747],{},[17,745,746],{},"Zusätzliche 30-mA-FI-Schutzschalter"," — Für Steckdosen (nicht für ortsfeste Geräte), Beleuchtung, Badezimmer, Waschmaschine\u002FTrockner\u002FGeschirrspüler (Art. 4.2.4.3b); max. 8 Endstromkreise pro 30-mA-RCD",[52,749,750,752],{},[17,751,614],{}," — Dimensioniert nach Kabelquerschnitt und Stromkreistyp",[52,754,755,757],{},[17,756,685],{}," — Falls für Ihren Installationstyp erforderlich",[14,759,760],{},"Sie können diese Vorschläge an Ihre spezifischen Anforderungen oder die Empfehlungen Ihres Elektrikers anpassen.",[98,762,764],{"id":763},"schritt-3-die-topologie-überprüfen","Schritt 3: Die Topologie überprüfen",[14,766,767],{},"PlanElec erstellt die Stromkreistopologie automatisch:",[49,769,770,773,776,779],{},[52,771,772],{},"Stromkreise werden logisch gruppiert (Beleuchtung, Steckdosen, Einzelstromkreise)",[52,774,775],{},"Jeder Stromkreis erhält eine eindeutige Kennung (z.B. A1, A2, B1, B2)",[52,777,778],{},"Die Hierarchie vom Hauptschalter bis zum Endverbraucher ist klar ersichtlich",[52,780,781],{},"Kabelquerschnitte werden für jeden Stromkreis angegeben",[98,783,785],{"id":784},"schritt-4-generieren-und-exportieren","Schritt 4: Generieren und exportieren",[14,787,788],{},"Mit einem einzigen Klick generiert PlanElec Ihr Eindrahtschema:",[49,790,791,797,803,809],{},[52,792,793,796],{},[17,794,795],{},"AREI-konformes Layout"," — Horizontale Hauptsammelschiene mit vertikalen Abzweigstromkreisen",[52,798,799,802],{},[17,800,801],{},"Symbolkatalog"," — Elektrische Symbole für den belgischen Planungskontext",[52,804,805,808],{},[17,806,807],{},"Automatische Beschriftung"," — Stromkreisreferenzen, Kabeltypen und Schutzwerte",[52,810,811,814],{},[17,812,813],{},"PDF-Export"," — Zentrale Dokumentausgabe zur weiteren fachlichen Prüfung",[22,816,818],{"id":817},"häufige-fehler-vermeiden","Häufige Fehler vermeiden",[98,820,822],{"id":821},"_1-unvollständige-stromkreise","1. Unvollständige Stromkreise",[14,824,825],{},"Jeder Verbraucher muss über eine klare Kette von Schutzeinrichtungen bis zum Hauptschalter zurückverfolgt werden können. Lassen Sie keine \"schwebenden\" Verbindungen.",[98,827,829],{"id":828},"_2-falsche-symbolverwendung","2. Falsche Symbolverwendung",[14,831,832],{},"Verwenden Sie die für Ihren Anwendungsfall vorgeschriebenen Symbole. Häufige Fehler sind alte DIN-Symbole oder eigene Notationen. Der PlanElec-Katalog unterstützt eine konsistente Darstellung; die fachliche Verantwortung bleibt beim Ersteller.",[98,834,836],{"id":835},"_3-fehlende-informationen","3. Fehlende Informationen",[14,838,839],{},"Jeder Stromkreis muss folgende Angaben enthalten:",[49,841,842,845,848,851],{},[52,843,844],{},"Stromkreis-Referenznummer",[52,846,847],{},"Kabeltyp und Querschnitt (z.B. XVB 3G2,5)",[52,849,850],{},"Schutzgeräte-Nennwert (z.B. 16A oder 20A; übliche Absicherung bei 2,5 mm²: 20 A — 16 A ist zulässig, aber nicht die Standardzuordnung)",[52,852,853],{},"Anzahl und Art der Verbraucher",[98,855,857],{"id":856},"_4-veraltetes-schema","4. Veraltetes Schema",[14,859,860],{},"Wenn Sie Änderungen an Ihrer Installation vorgenommen haben, muss das Eindrahtschema entsprechend aktualisiert werden. Ein veraltetes Schema wird bei der Abnahme abgelehnt.",[22,862,864],{"id":863},"tipps-für-ein-perfektes-schema","Tipps für ein perfektes Schema",[49,866,867,873,879,885,891],{},[52,868,869,872],{},[17,870,871],{},"Übersichtlich halten"," — Vermeiden Sie unnötige Kreuzungen und überlappende Beschriftungen",[52,874,875,878],{},[17,876,877],{},"Konsistent sein"," — Verwenden Sie durchgehend den gleichen Notationsstil",[52,880,881,884],{},[17,882,883],{},"Alle Stromkreise einbeziehen"," — Auch kleine Ergänzungen wie Türklingel oder Gartenbeleuchtung",[52,886,887,890],{},[17,888,889],{},"Datum angeben"," — Fügen Sie immer das Erstellungs-\u002FÄnderungsdatum hinzu",[52,892,893,896],{},[17,894,895],{},"Ihre Angaben hinzufügen"," — Adresse der Installation und Name des Erstellers angeben",[22,898,900],{"id":899},"lassen-sie-planelec-die-arbeit-erledigen","Lassen Sie PlanElec die Arbeit erledigen",[14,902,903],{},"PlanElec führt Grundriss, elektrische Topologie und Verteilerschrank in einem Projekt zusammen und leitet daraus das Eindrahtschema ab.",[49,905,906,909,912,915],{},[52,907,908],{},"Keine CAD-Software nötig",[52,910,911],{},"Zentrale Projektdaten statt mehrfacher Übertragung",[52,913,914],{},"Orientierender AREI-Selbstcheck mit Regelstand 31.03.2025",[52,916,917],{},"PDF-Export von Eindrahtschema und Situationsplan",[14,919,920],{},[320,921,922],{"href":435},"Erstellen Sie jetzt Ihr Eindrahtschema — kostenlos →",{"title":468,"searchDepth":469,"depth":469,"links":924},[925,926,927,932,938,944,945],{"id":532,"depth":469,"text":533},{"id":552,"depth":469,"text":553},{"id":599,"depth":469,"text":600,"children":928},[929,930,931],{"id":606,"depth":476,"text":607},{"id":636,"depth":476,"text":637},{"id":665,"depth":476,"text":666},{"id":689,"depth":469,"text":690,"children":933},[934,935,936,937],{"id":693,"depth":476,"text":694},{"id":725,"depth":476,"text":726},{"id":763,"depth":476,"text":764},{"id":784,"depth":476,"text":785},{"id":817,"depth":469,"text":818,"children":939},[940,941,942,943],{"id":821,"depth":476,"text":822},{"id":828,"depth":476,"text":829},{"id":835,"depth":476,"text":836},{"id":856,"depth":476,"text":857},{"id":863,"depth":469,"text":864},{"id":899,"depth":469,"text":900},"Lernen Sie, wie Sie ein normkonformes Eindrahtschema für Ihre Elektroinstallation mit PlanElec erstellen.","2026-06-05","de",{},"\u002Fblog\u002Fsingle-line-diagram.de",{"title":527,"description":946},"eindrahtschema-erstellen","blog\u002Fsingle-line-diagram.de",[511,512,36,955,32,514,956,516,957,958,620,644,959,960],"Eendraadschema","Symbole","Stromabnahme","Keuring","Situationsplan","Belgien","7k2icknOVtpBDMzu9Hylj_pEHgkEX7NisDIZ-5yFMX4",{"id":963,"title":964,"articleId":6,"body":965,"category":495,"date":496,"description":1388,"extension":498,"lastUpdated":947,"locale":1389,"meta":1390,"navigation":502,"path":1391,"publishDate":504,"readTime":505,"refreshInterval":506,"seo":1392,"slug":6,"stem":1393,"tags":1394,"__hash__":1402},"blog\u002Fblog\u002Fsingle-line-diagram.en.md","Creating a Single-Line Diagram — Step by Step",{"type":8,"value":966,"toc":1365},[967,971,983,990,994,997,1029,1037,1041,1044,1048,1074,1078,1103,1107,1127,1131,1135,1138,1163,1167,1170,1200,1203,1207,1210,1224,1228,1231,1257,1261,1265,1268,1272,1275,1279,1282,1296,1300,1303,1307,1339,1343,1346,1360],[22,968,970],{"id":969},"what-is-a-single-line-diagram","What is a Single-Line Diagram?",[14,972,973,974,976,977,979,980,982],{},"A single-line diagram (Dutch: ",[30,975,513],{},", French: ",[30,978,32],{},", German: ",[30,981,36],{},") is a simplified electrical schematic that shows the structure of your entire installation using standardized symbols. Unlike a wiring diagram that shows every individual conductor, a single-line diagram uses a single line to represent each circuit.",[14,984,985,986,989],{},"This document is ",[17,987,988],{},"mandatory"," in Belgium for every electrical inspection according to the AREI\u002FRGIE regulations. Without a correct and up-to-date single-line diagram, you cannot pass your inspection.",[22,991,993],{"id":992},"why-is-it-important","Why is it Important?",[14,995,996],{},"The single-line diagram serves multiple critical purposes:",[49,998,999,1005,1011,1017,1023],{},[52,1000,1001,1004],{},[17,1002,1003],{},"Legal requirement"," — Mandatory for every electrical inspection in Belgium",[52,1006,1007,1010],{},[17,1008,1009],{},"Safety overview"," — Shows all protection devices and their coordination",[52,1012,1013,1016],{},[17,1014,1015],{},"Maintenance reference"," — Helps electricians quickly identify circuits and components",[52,1018,1019,1022],{},[17,1020,1021],{},"Modification planning"," — Essential for planning future changes to the installation",[52,1024,1025,1028],{},[17,1026,1027],{},"Property documentation"," — Required when selling a property",[11,1030,1031],{},[14,1032,1033,1036],{},[17,1034,1035],{},"Important",": The single-line diagram must accurately reflect the current state of the installation. Any modification to the installation requires an update to the schema.",[22,1038,1040],{"id":1039},"understanding-arei-symbols","Understanding AREI Symbols",[14,1042,1043],{},"The AREI\u002FRGIE prescribes specific symbols based on the IEC 60617 standard. Here are the most important ones:",[98,1045,1047],{"id":1046},"protection-devices","Protection Devices",[49,1049,1050,1056,1062,1068],{},[52,1051,1052,1055],{},[17,1053,1054],{},"Circuit breaker"," (automaat \u002F disjoncteur) — Protects against overcurrent",[52,1057,1058,1061],{},[17,1059,1060],{},"Differential switch"," (differentieelschakelaar \u002F différentiel) — Protects against earth leakage",[52,1063,1064,1067],{},[17,1065,1066],{},"Fuse"," (zekering \u002F fusible) — Traditional overcurrent protection",[52,1069,1070,1073],{},[17,1071,1072],{},"Main switch"," (hoofdschakelaar \u002F interrupteur principal) — Disconnects the entire installation",[98,1075,1077],{"id":1076},"consumers","Consumers",[49,1079,1080,1086,1092,1098],{},[52,1081,1082,1085],{},[17,1083,1084],{},"Socket outlet"," — Represented by a semicircle symbol",[52,1087,1088,1091],{},[17,1089,1090],{},"Lighting point"," — Circle with rays or cross",[52,1093,1094,1097],{},[17,1095,1096],{},"Fixed appliance"," — Rectangle with device designation",[52,1099,1100,1102],{},[17,1101,156],{}," — Circle with M designation",[98,1104,1106],{"id":1105},"special-symbols","Special Symbols",[49,1108,1109,1115,1121],{},[52,1110,1111,1114],{},[17,1112,1113],{},"Earth connection"," — Three horizontal lines of decreasing length",[52,1116,1117,1120],{},[17,1118,1119],{},"Equipotential bonding"," — Connecting line with earth symbol",[52,1122,1123,1126],{},[17,1124,1125],{},"Surge protector"," — Zigzag line with arrow",[22,1128,1130],{"id":1129},"step-by-step-guide-with-planelec","Step-by-Step Guide with PlanElec",[98,1132,1134],{"id":1133},"step-1-define-your-installation","Step 1: Define Your Installation",[14,1136,1137],{},"Start by mapping out your electrical installation:",[194,1139,1140,1143,1146],{},[52,1141,1142],{},"Open PlanElec and create a new project",[52,1144,1145],{},"Define the rooms in your building (living room, kitchen, bedrooms, etc.)",[52,1147,1148,1149],{},"For each room, specify the electrical components:\n",[49,1150,1151,1154,1157,1160],{},[52,1152,1153],{},"Number and type of socket outlets (single, double, with earth pin)",[52,1155,1156],{},"Lighting points (ceiling, wall, switched)",[52,1158,1159],{},"Fixed appliances (oven, hob, boiler, etc.)",[52,1161,1162],{},"Special circuits (EV charger, heat pump, solar panels)",[98,1164,1166],{"id":1165},"step-2-configure-protection-devices","Step 2: Configure Protection Devices",[14,1168,1169],{},"PlanElec automatically suggests appropriate protection:",[49,1171,1172,1182,1188,1194],{},[52,1173,1174,1177,1178,1181],{},[17,1175,1176],{},"Main differential switch"," — At most 300 mA at the supply point (Art. 4.2.4.3b), preferably ",[17,1179,1180],{},"selective (Type S\u002Ftime-delayed)"," to achieve selectivity with the downstream 30 mA RCDs (state of the art)",[52,1183,1184,1187],{},[17,1185,1186],{},"Additional 30 mA differentials"," — For socket circuits (not for fixed appliances), lighting, bathrooms, washing machine\u002Fdryer\u002Fdishwasher (Art. 4.2.4.3b); max. 8 final circuits per 30 mA RCD",[52,1189,1190,1193],{},[17,1191,1192],{},"Circuit breakers"," — Sized according to cable cross-section and circuit type",[52,1195,1196,1199],{},[17,1197,1198],{},"Surge protection"," — If required by your installation type",[14,1201,1202],{},"You can adjust these suggestions based on your specific requirements or your electrician's recommendations.",[98,1204,1206],{"id":1205},"step-3-review-the-topology","Step 3: Review the Topology",[14,1208,1209],{},"PlanElec generates the circuit topology automatically:",[49,1211,1212,1215,1218,1221],{},[52,1213,1214],{},"Circuits are grouped logically (lighting, sockets, dedicated circuits)",[52,1216,1217],{},"Each circuit gets a unique identifier (e.g., A1, A2, B1, B2)",[52,1219,1220],{},"The hierarchy from main switch to end consumer is clearly visible",[52,1222,1223],{},"Cable cross-sections are indicated for each circuit",[98,1225,1227],{"id":1226},"step-4-generate-and-export","Step 4: Generate and Export",[14,1229,1230],{},"With a single click, PlanElec generates your single-line diagram:",[49,1232,1233,1239,1245,1251],{},[52,1234,1235,1238],{},[17,1236,1237],{},"Structured layout"," — Horizontal main bus with vertical branch circuits",[52,1240,1241,1244],{},[17,1242,1243],{},"Symbol catalog"," — Electrical symbols for the Belgian planning context",[52,1246,1247,1250],{},[17,1248,1249],{},"Automatic labeling"," — Circuit references, cable types, and protection ratings",[52,1252,1253,1256],{},[17,1254,1255],{},"PDF export"," — Central document output for further professional review",[22,1258,1260],{"id":1259},"common-mistakes-to-avoid","Common Mistakes to Avoid",[98,1262,1264],{"id":1263},"_1-incomplete-circuits","1. Incomplete Circuits",[14,1266,1267],{},"Every consumer must be traceable back to the main switch through a clear chain of protection devices. Don't leave any \"floating\" connections.",[98,1269,1271],{"id":1270},"_2-wrong-symbol-usage","2. Wrong Symbol Usage",[14,1273,1274],{},"Use the symbols prescribed for your application. Common mistakes include old DIN symbols or custom notation. The PlanElec catalog supports a consistent representation; professional responsibility remains with the author.",[98,1276,1278],{"id":1277},"_3-missing-information","3. Missing Information",[14,1280,1281],{},"Every circuit must show:",[49,1283,1284,1287,1290,1293],{},[52,1285,1286],{},"Circuit reference number",[52,1288,1289],{},"Cable type and cross-section (e.g., XVB 3G2.5)",[52,1291,1292],{},"Protection device rating (e.g., 16A or 20A; typical breaker for 2.5 mm²: 20A — 16A is permissible but not the standard pairing)",[52,1294,1295],{},"Number and type of consumers",[98,1297,1299],{"id":1298},"_4-outdated-schema","4. Outdated Schema",[14,1301,1302],{},"If you've made changes to your installation, the single-line diagram must be updated accordingly. An outdated schema will be rejected during inspection.",[22,1304,1306],{"id":1305},"tips-for-a-perfect-schema","Tips for a Perfect Schema",[49,1308,1309,1315,1321,1327,1333],{},[52,1310,1311,1314],{},[17,1312,1313],{},"Keep it clean"," — Avoid unnecessary crossings and overlapping labels",[52,1316,1317,1320],{},[17,1318,1319],{},"Be consistent"," — Use the same notation style throughout the document",[52,1322,1323,1326],{},[17,1324,1325],{},"Include all circuits"," — Even small additions like a doorbell or garden lighting",[52,1328,1329,1332],{},[17,1330,1331],{},"Date your document"," — Always include the creation\u002Fmodification date",[52,1334,1335,1338],{},[17,1336,1337],{},"Add your details"," — Include the address of the installation and the name of the creator",[22,1340,1342],{"id":1341},"let-planelec-do-the-heavy-lifting","Let PlanElec Do the Heavy Lifting",[14,1344,1345],{},"PlanElec brings the floor plan, electrical topology, and distribution board together in one project and derives the single-line diagram from them.",[49,1347,1348,1351,1354,1357],{},[52,1349,1350],{},"No CAD software needed",[52,1352,1353],{},"Central project data without duplicate transfer",[52,1355,1356],{},"Advisory AREI self-check with a 31 March 2025 rules baseline",[52,1358,1359],{},"PDF export of the single-line diagram and situation plan",[14,1361,1362],{},[320,1363,1364],{"href":435},"Create your single-line diagram now — it's free →",{"title":468,"searchDepth":469,"depth":469,"links":1366},[1367,1368,1369,1374,1380,1386,1387],{"id":969,"depth":469,"text":970},{"id":992,"depth":469,"text":993},{"id":1039,"depth":469,"text":1040,"children":1370},[1371,1372,1373],{"id":1046,"depth":476,"text":1047},{"id":1076,"depth":476,"text":1077},{"id":1105,"depth":476,"text":1106},{"id":1129,"depth":469,"text":1130,"children":1375},[1376,1377,1378,1379],{"id":1133,"depth":476,"text":1134},{"id":1165,"depth":476,"text":1166},{"id":1205,"depth":476,"text":1206},{"id":1226,"depth":476,"text":1227},{"id":1259,"depth":469,"text":1260,"children":1381},[1382,1383,1384,1385],{"id":1263,"depth":476,"text":1264},{"id":1270,"depth":476,"text":1271},{"id":1277,"depth":476,"text":1278},{"id":1298,"depth":476,"text":1299},{"id":1305,"depth":469,"text":1306},{"id":1341,"depth":469,"text":1342},"Learn how to create a compliant single-line diagram for your electrical installation with PlanElec.","en",{},"\u002Fblog\u002Fsingle-line-diagram.en",{"title":964,"description":1388},"blog\u002Fsingle-line-diagram.en",[511,512,514,513,36,32,1395,516,1396,517,1397,1398,1399,1400,521,959,1401],"symbols","inspection","contrôle électrique","RCD","socket","situation plan","Belgium","9XwUelu2m-1AurgmkGeLIjxBP7MqMfxESx77P33CF44",{"id":1404,"title":1405,"articleId":6,"body":1406,"category":495,"date":496,"description":1877,"extension":498,"lastUpdated":499,"locale":1878,"meta":1879,"navigation":502,"path":1880,"publishDate":504,"readTime":505,"refreshInterval":506,"seo":1881,"slug":1882,"stem":1883,"tags":1884,"__hash__":1891},"blog\u002Fblog\u002Fsingle-line-diagram.fr.md","Schéma unifilaire en Belgique : guide RGIE étape par étape",{"type":8,"value":1407,"toc":1852},[1408,1416,1420,1429,1432,1436,1439,1471,1478,1482,1485,1489,1515,1519,1545,1549,1569,1573,1577,1580,1605,1609,1612,1642,1645,1649,1652,1666,1670,1673,1699,1703,1711,1714,1718,1722,1725,1729,1732,1736,1739,1753,1757,1760,1764,1796,1800,1803,1817,1822,1826],[11,1409,1410],{},[14,1411,1412,1415],{},[17,1413,1414],{},"En bref :"," le schéma unifilaire représente la structure électrique de l'installation, du tableau aux circuits et aux récepteurs. En Belgique, il fait partie du dossier utilisé lors du contrôle. Ce guide explique les symboles, les informations à reprendre, la méthode de création et l'export PDF.",[22,1417,1419],{"id":1418},"quest-ce-quun-schéma-unifilaire","Qu'est-ce qu'un schéma unifilaire ?",[14,1421,1422,1423,1425,1426,1428],{},"Un schéma unifilaire (néerlandais : ",[30,1424,513],{},", allemand : ",[30,1427,36],{},") est un schéma électrique simplifié qui représente la structure de votre installation complète à l'aide de symboles standardisés. Contrairement à un schéma de câblage qui montre chaque conducteur individuel, un schéma unifilaire utilise une seule ligne pour représenter chaque circuit.",[14,1430,1431],{},"Ce document fait partie des pièces demandées en Belgique lors du contrôle électrique selon le RGIE. Il doit être à jour et correspondre à l'installation réelle ; le contrôle officiel reste du ressort d'un organisme agréé.",[22,1433,1435],{"id":1434},"pourquoi-est-ce-important","Pourquoi est-ce important ?",[14,1437,1438],{},"Le schéma unifilaire remplit plusieurs fonctions essentielles :",[49,1440,1441,1447,1453,1459,1465],{},[52,1442,1443,1446],{},[17,1444,1445],{},"Obligation légale"," — Obligatoire pour tout contrôle électrique en Belgique",[52,1448,1449,1452],{},[17,1450,1451],{},"Vue d'ensemble de la sécurité"," — Montre tous les dispositifs de protection et leur coordination",[52,1454,1455,1458],{},[17,1456,1457],{},"Référence de maintenance"," — Aide les électriciens à identifier rapidement les circuits et composants",[52,1460,1461,1464],{},[17,1462,1463],{},"Planification des modifications"," — Indispensable pour planifier les changements futurs",[52,1466,1467,1470],{},[17,1468,1469],{},"Documentation immobilière"," — Requis lors de la vente d'un bien",[11,1472,1473],{},[14,1474,1475,1477],{},[17,1476,1035],{}," : Le schéma unifilaire doit refléter fidèlement l'état actuel de l'installation. Toute modification de l'installation nécessite une mise à jour du schéma.",[22,1479,1481],{"id":1480},"comprendre-les-symboles-rgie","Comprendre les symboles RGIE",[14,1483,1484],{},"Le RGIE prescrit des symboles spécifiques basés sur la norme IEC 60617. Voici les plus importants :",[98,1486,1488],{"id":1487},"dispositifs-de-protection","Dispositifs de protection",[49,1490,1491,1497,1503,1509],{},[52,1492,1493,1496],{},[17,1494,1495],{},"Disjoncteur"," — Protège contre les surintensités",[52,1498,1499,1502],{},[17,1500,1501],{},"Différentiel"," (differentieelschakelaar) — Protège contre les fuites à la terre",[52,1504,1505,1508],{},[17,1506,1507],{},"Fusible"," (smeltzekering) — Protection traditionnelle contre les surintensités",[52,1510,1511,1514],{},[17,1512,1513],{},"Interrupteur principal"," (hoofdschakelaar) — Déconnecte l'ensemble de l'installation",[98,1516,1518],{"id":1517},"consommateurs","Consommateurs",[49,1520,1521,1527,1533,1539],{},[52,1522,1523,1526],{},[17,1524,1525],{},"Prise de courant"," — Représentée par un symbole en demi-cercle",[52,1528,1529,1532],{},[17,1530,1531],{},"Point d'éclairage"," — Cercle avec rayons ou croix",[52,1534,1535,1538],{},[17,1536,1537],{},"Appareil fixe"," — Rectangle avec désignation de l'appareil",[52,1540,1541,1544],{},[17,1542,1543],{},"Moteur"," — Cercle avec désignation M",[98,1546,1548],{"id":1547},"symboles-spéciaux","Symboles spéciaux",[49,1550,1551,1557,1563],{},[52,1552,1553,1556],{},[17,1554,1555],{},"Mise à la terre"," — Trois lignes horizontales de longueur décroissante",[52,1558,1559,1562],{},[17,1560,1561],{},"Liaison équipotentielle"," — Ligne de connexion avec symbole de terre",[52,1564,1565,1568],{},[17,1566,1567],{},"Parafoudre"," — Ligne en zigzag avec flèche",[22,1570,1572],{"id":1571},"guide-étape-par-étape-avec-planelec","Guide étape par étape avec PlanElec",[98,1574,1576],{"id":1575},"étape-1-définir-votre-installation","Étape 1 : Définir votre installation",[14,1578,1579],{},"Commencez par cartographier votre installation électrique :",[194,1581,1582,1585,1588],{},[52,1583,1584],{},"Ouvrez PlanElec et créez un nouveau projet",[52,1586,1587],{},"Définissez les pièces de votre bâtiment (salon, cuisine, chambres, etc.)",[52,1589,1590,1591],{},"Pour chaque pièce, spécifiez les composants électriques :\n",[49,1592,1593,1596,1599,1602],{},[52,1594,1595],{},"Nombre et type de prises (simple, double, avec broche de terre)",[52,1597,1598],{},"Points d'éclairage (plafond, mur, commuté)",[52,1600,1601],{},"Appareils fixes (four, plaque de cuisson, chauffe-eau, etc.)",[52,1603,1604],{},"Circuits spéciaux (borne de recharge VE, pompe à chaleur, panneaux solaires)",[98,1606,1608],{"id":1607},"étape-2-configurer-les-dispositifs-de-protection","Étape 2 : Configurer les dispositifs de protection",[14,1610,1611],{},"PlanElec suggère automatiquement une protection appropriée :",[49,1613,1614,1624,1630,1636],{},[52,1615,1616,1619,1620,1623],{},[17,1617,1618],{},"Différentiel principal"," — Maximum 300 mA au point d'alimentation (Art. 4.2.4.3b), de préférence ",[17,1621,1622],{},"sélectif (Type S\u002Ftemporisé)"," afin d'assurer la sélectivité avec les différentiels 30 mA situés en aval (état de la technique)",[52,1625,1626,1629],{},[17,1627,1628],{},"Différentiels 30 mA supplémentaires"," — Pour les prises (hors appareils fixes), l'éclairage, les salles de bains, lave-linge\u002Fsèche-linge\u002Flave-vaisselle (Art. 4.2.4.3b) ; max. 8 circuits terminaux par RCD 30 mA",[52,1631,1632,1635],{},[17,1633,1634],{},"Disjoncteurs"," — Dimensionnés selon la section du câble et le type de circuit",[52,1637,1638,1641],{},[17,1639,1640],{},"Protection contre les surtensions"," — Si requise par votre type d'installation",[14,1643,1644],{},"Vous pouvez ajuster ces suggestions en fonction de vos besoins spécifiques ou des recommandations de votre électricien.",[98,1646,1648],{"id":1647},"étape-3-vérifier-la-topologie","Étape 3 : Vérifier la topologie",[14,1650,1651],{},"PlanElec génère automatiquement la topologie des circuits :",[49,1653,1654,1657,1660,1663],{},[52,1655,1656],{},"Les circuits sont regroupés logiquement (éclairage, prises, circuits dédiés)",[52,1658,1659],{},"Chaque circuit reçoit un identifiant unique (ex. : A1, A2, B1, B2)",[52,1661,1662],{},"La hiérarchie de l'interrupteur principal au consommateur final est clairement visible",[52,1664,1665],{},"Les sections de câble sont indiquées pour chaque circuit",[98,1667,1669],{"id":1668},"étape-4-générer-et-exporter","Étape 4 : Générer et exporter",[14,1671,1672],{},"PlanElec reconstruit le schéma unifilaire à partir des circuits, protections, câbles et récepteurs saisis dans le projet :",[49,1674,1675,1681,1687,1693],{},[52,1676,1677,1680],{},[17,1678,1679],{},"Représentation adaptée au contexte belge"," — Structure lisible du tableau vers les circuits et les récepteurs",[52,1682,1683,1686],{},[17,1684,1685],{},"Catalogue de symboles"," — Symboles électriques pour le contexte de planification belge",[52,1688,1689,1692],{},[17,1690,1691],{},"Étiquetage automatique"," — Références de circuits, types de câbles et valeurs de protection",[52,1694,1695,1698],{},[17,1696,1697],{},"Export PDF"," — Sortie documentaire centralisée pour vérification professionnelle",[22,1700,1702],{"id":1701},"exemple-de-schéma-unifilaire-en-pdf","Exemple de schéma unifilaire en PDF",[14,1704,1705,1706,1710],{},"Le ",[320,1707,1709],{"href":1708},"\u002Fexamples\u002Fdossiers\u002Fplanelec-pilot-dossier-fr.pdf","dossier d'exemple PlanElec"," contient un schéma unifilaire issu d'un projet fictif, accompagné du plan de situation et des autres documents actuellement disponibles. Il montre la structure de l'export réel sans constituer un dossier utilisable pour une installation ou un contrôle.",[14,1712,1713],{},"Utilisez cet exemple pour comprendre la hiérarchie du document, les références de circuits et la relation avec le plan de situation. Pour votre propre projet, toutes les données doivent correspondre à l'installation réelle et être vérifiées professionnellement.",[22,1715,1717],{"id":1716},"erreurs-courantes-à-éviter","Erreurs courantes à éviter",[98,1719,1721],{"id":1720},"_1-circuits-incomplets","1. Circuits incomplets",[14,1723,1724],{},"Chaque consommateur doit être traçable jusqu'à l'interrupteur principal via une chaîne claire de dispositifs de protection. Ne laissez aucune connexion \"flottante\".",[98,1726,1728],{"id":1727},"_2-mauvaise-utilisation-des-symboles","2. Mauvaise utilisation des symboles",[14,1730,1731],{},"Utilisez les symboles prescrits pour votre application. Les erreurs courantes incluent d'anciens symboles DIN ou des notations personnelles. Le catalogue PlanElec aide à garder une représentation cohérente ; la responsabilité professionnelle reste celle du créateur.",[98,1733,1735],{"id":1734},"_3-informations-manquantes","3. Informations manquantes",[14,1737,1738],{},"Chaque circuit doit indiquer :",[49,1740,1741,1744,1747,1750],{},[52,1742,1743],{},"Numéro de référence du circuit",[52,1745,1746],{},"Type et section du câble (ex. : XVB 3G2,5)",[52,1748,1749],{},"Valeur nominale du dispositif de protection (ex. : 16A ou 20A ; protection standard pour 2,5 mm² : 20 A — 16 A est admissible mais n'est pas l'attribution standard)",[52,1751,1752],{},"Nombre et type de consommateurs",[98,1754,1756],{"id":1755},"_4-schéma-obsolète","4. Schéma obsolète",[14,1758,1759],{},"Si vous avez apporté des modifications à votre installation, le schéma unifilaire doit être mis à jour en conséquence. Un document qui ne correspond plus à l'installation peut entraîner des remarques lors du contrôle.",[22,1761,1763],{"id":1762},"conseils-pour-un-schéma-parfait","Conseils pour un schéma parfait",[49,1765,1766,1772,1778,1784,1790],{},[52,1767,1768,1771],{},[17,1769,1770],{},"Gardez-le propre"," — Évitez les croisements inutiles et les étiquettes qui se chevauchent",[52,1773,1774,1777],{},[17,1775,1776],{},"Soyez cohérent"," — Utilisez le même style de notation dans tout le document",[52,1779,1780,1783],{},[17,1781,1782],{},"Incluez tous les circuits"," — Même les petits ajouts comme une sonnette ou un éclairage de jardin",[52,1785,1786,1789],{},[17,1787,1788],{},"Datez votre document"," — Incluez toujours la date de création\u002Fmodification",[52,1791,1792,1795],{},[17,1793,1794],{},"Ajoutez vos coordonnées"," — Adresse de l'installation et nom du créateur",[22,1797,1799],{"id":1798},"laissez-planelec-faire-le-travail","Laissez PlanElec faire le travail",[14,1801,1802],{},"PlanElec réunit le plan, la topologie électrique et le tableau dans un même projet, puis en déduit le schéma unifilaire.",[49,1804,1805,1808,1811,1814],{},[52,1806,1807],{},"Aucun logiciel CAO nécessaire",[52,1809,1810],{},"Données de projet centralisées sans double saisie",[52,1812,1813],{},"Auto-contrôle RGIE indicatif avec état des règles au 31.03.2025",[52,1815,1816],{},"Export PDF du schéma unifilaire et du plan de situation",[14,1818,1819],{},[320,1820,1821],{"href":435},"Créez votre schéma unifilaire maintenant — c'est gratuit →",[22,1823,1825],{"id":1824},"pour-aller-plus-loin","Pour aller plus loin",[49,1827,1828,1834,1840,1846],{},[52,1829,1830],{},[320,1831,1833],{"href":1832},"\u002Ffr\u002Fblog\u002Fdessiner-plan-situation-guide","Dessiner un plan de situation selon le RGIE",[52,1835,1836],{},[320,1837,1839],{"href":1838},"\u002Ffr\u002Fblog\u002Fplanifier-tableau-electrique","Planifier un tableau électrique en Belgique",[52,1841,1842],{},[320,1843,1845],{"href":1844},"\u002Ffr\u002Fblog\u002Fborne-recharge-rgie","Documenter une borne de recharge dans le schéma unifilaire",[52,1847,1848],{},[320,1849,1851],{"href":1850},"\u002Ffr\u002Fblog\u002Fchecklist-controle","Préparer les documents du contrôle électrique",{"title":468,"searchDepth":469,"depth":469,"links":1853},[1854,1855,1856,1861,1867,1868,1874,1875,1876],{"id":1418,"depth":469,"text":1419},{"id":1434,"depth":469,"text":1435},{"id":1480,"depth":469,"text":1481,"children":1857},[1858,1859,1860],{"id":1487,"depth":476,"text":1488},{"id":1517,"depth":476,"text":1518},{"id":1547,"depth":476,"text":1548},{"id":1571,"depth":469,"text":1572,"children":1862},[1863,1864,1865,1866],{"id":1575,"depth":476,"text":1576},{"id":1607,"depth":476,"text":1608},{"id":1647,"depth":476,"text":1648},{"id":1668,"depth":476,"text":1669},{"id":1701,"depth":469,"text":1702},{"id":1716,"depth":469,"text":1717,"children":1869},[1870,1871,1872,1873],{"id":1720,"depth":476,"text":1721},{"id":1727,"depth":476,"text":1728},{"id":1734,"depth":476,"text":1735},{"id":1755,"depth":476,"text":1756},{"id":1762,"depth":469,"text":1763},{"id":1798,"depth":469,"text":1799},{"id":1824,"depth":469,"text":1825},"Découvrez comment réaliser un schéma unifilaire en Belgique : symboles RGIE, informations obligatoires, exemple PDF et génération avec PlanElec.","fr",{},"\u002Fblog\u002Fsingle-line-diagram.fr",{"title":1405,"description":1877},"schema-unifilaire","blog\u002Fsingle-line-diagram.fr",[511,512,32,513,36,514,1885,516,1397,1886,1887,1888,1889,1890],"symboles","différentiel","disjoncteur","prise","plan de 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