[{"data":1,"prerenderedAt":972},["ShallowReactive",2],{"blog-post-de-30ma-fi-pro-steckdose":3,"blog-alternates-30ma-rcd-per-socket":236},{"id":4,"title":5,"articleId":6,"body":7,"category":206,"date":207,"description":208,"extension":209,"lastUpdated":210,"locale":211,"meta":212,"navigation":213,"path":214,"publishDate":207,"readTime":215,"refreshInterval":216,"seo":217,"slug":218,"stem":219,"tags":220,"__hash__":235},"blog\u002Fblog\u002F30ma-rcd-per-socket.de.md","Brauche ich einen 30mA FI-Schalter für jede Steckdose?","30ma-rcd-per-socket",{"type":8,"value":9,"toc":195},"minimark",[10,15,28,32,35,84,89,135,139,142,158,161,170,174,189],[11,12,14],"h2",{"id":13},"nein-aber-jeder-steckdosen-stromkreis-braucht-einen","Nein — aber jeder Steckdosen-Stromkreis braucht einen",[16,17,18,19,23,24,27],"p",{},"Ein häufiges Missverständnis: Man braucht ",[20,21,22],"strong",{},"nicht"," für jede einzelne Steckdose einen eigenen FI-Schutzschalter (Differentieel). Die AREI-Vorschrift bezieht sich auf ",[20,25,26],{},"Stromkreise",", nicht auf einzelne Anschlusspunkte. Ein 30mA-FI-Schutzschalter schützt in der Regel mehrere Steckdosen, die am selben Stromkreis angeschlossen sind.",[11,29,31],{"id":30},"was-sagt-das-arei","Was sagt das AREI?",[16,33,34],{},"Das AREI (Allgemeine Reglementierung der Elektrischen Installationen) legt in mehreren Artikeln fest, wann ein 30mA-Differentialschutz Pflicht ist:",[36,37,38,51],"table",{},[39,40,41],"thead",{},[42,43,44,48],"tr",{},[45,46,47],"th",{},"Artikel",[45,49,50],{},"Vorschrift",[52,53,54,65,74],"tbody",{},[42,55,56,62],{},[57,58,59],"td",{},[20,60,61],{},"Art. 4.2.4.3_b",[57,63,64],{},"Steckdosenstromkreise (sowie Beleuchtung, Bad\u002FDusche, Wasch-\u002FTrockner\u002FSpülmaschinen) müssen über einen 30mA-FI geschützt sein",[42,66,67,71],{},[57,68,69],{},[20,70,61],{},[57,72,73],{},"Maximal 8 Endstromkreise pro 30mA-FI (gilt nicht für den 300mA-Schutz am Speisepunkt)",[42,75,76,81],{},[57,77,78],{},[20,79,80],{},"Art. 7.1.4.3",[57,82,83],{},"Im Badezimmer ist 30mA-Schutz immer Pflicht (Kapitel 7.1 für Räumlichkeiten mit Badewanne\u002FDusche)",[85,86,88],"h3",{"id":87},"grenzwerte-im-überblick","Grenzwerte im Überblick",[36,90,91,101],{},[39,92,93],{},[42,94,95,98],{},[45,96,97],{},"Kriterium",[45,99,100],{},"Grenzwert",[52,102,103,111,119,127],{},[42,104,105,108],{},[57,106,107],{},"Max. Stromkreise pro 30mA-FI",[57,109,110],{},"8",[42,112,113,116],{},[57,114,115],{},"Max. Steckdosen pro Stromkreis",[57,117,118],{},"8 (Pflicht gemäß Art. 5.3.5.2_b)",[42,120,121,124],{},[57,122,123],{},"Nennstrom Steckdosen-Stromkreis",[57,125,126],{},"16A oder 20A",[42,128,129,132],{},[57,130,131],{},"Kabelquerschnitt Steckdosen",[57,133,134],{},"min. 2,5 mm² (unabhängig ob 16 A oder 20 A Absicherung; für Beleuchtung reicht 1,5 mm² bei 16 A)",[11,136,138],{"id":137},"praxisbeispiel","Praxisbeispiel",[16,140,141],{},"Ein typisches Einfamilienhaus hat z.B. 6 Steckdosen-Stromkreise. Diese können auf zwei 30mA-FI-Schutzschalter aufgeteilt werden:",[143,144,145,152],"ul",{},[146,147,148,151],"li",{},[20,149,150],{},"FI 1"," (30mA, Typ A): Steckdosen Wohnzimmer, Flur, Schlafzimmer 1 — 3 Stromkreise",[146,153,154,157],{},[20,155,156],{},"FI 2"," (30mA, Typ A): Steckdosen Küche, Schlafzimmer 2, Büro — 3 Stromkreise",[16,159,160],{},"So bleibt bei einer Auslösung nicht das ganze Haus stromlos, und Sie bleiben unter dem Limit von 8 Stromkreisen pro FI.",[162,163,164],"blockquote",{},[16,165,166,169],{},[20,167,168],{},"Achtung",": Für Badezimmer (Art. 7.1.4.3) schreibt das AREI besondere Schutzmaßnahmen vor. In hauswirtschaftlichen Anlagen (Art. 4.2.4.3_b) müssen die Stromkreise von Räumlichkeiten mit Badewanne und\u002Foder Dusche über eine Differenzstrom-Schutzeinrichtung mit hoher Empfindlichkeit (30 mA) geschützt sein.",[11,171,173],{"id":172},"verwandte-artikel","Verwandte Artikel",[143,175,176,183],{},[146,177,178],{},[179,180,182],"a",{"href":181},"\u002Fde\u002Fblog\u002Feindrahtschema-erstellen","Eindrahtschema selbst erstellen — Schritt für Schritt",[146,184,185],{},[179,186,188],{"href":187},"\u002Fde\u002Fblog\u002Felektrische-abnahme","Elektrische Abnahme in Belgien — was Sie wissen müssen",[16,190,191],{},[179,192,194],{"href":193},"\u002F","Erstellen Sie jetzt Ihr AREI-konformes Eindrahtschema — kostenlos →",{"title":196,"searchDepth":197,"depth":197,"links":198},"",2,[199,200,204,205],{"id":13,"depth":197,"text":14},{"id":30,"depth":197,"text":31,"children":201},[202],{"id":87,"depth":203,"text":88},3,{"id":137,"depth":197,"text":138},{"id":172,"depth":197,"text":173},"faq","2026-03-04","Nein — aber pro Stromkreis. Erfahren Sie, was das AREI vorschreibt und wann ein 30mA FI-Schutzschalter Pflicht ist.","md","2026-06-05","de",{},true,"\u002Fblog\u002F30ma-rcd-per-socket.de","3 min",12,{"title":5,"description":208},"30ma-fi-pro-steckdose","blog\u002F30ma-rcd-per-socket.de",[221,222,223,224,225,226,227,228,229,230,231,232,233,234],"AREI","RGIE","FI-Schutzschalter","Fehlerstromschutzschalter","Differentialschutz","30mA","Steckdose","Stromkreis","Stromabnahme","Keuring","elektrische Installation","Belgien","Eindrahtschema","Situationsplan","33X97574XeTR_70A8ZOq0k41QLDjcD1v3D3luW02pEo",[237,375,585,778],{"id":4,"title":5,"articleId":6,"body":238,"category":206,"date":207,"description":208,"extension":209,"lastUpdated":210,"locale":211,"meta":372,"navigation":213,"path":214,"publishDate":207,"readTime":215,"refreshInterval":216,"seo":373,"slug":218,"stem":219,"tags":374,"__hash__":235},{"type":8,"value":239,"toc":364},[240,242,248,250,252,288,290,326,328,330,340,342,348,350,360],[11,241,14],{"id":13},[16,243,18,244,23,246,27],{},[20,245,22],{},[20,247,26],{},[11,249,31],{"id":30},[16,251,34],{},[36,253,254,262],{},[39,255,256],{},[42,257,258,260],{},[45,259,47],{},[45,261,50],{},[52,263,264,272,280],{},[42,265,266,270],{},[57,267,268],{},[20,269,61],{},[57,271,64],{},[42,273,274,278],{},[57,275,276],{},[20,277,61],{},[57,279,73],{},[42,281,282,286],{},[57,283,284],{},[20,285,80],{},[57,287,83],{},[85,289,88],{"id":87},[36,291,292,300],{},[39,293,294],{},[42,295,296,298],{},[45,297,97],{},[45,299,100],{},[52,301,302,308,314,320],{},[42,303,304,306],{},[57,305,107],{},[57,307,110],{},[42,309,310,312],{},[57,311,115],{},[57,313,118],{},[42,315,316,318],{},[57,317,123],{},[57,319,126],{},[42,321,322,324],{},[57,323,131],{},[57,325,134],{},[11,327,138],{"id":137},[16,329,141],{},[143,331,332,336],{},[146,333,334,151],{},[20,335,150],{},[146,337,338,157],{},[20,339,156],{},[16,341,160],{},[162,343,344],{},[16,345,346,169],{},[20,347,168],{},[11,349,173],{"id":172},[143,351,352,356],{},[146,353,354],{},[179,355,182],{"href":181},[146,357,358],{},[179,359,188],{"href":187},[16,361,362],{},[179,363,194],{"href":193},{"title":196,"searchDepth":197,"depth":197,"links":365},[366,367,370,371],{"id":13,"depth":197,"text":14},{"id":30,"depth":197,"text":31,"children":368},[369],{"id":87,"depth":203,"text":88},{"id":137,"depth":197,"text":138},{"id":172,"depth":197,"text":173},{},{"title":5,"description":208},[221,222,223,224,225,226,227,228,229,230,231,232,233,234],{"id":376,"title":377,"articleId":6,"body":378,"category":206,"date":207,"description":564,"extension":209,"lastUpdated":210,"locale":565,"meta":566,"navigation":213,"path":567,"publishDate":207,"readTime":215,"refreshInterval":216,"seo":568,"slug":6,"stem":569,"tags":570,"__hash__":584},"blog\u002Fblog\u002F30ma-rcd-per-socket.en.md","Do I Need a 30mA RCD for Every Socket?",{"type":8,"value":379,"toc":556},[380,384,404,408,411,452,456,501,505,508,522,525,533,537,551],[11,381,383],{"id":382},"no-but-every-socket-circuit-needs-one","No — but every socket circuit needs one",[16,385,386,387,390,391,395,396,399,400,403],{},"A common misconception: you do ",[20,388,389],{},"not"," need a dedicated 30mA RCD (residual-current device, or ",[392,393,394],"em",{},"différentiel"," \u002F ",[392,397,398],{},"differentieelschakelaar",") for each individual socket. The AREI\u002FRGIE requirement applies to ",[20,401,402],{},"circuits",", not individual connection points. A single 30mA RCD typically protects multiple sockets connected to the same circuit.",[11,405,407],{"id":406},"what-does-the-arei-say","What does the AREI say?",[16,409,410],{},"The AREI (General Regulations on Electrical Installations) specifies in several articles when 30mA differential protection is mandatory:",[36,412,413,423],{},[39,414,415],{},[42,416,417,420],{},[45,418,419],{},"Article",[45,421,422],{},"Requirement",[52,424,425,434,443],{},[42,426,427,431],{},[57,428,429],{},[20,430,61],{},[57,432,433],{},"Socket circuits (as well as lighting, bath\u002Fshower, washing machines\u002Fdryers\u002Fdishwashers) must be protected by a 30mA RCD",[42,435,436,440],{},[57,437,438],{},[20,439,61],{},[57,441,442],{},"Maximum 8 final circuits per 30mA RCD (does not apply to the 300mA protection at the supply point)",[42,444,445,449],{},[57,446,447],{},[20,448,80],{},[57,450,451],{},"In bathrooms (rooms with bathtub\u002Fshower), 30mA protection is always mandatory (Chapter 7.1)",[85,453,455],{"id":454},"key-limits-at-a-glance","Key limits at a glance",[36,457,458,468],{},[39,459,460],{},[42,461,462,465],{},[45,463,464],{},"Criterion",[45,466,467],{},"Limit",[52,469,470,477,485,493],{},[42,471,472,475],{},[57,473,474],{},"Max. circuits per 30mA RCD",[57,476,110],{},[42,478,479,482],{},[57,480,481],{},"Max. sockets per circuit",[57,483,484],{},"8 (mandatory per Art. 5.3.5.2_b)",[42,486,487,490],{},[57,488,489],{},"Rated current for socket circuits",[57,491,492],{},"16A or 20A",[42,494,495,498],{},[57,496,497],{},"Min. cable cross-section at 16A",[57,499,500],{},"2.5 mm²",[11,502,504],{"id":503},"practical-example","Practical example",[16,506,507],{},"A typical single-family home might have 6 socket circuits. These can be split across two 30mA RCDs:",[143,509,510,516],{},[146,511,512,515],{},[20,513,514],{},"RCD 1"," (30mA, Type A): Living room, hallway, bedroom 1 sockets — 3 circuits",[146,517,518,521],{},[20,519,520],{},"RCD 2"," (30mA, Type A): Kitchen, bedroom 2, office sockets — 3 circuits",[16,523,524],{},"This way, if one RCD trips, the entire house doesn't lose power, and you stay within the 8-circuit limit per RCD.",[162,526,527],{},[16,528,529,532],{},[20,530,531],{},"Warning",": For bathrooms (Art. 7.1.4.3), the AREI prescribes special protective measures. In residential installations (Art. 4.2.4.3_b), circuits in rooms with a bathtub and\u002For shower must be protected by a high-sensitivity residual-current device (30 mA).",[11,534,536],{"id":535},"related-articles","Related articles",[143,538,539,545],{},[146,540,541],{},[179,542,544],{"href":543},"\u002Fen\u002Fblog\u002Fsingle-line-diagram","How to create a single-line diagram — step by step",[146,546,547],{},[179,548,550],{"href":549},"\u002Fen\u002Fblog\u002Felectrical-inspection","Electrical inspection in Belgium — what you need to know",[16,552,553],{},[179,554,555],{"href":193},"Create your AREI-compliant single-line diagram now — free →",{"title":196,"searchDepth":197,"depth":197,"links":557},[558,559,562,563],{"id":382,"depth":197,"text":383},{"id":406,"depth":197,"text":407,"children":560},[561],{"id":454,"depth":203,"text":455},{"id":503,"depth":197,"text":504},{"id":535,"depth":197,"text":536},"No — but you need one per circuit. Learn what the AREI\u002FRGIE requires and when a 30mA residual-current device is mandatory.","en",{},"\u002Fblog\u002F30ma-rcd-per-socket.en",{"title":377,"description":564},"blog\u002F30ma-rcd-per-socket.en",[221,222,571,572,573,226,574,575,576,577,578,579,580,581,233,582,583],"RCD","residual current device","differential switch","socket","circuit","electrical inspection","keuring","electrical installation","Belgium","single-line diagram","eendraadschema","schéma unifilaire","situation plan","gJC3FutzDHcYuZhUuXfdksyvSTvUQNFj8DgfYCys9Hg",{"id":586,"title":587,"articleId":6,"body":588,"category":206,"date":207,"description":763,"extension":209,"lastUpdated":210,"locale":764,"meta":765,"navigation":213,"path":766,"publishDate":207,"readTime":215,"refreshInterval":216,"seo":767,"slug":768,"stem":769,"tags":770,"__hash__":777},"blog\u002Fblog\u002F30ma-rcd-per-socket.fr.md","Ai-je besoin d'un différentiel 30mA par prise ?",{"type":8,"value":589,"toc":755},[590,594,604,608,611,651,655,700,704,707,721,724,732,736,750],[11,591,593],{"id":592},"non-mais-chaque-circuit-de-prises-en-a-besoin","Non — mais chaque circuit de prises en a besoin",[16,595,596,597,600,601,603],{},"Une idée reçue courante : il n'est ",[20,598,599],{},"pas"," nécessaire d'installer un différentiel 30mA dédié pour chaque prise individuelle. L'exigence du RGIE porte sur les ",[20,602,402],{},", pas sur les points de connexion individuels. Un seul différentiel 30mA protège généralement plusieurs prises raccordées au même circuit.",[11,605,607],{"id":606},"que-dit-le-rgie","Que dit le RGIE ?",[16,609,610],{},"Le RGIE (Règlement Général sur les Installations Électriques) précise dans plusieurs articles quand une protection différentielle 30mA est obligatoire :",[36,612,613,622],{},[39,614,615],{},[42,616,617,619],{},[45,618,419],{},[45,620,621],{},"Exigence",[52,623,624,633,642],{},[42,625,626,630],{},[57,627,628],{},[20,629,61],{},[57,631,632],{},"Les circuits de prises (ainsi que l'éclairage, salle de bain\u002Fdouche, lave-linge\u002Fsèche-linge\u002Flave-vaisselle) doivent être protégés par un différentiel 30mA",[42,634,635,639],{},[57,636,637],{},[20,638,61],{},[57,640,641],{},"Maximum 8 circuits départ par différentiel 30mA (ne s'applique pas à la protection 300mA au point d'alimentation)",[42,643,644,648],{},[57,645,646],{},[20,647,80],{},[57,649,650],{},"Dans la salle de bain, la protection 30mA est toujours obligatoire (Chapitre 7.1 pour les locaux avec baignoire\u002Fdouche)",[85,652,654],{"id":653},"limites-essentielles","Limites essentielles",[36,656,657,667],{},[39,658,659],{},[42,660,661,664],{},[45,662,663],{},"Critère",[45,665,666],{},"Limite",[52,668,669,676,684,692],{},[42,670,671,674],{},[57,672,673],{},"Max. circuits par différentiel 30mA",[57,675,110],{},[42,677,678,681],{},[57,679,680],{},"Max. prises par circuit",[57,682,683],{},"8 (obligatoire selon Art. 5.3.5.2_b)",[42,685,686,689],{},[57,687,688],{},"Courant nominal circuit prises",[57,690,691],{},"16A ou 20A",[42,693,694,697],{},[57,695,696],{},"Section min. du câble prises",[57,698,699],{},"min. 2,5 mm² (indépendamment de la protection 16 A ou 20 A ; pour l'éclairage 1,5 mm² suffit à 16 A)",[11,701,703],{"id":702},"exemple-pratique","Exemple pratique",[16,705,706],{},"Une maison unifamiliale typique possède par exemple 6 circuits de prises. Ceux-ci peuvent être répartis sur deux différentiels 30mA :",[143,708,709,715],{},[146,710,711,714],{},[20,712,713],{},"Diff 1"," (30mA, Type A) : prises salon, couloir, chambre 1 — 3 circuits",[146,716,717,720],{},[20,718,719],{},"Diff 2"," (30mA, Type A) : prises cuisine, chambre 2, bureau — 3 circuits",[16,722,723],{},"Ainsi, si un différentiel se déclenche, toute la maison ne perd pas le courant, et vous restez sous la limite de 8 circuits par différentiel.",[162,725,726],{},[16,727,728,731],{},[20,729,730],{},"Attention"," : Pour les salles de bain (Art. 7.1.4.3), le RGIE prescrit des mesures de protection particulières. Dans les installations domestiques (Art. 4.2.4.3_b), les circuits des locaux avec baignoire et\u002Fou douche doivent être protégés par un dispositif de protection à courant différentiel résiduel à haute sensibilité (30 mA).",[11,733,735],{"id":734},"articles-connexes","Articles connexes",[143,737,738,744],{},[146,739,740],{},[179,741,743],{"href":742},"\u002Ffr\u002Fblog\u002Fschema-unifilaire","Créer un schéma unifilaire — étape par étape",[146,745,746],{},[179,747,749],{"href":748},"\u002Ffr\u002Fblog\u002Fcontrole-electrique","Contrôle électrique en Belgique — ce qu'il faut savoir",[16,751,752],{},[179,753,754],{"href":193},"Créez votre schéma unifilaire conforme RGIE — gratuit →",{"title":196,"searchDepth":197,"depth":197,"links":756},[757,758,761,762],{"id":592,"depth":197,"text":593},{"id":606,"depth":197,"text":607,"children":759},[760],{"id":653,"depth":203,"text":654},{"id":702,"depth":197,"text":703},{"id":734,"depth":197,"text":735},"Non — mais par circuit. Découvrez ce que le RGIE exige et quand un différentiel 30mA est obligatoire.","fr",{},"\u002Fblog\u002F30ma-rcd-per-socket.fr",{"title":587,"description":763},"30ma-ddr-par-prise","blog\u002F30ma-rcd-per-socket.fr",[221,222,394,771,226,772,575,773,774,775,582,581,776],"disjoncteur différentiel","prise","contrôle électrique","installation électrique","Belgique","plan de situation","e1CShyMiP8BtwT3565CygFmYxzxu0f-FzfKTN4cM3qQ",{"id":779,"title":780,"articleId":6,"body":781,"category":206,"date":207,"description":955,"extension":209,"lastUpdated":210,"locale":956,"meta":957,"navigation":213,"path":958,"publishDate":207,"readTime":215,"refreshInterval":216,"seo":959,"slug":960,"stem":961,"tags":962,"__hash__":971},"blog\u002Fblog\u002F30ma-rcd-per-socket.nl.md","Heb ik een 30mA differentieel nodig per stopcontact?",{"type":8,"value":782,"toc":947},[783,787,798,802,805,845,849,894,898,901,913,916,924,928,942],[11,784,786],{"id":785},"nee-maar-elke-stopcontactkring-heeft-er-wel-een-nodig","Nee — maar elke stopcontactkring heeft er wel een nodig",[16,788,789,790,793,794,797],{},"Een veelvoorkomend misverstand: u hebt ",[20,791,792],{},"niet"," voor elk afzonderlijk stopcontact een aparte 30mA differentieel nodig. De AREI-vereiste heeft betrekking op ",[20,795,796],{},"stroomkringen",", niet op individuele aansluitpunten. Eén 30mA differentieelschakelaar beschermt doorgaans meerdere stopcontacten die op dezelfde stroomkring zijn aangesloten.",[11,799,801],{"id":800},"wat-zegt-het-arei","Wat zegt het AREI?",[16,803,804],{},"Het AREI (Algemeen Reglement op de Elektrische Installaties) bepaalt in meerdere artikelen wanneer een 30mA differentieelbescherming verplicht is:",[36,806,807,816],{},[39,808,809],{},[42,810,811,813],{},[45,812,47],{},[45,814,815],{},"Vereiste",[52,817,818,827,836],{},[42,819,820,824],{},[57,821,822],{},[20,823,61],{},[57,825,826],{},"Stopcontactkringen (evenals verlichting, bad\u002Fdouche, wasmachines\u002Fdroogkasten\u002Fvaatwassers) moeten beschermd zijn door een 30mA differentieel",[42,828,829,833],{},[57,830,831],{},[20,832,61],{},[57,834,835],{},"Maximaal 8 vertrekkende kringen per 30mA differentieel (geldt niet voor de 300mA-bescherming aan het voedingspunt)",[42,837,838,842],{},[57,839,840],{},[20,841,80],{},[57,843,844],{},"In de badkamer is 30mA-bescherming altijd verplicht (Hoofdstuk 7.1 voor ruimtes met bad\u002Fdouche)",[85,846,848],{"id":847},"belangrijkste-limieten","Belangrijkste limieten",[36,850,851,861],{},[39,852,853],{},[42,854,855,858],{},[45,856,857],{},"Criterium",[45,859,860],{},"Limiet",[52,862,863,870,878,886],{},[42,864,865,868],{},[57,866,867],{},"Max. kringen per 30mA differentieel",[57,869,110],{},[42,871,872,875],{},[57,873,874],{},"Max. stopcontacten per kring",[57,876,877],{},"8 (verplicht volgens Art. 5.3.5.2_b)",[42,879,880,883],{},[57,881,882],{},"Nominale stroom stopcontactkring",[57,884,885],{},"16A of 20A",[42,887,888,891],{},[57,889,890],{},"Min. kabeldoorsnede stopcontacten",[57,892,893],{},"min. 2,5 mm² (ongeacht 16 A of 20 A beveiliging; voor verlichting volstaat 1,5 mm² bij 16 A)",[11,895,897],{"id":896},"praktijkvoorbeeld","Praktijkvoorbeeld",[16,899,900],{},"Een typische eengezinswoning heeft bijvoorbeeld 6 stopcontactkringen. Deze kunnen over twee 30mA differentieelschakelaars worden verdeeld:",[143,902,903,908],{},[146,904,905,907],{},[20,906,713],{}," (30mA, Type A): stopcontacten woonkamer, gang, slaapkamer 1 — 3 kringen",[146,909,910,912],{},[20,911,719],{}," (30mA, Type A): stopcontacten keuken, slaapkamer 2, bureau — 3 kringen",[16,914,915],{},"Zo valt niet het hele huis zonder stroom als één differentieel uitschakelt, en u blijft onder de limiet van 8 kringen per differentieel.",[162,917,918],{},[16,919,920,923],{},[20,921,922],{},"Let op",": Voor badkamers (Art. 7.1.4.3) schrijft het AREI bijzondere beschermingsmaatregelen voor. In huishoudelijke installaties (Art. 4.2.4.3_b) moeten de kringen van ruimtes met bad en\u002Fof douche beschermd zijn door een differentieelstroombeveiliging met hoge gevoeligheid (30 mA).",[11,925,927],{"id":926},"gerelateerde-artikelen","Gerelateerde artikelen",[143,929,930,936],{},[146,931,932],{},[179,933,935],{"href":934},"\u002Fblog\u002Feendraadschema-maken","Eendraadschema zelf maken — stap voor stap",[146,937,938],{},[179,939,941],{"href":940},"\u002Fblog\u002Felektrische-keuring","Elektrische keuring in België — wat u moet weten",[16,943,944],{},[179,945,946],{"href":193},"Maak nu uw AREI-conform eendraadschema — gratis →",{"title":196,"searchDepth":197,"depth":197,"links":948},[949,950,953,954],{"id":785,"depth":197,"text":786},{"id":800,"depth":197,"text":801,"children":951},[952],{"id":847,"depth":203,"text":848},{"id":896,"depth":197,"text":897},{"id":926,"depth":197,"text":927},"Nee — maar per stroomkring wel. Ontdek wat het AREI voorschrijft en wanneer een 30mA differentieelschakelaar verplicht is.","nl",{},"\u002Fblog\u002F30ma-rcd-per-socket.nl",{"title":780,"description":955},"30ma-aardlek-per-stopcontact","blog\u002F30ma-rcd-per-socket.nl",[221,222,963,398,226,964,965,966,967,968,969,581,970],"differentieel","aardlekschakelaar","stopcontact","stroomkring","elektrische keuring","elektrische installatie","België","situatieschema","VkD5rBnhiP5FybfLKJdAiTCWJF4V4Vvl745ZXFnIcqw",1787555223705]