{"id":12009,"date":"2025-10-10T10:59:14","date_gmt":"2025-10-10T08:59:14","guid":{"rendered":"https:\/\/docs.kentix.com\/?post_type=ht_kb&p=12009"},"modified":"2026-05-06T11:30:45","modified_gmt":"2026-05-06T09:30:45","slug":"smartpdu-40he-3x16-32a-bis-22kva-datenblatt","status":"publish","type":"ht_kb","link":"https:\/\/docs.kentix.com\/de\/knowledge-base\/smartpdu-40he-3x16-32a-bis-22kva-datenblatt\/","title":{"rendered":"cXale SmartPDU 40HE, (bis 22kVA) - DATENBLATT"},"content":{"rendered":"\n
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Typen<\/strong><\/th>KPMDU-xx-xx-xx-1818-3-32-V<\/strong><\/th>KPMDU-xx-xx-xx-1818-3-16-V<\/strong><\/th>KPMDU-xx-xx-xx-1818-1-32-V<\/strong><\/th>KPMDU-xx-xx-xx-1818-1-16-V<\/strong><\/th><\/tr><\/thead>
Nennleistung, Spannung<\/strong><\/td>bis 22kVA, 230V<\/td>bis 11kVA, 230V<\/td>bis 7.3kVA, 230V<\/td>bis 3.68kVA, 230V<\/td><\/tr>
Anschlussstecker<\/strong>
(IEC60309)<\/td>		CEE-Stecker (ROT<\/strong>)
5-polig, 32A\/230\/400V<\/td>		CEE-Stecker (ROT<\/strong>)
5-polig,
16A\/230\/400V<\/td>		CEE-Stecker (BLAU<\/strong>)
3-polig,
32A\/230V<\/td>		CEE-Stecker (BLAU<\/strong>)
3-polig,
16A\/230V<\/td><\/tr>
Anschlusskabel<\/strong><\/td> H07RN-F-5G6<\/td> H07RN-F-5G2.5<\/td> H07RN-F-3G6<\/td> H07RN-F-3G2.5<\/td><\/tr>
Anzahl Steckdosen C13 <\/strong>(IEC60320)<\/td>18<\/td>18<\/td>18<\/td>18<\/td><\/tr>
Anzahl Steckdosen Cx <\/strong>(IEC60320)<\/td>18<\/td>18<\/td>18<\/td>18<\/td><\/tr>
Sicherung-Schutzschalter
<\/strong>(Nennstrom, Charkteristik, Kurzschussstrom)<\/td>		6x 16A C-Typ, 10kA<\/td>6x 10A C-Typ, 10kA<\/td>6x 16A C-Typ, 10kA<\/td>6x 10A C-Typ, 10kA<\/td><\/tr><\/tbody><\/table><\/figure>\n<\/div>\n<\/div>\n\n\n\n
Verriegelung Steckdosen<\/strong><\/td>IEC-LOCK f\u00fcr C13\/Cx<\/td><\/tr>
Abdeckung Schutzschalter<\/strong><\/td>Klappabdeckung<\/td><\/tr>
Anschlusskabel<\/strong><\/td>3m, Gummischlauchleitung<\/td><\/tr>
Strommessung<\/strong><\/td>Integrierte, geeichte Strommessung, Genauigkeit Class B (MID, EN 50470-3)
Minimaler Strom 250mA, maximaler Strom 32A<\/td><\/tr>
Kompatibilit\u00e4t Kombi-Steckdosen Cx <\/strong><\/td>C13, C15, C19, C21<\/td><\/tr>
Konnektivit\u00e4t<\/strong><\/td>Ethernet (10\/100MBit), PoE Class 3<\/td><\/tr>
Kentix Systembuchse <\/strong>
(Typ B)<\/strong><\/td>		RJ45 mit Kentix spezifischer Belegung f\u00fcr Systemerweiterungen
2 x Digital Input (z.B. T\u00fcrkontakte, ext. Alarme), 1 x System BUS<\/td><\/tr>
Kommunikation und Sicherheit<\/strong><\/td>HTTPS (Zertifikat), integrierter Web-Server, ReSt-API
Protokolle: SNMP V2\/3 (GET, TRAP), NTP, SMTP, DHCP, DNS, MODBUS-TCP<\/td><\/tr>
Management<\/strong><\/td>Main-Satellite Verwaltung \u00fcber KentixONE<\/td><\/tr>
Display<\/strong><\/td>Beleuchtetes LCD Display (Leistung, Strom, Spannung, Verbrauch)<\/td><\/tr>
Optische Signalisierung<\/strong><\/td>LED mit ROT\/GR\u00dcN (Betrieb, Alarm-\/Fehlerzustand)<\/td><\/tr>
Akustische Signalisierung<\/strong><\/td>Signalgeber mit 80dB, 2.3kHz (Alarm-\/Fehlerzust\u00e4nde)<\/td><\/tr>
Werkszustand<\/strong><\/td>Taster f\u00fcr Werks-Reset (Default-IP: 192.168.100.226<\/strong>)<\/td><\/tr>
Verlustleistung<\/strong><\/td>max. 40W (Volllast)<\/td><\/tr>
Geh\u00e4use<\/strong><\/td>Blech, Pulverbeschichtet RAL9005, Schutzklasse 1, Schutzart IP20, Montagehalter<\/td><\/tr>
Kabeleingang<\/strong><\/td>\u00b145\u00b0 schwenkbar<\/td><\/tr>
Gr\u00f6\u00dfe<\/strong><\/td>1750 x 55,5 x 63 mm (HxBxT)<\/td><\/tr>
Gewicht<\/strong><\/td>ca. 8kg<\/td><\/tr>
Umgebungsbedingungen<\/strong><\/td>0\u00b0C bis 60\u00b0C, Luftfeuchte 5-95%, Lagertemperatur: -20\u00b0C bis 60\u00b0C<\/td><\/tr>
Zertifizierung<\/strong><\/td>CE (2014\/30\/EG, 2014\/35\/EG, 2011\/65\/EU)<\/td><\/tr>
Elektrische Sicherheit<\/strong><\/td>DGUV-V3 Pr\u00fcfung, VDE 0105-100<\/td><\/tr>
Kennzeichnung<\/strong><\/td>Seriennummer (Barcode), zus\u00e4tzlicher freier Kennzeichnungsbereich Frontplatte (55x30mm)<\/td><\/tr>
(nur in KPMDU-RC-… )
Differenzstrommessung (RCM)<\/strong><\/td>		Integrierte AC\/DC sensitive Differenzstrommessung nach IEC 60664-1
\u00b1300mA\/100mA (RMS), Genauigkeit <0,2mA
Frequenzbereich DC 0..2kHz<\/td><\/tr>
(nur in KPMDU-…-SW-…)
schaltbare<\/strong> Kombi-Steckdosen Cx<\/strong> <\/td>		18, einzeln schaltbar (Bistabile Relais) mit LED<\/td><\/tr>
(nur in KPMDU-…-SP-…)
\u00dcberspannungsschutz<\/strong><\/td>		Modularer \u00dcberspannungsableiter Typ 2+3,
Nennableitsto\u00dfstrom (8\/20 \u00b5s) 20kA,
Max. Ableitsto\u00dfstrom (8\/20 \u00b5s) 40kA<\/td><\/tr>
Mess-\/Kommunikations-objekte<\/strong><\/td>Spannung (V) L1\/L2\/L3\/Gesamt
Strom (A) L1\/L2\/L3\/Gesamt
Verbrauch (kWh) L1\/L2\/L3\/Gesamt
Wirkleistung (W) L1\/L2L3\/Gesamt
Scheinleistung (VA) L1\/L2\/L3\/Gesamt
Blindleistung (VAR) L1\/L2\/L3\/Gesamt
Netzqualit\u00e4t-Oberwellen (%) THD U\/I - L1\/L2\/L3
Wirkfaktor (cos phi)
Frequenz (Hz)
Phasen\u00fcberwachung L1\/L2\/L3
Sicherungsstatus L1\/L2\/L3
Temperatur (\u00b0C)
Relative Luftfeuchte (%)
Taupunkt (\u00b0C)
Vibration (G)
Luftqualit\u00e4t VOC (AIQ-Index)

Differenzstrom AC (nur in den Typen KPMDU-RC-…)
Differenzstrom DC (nur in den Typen KPMDU-RC-…)<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

<\/p>\n","protected":false},"excerpt":{"rendered":"

Typen KPMDU-xx-xx-xx-1818-3-32-V KPMDU-xx-xx-xx-1818-3-16-V KPMDU-xx-xx-xx-1818-1-32-V KPMDU-xx-xx-xx-1818-1-16-V Nennleistung, Spannung bis 22kVA, 230V bis 11kVA, 230V bis 7.3kVA, 230V bis 3.68kVA, 230V Anschlussstecker(IEC60309) CEE-Stecker (ROT)5-polig, 32A\/230\/400V CEE-Stecker (ROT)5-polig, 16A\/230\/400V CEE-Stecker (BLAU)3-polig, 32A\/230V CEE-Stecker (BLAU)3-polig, 16A\/230V Anschlusskabel H07RN-F-5G6 H07RN-F-5G2.5 H07RN-F-3G6 H07RN-F-3G2.5 Anzahl Steckdosen C13 (IEC60320) 18 18 18 18 Anzahl Steckdosen Cx (IEC60320) 18…<\/p>\n","protected":false},"author":2,"featured_media":12629,"comment_status":"closed","ping_status":"closed","template":"","format":"standard","meta":{"_crdt_document":"{\"document\":\"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