Registrieren Sie sich, um Ihre exklusiven B2B-Preise freizuschalten und mit dem Einkauf zu beginnen. Jetzt registrieren!
RS485 bus two-way three-phase meter with display, MID approval image 1

RS485 bus two-way three-phase meter with display, MID approval

Nur auf bestellung
EAN: 4010312501887
MPN: 28465715
Verpackung: 1
Nettopreis
179,93 €
pro Einheit
Mindestbestellmenge: 1
Lieferzeit zu unserem Lager: 2-4 weeks
Preis gültig bis 31.12.26 oder solange der Vorrat reicht

Technische Informationen

Artikelzustand Neu
Herstellername RS485 bus two-way three-phase meter with display, MID approval
Marke ELTAKO
Kategorien Stromzähler & Energiemessgeräte
Ursprungsland* CN
* Das tatsächliche Ursprungsland kann je nach Liefercharge variieren. Um das konkrete Ursprungsland zu bestätigen, wenden Sie sich bitte an Ihren Kundenbetreuer.
Code des Harmonisierten Systems 9028 3019 00
ETIM EC001506
Befestigungsart DRA (DIN-Schienen-Adapter)
Breite 70 mm
Höhe 82 mm
Tiefe 58 mm
Frequenz 50 Hz
Max. Strom (Imax) 80 A
Breite in Teilungseinheiten 4
Schutzart (IP) IP20
Polart Vier Leiter
Nennspannung (Un) N-L 230 V
Bemessungsstrom (In) 10 A

Verpackungsdetails

Verpackungsstufe 1 4010312501887, 4010312501887
Verpackungsstufe 2 4010312501887

Weitere technische Daten

Modell Direktmessung
Geeignet für Bezug
Anzeigeart Digital
Gesamtanzahl Stellen (Zähler) 7
Zählertyp Elektronisch
Schnittstellentyp RS-485
Energieart Wirkleistung
Tarifart Zweitarif
Tarifsteuerung Extern
Auslösemechanismus Nein
Geeicht Ja
Zulassung Messgeräterichtlinie
Impulsausgang Elektrisch
Genauigkeitsklasse B
Art der Lastprofilmessung Nein
EEC40-Kennzeichnung Nein
Mit Sperrcode Nein
Nennspannung (Un) L-L 400 V

Downloads

Beschreibung

RS485 bus two-way three-phase meter. Maximum current 3x80A. Standby loss 0,8W at L1 and only 0,5W at L2 and L3 each. Modulair device for DIN-EN 60715 TH35 rail mounting in distribution cabinets with IP51 protection class. 4 modules = 70mm wide and 58mm deep. Accuracy class B (1%). With RS485 interface. It measures active energy by means of the current between input and output. The internal power consumption of 0,8W or 0,5W active power per path is neither metered nor indicated. The active energy is added depending on the sign. Positive power in the meter means energy consumption, negative power means energy delivery. The energy measurement is balanced. If the energy consumption (P positive) is greater than the energy supply (P negative), the meter reading T arrow right is increased. If the energy supply is greater than the energy consumption, the meter reading T arrow left is increased. Energy consumption is shown with a right arrow and energy supply is shown with a left arrow above the active bar in the display. 1, 2 or 3 phase conductors with max. currents up to 80 A can be connected. The inrush current is 40mA. The terminals L1 and N must always be connected. Connection via a FBA14 to the Eltako RS485 bus with a 2-wire shielded bus cable (telephone cable). The meter reading and the momentary power are transferred to the bus – e.g. for transfer to an external computer or a Professional Smart Home controller – and is also transferred to the wireless network via the FAM14. For this it is necessary that a device address is assigned from the wireless antenna module FAM14, according to the operating instructions. Energy consumption and energy supply values are stored in non-volatile memory and are displayed again immediately after a power failure. The 7 segment LC display is also legible twice within a period of 2 weeks without power supply. Power consumption is indicated using a LED next to the display flashing 1000 times per KWh. On the right next to the display are the keys MODE and SELECT. Press them to scroll through the menu. First the background lighting switches on. Then the total active energy per consumption and delivery, the active energy of the resettable memory consumption and delivery as well as the instantaneous power, voltage and current values for each phase conductor can be displayed. Error message: If a phase connection is missing, the corresponding phase is shown on the display.