Eksisterende pumpe - Cirkulation Pumpekurve

Udskiftningspumpe - Højeffektiv Standard Udskiftningblad
Bemærkninger
Produktinformation
Yonos GIGA2.0-I 125/1-17/7,5

Analoge og digitale grænseflader byder på mulighed for integration i bygningsautomatisering.
Wilo-Yonos GIGA2.0-I er en elektronisk styret inline-tørløberpumpe, som egner sig til pumpning af store vandmængder over store løftehøjder. Takket være IE5 EC-motorteknologi og gennemprøvet pumpehydraulik (MEI ≥0,4) tilbyder den på samme tid høj energieffektivitet og høj driftssikkerhed. Den er meget nem at betjene ved hjælp af den velkendte grøn-knap-teknologi, klar menunavigation og et overskueligt farvedisplay. Analoge og digitale grænseflader byder på mulighed for integration i bygningsautomatisering.


Udskiftningspumpe - Konventionel Udskiftningblad
Bemærkninger
Produktinformation
Atmos GIGA-I 125/220-5,5/4

Konstruktion
Tørløberpumpe i inline-konstruktion med flangeforbindels.e
Anvendelse
Pumpning af opvarmningsvand (iht. VDI 2035), koldt vand og vand-glykol-blandinger uden slibende substanser i varmtvands-, koldtvands- og kølesystemer.
Tekniske data
- Tilladt temperaturområde for pumpemediet -20 °C til +140 °C
- Maks. omgivelsestemperatur 40 °C
- Nettilslutning 3~400 V, 50 Hz (andre på forespørgsel)
- Kapslingsklasse IP55
- Nominel diameter DN 32 til DN 250
- Standardversion til driftstryk: 13 bar (til +140 °C)/16 bar (til +120 °C)
- Pumpehus og lanterne: Standard: EN-GJL-250;
- Pumpehjul: Standard: EN-GJL-200; specialudførelse: Bronze CuSn 10 rustfrit stål 1.4408
- Aksel: 1.4122
- Akseltætning: AQEGG, andre glideringstætninger på forespørgsel
Et-trins lavtrykscentrifugalpumpe i inline-konstruktion med:
- Akseltætning
- Flangetilslutning med trykmålingstilslutning R 1/8
- Lanterne
- Kobling
- IEC-standardmotor
- Pumpe
- Monterings- og driftsvejledning






- Complete kit.
- For mounting on foundations.
- Comes in a bag.

- Thickness: 2 mm.
- Inner diameter: 142 mm.
- Outer diameter: 195 mm.

The sensor measures the differential pressure between the suction ports and discharge ports to the pipes, and converts this into an electrical signal 4-20 mA, which is used by the frequency converter to regulate the pressure of the pump. The value of the output current is proportional to the differential pressure.

The sensor measures the differential pressure between the suction ports and discharge ports to the pipes, and converts this into an electrical signal 4-20 mA, which is used by the frequency converter to regulate the pressure of the pump. The value of the output current is proportional to the differential pressure.

The sensor measures the differential pressure between the suction ports and discharge ports to the pipes, and converts this into an electrical signal 4-20 mA, which is used by the frequency converter to regulate the pressure of the pump. The value of the output current is proportional to the differential pressure.

The sensor measures the differential pressure between the suction ports and discharge ports to the pipes, and converts this into an electrical signal 4-20 mA, which is used by the frequency converter to regulate the pressure of the pump. The value of the output current is proportional to the differential pressure.

The sensor measures the differential pressure between the suction ports and discharge ports to the pipes, and converts this into an electrical signal 4-20 mA, which is used by the frequency converter to regulate the pressure of the pump. The value of the output current is proportional to the differential pressure.



