Dichtungslose Pumpen nach API 685
Hermetisch dichte Pumpen mit Magnetkupplung nach API 685
für den Einsatz in der Petroindustrie
Die Spezifikation API 685 Seal-less Centrifugal Pumps for Petroleum,
Heavy Duty Chemical and Gas Industry Services definiert die Ausführung und
Spezifikation für dichtungslose Pumpen in petrochemischen Anlagen und
Raffinerien
API 685 Ausführung, doppelter Magnettopf mit Leckageüberwachung
- Temperaturbereich: -150°C bis +450°
- In Edelstahl , Hastelloy oder Alloy 20, 316 Stl Stl / HC / Duplex
- Dichtungslos - Emmissionsfrei DIN 22858
- Ausführung Hochdruckausführung bis 130 bar
- Differenzdruck, Hochdruckausführung bis 700bar Systemdruck
- Ideal für: Prozesschemie, Raffinerien, Petrochemie, Pharmazie, Radioaktive und giftige Flüssigkeiten, Thermalöle, Kältemittel
+++++++++++++
The CN MAG-M API pumps from M Pumps are heavy duty centreline-mounted
centrifugal pumps,
designed for the Petrochemical industries.
These
magnet drive leak free pumps are back pullout design single stage volute
casing pumps with closed impellers
that meet the performance and
dimensional requirements of API 685.
As well as different material
options, high temperature and high system pressure versions of the CN
MAG-M API series are also available.
Weitere Pumpen anch API 610 für konventionelle Kreiselpumpen.
CN MAG-MS API
These multi-stage centrifugal pumps from M Pumps conform to the
requirements of API 685
and are designed for high differential head
applications in the petrochemical sector.
- Capacities to 300 m3/hr
- Differential heads to 700 metres
- Maximum system pressure to 100 bar
All the CN MAG-MS API ranges are magnetically coupled and so are leak
free,
making them ideal for pumping hazardous, toxic and dangerous
liquids safely.
M Pumps' patented energy saving hybrid rear casing
technology is available on the CN MAG-MS API series,
helping to keep
operating costs to a minimum.
Features & Benefits
| Feature | Benefit |
| Hermetically sealed, leak free design | No rotating seals to fail means reduced downtime and less lost
production, no cross contamination of the pumped liquid, no process
fluid wastage, no environmental hazards due to leaks, increased
operator's safety with process fluid containment |
| Choice of chemical-resistant wetted materials | Extend pump life and increase time between servicing |
| Secondary containment options available | Prevents any leakage in the event of ball bearing failure |
| Patented hybrid rear magnet-can design available | Reduces power required, improves energy efficiency |
| Barrel design - one piece casting | Reduced environmental hazard |
| Low flow pumping at high differential heads | No need to bypass excess flow, simple installation |
