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Magnetic couplings (MAK) are a hermetic sealing solution for pumps and agitators. Dangerous or precious media remains isolated in the closed system circuit.
Advantages
Magnetic coupling for standard applications
Hermetically sealed
No contact of torque transmitting elements
No maintenance necessary
Hastelloy® or Inconel® can for high performance
High efficient can optional
Product lubricated sliding bearing included
Operating range
Shaft diameter: d = ... 40 mm (1,57")
Pressure: p = 25 bar (363 PSI)
Temperature: t = -40 °C ... +250 °C (-40 °F ... +482 °F) (SmCo), +120 °C (+248 °F) (NdFeB)
Speed: n = 3,600 min-1
Chemical resistance: pH 0 … 14
Viscosity: 0.3 … 5,000 mPas (SiC)
Torque: max. 462 Nm
Solids: max. 0.1 mm; max. 5 % by weight; grain hardness max. 700 HV
The power transmission occurs contact-free through magnets from the drive shaft to the product wetted output shaft. Between the two rotating parts is the can wich is bolted to the container.
Notes
Different variants are available to meet specific requirements:
Coolable or heatable bearing arrangements
Vertical drive with dry running roller bearing
High temperature variant
Without bearing
Can variants:
Double wall
High pressure can
Ceramic, PEEK carbon fiber, Titanium cans
Product variants
Ceramic and PEEK carbon fiber can variants
Containment shell (can) versions in ceramic or carbon fiber reinforced PEEK
material provide efficiency gains in magnetic couplings
by reducing eddy current losses to zero.
Operating limits
Ceramic can: pressure up to 25 bar (363 PSI),
temperature up to 350°C (662 °F)
PEEK can: pressure up to 40 bar (580 PSI),
temperature up to 150°C (302 °F)
Other limits are available on request
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special and individual solutions for every application.