Hermetic inert pump series mzr-11558

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Beschreibung

For microreaction technology and flow chemistry The mzr-11558 micro annular gear pump of the hermetic and chemically inert series is, considering its almost universal suitability for aggressive and corrosive media, a revolution in the pump technology. Its rotors and functional elements being made of ceramics, the pump shows the highest chemical resistance and an outstanding resistance to wear. Thanks to the use of ceramics as bearing and shaft material, a magnetic coupling, and case components made out of alloy C22 (DIN 2.4602), this pump will take up any challenge in the chemical industry applications. Advantages High resistance to corrosion oxidizing and reducing media, acids and bases Hermetically sealed magnetic coupling (NdFeB) Long service life wear-resistant tungsten carbide Chemically inert pump head alloy C22, SSiC, Al2O3 and ZrO2-ceramics Dynamic precision motor brushless DC-motor with encoder High differential pressures achievable even for low viscosity...

Produktmerkmale

Flow rate
0.192 - 1152 ml/min
Smallest dosage volume
100µl
Displacement volume
192µl
Maximum system pressure
60 bar (870 psi) (200 bar (2900 psi) *) (inlet pressure + differential pressure)
Differential pressure range
0 – 60 bar
Liquid temperature range
-5 ... +60 °C (-20 ... +100 °C *)
Viscosity range
0.3 - 1,000 mPas
Precision CV
< 1% (Coefficient of variation CV)
Velocity range
1 - 6000 rpm
Fluid connection
3/8" NPT internal thread, lateral
Wetted parts
stainless steel 316L; seals FFPM (Kalrez® Spectrum™ 6375), optional: FPM, EPDM; shaft sintered silic
Motor
Brushless DC-motor, IP 54, 42 V DC, max. 368 W
Encoder
500 counts per turn, type HEDL 5640
Electrical connection
motor cable length 3 m, 6-pole plug for motor winding, 12-pole plug for encoder and hall sensors
Dimensions (L x W x H)
301 x 130 x 129 mm
Weight
approx. 11000g
Remarks
* with optional heat insulation module, Customized solutions on request.

Dokumente

Domain icon Hersteller/ Fabrikant

19053 Schwerin - Deutschland

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