Seria pomp o wysokiej wydajności mzr-11508X1
For industrial production and process technology
The micro annular gear pump mzr-11508X1 is equipped with tungsten carbide rotors and bear-ings. Hard construction material and precision manufacturing techniques guarantee excellent dosage precision, high service life and wear resistance for low volume dosage of non-lubricating liquids. Driven by a high-power DC-motor the pump has a compact design and covers the flow range from 0.19 ml/min to 1152 ml/min. The mzr-11508X1 is suitable for continuous delivery and discrete dosage of high viscosity liquids. It achieves high differential pressures and provides a low pulsation flow. Its robustness and the available accessories make it suitable for challenging applications.
Advantages High dosage precision
precision CV < 1% at low volumes
Long service life
wear-resistant tungsten carbide
Broad viscosity range
methanol, water, solvents, adhesives, grease, gel
Dynamic precision motor
brushless DC-motor with encoder
Compact dimensions
length...
Flow rate:0.19 - 1,152 ml/min
Smallest dosage volume:100µl
Displacement volume:192µl
Differential pressure range:0 – 30 bar (435 psi)
Maximum inlet pressure:10 bar (145 psi)
Liquid temperature range:-5 ... +60 °C (-20 ... +150 °C *) (+23 ... +140 °F (-4 ... +302 °F))
Viscosity range:0.3 – 50,000 (100,000 *)mPas
Precision CV:< 1% (Coefficient of variation CV)
Velocity range:1 - 6,000 rpm
Fluid connection:3/8" NPT internal thread, lateral; optional 3/8" NPT internal thread, frontal
Wetted parts:graphite-reinforced PTFE, alloy C276 (2.4819); static seals: FPM, optional: EPDM, FFPM
Motor:brushless DC-servomotor, IP 54, winding 36 V DC, output power 201 W, max. continuous torque 192 mNm
Positioning:1000 counts per turn, analog hall sensors
Interface:motor cable length 2 m, 6-pole plug for motor winding, 12-pole plug for encoder and hall sensors
Dimensions (L x W x H):265 x 100 x 109 mm
Weight:approx. 4,500 g
Remarks:* with optional heat insulation or heating module, Customized solutions on request.