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  • Mixing and Dosing Gear Pump
    Gear pumps for the chemical industry are primarily used in pressurizing and dosing. applications. The special designed mixing gear pump marks one of WITTE´s latest developments and opens a great variety of new applications.
  • Helical gear pump selection calculations and installation notes
    Calculate fluid velocity, delivered flow rate, absorbed torque and power for low noise and low pulsation helical gear pumps.
  • Gear Pump Selection Information
    General pump selection: Applicable to the handling of all reasonably clean liquids, preferably having some lubricating value. Also suitable for handling non-lubricating liquids under limited conditions of operation with grease fittings or carbon bearings.
  • External Gear Pumps (Copyright Viking Pump, Inc.)
  • Gear Pump Material Compatibility and Viscosity Conversion
    The materials listed for use in the construction of pumps for different liquids are for general application only. In the selection of materials consideration should be given to general practice and the experience of the user in handling the liquids. In handling food, medicinal and similar products
  • Internal Gear Pumps (Copyright Viking Pumps, Inc.)
  • Seal-less Resin Pumps
    Synthetic resins play a major role in product production within many industries. Handling resins requires pump technology that will not leak, such as that offered by EnviroGear (R) Seal-less Internal Gear Pumps.
  • Sealless Resin Pumps
    The design of sealless internal gear pumps makes them an engineered solution for environmentally conscious fluid-handling that lowers maintenance costs and eliminates environmental costs-all of which are primary concerns when manufacturing, handling and transporting resins. The pump removes

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  • Fluid technique in motor vehicles
    The diesel engine 1 over a pump transfer case drives 4 two adjusting pumps 5 into the case of the shown circuit.
  • Oil hydraulic system
    � differential), 5 rear axle (oscillating axis with self-locking differential); the combined overview circuit diagram for total system vehicle hydraulic system 2, 1 hand tax generators, Bedienpult b 3 Fahr- or brake pedal generators 7 pump transfer cases 10 priority valve 12 �
  • Oil hydraulic system
    The adjusting pump driven by the combustion engine and on this flanged on directly or on pump transfer case for motorabh�ngige secondary drives, forms the primary part.
  • Manual mechanical engineering
    The working pump and the driving pump is driven together by the diesel engine over a pump transfer case .
  • Manual mechanical engineering
    The working pump and the diesel engine iiber is driven a pump transfer case yom together the driving pump.
  • Commercial vehicle technology
    � combustion temperature braking function verschleissfreie to 337 interconnected operation 371 compressor wheel 366 compression ratio 312 club of German engineers 15 comparison voltage 265, 274, 278 traffic sheet 13 networking 498 481 distributor injection pump 319 transfer cases 445 Ventiltrieb 386 valve �
  • Main development trends in the design of gear pumps
    Distributor of a gear pump designed for pumping two component mix- ture of a preset composition.
  • Gear train
    � clutch high operation stages; operation stages average to 3 lamella brake; operation stages low to 4 lamella brake; 5 lamella brake rearwardly; 6 drive for towing oil pump, Taehoantrieb and Nebenabtrieb for emergency steering pump ; 7 transfer cases with l�ngssperrbarem differential; 8 �