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Hydrostatic Pump

Hydrostatic pump manufacturers are carefully designed by qualified engineers for long-term safety. As a quality service, each product is checked by qualified engineers before the pump is produced. These include pumps, pressure relief valves, dampers, pressure gauges, ball valves, check valves, return pressure valves, etc. It has different components such as. To ensure safety measures, all components are calculated according to the output pressure of the dosing pump.

TESTING FACILITY

TEST FACILITY AT UDS

  • At time 6 pumps can be tested simultaneously
  • pump flow rate at working pressure
  • vibration of pump and motor, SOUND METER
  • Amp meter, Pressure meter
  • Voltage meter, Frequency meter.
  • All instruments are tested as per govt.standard at approved govt. lab
  • Pumps up to 7000 LPH flow and maximum 450 BAR pressure can be tested.

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Specifications :

  • Use for Hydro testing of pipes, cylinders & boiler tubes
  • Smooth and consistent flow assured + 90% pulsations eradicated.
  • Offers a reinforced seal and used chrome plated plungers for tight alignment and long life in high pressure applications.
  • High performance non return valve non suction and delivery side
FAQ

Frequently asked question

A Hydrostatic Pump is a type of positive displacement pump used to create hydraulic pressure by converting mechanical energy into fluid pressure.

These pumps typically use pistons or gears to pressurize hydraulic fluid, which is then used to perform mechanical work in hydraulic systems such as lifting, pressing, or moving heavy loads.

Components usually include:
• Pump body or casing
• Piston, gear, or vane assembly
• Inlet and outlet ports
• Hydraulic fluid reservoir
• Control valves and pressure regulators
• Motor or engine (electric, diesel, or hydraulic drive)

Benefits may include:
• High efficiency in converting mechanical power to hydraulic power
• Precise control over hydraulic pressure and flow rates
• Compact design suitable for various industrial and mobile applications
• Durable construction for long service life
• Versatility in adapting to different hydraulic system requirements

They are essential in industries such as construction (excavators, bulldozers), agriculture (tractors, harvesters), material handling (forklifts, cranes), automotive (braking systems), and manufacturing (machine tools) where hydraulic power is necessary for heavy-duty operations.

Selection factors include:
• Required hydraulic pressure and flow rate
• Type of hydraulic fluid (oil, water-glycol, synthetic fluids)
• Operating conditions (temperature, ambient environment)
• Power source availability and compatibility (electric, diesel, hydraulic)
• Integration with existing hydraulic systems and controls
• Maintenance and serviceability requirements

Maintenance tasks typically involve:
• Regular inspection and lubrication of pump components
• Checking and replacing hydraulic fluid and filters
• Monitoring motor or engine performance
• Testing and adjusting pressure and flow settings
• Compliance with manufacturer-recommended maintenance schedules

Common issues may include hydraulic fluid leaks, pump cavitation, valve malfunctions, and motor failures. Resolutions involve proper installation, routine maintenance, replacement of worn parts, and troubleshooting hydraulic system components.

Yes, modern Hydrostatic Pumps can be integrated with PLCs (Programmable Logic Controllers), SCADA (Supervisory Control and Data Acquisition) systems, or digital interfaces for automated operation, remote monitoring, and data logging. This enhances operational efficiency and system performance.

Operators should follow safety protocols for handling hydraulic systems, ensure proper ventilation in operational areas, wear appropriate PPE (Personal Protective Equipment), and adhere to emergency shutdown procedures for equipment malfunctions or hydraulic leaks.
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