Description Parker PGP020 Heavy-Duty Cast Iron Gear Pump and Motor, the ultimate powerhouse for the truck industry! This compact marvel, boasting ½" gears, stretches a mere 6 inches from the mounting flange to the port end cover and weighs in at just 25 lbs. Yet, don't let its size deceive you; the PGP020 delivers exceptional performance, with flow capacities reaching up to 29 gallons per minute at 2400 rpm and pressures soaring up to 3000 psi. For those needing even more, it can output an impressive 39 gallons per minute at 2400 rpm and up to 2500 psi. This versatile dynamo offers bi-rotational motors and pumps, along with a plethora of drive shafts and mounting styles tailored to your specific requirements. Engineered for excellence, the PGP020 features a rigid, one-piece drive shaft, precision gears, and pressure-balanced thrust plates, all contributing to its unmatched efficiency. Encased within a robust, high-strength cast iron body, it promises unparalleled durability and reliability, making it the go-to choice for industry professionals. Experience the perfect blend of compact design and powerful performance with Parker Hannifin's PGP020!
Advanced Parker PGP020 Cast Iron Hydraulic Gear Pump
Description:
Featuring state-of-the-art design and manufacturing, the advanced Parker PGP020 gear pump is engineered for the most demanding hydraulic applications. Its high-precision gears and advanced sealing system ensure minimal internal leakage, reducing energy loss and improving overall efficiency. With a high tolerance for pressure fluctuations, this pump is ideal for hydraulic systems in mining, manufacturing, and other heavy-duty applications.
Multiple Units
PGP020 pumps and motors can be assembled in tandemto provide additional pump flow or more motor torquefrom on the drive shaft. Each gear seetion is connectedto the drive shaft by a connecting shaft. The strengthof the shafts (their PL faetor)determines themaximum gear width the pump or motor can turnat a given pressure.
To determine the unit's PL, multiply the operating pressure (P) by the total gear width ().Example: Assumea PGP020 pump will be operating at 3000 psi and havea 1%" gear housing. Multiply the total gear width of 1%by the operating pressure.
(1.5" gear width X 3000 psi)= 4500
This pump needs a drive shaft with a PL factor of 4500or more to operate successfully, The Pl factor for eachdrive shaft is given on pages 10 and 1l.NO'TE: In accordance with our policy of continuing product development, we reserve the right to change specificationsshown in this catalog without notice
Parker PGP020 Cast Iron Gear Pump for Industrial Efficiency
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