Parker 3339121332 |PGP517B0190CD1K6VE7E5C-517A019 Aluminum Pumps
Looking for an aluminum pump that can handle your engineering needs? Look no further than the Parker 3339121332. This pump is designed to withstand the rigors of industrial use, making it perfect for your next project. With a durable construction and a reliable performance, the Parker 3339121332 is a great choice for any engineer.
Get a quick quote
Parker 3339121332 |PGP517B0190CD1K6VE7E5C-517A019 Aluminum Pumps
These shoes are a part of the “outdoor” collection. They will be perfect for your next work trip because these shoes are durable, comfortable, and waterproof.
Parker 3339121332 |PGP517B0190CD1K6VE7E5C-517A019 Aluminum Pumps are industrial grade pumps designed to handle abrasive fluids, high pressures, and high temperatures. The 3339121332 model is the Parker standard aluminum pump that has been in production since 1978.
Feature:
1) Parker 3339121332 |PGP517B0190CD1K6VE7E5C-517A019 Aluminum Pumps offer superior hydraulic performance and a high degree of efficiency.
2) Parker 3339121332 |PGP517B0190CD1K6VE7E5C-517A019 Aluminum Pumps are designed to fit a wide range of industrial applications and manufacturing processes.
3) Continuous flow rate and pressure curve that is easy to predict.
4) High quality pumps that perform well under tough conditions.
5) The Parker 3339121332 aluminum pump has a kinematic viscosity of up to 7,000 cP.
Parker’s Aluminum Pump PGP517 Series fixed displacement gear pump offers high performance and high power density dues to its aluminum construction, making it an ideal selection for the Aerial, Agriculture, Construction, Forestry, Material Handling, and Turf Equipment markets. It is available as a standard pump, clutch pump, tandem pump or as a pump with a priority flow valve including primary circuit relief valve.
Markets:
• Aerial
• Agriculture Machinery
• Construction Equipment
• Forestry Equipment
• Material Handling Equipment
• Turf Equipment
• Vocational & Municipal Equipment
Benefits:
• Three-piece construction for distribution flexibility
• Aluminum pumping sections for light weight
• Journal bushings for long life
• Pressure balanced thrust blocks for high efficiency
• Multiple sections available
Applications:
• Power steering pumps – priority valves available
• Brake pump
• Brush Chipper
• Trencher pump
• Hydraulic Power Unit
• Aerial Lift
• Transfer pump
• Lube pump
Technical Specifications:
• Sizes from 16 to 70 cc
• Operating pressures up to 275 bar (3,988 psi)
• Speeds up to 3,400 rpm
• CW, CCW, and Bi-rotational pumps available
• SAE shafts, flanges and porting available
For detailed technical information on PGP517 please download our latest catalogue and installation manuals under Product Support and/or contact your local Parker dealer for support.
*Made in Czech Republic
Technical Specifications
Pump Type | Fixed |
Body Material | Aluminium |
Configuration | Single | Tandem | Multiple |
Displacement | 16 to 70 cm3/rev, 0.09 to 4.27 inch3/rev |
Operating Pressure | 250 bar, 3625 psi |
Flow Rate | 168 L/min, 44.35 Gal/min |
For Fluid Type | Standard Hydraulic Fluid |
Maximum Operating Speed | 3400 RPM |
Minimum Fluid Temperature | 15 °C, 5 °F |
Maximum Fluid Temperature | 80 °C, 176 °F |
Weight | 41 kg, 30.8 lb |
Shaft Type | SAE | ISO | DIN | Industry Specific |
Mounting Option | SAE | ISO | DIN |
Port Type | Flange | Straight Threaded |
Port Connection | SAE | ISO | BSPP | ODT |
Direction of Rotation | Clockwise | Counter Clockwise |
Circuit Path | Open |
Thru-Drive Capability | Yes |
PGP517 Series Aluminum Pumps Document Download
Related products
-
PGP517 Series Aluminium Pumps
Parker 3339121312 |PGP517B0230CD1H3NP3P2S-517A023 Aluminum Pumps
Rated 0 out of 5Read more -
PGP517 Series Aluminium Pumps
Parker 3339121304 |PGP517B0280CD1H3NE7E5S-517A023 Aluminum Pumps
Rated 0 out of 5Read more -
PGP517 Series Aluminium Pumps
Parker 3339121297 |PGP517B0140CD1H3ME6E5S-517A014 Aluminum Pumps
Rated 0 out of 5Read more -
PGP517 Series Aluminium Pumps
Parker 3339121296 |PGP517B0520CD1K6NP5P3S-517A044 Aluminum Pumps
Rated 0 out of 5Read more