PGH5-2X/160LE07VU2 PGH3-1X/010RR07MU2 RexrothGearPumpCastIronHighPressureSteelPlantCoalMine
The Rexroth gear pump from Rexroth adopts the principle of gear internal meshing, where the inner and outer gear pitch circles are closely adjacent to one side, and the other side is separated by a "crescent plate" on the pump cover. The active internal gear on the main shaft drives the external gear to rotate in the same direction. At the inlet, the gears separate from each other to form negative pressure and suck in liquid. At the outlet, the gears continuously engage and squeeze out the liquid. Due to its unique structure, it is particularly suitable for conveying media with high viscosity, with a viscosity range of 0.2-cp. It can be conveyed in reverse as long as the motor direction is changed; The Rexroth internal meshing pump body can be turned, and the inlet and outlet positions are at right angles, making it easy to select the inlet and outlet positions; Rexroth gear pumps he convenient interfaces for connecting insulation or cooling media between the pump body, end cover, and bearing seat. REXROTH meshing has the advantages of no trapped oil phenomenon, smooth transportation, high efficiency, low noise, and long service life. Internal gear pumps are suitable for transporting Newtonian or non Newtonian liquids in industries such as petroleum, chemical, coating, dye, food, oil, and medicine. The types of liquids transported can range from light and volatile liquids to hey, viscous, and even semi-solid liquids.
The Rexroth hydraulic pump PGH type is a clearance compensated internal gear pump with a constant discharge volume. The active gear shaft, which is placed in a hydrodynamic manner, drives the hollow wheel with internal meshing. The backlash space opened between the active gear shaft and the hollow wheel in the oil suction area sucks in hydraulic fluid and delivers it to the oil pressure area. The oil suction area and the oil pressure area are separated by radial compensation components and the engagement between the hollow wheel and the driving gear shaft.
Rexroth internal gear pump: specifications 1.7 to 40; Low operating noise, minimal vibration, and compensated sealing clearance enable efficient operation even at low viscosity Suitable for various speeds and viscosity ranges Can provide axial pumps/can be used in combination with axial piston pumps and vane pumps
Title: Exploring the PGH5-2X/160: A Comprehensive Overview
The PGH5-2X/160 is a notable component in the electronics industry, known for its advanced features and applications. This section aims to delve into the details of this component, providing an insightful overview.
Firstly, the "PGH5-2X" part of the name suggests a series or model within the product line. This series is often associated with high-performance and reliability, making it a forite among engineers and technicians.
Secondly, the "/160" at the end indicates the specific variant or version of the component. This version likely includes enhancements or modifications that cater to specific technical requirements or market demands.
In terms of applications, the PGH5-2X/160 is widely used in various industries, including telecommunications, automotive, and aerospace. Its robust design and functionality make it an ideal choice for critical systems where performance and durability are paramount.
To understand the technical specifications and usage scenarios in more detail, a simple online search using the term "PGH5-2X/160" yields a plethora of resources. These include product datasheets, technical forums, and reviews from industry professionals, offering a comprehensive understanding of this component's capabilities and real-world applications.
PGH type internal gear pump
Model specifications: 2, 3, 4, 5 X series
Maximum working pressure: 350 bar
Maximum displacement: 6-250cm3
Low operating noise and minimal vibration
Sealing gap compensation enables efficient operation even at low speeds and low viscosities
Suitable for various speeds and viscosity ranges
All installation and rated size components can be connected
Can be connected and used with vane pumps and axial piston pumps
PGH4-2X/020LR11VU2 | PGZ4-1X/080RT07VU2 R901230041 | |
PGH3-1X/013RE07ME4 | PGZ5-1X/063RT07VU2 R901230045 | |
PGH4-2X/040LR11VU2 | PGZ5-1X/080RT07VU2 R901230049 | |
PGH4-3X/032RE11WU2 | PGZ5-1X/100RT07VU2 R901230053 | |
PGH4-2X/020RE18VU2 | PGZ5-1X/140RT07VU2 R901230057 | |
PGH5-2X/125RR11WU2 | PGZ4-1X/020RT07VB2 R901230022 | |
PGH4-3X/050RR11WU2 | PGZ4-1X/032RT07VB2 R901230026 | |
PGH4-2X/050RE11VE4 | PGZ4-1X/040RT07VB2 R901230030 | |
PGH5-3X/200RE07VU2 | PGZ4-1X/050RT07VB2 R901230034 | |
PGH4-3X/032RE11VU2 | PGZ4-1X/063RT07VB2 R901230038 | |
PGH4-3X/040RE11VU2 | PGZ4-1X/080RT07VB2 R901230042 | |
PGH4-3X/063RR11VU2 | PGZ5-1X/063RT07VB2 R901230046 | |
PGH2-1X/006RE07ME4 | PGZ5-1X/080RT07VB2 R901230050 | |
PGF2-2X/013LL20VMK | PGZ5-1X/100RT07VB2 R901230054 | |
PGH4-2X/025RE11VE4 | PGZ5-1X/140RT07VB2 R901230058 | |
PGH5-2X/063RE11VU2 | PGZ4-1X/020RR07VB3 R901230023 | |
PGH4-2X/050RE11VU2 | PGZ4-1X/032RR07VB3 R901230027 | |
PGH4-3X/040RE11VE4 | PGZ4-1X/040RR07VB3 R901230031 | |
PGH4-2X/025LF18VK0 | PGZ4-1X/050RR07VB3 R901230035 | |
PGH4-2X/063RE07MU2 | PGZ4-1X/063RR07VB3 R901230039 | |
PGH4-2X/025RF18VK0 | PGZ4-1X/080RR07VB3 R901230043 | |
PGH4-3X/040RR11VU2 | PGZ5-1X/063RR07VB3 R901230047 | |
PGH4-2X/025RE11VU2 | PGZ5-1X/080RR07VB3 R901230051 | |
PGH4-3X/032RR11VU2 | PGZ5-1X/100RR07VB3 R901230055 | |
PGH4-2X/040RF11VK0 | PGZ5-1X/140RR07VB3 R90123005 | |
PGH4-2X/100RE07VE4 | PGH5-3X/063RR11VU2 | |
PGH5-21/200RE07VE4 | PGH4-3X/063RE11VU2 | |
PGH5-2X/160LE07VU2 | PGH3-1X/010LF07MK0 | |
PGH4-2X/020LE18VU2 | PGF2-2X/022RJ20VU2 | |
PGH2-2X/008RR07VU2 | PGH4-3X/025RE11VE4 | |
PGH4-3X/050RR11VU2 | PGF2-2X/019RJ20VU2 | |
PGH4-3X/040RE11VU2 | PGH4-21/020RE11VU2 | |
PGH4-3X/050RE11VU2 | PGH4-21/040RE11VU2 | |
PGH4-2X/050RE11VU2 | PGH4-2X/100RE07VU2 | |
PGH5-3X/100RR11WU2 | PGH5-2X/160LR07VU2 | |
PGH5-3X/063RE11VU2 | PGH5-2X/063LR11VU2 | |
PGH5-3X/080RR11WU2 | PGH4-3X/032RE11VE4 |