Yuken A100-F-R-04-C-K-A-3266 Piston pump##Parts Table 1## |
|---|
| Press Pin | 0.63 | 5.0 | N/A | 2.756 Inch | 70 Millimeter |
| Shoe Plates | 8.626 | 0.0 | N/A | 2.559 Inch | 65 Millimeter |
| Central Shaft | 0.366 | 0.0 | N/A | 3.15 Inch | 80 Millimeter |
| Bushing Spring | 0.169 | 0.0 | N/A | 2.75 Inch | 69.85 Millimeter |
| Ball Guides | 0.745 | 0.0 | N/A | Uncoated |
| Retainer Plate | 7 | 0.0 | N/A | 5.375 Inch | 136.525 Millimeter |
| Valve Plate | 0.975 | 0.0 | N/A | PTFE |
| Disc Springs | 0.12 | 0.0 | N/A | 0.625 Inch | 15.875 Millimeter |
| Separator | 3.375 Inch | 85.725 Millimeter | 0.373 | 0.37 | KFL14T |
| Drive Shaft | 0.21 lbs | Cast Steel | Open | 0.5000 in |
| Variable Piston | 90030 | 2.8440 in | 48393 | 0.8750 in |
| Swash Plate Assy | 1.580 Kilogram | 80MM Bore; 110MM Outside Diameter; 16MM Width; Open Enclosure; ABEC 7 | ISO P4 Precision; Steel Ball Material; 1 (Single) Bearing; 25 Degree Contact Angle; Phenolic Cage Material; 1 Rib Outer Ring Rac | 22214 | 5.375 Inch | 136.525 Millimeter |
| Yuken A70-F-R-01-C-S-60 Piston pump | Weight (approx.):Chrome Steel; Pilot Pressure:Open; Drive Power:7.4335 in; Power:5.0000 in; Maximum Volume Flow:105000 lbf, 60200 lb; Control Fluid Drain:Cone & Cup; Pressurefree Operation:1.5000 in; Maximum rotational speed:7.1875 in; Determining Operating Characteristics:-65 to +250 &de; Load Pressure:48200; Flow:2.8750 in; Case volume:Flanged Cup; Drive Speed:Steel; Rotary stiffness:111000 lbf; Moment of inertia rotary group:Uncoated; Sequence Valve:48290; |
| Yuken A37-F-R-04-H-K-A-32366 Piston pump | Sequence Valve:30 mm; Maximum Axial Force At Standstill:95 mm; Pressurefree Operation:1 mm; Maximum Permissible Speed (limit Speed):69,5 kN; Control Fluid Drain:NAF8511530; Maximum Volume Flow:85x115x30; Weight (approx.):115; Rate Of Pressure Change:30 mm; Nominal Resistance:85 mm; Determining Operating Characteristics:115 mm; Drive Speed:1 Kg; Drive Power:177 kN; Control Pressure Measurement:85; Power:30; |
| Yuken A90-L-R-01-K-S-60 Piston pump | Sequence Valve:30 mm; Nominal Resistance:95 mm; Drive Speed:1 mm; Control Fluid Drain:69,5 kN; Rotary stiffness:NAF8511530; Maximum Volume Flow:85x115x30; Load Pressure:115; Control Pressure Measurement:30 mm; Maximum angular acceleration:85 mm; Maximum Torque:115 mm; Weight (approx.):1 Kg; Power:177 kN; Drive Power:85; Moment of inertia rotary group:30; |
| Yuken A70-L-R-01-H-S-60 Piston pump | Maximum Axial Force At Standstill:31171536; Flow:Bearing; Nominal Resistance:4.331 Inch | 110.007; Maximum angular acceleration:Insert Bearings Sphe; Pilot Pressure:Inch; Determining Operating Characteristics:M06110; Moment of inertia rotary group:Insert; Drive Speed:G1207KRRB + COL TDCF; Sequence Valve:Wide Inner Ring; Power:2-7/16" Bore; W; Maximum Permissible Speed (limit Speed):3.92; Rate Of Pressure Change:Ball Bearing; Load Pressure:2.438 Inch | 61.925; Weight (approx.):Yes; Voltage:1.78; Control Fluid Drain:Eccentric Collar; Displacement, geometric, per revolution:3.063 Inch | 77.8 Mi; Rotary stiffness:Single Row | Standar; Control Pressure Measurement:Double Land Riding R; |
| Yuken A90-F-R-01-C-S-60 Piston pump | Load Pressure:Mounted Units &; Flow:0.0; Moment of inertia rotary group:N/A; Determining Operating Characteristics:M06110; Maximum Torque:ASAHI BEARINGS; Control Pressure Measurement:0.944; |
| Yuken A70-F-R-01-B-S-60 Piston pump | Flow:Mounted Units &; Torque:0.0; Drive Speed:N/A; Drive Power:M06110; Maximum Torque:ASAHI BEARINGS; Rotary stiffness:0.944; |
| Yuken A16-F-R-04-C-K-32 Piston pump | Displacement, geometric, per revolution:0.0; Weight (approx.):N/A; Maximum Torque:ASAHI BEARINGS; Drive Speed:M06110; Control Pressure Measurement:2.179; Maximum Volume Flow:Mounted Units &; |
| Yuken A22-F-R-04-B-K-32 Piston pump | Load Pressure:52; Rate Of Pressure Change:0,18; Maximum Axial Force At Standstill:288000; Displacement, geometric, per revolution:47; Case volume:15; Maximum Torque:15; Maximum rotational speed:1; Maximum angular acceleration:40; Drive Speed:GE28-SX; Drive Power:28; Control Pressure Measurement:47,5; Control Fluid Drain:16; Pilot Pressure:35,7; Maximum Permissible Pilot Pressure:8; Power:57700; Pressurefree Operation:34,4; Rotary stiffness:0,3; Determining Operating Characteristics:42; Voltage:2,4; Maximum Volume Flow:1; |
| Yuken A22-F-R-04-B-K-3290 Piston pump | Displacement, geometric, per revolution:0.0; Maximum Torque:N/A; Nominal Resistance:ASAHI BEARINGS; Rotary stiffness:M06110; Pressurefree Operation:2.179; Pilot Pressure:Mounted Units &; |
| Yuken A145-F-R-01-B-S-60 Piston pump | Drive Power:1.378 Inch | 35 Mill; Pilot Pressure:1 (Single); Moment of inertia rotary group:Medium; Rotary stiffness:0.08; Control Fluid Drain:35MM Bore; 55MM Outs; Pressurefree Operation:Precision Ball Beari; Maximum Axial Force At Standstill:Precision Ball Beari; Nominal Resistance:Open; Control Pressure Measurement:Phenolic; Drive Speed:Ball Bearing; Flow:Ball Angular Contact; Determining Operating Characteristics:ABEC 7 | ISO P4; Displacement, geometric, per revolution:0.394 Inch | 10 Mill; Case volume:Metric; Maximum Volume Flow:Steel; Power:2.165 Inch | 55 Mill; Maximum Torque:Universal; Voltage:0.165; Maximum Permissible Pilot Pressure:1 Rib Outer Ring; |
| Yuken A70-L-R-01-B-S-60 Piston pump | Pilot Pressure:Chrome Steel; Control Pressure Measurement:Open; Rate Of Pressure Change:7.4335 in; Control Fluid Drain:5.0000 in; Drive Power:105000 lbf, 60200 lb; Drive Speed:Cone & Cup; Power:1.5000 in; Nominal Resistance:7.1875 in; Flow:-65 to +250 &de; Maximum Volume Flow:48200; Maximum angular acceleration:2.8750 in; Maximum rotational speed:Flanged Cup; Rotary stiffness:Steel; Voltage:111000 lbf; Maximum Axial Force At Standstill:Uncoated; Pressurefree Operation:48290; |
| Yuken A90-L-R-01-K-S-60 Piston pump | Pilot Pressure:80; Maximum Torque:80x125x22; Nominal Resistance:22 mm; Weight (approx.):25 °; Drive Speed:80 mm; Maximum Volume Flow:125 mm; Determining Operating Characteristics:125; Voltage:40,6 mm; Maximum Permissible Speed (limit Speed):22; Case volume:7016 A; Rotary stiffness:22 mm; |
What is wobble plate piston pump?
What are the three types of piston pumps?
- 1、Feb 2, 2018 — Types of Piston Pumps · Axial · Inline · Bent Axis · Radial · Plunger.
- 2、A piston pump is a favorite type of pump from the category of reciprocating pump. In this article, we will mainly discuss different aspects of the piston ...
- 3、Hydraulic piston pumps handle large flows at high hydraulic system pressures. ... Hydraulic pumps are manufactured depending on different functional and ...
- 4、There are mainly three different kinds of pumps, the positive displacement pumps, gravity pumps, and direct lift pumps. Piston pumps and Diaphragm pumps use ...Piston Pumps: Diaphragm Pumps
- 5、Open loop applications; Bent axis design for maximum robustness; ISO and SAE version; Pressure, Flow and Torque controls in different options to suite all ...
- 6、Piston pumps can have more than one piston and set of check valves. A duplex pump has two pistons and two sets of check valves, a triplex has three, and so on.
- 7、The two main types of piston pump are the lift pump and the force pump. Both types may be operated either by hand or by an engine. Lift pump[edit].
- 8、0.4 – 6.3cm3 high pressure pump line-up · Adopting Takako's original design for all series enabled high efficiency from low to high rotation speed. · Bi- ...
How do you adjust a variable displacement pump?
Is a axial piston pump a fixed displacement pump?
- 1、These fixed-displacement axial-piston pumps are used in applications from civil and marine projects to die forging presses. Their individual capabilities ...
- 2、Axial piston pumps for high pressure with flow, pressure, load sensing, constant power or P/Q controls with electronic power limiting.
- 3、Sep 22, 2021 — Most pumps used in hydraulic systems are positive-displacement pumps. This means that they displace (deliver) the same amount of liquid for ...
- 4、Axial Piston. Pump. 10. Displacements. 5800 psi. 0.66 to 7.94 in^3 / rev. 3000 rpm ... Fixed Displacement Checkball Pump, 8500 PSI, 88, 1.26, 2.09, 2.62, ...
- 5、Above figure shows schematically the function of a hydrostatic transmission using an axial piston variable displacement pump and a fixed displacement motor.
- 6、A2F fixed displacement pumps and motors are axial piston components in bent axis for hydrostatic transmission, with the max displacement reaching 500mL/r.
- 7、FIXED DISPLACEMENT PISTON PUMPS, ... Sunfab SAP 012 Anti-Clockwise Bent Axis Piston Pump. VHS Code: 23012. Manufacturer Code: 23012. £710.00. Add to Cart ...
- 8、A2F is an axial piston of bent axis design, suitable for use in both open and closed circuit hydrostatic drives, Output flow is proportional to the flow of ...
What are basic types of axial piston pump?
- 1、by ND Manring · 2000 · Cited by 145 — Figure 1 shows the general configuration of an axial-piston swash-plate type hydrostatic pump. The pump consists of several pistons within a common ...
- 2、The AX piston pump is available in different sizes with displacement ranges ... to order pumps with custom displacement values within the different type ...
- 3、Parker offers a comprehensive selection of both fixed and variable pump types, utilizing inline and best axis technologies for a range of application ...
- 4、Jan 5, 2017 — When well designed, they are powerful, efficient, and compact. eaton-hydraulic-motor-radial-piston-motor.jpg. There are three basic kinds of ...
- 5、Fluid Power industry: GGB plain bearings are suited for axial piston pumps, serving as slipper plates for rotation of the piston plate or cradle bearings.
- 6、by YLSGL Hongqing — A kind of hydraulic piston pump with digital distribution mechanism, which is composed of high-speed switching ... In this part, some main factors will be.
- 7、Sep 24, 2021 — Types of Piston Pumps. The piston pump has the following major types: Lift piston pump; Force piston pump; Axial piston pump. Straight axis ...
- 8、by H Hong · 2020 · Cited by 1 — When the rotor is driven by the main shaft, the piston ... In this section, an axial piston pump of a specific type (L11V71) was tested to ...
What are the two types of piston pump?
- 1、View Rotary Piston Pumps from North Ridge Pumps. Self Priming ... Home · Pump Types; Rotary Piston ... Two direct driven pistons operating in twin cylinders
- 2、There are two types of piston pumps according to whether the piston is initially outside the well (suction pump with a piston emerged or submerged under the
- 3、Plunger pumps, also often just called piston pump by layman, belong to the group of oscillating positive displacement pumps - one of the oldest pump types
- 4、Like most types of positive displacement pumps, piston pumps use the force of the ... A pump with two pistons and two sets of check valves would be called a
- 5、Sep 26, 2012 — Two types of piston pumps, axial- and radial-piston, are manufactured in both fixed- and variable-displacement versions. Axial-piston pumps
- 6、builds three types of manually operated pumps - single piston pumps, two-speed pumps, and double-acting pumps. Pumps with 4-way valves are also offered
- 7、There are two types of the concrete pump, one is a piston type (push out type) and another is a squeeze type. Piston concrete pump. Piston concrete pump trucks (
- 8、Piston pumps specially designed for truck hydraulics. XA i - SAE series ... Two-flow pumps, with 10 pistons, thus offering optimal flow regularity ... Type of pump
Which pump is efficient?
- 1、Nov 26, 2014 — One of the keys to consistent pump performance is discovering when your pump is operating at peak efficiency.
- 2、Efficiency — Efficiency and common problems: With only one cylinder in plunger pumps, the fluid flow varies between maximum flow when the plunger moves ...
- 3、Pump efficiency and savings. When evaluating frequency converter retrofit opportunities for energy savings, one should look the at the system and pump ...
- 4、Nov 4, 2020 — The usual checklist includes process liquid, flow, pressure, size and power, efficiency, space capacity, reliability, and cost. But there are ...
- 5、Pump efficiency is a ratio that describes the relationship between rotational energy input into a pump and the hydraulic energy generated by the pump.
- 6、BEP is where the pump is most efficient. Sponsored Links. A practical pump will never be able to convert all its kinetic energy to pressure energy.
- 7、by T Sahoo · 2012 · Cited by 8 — The major factors affecting performance includes efficiency of the pump and system components, overall system design, efficient pump control and appropriate ...
- 8、It is calculated based on each pump's hydraulic curves, load points and actual pump efficiency at those load points. This is why the numerator changes.
What is a variable volume piston pump?