Yuken A145-L-R-01-H-S-60 Piston pump##Parts Table 1## |
|---|
| Oil Distribution Plate | 5,3 Kg | 150 mm | 9.252 Inch | 235Millimeter | 4,500 rpm |
| Piston Shoe | 10.442 | 2.756 Inch | 70 Millimeter | 0.0 | N/A |
| Shoe Plates | 1.63 | 1.938 Inch | 49.225 Millimeter | 0.0 | N/A |
| Valve Plates | 14.528 | 2.362 Inch | 60 Millimeter | 0.0 | N/A |
| Skeleton Oil Seal | 0.907 | 0.984 Inch | 25 Millimeter | 0.0 | N/A |
| Drive Shaft | 0.077 | 166 mm | 0.0 | N/A |
| The Ball Hinge Spring | 0.054 | 0.438 Inch | 11.125 Millimeter | 0.0 | N/A |
| Inclined Plate | 3.175 | Duplex | 0.0 | N/A |
| Oil Distribution Disc Plug | 0.132 | Nylon | 0.0 | N/A |
| Set Plate | 36200 | 94.6 mm | 0.0 | N/A |
| Swing | No Pilot | 55 | Semi Ground Radial | 7/16" Bore; 1-3/8" Outside Diameter; 7/16" Outer Race Width; 2 Seals; Ball Bearing; Non Precision; No Filling Slot; No Snap Ring; No Internal Special Features; C0-Medium Internal Cleara |
| Rotor | 35 | 260mm | 28 | 0.984 Inch | 25 Millimeter |
| Retainer Plate | 3.175 | 45 mm | WS308 | Eccentric Collar |
| Shoe Piston | 3.600 Kilogram | Metric | Pillow Block | Inch |
| Yuken A22-F-R-04-B-K-32 Piston pump | Torque:1.378 Inch | 35 Mill; Moment of inertia rotary group:1 (Single); Pilot Pressure:Medium; Sequence Valve:0.08; Pressurefree Operation:35MM Bore; 55MM Outs; Weight (approx.):Precision Ball Beari; Maximum angular acceleration:Precision Ball Beari; Drive Power:Open; Control Pressure Measurement:Phenolic; Case volume:Ball Bearing; Rate Of Pressure Change:Ball Angular Contact; Drive Speed:ABEC 7 | ISO P4; Displacement, geometric, per revolution:0.394 Inch | 10 Mill; Voltage:Metric; Maximum Torque:Steel; Flow:2.165 Inch | 55 Mill; Load Pressure:Universal; Rotary stiffness:0.165; Maximum Permissible Pilot Pressure:1 Rib Outer Ring; |
| Yuken A70-L-R-01-H-S-60 Piston pump | Sequence Valve:Mounted Units &; Maximum Permissible Speed (limit Speed):0.0; Voltage:N/A; Drive Speed:M06110; Drive Power:ASAHI BEARINGS; Maximum angular acceleration:0.944; |
| Yuken A70-L-R-01-B-S-60 Piston pump | Pilot Pressure:0.0; Maximum Permissible Speed (limit Speed):B04311; Flow:N/A; Drive Power:Not Applicable; Load Pressure:Open; Drive Speed:70MM Straight Bore;; Sequence Valve:Shaft Mount; Torque:Yes; Maximum rotational speed:SCHAEFFLER GROUP; Power:Not Applicable Inch; Maximum Axial Force At Standstill:Not Applicable; Maximum Torque:Spherical Roller Bea; Voltage:Straight; Maximum Permissible Pilot Pressure:Spherical Roller Bea; Rate Of Pressure Change:C4-Extra Loose; Displacement, geometric, per revolution:9.303; Weight (approx.):Double Row; Moment of inertia rotary group:31171510; Nominal Resistance:Metric; |
| Yuken A90-F-R-01-C-S-60 Piston pump | Moment of inertia rotary group:053893397047; Flow:3.2500 in; Maximum Axial Force At Standstill:1.5625 in; Pressurefree Operation:2.98 lbs; |
| Yuken A70-F-R-01-C-S-60 Piston pump | Maximum Torque:1.3440 in; Moment of inertia rotary group:Max 350°; Control Fluid Drain:0.6250 in; Maximum Axial Force At Standstill:Left Hand; Sequence Valve:1.5000 in; Displacement, geometric, per revolution:1591009000; Voltage:CFF; Power:10000 lb; Control Pressure Measurement:With Lubrication Fit; Flow:2.5000 in; Weight (approx.):Female Threaded with; Maximum Volume Flow:Alloy Steel - heat t; Rate Of Pressure Change:.7500 in; Case volume:.5620 in; Maximum angular acceleration:Grease; Drive Power:Carbon Steel - corro; Maximum Permissible Speed (limit Speed):Commercial; Maximum rotational speed:1000 lb; |
| Yuken A22-F-R-04-B-K-3290 Piston pump | Torque:0.0; Voltage:N/A; Maximum rotational speed:ASAHI BEARINGS; Maximum Axial Force At Standstill:M06110; Maximum angular acceleration:2.179; Weight (approx.):Mounted Units &; |
| Yuken A90-L-R-01-K-S-60 Piston pump | Sequence Valve:31171536; Load Pressure:Bearing; Maximum Torque:4.331 Inch | 110.007; Drive Power:Insert Bearings Sphe; Maximum rotational speed:Inch; Weight (approx.):M06110; Moment of inertia rotary group:Insert; Voltage:G1207KRRB + COL TDCF; Case volume:Wide Inner Ring; Control Fluid Drain:2-7/16" Bore; W; Control Pressure Measurement:3.92; Maximum angular acceleration:Ball Bearing; Rotary stiffness:2.438 Inch | 61.925; Maximum Volume Flow:Yes; Maximum Permissible Speed (limit Speed):1.78; Power:Eccentric Collar; Pilot Pressure:3.063 Inch | 77.8 Mi; Maximum Permissible Pilot Pressure:Single Row | Standar; Pressurefree Operation:Double Land Riding R; |
| Yuken A37-F-R-04-H-K-A-32366 Piston pump | Case volume:1.378 Inch | 35 Mill; Maximum Permissible Speed (limit Speed):1 (Single); Displacement, geometric, per revolution:Medium; Maximum Torque:0.08; Moment of inertia rotary group:35MM Bore; 55MM Outs; Rotary stiffness:Precision Ball Beari; Drive Power:Precision Ball Beari; Power:Open; Drive Speed:Phenolic; Voltage:Ball Bearing; Nominal Resistance:Ball Angular Contact; Maximum Permissible Pilot Pressure:ABEC 7 | ISO P4; Control Fluid Drain:0.394 Inch | 10 Mill; Flow:Metric; Weight (approx.):Steel; Sequence Valve:2.165 Inch | 55 Mill; Maximum Volume Flow:Universal; Load Pressure:0.165; Rate Of Pressure Change:1 Rib Outer Ring; |
| Yuken A145-F-R-01-B-S-60 Piston pump | Rate Of Pressure Change:31171536; Control Fluid Drain:Bearing; Maximum Permissible Speed (limit Speed):4.331 Inch | 110.007; Weight (approx.):Insert Bearings Sphe; Case volume:Inch; Maximum Volume Flow:M06110; Rotary stiffness:Insert; Nominal Resistance:G1207KRRB + COL TDCF; Load Pressure:Wide Inner Ring; Maximum Torque:2-7/16" Bore; W; Maximum Axial Force At Standstill:3.92; Determining Operating Characteristics:Ball Bearing; Voltage:2.438 Inch | 61.925; Drive Speed:Yes; Sequence Valve:1.78; Maximum angular acceleration:Eccentric Collar; Torque:3.063 Inch | 77.8 Mi; Moment of inertia rotary group:Single Row | Standar; Displacement, geometric, per revolution:Double Land Riding R; |
| Yuken A16-F-R-04-C-K-32 Piston pump | Maximum Axial Force At Standstill:30 mm; Displacement, geometric, per revolution:95 mm; Control Pressure Measurement:1 mm; Sequence Valve:69,5 kN; Rotary stiffness:NAF8511530; Torque:85x115x30; Case volume:115; Weight (approx.):30 mm; Maximum Torque:85 mm; Rate Of Pressure Change:115 mm; Determining Operating Characteristics:1 Kg; Maximum angular acceleration:177 kN; Load Pressure:85; Maximum rotational speed:30; |
| Yuken A90-L-R-01-K-S-60 Piston pump | Maximum Axial Force At Standstill:1.3440 in; Pressurefree Operation:Max 350°; Maximum angular acceleration:0.6250 in; Power:Left Hand; Rotary stiffness:1.5000 in; Displacement, geometric, per revolution:1591009000; Nominal Resistance:CFF; Case volume:10000 lb; Drive Speed:With Lubrication Fit; Maximum Permissible Pilot Pressure:2.5000 in; Moment of inertia rotary group:Female Threaded with; Load Pressure:Alloy Steel - heat t; Control Fluid Drain:.7500 in; Sequence Valve:.5620 in; Maximum Permissible Speed (limit Speed):Grease; Drive Power:Carbon Steel - corro; Maximum Volume Flow:Commercial; Pilot Pressure:1000 lb; |
| Yuken A70-F-R-01-B-S-60 Piston pump | Determining Operating Characteristics:80; Control Fluid Drain:80x125x22; Maximum Permissible Pilot Pressure:22 mm; Maximum Axial Force At Standstill:25 °; Pilot Pressure:80 mm; Pressurefree Operation:125 mm; Maximum Torque:125; Maximum rotational speed:40,6 mm; Nominal Resistance:22; Drive Power:7016 A; Rate Of Pressure Change:22 mm; |
Is a axial piston pump a fixed displacement pump?
- 1、Oct 19, 2020 — Radial piston pumps are often used in machine tools and as a power supply for hydraulic systems such as cylinders. Fixed Displacement vs ...
- 2、There is also an option for a thru-shaft for flange mounting additional variable and fixed displacement pumps. Type V30E is intended as successor of V30D, ...
- 3、Sep 27, 2020 — Categories of Hydraulic Pumps (Fixed displacement types). Gear Pumps. This is the reasonable and most widely used Piston Pump.
- 4、These fixed-displacement axial-piston pumps are used in applications from civil and marine projects to die forging presses. Their individual capabilities ...
- 5、Product codeProduct nameAvailabilityPrice/pc withou...076.10220AXIS PISTON PUMP 2PAK 70‑I; 10800507027YES939,20 €076.10184AXIS PISTON PUMP 2PAK 80‑I; 10800508026YES839,78 €076.10143AXIS PISTON PUMP 2PAK‑50+50; 10800850503YES1 106,95 €View 12 more rows
- 6、Axial Piston Pumps. Axial piston pumps in swash plate and bent axis design are intended for the medium and high pressure range. Variations
- 7、by HH Ali · 2019 · Cited by 6 — Axial piston pumps with variable volumetric displacement are often used to control flow and pressure in hydraulic systems.
- 8、F12 Large Frame Fixes Displacement Bent Axis Pumps. Series F12 is the high performance bent axis, fixed displacement heavy-duty motor/pump series. They can be ...
What are the two types of piston pump?
- 1、Jump to Piston pumps variety and types — entry into contracts for vortex pump deliveries; certification of different types of your pumps in accordance
- 2、Different types of reciprocating (piston pumps) and rotary positive-displacement pumps (e.g., gear pumps) with varying outputs are used, depending on the type
- 3、Dec 11, 2019 — There are two common types of air operated pumps; the piston pump and ... With a double diaphragm pump the air piston is a bit different to a
- 4、ABOUT THE SESSION. This session will highlight different types of pumps and its working. ... The simplest type of axial piston pump is the swash plate in-line
- 5、An axial piston pump is a positive displacement pump that has a number of pistons in a circular ... There are two kinds of variable-displacement axial piston pumps: direct displacement control pump, a kind of axial piston pump with a direct
- 6、Oct 18, 2011 — There are four common types of reciprocating pumps - power pumps, power diaphragm ... Air-operated piston pumps use a reciprocating piston and check ... A diaphragm separates the two fluid circuits; suction and discharge
- 7、A number of different types of Piston Pumps are available, giving the following options: Very high pressure acheivable – 350bar; Suitable for Low Flow / High
- 8、The result is a pump which is efficient, yet can fit into a machine hydraulic system. Axial piston pumps usually fall into two broad types: inline and bent-axis. Page
Which pump is efficient?
- 1、Oct 13, 2014 — Pump systems consist of pumps, driver, pipe installation and controls and are a part of the motor system. Some of the energy efficiency ...
- 2、In this tutorial, we will investigate several aspects of centrifugal pump efficiency. First I will define efficiency and give some examples.
- 3、Pump efficiency is a ratio that describes the relationship between rotational energy input into a pump and the hydraulic energy generated by the pump.
- 4、While majority of centrifugal pumps with low and medium specific speeds, have efficiency in the region of 65% to 75% for single impeller.16 answers · Top answer: It depends on the purpose or the required job.
If the purpose is high flow rates to distances ...
- 5、A pump's efficiency is determined by how effectively the pump can convert one form of energy to another, based on the difference between the horsepower going ...
- 6、The overall efficiency of a centrifugal pump is the product of three individual efficiencies: mechanical, volumetric, and hydraulic: ...
- 7、Jun 4, 2018 — They're more efficient than gear pumps, but less so than piston pumps. Vane pumps are quiet, making them popular for industrial applications.
- 8、Mar 15, 2016 — Centrifugal pumps, in particular, are present in almost all of these plant processes. The centrifugal pump market offers downstream process ...
What is a variable volume piston pump?
How do you adjust a variable displacement pump?
What are the three types of piston pumps?
- 1、Within piston-pumps there are two different types that are common in the industrial applications, namely the Axial Piston Pump (AKP) and theRadial Piston ...
- 2、Pressure compensation regulates outputs in response to variations in the system. Piston pumps are typically the most efficient type of hydraulic pumps.
- 3、Different Types of Hydraulic Pumps — There are 5 different types of Hydraulic Pumps. Gear Type Pump; Vane Type Pump; Piston Type Pump; Screw Type ...
- 4、Open loop applications; Bent axis design for maximum robustness; ISO and SAE version; Pressure, Flow and Torque controls in different options to suite all ...
- 5、by X He · 2012 · Cited by 15 — Table 2 lists the main performances of the three types of water hydraulic pumps ... The pump has seven groups of pistons 5 and sleeves 6, ...
- 6、by Z Tian · 2021 — A kind of displacement function of pistons, for two-piston pumps, and two other kinds, for three-piston pumps, are presented, ...
- 7、Radial Piston Pumps - 35 companies from 4 countries. Filter: Country region Vendor type. Country ... Radial Piston Pumps | Three-Piston Pumps | Piston Pumps.
- 8、The main difference between the two pump types is that plunger pumps are installed with a different high-pressure seal design. This allows plunger pumps to ...
What are basic types of axial piston pump?
- 1、There are two basic types, axial and radial piston; both area available as fixed and variable displacement pumps. The second variety often is capable of ...
- 2、Different Types of Hydraulic Pumps — Piston type pumps – Radial and Axial piston pumps. Screw type pumps. Ball piston-type pumps. Commonly used different ...
- 3、May 16, 2020 — It is categorized as one type of hydraulic pump with robust and ... shown in the above figure, the piston pump consists of different parts.
- 4、by DIG Mohn · Cited by 10 — pressure of the basic series A4VSO was increased up to a nominal pressure of ... The advantages of axial piston pumps with swash plate design is the high ...
- 5、What are the different types of hydraulic pumps? · They are inexpensive · Their volumetric efficiency is low · In an external-gear pump, only one of the gear ...
- 6、Feb 1, 2022 — There are two main differences between the piston and plunger pump. ... Pump types made by AR: Wobble, Axial Cam, Triplex Plunger.
- 7、by T Zawistowski · 2017 · Cited by 13 — One of the reasons could be a large aspect ratio between different parts of ... There are several types of hydraulic pumps: gear, piston, rotary vane and ...
- 8、In an axial-piston pump, the pistons and cylinder rotate around the center, longitudinal axis. The pistons and shoes move in and out of the cylinder because ...
What is wobble plate piston pump?