##Parts Table 1## 517725333 AZPU-22-036LDC07KB imported with original packaging Original Rexroth AZPU series Gear Pump |
|---|
| Bushing Spring | 25 mm | 52 mm | 31171508 | Cylindrical |
| Socket Bolt | 20 mm | 42 mm | N/A | 0.0 |
| Gear Pump | 120 mm | 165 mm | Yes | 17.75 Inch / 450.85 Millimeter |
| Ball Guides | 2.953 Inch | 75 Millimeter | 4.08 Inch | 103.632 Millimeter | N/A | 0.0 |
| Swash Plate Assy | 0.5 Inch | 12.7 Millimeter | 25 ° | N/A | 0.0 |
| Spacer | 20MM Bore; 42MM Outside Diameter; 12MM Outer Race Width; 2 Metal Shields; Ball Bearing; ABEC 1 | ISO P0; No Filling Slot; No Snap Ring; Polyalkylene Glycol/Graphite Mixture Filled Internal Special Fea | 0.472 Inch | 12 Millimeter | N/A | 0.0 |
| Drive Shaft | 1.188 Inch | 30.175 Millimeter | 1.5 Inch | 38.1 Millimeter | N/A | 0.0 |
| Oil Distribution Disc Plug | 2 Inch | 50.8 Millimeter | 3.543 Inch | 89.992 Millimeter | N/A | 0.0 |
| Plunger Sliding Boots | 120 mm | 31411705 | N/A | 0.0 |
| Swash Plate Assemblies | 2.362 Inch | 60 Millimeter | 4.331 Inch | 110 Millimeter | N/A | 0.0 |
| Set Plate | 55,56 | 4 Bolt Square Flange Block; 75MM Bore; 215MM Bolt Circle; 152.4MM Bolt Spacing; 1 Piece Solid; V Lock Mount; Cast Steel; Spherical Roller Bearing; 103.632MM Length Thru Bore; Relubricatable; Double Li | N/A | 0.0 |
| Oil Distribution Plate | 34,92 mm | 55,56 mm | Nitrile | 27.1 mm |
| Pressure Plate | 32 mm | 53 mm | N/A | 31171536 |
| Spindle | 34,92 mm | 25 ° | 0.33 | 52 mm |
What are the types of gear pumps?
- 1、For use with other types of fluid (water glycol, phosphate esters and others), consult our technical dept. ... With gear pump type:.
- 2、External gear pump design might use three different types of gears: ... External spur gears: spur gears utilize straight gear teeth, with the teeth parallel to ...
- 3、Dec 3, 2021 — There are two main types of gear pump and motor. The floating bearing pack design and a fixed bearing design.
- 4、Both gear pump and piston pump technology are used in spray foam and polyurea spray equipment. ... A gear pump is a type of positive displacement pump.
- 5、Oct 19, 2020 — The three most common types of hydraulic pumps currently in use are gear, piston, and vane pumps. Gear Pumps. Truck mounted hydraulic pumps. In ...
- 6、Selection of a positive displacement (PD) rotary pump is not always an easy choice. There are four common types of. PD pumps available: internal gear, ...
- 7、Hydraulic pumps are manufactured depending on different functional and hydraulic system requirements, such as operating medium, required range of pressure, type ...
- 8、Various tooth profiles such as the involute tooth profile are used for gear pumps. While spur gearing is widely used, helical gears and multistage gears are ...
When was the gear pump invented?
- 1、The Eckerle Hydraulics Division, or EHD, commences series production. With its core product of high-pressure internal gear pumps, it is once again an active ...
- 2、Self-priming automatic electric pumps with helical gears, produced by Marco. ... Gear pumps are made up of two interlocked gears in a container.
- 3、Jan 1, 2012 — A gear pump produces flow by carrying fluid in between the teeth ... A partial vacuum is created at the pump inlet as the gear teeth unmesh.
- 4、Dec 29, 2021 — The first gear pump was invented by Johannes Kepler back in 1600. That means that gear pumps have been around for over 400 years.
- 5、Buy Micropump Micro-Annular Gear Pumps and more from our comprehensive selection of Gear Pump Heads from Cole-Parmer.
- 6、YONJOU food grade stainless steel gear pumps can with SS304 or SS 316 construction,gears and shaft and give longer life with trouble-free performance. They can ...
- 7、In some gear pumps, there are side plates usually made of brass which can be replaced or re-ground when the gap between the face of the gear and the end ...
- 8、Charles E. Thomas · 2014 · Technology & EngineeringSuction Discharge Figure 4.19 External Gear Pump 106 Power Gear Idler Gear to ... Internal Gear Pumps A Danish-American inventor, Jens Nielsen, invented the ...
Which type of displacement is observed in gear pump?
- 1、What is the difference between a fixed displacement pump and a variable ... There are two types of gear pumps: external-gear pumps and internal-gear pumps.
- 2、Gear pumps use meshing gears to pump fluid. Gear pumps are fixed displacement type pumps as they move a specific amount of fluid per rotation. Gear pumps ...
- 3、1967 · Aeronautics15 MACHINE ELEMENTS AND PROCESSES Includes bearings , seals , pumps , and other ... eleven case reports concerning gear hobbing machines have been studied .
- 4、R. Keith Mobley · 2001 · Technology & EngineeringAppropriate codes (API 610, for example) should be observed. If a centrifugal is not suitable, select a rotary positive displacement pump.
- 5、The present invention provides a kind of solid or liquid fuel for plasma electrical ... and the rotating roller electrode includes rotation mashing pump；.
- 6、Polaris Ranger 500. fuel pump electrical system for 2005 polaris sportsman 700 efi ... Getting the books polaris sportsman 500 4x4 manual now is not type of ...
- 7、MPE-850/1000 Water Pump kit. ... 47mm Cylinder Piston Big Bore Kit for 50 - 70cc Minarelli Horizontal Type Engine. ... More displacement equals more power!
- 8、Describe one or two reasons for the observed change. C. What changes might occur in pump output and efficiency if the viscosity of the hydraulic fluid or the ...
How many gears does a gear pump have?
- 1、It uses the meshing of gears to pump fluid by displacement. ... Many external gear pumps use journal bearings to support the rotating shafts.
- 2、Most gear pumps also need to be run at much lower speeds (generally 300-600 RPM) than centrifugal pumps which requires the use of gear reducers or belt drive ...
- 3、In this type of pump, any gear type, either helical gear or spur gear, or any other type of gear, can be used. One of the two gears is the driving gear, ...What Is a Gear Pump?Gear Pump:
- 4、Oct 9, 2013 — Gear pumps typically use gears with teeth similar in geometry to ... Many other topics look interesting, too, but space will not allow me to ...
- 5、For example, many tractors use gear pumps for on-board hydraulic systems ... It does however have the advantage that the gears do not contact with each ...
- 6、The two gears of the stainless steel magnetic pump have different shapes and different numbers of teeth. One of them is a ring gear, which can float in the ...
- 7、The decreasing volume of the meshing gears forces the fluid out through the discharge port. ... External-gear pumps can pump fluids of nearly any viscosity, ...
- 8、gears. Without detracting from any of the advantages ... have this problem even when the pump func- ... ends so that all sorts of chemical liquids can.
How do I choose a gear pump?
- 1、QUICK GUIDE TO SELECT THE RIGHT PUMP SIZE ... SALAMI gear pumps and motors are available in seven series giving options of displacements from 1.1 cm3/rev to.
- 2、That's why Dayton has developed the widest range of rotary gear pumps in the industry, each with specifications selected to maximize performance and efficiency ...
- 3、A gear pump uses the meshing of gears to pump fluid by positive displacement. They are one of the most common types of pumps for ... Why choose gear Pumps?
- 4、CROSS Manufacturing 300003 50P027 RBCSA Aluminum Hydraulic Gear Pump, Right Hand Rotation, SAE"B" Mounting, Keyed Shaft, 2.74 Cu in/Rev Displacement, ...
- 5、Internal-gear pumps are very quiet; They provide a constant flow. Piston pump. Piston pumps. Hydraulic piston pumps handle very large ...
- 6、Q: Can I convert a hydraulic gear pump into a hydraulic motor? If yes, how? A: A pump has a suction (low pressure) and a discharge (high pressure) and rotate in ...2 answers · Top answer: Hydraulic pumps are used in hydraulic drive systems and can be hydrostatic or hydrodynamic. ...
- 7、Casappa offers a wide choice of gear or piston pumps and motors for open-circuit applications. Many functions, such as valves and controls, are.
- 8、Dec 14, 2020 — Gear. Choose a gear pump for space-saving convenience. These highly efficient pumps can produce pressure levels up to 3,000 psi. These benefits ...
How do you identify a gear pump?
- 1、The external gear pump technology is a type of positive displacement pump. External gear pumps simply use the actions of gears to transfer different types ...
- 2、Gear Pump Rotation and Port Location. Gear pumps have an input shaft that drives an inner gear or “drive” gear. When the shaft turns the drive gear, the drive ...
- 3、Our quality hydraulic gear pump repair service gets your equipment back ... During gear pump repairs, we also inspect the drive and idler gears to determine ...
- 4、by J FABIś-DOMAGAŁA · Cited by 10 — For each pump component, functions that are performed and potential defects were identified. Failures and defects that are typical for gear wheels were ...
- 5、We sometimes find that customers who have worked with gear pumps for a long time would rather buy what they know. When this is the case we can still offer gear ...
- 6、Oct 9, 2013 — Most gear pumps (or any hydraulic pump, for that matter) rarely, rotate in two directions. Whether they're driven by an electric motor, internal ...
- 7、We are also able to identify most other hydraulic cast iron and aluminium gear pumps, motors and flow dividers from various other manufacturers, ...
- 8、Dec 2, 2015 — But, gear pumps operate at much slower speeds than these standard motor speeds, oftentimes below 800 RPM. But, how do you get more flow in less ...
What is a gear driven pump?
- 1、One shaft is driven by a motor or some other means · The gear mounted to this shaft (driving gear) engages the other gear (driven gear) · Fluid on the inlet side ...
- 2、A rotary pump in which two meshing gear wheels contrarotate so that the fluid is ... in machine lubrication systems and in hydraulic drive mechanisms.
- 3、Nov 23, 2020 — External gear pumps are a type of rotary positive displacement pump tracing back to the late sixteenth century. They were often driven by ...
- 4、Gear pumps are driven from a rotating machine shaft either direct or by means of a gear or chain drive of suitable ratio.
- 5、Aug 3, 2020 — Hydraulic Piston Pump and Hydraulic Gear Pump Differences. Both styles of pumps transfer energy through hydraulic fluid to create mechanical ...
- 6、Micropump's EagleDrive motor has been designed to integrate the pump and motor using a current carrying stator to generate the magnetic field and drive the pump ...
- 7、A gear pump is a rotary positive displacement pump that can be of two ... Gears are mounted above each other within the head with one being driven by the ...Internal Gear: External GearMedium pressure design up to 15 bar: High Pr...Handle small solids: Unable to handle solidsAdjustable end clearance: Fixed End clearanc...
- 8、... hose reels and shutoff valves. We also carry pumps, monitor controls, and tanks. ... 9016C-O Series - Gear Driven, Cast Iron Centrifugal Pump ...
How many types of pump are there?
- 1、Sep 8, 2017 — This is a rotary displacement or a rotary positive displacement pump. There are two gears, one is driven by an electric motor through a chain or ...2: Are self-priming pumps as they can move air ...5: Should never be started with the discharge ...3: Can have very high discharge pressure4: Have low discharge rates
- 2、Sep 26, 2019 — Primarily, there are several major types of irrigation pumps. Keep reading to boost your knowledge on these types and how Miami Pump ...
- 3、Types of Fuel Pumps. There are basically three types of fuel pump available in the market, each of them is discussed below: –. 1. Mechanical Fuel ...
- 4、Hand pumps; Vacuum pumps; Screw pumps; Sump pumps; Water pumps; Centrifugal pumps; Reciprocal pumps; And many more... Common types of ...
- 5、Sep 21, 2020 — Types of Breast Pumps Covered By Insurance · Double Electric Breast Pumps · Hospital-Strength Breast Pumps · Rechargeable or Built-In Battery ...
- 6、Apr 3, 2020 — High-performance liquid chromatography is an important separation technique in analytical chemistry. The ultimate aim of HPLC analysis is to ...
- 7、Dec 21, 2017 — General Types of Pumps- Positive Displacement Pumps. There are two classes of positive displacements pump. One is a reciprocating pump and ...
- 8、between the efficiency of the pump and the discharge for different speeds and (3) ... including air, centrifugal pumps are very limited in their capacity to.
| 517815002 AZPU-22-070RNM07PB-S0304 imported with original packaging Original Rexroth AZPU series Gear Pump | Maximum Axial Force At Standstill:QJ 344 N2MA; Maximum Volume Flow:460x220x88; Drive Speed:460; Voltage:220; Control Fluid Drain:88; Rotary stiffness:220 mm; Power:460 mm; Nominal Resistance:88 mm; Rate Of Pressure Change:308 mm; Load Pressure:372 mm; Maximum angular acceleration:238 mm; Maximum Permissible Speed (limit Speed):15 mm; Pilot Pressure:12.5 mm; Flow:2.5 mm; Maximum Permissible Pilot Pressure:5 mm; Determining Operating Characteristics:242 mm; Maximum Torque:438 mm; Displacement, geometric, per revolution:4 mm; Pressurefree Operation:780 kN; Weight (approx.):1400 kN; Control Pressure Measurement:32 kN; Torque:1500 r/min; Limiting speed:2400 r/min; Calculation factor - ka:1.1; Calculation factor - e:0.95; Calculation factor - X:0.6; Calculation factor - Y0:0.58; Calculation factor - Y1:0.66; Calculation factor - Y2:1.07; d1 ≈:308 mm; D1 ≈:372 mm; r0:2.5 mm; r1,2 min.:5 mm; da min.:242 mm; Da max.:438 mm; ra max.:4 mm; Basic dynamic load rating C:780 kN; Basic static load rating C0:1400 kN; Fatigue load limit Pu:32 kN; Calculation factor A:6.2; Calculation factor e:0.95; Calculation factor X:0.6; Calculation factor Y0:0.58; Calculation factor Y1:0.66; Calculation factor Y2:1.07; Mass bearing:78 kg; |
| 517825306 AZPU-22-063LDC07KB imported with original packaging Original Rexroth AZPU series Gear Pump | Maximum Permissible Pilot Pressure:QJ 344 N2MA; Weight (approx.):460x220x88; Load Pressure:460; Flow:220; Pressurefree Operation:88; Control Pressure Measurement:220 mm; Rate Of Pressure Change:460 mm; Voltage:88 mm; Pilot Pressure:308 mm; Rotary stiffness:372 mm; Drive Speed:238 mm; Maximum Permissible Speed (limit Speed):15 mm; Case volume:12.5 mm; Sequence Valve:2.5 mm; Maximum angular acceleration:5 mm; Displacement, geometric, per revolution:242 mm; Maximum Torque:438 mm; Moment of inertia rotary group:4 mm; Maximum rotational speed:780 kN; Drive Power:1400 kN; Maximum Volume Flow:32 kN; Torque:1500 r/min; Limiting speed:2400 r/min; Calculation factor - ka:1.1; Calculation factor - e:0.95; Calculation factor - X:0.6; Calculation factor - Y0:0.58; Calculation factor - Y1:0.66; Calculation factor - Y2:1.07; d1 ≈:308 mm; D1 ≈:372 mm; r0:2.5 mm; r1,2 min.:5 mm; da min.:242 mm; Da max.:438 mm; ra max.:4 mm; Basic dynamic load rating C:780 kN; Basic static load rating C0:1400 kN; Fatigue load limit Pu:32 kN; Calculation factor A:6.2; Calculation factor e:0.95; Calculation factor X:0.6; Calculation factor Y0:0.58; Calculation factor Y1:0.66; Calculation factor Y2:1.07; Mass bearing:78 kg; |
| 517825005 AZPU-22-056RDC07KB imported with original packaging Original Rexroth AZPU series Gear Pump | Maximum Permissible Speed (limit Speed):QJ 344 N2MA; Moment of inertia rotary group:460x220x88; Rotary stiffness:460; Sequence Valve:220; Rate Of Pressure Change:88; Load Pressure:220 mm; Drive Power:460 mm; Pressurefree Operation:88 mm; Drive Speed:308 mm; Flow:372 mm; Maximum Axial Force At Standstill:238 mm; Maximum Torque:15 mm; Maximum Volume Flow:12.5 mm; Torque:2.5 mm; Pilot Pressure:5 mm; Maximum rotational speed:242 mm; Voltage:438 mm; Determining Operating Characteristics:4 mm; Power:780 kN; Control Fluid Drain:1400 kN; Control Pressure Measurement:32 kN; Maximum angular acceleration:1500 r/min; Limiting speed:2400 r/min; Calculation factor - ka:1.1; Calculation factor - e:0.95; Calculation factor - X:0.6; Calculation factor - Y0:0.58; Calculation factor - Y1:0.66; Calculation factor - Y2:1.07; d1 ≈:308 mm; D1 ≈:372 mm; r0:2.5 mm; r1,2 min.:5 mm; da min.:242 mm; Da max.:438 mm; ra max.:4 mm; Basic dynamic load rating C:780 kN; Basic static load rating C0:1400 kN; Fatigue load limit Pu:32 kN; Calculation factor A:6.2; Calculation factor e:0.95; Calculation factor X:0.6; Calculation factor Y0:0.58; Calculation factor Y1:0.66; Calculation factor Y2:1.07; Mass bearing:78 kg; |
| 517768001 AZPUS-22-036/014RDC2020KB imported with original packaging Original Rexroth AZPU series Gear Pump | Pilot Pressure:QJ 344 N2MA; Displacement, geometric, per revolution:460x220x88; Maximum Torque:460; Rate Of Pressure Change:220; Drive Speed:88; Power:220 mm; Sequence Valve:460 mm; Nominal Resistance:88 mm; Control Fluid Drain:308 mm; Maximum Permissible Speed (limit Speed):372 mm; Torque:238 mm; Weight (approx.):15 mm; Maximum Permissible Pilot Pressure:12.5 mm; Drive Power:2.5 mm; Flow:5 mm; Maximum rotational speed:242 mm; Maximum Axial Force At Standstill:438 mm; Determining Operating Characteristics:4 mm; Voltage:780 kN; Maximum angular acceleration:1400 kN; Rotary stiffness:32 kN; Load Pressure:1500 r/min; Limiting speed:2400 r/min; Calculation factor - ka:1.1; Calculation factor - e:0.95; Calculation factor - X:0.6; Calculation factor - Y0:0.58; Calculation factor - Y1:0.66; Calculation factor - Y2:1.07; d1 ≈:308 mm; D1 ≈:372 mm; r0:2.5 mm; r1,2 min.:5 mm; da min.:242 mm; Da max.:438 mm; ra max.:4 mm; Basic dynamic load rating C:780 kN; Basic static load rating C0:1400 kN; Fatigue load limit Pu:32 kN; Calculation factor A:6.2; Calculation factor e:0.95; Calculation factor X:0.6; Calculation factor Y0:0.58; Calculation factor Y1:0.66; Calculation factor Y2:1.07; Mass bearing:78 kg; |
| 517825006 AZPU-22-063RDC07KB imported with original packaging Original Rexroth AZPU series Gear Pump | Rate Of Pressure Change:QJ 344 N2MA; Drive Power:460x220x88; Drive Speed:460; Nominal Resistance:220; Sequence Valve:88; Rotary stiffness:220 mm; Pressurefree Operation:460 mm; Maximum Permissible Speed (limit Speed):88 mm; Maximum Volume Flow:308 mm; Maximum Axial Force At Standstill:372 mm; Maximum angular acceleration:238 mm; Case volume:15 mm; Maximum Permissible Pilot Pressure:12.5 mm; Determining Operating Characteristics:2.5 mm; Flow:5 mm; Control Fluid Drain:242 mm; Torque:438 mm; Weight (approx.):4 mm; Displacement, geometric, per revolution:780 kN; Maximum rotational speed:1400 kN; Power:32 kN; Voltage:1500 r/min; Limiting speed:2400 r/min; Calculation factor - ka:1.1; Calculation factor - e:0.95; Calculation factor - X:0.6; Calculation factor - Y0:0.58; Calculation factor - Y1:0.66; Calculation factor - Y2:1.07; d1 ≈:308 mm; D1 ≈:372 mm; r0:2.5 mm; r1,2 min.:5 mm; da min.:242 mm; Da max.:438 mm; ra max.:4 mm; Basic dynamic load rating C:780 kN; Basic static load rating C0:1400 kN; Fatigue load limit Pu:32 kN; Calculation factor A:6.2; Calculation factor e:0.95; Calculation factor X:0.6; Calculation factor Y0:0.58; Calculation factor Y1:0.66; Calculation factor Y2:1.07; Mass bearing:78 kg; |
| 517765006 AZPUSS-22-050/022/016REC072020PB-S0514 imported with original packaging Original Rexroth AZPU series Gear Pump | Rate Of Pressure Change:QJ 344 N2MA; Sequence Valve:460x220x88; Maximum Permissible Pilot Pressure:460; Control Pressure Measurement:220; Determining Operating Characteristics:88; Pressurefree Operation:220 mm; Flow:460 mm; Rotary stiffness:88 mm; Maximum Torque:308 mm; Maximum rotational speed:372 mm; Drive Power:238 mm; Load Pressure:15 mm; Displacement, geometric, per revolution:12.5 mm; Drive Speed:2.5 mm; Moment of inertia rotary group:5 mm; Case volume:242 mm; Power:438 mm; Weight (approx.):4 mm; Control Fluid Drain:780 kN; Nominal Resistance:1400 kN; Maximum Volume Flow:32 kN; Pilot Pressure:1500 r/min; Limiting speed:2400 r/min; Calculation factor - ka:1.1; Calculation factor - e:0.95; Calculation factor - X:0.6; Calculation factor - Y0:0.58; Calculation factor - Y1:0.66; Calculation factor - Y2:1.07; d1 ≈:308 mm; D1 ≈:372 mm; r0:2.5 mm; r1,2 min.:5 mm; da min.:242 mm; Da max.:438 mm; ra max.:4 mm; Basic dynamic load rating C:780 kN; Basic static load rating C0:1400 kN; Fatigue load limit Pu:32 kN; Calculation factor A:6.2; Calculation factor e:0.95; Calculation factor X:0.6; Calculation factor Y0:0.58; Calculation factor Y1:0.66; Calculation factor Y2:1.07; Mass bearing:78 kg; |
| 517825303 AZPU-22-063LCB20MB imported with original packaging Original Rexroth AZPU series Gear Pump | Power:QJ 344 N2MA; Pilot Pressure:460x220x88; Pressurefree Operation:460; Control Fluid Drain:220; Maximum angular acceleration:88; Sequence Valve:220 mm; Flow:460 mm; Drive Power:88 mm; Nominal Resistance:308 mm; Maximum rotational speed:372 mm; Maximum Permissible Pilot Pressure:238 mm; Weight (approx.):15 mm; Voltage:12.5 mm; Determining Operating Characteristics:2.5 mm; Maximum Permissible Speed (limit Speed):5 mm; Maximum Torque:242 mm; Moment of inertia rotary group:438 mm; Drive Speed:4 mm; Load Pressure:780 kN; Case volume:1400 kN; Maximum Axial Force At Standstill:32 kN; Displacement, geometric, per revolution:1500 r/min; Limiting speed:2400 r/min; Calculation factor - ka:1.1; Calculation factor - e:0.95; Calculation factor - X:0.6; Calculation factor - Y0:0.58; Calculation factor - Y1:0.66; Calculation factor - Y2:1.07; d1 ≈:308 mm; D1 ≈:372 mm; r0:2.5 mm; r1,2 min.:5 mm; da min.:242 mm; Da max.:438 mm; ra max.:4 mm; Basic dynamic load rating C:780 kN; Basic static load rating C0:1400 kN; Fatigue load limit Pu:32 kN; Calculation factor A:6.2; Calculation factor e:0.95; Calculation factor X:0.6; Calculation factor Y0:0.58; Calculation factor Y1:0.66; Calculation factor Y2:1.07; Mass bearing:78 kg; |
| 517815001 AZPU-22-070RNM07PV10015-S0304 imported with original packaging Original Rexroth AZPU series Gear Pump | Rotary stiffness:QJ 344 N2MA; Control Fluid Drain:460x220x88; Maximum Torque:460; Maximum angular acceleration:220; Torque:88; Displacement, geometric, per revolution:220 mm; Maximum Permissible Pilot Pressure:460 mm; Maximum Volume Flow:88 mm; Drive Speed:308 mm; Moment of inertia rotary group:372 mm; Maximum Permissible Speed (limit Speed):238 mm; Pilot Pressure:15 mm; Maximum rotational speed:12.5 mm; Rate Of Pressure Change:2.5 mm; Control Pressure Measurement:5 mm; Flow:242 mm; Weight (approx.):438 mm; Nominal Resistance:4 mm; Determining Operating Characteristics:780 kN; Power:1400 kN; Load Pressure:32 kN; Maximum Axial Force At Standstill:1500 r/min; Limiting speed:2400 r/min; Calculation factor - ka:1.1; Calculation factor - e:0.95; Calculation factor - X:0.6; Calculation factor - Y0:0.58; Calculation factor - Y1:0.66; Calculation factor - Y2:1.07; d1 ≈:308 mm; D1 ≈:372 mm; r0:2.5 mm; r1,2 min.:5 mm; da min.:242 mm; Da max.:438 mm; ra max.:4 mm; Basic dynamic load rating C:780 kN; Basic static load rating C0:1400 kN; Fatigue load limit Pu:32 kN; Calculation factor A:6.2; Calculation factor e:0.95; Calculation factor X:0.6; Calculation factor Y0:0.58; Calculation factor Y1:0.66; Calculation factor Y2:1.07; Mass bearing:78 kg; |
| 517825002 AZPU-22-056RCB20MB imported with original packaging Original Rexroth AZPU series Gear Pump | Load Pressure:QJ 344 N2MA; Rate Of Pressure Change:460x220x88; Maximum Axial Force At Standstill:460; Pilot Pressure:220; Flow:88; Maximum Volume Flow:220 mm; Drive Power:460 mm; Maximum Permissible Pilot Pressure:88 mm; Weight (approx.):308 mm; Maximum rotational speed:372 mm; Control Pressure Measurement:238 mm; Maximum Permissible Speed (limit Speed):15 mm; Rotary stiffness:12.5 mm; Displacement, geometric, per revolution:2.5 mm; Maximum angular acceleration:5 mm; Case volume:242 mm; Power:438 mm; Torque:4 mm; Maximum Torque:780 kN; Determining Operating Characteristics:1400 kN; Control Fluid Drain:32 kN; Nominal Resistance:1500 r/min; Limiting speed:2400 r/min; Calculation factor - ka:1.1; Calculation factor - e:0.95; Calculation factor - X:0.6; Calculation factor - Y0:0.58; Calculation factor - Y1:0.66; Calculation factor - Y2:1.07; d1 ≈:308 mm; D1 ≈:372 mm; r0:2.5 mm; r1,2 min.:5 mm; da min.:242 mm; Da max.:438 mm; ra max.:4 mm; Basic dynamic load rating C:780 kN; Basic static load rating C0:1400 kN; Fatigue load limit Pu:32 kN; Calculation factor A:6.2; Calculation factor e:0.95; Calculation factor X:0.6; Calculation factor Y0:0.58; Calculation factor Y1:0.66; Calculation factor Y2:1.07; Mass bearing:78 kg; |
| 517825003 AZPU-22-063RCB20MB imported with original packaging Original Rexroth AZPU series Gear Pump | Maximum Torque:QJ 344 N2MA; Displacement, geometric, per revolution:460x220x88; Weight (approx.):460; Maximum Axial Force At Standstill:220; Rotary stiffness:88; Maximum Permissible Speed (limit Speed):220 mm; Determining Operating Characteristics:460 mm; Voltage:88 mm; Control Fluid Drain:308 mm; Drive Power:372 mm; Pressurefree Operation:238 mm; Rate Of Pressure Change:15 mm; Pilot Pressure:12.5 mm; Nominal Resistance:2.5 mm; Moment of inertia rotary group:5 mm; Control Pressure Measurement:242 mm; Flow:438 mm; Case volume:4 mm; Maximum angular acceleration:780 kN; Torque:1400 kN; Drive Speed:32 kN; Maximum Volume Flow:1500 r/min; Limiting speed:2400 r/min; Calculation factor - ka:1.1; Calculation factor - e:0.95; Calculation factor - X:0.6; Calculation factor - Y0:0.58; Calculation factor - Y1:0.66; Calculation factor - Y2:1.07; d1 ≈:308 mm; D1 ≈:372 mm; r0:2.5 mm; r1,2 min.:5 mm; da min.:242 mm; Da max.:438 mm; ra max.:4 mm; Basic dynamic load rating C:780 kN; Basic static load rating C0:1400 kN; Fatigue load limit Pu:32 kN; Calculation factor A:6.2; Calculation factor e:0.95; Calculation factor X:0.6; Calculation factor Y0:0.58; Calculation factor Y1:0.66; Calculation factor Y2:1.07; Mass bearing:78 kg; |