rexroth hydraulic pump adjustment quotation

In these Standard Terms (as defined below), “BRUS” means Bosch Rexroth Corporation and “Customer” means you, the customer to whom BRUS is providing Products, Software, Prototypes and/or Services (as each such term is defined below) subject to these Standard Terms. BRUS and Customer are collectively referred to herein as the “Parties” and individually, a “Party”. In addition to the terms defined in these Standard Terms, the following terms have the following meanings:

Customer shall pay BRUS according to the prices made available by BRUS in writing or as set forth in the applicable Purchase Order. All prices are published and/or quoted in USD and are subject to the delivery terms defined in Section 4 below. All prices are subject to adjustment by BRUS at any time for changes in tariffs, economics, exchange rates, or Customer’s volume forecasts, as applicable, or as otherwise provided in these Standard Terms. Such adjustment will be retroactive to prior Purchase Orders, even if already fulfilled by BRUS, if Customer"s actual purchase volumes are below the Customer-provided or Customer-agreed volume forecasts upon which BRUS based the prices for such Purchase Orders. Unless otherwise expressly provided in these Standard Terms, fees paid are non-refundable. Unless otherwise agreed by BRUS in writing, Customer shall reimburse BRUS for actual expenses (including travel and mileage) incurred by BRUS in performing any Services. BRUS will provide a summary of such expenses with the invoice for the associated Services.

The BRUS Return Authorization Process (“RGA Process”) shall apply to all Products and/or Prototypes to be returned (collectively referred to as “Return Product”) to BRUS designated location or BRUS’ designated Third Party Provider, which RGA Process is available upon request by Customer by contacting BRUS service at www.boschrexroth.com/en/us/contact or 1-800-REXROTH, and which is hereby incorporated by reference. Customer agrees to the terms and conditions of the RGA Process, which includes the requirement to obtain a Returns Good Authorization, provide a clear reason for the Return Product (including for rejections or breach of warranty claims), and to properly identify the Return Product itself. Customer is solely responsible for returning the Product free of contaminants, appropriately packaged, properly identified, pre-paid and insured for delivery at the designated location and freight method as instructed in the RGA Process. Title of Return Product remains unchanged, subject to the provisions of Section 3.7, unless a transfer of title is executed through the RGA Process. Disposition of the Return Product after receipt at the BRUS designated location shall be subject to the terms and conditions of the RGA Process. For Products rightfully rejected per Sections 4.4 or 4.6 or breach of warranty per Section 5, respectively, and returned by Customer, BRUS is responsible for shipping costs to the BRUS designated location in an amount not to exceed normal surface shipping charges. If BRUS reasonably determines that rejection or the return was improper, Customer will be responsible for all expenses incurred by BRUS arising from the improper rejection or improper warranty claim, including all BRUS costs for Product inspection, storage, shipping and disposal.

To the extent BRUS Processes Customer Data , BRUS has implemented and maintains commercially reasonable administrative, physical, and technical safeguards designed: (a) to maintain the security, confidentiality and integrity of such Customer Data; (b) to protect such Customer Data from known or reasonably anticipated threats or hazards to its security and integrity, accidental loss, alteration, disclosure and all other unlawful forms of processing, and (c) so that they do not constitute unfair, deceptive or abusive acts or practices with respect to such Customer Data. The terms of the Data Protection Notice at https://www.boschrexroth.com/en/us/data-protection-notice/are hereby incorporated by reference and shall apply to the extent Customer Data includes Personal Data.

Either Party may terminate these Standard Terms, a Purchase Order, Statement of Work or an accepted Quotation: (a) upon material breach of any material term of these Standard Terms by the other Party which is not remedied within thirty (30) days after written notice of such breach is issued by the non-breaching Party; or (b) if a Party becomes insolvent or makes an assignment for the benefit of creditors, or such Party institutes any voluntary proceeding under bankruptcy, reorganization, arrangement, readjustment of debt or insolvency law of any jurisdiction or for the appointment of a receiver or trustee in respect to any of the Party’s property, then termination shall be automatic and immediate; however, in the event any such proceeding is initiated by a third-party against such Party, termination shall be automatic if such proceeding is not dismissed or cured by the Party within thirty (30) days after the filing thereof. Upon termination, all rights, licenses, consents and authorizations granted by a Party hereunder will immediately terminate, other than those expressly specified to continue after termination. The rights of termination provided herein are not exclusive of other remedies that BRUS may be entitled to under these Standard Terms or in law or equity.

BRUS may modify these Standard Terms from time to time by posting revised Standard Terms to BRUS’ Website at www.boschrexroth.com/en/us/company/about-bosch-rexroth/terms-and-conditions/index (as revised from time to time, the “Updated Standard Terms”). Such Updated Standard Terms shall apply to all Purchase Order or Quotation revisions/amendments and new Purchase Orders or Quotations issued on or after the effective date of such Updated Standard Terms.

All notices, requests, consents, claims, demands, waivers, and other communications hereunder (each, a "Notice") shall be in writing and, for (a) Notices sent to BRUS, addressed to Bosch Rexroth Corporation, 14001 South Lakes Drive, Charlotte NC 28272, Attention: Customer Service, and (b) Notices sent to Customer, addressed to the address set forth for the Customer on the face of the Purchase Order, in each case as such address may be updated from time to time by the receiving Party in writing. All Notices shall be delivered by personal delivery, nationally recognized overnight courier (with all fees pre-paid), or certified or registered mail (in each case, return receipt requested, postage prepaid). Except as otherwise provided in these Standard Terms, a Notice is effective only (x) upon receipt of the receiving party, and (y) if the party giving the Notice has complied with the requirements of this Section 11.5.

We carry a large selection of Bosch Rexroth hydraulics pumps, motors & more. If you can’t find the Rexroth Pump you’re looking for or you need a Bosch Rexroth hydraulics pump repair, contact us today!

We can supply what you need or repair what you have. Before purchasing, there may be a good chance that your current Bosch Rexroth hydraulic pump or motor can be repaired. Bosch Rexroth hydraulics repairs and motor repairs come with our two year warranty.

When purchasing, consider remanufactured Bosch Rexroth hydraulics or after-market hydraulic units. They can get you back up and running for less than the cost of a new Bosch Rexroth hydraulic unit. We will give you a free quote so you can compare costs for a new, repaired or re-manufactured Bosch Rexroth unit, saving you money without compromising the results of your Bosch Rexroth hydraulic unit.

In 1795, the Rexroth family established an iron forge in Spessart, Germany. However, it wasn’t until 1952 that they began producing standardized hydraulic components and hydraulics. In 1953 they invented the first industrialized gear pump for mobile machines. Later, in 1972, Rexroth launched the first hydraulic servo valve onto the market and became a wholly-owned subsidiary of Mannesmann AG in 1975. They developed the world’s first maintenance-free AC servomotor in 1979, revolutionizing the mechanical engineering industry. Throughout the 90s Rexroth continued to grow and revolutionize the industry, launching inventions used in a variety of industries. Mannesmann Rexroth AG and Bosch Automation Technology merged to form Bosch Rexroth in 2001 and today, Bosch Rexroth is one of the leading specialists in drive and control technologies.

Axial piston pumps: intended for the medium and high-pressure range and come in a variety of designs, performance ranges, and adjustment options for mobile, stationary and industrial applications.

Bosch Rexroth units we commonly stock in new, remanufactured or aftermarket are: A10V, V3, V4, V5, V6, V7, RPV, PVQ, VPV, PSV, PVF, PVK, PVQ, PVS, PVT, 20L, 20H, E055, 80L, 80M, 80H.

Bosch Rexroth hydraulic motors are known for their reliability, long life cycles, low noise emissions, as well as high efficiency, and cost-effectiveness. The range is available in swashplate or bent axis designs which are used in medium and high-pressure applications. They have several models including:

Bosch Rexroth hydraulics offers a range of hydraulic “on/off” valves including isolator valves, directional valves, pressure valves, flow control, and throttle valves, and directional cartridge valves.

Directional valves:control the flow and direction of movement or rotation of hydraulic actuators which include directional seat or spool valves, direct operated or pilot operated valves.

Do you need to fix your Bosch Rexroth A2FO Series 6x hydraulic pump? Or buy a new one? We are an independent Bosch Rexroth service center, and we specialize in repairing and remanufacturing A2FO Series 6x pumps.

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Hydraulic spool valve operation requires repairs and troubleshooting procedures not used for other types of devices. To avoid costly replacements that could eat into a company’s profits, floor managers must understand how these valves work and recognize signs that they need adjustments or other repairs. Just as the operation of every part of the machinery is essential to your company’s productivity, so too are spool valves used in hydraulic systems.

Hydraulic systems use fluid to increase the mechanical ability of the system. Without the fluid, mechanical forces would only be able to provide a limited amount of pressure. Adding fluid into the system increases the available pressure, allowing hydraulic systems to have more power than those that only rely on mechanics.

Part of the system is the hydraulic spool valve, which is a type of directional control valve. This valve balances out the pressure and flow of the hydraulic fluid in the system by shifting the fluid to turn a switch on or off. The general design of a spool valve is difficult to see because a cylinder encases the mechanism. This valve bridges the gap between the pump and tank combination and the rest of the hydraulic system.

To create a spool mechanism, start with the valve inside the cylinder, which typically has a solenoid at one end and a spring on the other. The spool inside the cylinder directs the movement of the hydraulic fluid to create pressure where needed. Applying power to the spool valve’s solenoid changes the direction of the hydraulic fluid, thus moving the fluid pressure. Changing the spool type gives the system more paths through which to direct the hydraulic pressure.

Depending on the hydraulic system, more than a dozen spool valve options exist. Different types of spool valves may have solenoid, hydraulic, spring, manual or proportional operators — not just spring and solenoid. These options increase the number of spool valve types.

Several systems in a manufacturing facility may use spool valves in their hydraulic systems. Frequently, these valves operate pistons, cranes, power steering systems in vehicles and many other hydraulic systems. Modern hydraulic systems now include many upgrades not seen in older models. For example, today’s hydraulic systems may consist of smart interfaces with touch-screen controls, heat-resistant thermoplastic construction, straightforward hose selection, mobile tools for diagnostics and more.

Operation of the hydraulic system comes from maintaining the pressure of the fluid and ensuring all parts fit correctly to prevent leaks. Valves that require adjustment could impact the operation of the entire hydraulic system. To understand how problems with the spool valve could affect operations, operators must know how the system works.

Generally, operation of a spool valve happens as the spool inside the mechanism slides into place to reroute hydraulic fluid. Because this type of valve controls the direction the hydraulic oil goes in, it is known as a directional control valve.

Inside the spool valve, the spool controls to which work ports the fluid goes. The number of inlet ports from the hydraulic tank and pump and the number of outlets to various work locations indicate the type of valve. How many paths the fluid can follow gives the number of positions for the valve. The ports and positions combined specify the spool valve type.

These combinations of ports and positions make spool valves versatile and extremely useful. The ability to open, close or leave an actuator in a neutral place allows for multiple combinations of possibilities when several spool valves work together in a hydraulic system.

When working correctly, power to the solenoid or activation of the operator at one end of the valve will move the spool into the correct position to allow hydraulic fluid to flow or stop. Several problems can occur, however, and when they do, the system may not operate as designed. The foundation of spool valves is their fine movement, and if anything prevents the spool from cleanly moving, it can reduce the effectiveness of the spool valve.

Hydraulic spool valve troubleshooting starts with understanding how the valves work and what to look for if something goes wrong. You may not always be able to fix it. However, you can at least make an educated decision on whether you must install new parts. Knowing whether you can make an adjustment or repair versus replacing the part can save your company maintenance costs over time.

If the hydraulic fluid pressure is too low or high, you may need to adjust the spool valve, saving your company time and money. The valves will have a factory-set pressure and pressure range that you can safely set them to. Do not go outside this range to avoid damaging the valve and reducing its efficiency.

To adjust the spool valve, loosen the valve-locking nut on the side. Removing the locking nut gives you access to the adjustment screw. Turn the screw clockwise to raise the pressure, and twist it counter-clockwise to lower the pressure. Use a pressure gauge to ensure you create the ideal pressure adjustment before replacing the locking nut and putting the spool valve back into place.

If you correctly adjusted the spool valve and still have problems, you may need to try troubleshooting the valves in your hydraulic system. Generally, only three main issues exist for these hydraulic components. However, just because there is a small number of problems does not mean troubleshooting is effortless.

The first two problems relate to how hydraulic systems work. If you have a leakage of hydraulic fluid, the system will not build up enough pressure. How to fix these problems depends on the source of the leak.

If the valve body leaks hydraulic fluid, replacing the spool or other parts will not fix the problem. Install a new spool valve to remedy this issue. The new valve might require pressure adjustments for the system if the first cylinder required changes.

Minor leaks may occur inside the valve without issue. However, excessive leaks can drop the pressure in the hydraulic system. Internal leaks happen when contaminants in the oil wear down the spools preventing them from moving as needed. Gaps in the spool and internal structure allow for leakage of hydraulic fluid.

Because the hydraulic fluid is at fault, replace the valve, clean out the system and replace the oil. If this task surpasses your abilities, hire a professional service to check the equipment for damage. Don’t attempt to disassemble the hydraulic system without knowledge of how to piece it back together. Turn over that task to a professional who can pull apart the system and restore it to its original condition.

Contamination:Just as contaminated fluid can cause internal leaks, it can also block the spool from moving. Treat contamination as you would for an internal leak by replacing the valve and the hydraulic fluid for the system.

A hydraulic system may experience other issues caused by the spool valve. These go beyond the problems with the spool itself and incorporate problems with the entire cylinder the spool valve is a part of, including other components of the hydraulic system.

A lack of pressure could occur for many reasons. The spool valve may need adjustment for the amount of fluid flowing through the system. Less than 10 gallons per minute may require adjusting the valve to increase the system pressure.

Bad hydraulic fluid that is too hot, too low or too dirty will damage the spool valves and other parts of the system leading to a multitude of problems beyond just the valve. To keep the system running at its peak, schedule regular hydraulic system maintenance.

Because the hydraulic fluid plays such a critical part in the system’s operation, maintenance tasks focus on keeping the fluid clean and the level adequate.

Change filters regularly. The screen is the first line of defense against debris in the hydraulic oil. A dirty filter makes the pump work harder to force the fluid through it. Additionally, the fluid is more likely to pick up dirt from an old filter and deposit it throughout the system. Choosing a preventative maintenance task rather than putting it off until you must make emergency repairs will prevent downtime and lower costs.

Contamination in the hydraulic oil may come in the form of water, dirt or air. All these contaminants will affect the system’s operation and potentially cause damage to the spool valves and other working components. Look at the hydraulic oil carefully. Cloudy fluid means there is water in the fluid. A foamy appearance indicates air in the fluid. A rancid odor hints at burned fluid. Also, the fluid should never have visible dirt in it to protect the longevity and operation of the equipment.

In the case of water or air, check the system for leaks. Burned fluid could indicate overheating. Dirt in the system could come from contamination from parts breaking down or an old filter. If these conditions persist after making corrections, get an expert repairperson to service the system. Ideally, have the entire system cleaned and checked for problems if the hydraulic fluid shows contamination.

Check the hydraulic oil levels regularly. Low levels need topping off. However, most hydraulic systems are closed, which should not require new fluid to be added. If the oil levels drop frequently, suspect a leak somewhere in the equipment that will need repairs.

We want to hear your stories about hydraulic spool valves and your experience with maintaining them and troubleshooting problems. Did you fix the issues in-house, or did your business have another company make the repairs? Has your company experienced problems with hydraulic spool valves? What were the solutions your business sought? Were they effective? Leave your answers and other comments below.

Metering pumps, also known as metering pumps or proportional pumps, are a type of process that can meet a variety of stringent process requirements. The flow rate can be adjusted steplessly within a range of 0-100% to transport liquids, especially corrosive liquids. Special volumetric pump. The metering pump is a reciprocating positive displacement pump, used for accurate metering. It usually requires the stability of the metering pump to be no more than ±1%. With the continuous development of the modern industry towards automatic operation and long-distance automatic control, the metering pump has strong compatibility and adaptability to a wide range of media as liquid. The pump A7VK is designed for pumping polyurethane components in open and closed design.

In recent years, with the development of the foaming machine industry, more stringent requirements have been put forward for the performance of foaming machine pumps. In order to meet the new requirements of market development, the new generation of Rexroth A7VK metering pumps includes 12 and 28 displacement specifications. The pump adopts manual control mode. When the handwheel is rotated, the threaded rod is also rotated and the variable swash plate of the pump is adjusted steplessly, so the displacement changes in the range of small Vgmin to Vgmax. The precision adjustment display is built into the handwheel. The A7VK"s curved housing design makes the structure more compact and reduces costs. The pump enhances corrosion resistance through the special surface treatment of the housing; two-way shaft seals and flushing chambers made of special materials identify hazards and protect the environment; the pump adopts a closed pump design with the same size of the high pressure port and the low pressure port, making The separation of the feed chamber and the housing allows the pump to be used in applications with a high viscosity of 5000-7000 mm2/s and a high inlet pressure of 1-30 bar. When there are special requirements for polyurethane products and high-viscosity media must be used for compounding, A7VK is an excellent choice and can solve the problem of high-viscosity and accurate ingredients that have been plaguing customers for a long time. Due to the special optimization of the structure, the A7VK emits heat quickly, which is conducive to controlling the temperature rise and ensuring the stability of the viscosity, thereby ensuring the high accuracy of the ingredient ratio. The Rexroth A7VK is an alternative to A2VK, which uses the same mounting flange and driveshaft as the A2VK, thus improving the replacement. This new metering pump has been recognized by mainstream customers in the industry. It is believed that with the promotion and use of A7VK with higher cost performance, Rexroth can better meet the requirements of more users in the foaming machine industry.

Rexroth metering pump A7VK replacement for Rexroth A2VK pump, you will get the competitive price from HEASH TECHNIQUE B.V., who is service to the world for hydraulic components. welcome visit our website and inquiry us! Rexroth metering pump A7VK series as A7VKG012, A7VKG028, A7VKG055, A7VKG107, A7VKO012, A7VKO028, A7VKO055, A7VKO107.

- The pump has excellent performance, in which the diaphragm metering pump does not leak, high safety performance, accurate measurement and delivery, flow can be adjusted from zero to a large range of fixed values, pressure can be arbitrarily selected from the normal pressure to the allowable range.

- The pump has many varieties, full performance, suitable for conveying -30 to 450 degrees, viscosity is 0-800mm/s, high discharge pressure can reach 64Mpa, flow range is 0.1-20000L/h, measurement accuracy is within ±1%.

- According to the process requirements, the pump can be manually adjusted and frequency-adjusted to regulate the flow. It can also realize remote control and computer automatic control.

Rexroth’s complete line of hydraulic pumps serve virtually every industry in manufacturing and technology applications such as railway engineering, chemical process plants, power and environmental engineering, automotive engineering, plastics processing machinery, paper industry, presses, test rigs and simulation systems, marine/offshore engineering, special projects, and civil/water engineering, transportation technology, and machine tools.

Keeping a market expectations mindset and being one of the leading Rexroth hydraulic pump distributors, we carry a wide range of Rexroth Hydraulic pump, motors and spare parts that enable us to supply and repair throughout their entire range.

Available in swash plate and bent axis design for medium and high pressure applications. A wide choice of designs, performance ranges, and adjustment options make them suitable for a mobile and stationary applications.

External gear pumps are cost-effective displacement pumps, available in many different versions. Rexroth external gear pumps are built in four frame sizes: Platform B, F, N and G.

Internal gear pumps can be used up to a continuous pressure of 315 bar (depending on the frame size). This pump principle features a compact design with particularly high energy density.

Gerotor pumps are used in the low-pressure range up to 15 bar. They are often used in connection with other Rexroth pumps in cooling, filter or lubrication circuits.

Radial piston pumps are characterized by very high operating pressures of up to 700 bar. The volume flows of the individual pistons can be used for various tasks.

EHP series drive unit for vehicles and material handling systems. Electric motor and pump can be combined according to the required performance, guaranteeing.

This could mean that you don’t have to wait longer anymore for your PV7 vane pump requirements. We can get you back up and going quickly with PV7 pumps available from our stock.

Thanks to their specific design these PV7 vane pumps with adjustable displacement boast a low flow pulsation and achieve very high repetition accuracy with low pressure peaks during the down control.

The noise optimization achieved by adjusting the height adjustment screw provides for a low operating noise. Hydrodynamically lubricated plain bearings ensure a long life cycle.

Bosch Rexroth PV7 direct operated hydraulic vane pumps feature a pressure compensated design that improves system performance and efficiency versus fixed displacement pumps.