replacing hydraulic pump on log splitter supplier

<script>window.addEventListener("message",function(a){var b=document.getElementById("dozuki-embed-139458"),c=a.data[0],d=a.data[1];switch(c){case"setHeight":b.style.height=d+"px"}},!1);</script>

Keep your hydraulics in motion with a wood splitter hydraulic pump from RuggedMade. Designed to meet the needs of high-force log splitting, our precision 2-stage hydraulic pumps ensure cylinders perform smoothly and rapidly, helping to shave down cycle times.

Our expanded line of one and two-stage log splitter pumps are constructed to produce up to 3,000 PSI and can also be used at the heart of a variety of hydraulic applications to keep fluid flowing freely and steadily, throughout the life of your machine.

This 2-Stage pump fits a wide variety of log splitters and outdoor power equipment and works in both horizontal and vertical orientations. The included inlet nipple requires a 1" inner diameter suction hose.

Rated for up to 3,000 PSI at 3,600 RPM, this pump can power log splitters from 5 to 35 tons, depending on the inner diameter of the hydraulic cylinder. It features a fast cycle time by moving quickly when unloaded. It automatically shifts to low-flow/high-pressure mode at 500 PSI.

Be sure to use AW-32 10-Weight (ISO 32) or AW-46 20-Weight (ISO 46) light hydraulic fluid or Dexron III automatic transmission fluid. This pump is not designed for use with “universal” or "tractor" transmission oil, such as "303". The use of incorrect fluid may damage the pump and void the warranty.

Make sure the hydraulic fluid reservoir is not below the pump to ensure a sufficient flow of fluid to the pump. Suction-side filtration should be no finer than 150 microns. The use of a 10-25 micron filter on the suction side of the pump is too restrictive and will cause failure.

We recommend using an L-style jaw coupling to connect the pump to an engine. Couplings and mounting brackets are available. You should use at least a 5hp 163cc engine to maintain 3,600 RPM under load.

This 2 stage pump can give you much faster cycle times and higher possible pressures with a small engine. Excellent for use on log splitters. 85% efficient.

Model GP-CBN is a HI/LO hydraulic gear pump with 12 different displacement combinations with maximum pressures of 900 psi for the low pressure pump and 3000 psi for the high pressure. The change from LO to HI pressure is automatic with the LO side pressure pre set from 400 psi to 900 psi.

The HI/LO section of the pump is all aluminum and the end plates are cast steel. Applications for the HI/LO pump are log splitters, presses etc where rapid movement of the cylinder at low pressure is required prior to automatically switching to the high pressure mode to meet load requirements.

This product is a Hi-Lo cast iron hydraulic gear pump with max pressures of 900 PSI for the low pressure and 3000 PSI for the high pressure pump. Typical applications are log splitters and presses, where alternating low and high pressures are required to move a cylinder.

This 2 stage pump can give you much faster cycle times and higher possible pressures with a small engine. Excellent for use on log splitters. 85% efficient.

Model GP-CBN is a HI/LO hydraulic gear pump with 12 different displacement combinations with maximum pressures of 900 psi for the low pressure pump and 3000 psi for the high pressure. The change from LO to HI pressure is automatic with the LO side pressure pre set from 400 psi to 900 psi.

The HI/LO section of the pump is all aluminum and the end plates are cast steel. Applications for the HI/LO pump are log splitters, presses etc where rapid movement of the cylinder at low pressure is required prior to automatically switching to the high pressure mode to meet load requirements.

This 2 stage pump can give you much faster cycle times and higher possible pressures with a small engine. Excellent for use on log splitters. 85% efficient.

Model GP-CBN is a HI/LO hydraulic gear pump with 12 different displacement combinations with maximum pressures of 900 psi for the low pressure pump and 3000 psi for the high pressure. The change from LO to HI pressure is automatic with the LO side pressure pre set from 400 psi to 900 psi.

The HI/LO section of the pump is all aluminum and the end plates are cast steel. Applications for the HI/LO pump are log splitters, presses etc where rapid movement of the cylinder at low pressure is required prior to automatically switching to the high pressure mode to meet load requirements.

This DIY repair guide explains how to replace the flexible log splitter pump coupler. The hydraulic pump coupling connects the engine drive shaft to the hydraulic pump. The coupler is designed to break if the hydraulic pump seizes up, protecting the engine from damage. The log splitter pump coupler deteriorates over time, causing vibration and noise when the hydraulic pump is running. If the log splitter hydraulic pump coupling breaks or the coupler is worn, use the manufacturer-approved replacement part to install a new one.

Hydraulic Log Splitter systems use pressurised fluid to power a force that is used behind a wedge to split wood. If the log splitter seems weak or not performing as it should then there is a strong likelihood that something is not right with how the splitter system is operating.

To begin with, check your log splitter and the wood you are trying to split. If a log is not splitting all the way through then the log may be too green or too large, meaning that it would require a greater force than your log splitting machine can manage. Also make sure the log is loaded properly and isn’t on an angle or is too long. If this is in order, then take a look at the wedge itself, as with heavy use they can become blunt and stop cutting as they should.

These vibrations or shaking could be due to the log splitter being low in hydraulic oil. If the levels look correct when checking this could mean that there is air within the oil lines. To fix this the bleed valve needs to be opened and the pressure plate needs to be cycled back and forth a few times.

Temperature could also be the culprit for loss of driving force, as hydraulic oil is more viscose in cold weather resulting in a weak response until the machine warms up.

The nut for the ram has possibly come off the piston if the ram has extended but not retracted. With the engine off, hold open the valve and push it back in using a narrow rod. However, with this issue you may need to bring it in or contact one of the Flowfit team to discuss replacing the nut to prevent damaging your hydraulic log splitter system if you use it again.

Log splitters are a relatively simple design, making them easy to maintain and fix, but if issues are persisting or you aren’t confident with fixing this machine then please do seek professional advice.

For more information about the services we offer at Flowfit or for advice from our experts, please don’t hesitate to give the team a call on 01584 879 033 or e-mail us atsales@flowfitonline.com

Here at Beiler Hydraulics we stock a full range of log splitter pumps. Log splitter pumps automatically switch from high-speed/low-pressure to high-pressure/low-speed to meet the load requirements. The low-pressure side is preset at 400-900 psi, and the high-pressure side has a max of 3,000 psi. These pumps are ideal for log splitters, presses, or any application where you need to automatically switch from high speed at low pressure to high pressure at low speed. Beiler Hydraulics also stocks many other Log Splitter Parts including valves, cylinders, hose assemblies, and fittings. With our multi-million dollar inventory we are more than equipped to provide a complete solution for all your hydraulic needs. Our sales team has the knowledge and expertise to make sure you have exactly what you need. At Beiler Hydraulics we believe in offering quality products at competitive prices and providing the customer service you need before, during, and after the sale. Please Contact Us today with any questions or to place an order.

Are you trying to buy a new hydraulic pump for your log splitter or do you need a perfect replacement pump kit for your wood splitter? Then, you should start your buying journey by reading this post. In this article, we’ll review the six best log splitter hydraulic pumps in 2022.

We compiled our list of the best gear pumps available after considering thoroughly their construction, splitting power, the flow rate for cycle time, operating speed, safety features, and overall benefits. We also included a buyer’s guide, FAQs, and summary to help you make a well-informed choice that suits your log splitter’s requirements and needs.

Log splitters are powerful machines designed to split logs efficiently. The machines offer effective splitting power to logs of various sizes. Almost all log splitters (including electric and gas types) use a hydraulic pump which is the integral component of a hydraulic machine that helps achieve the basic splitting of logs. The major components of a log splitter include an engine, hydraulic oil pump, valve, and hydraulic oil tank.

A typical hydraulic pump used for a log splitter is designed to feature a 5 hp gasoline engine, two-stage pumping sections, a hydraulic cylinder (4” diameter, 24” long), a 20 tons rated splitting force, and a 3-5-gallon hydraulic oil reservoir. Log splitters often use a two-stage pump to generate the right amount of pressure and flow rate required for splitting logs.

It’s tough to pick one product when you have many products from different brands making similar claims. So, we’ve done the hard work for you. Here are the best six pumps for a log splitter on the market. After reading this review, making a decision will become easier for you.

The RuggedMade 11 GPM 2-Stage Hydraulic Log Splitter Pump is perfect for log splitters with a rated force not up to 35 tons. It’s built with aluminum material for a longer service lifespan.

This hydraulic pump boasts up to 3000 PSI capable of powering log splitters and outdoor power requirements that range from 5 to 37 tons, depending on the hydraulic cylinder diameter (inner).

The two-stage pump operates at a maximum speed of 3600 rpm for faster cycle times during unloading. It’s preset to gear down mode at 500 PSI to help relieve the pump’s pressure; thus, ensuring the proper functioning of your splitter hydraulic system.

The Yaegoo 11GPM 2-Stage Hydraulic Log Splitter Pump is suitable for any log splitters application. It features a flow rate of 11 GPM capable of creating a stream of high-pressure oil required for generating maximum splitting force.

This two-stage hydraulic pump works at 3000 PSI to ensure effective splitting power without a loss of pressure. It’s built to automatically switch from high-pressure to low-pressure at 500 PSI for quick drawing back of the piston after splitting the log.

This log splitter hydraulic pump is ideal for log splitters with a rated splitting force of about 35 tons. It supports both vertical and horizontal applications.

The Bestauto Log Splitter Pump Kit is a suitable replacement pump kit for log splitters. It’s built with extrusion aluminum material that can resist wear and tears for an extended service life cycle.

This kit comes with a two-stage hydraulic pump, pump bracket, and jaw coupler. The 2-stage hydraulic pump works at 3600RPM maximum to ensure the fastest possible cycle times. The pump offers 13 GPM flow at 3000PSI maximum operation pressure to provide quick oil output.

The pump bracket and jaw coupler make lifting, pressure type, elbow, bending row, straightening, cutting, assembly, and more possible for a hydraulic log splitter. It’s compatible with a wide range of engine sizes.

The RuggedMade 16 GPM 2 Stage Hydraulic Log Splitter Pump features a body built with aluminum material for longevity. It’s designed to contain two pumping stages and a bypass valve to allow for efficient log splitting.

The first stage of the pump generates 16 GPM at 650 PSI required to reset the entire splitting system back after splitting. The second stage of the pump delivers 3.5 GPM at 2500 PSI to generate the maximum splitting force required to push the piston into a log for effective splitting performance.

The TooTuff Log Splitter Build Kit is a perfect kit for a DIY splitter project. It provides two-stage pump action to allow for maximum log splitting efficiency. The 1st pumping stage operates with a maximum flow rate (13 GPM) at a lower pressure of 650 PSI to help ensure a quicker cylinder return position.

In the second stage, the pump switches to a lower flow rate (3 GPM) and higher pressure (2500 PSI) to generate the maximum effective splitting power to split the log.

This hydraulic pump provides faster cycle times (16 GPM at 3600RPM) and higher possible pressure (up to 4000 PSI) with a small engine or most 8-14HP gas engines.

The Bestauto Log Splitter Pump Kit consists of a powerful hydraulic pump and hydraulic tools such as a jaw coupler and pump bracket. This hydraulic pump is built with sturdy and durable materials that can withstand even harsh environments.

The pump offers two-stage hydraulic actions to keep your log splitter running correctly. The 1st stage of the pump is preset to operate with a maximum flow rate of 16 GPM at 650 PSI for quicker withdrawing of the piston after the log has been split.

While the 2nd stage of the pump operates with the lower flow (3.5 GPM maximum) at higher pressure (2500 PSI maximum) to ensure excellent splitting efficiency.

The materials used in the construction of a hydraulic pump for log splitters would determine the longevity and performance of such a pump. Log splitter pumps built with high-quality materials such as aluminum have a longer service lifespan.

It’s important to ensure that all the components of the pump you intend to buy are built with materials of high strength and hardness that can resist wear and tear over multiple uses. It’s also important to check if the pump’s quality is well-assured by the manufacturer so that you can have a great user experience.

The splitting power of a hydraulic pump for log splitters is largely dependent on the maximum pressure that such a pump can generate. The amount of pressure that a pump generate vary from brand to brand.

However, the higher the pump’s maximum pressure, the more effective its splitting power. We don’t recommend more than 3000 PSI, which is the practical maximum pressure that most 2-stage gear pumps required for excellent log splitting.

The flow rate of the hydraulic pump determines the periods of time the pump would take to work through a pile of logs. The pump’s flow rate is largely dependent on the size of the engine powering the system.

A two-stage hydraulic pump for log splitters often requires minimum horsepower such as 5-7 hp engines with 11 GPM pump, 6hp engine with 13 GPM pump, 8 hp with 16 GPM pump, and 11 hp with 22 GPM pump.

You don’t have to worry too much when choosing a hydraulic pump based on the flow rate as virtually all log splitter pumps out there are rated for the same pressure.

It’s important to know that the operating speed of the hydraulic pump is hugely dependent on the hydraulic flow rate (GPM). Generally, larger pumps produce more flow which means more operating speed. However, bigger gear pumps require larger engines or powerful engines to drive them. Small pumps produce less flow but don’t require more horsepower to function properly.

The safety valve ensures smooth operation and performance of the hydraulic pumps. It helps to control the maximum pressure created by the hydraulic pump. Without a safety valve, most hydraulic pumps will build pressure up to a point that something break. Uncontrolled maximum pressure is likely to break your hydraulic hoses, garden hoses, hydraulic pressure hoses, the cylinder, or the pump itself.

To ensure the entire safety of your hydraulic system, you should go for 2-stage pumps with features such as a hydraulic relief valve, check valve, directional control valve, unloader valve, or hydraulic valve. Any of these safety features would help keep your pump’s pressure in check.

Besides, you should check if the pump you want to buy comes with a return filter, filter element, or filter head. Any of this would function to keep dirt out of its hydraulic reservoir (fluid reservoir).

Most simple wood splitters use a 2-stage gear pump for efficient log splitting. The two-stage pumps give log splitters effective splitting power using small engines. They can help generate the highest possible pressure required to keep most log splitters working smoothly and efficiently.

The approved fluid types for the hydraulic system of most wood splitters are AW-32 10-Weight (ISO 32) and AW-46 20-Weight (ISO 46). These hydraulic fluid types help lubricate your gear pumps and other hydraulic parts for protection against corrosion and weariness during extreme cold and heat.

We recommend changing the hydraulic oil in your log splitter every 100 hours of work. Regular changing of the hydraulic oil in your log splitter would help improve the performance of your log splitter hydraulic system. In addition to replacing your log splitter hydraulic oil as recommended, you also need to change your filter to keep dirt away.

A single-stage hydraulic pump features only a single pumping section or setting. It’s designed to generate just one flow rate (maximum GPM) at one maximum pressure to create the maximum splitting force. While a two-stage hydraulic pump features two pumping sections or settings. It’s designed to generate two flow rates at two different pressure levels.

A two-stage pump automatically switches to its ‘high-pressure/low-flow stage to split the blog (something that can’t be achieved with a single-stage pump). Two-stage pumps generally save splitting time than its counterpart (that’s one-stage pumps).

Look no further than this review if you would like to try out the best hydraulic pumps for log splitters out there. Any of the review gear pumps are capable of giving your splitters the power required to split log efficiently. We’re certain that you won’t go wrong with choosing to buy any of the above products. They are the best anyone can find on the internet at the moment.

The 257-011, by MTE, is manufactured in the USA. It is commonly used by individuals building their own log splitter. It may also be used as a replacement pump for major log splitter manufacturers like MTD, Timberwolf, Champion, Ariens, and Swisher.