single vs double acting hydraulic pump supplier

When comparing single-acting vs double-acting hydraulic cylinders, the most visible difference is the number of couplers or connection ports. A single-acting hydraulic cylinder includes just one port. This is where the hydraulic fluid enters and forces the plunger out in one direction. A double-acting cylinder includes two ports. One for the hydraulic fluid to enter and extend the plunger, and the other for retracting the cylinder.

The plunger in a single-acting hydraulic cylinder extends when hydraulic fluid under high pressure is pumped into the cylinder. When it is time to retract the cylinder, depending upon the cylinder design, the plunger can be retracted using a return spring, by the load, or simply by gravity.

In a double-acting hydraulic cylinder, the plunger retracts when hydraulic fluid is pumped under high pressure into the top port, forcing the plunger back to its original position. This can be done quickly, if required, or very gradually with precise control.

The single-acting cylinder is simpler than its double-acting counterpart. With fewer components, there is much less to go wrong, which is good news when it comes to maintenance.

Single-acting cylinders are ideal for straightforward jobs – especially when fast or controlled retraction isn’t essential. Hollow plunger versions including a thread are also available to handle pulling applications.

Double-acting hydraulic cylinders have the ability to pump hydraulic fluid to both sides of the plunger. Connection ports positioned near both ends allow the piston rod to move both forwards and backwards. The extra port also allows more control of the plunger during retraction and ensures it always returns back to its starting point.

The weight of a car is heavy, and it is very difficult to lift a car by muscle power alone, let alone to repair it while suspended in the air. This is the reason why hydraulic systems exist. When you want to work with dump trucks, RVs, boat lifts, lift gates, etc., a hydraulic pump is a must-have tool that allows you to easily complete jobs that are difficult to reach with human power. For some light work, we recommend choosing a 12 volt hydraulic pump, which is a tool of both size and power. Then before buying you"d better choose the type of hydraulic pump you need according to your needs. Next I will give you information about hydraulic pumps you should know.

A hydraulic pump is a machine that works with liquid fluid power, using an incompressible fluid, usually a derivative of petroleum and additives, as the working fluid to convert mechanical energy into hydraulic energy. Should hydraulic pumps be non-sparking due to potentially explosive environments? Keep in mind that most operating fluids are derivatives of petroleum, but there are non-sparking options available. Fluid selection should be determined by the operating environment/temperature.

This hydraulic energy can make a relatively small device very powerful and versatile. In the automotive industry, hydraulic pumps are used in combination with jacks and engine hoists to lift vehicles, platforms, heavy loads and pull engines. They can also be used in production facilities for conveyors, mixers, forklifts, etc.

Electric hydraulic pumps are generally divided into single-acting and double-acting. The most obvious difference is the number of couplers or connection ports. Single-acting hydraulic pumps include only one port. This port is where the hydraulic fluid is allowed to enter and force the plunger to extend in one direction. Double-acting hydraulic pumps have two such ports. The difference is that the first port is where the "push" (extension) hydraulic hose fitting will connect, and the second port is where the "retract" hydraulic hose fitting will connect.

When high pressure hydraulic fluid is pumped into a hydraulic pump, the plunger in the single acting hydraulic cylinder extends. When the cylinder needs to be retracted, depending on the cylinder design, the plunger is retracted by either a load weight or a built-in spring. Single-acting hydraulic pumps have fewer components and less potential for error, which facilitates maintenance of the hydraulic pump. Single-acting is ideal for this simple task when fast or controlled retraction is not required.

In a double-acting hydraulic pump, the plunger retracts as the hydraulic fluid is pumped into the top port at high pressure, forcing the plunger back to its original position. The double-acting principle of operation enables hydraulic oil to be pumped to both sides of the plunger. Connection ports located near each end allow the piston rod to move back and forth. The additional ports also allow for more fine control of the plunger during retraction. Faster and predictable retraction makes double-acting hydraulic pumps a better choice for projects requiring repeatable accuracy.

For lightweight applications, such as rear fender lifts on commercial passenger vehicles, where a low power output is required, a 12v miniature hydraulic power unit is a good choice because the 12v motor can be connected to a standard vehicle circuit for the rear fender lift function. There are other application scenarios such as dump trucks, RVs, boat lifts, lift gates, trailers, clearance trucks, car porters, agricultural equipment, snow plow equipment, and a variety of other applications that require powerful and compact hydraulic pumps.

Choosing a cylinder type to suit individual application systems can be a difficult task. In this article, PIF spoke to leading pneumatics cylinder supplier, API Pneumatic UK , to understand the key differences between two of the most common cylinder types; single-acting and double-acting cylinders.

Simply, both cylinder types transfer hydraulic fluids or an output force in directions. Although, double-acting cylinders are capable of delivering more complex properties than single-acting cylinders. That said, each cylinder type has advantages and qualities that make them applicable to certain application types:

The working principle of single-acting cylinders is to transfer hydraulic fluids or an output force in one direction only. Within the cylinder, the piston rod can push outwards but cannot pull back, therefore requiring a force in the opposite direction to return the rod back to its original position. Traditionally, single-acting cylinders can be complemented with a secondary component e.g. pump, motor or internal springs. As single-acting cylinders only work in a singular direction, there are two forms of single-acting cylinders available on the market; pull or push.

By comparison, double-acting cylinders offer greater complexity. Unlike single-acting cylinders, they are capable of transferring hydraulic fluids or output forces in both extending and retracting directions. Ports are positioned at both ends of the cylinder allowing the piston rod to move both forwards and backwards. This movement is caused by the ports alternating which end receives the pressure, producing thrusts and performing push and pull motions. As double-acting cylinders have pressing and pulling power without external power sources, they can cater to greater industrial systems. As such, they are the most commonly used cylinder type on the market.

API UK’s single-acting cylinders are commonly used for clamping, hydraulic rams, pumps reciprocating engines and punching and positioning applications. Whilst API UK’s double-acting cylinders are often used for large scale engines, industrial furnaces, digging machines, and lift shafts.

PIF found out an exclusive top tip from API UK; for anyone looking to purchasing a pneumatic cylinder, weigh up the amount of control desired vs affordability when making the decision about which cylinder type to purchase.

API UK’s double-acting cylinders are more suitable for complex applications including heavy lifting in one direction. Alternatively, single-acting cylinders have more suitability for simple applications which require reliability and simplicity.

As a leading pneumatics cylinder manufacturer and supplier, API UK offers a broad portfolio of single-acting and double-acting cylinders, at affordable prices and offer prompt turnaround periods. API UK are specialists in high quality, high-performance cylinders and supply cylinders to an array of industries, with quick turnarounds on all products within their pneumatic cylinder range.

For more information about single-acting and double-acting cylinders visit API Pneumatic UK’s portfolio of of cylinder supplies. Alternatively to discuss individual requirements, get in touch with one of API Pneumatic UK experts at [email protected].

Hydraulic cylinders provide the unidirectional force required to power your industrial equipment for heavy lifting. Telescopic hydraulic cylinders, which are ideal for dump trailers and platform truck trailers, give the extended stroke lengths required for a range of versatile purposes. When purchasing telescopic hydraulic cylinders, consumers are frequently faced with the decision between single-acting and double-acting hydraulic cylinders. Learn what distinguishes the two types of telescopic cylinders to determine which cylinder is appropriate for your high-power hydraulic requirements.

The hydraulic cylinder is the industrial world’s workhorse. Learn about the benefits and drawbacks of single and double-acting hydraulic cylinders. The function of your cylinder decides whether you should choose a single-acting or double-acting hydraulic cylinder.

Single-acting cylinders generate force exclusively in one direction, whether it is a push or pull action. These are also referred to as “plunger” cylinders. They are utilized in lifting operations where hydraulic pump pressure stretches the hydraulic cylinder and a mass or spring retracts it. Single-acting cylinders contain only one port through which the hydraulic pump’s pressurized oil passes. This causes the piston to extend in one direction, compressing the piston’s spring. After releasing the air via the cylinder port where it entered, the spring or associated mass will retract the piston rod.

Single-acting cylinders are classified into two types: push and pull cylinders. The push-type, as the name implies, will allow the air entering to push the piston out of the cylinder. The pull-type hydraulic cylinder allows the oil entering the cylinder to pull the piston inside the cylinder. For one-way linear movement, single-acting cylinders are ideal. They are commonly seen in hydraulic jacks and forklifts.

The lower manufacture, installation, and repair costs of single-acting hydraulic cylinders are an advantage. With only one port to operate instead of two, both piping and valve costs are significantly reduced.

The spring mechanism in single-action cylinder interiors necessitates venting, which provides the unit with an outlet to the outside world. Particles, on the other hand, can enter the cylinder and create potential malfunctions or a slow loss in performance if not adequately monitored.

Single-acting hydraulic cylinders are ideal for use with smaller equipment due to their single port and compact structure. Most of the time, if a smaller equipment design allows for ports, fluid transmission, and venting, then this cylinder will be extremely suitable.

Pressure flows from two ports in double-acting hydraulic cylinders. The “advance” hydraulic hose fitting connects to one of the ports. The pump’s hydraulic power forces the cylinder to extend via the first port. The “retract” hydraulic hose fitting is connected to the second port. Hydraulic power is used to extend and retract the cylinder in a double-acting hydraulic cylinder. In contrast to the single-acting cylinder, which produces force in only one direction, force is generated in both directions. As a result, the cylinder may both push and pull.

The piston rod moves due to the push and pulls forces created by the pressurized fluid that alternates between both sides of the piston. These hydraulic cylinders have more control over their movement in the application where they are installed. Using 2-, 3-, or 4-way position valves, different levels of movement can be produced. Double-acting hydraulic cylinders are utilized in mobile applications such as a TLB’s boom or to control the steering of an excavator.

Though this hydraulic cylinder is not appropriate for small places, double-acting hydraulics are extremely versatile. Two ports provide hydraulic power in both directions and are readily operated with a push-and-pull motion. As a result, they are the most popular hydraulic cylinder.

Unlike single-acting variants, double-acting cylinders are sealed from the outside world. As a consequence, you will not require repairs as a result of particles invading inside pipes and valves.

Precision work that needs hydraulic pistons to stop at specific lengths regularly can stretch and deform the hydraulics over time. However, double-acting hydraulic cylinders are constructed with exact, very precise dual ports, enhancing the product’s longevity.

The choice between a double-acting and a single-acting cylinder is frequently a matter of control. How precisely do you need to be while exerting force in your hydraulic system? A single-acting cylinder may be sufficient if you need to produce a large force to move a load in a single direction, such as in heavy lifting applications. However, if you need to direct a load in two directions or have more control over the cylinder’s movements, a double-acting cylinder will provide you with more control.

A double acting cylinder uses hydraulic power to both extend and retract. You can tell if a cylinder is double acting by looking at the number of ports. See the image below as an example.

A double acting cylinder has pressing and pulling power and is generally controlled with a joy stick control. A single acting cylinder only has pressing power.

Double-Acting (DAT) – have a port for each side, supplied with hydraulic fluid for both, the retraction and extension. Used for power up – power down applications.

Single-Acting (SAT) – hydraulic fluid enters through a port on one end of the cylinder, which extends the rod by means of area difference. An external force or gravity returns the piston rod inside.

There are several sections you can look at within hydraulic cylinders that would allow you to tell them apart. We’re here to help you figure out which is which and get the most out of your components.

These hydraulic cylinders have only one port available for the user to connect hydraulic cylinders or hose fittings to. As a result of there being the single port, this is also where the hydraulic fluid enters the system which then extends the rod due to the area difference. To return the piston rod an external force or gravity function is used.

Single acting cylinders are simpler than their double counterparts and require less maintenance throughout their life, due to their actions being determined by the pressure only being on one line.

Double acting hydraulic cylinders have two separate ports. The first port is where advanced (extending) hydraulic hose fittings will be attached to the cylinder. Whereas the second port is where the retracting hydraulic hose fittings are attached. In this case hydraulic fluid is supplied for both the retraction and extension actions within the hydraulic cylinder, so to return the piston rod an external force is not needed.

With the double acting cylinder the user needs to have full control of the mechanism as the component is moving in two separate directions without the need for manual returns on the piston rod. This means that the hydraulic cylinder needs to be checked regularly and monitored more closely than the single acting cylinder.

For those needing to eject parts off of a conveyor belt then the single acting cylinder could be for you. Need speed and force? Then the double acting cylinder would be better suited for the application you have in mind.

If you are still unsure about which cylinder is the best one for you, then get in contact with our expert team. They’ll offer technical advice and even find you the perfect hydraulic cylinder for you today!

There’s been some confusion as to how to configure and use either system effectively without causing damage to the equipment, load, or to the user. Some of this confusion results from misunderstanding the difference between single-acting or double-acting cylinders and being unsure of when either should be used. Hopefully, we can clear the air in this department.

A pump, a hose, and a cylinder round out the basic setup of a hydraulic system, often times referred to as a port-a power. Without each of these components, this system cannot be operated at all.

A single-acting cylinder is one in which the hydraulic fluid performs on just one side of the piston only. Since hydraulic oil does not compress, when applying force via a hand, electric or gas powered pump, the piston rod of the cylinder will extend. More specifically, the pump forces oil into the hose which flows into the bottom connection port of the cylinder, resulting in the ability for pushing, tensioning or jacking applications. The single-acting pump and cylinder are both equipped with one connection port at the lower portion of the cylinder body, for the oil to both advance the piston rod, and when retracting it, allow the oil to flow back into the reservoir of the pump. Many of the single-acting cylinders have springs built in to assist in the retraction process, but if not, they may be a bit more challenging to retract. The pump that you select also plays a role in the retraction process. Some manufacturers have pumps that will pull the oil back into it, rather than allow it to just flow back into the reservoir. The last consideration in selecting either single or double-acting, is whether the cylinder is considered a load-return type. Meaning, that in order for retraction to occur, the load, or a significant force is required, in addition to the pump for it to retract completely. So be careful, if you have an application that requires several complete stroke cycles, such as a jack and crib operation, you will likely want a double-acting cylinder for that task. Most single-acting cylinders are more commonly-used in light industrial and commercial applications. This of course is not an exclusive list, but the majority of single-acting cylinders in use today tend to be on the lower end of the capacity spectrum.

On the other hand, the double-acting cylinder is one in which the hydraulic fluid performs on both sides of an apron portion of the piston. The double-acting pump and cylinder are both equipped with two connection ports; one at the lower portion, the other at the top portion of the cylinder body. This system requires hoses for each port. When advancing the piston rod, oil flows in through the lower connection port. When you have achieved your desired pressure or stroke requirements, putting the pump in the neutral position will hold the cylinder at that resting point, until it is time to either continuing to advance, or when you would begin retracting operations. Double-acting cylinders are more commonly-used in heavy industrial and construction applications, such as lifting bridges to perform bearing maintenance. The majority of double-acting cylinders in use today tend to be on the higher end of the capacity spectrum.

Premium Supply is the leader in tilt and hydraulic dump trailer build products. We specialize in trailer hoists, hydraulic pumps & accessories, hydraulic cylinders, and top quality battery maintenance products. When you shop from Premium Supply, you can be sure that you’re getting top quality products and exemplary customer service.

Double-acting cylinders push harder. Naturally, that would mean they are faster, right? Actually, in order to push harder, double-acting cylinders need much more pressure to operate, and generating that pressure takes time.

Single-acting hydraulic ramps do not need all this extra pressure, so they can raise up to two-and-a-half times faster. This means you can set up your ramp and get to work more quickly instead of waiting and waiting for a double-acting hydraulic ramp to reach the desired height.

Rising faster is not the only way Copperloy ramps save you time. Our unique ramp design allows you to link your ramp directly to the dock or truck. The hand pump is also on the outside of the ramp, so you can quickly start raising the ramp as soon as it is in position.

Safety is always a priority when designing hydraulic ramps. Your forklift operators need a ramp that ensures their safety as they carry pallets on and off the truck. Forklifts alone already introduce a variety of safety hazards to both operators and other employees, so you do not want your yard ramp contributing to the problem. Here at Copperloy, we design our ramps to meet OSHA‘s strict safety standards to prevent potential accidents and protect workers.

Our centrally-located, single-acting hydraulic ramp design offers stability even after positioning the ramp. This cylinder also prevents wobbling and tipping, ensuring forklifts have a smooth ride up and down the ramp at all times. We reinforce this stability by including a safety curb, high-traction deck grating, a low endplate, and an 8-foot level off. These features in combination with the single-acting cylinders make Copperloy ramps the safest option on the market.

Double-acting cylinder systems are much larger than their single-acting counterparts. This also means double-acting hydraulic ramps are much larger, making them less functional and convenient. Single-acting cylinders are simple and compact, so we can more accurately design our ramps to meet the spatial needs of your unique facility.

The single-acting hydraulic cylinder design is much less complicated than double-acting cylinders. The cylinder only applies pressure in a single direction while a spring handles movement in the opposite direction. Not only does the simple design leave less room for errors and breakdowns, but it also makes the ramp more stable overall. A single-acting hydraulic ramp will raise more evenly than double-acting ramps, minimizing wear and tear and preventing downtime.

One of the most obvious differences been single and double-acting cylinders is cost. Single-acting hydraulic cylinders are significantly cheaper to acquire and install. This allows us to minimize manufacturing costs on our end, but more importantly, lower manufacturing costs mean you pay less for your ramp at the end of the day.

The initial cost is not the only way you will save money, however. The low maintenance requirements and exceptional efficiency of single-acting hydraulic ramps ensure you get the most work done in the least amount of time. A single-acting Copperloy ramp will pay for itself in no time by maximizing productivity while minimizing downtime and repairs.

For expert users cylinder jacks are very easy to configure and use. For people that have never used these jacks, configuring a system and accurately using the system seems extremely complicated. The reason is that between the 3 main manufacturers of cylinders in the US, over 10,000 cylinders, pumps and fittings are available. A novice user does not know how all these components work, what job they do and how to configure them.

The basic set up of a hydraulic cylinder entails a hydraulic hose that connects the cylinder to a hydraulic pump. The jack cannot be operated without the basic set up of these 3 components:

The pump takes hydraulic fluid (oil) and pushes it into the connected hydraulic hose. The oil flows through the hose into the connected hydraulic cylinder. Inside the cylinder, the oil then pushes and raises the piston out of the cylinder.

In a “Double Acting” system, the cylinder and the pump have two connections for two hydraulic hoses. One hose runs from the pump into the bottom of the cylinder and one hose runs from the pump into the top of the cylinder (Both hoses connect to the side of the cylinder – top and bottom).

In this set up, oil is pumped into the bottom of the cylinder to extend the piston just like with a “Single Acting” system. However, the user can reverse the flow of oil by now pumping the oil into the second hose which pumps oil into the top of the cylinder which then pushes the piston back down. The hose at the bottom of the cylinder now transports the oil that is inside the cylinder underneath the piston back to the pump.

A “Double Acting” cylinder and a “Double Acting” pump are outfitted with one connection nipple for each of the two hoses. The double acting pump also has a lever to change the oil flow from one hose to the second hose which pushes the piston up or down respectively.

With lower capacity cylinders you can push the extended piston back down and force the oil to flow back to the pump by simply pushing down on the piston with your foot. A single acting system is consequently an adequate set-up.

However, with larger capacity cylinders the piston will retract extremely slowly or will not retract at all with just the pressure of your foot. Consequently the user must rely on either the weight of the load to press the piston back down or the user needs to have a double acting system that can force the piston to retract.

A double acting system is more expensive than a single acting system. Also there are more components to connect and if you are operating multiple cylinder jacks at the same time too many hoses become user unfriendly. Most users stay with a single acting set-up if at all possible.

Ningbo Target Hydraulics is your reliable hydraulic components supplier. We offer you high-quality dc12v hydraulic pump single acting and double acting. There are many different industrial applications for hydraulic pump unit systems.

dc12v hydraulic pump motor combo is the most common electrical hydraulic pump system. They come with dc motor, hydraulic gear pump, and some other hydraulic components such as a hydraulic oil tank ,hydraulic manifold blocks, some hydraulic valves.

Hydraulic AC power packs are widely used in industrial applications. They are designed with AC voltage electric power supply, so, they can work with AC motors. Some of them are designed with standard B14 flange mounted AC motors, It is easy to find flange type AC motors from your local market.

Dump trailers and forklifts are very common applications of DC12 voltage hydraulic pumps. Most of them are designed and manufactured with single-acting hydraulic pump schematics. They work Power up/gravity down.

DC voltage hydraulic pump packs are designed for mobile hydraulic applications. So, they are also called mobile hydraulic power packs. Some of them are double acting hydraulic pumps, Power Up/power down hydraulic systems.Some of others are single acting,power up/gravity down hydraulic pumps.

Target Hydraulics products are used in different hydraulic applications. Electric dump pump is the most popular application. They complete with a dc motor, hydra-gear pump, and some valves that are assembly in center hydraulic block manifolds, also a button remote and cable.

DC hydraulic pumps are most work with mobile hydraulic applications, so, the mounting size is very compact. That is why compact size power packs are designed with such small sizes. They are designed and manufactured for mini and compact mounting size.

Our hydraulic cartridge valves and hydraulic valve manifold blocks are widely used in DC hydraulic power units, AC hydraulic power units, and hydraulic manifold designs.

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1/2 hp pump, continuous duty with 2 gallon thermoplastic reservoir, 9500 double-acting valve. The 17 series hydraulic pumps are designed to have a maximum of 690 bar (10,000 psi) at a flow rate of 278 cc/min (17 cu. in/min).

In a single acting hydraulic cylinder, the fluid applies pressure only on a single side of the piston. Because the hydraulic fluid is oil, it does not compress. This means that whenever a force is applied either through your hands, or a gas or electric pump, the cylinder shaft will extend. The oil is pumped by the force into the cylinder’s bottom port, allowing for jacking, pushing, and tensioning applications.

Single acting cylinders have a connection port at the bottom part allowing the hydraulic oil to push the piston rod which flows back to its original position during retraction. Some single acting cylinders have a mechanism to allow the oil to flow back automatically whereas other cylinders redirect it into the reservoir.

The advantages of using a single acting hydraulic cylinder lie in its ruggedness and simplicity. They are easier to maintain and with only one-directional force being applied, the piston rod is retracted with the help of a spring or external force. They are commonly used in light commercial and industrial applications.

In a double acting hydraulic cylinder, the hydraulic fluid is used to apply pressure on both sides of the piston rod. This allows for both extension and retraction without the aid of a spring or external force.

This type of cylinder has two connection ports (and so does the pump), one at the top and the other at the bottom of the cylinder’s body. By connecting hoses to both ports, the hydraulic fluid applies the desired stroke or pressure from the lower end of the cylinder. When the required pressure is achieved, the pump goes into a neutral position, holding the cylinder in place. Likewise, the pump generates the optimum pressure to pull back the extension and cause the rod to collapse back into its pre-extended phase.

The double acting cylinders strength lies in its control and maneuverability. Each cylinder has its own unique strengths and benefits based on the type of operations.

Whether it is single acting or double acting, we manufacture a wide range of custom built hydraulic cylinders based entirely on your specifications. Contact us now to place your order and obtain the highest quality hydraulic cylinders in the market.

Our power units are some of the most reliable and durable units in the industry for use with dump trailers, dump trucks, RV"s, boat lifts, some liftgates, tow trucks, wreckers, car haulers, agriculture equipment, snow plow equipment and a variety of other applications that require a powerful and compact hydraulic pump. If considering this item for your liftgate, please call to verify compatibility.

Get the most with your hydraulic power unit by upgrading to ourDeluxe Kit. Select theDeluxe Kitoption to include a hydraulic hose and fittings kit with your purchase.