Get reliable proportional valves from Mobile Hydraulic Specialties in Melbourne for precise flow control, safer operations, and longer equipment life.

Proportional valves are essential for achieving accurate flow and pressure control in mobile hydraulic systems, especially during retrofits. These components improve equipment efficiency while maintaining a balance between performance and safety. They are designed to simplify installations and deliver consistent, reliable hydraulic performance.

Understanding Proportional Valves

Proportional valves differ from standard hydraulic valves by offering variable control rather than simple on-and-off operation. This capability enables smooth adjustments to hydraulic flow, resulting in more precise and efficient machine movements. Operators gain improved accuracy and reliability, particularly when working with complex equipment.

These valves regulate both flow and pressure with exceptional precision. The ability to deliver consistent control under varying conditions optimises system performance and reduces energy waste. For mobile hydraulics, proportional valves play a pivotal role in extending the life of machinery.

Key Benefits of Proportional Valves in Mobile Hydraulics

Proportional valves deliver multiple advantages across different industries, enhancing equipment performance and safety. They allow operators to manage complex hydraulic systems with ease while improving overall productivity.

• Enhanced Precision and Control: Provide smooth, controlled movements for sensitive machinery such as cranes and agricultural sprayers.
• Improved System Efficiency: Optimise flow rates to reduce energy use and minimise wear, extending the lifespan of equipment.
• Increased Safety and Reliability: Prevent sudden, uncontrolled movements while maintaining consistent performance under varying loads.

Applications in Mobile Hydraulic Equipment

Proportional valves play a significant role across multiple sectors, providing reliable control and operational efficiency. Their ability to regulate flow precisely makes them ideal for machines requiring consistent, responsive performance.

• Construction: Excavators, loaders, and lifting machinery operate with smoother, more precise movements for efficient, reliable performance.
• Agriculture: Tractors, harvesters, and irrigation systems achieve higher productivity with enhanced control and improved crop handling.
• Warehousing: Forklifts and material handling equipment benefit from safer operations, reduced downtime, and consistent load management.

These applications highlight how advanced control mechanisms streamline processes while lowering operational costs.

Choosing the Right Proportional Valve

Choosing the right proportional valve starts with a clear understanding of your system’s flow and pressure requirements. It’s important to ensure compatibility with existing hydraulic setups to achieve seamless integration and avoid unnecessary retrofitting costs. Reliability and long-term performance should be key factors in the decision-making process.

Partnering with experienced engineers or trusted suppliers can make the selection process easier and more effective. At Mobile Hydraulic Specialties, we provide expert advice to match each valve to your specific operational needs. Our team works closely with clients to deliver solutions that enhance efficiency, reduce downtime, and support sustainable equipment performance.

Partner with Mobile Hydraulic Specialties

Proportional valves enhance precision, safety, and performance across mobile hydraulic systems. At Mobile Hydraulic Specialties, we offer a comprehensive range of Parker hydraulic and pneumatic valves designed for industrial flow, pressure, and directional control.

Our team provides complete mobile hydraulic solutions that ensure reliable operation, optimal efficiency, and long-term performance in demanding applications.

See our complete range of hydraulic and pneumatic solutions designed to enhance performance, safety, and efficiency across diverse industrial applications.

Contact us today to upgrade your systems with high-performance proportional valves.

Related Blog Article: Hydraulic Specialists in Melbourne – Request a Quote for High-Quality Industrial Components

CETOP manifold blocks from Mobile Hydraulic Specialties save space in hydraulic circuits across Australia. Improve the performance of your hydraulics today!

CETOP manifold blocks are a key component in optimising hydraulic systems by improving flow control and reducing installation space. At Mobile Hydraulic Specialties, we offer high-quality CETOP manifold blocks tailored to boost the efficiency of hydraulic circuits in Australia. These blocks streamline the design, enhance performance, and simplify maintenance, making them an essential choice for industries looking to maximize their hydraulic system's potential.

Key Features of CETOP Manifold Blocks

CETOP manifold blocks are modular hydraulic components used in fluid power systems, particularly in hydraulic circuits, to control the flow of hydraulic fluid. Some of the most notable features of CETOP Manifold Blocks are as follows:

• Modular Design: CETOP manifold blocks are designed in a modular fashion, meaning that different hydraulic components like valves, pumps, actuators, and flow control units can be mounted on a single block, creating a compact and flexible hydraulic system. This design allows for easy integration and customisation based on specific system requirements.
• Standardised Sizes: CETOP sets standard sizes for manifold blocks, ensuring that components of various brands can be used interchangeably. These standards are defined by a number, such as CETOP 3, CETOP 5, etc., which refers to the size of the block and the port connections.
• Durability and Efficiency: Made from high-quality materials, CETOP manifold blocks are built to withstand high pressures and ensure reliable performance over long periods. Their precise construction also helps in minimising fluid losses and improving system efficiency.

CETOP Manifold Blocks for Hydraulics

CETOP manifold blocks are integral components in hydraulic circuits, designed to streamline the functionality and design of fluid power systems. By standardising hydraulic connections and consolidating multiple functions into a single block, CETOP manifold blocks significantly boost both efficiency and space utilisation in hydraulic systems. Here's how:

• Optimised Space Utilisation: Traditionally, hydraulic system components are mounted separately, taking up a considerable amount of space and complicating the system layout. CETOP manifold blocks simplify this by allowing multiple hydraulic functions to be housed in a single block. This modular design consolidates the components, reducing the overall footprint of the hydraulic circuit and making the system more compact and easier to integrate into tight spaces.
• Streamlined Hydraulic Flow: CETOP manifold blocks are engineered with precision to ensure that hydraulic fluid flows seamlessly through the system. These blocks are designed to accommodate multiple hydraulic components without the need for external connections. The direct flow paths built into the manifold block reduce friction losses and minimise the chances of leakage.
• Reduced Complexity: A major advantage of CETOP manifold blocks is the reduction in system complexity. Instead of dealing with individual components and complex interconnections, operators can manage the entire hydraulic function from a single point. With all hydraulic components integrated into one block, the system is easier to assemble, troubleshoot, and maintain.

The modular design, streamlined fluid flow, and standardised construction make CETOP manifold blocks an essential component in optimising the layout and performance of hydraulic circuits. Invest in one today by contacting us at Mobile Hydraulic Specialties.

Choose the right Parker pneumatic valves for your industrial applications in Australia. Achieve optimal performance and reliability with these valves.

Selecting the right Parker pneumatic valves is crucial for optimising performance in your industrial applications. With a wide variety of valve types—such as directional control, flow control, and solenoid valves—understanding their unique functions and features is essential.

A Quick Overview of Parker Pneumatic Valves

Parker pneumatic valves are components manufactured by Parker Hannifin, a leading global provider of motion and control technologies. These valves are essential in controlling the flow and direction of compressed air or gases within pneumatic systems, which are widely used in various industries, including manufacturing, automation, construction, and transportation.

There are various types of pneumatic valves being offered by Parker Hannifin. Directional control valves, for instance, can control the direction of airflow to actuators and cylinders. Common configurations include 2-way, 3-way, and 4-way valves.

Flow control valves, alternatively, regulate the speed of actuators by controlling the rate of airflow. Pressure relief valves are then intended to protect systems from overpressure by venting excess pressure. Solenoid valves are also available. They are electrically operated valves that allow for automated control of airflow.

Some notable qualities of Parker pneumatic valves are as follows:

• Quality and Durability: Designed to withstand the demands of industrial applications, Parker pneumatic valves are made from high-quality materials like aluminium, brass, and stainless steel, offering resistance to corrosion and wear.
• Precision and Reliability: Parker valves are engineered for precision operation, ensuring consistent performance and reliability in controlling air and gas flow.
• Ease of Integration: Designed for compatibility with various pneumatic systems, making it easier to integrate into existing setups and enhance overall system efficiency.
• Technical Support and Resources: Parker provides extensive technical documentation, resources, and customer support to assist in selecting the right valves for specific applications.

Choosing the Right Parker Pneumatic Valves

When choosing Parker pneumatic valves for your applications, several key factors must be considered to ensure optimal performance, reliability, and efficiency.

Here’s a list of factors to guide your decision.

• Application Requirements: You should determine whether you need directional control, flow regulation, pressure relief, or another specific function. You must also decide if the application requires manual, pneumatic, or electric actuation based on operational needs.
• Operating Pressure and Flow Rate: Ensure the valve can withstand the maximum operating pressure of your system. Hence, you must check both the minimum and maximum pressure ratings. Additionally, the flow requirements must be evaluated to select a valve that can provide adequate flow without causing bottlenecks. The Cv (flow coefficient) rating can help in this assessment.
• Size and Connection Type: You must also choose a valve that fits your installation space. Consider overall dimensions and mounting options. Moreover, you must ensure compatibility with your system's fittings, whether threaded, push-to-connect, or flange connections.
• Response Time: Consider how quickly the valve needs to open or close. Some applications, such as automation systems, require rapid response times to maintain efficiency.

Parker Pneumatic valves from Mobile Hydraulics represent the pinnacle of industrial fluid control technology for Melbourne's most demanding applications. Whether you're seeking optimal efficiency in manufacturing, process control, or complex hydraulic systems, Mobile Hydraulics' expert team stands ready to provide tailored Parker valve solutions that will elevate your operational capabilities.

Enhance the performance and flexibility of mobile hydraulic systems with stackable valves from Mobile Hydraulic Specialties. Know their benefits and uses.

Mobile hydraulic systems rely on components like stackable valves to deliver optimal performance in demanding environments. These systems often carry out a significant role in a wide range of applications, from construction equipment and agricultural machinery to material handling and mining vehicles. Through stackable valves, they can significantly contribute to the efficiency and functionality of mobile hydraulic systems, making them useful in a wide variety of industries.

Explore the benefits, applications, and working principles of stackable valves and how they can optimise the operation of mobile hydraulic systems.

What are Stackable Valves?

Stackable valves are compact hydraulic control valves designed to be mounted directly onto a manifold block or subplate. These valves feature a modular design that allows them to be stacked together, enabling the creation of customised hydraulic circuits tailored to specific application requirements. Stackable valves come in various types, including directional control valves, pressure control valves, flow control valves, and proportional valves, each serving a unique function in hydraulic systems.

Stackable Valves: Benefits

Mobile Hydraulic Specialties offers stackable valves out of popular brands like Parker Hannifin as they can provide several benefits to mobile hydraulic systems. These benefits are as follows.

• Compact Design: The compact size of stackable valves allows for space-saving installation, which makes them well-suited for applications that only maximise limited space.
• Customisable Configuration: Stackable valves can be easily configured and assembled to create custom hydraulic circuits tailored to the specific requirements of the application. This flexibility allows for efficient use of space and resources while optimising system performance.
• Enhanced Efficiency: By precisely controlling the flow, direction, and pressure of the hydraulic fluid, stackable valves help improve the efficiency and responsiveness of mobile hydraulic systems, resulting in smoother operation and better performance.
• Modular Construction: The modular design of stackable valves simplifies maintenance and repair tasks, as individual valves can be removed and replaced without disassembling the entire hydraulic system. This quality minimises downtime and reduces overall maintenance costs.

Uses of Stackable Valves

Stackable valves find widespread use in various mobile hydraulic applications.

First, stackable valves are commonly used in construction machinery such as excavators, loaders, and cranes to control hydraulic functions such as boom movement, bucket operation, and stabiliser deployment. These valves can also be utilised in agricultural equipment such as tractors, harvesters, and sprayers to control the functions of hydraulic lift arms and steering systems.

Stackable valves can likewise be employed in forklifts, telehandlers, and other material-handling vehicles to control lifting, tilting, and steering functions, ensuring precise and efficient operation. Lastly, these valves are utilised in mining equipment such as haul trucks, excavators, and drills to control hydraulic functions essential for excavation, material handling, and equipment operation in harsh mining environments.

Stackable valves, available at Mobile Hydraulic Specialties, are essential components that can optimise the performance and efficiency of mobile hydraulic systems. With their compact design, customisable configuration, and modular construction, these valves offer numerous benefits that make them well-suited for use in a wide range of mobile applications across industries. Invest in stackable valves today so equipment manufacturers and operators like you can achieve greater productivity, reliability, and versatility in their mobile machinery and equipment.

Guarantee safety in high-pressure systems with Parker manifold valves. Available at Mobile Hydraulic Specialties, explore their features for peace of mind.

In most industrial settings, investing in Parker manifold valves can help ensure the safety of high-pressure systems. These components offer a reliable solution to enhance efficiency and safety in these environments due to their robust construction, allowing them to withstand extreme conditions. They also possess advanced features that enable them to carry out smooth operations.

Parker Manifold Valves: A Quick Overview

Manifold valves are components used in high-pressure systems to control the flow of fluids or gases. They are typically installed in a manifold configuration, allowing multiple valves to be connected to a single inlet and outlet. The design of these components simplifies installation, reduces potential leak points, and improves system efficiency.

Parker offers manifold valves to effectively veer away from using externally mounted valves. Parker manifold valves also employ fewer connections, which helps minimise the number of leak points. Some more notable features of Parker manifold valves are as follows.

• Robust Construction: Parker manifold valves are engineered with high-quality materials and precision machining to withstand high-pressure and corrosive environments.
• Modular Design: These valves from Parker likewise feature a modular design, allowing for easy integration into complex systems and custom configurations to meet specific application needs.
• Safety Features: Parker manifold valves are equipped with safety components such as an anti-rotational thrust brush, gland packing adjuster, bonnet/body washer, dual cap, gland adjuster lock nut, gland packing, and anti-blowout spindle to prevent overpressurisation, allow necessary adjustments, and ensure operator safety.
• Leak-Tight Sealing: With advanced sealing technology and precision machining, Parker manifold valves provide leak-tight sealing, reducing the risk of fluid or gas leakage.
• Easy Maintenance: Parker manifold valves are designed for easy maintenance and servicing, with accessible components and minimal downtime during maintenance procedures.

Benefits of Using Parker Manifold Valves

Parker manifold valves can be purchased from Mobile Hydraulic Specialties. Integrating them into your high-pressure systems provides you with the following benefits.

• Enhanced Safety: The robust construction and safety features of Parker manifold valves can mitigate risks related to high-pressure systems, ensuring operator safety and asset protection.
• Improved Efficiency: By providing precise control over fluid or gas flow, these manifold valves optimise system performance and efficiency, reducing energy consumption and operating costs.
• Compliance with Standards: Parker manifold valves comply with industry standards and regulations for quality, safety, and performance, assuring regulatory compliance.
• Long-Term Reliability: With their durable construction and advanced features, Parker manifold valves deliver long-term reliability and performance, reducing downtime and maximising productivity in high-pressure systems.
• Versatile Applications: These valves from Parker are suitable for a wide range of applications, including oil and gas, chemical processing, power generation, and aerospace, offering versatility and reliability across diverse industries.

Parker manifold valves are essential components for improving safety and efficiency in high-pressure systems. With their robust construction, advanced features, and versatile applications, these valves offer reliable performance and peace of mind in demanding industrial environments. Contact Mobile Hydraulic Specialties today to attain these components and secure safe and reliable operation.

What Function Do These Valves Serve?

Directional control valves are used to control fluid flow direction in a hydraulic system. They are typically used in conjunction with hydraulic actuators, which convert the hydraulic energy of the fluid into mechanical energy. These actuators are used in various applications, from industrial machinery to construction equipment and aerospace.

Directional control valves perform exactly what their name implies: they regulate the flow direction of valves. In reality, though, it is more complicated. Essentially, these valves regulate the liquid flow by repositioning an internal moving component called a spool or disc. When the spool rotates in either direction, it opens various channels or ports within the valve. This enables pressure to go through a system in a certain manner, such as by moving a piston or shaft. This is the operation of hydraulic systems.

Many categories

Many varieties of directional control valves exist for diverse machinery, equipment, and applications. In general, directional control valves can be categorised according to the following:

Quantity Of Ports

Depending on the number of ports inside a system, there are typically three major types. Two-way, three-way and four-way valves have distinct working positions allowing multiple movement channels.

Kind Of Reel

This is directly proportional to the number of ports on the valve. The spool is the device that opens and closes the ports, enabling liquid to travel through or stop it. The poppet spool, rotary spool, and sliding spool are distinct types of spools that function within various directional control valves.

Implementing Method

This refers to how the position of the valve is altered. This is accomplished manually with a lever or pedal, electrically with an electrical current, or mechanically with a spring or ball.

Which Sectors Utilise Directional Control Valves?

Any industry that employs hydraulic systems to operate machinery, including automobiles, tractors, assembly lines, energy generation, raw and processed materials, large-scale printers, maritime equipment, light industrial, and mining applications, requires directional control valves. Even when commuting to work, you will likely need a transmission system that requires a directional control valve. Their broad application in the contemporary building, agriculture, mining, and development fields makes them more desirable.

Indicators That They Require A Service

Frequent equipment inspections and routine maintenance on your assets will guarantee that your hydraulic systems are in excellent condition. But, if you see any of the following indicators, you may choose to do this service sooner rather than later.

Corrosion or erosion might develop over time, particularly if your system is exposed to the elements.Internal leakage can occur for various causes, such as the actuator not being properly set up, the internal parts not being calibrated correctly, or having worn out.This can be caused by incorrect maintenance, high vibration, or extreme pressure.

Abnormal Hydraulic Function

if you observe any equipment functioning strangely, you should immediately stop working and investigate the issue. If you are unclear about what to do, contact a technician.

Mobile Hydraulic Specialties is widely regarded as an industry leader in the applied technology of hydraulic valves, along with the related parts and components.

Reliability in Hydraulics Technology

Reliable hydraulics technology has continued to advance, providing engineers with flexible and dependable means to perform tasks where high payloads and the precise movement of cargo and materials are required in ongoing labour-intensive situations. These situations include loading docks, the tops of skyscrapers, and other locations in which other methods would be nearly impossible to implement.

Fundamental Component Of The Hydraulic System

This component uses high-pressure reservoirs and fluid amplifiers to store and transfer power while mitigating the effects of shock. Rams and pistons, as well as lifting arms, are utilised to establish trust and movement. Rams and pistons, as well as lifting arms, are distinct iterations of high-pressure hydraulic valves. These valves take fluid pressure and direct it through sealed hoses to the particular ram or arm. Utilizing direction control valves to minimise back flow and pressure loss allows for consistent pressure flow and direction to be maintained, which is an important safety feature.

Zero-Leak Hoses, Seals, And Connections

The pressure in the hydraulic circuit is kept constant by utilising zero-leak hoses, seals, and connections, all of which are readily capable of keeping a pressure of more than 3000 psi constant. A pressure fuse or circuit is installed inside the system to provide an additional layer of defence against catastrophic failure or damage. This fuse or circuit can redirect excess pressure, assist in reducing fluctuation, and even set off alarms if serious issues arise within the pressure circuit. Fluid is drained from the system and stored in reservoirs while the overpressure is gradually reduced. It is possible to store some of the fluid as a reserve system in case of a pressure drop or to compensate for leaks.

Required Moving Components

Filtration of metals and other potentially dangerous particles is required inside hydraulic systems to provide moving components with the highest possible level of protection and extend their lifespan. There are also concerns with the seal and leaks, which can enable air and moisture to enter the hydraulic circuit. This can lead to significant performance issues and possible damage to the expensive moving parts.

Use Of Aircraft Quality Seals, O-Rings, And Fittings

Leaks within seals, connectors, and fitting joints are a constant worry, and the use of aircraft-quality seals, o-rings, and fittings afford the worry-free operation of weight-bearing lifts and thrusting capabilities within these robust machines while providing longer in-service life cycles to these high-pressure hydraulic valves and components.

Pneumatic systems are used in tools and machines as they regulate the amount of air, the rates, and the pressure on which the air moves through them. With the regulation of compressed air, things that run on pneumatic systems can operate for a long time. They are likewise durable, reliable, safe, and secure. All these benefits and functions, however, can only be possible if the components of pneumatic systems are in good condition. One of the components that these systems should possess is the pneumatic valves.

Pneumatic valves block and divert the compressed air flow within pneumatic systems. They generally drive the operation of the actuator, gripper, and other similar things. To date, there are three general types of pneumatic valves that business owners like you should know.

1. Two-Way Directional Valves

Two-way directional valves are comprised of two ports connected with a passage. The passage of these valves can be opened or closed to regulate the flow of compressed air. The airflow regulation is done by an electrically activated solenoid, which is designed to shift the valve spool or poppet. Once the valve ports are closed, the compressed air will not be able to flow. Air, alternatively, can move through the ports once they are open. These valves have an easy on-off function to interlock, isolate, and connect different system components.

2. Three-Way Directional Valves

Three-way directional valves have three ports connected through passages in a valve body. One of the ports serves as the exhaust exit, while the other one is connected to airflow. The last port is designed to connect the valve to a device like an actuator. Once two of the three ports have been opened, the remaining one will remain closed. During this time, the compressed air will move to the device. The exhaust is then expected to be vented when two different valves have been opened. These valves can be maximised in double-acting cylinders and work with high cyclic applications.

3. Four-Way Directional Valves

Four-way directional valves have four different ports. The first port is designed to be the exhaust pathway of the valves. The second port, alternatively, connects to an airflow that is pressurised. The third and fourth ports, ultimately, are attached to the actuators. What is great about these valves is they can conveniently reverse the motion of cylinders and motors.

Many more types of pneumatic valves can be obtained from reputable suppliers. If you want to know more about pneumatic valves, you can contact us at Mobile Hydraulic Specialties. We apply, sell, and service mobile and industrial fluid power products for hydraulic and pneumatic applications. We are an independent, family-owned business committed to your success.

For one, these systems are easier to control. With just simple levers, pushbuttons, and other operating mechanisms, hydraulic tools and machines can conveniently start, stop, and slow down. Another advantage of these systems is that they only require minimal upkeep. Most tools and machines that use hydraulic systems have few moving components. This specific quality makes these systems easier to maintain. Other core advantages of hydraulic systems are convenient power transmission, straightforward micrometric speed variations, minimal repair requirements.

One device, however, that can regulate the flow of the incompressible fluid inside the hydraulic system is the hydraulic valve. A hydraulic valve can be maximised in closing a line, redirecting the fluid, or controlling the level of flow. To date, there are three types of hydraulic valves that you should know.

Hydraulic Pressure Control Valves

Hydraulic pressure control valves are hydraulic valves that can regulate and maintain the pressure of the hydraulic fluid based on the preferences of the system operators. Through these hydraulic valves, any sudden rises in hydraulic pressure are prevented, which can then help in preventing hydraulic fluid leaks and system damages. Pipes, tubes, and other components are also deterred from leaking or bursting as long as these hydraulic valves are maximised. Some types of hydraulic pressure control valves that can be maximised by users are relief valves, sequence valves, unloading valves, and reducing valves.

Hydraulic Flow Control Valves

Hydraulic flow control valves, alternatively, are meant to adjust the flow rate of the hydraulic fluid. They maximise an adjustable port that is meant to change the flow area and introduce changes in the flow rate. Keep in mind that the speed of tools and machines is directly related to the flow rate. So, once a hydraulic flow control valve reduces the flow rate, the speed of a tool will slow down. Hydraulic flow control valves are often maximised in control circuits of motors, actuators, and cylinders. A few types of hydraulic flow control valves are priority valves, deceleration vales, and proportional flow-control logic valves.

Hydraulic Directional Control Valves

Hydraulic directional control valves, ultimately, are hydraulic valves that can route the hydraulic fluid to devices that need it. These hydraulic valves can extend, retract, or get back to their neutral position when controlling the hydraulic cylinder. They can even carry out other functions just to control the acceleration, direction, or speed of an actuator. To ensure that hydraulic directional control valves can work optimally, they maximise spools. Some valves use a single spool, while others opt for multiple spools to ensure that they can carry out their main functions very well. To find out more about hydraulic valves, you can call us at Mobile Hydraulic Specialties.

A hydraulic system generally works by processing hydraulic fluid to generate enough energy for a specific machine. The hydraulic fluid from the system is typically uncompressible and moves from an electric motor to an actuator. As the fluid moves, it can create enough force or power to allow machine components to carry out their respective functions. 

One part of the hydraulic system that you must consider heavily is the directional control valve. This specific part can regulate the control over the direction of the fluid flow within the system. Considering this part can help your system work optimally and avoid sudden system interruptions.

Here are some factors to consider when picking the best directional control valve for your system.

Surrounding Elements

One of the factors that you should consider when picking the best directional control valve for your system is the system’s surrounding elements. The condition of your surroundings must be heavily considered since some of its elements might not be great for some types of directional control valves. You must take note of the average temperature of your surroundings and see if a specific directional control valve can handle it. You must also check if dust particles, dirt elements, and insects are present.

Controlled Media

Another factor to consider when choosing the best directional control valve for you is the media that it will control. Media like compressed air, water, natural gas, inert gasses, and hydraulic oil feature some properties that can only work with certain types of directional control valves. Knowing these things beforehand can help you choose the most suitable one for your system.

Pressure Requirements

The minimum and maximum pressure requirements of your hydraulic system should also be considered when picking and buying its directional control valve. After all, this specific valve comes in a wide array of configurations such as pilot-operated, solenoid-pilot, and manual.

Flow Factor

Numerous types of directional control valves may feature varying flow factors at the same port size, which is why it would be great if you will be identifying the flow factor of the hydraulic fluid instead of relying heavily on port size. Opting for a directional control valve based on the port size may only lead to oversizing, high installation costs, and other unnecessary expenses.

Core Function

One more factor that you should consider in picking the best directional control valve for your hydraulic system is its intended core function. As previously stated, directional control valves may come in a wide array of configurations and types. A 2-position valve can be effective in pressurising and depressurising a fluid power circuit, while a 3-position valve boasts an additional function towards an unactuated valve.

If you want to obtain high-quality directional control valves for your hydraulic systems, you can always contact us at Mobile Hydraulic Specialties. We apply, sell, and service both mobile and industrial fluid power products and accessories for hydraulic and pneumatic applications.