Engineering solutions Archives - Hydraulics BG

What Defines a Cetop Hydraulic valves Systems?

Hydraulics-bg — Tue, 28 Nov 2023 12:25:54 +0000

CETOP hydraulic valves are vital in Hydraulic systems, playing a role in controlling the flow and direction of hydraulic fluid. These valves pass the international standard ISO 4401 and are famous for their standardized dimensions, versatility, and reliability.

A CETOP hydraulic directional control valve allows fluid to flow into different paths from single or multiple sources. The movement of the spool checks or permits movement, thus controlling fluid flow.

Anatomy of CETOP Valves

Every CETOP valve has a spool that regulates the hydraulic fluid through various ports within the valve body. The spool’s precise positioning is achieved through external actuation and determines the flow path. It enables control over the direction and speed of hydraulic actuators. Anatomy helps to understand how does a hydraulic valve work.

To understand CETOP hydraulic valves, let’s see the components of a CETOP valve. A CETOP valve has a Port, Spool, Detent, Return spring, and control ports.

The Port is an opening in the valve body facilitating the entry and exit of hydraulic fluid. The axial location of the spool within the valve body determines the flow path of hydraulic fluid. The detent is a notch or groove within the spool’s profile that provides a stable position, preventing unintentional movement.

A Return Spring is a spring that returns the spool toward its neutral position, ensuring fluid flow cessation when external actuation ceases. Work Ports connect to the actuators that direct fluid to extend or retract the hydraulic cylinders. Control Ports are Ports to manipulate the spool’s position, which controls the flow path of hydraulic fluid. The above information answers the question of how does a hydraulic valve work.

CETOP Hydraulic Valve Types

CETOP hydraulic valves have a range of configurations, each tailored to specific hydraulic applications. Apart from these types, a Hydraulic valve manifold is also an option.

Directional Control Valves control the direction of hydraulic fluid flow, enabling the actuation of hydraulic cylinders in either direction. Direction control Valves regulate the flow rate of hydraulic fluid, ensuring precise control of actuator speed and movement.

Pressure Control Valves aka CETOP 3 hydraulic valves, maintain a predetermined hydraulic pressure, preventing overpressurization and potential system damage. Sequence Valves control the sequence of actuator operation, ensuring a specific order of movement in hydraulic circuits.

Apart from the above hydraulic valve types, a hydraulic valve manifold is also available.

Benefits of CETOP Valves

Here are some of the benefits of using CETOP hydraulic valves:

Standardized dimensions: CETOP hydraulic valves have a standardized set of dimensions that makes Hydraulic valve assembly easier.

Modular design: CETOP hydraulic valves are combined to create complex circuits showcasing their versatility.

High performance: CETOP valves are for high performance. They can control hydraulic systems with a wide range of pressures and flow rates.

Durability and reliability: CETOP valves are long-lasting. They withstand the tough conditions of industrial and mobile applications.

Versatility: CETOP valves have a variety of applications. They are made for precise control of hydraulic fluid flow.

Overall, CETOP valves are handy for a hydraulic system. They are versatile, reliable, and high-performance.

Applications of CETOP Valves

CETOP valves find many applications in diverse industries, including Mobile Hydraulics, Industrial Hydraulics, Power Generation, and Distribution. They are in agricultural equipment, construction machinery, and off-road vehicles.

They control machine tools, presses, and material handling systems. CETOP valves also aid power plants, wind turbines, and hydraulic pumps. They are also considered Modular hydraulic valves.

Best functions of CETOP valves

The Cetop valve standards are very high. They include many benefits like Directional control, flow control, pressure control, sequence control, and metering.

CETOP valves control the direction of hydraulic fluid flow. Allowing them to control the movement of hydraulic actuators, such as cylinders and motors. They can also control the flow rate and speed of hydraulic fluid. CETOP valves can control hydraulic fluid pressure to prevent hydraulic systems from overpressure. CETOP 3 hydraulic valves specialize in Pressure control.

CETOP valves can control the sequence of operation of hydraulic actuators to ensure that hydraulic actuators operate in the correct order. CETOP valves can meter the amount of hydraulic fluid used by an actuator. This feature helps to improve efficiency and reduce energy consumption. CETOP valve standards are high as they can perform many other tasks, such as filtering, cushioning, and silencing. They are also considered Modular hydraulic valves.

CETOP Valve Mounting, Maintenance, and Considerations

CETOP valves are also known as cartridge valves. They are designed according to the ISO 4401 standard. They are in industrial and mobile hydraulic systems due to their standardized dimensions, modular design, and high performance.

CETOP mounting valves

Proper CETOP mounting valves are important for their optimal performance and longevity. The steps involved in mounting CETOP valves are Surface preparation, gasket installation, Valve positioning, Bolt tightening, Port connections, and if necessary electrical connections.

The Hydraulic valve assembly surface is required to be free from any debris, clean, flat, and free of defects. Which ensures the proper seating and alignment. Installing a suitable gasket between the valve and the mounting surface is safe. The gasket needs to be sized and made from a compatible material.

The installer should use appropriate bolts and nuts to secure the valve. Bolts should be tightened evenly and to the correct torque specifications. Connection of valve ports with corresponding hydraulic lines should be suitable for fittings and adapters. Ensure that the connections are tight and leak-free.

CETOP Valve Maintenance

Normal support of CETOP valves is fundamental for keeping up with their presentation and forestalling possible glitches. Here are some key upkeep systems:

Visual Assessment: Routinely examine the valve for any indications of harm, spillage, or wear. Check for free bolts, harmed gaskets, or some other noticeable issues.

Neatness: Keep a spotless workplace to forestall the tainting of the valve. Clean the valve body and encompassing region intermittently to eliminate soil, flotsam, and jetsam, or liquids.

Inner Cleaning: If vital, dismantle the valve and clean the interior parts as per the maker’s directions. Utilize proper cleaning solvents and devices.

Grease: Grease up moving parts, like spool direction and turns, as per the maker’s suggestions. Utilize suitable ointments viable with pressure-driven liquids.

Utilitarian Testing: Carry out ordinary useful tests to guarantee that the valve is working accurately. Check for legitimate stream control, pressure guidelines, and directional control.

Record Keeping: Keep up with records of support exercises, including dates, methodology performed, and any perceptions. This will help in following the valve’s condition and distinguishing potential issues right off the bat.

Considerations for CETOP Valve Selection

While choosing CETOP valves for a particular application, a few elements should be thought of:

Application Necessities: Decide the particular capability expected from the valve, for example, directional control, stream control, pressure control, or arrangement control.

Framework Determinations: Consider the framework’s working tension, stream rate, liquid sort, and consistency necessities.

Natural Elements: Evaluate the ecological circumstances where the valve will work, for example, temperature range, vibration levels, and openness to pollutants.

Mounting and Establishment: Consider the mounting space accessible and the simplicity of establishment and support.

Cost and Accessibility: Offset the exhibition necessities with the expense of the valve and its accessibility from providers.

Maker Notoriety: Pick valves from trustworthy producers with a demonstrated history of value and unwavering quality.

Via cautiously considering these elements, specialists can choose the most fitting CETOP valves for their particular applications, guaranteeing ideal execution, dependability, and life span.

CETOP valves are a kind of particular valve that is generally utilized in water-driven frameworks. They are planned according to the ISO 4401 norm, which guarantees that they are normalized concerning aspects, execution, and connection points. This makes CETOP valves simple to trade and introduce.

CETOP valves are accessible in different designs to meet a large number of uses. Probably the most widely recognized pressure-driven valve kinds of CETOP valves include:

Direction hydraulic control valves: These valves control the bearing of a powered liquid stream.

Stream hydraulic control valves: These valves control the stream pace of pressure-driven liquid.

Pressure control valves: These valves control the strain of water-powered liquid.

Arrangement valves: These valves control the grouping of activity of pressure-driven actuators.

Metering valves: These valves measure how much water-powered liquid is utilized by an actuator.

CETOP valves are a flexible and solid answer for a large number of pressure-driven applications. They are a fundamental piece of particular water-driven frameworks, and they enjoy many benefits and are Secluded pressure-driven valves.

By and large, CETOP valves are a significant expansion to any pressure-driven framework. They are flexible, solid, and superior execution valves that can be utilized to control a wide assortment of water-driven actuators.

Conclusion

CETOP valves have firmly established themselves as indispensable components in the world of hydraulics. Their standardized design, exceptional performance, and versatility make them a preferred choice for a vast array of applications. As hydraulic systems continue to evolve, CETOP valves will undoubtedly remain at the forefront, ensuring precise control, efficient operation, and reliable performance.

CETOP hydraulic valves are a variety of hydraulic valve that is known for their versatility, reliability, and standardized dimensions. They are in a variety of applications, including construction machinery, agricultural equipment, and off-road vehicles.

Must Check:https://hydraulics-bg.com/2023/11/23/understanding-hydraulic-valves-what-are-they/

Must Check:https://hydraulics-bg.com/2023/11/28/what-defines-a-cetop-valve-in-the-realm-of-hydraulic-systems/

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Understanding the Monoblock Control Valve: What Does It Entail?

Hydraulics-bg — Tue, 28 Nov 2023 11:49:07 +0000

The monoblock control valve is a pivotal component for fluid regulation in hydraulic systems. This compact valve helps in directing fluid in many different industrial applications from agriculture to construction. The Monoblock control valve is used to stop or start the flow of fluid into the hydraulic cylinders and hydraulic motors. Monoblock control valve has outstanding features including high performance, high efficiency, small volume, mass flow, and leakproof. The compact Monoblock hydraulic control valve has fixed and big pull rods to control direction, providing various ports and circuit valves.

What is a monoblock valve?

The Monoblock integrated Control Valves are a single-piece construction performing many functions in a singular block. The material of Monoblock is usually a strong alloy like steel or aluminum. Because of the compact size of the valves, they are easy to install in many hydraulic systems.

In addition, the compact monoblock directional control valve has fixed and big pull rods to control direction, providing various ports and circuit valves. The valve offers various operation methods including manual control, pneumatic control, hydraulic and electro-hydraulic control, and can select these methods according to customers’ requirements. This is a hydraulic monoblock solenoid directional control valve. The Monoblock control valve has many sections. Each of these sections performs a specific function in the Monoblock directional control valve. These sections commonly include intel, outlet, control section, and many ports for fluid passage. I hope the above information answers the question what is a monoblock valve?

Functions and Operations

The Monoblock control valve’s primary function is the flow management of hydraulic fluid. The Monoblock hydraulic control valve also regulates direction, pressure, and volume. These valves operate by the movements of spools. by adjusting the spools operators can manage the flow rate, direction, and pressure of the hydraulic fluid, Through the different sections of the valve.

These mechanisms of a monoblock control valve are often manipulated via levers, nobs, or actuators. This enables the manual control of the wall giving the operator a hands-on management of the hydraulic system. Electric controls help operators to manage the systems remotely. One can also automate the systems with efficiency and precision.

Monoblock integrated control valves have applications across industries. This is a hydraulic monoblock solenoid directional control valve. However, their heavy use is seen in agricultural machinery, like tractors and harvesters. Other than agriculture, they have an application in the construction industry. Construction equipment like loaders, excavators, Forestry machines, and industrial systems.

Maintenance and considerations

The Monoblock control valve maintenance is crucial for the smooth operations of a hydraulic system. Timely checks for leakage, lubrication, and valve cleaning for the monoblock control valve should be routine to avoid hydraulic valve block repair. The spool is more susceptible to wear and tear on extended use. When considering a monoblock control valve, factors such as the required flow rate, operating pressure, number of sections, and compatibility with the hydraulic system need to be carefully evaluated. Understanding the specific needs of the application is crucial in selecting the correct type of monoblock control valve for optional performance.

The quality of the material is a crucial factor for the maintenance and smooth working of hydraulic systems. One should ensure the valve is made of heavy-quality materials suitable for the functioning of a monoblock valve. Apart from this, the proper installation of a Monoblock control valve is also crucial. One should make sure to follow the manufacturer’s guidelines for installation and maintenance. The seal checks for wear and tear as they are crucial for leakage prevention. You can implement filters and avoid contamination of hydraulic fluids. You should ensure that the hydraulic fluid is flowing under the designed pressure and flow range to avoid premature wear in the monoblack valve. All the above measures help in avoiding hydraulic valve block repair.

Applications of Monoblock Control Valve

The use of a Monoblock valve is believed to be very versatile. Many industries like agriculture, construction, Material Handling, Industrial machinery, Industrial machinery, Forestry equipment, Mining, and waste management industries use this valve.

Agricultural machinery like tractors, parasite sprinklers, and combine harvesters use monoblock control valves. Their hydraulic systems use monoblock integrated control valves for functions like lifting, tilting, steering, and controlling other hydraulic systems. On the other hand, the construction equipment also includes a Hydraulic Monoblock valve. Equipments like Backhoes, excavators, Loaders, and other heavy machinery use a Monoblock control valve. The monoblock control valve in this machinery directs the movement of booms, buckets, and other attachments.

Material handling equipment like forklifts, conveyor belts, Stackers, reclaimers, and bucket elevators have monoblock control valves. These monoblock control valves help in performing functions like controlling, lifting, tilting, and other hydraulic functions. Moreover, hydraulic operations like presses, molding machines, and automation equipment in Industrial machinery are performed by Monoblock valves. Monoblock control valves are in charge of these functions in manufacturing machines also.

Hydraulic systems are prevalent in forestry machinery worldwide. This industry is indispensable when it comes to the production of paper products, plywood, and lumber. Forestry machines of all types rely on hydraulic systems to operate at maximum efficiency, which reduces halts and gives high productivity. Logging machines like forestry cranes and skidders have a monoblock valve for controlling grapples, winches, and other functions of hydraulic systems.

Hydraulics are present in various aspects of waste recycling. They also help to automate and optimize movement as well as the processing and sorting of material. Conveyor systems transport materials, hydraulic pumps, and cylinders are used to control the movement of hoppers, belts, and chutes that execute precise material sorting and organization. More popular uses of hydraulics are bailors to compact and compress materials; sheers and shredders to break down large items; and compactor ejectors to push compact waste out of a container. Waste management equipment like Garbage trucks, compactors, and street sweeps use hydraulic systems. The monoblock valve control functions like pressing, lifting, passing, and sweeping in waste management machinery.

Every stage of mining requires hydraulic systems. For instance, drilling tools & tools for crushing stones, excavation machinery for digging earth, and trucks and forklifts for transporting the waste from the mining site. So, the machinery for the mining industry can be categorized as earthmoving machinery, crushing equipment, and feeding & conveying equipment. Shovels, excavators, haul trucks, dozers, loaders, and drills are some examples of mining machinery. The hydraulic fluid used in this machinery is fire-resistant and it needs to be compatible with the system circuit also. Other features for fluid selection will vary based on the equipment design characteristics, operational parameters, and environment.

Solenoids in a Hydraulic Monoblock valve

Solenoids are electro-mechanical devices integrated into the functioning of Monoblock control valves. They primarily control the movement of spools in the hydraulic monoblock valve. The hydraulic monoblock solenoid control valve is crucial for precision, reliability, and efficiency. The spools are responsible for directing fluid inside the monoblock control valves. The solenoids are also available in voltage variance. This voltage variance affects the strength of the electromagnetic field generated within the solenoid. This affects the performance and responsiveness in controlling hydraulic fluid.

Two solenoids are present in different monoblock control valves that differ from one another due to the difference between their Voltage variation. The two common voltage variations are 12V and 24V.

A Hydraulic solenoid valve 12V is a part that operates on a lower voltage than 24V. It is very beneficial for machinery where space is limited. They are very apt for machinery with sensitive power consumption. For the Monoblock control valve, the solenoid converts the electrical energy into mechanical movements. The 12V solenoid is known for its energy efficiency in most systems prioritizing power consumption.

When a Solenoid is activated, it generates an electromagnetic field that attracts metal parts of the valve. This moves the spool of the Monoblock control Valve resulting in the directing, stopping, or starting of a hydraulic fluid. The role of a Hydraulic solenoid valve 12V in a Monoblock is handy. Since, it is crucial for enabling precise control of hydraulic systems while being energy efficient. Solenoid facilitates the smooth operation of all hydraulic systems in various industrial applications.

The other variant of hydraulic solenoids is the hydraulic solenoid valve 24v. This variant operates at a higher voltage than the 12V variant. The hydraulic solenoid valve 24v provides an increased electromagnetic c force and increases the response time of the Monoblock Control Valve. This increased voltage creates a stronger Electromagnetic field allowing a more powerful and quicker mechanical response on the spool. It reduces the response time of the Monoblock Valve. This variant is installed where quicker and more robust working is essential.

The selection between 12V and 24V depends on many factors. The factors like requirements for the application, energy efficiency, response time, Power source availability, and desired level of precision. One should also consider the compatibility of a hydraulic monoblock solenoid control valve with existing electrical appliances.

Conclusion

In the era of Hydraulic systems, the Monoblock control valve is a pivotal part. These valves work for directing, starting, and stopping hydraulic fluid. The valve is very handy since it is a compact, integrated unit that manages the flow and direction of hydraulic fluid. The use of hydraulic systems with these valves is in many industries like agriculture, manufacturing, Waste management, etc. These valves also come in different variants depending on the number of spools and voltage variants of the solenoid.

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The Functions of Solenoid Valves: What Are They Utilized

Hydraulics-bg — Mon, 27 Nov 2023 11:58:48 +0000

Solenoid Valves Explained: Definition of Solenoid Valves, Solenoid Valve Functions and Products:

Looking for solenoid valves explained for beginners? If you have come across this article while scanning the internet for solenoid valves explained or elaborated-type of information then you are in the right place. This article will try to explain what solenoid valves are in simple words and what they do. We will also be looking at the types of solenoid valves available in the market and some models of solenoid valves that you can buy from reputable companies like Lena Agromashini Ltd. If you are a solenoid valve nerd then you can also research on some genuine solenoid valve symbol list and question your friends with some unusual trivia. Apart from fun trivia, knowing what a solenoid valve symbol looks like can also be beneficial while studying a hydraulic circuit diagram or blueprint.

Like most hydraulic valves, hydraulic solenoid valves are used to control the flow of liquid or fluid, primarily oil and sometimes gas, within a hydraulic system. Solenoid valves are valves which function using electric current. The main parts in solenoid valves include a solenoid coil and a solenoid valve actuator. An electric solenoid valve contains a mechanism called a solenoid actuator or a solenoid valve actuator. This solenoid actuator has a solenoid coil inside it to regulate the flow of electric current inside it. This solenoid coil inside the solenoid valve actuator of an electric solenoid valve gets energized and creates a magnetic field. The energy created by this magnetic field created by the solenoid coil pushes the plunger present inside the solenoid actuator and makes the machine function. This helps in the functioning of the valve and thus, efficiently regulates the flow of the solenoid valve water or fluid present in the hydraulic system. An electric solenoid valve or a hydraulic solenoid valve generally has two ports- an inlet port and an outlet port. A very common use of this type of valve is a solenoid valve water purifier or a solenoid valve water filter.

Common Functions of Solenoid Valves:

Automation Services: Solenoid valves are used almost 100 percent of the time whenever a hydraulic valve is needed to control the flow of hydraulic fluid automatically.
Pharmaceutical Services: A lot of medical devices like anesthesia equipment and dialysis equipment use solenoid valves in their mechanisms.
Hydraulic Circuits: Solenoid valves are used in circuits which are responsible for regulating gas or liquid flow inside a circuit, for example, air conditioning circuits. An easy way of pointing out a solenoid valve in a circuit is to look for a solenoid valve symbol. It looks like a box with a ‘S’ written inside it connected with a horizontal hourglass shape.

The Best Solenoid Valve Manufacturers in the Uk and the USA Regions:

Now, if you are wondering where to get good quality solenoid valves or hydraulic solenoid valves for sale in the UK and the US then we have the perfect place for you. One of the most trustworthy and reputable solenoid valve manufacturers is Lena Agromashini Ltd. They are an official representative of reputable Bulgarian hydraulics power producers such as Badestnost, M+S Hydraulic, Caproni, and many others with premium quality standards. Lena Agromashini Ltd. has two state-of-the-art warehouses to cater to the overwhelming demand for its products. One of the warehouses, Sliven in Bulgaria, is spread across a whopping 13,300 square miles, and the other warehouse is located in Warsaw near Bulmach Ltd., the subsidiary of Lena Agromashini Ltd. This is a massive advantage for Lena Agromashini Ltd. since they can stay and work closer to their partners while offering impeccable service through their wide range of products. To find the perfect solenoid valve types for your needs, contact them right away for direct assistance.

Solenoid Valve Types from Lena Agromashini Ltd. Solenoid Valve Manufacturers:

SOLENOID VALVE TYPES/HYDRAULIC VALVES TYPES

FEATURES

Pressure control valves pressure relief proportional, pressure relief, cartridge valves type WZPSE6

PRODUCT DESCRIPTION: It is suitable for mounting various positions with different pressure variations. There are two solenoids of 12 or 24-V electromagnets and the capacity to use an electronic controller with an added connection port of M22x1,5. Visit website for solenoid valve price details

Directional Control Hydraulic Valves – Type PC70 (PC100) VRP 12/24VDC

Technical parameters:Collector Kit for 1 to 8 sections

Nominal flow 70(100) l /min

Maximum operating pressure of the valve, P=250;T=50 bar A, B = 300 bar

Leakage(A, B-T) 15cm3/min at 120 bar

Operating pressure min/max 10/50 bar

Max operating pressure in L (T line) 25 bar

Solenoid operating feature – Nom voltage tolerance +/-10%

Power rating, Duty cycle 24W / 100 %

Directional Control Hydraulic Valves – Type P40 VRP 12/24VDC

Technical parameters:

Nominal flow 40 l /min

Collector Kit for 1 to 5 sections

Maximum operating pressure of the valve, P=250;T=50 bar A, B = 300 bar

Leakage(A, B-T) 15cm3/min at 120 bar

Operating pressure min/max 10/50 bar

Max operating pressure in L (T line) 25 bar

Solenoid operating feature – Nom voltage tolerance +/-10%

Power rating, Duty cycle 24W / 100 %

Directional Control Hydraulic Valves- Type P35

1 spool, -40 degree celsius to +60 degree celsius, 12-800 mm2/s viscosity, -15 C to +80 C fluid temperature, 10 to NAS 1638 filtration, A, B = 300 BAR pressure, 35 l/min nominal flow, 5 cm3/min at 100 bar, 46 cSt leakage

Directional Control Hydraulic Valves- Type P38

Directional Control Hydraulic Valves- Type P120

1 to 4 spool, 10 mm, L12+/-10/6 spool stroke, <300 hydraulic valve actuator force, -40 degree celsius to +60 degree celsius, 12-800 mm2/s viscosity, -15 C to +80 C fluid temperature, 10 to NAS 1638 filtration, A, B = 300 BAR pressure, 120 l/min nominal flow, 8 cm3/min at 100 bar, (46 cSt) leakage

Directional Control Hydraulic Valves- Type Z80 (new version of the previous P80 valve)

1 to 6 spool, 7 mm spool stroke, <220 hydraulic valve actuator force, -40 degree celsius to +60 degree celsius, 12-800 mm2/s viscosity, -15 C to +80 C fluid temperature, 10 to NAS 1638 filtration, A, B = 300 BAR pressure, 80 l/min nominal flow, 6 cm3/min at 100 bar, (46 cSt) leakage

Directional Control Hydraulic Valves- Type Z50 (new version of the previous P40 valve)

1 to 7 spool, 6 mm spool stroke, <220 hydraulic valve actuator force, -40 degree celsius to +60 degree celsius, 12-800 mm2/s viscosity, -15 C to +80 C fluid temperature, 10 to NAS 1638 filtration, A, B = 300 BAR pressure, 50 l/min nominal flow, 5 cm3/min at 100 bar, (46 cSt) leakage

Directional Control Hydraulic Valves- Type PC100

Up to 8 modifications, +/- 7 mm spool stroke, <200 N hydraulic valve actuator force, -40 degree celsius to +60 degree celsius, 12-800 mm2/s viscosity, -15 C to +80 C fluid temperature, 10 to NAS 1638 filtration, A, B = 300 BAR pressure, 70 l/min nominal flow, 100 l/min maximal flow, 18 cm3/min at 120 bar

Directional Control Hydraulic Valves- Type PC70

Directional Control Hydraulic Valves- Type Z80 12/24VDC

1 to 6 spools or modifications, 12VDC, 24 VDC coils- Connector ISO 4400, 80 l/min nominal flow, 20-40 ccm/min internal leakage

Directional Control Hydraulic Valves- Type Z50 12/24VDC

1 to 7 spools or modifications, 3.2 mm spool stroke, 12VDC, 24 VDC coils- Connector ISO 4400, 50 l/min nominal flow, max 18 ccm/min internal leakage

Directional Control Hydraulic Valves- Type P120 VRP12/24VDC

120 l/min flow rate, max 300 bar pressure on A and B, 6[0.37] cm3/min leakage, 10 to 50 bar operating pressure, max 4[58] bar pressure in L

Type PC45

Compact and heavy-duty with 1 to 12 sections for open and closed centers hydraulic systems, simply built with a great relief and load check valve on each section, optional power beyond port, available manual, pneumatic, electro-pneumatic, hydraulic, electro-hydraulic, solenoid, and cable control kits, 16mm spools. Visit website for solenoid valve price details

PK80 (Automatic Kick Out)

1 to 6 modifications or spools, +/- 7 mm spool stroke, <220 N hydraulic valve actuator force, -40 degree celsius to +60 degree celsius ambient temperature, 12-800 mm2/s viscosity, -15 C to +80 C fluid temperature, 10 to NAS 1638 filtration, A, B = 300 BAR max operating pressure, 80 l/min nominal flow, 100 l/min maximal flow, 18 cm3/min at 120 bar, mineral oil/ hydraulic oil-based hydraulic liquid

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