Our pneumatic valves are divided between SFP with functions 5/2, 5/3, 3/2 and SCEP what differs them from SFP are smaller dimensions. There are also SIP pneumatic valves they are manufactured according to ISO 5599/1 SIP valves are characterized by high bandwidth, so that they can be used with devices with high power air.
Universal pneumatic valves, commonly used in any pneumatic system, where compressed air is used also as control signal. Pneumatic valves from flexible are used to power other equipment (commonly air cylinders).
Economy series pneumatic valves, serve the same purpose as valves from flexible series, but they are characterized by smaller dimensions, therefore can be used in more compact environments.
Pneumatic valves, to be mounted on sub-plates, manufactured according to ISO standard. Can serve as exchange for any valve (or sub-plate) produced according to ISO-0 15407-1 / VDMA 24563 and ISO 5599 norms. High quality ISO valves.
Series of pneumatic valves to be used with NAMUR connection type. Those valves are typically used in pneumatic drives or axial control valves. Best prices on NAMUR pneumatic valves.
YPC had prepared several series of pneumatic valves with different technical specifications.
SFP Series: Universal and most popular pneumatic valves with 5/2, 5/3 and 3/2 functions. They are used in every industry branch, and are commonly selected by our customers. They can be mounted on manifolds.
SCEP Series: Equivalent of SFP series, maintaining similar parameters, but with reduced size. Alsoquantities wholesale much more universal in block mounting - on same manifold valves with different functions can be installed (5/2, 5/3 and 3/2).
SIP Series: Series of valves dedicated for manifold or sub-base type mounting. Valves are produced according to ISO 5500/1, so you can be confident that our valve will fit nicely to manifolds or sub-bases of other manufacturers. Specific feature of SIP pneumatic valves are high flow values, so they are perfect to use with elements requiring huge amounts of compressed air.
NAMUR: Series of valves to use with NAMUR type connection, commonly used in pneumatic drives or axial control valves.
We are direct importer and official distributor of YPC valves in Poland, we are able to guarantee most competitive prices, and continous access to valves, even in wholesale quantities.
Pneumatic valves are among the collection of gears responsible for controlling the pressure, speed, and quantity of air as it passes through a pneumatic system. These systems depend on the strength of dense air to send out power; can be found in innumerable industrial purposes, from pneumatic pressure control gear to diesel engines.
In double working cylinders, air stress is supplied off and on to the comparative surface of the pressure supplier, creating a drivingpower and a withdrawing force. As the active part of the pressure provider is trivial, the drive formed through the withdrawal is comparatively weak.
Pneumatic valves moves air all through a bigger pneumatic system by either permitting or restraining the stream of condensed air, whose power is then meant to control a device. Because valves can contain different areas of entrance for air, generating diverse flow models, valves are categorized on the basis of the amount of ports they own and the flow-paths they generate.
A lot of practical directional pneumatic control valves are categorized on the basis of the amount of entrance and exit areas they have, the number of stream paths they generate, and the method by which ports are unlocked and blocked. Pneumatic valve regulate valve location by changing air force into rectilinear or revolving motion.
They worked when the blow of a diaphragm actuator is too small or the drive is too trivial. Compacted air is functional to a hard piston limited within a compact cylinder. Modest projects have the air introduced into a principal cavity and the air moves the piston uphill. Whenever the air compression is detached, the tube travels in the reverse direction because of the opposite force coil.
Valve adjusters associate a regulator signal to a controller actuator’s location and change the actuator consequently. They are applied with both direct valves and rotating valves. Valve adjusters are used when the stress in the diaphragm chamber is 0.2 to 1 bar and are not enough to manage with resistance and great differential stresses.
A control regulator is a regulator that manages the drift of air. They contain non-return controllers,shuttle valves,drift control valves, etc. A non-return regulatorpermits air tomove in single direction only. Whenever air travels in the reverse route, the regulator will close.These valves are also known as a poppet valve.
Shuttle valves sometime also recognized as multiple controller or single controller non-return regulators. A shuttle regulator has inlets for air and one outlet. When compacted air moves in through one inlet, the domain will block the second inlet.
Valve adjusters vary in footings of uses, structures, and endorsements. Some goods are planned for motorized, aerospace, aquatic, therapeutic, or armed applications. Other yields are appropriate for food handling or pharmacological submissions. General-purpose strategies are usually available.
Moreover, for the reason that they can shift air in a diversity of ways they can go with a range of applications. Beside from the frequently used valves, there are valves that are planned to supply more precise purposes.