Each of the two ports on a two-way valve is alternately used to permit flow as well as close it off. A two-way valve can be specified to be either “normally open" or “normally closed” in its operation. With a normally open valve, the valve remains open until some type of current is applied to close the valve. Suspension of the electrical power causes the valve to automatically reopen to its normal state. A normally closed solenoid valve is the most common, working in the opposite fashion, remaining closed until a power source causes it to open
Three way valves come with three ports. These are commonly used when alternate and exhaustive pressure is required for operation, as with a coffee machine or dishwasher.
In pilot operated valves, the plunger opens up the pilot opening while built-up pressure causes the valve to open and close. Although piloted valves require less electrical energy to operate, they usually need to maintain full power in order to remain in an open state, and they perform at a slower rate than direct acting solenoids. Direct acting solenoid valves only need full power when opening the valve, as they can hold their open position even when operating on low power.
In a direct acting solenoid valve, a coil magnetically opens the valve in a direct action, lifting the shaft and the seat of the valve without depending on outside pressure.
Roller Lever Valves are used to actuate the movement of Pneumatic Cylinders. In the absence of electrical supply, manually operated valves such as Roller Lever Valves are used. The functioning is the same, however, the solenoid coil is replaced by a Rolling lever, which actuates the movement of air inside the valve, and out to the Cylinder.
Each pneumatic system has an optimal operating pressure and exceeding this pressure results in excessive wear and wastes compressed air. Regulators are designed to maintain a consistent prescribed outlet pressure regardless of the inlet pressure and also maintain a consistent pressure regardless of flow rate requirements. The precision needed to maintain the regulation and flow requirements determines the type and cost of regulators needed.
Push Pull Valves are used to operate Pneumatic Cylinders. In the absence of electrical supply, manually operated valves such as Push Pull Valves are used. The functioning is the same; however, the solenoid coil is replaced by a knob, which controls the movement of the spool inside the valve, thereby allowing the air to pass.
Pneumatic P.U Pipes are mandatory in all Pneumatic applications and we keep a vast range from 4 mm up to 16 mm. There are also several variations of Pipes such as Coiled Hose, Hose Reels which is all available under our roof.
The Push - In One Touch Fittings series pneumatic piping joints excelling in quick fitting, accurate jointing and compact design are suited to the pneumatic systems necessary for automation and labor saving. The tube can be fitted and detached easily, so that workability is remarkably improved. Pressure loss is reduced. A large volume of compressed air can be fed with least pressure loss without air leak. Moreover the joints have a compact design. Thus the joints will satisfy strict user's demands.
Pneumatic cylinder(s) (sometimes known as air cylinders) are switch use the power of compressed gas to produce a force in a reciprocating linear motion.Like hydraulic cylinders, something forces a piston to move in the desired direction. The piston is a disc or cylinder, and the piston rod transfers the force it develops to the object to be moved. Engineers sometimes prefer to use pneumatics because they are quieter, cleaner, and do not require large amounts of space for fluid storage.Because the operating fluid is a gas, leakage from a pneumatic cylinder will not drip out and contaminate the surroundings, making pneumatics more desirable where cleanliness is a requirement. For example, in the mechanical puppets of the Disney Tiki Room, pneumatics is used to prevent fluid from dripping onto people below the puppets.
Introducing a lubricant, generally oil, into compressed air helps reduce friction and wear, thereby improving efficiency and increasing the life of components. Since lubricated compressed air generally washes out existing lubricants, it should always be used once introduced.
High pressure hoses are design for hydrostatic transmission and impulse applications. Each hose is designed to meet or excess SAE specification and performance requirement. These hydraulic hoses are compatible with Hydraulic fluid, Vegetables, Oil, Gases, Mining and Manufacturing. Also used in transferring high temp fluids.These are providing optimum performance and flexibility for easier routing and plumbing.