Pneumatic Cylinder Accesories

Product Details:

Pneumatic Cylinders have to undergo a vast amount of wear and tear due to a large amount of reasons like bad weather, poor working equipment used, lack of lubricated air in the line etc.

Therefore, it is essential to always keep a Spare Seal Kit in your stock, which is easily changeable and replaceable.

We keep seal kits of all reputed brands of Pneumatic Cylinders, and in a vast amount of Bore sizes.

Product Details:

Properly applied pneumatic and hydraulic cylinders provide outstanding linear-actuation performance in a wide variety of applications. But if applied improperly, a cylinder in short order may not only ruin itself but also the equipment on which it is installed.

Cylinder mounting styles fall into three major groups. Here’s a closer look at each.

Centerline mounts:
The best way to support a cylinder is along its centerline. Fixed mounts that absorb force along the cylinder centerline, including extended tie rod, centerline lug, and flange mounts, should be used whenever possible.

Flange mounts:
Flange mounts are also considered to be fixed-centerline mounting styles and are among the best mounts for use on straight-line, force-transfer applications. Three types of flange mounting styles at each end of the cylinder are the head (rod end) or cap rectangular flange, head or cap square flange, and rectangular head or cap.

Pivot mounts:

Pivot mounts also absorb force on their centerlines and should be used on applications where a dynamic machine member travels in a curved path. The two basic types are clevis and trunnion mounts. Both can be used on tension (pull) or thrust (push) applications at full rated pressure.

Product Details:

Being an industry leader in Pneumatics, we keep every product functioning under the principle of Air Pressure.

Flow Control Valves are used to reduce the rate of flow in a section of a pneumatic circuit, resulting in a slower actuator speed. Unlike a Needle Valve, Flow Control Valves control flow in only one direction, allowing free flow in the opposite direction. A finely threaded stem allows gradual adjustment of the amount of controlled flow passing through the valve. Flow enters port 1, travels through an orifice sized by the tapered stem and out port 2. The Flow Control features a by-pass check which then allows rapid free flow from port 2 through port 1.

Product Details:

Exhaust Silencers are available in three styles and nine popular NPT and BSPT sizes. Add these to the exhaust ports of directional control solenoid valves and pneumatic cylinders to reduce noise.

Additional Information:

• Delivery Time: Ready

Product Details:

We keep a full stock of Quick Exhaust Valves.

Application of a Quick Exhaust Valve is explained below:

In a typical application the exhaust valve is installed in the inlet of a spring return or double acting pneumatic cylinder.

Supply air from a control valve is directed into the inlet port of the exhaust valve. The Buna-N poppet seals the exhaust port and allows air to flow from the outlet port of the valve into the cylinder.

 

The pressurized air pushes against the piston and extends the rod, compressing the spring, until full rod extension is achieved.

 

When the control valve exhausts air from the exhaust valve inlet port, the Buna-N poppet shifts to seal the inlet port and open the exhaust port to the cylinder. The pressurized air is allowed to exhaust directly through the exhaust valve to atmosphere.

Product Details:

The most popular and widely used method to operate a Magnetic Cylinder is to attach magnetically actuated switches or sensors to the sides of the cylinder, or into a slot formed in the body of the cylinder. Magnetic field sensors detect an internal magnet mounted on the cylinder’s piston.

In most applications, magnetic sensors provide end-of-stroke detection in either direction. However, installation of multiple sensors along the length of a cylinder allows detection of several discrete positions. There are two common types of cylinder magnets used with magnetic field sensors: axially magnetized magnets and radially magnetized magnets.