Pneumatic Products FAQs - V.S. Enterprises

Provide the series, required port size and the oil type recommended for the pneumatic application

GAR or AR is suitable for common pneumatic machine applications. Choose the series according to the required port size and pressure range.

Use the GPR series when the application requires finer and more accurate pressure adjustment.

Provide the series, port size, required pressure range and gauge requirement to select the correct regulator.

FR.L means the first unit is a combined filter-regulator (FR) and the second unit is a lubricator (L).

Yes. Its tie rod design allows easy replacement of seals and pistons. Contact us for the matching seal kit for your bore size.

In the case of the tie rod cylinder, there are visible tie rods externally, and it can be easily serviced in the field. However, the profile cylinder has a neat aluminum body and comes with inbuilt sensor slots. It has a more compact design.

Yes, we deliver from Noida to all states in India with GST invoice in each transaction.

Check three things first: bore, stroke, and rod thread. Mounting dimensions line up across most SC-style cylinders, but those specs decide whether a swap actually works.

Magnetic-piston versions are available — just tell us your requirement and we'll confirm stock.

Yes. AirTAC and Janatics both carry SC-type options that can step in when a size is out of stock.

Cleaner shape, built-in sensor slots, fewer external parts to trap dirt — that's the trade-off.

Share the cylinder model with us; we'll tell you which sensors fit.

Not as easily. Since the tie rods sit inside the profile, servicing usually needs the barrel removed rather than simple end-cap disassembly. For quick field repairs, a tie rod cylinder is the better fit.

Yes. Share the full model code and we will supply the same Mercury AM cylinder.

It is a separate Mercury series. Always order by the AM code to get an exact fit.

Check the nameplate on the cylinder barrel, usually near the port or end cap — that's where it's stamped. A clear photo works fine too; send it over and we'll confirm the match.

If both follow ISO 15552 and have the same bore, stroke, and mounting, they are generally interchangeable. Share the old model code and we will confirm.

One popular ISO 15552 series is called the DNC — and in India, the name stuck as shorthand for the whole standard, not just that one brand's line.

Both are round, compact cylinders; MAL refers to the aluminium-barrel design. Share your application and we will suggest the better fit.

No. The more forceful cylinders include the SC, tie rod, or ISO cylinder.

Many round body cylinders are non-repairable and are replaced as a unit. Ask us about your model.

Small bores are most common. Share your force requirement and we will suggest a size.

Not at the same bore and pressure — force output stays identical. What shrinks is the stroke and the body length, nothing else.

No external guide needed — the twin-rod setup itself stops rotation and absorbs the side loads.

Yes. This is one of the most common uses. See the Mercury Parallel Gripper.

Yes. See the Mercury Blow Moulding Solenoid Valve.

Yes, Share the full CH model code and we will supply the same Mercury cylinder.

Yes. Share the cylinder model and the accessory you need.

Ans: A twin rod cylinder is common — its dual-rod design stops rotation, keeping the gripper from twisting off-axis.

Fingers are custom-built to match your part. We supply the gripper body; share your part details and we'll advise on fingers.

Send us the part's weight, size, and handling requirement — we'll help shortlist the right Mercury gripper model

If the cylinder has to snap back to a known position the moment power fails, go single.

That's often possible. Send us the valve model and coil voltage & we'll check what's in stock.

It holds its last position — the cylinder won't shift on its own, which is exactly the point of choosing one.

A bit, yes — two coils cost more than one. Ask us for a side-by-side quote and decide what your application actually needs.

Yes. Share the NS612 model number, coil voltage, and a photo of the valve label — function, port size, and voltage get checked before anything ships.

We'll tell you the lead time straight up. When needed, a compatible option is suggested too, matched against function, port size, coil voltage, and what your machine actually needs.

Not for the high-pressure blowing circuit. A valve rated for that pressure and duty is a must — anything less risks downtime or failure mid-cycle.

Yes. See the Mercury CH Stretch Blow Cylinder for the matching cylinder side of your blow moulding setup.

Yes. It sends an air signal to a pilot valve, which then drives the cylinder.

Tell us your needs and we will confirm available button types.

Yes, a 5/3 centre-closed hand lever valve can. Share your needs and we will confirm the model.

Yes. It is a simple, robust valve used widely on shop floors.

A hand slide valve exhausts downstream air when closed; a simple ball valve usually does not

Usually at the machine's air inlet, before the FRL unit. Internal links: Mercury Manual & Mechanical Valves; Mercury FRL Unit; Request a Quote.

A pilot valve requires no electric power and is appropriate for hazardous or wet areas.

An air signal from another valve, such as a push button, roller lever or foot pedal valve.

It operates when the cam moves in one direction and idles when it moves back, which is useful in sequences

In air-only circuits, yes. It sends an air signal instead of an electrical one.

A guard reduces accidental operation if something drops on the pedal.

Yes, a 5/2 foot pedal valve can.

The smoothness of the motion of most double acting cylinders is better controlled by the exhaust air (meter-out).

The valve is installed on the pipeline and the fitting is directly connected to the cylinder port.

Yes. Both names describe a valve that allows flow in one direction only.

Drain cocks are often forgotten. An auto drain valve works every time, even on night shifts.

Well-designed drains release mainly water. Ask us about the right type for your system.

Most push-in fittings in this range ship with sealant already on the thread, but coverage can vary by size. Confirm with our team for your specific connector before ordering.

Switch to a Mercury Male Elbow — it turns the tube 90° so you're not fighting for space around the fitting.

A main regulator helps, but each machine should have its own for stable local pressure.

Line pressure varies. A regulator at the machine keeps pressure, and force, steady.

Set a low drip rate; too much oil wastes oil and can contaminate products.

No. A separator removes liquid water; a dryer also removes water vapour. Many plants use both.

Yes, if the bowl fills quickly. See the Mercury Auto Drain Valve.

No. Always use a regulator rated above your maximum inlet pressure.

Yes. Share the model code from the regulator body.

Check the component you're connecting to, not the tube. If it has a threaded hole (internal thread), you need a male connector to screw into it. If it has a male thread sticking out — like a nipple or gauge stem — you need a female connector to screw onto it.

Yes — the push-in end works the same way across the Mercury range, so any compatible PU tube in the matching OD will seat and seal correctly.

Switch to a Mercury Male Elbow — it turns the tube 90° so you're not fighting for space around the fitting.

Most push-in fittings in this range ship with sealant already on the thread, but coverage can vary by size. Confirm with our team for your specific connector before ordering.

Does not split the flow but distributes it into two outlets, thus allowing each tube to receive a portion of the incoming flow through the threaded outlet. If the application has a high flow requirement on both branches, it may be worth verifying that the port size is appropriate to pass both branches of flow.

The two push-in branches on a given tee are typically the same size. If your two outlets need different tube diameters, let us know your exact requirement and we'll help you find a suitable combination from the Mercury range.

A sharp bend may crush the tube wall and squeeze the bore passage causing the tube to constrict and thereby continuing to strain the tube at the bend. The full bore is maintained at the elbow because the elbow is not under strain and flow is maintained the same.

Yes — that's what makes it "equal." Both push-in ends are sized for the same tube OD. If you need to join two different tube sizes at a corner, ask us about a reducing elbow instead.

An equal tee joins three tube ends of the same OD, so it sits mid-line and doesn't connect to a port at all. A male tee branch has a threaded end that screws into a port and splits that single supply into two tube outlets. Choose based on whether you're branching off an existing tube run (equal tee) or splitting a port (male tee branch).

No — all three ends on an equal tee take the same tube OD. If your branch line needs a different diameter, let us know and we can point you to a reducing tee instead.

Yes. Take a clean, square cut on each side of the damaged part, and thrust each fresh end into the union. The joint is sealed just as a factory-run tube would be as long as the cuts are straight and the tube OD is the same as the fitting.

No — both ends take the same tube OD, which is what makes it "equal." If you're joining two different diameters, ask us about a reducing union instead.

For a four-way split a union cross is generally the more compact option — one fitting instead of two, connected by a short length of tube in between. Fewer fittings in the run also means fewer push-in joints overall, which reduces the number of points where a leak could eventually develop.

Yes — every port is sized for the same tube OD. If your setup needs a mix of tube diameters, let us know and we'll help you find the right combination of fittings for it.

Choose a Y when both branch tubes need to travel in roughly the same direction, side by side — a tee sends the two branches off at 90° to the inlet, which works well for right-angle splits but leaves the tubes crossing at right angles rather than running together.

Yes — as the name suggests, all three connections on an equal Y are sized for the same tube OD. If your branches need different diameters, tell us the sizes and we'll help you find the right fitting.

It's built to seal push-in ports at standard working pressure but ratings can vary slightly between sizes. Check the pressure rating for the specific size you need before relying on it for a permanent, high-pressure blank.

It's designed to be pushed in and pulled out repeatedly without losing its seal so it works just as well for a permanent blank as it does for temporary use during testing.

Directly into the cylinder ports — one fitting on each side of the cylinder, so extend speed and retract speed can each be adjusted independently of the other.

The fitting mounts straight into the cylinder port itself, keeping the speed adjustment right at the source. A flow control valve, on the other hand, is fitted somewhere along the tube between the cylinder and the main valve, rather than directly at the cylinder.

PU tubes can be significantly more flexible and thus can be easily bent around corners and through tight spaces without additional fittings. Compared to nylon tube, it is stiffer, and the rigidity is more suitable for higher-pressure or higher-temperature use where flexibility is not important in comparison with raw resistance.

Yes, as long as the colour you want is available in the size you need. Colour-coding air lines by function or by machine section makes it noticeably faster to trace a line during maintenance, rather than following the tube by hand across a busy panel.

Yes. The SC series is a tie rod cylinder, with the end covers held together by tie rods.

Check the bore, stroke, rod thread, mounting and operating pressure required for the machine. For ordering, you can provide the complete code, such as SC 63×100.

It can often be used if the bore, stroke, rod thread, mounting dimensions and other important specifications match.

The required bore size, stroke, mounting arrangement and machine space should be checked first. SAU models cover smaller bore sizes, while JSI models are available in larger sizes.

Do not assume they have ISO 15552 dimensions. If an ISO 15552 cylinder is required, check the AirTAC SAI series and confirm the dimensions in the catalogue.

Provide the series, bore, stroke and whether a magnetic sensor is required. Mounting accessories may also be needed depending on the machine.

Yes, when the required bore, stroke, ISO 15552 mounting dimensions, and other specifications match.

SAI is the standard version. Other variants such as SAID, SAIJ, SAIL, SAIF, and BSAI should be selected according to the required cylinder design and application.

Share the series, bore, stroke, magnet requirement, and mounting accessories required for the application.

MAL is the common market name for this aluminium mini-cylinder style. AirTAC uses the MA series code.

The MA series is available in 16, 20, 25, 32, 40, 50, and 63 mm bore sizes.

Share the series or variant, bore × stroke, magnet requirement, and mounting details.

MI covers the smallest bore sizes, while MF, MG, and MBL are available mainly from 20 mm bore and above. Selection depends on bore, stroke, mounting, and application.

Share the series, bore × stroke, required variant, magnet requirement, and mounting details.

Yes. The AirTAC PB series covers very small bore sizes, including 4–16 mm. Check the required model and application before selection.

Both are compact cylinder series. Selection depends on the required bore, stroke, mounting space, and machine application.

The ACQ series covers the widest range, from 12 to 160 mm bore.

Share the series, bore × stroke, mounting space, magnet requirement, and application. This helps select the suitable model.

Both are twin rod cylinder series. TR also offers a 6 mm bore option for very light-duty applications. Check the catalogue for body and mounting differences.

TN is available from 10 to 32 mm bore, while TR is available from 6 to 32 mm bore.

Both are parallel gripper designs. The suitable series depends on the required bore, gripping arrangement, mounting, and application.

Yes. AirTAC offers variants such as HFZ, HFSZ, HFTZ, HFK, HFSK, and HFTK. Check the catalogue for the exact operating design.

Share the series, bore size, required gripping force, workpiece size and weight, mounting space, and whether the grip must be maintained during air failure.

Yes, the 4V210 is commonly used as a single-solenoid 5/2 valve in the 4V200 size. Check the exact catalogue code before ordering.

Choose the valve depending on the port diameter of the cylinder and the airflow requirement. The 4V200 series of 4V valve is commonly used for pneumatic cylinder of moderate size.

Give the full valve code, the coil voltage required and also the connector type.

A single solenoid valve uses spring return, while a double solenoid valve uses two coils to control both directions and normally retains its last spool position when both coils are off.

Select the valve according to the cylinder size, port connection, required airflow, and application. The 4V200 range is commonly used with medium-sized cylinders.

AirTAC offers 3-position versions in its 4V range. The exact centre-function code should be checked against the current catalogue before ordering.

These are AirTAC mechanical control valve families used for manual pneumatic signal control. The exact function depends on the selected model.

Yes. These valve families can include push button, lever, roller, and other actuator types. Check the catalogue for the exact code.

Share the complete model code, actuator type, valve function, port size, and mounting requirement.

They are different AirTAC hand lever valve series. Construction and mounting can vary, so the exact catalogue model should be checked before selection.

The return arrangement depends on the valve model and code suffix. Check the complete AirTAC code before ordering.

Share the complete model code, required port size, valve function, and mounting requirement.

Yes. When the valve is moved to the closed position, downstream air can be exhausted as designed.

It is commonly installed on the machine air inlet, often before the FRL unit, to isolate the pneumatic system.

Share the required port size and application details so the suitable AirTAC HSV model can be selected.

The 3A series is used for 3-port functions, while the 4A series is used for 5-port directional control. Select the series according to the pneumatic circuit.

4A uses an air signal instead of an electrical solenoid coil. It can be used only when the existing pneumatic circuit supports pilot operation.

Share the complete model code, required port size, valve function, and details of the pneumatic pilot signal.

They are mechanical pneumatic control valves used for position sensing, end-of-stroke signals, and machine interlocks.

AirTAC offers different actuator options depending on the valve family. Check the catalogue for the exact roller type and model code.

Share the complete model code, roller type, port size, valve function, and mounting requirement.

The 3F and 3FM series are used for 3-port functions, while 4F is used for 5-port control, commonly with double-acting cylinders.

They are commonly used on presses, riveting machines, stitching equipment, packing tables, and other machines requiring hands-free pneumatic control.

The available return or latching arrangement depends on the model and code suffix. Check the AirTAC catalogue for the exact version.

It regulates compressed-air flow to control the speed of pneumatic cylinders and other actuators.

Share the required port size, flow direction, application, and pneumatic component with which the valve will be used.

Yes. AirTAC also offers PSA and PSL speed controller options for direct mounting applications. Select the type according to the cylinder and port requirement.

It allows compressed air to flow in one direction and prevents reverse flow through the pneumatic circuit.

An NRV prevents reverse flow automatically. A PCV is pilot-operated and can be opened by a pilot signal to allow reverse airflow.

Share the required port size, flow direction, operating pressure, and application details.

No. Use a lubricator only when the connected pneumatic components require lubrication. Otherwise, a filter-regulator such as GAFR or AFR can be used.

Choose the series based on the required port size, airflow and machine setup. GAC is available in a wider range of sizes, while AC and BC are used for standard pneumatic systems.

Provide the series, port size, gauge requirement and bracket requirement so the correct configuration can be selected.

Enter the tube OD and thread size to choose the right fitting.

Yes. AirTAC also lists metal one-touch fittings for suitable pneumatic applications.

They are commonly used at cylinder, valve, FRL and other pneumatic component ports for tube-to-thread connections.

Provide the pneumatic tube outside diameter and female thread size to select the correct fitting.

They are commonly used with gauges, male nipples and other pneumatic components requiring a tube-to-thread connection

The tube is pushed into the fitting for a quick connection, while the female thread connects to the matching male-threaded component.

You will need the diameter of the pneumatic tube and the threads for ordering a fitting.

AirTAC male elbows can be seen mostly around port areas, in relation to machines, manifolds, etc., where 90° bends are needed.

A male elbow provides a 90° change in the tube's direction.

Provide the pneumatic tube outside diameter and thread size to select the correct fitting.

It is used where one air supply needs to be branched into two pneumatic lines, such as feeding two actuators from one port.

Can the male tee branch connect directly to a pneumatic component?

The outer diameter of the pneumatic tube must be specified in order to choose right fitting.

This item is commonly applied when routing pneumatic tubes around the machine corners and frames.

This part turns the tube at 90° angle but maintains the same size on both ends of the fitting.

Provide the outside diameter of the pneumatic tube to select the correct fitting.

It is commonly used for branching compressed-air lines in pneumatic machines and automated systems.

Yes. An equal tee has the same tube size at all three connection points, based on the selected AirTAC model.

Provide the outside diameter of the pneumatic tube to select the correct fitting.

It is commonly used for joining, extending or repairing pneumatic tubes in air circuits.

No. An equal union is designed to connect tubes of the same size. Use a suitable reducing union for different tube sizes.

Provide the outside diameter of the pneumatic tube to select the correct fitting.

It is commonly used for parallel tube runs, twin-cylinder applications and supplying air to multiple nozzles.

Yes. An equal Y uses the same tube size at all three connection points, based on the selected AirTAC model.

PSL is commonly used as an elbow-type speed controller at cylinder ports. Select the series according to the required tube size, thread and flow direction.

Provide the series, pneumatic tube outside diameter, thread size and required flow direction.

Yes. AirTAC lists stainless steel versions of PSA, PSL, PSS and PTL speed controllers for applications where greater corrosion resistance is required.

Provide the required thread size and valve or equipment model to select the correct silencer.

They are commonly fitted to 4V valve exhaust ports and other pneumatic equipment where exhaust noise needs to be reduced.

A clogged silencer can restrict exhaust airflow and slow valve or cylinder operation. Cleaning or replacing the silencer can help restore normal exhaust flow.

Provide the required thread size and valve or equipment model to select the correct silencer.

They are used on pneumatic valve exhaust ports, including applications exposed to oil, heat or heavier machine use.

Yes. AirTAC also lists stainless steel silencer versions for applications where additional corrosion resistance is required.

Provide the series, required tube size such as OD × ID, colour and roll or coil length.

AirTAC UN54D is identified as flame-resistant tubing, and thus, it can be used for projects that require flame resistance.

Yes. AirTAC also lists PA12 and PA6 nylon tubing for suitable pneumatic applications.

Yes. Just provide us with the entire Festo part number, and we will utilize the information to determine which tie rod cylinder you need in your application.

They are typically found in heavy clamping, pressing, and handling of materials, particularly in imported production lines where the performance of the pneumatic cylinders needs to be strong.

Yes. When the application is to use normal-duty rather than a special Festo need, lower-cost alternatives may be used: Janatics A12 and Mercury tie rod cylinders.

Yes. Give us the information available concerning the cylinder, i.e., bore, stroke and mounting data, and we will tune it to the same.

They are used in packaging, printing, and overall automation.

Before choosing the right model, bore, stroke, mounting arrangement and required pressure must be checked.

DSBC, having a profile barrel and IS 15552 configuration, should be checked with regard to the required use.

Bore, stroke, sensor slot and required mounting system should be verified.

Yes. Other options to Janatics A23/A24 or Mercury profile cylinders might be less expensive.

The Festo family to turn to when it is time to replace the older DNC cylinder is the DSBC because the older machines still might have the DNC series and thus need the current equivalent to be verified before placing an order.

The Festo ISO cylinder conforms to the ISO 15552 standard that offers the standardised dimensions of the cylinders required in order to make the machine installations compatible with one another and aids in choosing an appropriate cylinder to be used in the current installation.

The ISO 6432 series of mini round cylinders (DNUs) should be checked to find out whether they are in use or not.

They are commonly used in small pick-and-place units, electronic assembly and labelling.

No. MAL is a market name for small aluminium round cylinders, which could be paired with an appropriate Festo model.

The DSNU is a round pneumatic cylinder used for compact linear movements in machines and automation systems.

Yes, DSNU cylinders are available in different bore, stroke and mounting configurations depending on the model.

Many models use sealed construction. Repair or seal-kit availability should be confirmed for the specific Festo part number.

The ADN series is used for short-stroke pneumatic movements where installation space is limited.

Yes, ADN compact cylinders are designed according to ISO 21287 dimensions.

Generally, yes, if the dimensions and mounting requirements match. Confirm the exact specifications before ordering.

It is used for stable linear movement where anti-rotation and better control of the moving load are required.

Both help prevent rotation, while guided drives provide additional guidance for applications involving higher side loads.

Yes, their construction can provide better support against side loads than standard pneumatic cylinders, depending on the specific model.

A Festo parallel gripper is utilized for the grabbing, holding and releasing of workpieces.

Yes, different HGP grippers offer different gripping and force values. Choose the appropriate gripper based on the workpiece and gripping requirements.

Yes, if the mounting and gripping criteria are matching. You may have to change the fingers of the gripper.

The part number is critical to describing important features of the valve like its function, size, and design. Please send us your valve tag or part number.

The solenoid de-energizes and the spring returns the valve to its normal position, depending on the specific model.

Yes, a suitable Festo single solenoid valve can control compatible pneumatic cylinders.

A double-solenoid valve can be bistable when it retains its last switched position after the signal is removed. Confirm the exact function by part number.

On a bistable model, the valve can remain in its last switched position. The exact behaviour depends on the valve design.

Yes, suitable Festo double-solenoid valves can be used for controlling compatible double-acting pneumatic cylinders.

Choose a valve rated above the maximum possible line pressure of the system, not just the normal operating pressure.

Yes, where the selected Festo valve is rated for the required pressure, media, flow and machine application.

Only if its specified pressure rating meets the maximum pressure of the application.

It can be used for water when the selected Festo model is rated for the required media, pressure and temperature.

No, electrically actuated models use an electrical signal instead of compressed air for actuation.

Certainly, matching models can be interfaced to an electrical control system or a PLC.

Yes, the valve is mechanically operated and does not need electrical power for the push button action.

Many Festo push button valves support panel mounting. Confirm the mounting arrangement by part number.

Check the valve function, port size, operating pressure, mounting and application before ordering.

It is used to manually control the direction or operation of pneumatic cylinders and other air-operated equipment.

Choose spring return when the valve needs to return automatically after the lever is released. Detent versions hold the selected position where supported.

Yes, when the valve function, port size and pressure are suitable for the cylinder and circuit.

Yes, models with an exhaust function release downstream air when the valve is moved to the closed position.

It is commonly installed in the compressed-air supply line before the equipment or pneumatic circuit that needs isolation.

No, the valve is manually operated by moving the slide.

It uses a pneumatic signal to control or switch another pneumatic valve or air circuit.

Pneumatic pilot valves do not necessarily need electrical signals to function; they can use air signals.

Minimum pilot pressure varies from one Festo model to another. Consult the part number datasheet for further information.

It detects the position or movement of a machine part through mechanical contact and sends a pneumatic signal.

Some designs may offer different roller arrangements. Confirm the required version by part number.

No, the valve is mechanically operated and uses a pneumatic signal.

Some models are available with guards. Confirm the required version by part number; a guard can help prevent accidental operation.

No, the foot pedal operates on mechanical means and doesn’t need any electricity to operate.

It is commonly used on presses, riveting equipment, assembly benches and pneumatic clamping systems.

The port-mounted valves enable the flow adjustment at the cylinder, whereas the in-line valves can be incorporated in the pneumatic tubing or system.

It controls the airflow, providing a regulation of the cylinder's extension and retraction speed.

Yes, a proper setting of the flow control will slow down the cylinder's speed.

Festo offers sensing options for actuators; confirm by part number.

Yes, Festo offers sensing options for actuators. Confirm compatibility by part number.

Not for every model. Check the actuator part number to confirm the available sensing option.

It handles high temperatures and dirty media with low flow resistance.

It is used for controlling liquids, gases, steam and other process media where reliable flow control is needed.

It offers low flow resistance and works well with high temperatures and dirty media.

Steam pressure, temperature and pipe size.

Please share the steam pressure, temperature and pipe size.

They help us suggest a valve that matches your steam system and operating conditions.

Only if Festo lists nitrogen as a permitted medium.

Yes, but only if Festo specifies nitrogen as an approved operating medium.

Look at the valve specifications to ensure that nitrogen is approved for use as a medium.

Share the filter's part number to confirm.

Provide the filter part number for verification of compatibility.

Compare your filter type and part number to the bowl specifications.

Modular Festo series allow adding modules; confirm compatibility.

Yes, some modular Festo series allow additional modules to be added later.

Verify the series and part number of the module before incorporating it into your system.

Use precision types only where very fine pressure control is needed.

Use a precision regulator when very fine and accurate pressure control is required.

A standard pressure regulator will be appropriate for regular uses where simple regulation is adequate.

Many are lubricated for life; check before adding oil.

Many modern Festo components are lubricated for life and may not need additional oil.

A separator removes bulk water; a filter removes fine particles. Most systems benefit from both.

Check the product specifications first, as adding oil may not be required or recommended.

In many compressed air systems, both are useful because they handle different types of contamination.

A separator removes bulk water, while a filter removes fine particles from compressed air.

Some QS models use sealing arrangements suitable for the selected thread type.Ensure that you have determined the sealing method and number accurately.

Check the tube outside diameter, thread type, thread size and required application before selecting the part number.

Yes, QS connectors for male ends are intended for use with pneumatic tubing and compressed air connections. Please refer to the pressure and temperature rating of that particular model.

The Festo female connector is to be chosen if the mating element has a male thread on its outer side and the pneumatic tubing must be attached to it.

First check the tubing O.D., female thread size and requirements for application.

Yes, Festo female connectors QS series can be applied for pneumatic connections and compressed-air applications. Check the operating conditions first.

Many QSL models are orientable and can be rotated after installation. Confirm the exact movement and model by part number.

Check the tube outside diameter, male thread size and application requirements before selecting the exact QSL part number.

Indeed, QSL connectors are meant to be used for pneumatic purposes as well. Always verify the pressure and temperature ratings for a particular product.

Standard QST tee fittings are available with equal tube connections, while reducing versions are available for selected size combinations.

Check the tube outside diameter, male thread size and application requirements before selecting the exact QST part number.

Indeed, QST couplings have been designed for use in compressed air systems. Please make sure you review the maximum temperature and pressure rating for the part first.

Tight tube bending can result in kinks and airflow blockages. An equal elbow provides a fixed 90° connection for cleaner tube routing.

Yes, standard equal elbow versions have the same tube size at both ends. Check the part number for the exact size.

Ensure that you check the pneumatic tube outside diameter and connection angle needed before determining which QSL type to use.

The practical limitation would be based on the necessary airflow, tube diameter, pressure, and other factors. Additional branches can reduce available flow.

Yes, standard QST equal tees have the same tube size at all three connections. Reducing versions are also available for selected size combinations.

Check the tube outside diameter, required airflow and application before selecting the appropriate QST part number.

Cut out the damaged section and make sure both remaining tube ends are cut square. Insert both ends fully into the union for a secure connection.

Yes, standard QS equal unions have the same tube size at both ends. Check the part number for the required tube O.D.

Check the tube outside diameter, pneumatic application and required operating conditions before selecting the exact QS part number.

It can provide a more compact four-way connection with fewer separate fittings and joints.

Standard union cross models are designed for the same tube size at all four connections. Check the exact QSMX or QSX part number before ordering.

Check the tube outside diameter, required airflow, pressure and application before selecting the exact part number.

Use a Y connector when the two branch tubes need to follow a more gradual, side-by-side direction. A tee is better for a direct 90° branch.

Yes, standard QSY equal Y-connectors have the same tube size at all three connections. Festo also offers reducing Y versions for selected combinations.

Check the tube outside diameter, required airflow, pressure and application before selecting the exact QSY part number.

Yes. Release the fitting mechanism and pull the plug out carefully when the port needs to be opened again.

Ensure that the plug size matches the size of the QS push-in connector (4, 6, 8, 10, 12, or 16mm). You should have the QSC model number handy at the time of ordering.

It is used to close unused push-in connections and prevent an open pneumatic port from being left unsealed.

For most double-acting cylinders, exhaust-side control (meter-out) is commonly used because it provides better control of cylinder movement.

Yes. GRLA fittings can be mounted on the cylinder port and adjusted according to airflow and speed of the cylinder.

Inspect the cylinder port thread, outer diameter of tube, and the required flow rate before selecting the specific part number of GRLA fitting.

Yes. Festo PUN tubing is available in several colours depending on the tube size and part number. Confirm the required colour before ordering.

Check the tube outside diameter, inside diameter, operating pressure, temperature and fitting compatibility before selecting the part number.

Certainly, Festo PUN Tubing is compatible with suitable push-in connections. Ensure that you match the tubing with the connection.

Yes. Its tie rod construction allows seal replacement.

Both use tie rods; they are separate Janatics series. Order by the code on your nameplate.

Often yes, if bore, stroke and mounting match. Share the old details and we will check.

Share your requirements and we will confirm compatible options.

Only when the dimensions, bore, stroke and mounting arrangement match.

Yes. Share the cylinder code and we can suggest a compatible sensor.

DNC type is commonly used for cylinders following ISO 15552 dimensions.

Yes, when the bore, stroke and mounting dimensions match.

Check the dimensions and model details before replacement. Share both codes and we will confirm.

No. A tie rod or ISO cylinder should be used for high forces.

Not recommended. Use a suitable guide when the rod is exposed to side force.

It depends on the model. If you tell us about the cylinder, then we can decide on its proper replacement or service.

Compact cylinders are designed for short strokes. The available stroke depends on the bore and model.

Usually not. The cylinder body can be mounted directly through the provided mounting holes.

It depends on the cylinder size, stroke and load offset. Share your application details for selection.

Yes. A suitable gripper can be mounted for handling applications.

Consider the part weight, friction, acceleration and required gripping force. Share your application details for selection.

Gripper fingers are generally made according to the part. We can guide you on the suitable finger arrangement.

A spring pushes the valve back to its normal position when the coil is off.

Most models have one; confirm for your code.

It is used for automatic on/off control of air, water, and other compatible fluids in different pneumatic and industrial systems

No. A short pulse on one coil shifts and holds the valve.

Avoid it, as the valve may not shift properly. PLC interlocking can be done to ensure that both coils do not engage at the same time.

It is used in the control of the motion of pneumatically driven pistons and actuators.

It may leak, fail to operate properly, or get damaged. Make sure to pick a valve which is rated at the right pressure level.

We also carry high-pressure regulators from companies like Mercury and Techno.

To start, examine pressure requirements, port size, media and application.

Yes, it may take a few seconds to operate, making it suitable for water and utility lines.

Yes, it can be controlled through the specified electrical control signal.

Its uses are varied in water purification, heating, ventilation, air conditioning, and many more utilities.

Both types may exist; confirm the Janatics code you need.

Confirm the valve function, button style, colour, port size and Janatics code before ordering.

It is commonly used for cycle start, pneumatic signals and air-logic control in machines and control panels.

Spring return, so the lift stops when the operator lets go.

Check the valve function, lever action, port size and required Janatics code before ordering.

These are used for manual control of pneumatic cylinders in presses, clamps, hoists, gates, and other such machines.

It is venting the trapped downstream air, which is intended.

Check the port size, thread type, pressure range and required Janatics code before ordering.

It is commonly used at machine air inlets for quick air shut-off and safe release of trapped downstream air.

It has a pilot port at each end and holds its position between signals, like a double solenoid valve.

It is used to shut off the compressed air supply and release trapped air from the downstream line.

Check the required port size, thread type, pressure range and Janatics model code before ordering.

It gives an air signal instead of an electrical one, so no wiring is needed.

It is used for end-of-stroke sensing, position detection and interlock functions in pneumatic machines.

Consult the function, the roller type, the port size, and the Janatics code for selecting the correct valve.

Use this valve in the pipe run; use the Janatics Flow Control Fitting directly on the cylinder port.

Check the port size, thread type, pressure range and required flow direction before ordering.

It is used to control pneumatic cylinder speed in packaging, material handling, assembly and other air-operated machines.

It prevents accidental operation by falling objects or feet.

Check the valve function, action type, guard requirement, port size and Janatics code before ordering.

They are used for hands-free pneumatic control in stitching, riveting, pressing, assembly and packing applications.

Choose spring return if the valve must go to a safe position when air fails.

It depends on the actuator and valve model. Check the manufacturer’s recommended operating pressure.

They are normally employed for automatic on/off regulation in water, chemical, food, and processing lines.

Its seat and piston sit at an angle to the flow, giving high flow with low resistance.

It can be selected for steam, water and other suitable process media as per the model.

Check the line size, media, pressure, temperature and required operating method.

Only if it is specifically rated for steam; most are not.

They are used for automatic steam control in heating, processing and industrial applications.

Check the steam pressure, temperature, line size and required valve operation.

It can displace oxygen in closed spaces; use leak-tight valves and ventilation.

They are used for nitrogen flushing, purging, blanketing and gas line control.

Check the nitrogen pressure, flow rate, line size and required control voltage.

Rusted cylinders, sticky valves and washed-out lubrication.

It can be installed at air receivers, filters, dryers and other points where condensate collects.

The system discharges the collected condensate automatically without needing to manually drain it.

Use a full FRL only if your components need lubrication.

It is used in pneumatic systems to provide clean, regulated and lubricated compressed air.

Check the port size, working pressure, air flow and whether lubrication is required.

Yes. Lower working pressure reduces air consumption.

It is utilized in pneumatic systems to keep up with the required pressure in the air.

Check the port size, inlet pressure, required outlet pressure and air flow.

It is employed in pneumatic systems in which air-operated parts need to be lubricated frequently.

Check the port size, filter rating, air flow and the lubrication requirements of the equipment.

A separator removes liquid water; a dryer removes vapour too. Many plants need both.

It is installed in compressed air lines to remove collected water before it reaches pneumatic equipment

Check the pipe size, required air flow, working pressure and drain type.

Many push-in fittings have pre-applied sealant; confirm for your size.

They are commonly used in pneumatic air lines for quick and secure tube connections.

Check the tube size, thread type, working pressure and fitting material.

Female connectors fit male-threaded stems, while male connectors fit female-threaded ports.

These are employed for joining tubes, valves, cylinders and other pneumatic fittings.

The tube size, threads type, connection direction and part that needs to be joined should all be considered.

Many swivel fittings can rotate after installation, but this depends on the specific size and model.

These fittings are used in pneumatic systems where flexible positioning of the tubes and easy connection is needed.

Tube diameter, threading type, pressure rating and rotation.

Air flow is divided between the two outlets, so check the port size and fitting specification when higher flow is required.

It helps to divide an air line into two exits for the connection of various pneumatic elements.

Tube diameter, thread type, number of ports, and operating pressure.

Using an elbow when bending the tube would exceed its recommended minimum bend radius

Check the tube size, thread type, angle and working pressure.

These tools are used for deflecting the direction of pneumatic tubes in confined areas.

The number of branches depends on the tube size, air flow requirement and capacity of the pneumatic system.

These tools are used for deflecting the direction of pneumatic tubes in confined areas.

Check the tube size, air flow, pressure and number of connected components.

Cut the tube square and cleanly before inserting it into the fitting to ensure a proper seal.

Insert the tube fully into the connector and make sure that it is firmly fixed before you start applying pressure to it.

The fitting needs changing if it is cracked, leaking or not holding the tube.

A cross fitting provides multiple connections in one compact unit and can reduce the number of joints.

They are used to connect four pneumatic lines from a single point in an air circuit.

Check the tube size, thread type, port configuration and working pressure.

Use a Y fitting when you need two branches to run in the same direction with smoother tube routing.

They are used to split one pneumatic line into two branches while keeping the tubing direction aligned

Check the tube size, port type, working pressure and required flow capacity.

Yes. Press the release ring and gently pull the tube out of the fitting.

Insert the tube into the fitting until it locks securely in place.

However, they can often be reused provided that the fittings and tubing are in good shape and the connection is secure

In most cases, two valves are employed, with one being installed at each port to control the cylinder motion in both directions.

Generally speaking, two valves are needed, one placed on each port for controlling motion in both directions.

The valve controls air flow to and from the cylinder and helps control its speed.

The PU tubing is flexible, whereas the nylon tubing is suitable for higher pressures and temperatures.

Tube sizes will be determined by the size of the fitting and the flow rate and pressure needed

The pneumatic tubing is normally used to connect the different pneumatic parts, such as valves and cylinders.

Check the required bore, stroke and mounting type before ordering.

Use clean and dry air and check the rod seals if air leakage starts.

Yes, availability can be checked using the correct Pneumax part number.

Check the bore, stroke, rod-end thread and mounting pattern before ordering.

SC is generally used as a cylinder style name. The correct Pneumax model can be selected based on the required size and mounting.

Make sure you use good flow control devices and set up the correct cylinder speed to prevent any shock during the end of the stroke.

Check the bore, stroke, sensor slot type and mounting style before ordering.

Only when the sensor shape and mounting slot match the Pneumax cylinder.

Maintain cleanliness of cylinder shape and avoid sensor cables around moving components.

Yes, assuming that the cylinder is ISO dimension 15552 and meets all other required criteria.

ISO standard, bore, stroke, cushioning, magnet option, and mounting should be checked before ordering.

Ensure that cushioning setting is correct and air quality is good.

MAL is generally used as a market term for this type of mini cylinder. The correct Pneumax model depends on the required size.

Check the bore, stroke, rod end and mounting type before ordering.

Prevent the rod from any sideloading and ensure that the air remains clean to avoid wear.

Check the bore for required force, stroke for travel and mounting style before ordering.

The ability of repair is dependent on the model. Determine this from the part number.

Keep the compressed air clean and filtered. For sealed units, replace the complete cylinder when required.

It is used for short-stroke pneumatic movement in fixtures, packaging equipment and compact assembly stations.

Measure the available installation length, choose the bore based on required force and confirm the rod-end type.

Depends on the particular type of the cylinder used. See Pneumax catalogue before making an order.

It is used for straight, non-rotating movement in pick-and-place units, pushers and automation equipment.

Check the load weight, load offset, required stroke and available installation space before ordering.

Indeed, a right type of gripper can be fitted as per the cylinder and its purpose. Parallel grippers by Pneumax can be chosen for proper applications.

Its application is for gripping and moving parts in robotic cells, bottling, packaging, and other forms of automation.

Determine the weight of the part, jaw stroke, grip force, and if it should be able to maintain the grip in the case of air loss.

AirTAC HFZ grippers or Janatics grippers could be considered for standard duty applications.

Yes, there is an application of compressed air in order to operate the pilot piston and open/closed the angle valve.

Regular check-ups have to be made of the stem packing particularly when the angle valve is used for hot media like steam. Second, compressed air should be kept clean all the time.

The most common use of these angle valves include bottling, CIP, food processing, water and steam, etc.

The most essential information consists of the steam pressure, temperature of the medium, pipe diameter and type of connection of the valve.

For these purposes, the installation of the proper strainer is necessary.

These valves may be used in sterilizers, kitchen equipment, heat sealing equipment and a lot of other devices.

The following points must be considered before selecting the valve: nitrogen pressure, pipe diameter, valve purpose, connection type, and coil voltage.

After installing the nitrogen valve, all pipe connections must be checked and a proper test of leaks performed before commissioning the plant.

Nitrogen may cause depletion of oxygen in an enclosed area. Proper ventilation and necessary precautions must be ensured wherever nitrogen is used.

Share the filter or FRL part number with us so the correct drain type and connection can be checked.

Keep the drain inlet screen clean and ensure that there are no obstructions in the process of condensate drainage.

It is normally found in the FRL filter bowls, line filters and other compressed air equipment where automatic condensate drainage is needed.

Drain the filter regularly and replace the filter element as recommended for the operating conditions and usage.

Check the required air flow, port size, pressure range, filter rating and the type of pneumatic equipment connected downstream.

Yes. The FRLs supplied by companies such as Janatics, Mercury, and AirTAC can be considered as per requirements.

Set it to the lowest pressure that allows the machine to work properly. This prevents unnecessary air consumption as well as stress on the components.

It varies depending on the type of the regulator or part number.

You need to look at the pressure range required, the port size and air flow.

No. It is mainly needed for the pneumatic components and air tools that require continuous lubrication. Consult the manufacturer's guidelines.

Use oil that is recommended for your particular pneumatic system and the lubricator itself. Do not use the wrong or contaminated oil.

Maintain a proper oil level, keep the bowl clean and ensure that the filter does not become clogged. Replace the filter element when necessary.

A moisture separator removes liquid water from compressed air. An air dryer is used when you also need to reduce water vapour in the air.

It can be installed in the main compressed-air line or near the machine inlet where liquid water needs to be removed.

Check and drain collected water regularly. An automatic drain can also be fitted where continuous drainage is required.

Check the outside diameter of the tube and the thread size and type of the port. These should match the connector.

It depends on the connector size and model. Check whether the selected fitting has pre-applied sealant before adding any additional sealant.

Replace it if the tube does not grip firmly, the fitting is damaged, or air leakage continues after the connection has been checked.

Check the tube outside diameter and the size and type of the male thread it needs to connect to.

A male connector has an external thread, while a female connector has an internal thread for fitting onto a male threaded component.

They are used with gauges, male nipples and other threaded components in pneumatic circuits.

Check the tube outside diameter and the thread size and type of the port where the elbow will be installed.

Many models have a swivel feature, but this depends on the size and model. Confirm the exact part number before ordering.

Many models have a swivel feature, but this depends on the size and model. Confirm the exact part number before ordering.

They are useful on cylinders and valves where tubing needs to turn 90° or where space around the port is limited.

Check the outside diameter of both tubes and the thread size and type of the pneumatic port.

The incoming air is divided between the two outlets. Actual flow depends on the pressure, tubing size and air demand of each circuit.

They are commonly used at valve outlets when one air connection needs to feed two actuators or pneumatic circuits.

Check the outside diameter of both tubes and the thread size and type of the pneumatic port.

The incoming air is divided between the two outlets. Actual flow depends on the pressure, tubing size and air demand of each circuit.

They are commonly used at valve outlets when one air connection needs to feed two actuators or pneumatic circuits.

Select the tee according to the outside diameter of the pneumatic tube being used. All three connections should match the required tube size.

One equal tee has three tube connections. Additional branches can be made by adding suitable fittings, but the total flow depends on the available air pressure and tube size.

They are used in air distribution lines where one pneumatic line needs to be split into two branches.

Check the outside diameter of the two tubes. Both tubes should be the same size for an equal union.

Cut the tube end straight and clean. A square, undamaged tube end helps the fitting grip properly and reduces the chance of leakage.

They are used for extending pneumatic tubes, repairing damaged sections and joining two equal-size air lines.

Check the outside diameter of the pneumatic tubes. The tube size should match all four connections of the selected fitting.

It can be more compact and uses fewer separate joints when four tubes need to meet at one point.

They are used at compact air distribution points where several pneumatic lines need to be connected in a small space.

Check the outside diameter of the tube and select a Y fitting with matching connections.

A Y fitting splits the tube at an angle and is useful when two lines need to run in the same direction. A tee provides a more direct 90° branch.

They are useful for twin actuators, nozzles and other pneumatic components that need parallel tube connections.

Check the outside diameter of the tube port you want to seal and select a matching plug size.

Yes, it can generally be reused if the plug is undamaged and still provides a firm seal.

They are used on manifolds, spare tee outlets and other unused pneumatic ports that need to be sealed.

Check the tube outside diameter, thread size and required flow direction before selecting the fitting.

Yes. One fitting can be used at each cylinder port when independent control of extension and retraction speed is required.

Keep the fitting clean and check for air leakage. After setting the required flow, secure the adjustment or needle as specified for the model.

When selecting your valve, some considerations that you should have in mind are the valve functionality, port size, coil voltage, and mounting.

You should always ensure that you only use clean and dry compressed air. Also, the coil should be checked while it is hot or humming.

Some alternatives might be the AirTAC 4V and Janatics single solenoid valves.

Confirm that a memory function is required, then check the valve function, port size, coil voltage and mounting type.

No, a short electrical pulse can shift the valve. Check the specific Pneumax model for its operating requirements.

Use clean, dry air and program the PLC so both coils are not energised at the same time.

These points have to be taken into account: maximum pressure, media, fitting, voltage of the coil, and necessary flow rate prior to purchasing.

No, the right valve needs to be selected according to pressure.

Janatics, Techno or uFlow high pressure valves may be considered where their pressure rating and specifications are suitable.

Check the valve function, button style and port size before ordering.

Keep the control panel clean and make sure dust or debris does not cause the button to stick.

Colour options depend on the specific Pneumax part number. Check the catalogue before ordering.

Check the valve function, lever operation, port size and mounting type before ordering.

Operate the lever smoothly and do not force it past its designed stops.

The spring-return feature can ensure that the valve returns to the default position when the lever is released; however, the entire lifting system must be made considering necessary safety provisions.

Take into consideration the port size and thread requirement before placing your order.

Clean the valve to make sure that the sleeve/slide operates properly.

Because the valve vents air trapped downstream.

Check the valve function, single or double pilot type and port size before ordering.

Keep the compressed air clean and keep pilot signal tubes as short as practical for reliable operation.

Push buttons, roller levers and foot pedals can provide pneumatic pilot signals.

Check the valve function, roller type, port size and mounting arrangement before ordering.

Make sure that you set the machine cam properly and don’t use too much movement of the roller to prevent wear.

It varies depending on the particular Pneumax model that you have.

Check the valve function, momentary or latching operation, port size and guard requirement before ordering.

Ensure the pedal area is clear and free from any dirt that might hinder the movement of the pedal.

Yes. An appropriate guard will be helpful in ensuring the pedal is not accidentally activated.

Note the complete SMC part number and check the bore, stroke, mounting and rod-end details before ordering.

Provide us with the entire SMC part number to see what is available for the seal kit or replacement parts.

Learn what requirements you have in regards to bore diameter, stroke, mounting style, rod end, and SMC part number.

SC is commonly used as a generic cylinder style name. We match the required dimensions with the suitable SMC series.

Share your information on bore, stroke, mounting and rod thread. We will be able to find the closest match from SMC cylinders.

Verify bore, stroke, mounting, rod thread and space available for installation before choosing the cylinder.

Compatible switches depend on the cylinder series and model. Please provide the full cylinder number and then we will see the appropriate switch.

Yes, compatible SMC profile cylinders have switch grooves that allow suitable auto switches to be mounted directly.

Check the complete part number, bore, stroke, mounting and auto-switch requirements before ordering the replacement.

They are different series, but both follow ISO 15552 dimensions for compatible mounting and installation.

Yes, if the bore size, stroke, ISO 15552 mounting and other characteristics fit the application.

Bore size, stroke, ISO 15552 mounting, cushioning, magnet and rod end characteristics

No. MAL is commonly used as a market term for this type of compact cylinder. The suitable SMC model depends on the required size and specifications.

Yes, share the bore, stroke and mounting details so the suitable SMC mini cylinder can be checked.

Make sure you have the necessary bore, stroke, mounting length and rod end type.

It depends on the model and part number. Share the complete number so the available repair or replacement options can be checked.

Check the complete part number, including mounting, bore, stroke and any required options, before ordering.

Bore, stroke, mounting style, rod end configuration and installation space

Yes, selected CQ2 versions can be used with compatible auto switches. Confirm the exact part number before ordering.

Share the complete part number so the bore, stroke, mounting and other options can be checked for an exact match.

They are commonly used in automation machines and applications where the available installation space is limited.

This is employed in those cases where there is a requirement for stable linear motion along with increased resistance to rotation of the rod, for instance pick-and-place and handling applications.

While CXS twin rod cylinders are ideal for small and precise movements, guided cylinders like MGP find themselves more applicable in those cases where there are high loads from the side.

Give me your full part number as well as the desired load and stroke.

It is employed for holding and releasing the work piece during automation process of handling, assembling, and picking and placing.

Provide the full part number and determine the finger mounting, dimensions, and gripping configuration before ordering.

For standard situations, one may consider using the following: AirTAC HFZ and Janatics parallel gripper.

It controls the compressed air flow electrically in pneumatic circuits and is usually employed for cylinders and other actuators.

Share the valve label or part number along with the voltage, connector and mounting or manifold details.

For normal use cases, AirTAC 4V or Janatics valves can be taken into account if port diameter, voltage, and mounting are compatible.

It controls the direction of compressed air and is commonly used where the valve needs to remain in its last position until another signal is given.

Check that only the required coil is energised and that the available air pressure is above the minimum required for the valve.

Verify the pressure rating, filter medium, port size, voltage, and flow required before choosing the valve.

Share the complete part number, voltage, connector and mounting or manifold details. Make sure the replacement is also a double solenoid version.

Yes, but only if the valve is designed to handle that pressure rating. Do not exceed the rated capacity of the valve.

Janatics, Techno or uFlow high pressure valves may be considered, subject to the required pressure rating and application.

It is used for manual control of pneumatic air circuits by pressing the valve button.

Some SMC series allow actuator changes. Confirm the exact option from the part number before replacement.

Please check VM series, port function, button type, connector size and mounting configuration before placing your order.

It is used for manual operation of air in pneumatic circuits with the use of a hand lever.

Check the valve function, port size, connection type and whether the valve uses detent or spring-return action.

Yes, AirTAC 4H and Janatics hand lever valves can be considered where the function, port size and mounting requirements match.

It isolates the compressed air supply and releases residual pressure from the downstream pneumatic circuit.

This will help in making the pneumatic system safe for servicing once the air source is disconnected.

The port size, connection type, mounting options and the part number of the VHS component should be matched with your FRL or pneumatic line assembly.

An SMC pilot valve is a device that actuates other valves by means of pneumatic signals without any electrical input whatsoever.

The minimum pilot pressure will depend on the particular SMC part number selected. Refer to the SMC data sheet for more information.

Check whether the valve is a single or double pilot and its function and port size, connections, and pilot pressure required.

It is used for mechanical sensing and valve operation when a moving machine part contacts the roller lever.

Some models have one-way roller configurations. Confirm the exact option from the SMC part number.

Check the VM series, roller type, mounting arrangement, valve function and port size before ordering.

This is employed to run a pneumatic circuit using the foot pedal so that the person can work with both hands.

Check the valve function, port size, connection and whether the required operation is momentary or latching.

Yes, AirTAC 3F/4F and Mercury foot pedal valves can be considered when the function, port size and mounting requirements match.

The answer is that it helps to control the air flow and the rate of operation of the pneumatic cylinder.

The correct type depends on the cylinder and application. Meter-out control is commonly used for stable cylinder movement.

An elbow speed controller can mount directly on the cylinder port when the selected SMC model and thread size are suitable.

It is used for pneumatic on/off control of process fluids such as water, steam and other suitable media.

Confirm the media, temperature, port size, valve function and required pilot air pressure before ordering.

Yes, Janatics, Techno and uFlow angle valves can be considered, along with AirTAC 2J series, when the media, pressure, temperature and connection requirements match.

It is used to regulate the flow of steam where the valve selected is rated for the appropriate pressure and temperature.

Yes but only when the valve is specifically rated for the appropriate pressure and temperature of the steam. Do not use a generic valve unless it is rated.

The steam pressure, temperature, and fluid type must be considered.

It is used to control nitrogen flow in applications where the selected valve is approved for nitrogen or the required inert gas.

No. Refer to the SMC catalog and check if nitrogen is an acceptable medium for the particular series and part number.

Nitrogen gas can lead to a decrease in the concentration of oxygen when used in a closed system. The safety precautions should always be considered when using any type of gases.

These automatically discharge accumulated condensate from the compressed air devices like filters and receivers.

Many SMC filter models are available with automatic drain options. Confirm the filter and drain part number before ordering.

I should see if the auto drain is installed in the filter bowl or as a separate device and its pressure capacity and port size.

It makes use of compressed air through filtering of impurities, pressure control, and lubrication as needed.

Match the body size, port thread, flow requirement and filter rating with the existing pneumatic system. Check whether a gauge, bracket or other accessory is required.

Yes, Janatics, Mercury and AirTAC GAC FRL units can be considered when the size, port connection, flow and air preparation requirements match.

It regulates and lowers the air pressure in compressed form to the desired operating pressure.

Ensure the port size, body size, and pressure range are compatible with the system

It varies depending on the particular part number of the component.

It filters contaminants from compressed air and adds controlled lubrication for pneumatic equipment that requires oil mist.

No. Many SMC components are designed for use with non-lubricated air. Check the component instructions before adding a lubricator.

Match the module size, port connection and filter rating with the existing FRL assembly so the new unit fits correctly.

It removes water and, depending on the model, finer oil mist from compressed air before it reaches downstream equipment.

A conventional filter removes coarse impurities while a mist separator removes fine mist of oil and water.

Consider the filtration capacity, body size, port connection and flow needed in the pneumatic system.

It connects pneumatic tubing directly to a threaded port on a cylinder, valve, FRL or other pneumatic component.

Yes, different sizes of uFlow connectors can be found. Determine what tube and thread sizes are needed before ordering.

The requirement of thread sealant depends on the design and size of the connector. We should verify if the chosen uFlow connector is accompanied by thread sealant or not.

This connects pneumatic tubing to components having a male threaded fitting.

uFlow female fittings come in varying sizes for tube and threads.Check the needed size before you buy.

The female fitting should be fitted into the male threads while the male fitting will be fitted into the female threads.

It helps to connect the pneumatic tubing to the port through threads, thus making an angle of 90° for the tube.

Yes, it is beneficial to use this 90° angle for cramped quarters.

Many elbow designs are available with a swivel function, but confirm the exact feature for the required uFlow size and model.

It is attached to a port and has two exits for pneumatic lines.

Yes, both outlets can get air from the same port, provided that there is enough flow for that.

They have to share the available flow coming in from the inlet.

A tight bend causes the tube to kink, thereby reducing air flow. An equal elbow allows the tube path to remain clean.

The equal elbow offers a 90° connection for changing the direction of the pneumatic tube.

uFlow equal elbows are available in different tube sizes. Select the size according to the connected pneumatic tube.

One air line is divided into two outlet lines to feed more than one part.

Yes, but the tube and main air supply should be sized to handle the total required flow.

Ensure that the major tube has the capacity to accommodate the total airflow requirement of the system components.

It is used to connect two pneumatic tubes of equal size for extension or repair purposes.

Yes, it is capable of joining the two good ends once the broken part is removed.

It should be cut with the use of a proper tube cutter before inserting it to the union.

It brings together four pneumatic tubes into one place for air flow distribution in multiple directions.

Yes, it gives four connection points in one single fitting.

It is ideal when there is a need for four tube connections to be close to each other.

It divides the one pneumatic air line into two separate lines for uses like double cylinders or double nozzles.

Use a Y fitting when both branches need to run in the same direction. A tee is better when the branch needs to go at 90°.

uFlow equal Y fittings are available in different tube sizes. Select the size according to the connected pneumatic tube.

Its purpose is to close the unused push-in pneumatic ports and block air escape through them.

Sure, it is removable and can be placed back whenever necessary.

uFlow blue capped plugs are available in various sizes.

It regulates the air flow to or from the pneumatic cylinder for varying the operating speed of the cylinder.

Yes, one valve can be installed in each cylinder port where separate air flow regulation is needed.

Adjust the flow adjustment slowly while watching the cylinder action until the required speed is achieved.

It is applied in carrying compressed air from one pneumatic component to another like valves, cylinders, and tools.

Replace them when they become hard, cracked, damaged or noticeably discoloured.

A coil tube is useful for pneumatic tools since this tube can stretch if necessary and keep the hose off the floor.

With clean, dry air and a properly set FRL unit, these cylinders can run for years. When performance drops, replacing the seals usually restores it.

Yes, we can help. Send us the cylinder bore and model number and we will verify the availability of seal kits to you.

Please provide the bore, stroke, mounting style and pressure of working and we will provide you a quote and stock status.

Not exactly. SC cylinders also use tie rods but "SC" refers to a specific standard design that many manufacturers follow. A tie rod cylinder is the broader construction type.

Send us the stroke you need and we will check with Techno whether it can be supplied.

Share the bore, stroke, mounting style and working pressure. If you are replacing an old cylinder, a photo or the model number helps us match it faster.

It depends on the slot type of your model. Send us the cylinder model number and we will suggest sensors that fit it properly.

Yes, it helps. The smooth body has no external tie rods, so dust has fewer places to settle and wiping it down takes less effort. In very dusty or wet areas, also check the seal and protection options for your model.

Yes. Tell us the bore, stroke and quantity, and we will send you a price and delivery time.

Yes, if both follow ISO 15552 and have the same bore and stroke, the mounting will match. Share the model number of your old cylinder and we will confirm before you order.

They are designed to fit across brands that follow ISO 15552. Still, it is best to confirm the model before ordering, so you don't end up with a mismatch.

Controlled linear movement is achieved by using a Techno MAL Cylinder in pneumatic automation systems. Depending on the machine design and application requirement, it can push, pull, clamp, and position.

Typical cylinder applications of the Techno MAL line include industrial automation, assembly machines, packaging machinery, material handling systems, clamping, and linear pneumatic movement applications in machinery.

Selection is based on bore size, stroke, operating pressure, operating force, and space. The type of model to be used should be decided on based on the machine's operating needs and manufacturer specifications.

Typically for basic pneumatic pushing, pulling, clamping, and positioning operations.

The compatibility of sensors will differ depending on the Techno cylinder model. Ordering Information: Please check and refer to the catalogue and the magnetic option for the piston.

The purpose of the Techno Round Body Cylinder is to operate smoothly and without any problems, using pneumatic power. It is known for its size, strength, simplicity of installation, and effectiveness. It may be utilized in cases where space efficiency design and linear motion reliability are needed.

Compact cylinders are typically meant for shorter strokes. For a longer stroke, an SC or profile cylinder, or an ISO-standard cylinder, may be more appropriate for your application.

Not always. Many compact cylinders can be integrated into body holes or other openings in the machine body. Before installation, please check the individual Techno model.

VS Enterprises is a Techno Compact Cylinders supplier in Noida for industrial automation, fixtures, machinery, and pneumatics. Contact the supplier with your bore, stroke, quantity, and application to get you the right model.

At one valve, a pneumatic system will control the flow of compressed air when it is not flowing. It is opened and/or moved by the energizing of the coil and is closed when the signal is turned off.

The actuating mechanism for the valve and the direction of the compressed air is one solenoid valve. Usually applied to pneumatics such as pneumatic cylinder drives.

Single Solenoid Valves are compact in size, easy to install, and offer fast switching. They also need to regulate the flow of air and can easily be integrated into an automated system.

A double solenoid valve is used to control the air flow of a double-acting cylinder so as to move smoothly in both directions.

A single solenoid is a single coil, generally spring returned, and a double solenoid valve is a two-coil valve to control and maintain both valve positions.

The price will vary according to the model, size, voltage, and order quantity. Kindly call VS Enterprises and share your needs; we will supply you with the latest quotation and price.

By energizing with an electrical signal, the solenoid coil in the valve mechanism is made to open or close the valve, and the flow of the medium is controlled.

The price varies according to the model, specification, quantity ordered, and pressure. Call VS Enterprises to get the most up-to-date quote.

A computer system controls a computer-controlled motorized solenoid valve system of a suitable fluid, air or gas. It is frequently employed in process control systems, pneumatic systems and machinery needing accurate flow control.

Always use the proper valve for the application! When choosing a model, think about the medium being controlled, operating pressure, flow requirement, port size, and valve configuration, as well as voltage and temperature. If you don't know, VS Enterprises can help you find a good one!

Yes, such valves can be used in fluid and/or gas flow control applications where electrical control of fluid and/or gas is desired. Selection of model is based on the system operating conditions, flow rates, and pressure.

A pneumatic circuit or industrial automation system is a system that uses compressed air to control the operation of various components.

No. It is a mechanical (push-button) valve that has no electric power source. It is handled by a hand lever.

Please refer to VS Enterprises, Noida, for availability, specification, and supply details of the product.

The Techno Hand Lever Valve is used to manually control and channel compressed air in different pneumatic applications.

The Techno valves are appropriate for pneumatic equipment and systems of different processes.

In order to choose the right model, it’s crucial to pay attention to such important factors as the size and configuration of the port, working pressure, and type of connection.

It is used to control and direct the flow of compressed air manually in pneumatic systems.

They can be used in pneumatic systems, automation systems, manufacturing machines, and air-control circuits.

Take the port size, valve type, working pressure, connection type, and application requirements into account.

It is used for pneumatic control signals and to control other pneumatic parts.

They are often used in pneumatic machinery, automated devices and air control systems in industry.

Consider the application, connection type, valve configuration, port size and operating pressure.

It is used to operate pneumatic circuits mechanically when a machine part moves its roller lever.

They are commonly used in pneumatics, automation, machine control circuits, and position sensing.

Before purchasing, take into account port size, valve configuration, operating pressure, connection type and application requirements.

A Techno Foot Pedal Valve is used to control the flow and direction of compressed air in pneumatic systems. It frees the operator's hands to perform other tasks while the pneumatic cylinder, machinery, and automation equipment are controlled by foot pressure.

They are commonly used in pneumatic systems, factory machinery, assembly lines, and industrial automation.

Consider the port size, operating pressure, valve type, connection type, and the application when purchasing.

It is a valve that controls how much air flows through a pneumatic line. Because of that, it is also the simplest way to set the speed of a cylinder or actuator.

Mostly in machines and automation systems. Assembly machines, production machines and air-cylinder applications are the common ones.

Port size, operating pressure, flow requirement, and connection type. Get those right and the valve will be compatible with your system.

A Techno Pneumatic Actuator Valve is a pneumatic valve that is used to control and operate a pneumatic system. It controls and controls the action of pneumatic actuators with compressed air.

They are used with pneumatic machines, automation equipment, manufacturing machinery, assembly machinery, and on air cylinders applications.

Take into account port size, operating pressure, valve type, connection type and compatibility with your pneumatic actuator.

It is an angle-type pneumatic valve that controls the flow of compressed air in a pneumatic system and makes angled connections possible.

They are commonly used in pneumatic machinery, automation systems, manufacturing equipment, packaging machines, and other air-control applications.

Look at the port size, operating pressure, connection type, and valve configuration, and make sure the valve is compatible with your pneumatic system.

It is a valve made to work with steam. It controls or regulates steam flow in industrial and process systems.

Mostly in steam pipelines, boilers, heating equipment, process machinery, and industrial plants.

Consider the port size, pressure rating, temperature range, connection type, valve configuration, and the requirements of your application.

It is a valve that controls and regulates the flow of nitrogen gas in an industrial or process system.

You will find them in nitrogen pipelines, gas handling systems, industrial plants, process machinery, and manufacturing equipment.

Confirm the port size, pressure rating, temperature range, connection type, valve configuration, material, and how it suits your application.

It is a valve that automatically removes condensate from compressed-air and pneumatic systems without requiring hand operation.

They are generally located in air filters, receivers, air compressors, pneumatic systems, or industrial machinery.

Take into account size, pressure, drainability, connection, temperature range, and use.

It's an air treatment piece of equipment that cleans, regulates, and lubricates compressed air prior to it going into your pneumatic apparatus. The meaning of FRL is Filter Regulator Lubricator.

They are used for pneumatic machinery, automation equipment, manufacturing systems, and air-activated tools.

Consider port size, pressure rating, filtration, flow rate, and what it will be used for.

A pneumo device that is designed to lower down the pressure of compressed air to a certain pressure and maintain it.

They are used in pneumatic systems, automation equipment, manufacturing processes and compressed air lines.

Check port size, pressure range, connection type, flow rate and if it is compatible with your system.

Most air tools need lubrication. Follow the tool's manual.

Close to the tool or machine, after the regulator.

The level of oil must be checked regularly and topped up before the bowl becomes empty.

Yes. The separator removes bulk water; the machine filter removes fine particles and the rest.

The air is moist, which becomes condensed after compression.

Drain it frequently to avoid water accumulation and airflow obstruction.

Inlet pressure, required outlet pressure, flow and media.

No. It is not rated for high inlet pressures

Determine the regulator size according to the needs of your system.

The thread sealant may be damaged; replace the fitting or reseal the thread.

Yes, provided that the threads are in good condition.

Use the appropriate thread sealant while screwing the connector.

Use a male connector for threading into holes, while a female connector is for threading over stems.

These are supposed to be compatible with the same thread size.

Determine the connector depending on the tube size and thread of your pneumatic system.

The male elbow may limit airflow somewhat in relation to a straight connector, although this is very minimal.

The male elbow connector is used wherever an air pipe must change direction in a small area.

Yes, as long as its threads, seal, and push-in connections are in good shape.

The standard male tee connectors always have equal outlet diameters, but reducing tee connectors are available in different tubing or threading diameters.

It is used to bifurcate one supply line into two pneumatic lines.

A tee connector for males can be reused as long as its threads and push connections are well-maintained.

Use an elbow fitting whenever the tube needs a sharp 90° turn or the bend radius is smaller than the tube’s recommended limit, as it helps prevent kinks, maintains smooth airflow, and protects the tube from damage.

Yes, it can be reused if the push-in ends and fitting body are undamaged and provide a secure connection.

It has many applications in areas such as pneumatic control panels, automation, equipment and air tube routing

You can use multiple tee fittings in one line as long as the system has enough airflow and pressure to supply all connected outlets.

Yes, too many branches on a small tube can reduce airflow and pressure at the last connected devices.

Select the tee fitting based on your tube OD and the airflow requirements of the pneumatic system

Cut the tube straight with a proper tube cutter to ensure a secure and leak-free connection.

No, it is not since the tube may be cut in an uneven or slanted manner which can affect the seal.

Insert the tube until it seats itself inside.

A Y connector generally provides smoother airflow because its angled branches reduce air resistance compared to a right-angle tee.

Use a Y connector when you want smoother airflow and lower pressure loss in branched pneumatic lines.

Yes, it is commonly used to split compressed air into two lines while maintaining efficient airflow.

No, it is not permanent, and it can be extracted by pushing the release ring just as in a pneumatic tube.

It is used for sealing unused ports in order to prevent any sort of air leakage or dust entry.

Yes, but only if it is still clean and in good condition.

Yes, install one on each cylinder port if you want to control the extension and retraction speeds independently.

They allow precise speed adjustment in both directions for smoother cylinder movement.

It is typically installed directly on the pneumatic cylinder ports for accurate airflow control.

A clogged or undersized silencer can restrict exhaust airflow, causing slower valve or cylinder operation.

The silencer should be cleaned or replaced in case of being clogged or broken.

The silencer should fit the valve port size and flow rate of your pneumatic system.

Plastic silencers can be used for general pneumatic purposes, but brass silencers should be used for high temperatures, oily, and heavy-duty industrial uses.

Brass silencers are widely used for industrial applications where there is heat, oil, or tough working conditions.

Yes, plastic silencers are light-weight and non-corrosive and very useful for general pneumatic applications.

A 2-way rotary joint carries two separate air lines through a single rotating connection.

It is used in pneumatic machinery with a rotary motion, automatic control systems and indexing machines.

The ability to rotate continuously with constant air flow through both channels.

Choose the model based on the number of separate air supply lines required by the rotating equipment.

Use a 2-way rotary joint when there is a need for two different pneumatic air connections on the rotating section.

A 3-way rotary joint is ideal for situations where you require three distinct air connections to a rotating section.

The life of the PU tubing is dependent on the operating pressure, temperature, contact with oil, and wear, so you should change your PU tubing in case it gets hardened, cracked, or damaged.

If the tube gets damaged or cracked or becomes hard and worn, change the tube.

Yes, because the PU tubes are flexible and strong; hence, they are widely used in pneumatic systems.

Yes, segmented Techno coolant pipes can usually be extended by adding compatible segments, depending on the model.

Add extensions to ensure that the pipe is long enough and faces the right way.

They are usually used in CNC machines, drilling, milling, grinding, and many other machine functions.

A PU coil tube gives reach and retracts after use.

Share the nailer model and we will check compatible nails.

Nails suit structural joints; staples hold fabric, sheets and thin materials better.

Final Torque Critical Joints with a Torque Wrench.

Usually low air flow or lack of lubrication; check the supply line and lubricator.

Use coarse to start and finer to finish.

Reduce Operator Fatigue by hanging the screwdriver on a Techno Spring Balancer.

The models in the clutch can be torque set. Verify Techno model

Fine-tune the tension of the spring until the tool is at working height while floating.

Adjust the spring tension until the tool is floating at working height.

Usually, if bore, stroke and mounting match; share details and we will check.

Yes. The tie-rod type design provides for easy access for service purposes and for replacing the seals.

Think about the bore, stroke, operating pressure, mountings, and the space needed.

Yes; tell us the mounting style.

It is commonly used for linear movement in packaging, handling, assembly and automation machines.

Think about the bore, stroke, pressure, and mounting space needed.

Yes, if the cylinder has a magnetic piston.

The profile body provides a clean installation and allows compatible sensors to be fitted into the cylinder body.

Check the required bore, stroke, operating pressure, mounting arrangement and sensor requirements.

If both are ISO 15552 of the same bore, yes; confirm before ordering.

If the existing cylinder and replacement use the same ISO 15552 standard and compatible bore and dimensions, it can fit.Check the information before placing the order.

This would be possible only if the diameter, length, and mounting of both are similar.

It depends on bore and pressure; share your load.

It is mainly used for small and light linear movements in automation machines and compact equipment.

The force depends on the cylinder bore and operating pressure. Share your load requirement to select a suitable size.

Many are replaced as a unit; confirm for your size.

It is used for compact pneumatic applications requiring simple linear movement and light-duty automation.

Its slim design makes it suitable for machines where installation space is limited.

No; use an SC or ISO cylinder for longer strokes.

No; use an SC or ISO cylinder for longer strokes.

It is used for short-stroke linear movement where installation space is limited, such as fixtures, clamps and compact machines.

Indeed. It has been made with the idea that sometimes the normal cylinder may occupy more space than is required.

Share weight and offset; we will size the cylinder.

It is used for guided linear movement where the moving plate or tool needs better stability and resistance to rotation.

The two rod configuration assists in alignment of the movable plate and prevents its unnecessary rotation.

Your machine make and model, the cylinder's position on the machine, and the code on its nameplate

Share the cylinder code and we will check.

Yes, the replacement cylinders can be verified through the old cylinder code.

Only spring-assisted types; tell us if you need this.

Parallel grippers use compressed air that enables the gripper jaws to move back and forth in order to grasp a component.

Think about gripping force, stroke of the jaw, weight of the component, position of gripping, space availability, and pressure available.

Many models have a manual override, but availability depends on the specific valve code.

Check the valve function, port size, coil voltage, pressure requirement and cylinder connection.

Yes, a single solenoid valve can be used with a compatible uFlow SC Type cylinder.

No, an electrical pulse of short duration can change the position of the valve, based on the specific model.

The valve should maintain its previously changed position to keep the cylinder in its present position.

The double solenoid valve controls the back-and-forth movement of double-acting pneumatic cylinders.

They are used in PET blow moulding machines, test rigs and other high-pressure pneumatic circuits.

Select a valve rated above the highest possible operating pressure of your circuit.

Otherwise not, provided its pressure rating and construction are appropriate to the job.

It is used for electric on/off control of water, cooling and other compatible utility lines.

No. This employs an electric motor or actuator, hence making the use of compressed air unnecessary at the valve.

Yes, provided that the signal for control of the valve coincides with that of the PLC.

Yes, it provides manual pneumatic control through a mechanical push button.

It is used to start, stop or send pneumatic control signals in machines and air circuits.

Button styles depend on the uFlow model. Confirm the required style before ordering.

It is used for manually controlling the direction of pneumatic cylinders in clamps, lifts, gates and machinery.

No. This is manually controlled through the hand lever.

Valve function, lever mechanism, port size, operating pressure and cylinder connection.

It is used for manual isolation of compressed air supply and exhaustion of air downstream in a pneumatic system.

It is commonly installed at the machine air inlet before the FRL unit for convenient isolation.

Yes, suitable models shut off the supply and allow downstream air to exhaust.

It uses a small pneumatic signal to control or switch the main air flow in a pneumatic circuit.

No. The pilot valve works on a pneumatic signal instead of an electrical coil.

The pilot valves are applied in air logic machines and pneumatic controls.

It is used to provide a pneumatic signal when a machine component, cam or moving part mechanically operates the roller lever.

No. The valve acts in a mechanical manner and gives out a pneumatic output signal.

They can be employed for mechanical positioning in automation machines.

The device is used to control pneumatic cylinders, clamps, presses, and tools but allows the operator to keep his/her hands free.

No, it works on mechanical principle.

They can be used for controlling pneumatically actuated machines such as presses and clamps.

Used to control airflow and speed of operation of pneumatic cylinders.

Yes. The speed of operation can be regulated by controlling the airflow.

Meter-in controls the incoming air and meter-out controls the outgoing air.

Yes, suitable uFlow pneumatic actuator valves can automate valve opening and closing in process pipelines.

Spring return actuator types can help move the valve to safety when there is loss of air supply, subject to the actuator type.

Consider the following before making your choice.

Yes, pneumatic models use compressed air to operate the pilot piston.

Yes, in case the selected type is suitable for the media, temperature and pressure.

It is necessary to verify the size, body material, media, temperature, pressure and connection type.

If yes, then the chosen uFlow model should be designed to handle the steam pressure and temperature requirements.

Steam pressure, temperature, pipe size, connection type and required operation method are important.

A proper model will automatically switch steam unlike the manual steam switching approach.

Absolutely, as long as the selected uFlow system can handle nitrogen and will work under the pressure and temperature that are required.

Provide nitrogen pressure, valve size, connection type, needed voltage, and application data.

Nitrogen may displace the air from enclosed spaces. Use correct parts that don’t allow leaks and have proper ventilation if necessary.

The air receiver is a common first installation point because condensate can collect at the bottom of the receiver.

It will remove any condensate that has accumulated in the compressed air system or the condensate collecting point.

It makes the need for manual draining less, but it is still advisable to check the drain occasionally.

No. Lubrication is required only for pneumatic components that are designed to operate with oil.

It filters contaminants, regulates compressed-air pressure and lubricates the air when required.

Please check your pneumatic system for port size, air flow rate, filter rating, pressure level, and if lubrication is needed.

It lowers and regulates the pressure of the compressed air in order to achieve the required working pressure.

Yes, using the minimum safe pressure that will satisfy the machine can be one of the ways to save air consumption.

Check the port size, required pressure range and airflow requirements before purchasing.

Use the pneumatic oil grade specified by uFlow for the particular lubricator model.

It removes contaminants from compressed air and adds a controlled amount of oil mist where lubrication is required.

No. Lubrication should be used only when the connected pneumatic components are designed or specified for lubricated operation.

It separates bulk liquid water and condensate from compressed air before it reaches downstream equipment.

A separator removes liquid water, while an air dryer is designed to reduce moisture vapour in compressed air.

It is commonly installed upstream of pneumatic equipment where liquid water needs to be removed from the compressed-air line.

It connects pneumatic tubing directly to a threaded port on a cylinder, valve, FRL or other pneumatic component.

Yes, different sizes of uFlow connectors can be found. Determine what tube and thread sizes are needed before ordering.

The requirement of thread sealant depends on the design and size of the connector. We should verify if the chosen uFlow connector is accompanied by thread sealant or not.

This connects pneumatic tubing to components having a male threaded fitting.

uFlow female fittings come in varying sizes for tube and threads.Check the needed size before you buy.

The female fitting should be fitted into the male threads while the male fitting will be fitted into the female threads.

It helps to connect the pneumatic tubing to the port through threads, thus making an angle of 90° for the tube.

Yes, it is beneficial to use this 90° angle for cramped quarters.

Many elbow designs are available with a swivel function, but confirm the exact feature for the required uFlow size and model.

It is attached to a port and has two exits for pneumatic lines.

Yes, both outlets can get air from the same port, provided that there is enough flow for that.

They have to share the available flow coming in from the inlet.

A tight bend causes the tube to kink, thereby reducing air flow. An equal elbow allows the tube path to remain clean.

The equal elbow offers a 90° connection for changing the direction of the pneumatic tube.

uFlow equal elbows are available in different tube sizes. Select the size according to the connected pneumatic tube.

One air line is divided into two outlet lines to feed more than one part.

Yes, but the tube and main air supply should be sized to handle the total required flow.

Ensure that the major tube has the capacity to accommodate the total airflow requirement of the system components.

It is used to connect two pneumatic tubes of equal size for extension or repair purposes.

Yes, it is capable of joining the two good ends once the broken part is removed.

It should be cut with the use of a proper tube cutter before inserting it to the union.

It brings together four pneumatic tubes into one place for air flow distribution in multiple directions.

Yes, it gives four connection points in one single fitting.

It is ideal when there is a need for four tube connections to be close to each other.

It divides the one pneumatic air line into two separate lines for uses like double cylinders or double nozzles.

Use a Y fitting when both branches need to run in the same direction. A tee is better when the branch needs to go at 90°.

uFlow equal Y fittings are available in different tube sizes. Select the size according to the connected pneumatic tube.

Its purpose is to close the unused push-in pneumatic ports and block air escape through them.

Sure, it is removable and can be placed back whenever necessary.

uFlow blue capped plugs are available in various sizes.

It regulates the air flow to or from the pneumatic cylinder for varying the operating speed of the cylinder

Yes, one valve can be installed in each cylinder port where separate air flow regulation is needed

Adjust the flow adjustment slowly while watching the cylinder action until the required speed is achieved.

It is applied in carrying compressed air from one pneumatic component to another like valves, cylinders, and tools.

Replace them when they become hard, cracked, damaged or noticeably discoloured.

A coil tube is useful for pneumatic tools since this tube can stretch if necessary and keep the hose off the floor.

VS Enterprises provides various products of Mercury Pneumatics such as pneumatic cylinders, compact cylinders, profile cylinders, tie rod cylinders, round-body cylinders, twin rod cylinders, hydro-pneumatic cylinders, automated parallel grippers and pneumatic accessories used in industry and automation.

VS Enterprises offers the products of Mercury Pneumatics to the industrial and B2B clients in Noida. We help businesses identify the products, commercial inquiries, purchases in bulk, and supply according to the application and technical needs.

Yes. VS Enterprises allows large-scale and repeat purchases of Mercury Pneumatics cylinders and components to machine builders, automation integrators, maintenance groups, manufacturers, and industrial purchasers. To discuss their needs, customers are able to exchange model numbers, specifications, and quantities.

The right Mercury Pneumatics cylinder is based on the bore size, the stroke length, the mounting orientation, the available installation area, the working conditions and the machine use. VS Enterprises will be able to assist buyers to find an appropriate Mercury Pneumatics product depending on these needs prior to making a purchase.

Yes. VS Enterprises will be able to help businesses source specialized Mercury Pneumatics products, such as Mercury Twin Rod Cylinders, CH Stretch Blow Cylinders, Hydro Pneumatic Cylinders, Parallel Grippers, and other accessories for automation, material handling, PET/stretch-blow equipment, and other industrial machinery.

Techno Pneumatics provides parts of various steps in an automated pneumatic system, such as Techno Tie Rod Cylinders to linearly move, Techno Single Solenoid Valves to control a pneumatic regime, Techno FRL Units to prepare air, and Techno Flow Control Fittings to control the speed of an actuator. VS Enterprises assists industrial purchasers to purchase these components based on their machine needs.

Compressed air is prepared by a Techno FRL Unit (Filter, Regulator, and Lubricator), and then it is sent to pneumatic components. It aids in eliminating contaminants, keeping the air pressure in line, and lubricates where needed to ensure the stable functioning and service life of Techno cylinders, valves, and other pneumatic devices.

Industrial machines that demand linear motion controlled by techno tie rod cylinders can be installed. Uses can be the pressing, clamping, lifting, assembly equipment and other automation systems that demand a robust pneumatic cylinder to be used repeatedly in the machine cycle.

Pneumatic motion control can be done using components like the Techno Single Solenoid Valve and Techno Flow Control Fitting. The solenoid valve is used to regulate the amount of air entering the actuator, and the flow control fitting may be used to control the amount of air flowing to affect the speed of cylinder movement. The right mix will be determined by the pneumatic circuit and needs of the machine.

Yes. VS Enterprises can help the maintenance and procurement departments find Techno Pneumatics replacement parts to fit into the already existing machines. By giving the buyers the past model number, product photograph, drawing or technical specifications the team can identify what the Techno component is needed and manage to supply it.

To be sourced with the right Janatics pneumatic products, you may provide the model number, product name, port size, pressure requirement, tube size, quantity, and application information. In case the precise specification is not available, a product photo or machine specifications on hand can also be used to make the VS Enterprises know what is required.

Yes. VS Enterprises is able to assist companies in acquiring various Janatics pneumatic parts to build machines and automate their work with the aid of a single inquiry. The requirements may consist of cylinders, solenoid valves, hand-operated valves, regulators, fittings, flow-control components and pneumatic accessories.

Appropriate tubing and air-line connection requirements may be met with Janatics Male Elbow, Equal Union and other Janatics pneumatic fittings. The appropriate fitting must be taken based on tube size, type of thread, connection arrangement and pneumatic circuit design.

Janatics pneumatic products may have various sizes, connections, pressure ratings and operating configurations. Ordering with such specifications can help in ensuring that the component is compatible with the existing machine or pneumatic circuit, and it will decrease the chances of an inappropriate replacement.

Yes. VS Enterprises is a partner of the recurring Janatics Pneumatics maintenance department and industrial purchaser procurement. The customers are able to keep a constant list of requirements that include the cylinders, valves, regulators, fittings and accessories, and it is simpler to organize repeat orders and refill maintenance stocks.

VS Enterprises will be able to obtain Festo Air Regulators and Festo Moisture Separators in industrial pneumatic systems. These parts can assist in controlling compressed-air pressure and moisture prior to air flowing into downstream cylinders, valves and other pneumatic devices.

Festo Equal Elbow and Festo Union Cross fittings can be sourced by businesses to make various pneumatic connection arrangements. The choice should be determined by the tube outside diameter, thread specification, direction of connection, the available space of installation and the layout of the pneumatic circuit.

Buyers require to verify key specifications like bore size, operating pressure and available installation space, mounting arrangement, length of stroke, before placing an order of Festo SC Type Cylinder or Festo Round Body Cylinder. The identification of the product can also be done by providing an existing model number or machine details.

Yes. VS Enterprises has the capability to organize various Festo pneumatic parts of a machine or automation project, such as cylinders, grippers, valves, fittings, regulators, moisture separators and PU tubing. By consolidation these requirements, procurement of OEMs and machine builders can be simplified.

Festo Air Blow Gun is available to use in application where it is necessary to direct compressed-air streams, e.g. to clean workstations, machinery and production facilities of dust and particles. It may also be part of larger Festo pneumatic buys of industrial maintenance teams.

Uflow MAL Cylinder and Uflow Profile Cylinder are other cylinder designs that are designed to fit various machine layout designs and installation needs. The appropriate choice varies depending on the availability of space, bore, stroke, mounting scheme and the kind of linear movement necessary. VS Enterprises will be able to assist in determining the right Uflow cylinder with reference to the machine specification.

One application that may need a Uflow Twin Rod Cylinder is where a conventional single-rod arrangement may not provide the necessary resistance to rotational movement or the guided linear movement. It can be appropriate for positioning, material handling, clamping and other automation processes where movement control is of concern.

In the case of a Uflow High Pressure Solenoid Valve, customers are required to confirm the pressure range, medium, port size, connection type, flow capacity and electrical requirements before they purchase one. Such details are essential, especially in situations where the valve is to be used in a higher pressure or specialized industrial use.

A Uflow Moisture Separator is installed to assist in the separation of condensed moisture and compressed air prior to flowing to downstream pneumatic equipment. To choose the appropriate model, one has to examine the airflow capacity, working pressure, connection size and installation arrangement to ensure it agrees with the need of the air line.

A pneumatic system can include multiple Uflow Automation components, including a Uflow Profile Cylinder or Twin Rod Cylinder to move, a Uflow Single Solenoid Valve to control air, a Uflow Filter Lubricator to prepare air, and Uflow Male Connectors, Male Tee Branches, Union Crosses and PU Tubes to connect. The precise mix is determined by the pneumatic circuit of the machine and usage.

Based on the layout of the machine and the mode of use, SMC Hand Slide Valves and SMC Foot Pedal Valves may be utilized in applications where the operator must have direct control of the valve. The decision must consider the necessary port configuration, pressure, installation layout and the way the operator must operate the pneumatic circuit.

Where a guided linear motion and enhanced resistance to rotation is necessary during an application, an SMC Twin Rod Cylinder may be utilized. It can be appropriate in positioning, material handling, clamping and other automation tasks where movement control is necessary.

An SMC Male Elbow offers a transition to an angled form, and can be helpful when the tubing must turn in a small installation. SMC Equal Union An SMC Equal Union is typically employed to join compatible parts of tubing in a straight-line setup. Choice is based on tube dimensions, thread specifications and air-line layout required.

When the pneumatic operation is at pressure levels that demand a valve that is specific to the operating conditions, then an SMC High Pressure Solenoid Valve can be considered. Prior to sourcing, buyers are to ensure that they verify the working pressure, port size, medium, electrical needs, and flow properties of their system.

Yes, Compressed air can be directed through SMC PU Tube and Coil between compatible pneumatic parts such as cylinders, valves, regulators and fittings. The tubing is to be chosen depending on its width, pressure capacity, temperature and compatibility with the fittings utilized in the installation.

Pneumax Compact Cylinder can be used in pneumatic applications in which there is a need to have controlled linear movement and space constraints in terms of installation. It may be applied in operations like clamping, positioning, pushing and handling in which a compact cylinder set up would be the choice.

A Pneumax Foot Pedal Valve could be discussed in case a pneumatic operation requires a direct control of the operator via foot operation. This may come in handy in workstations where hands should be kept in a position to allow positioning, assembly or handling of work.

In sourcing a Pneumax Steam Valve, an application would be reviewed in terms of the steam pressure, operating temperature, flow demands, connection size and installation requirements. The availability of such information will facilitate the correct choice of the valve to be used in the desired steam application.

A Pneumax Flow Control Fitting may be applied to control the flow of air in a pneumatic circuit that may affect the speed at which a connected cylinder operates. This is because the selection of the tubes, type of connection, cylinder speed required and the pneumatic circuit setup all require proper selection.

The Pneumax Blue Cap (Plug) is a pneumatic accessory that can be used where a compatible connection or opening needs to be closed or protected. Before purchasing, the appropriate size and product reference are supposed to be verified to make sure that they fit in the planned pneumatic installation.

An AirTAC Profile Cylinder and a AirTAC Compact Cylinder can be used in various installations. The use of a profile cylinder can be preferable in designs where a structured cylinder body is appropriate to the machine design and where space is limited where the cylinder is to fit. Bore, stroke, mounting arrangement and available space should be checked before selection.

An AirTAC Foot Pedal Valve may be helpful when an operator requires to operate a pneumatic action with the help of a foot-operated device. It can be applicable to workstations where both hands are required to position, assemble, clamp or handle items.

The flow through a pneumatic circuit is controlled by an AirTAC Flow Control Fitting and may be used to control the speed of a connected cylinder. The fitting is required to match tube size, connection requirement, operating pressure and desired movement characteristics.

In the case of an AirTAC Steam Valve, the application can be described as follows with the temperature of operation, pressure of operation, flow needed, size of connections and conditions of installation. Giving this information assists in establishing whether the requested valve set-up is suitable to the intended steam service.

When a pneumatic connection is required to be branched off one of the main air lines to another component or circuit, an AirTAC Male Tee Branch may be used. The choice is made based on the tube sizes, the type of thread, the connection configuration and the space available to install the fitting, therefore, the fitting must be selected in connection with the entire pneumatic layout.