Low Friction Air Cylinders

Description: Features We achieved the lowest friction and the highest sensitivity in this series with thinner BF diaphragms.(Anti pressure：up to 0.4MPa[58.02psi] or less）. It became available to decrease the value of frictional resistance comparing with our standard BF cylinder which is known for

• Stroke: 1.6535442 to 3.0708678 inch
• Rated Load/Force: 5.2828 to 10.5656 lbs
• Operating Pressure: 1.45036839357197 to 58.0147357428788 psi
• Operating Temperature: 32 to 140 F

Description: Zero friction! Zero abrasion! It will be the cylinder with the best performance. Features Low friction cylinder. Air bearing is adopted for rod guide part. Since the rod and the guide are not in contact with each other, there is no frictional resistance and

• Stroke: 0.787402 to 6.299216 inch
• Rated Load/Force: 18.4336 lbs
• Operating Pressure: 1.45036839357197 to 87.0221036143182 psi
• Shaft Diameter: 0.3149608 to 3.8582698 inch

Description: Compact Clean-Act™ cylinders are designed for a clean room environment. Features Low Friction - non-filled thermoplastic polyester rod bushing Additional rod seals with four seating points Vacuum port is tunneled between 2 multi-lobed seals Benefits Eliminates the possibility of

• Bore Size: 0.75 to 1.625 inch
• Mounting: Clevis, Double-end Mount, Face Mount, Flange, Nose Mount, Threaded
• Cylinder Action: Double
• Features: Double End Rod, Multi-position

Description: Pneumatically actuated crossed roller slide assemblies controlled by a pair of Airpot air cylinders provide extremely low friction and stiction characteristics. A light touch or physical obstruction will stop the unit’s movement to prevent damage to delicate and expensive

• Stroke or X-Axis Travel: 2 inch
• Base Length: 7.677 inch
• Base Width: 0.906 inch
• Base Height: 1.04 inch

Description: PNEUMATIC AIR CYLINDER, LOW FRICTION, BASIC MOUNT W/O BRACKET, 63 MM BORE, 300 MM STROKE, 1.0 MPA MAX. FREE 2 YEAR RADWELL WARRANTY

Description: Highly sensitive, low hysteresis, friction-free performance ControlAir's Diaphragm Air Cylinders are also available in miniature versions. Small Bore models are based on the unique rolling diaphragm principle that virtually eliminates friction. The fact that there

• Stroke: 1 to 1.75 inch
• Operating Pressure: 125 psi
• Bore Size: 1.5 inch
• Cylinder Action: Double, Single

Description: Friction-free conversion of pneumatic pressure to linear forceThe advent of the long stroke rolling diaphragm as a means of low-friction dynamic sealing has led to the development of ControlAir's line of Diaphragm Air Cylinders. These cylinders provide

• Stroke: 1.3 to 2.5 inch
• Operating Pressure: 145 psi
• Bore Size: 2.8 to 3.4 inch
• Operating Temperature: -40 to 225 F

Description: Friction-free conversion of pneumatic pressure to linear forceThe advent of the long stroke rolling diaphragm as a means of low-friction dynamic sealing has led to the development of ControlAir's line of Diaphragm Air Cylinders. These cylinders provide

• Stroke: 1.8 to 3.5 inch
• Operating Pressure: 145 psi
• Bore Size: 2.8 to 6.3 inch
• Operating Temperature: -40 to 225 F

Description: Highly sensitive, low hysteresis, friction-free performance ControlAir's Diaphragm Air Cylinders are also available in miniature versions. Small Bore models are based on the unique rolling diaphragm principle that virtually eliminates friction. The fact that there

• Stroke: 0.7 inch
• Operating Pressure: 125 psi
• Bore Size: 0.7 inch
• Cylinder Action: Double, Single

Description: finds best applications in tension control, air balancers and others. No readjustment of regulated pressure required even after long "down-time". Available to remote-control by using our air relay RR series. Applications Tension control - Combination with BF cylinders (SC

• Valve Size: 0.125 to 0.375 inch
• Pressure Rating: 143.586470963625 psi
• Port Size: 0.125 to 0.375 inch
• Controlled Pressure Range: 2.03051575100076 to 121.830945060045 psi

Description: with you to configure a rotary motion solution that will meet your exact needs. Features & Benefits Ultra-smooth motion with no static friction Orifice compensated air bearing design Low air consumption (0.9 SCFM) Robust construction: Hardened 440C stainless steel

• Shape: Cylindrical / Bushing
• Design: English, Metric

Description: Multitude of standard stroke lengths Single and Double Acting Single and Double Rod Self-lubricating rod bushing with a low coefficient of friction for smooth actuation. Standard Options Include: Magnetic Piston Adjustable Cushions Bumpers All Stainless Steel Construction High

• Stroke: 0.393701 to 19.68505 inch
• Rated Load/Force: 393.91704 lbs
• Operating Pressure: 150 psi
• Bore Size: 0.3149608 to 2.4803163 inch

Description: 3-cylinder layout is also discussed which, in addition to reducing friction and engine mass, also contributes towards knock control by removing blowdown pulse interaction between the cylinders. Friction reduction methods are discussed which centre around the use of

Description: ports for easy filling and bleeding. The pneumatic actuator is our standard low profile large Bore compact cylinder. Features Include: • Rugged space efficient, low weight • Aluminum design • Long life/Low friction • Three mounting choices • Optional Magnetic

• Maximum Output Pressure: 3,200 to 5,000 psi
• Pressure Intensification Factor: 16 to 50
• Maximum Outlet Flow: 1 to 9 in³/min
• Piston Travel: 1 to 3 inch

Description: ports for easy filling and bleeding. The pneumatic actuator is our standard low profile large Bore compact cylinder. Features Include: • Rugged space efficient, low weight • Aluminum design • Long life/Low friction • Three mounting choices • Optional Magnetic

• Maximum Output Pressure: 1,800 to 4,900 psi
• Pressure Intensification Factor: 9 to 28
• Maximum Outlet Flow: 1 to 9 in³/min
• Piston Travel: 1 to 3 inch

Description: ports for easy filling and bleeding. The pneumatic actuator is our standard low profile large Bore compact cylinder. Features Include: • Rugged space efficient, low weight • Aluminum design • Long life/Low friction • Three mounting choices • Optional Magnetic

• Maximum Output Pressure: 800 to 2,400 psi
• Pressure Intensification Factor: 4 to 12
• Maximum Outlet Flow: 1 to 9 in³/min
• Piston Travel: 1 to 3 inch

Description: DURA-SLIDE LS Series of Pneumatic Linear Positioning Devices provide a practical, low-cost approach to automatic work positioning. The built-in air cylinder simplifies slide operation and eliminates the need for complex, expensive activating mechanisms. The unit is extremely

• Stroke or X-Axis Travel: 0.5 to 3 inch
• Features: Bumpers / Cushions, Integral Sensor, Non-rotating, Shock Absorbers
• Orientation: Horizontal
• Bearing Type: Metal Bushing

Description: applications Rodless Air Cylinder Lightweight, compact design requires 50% less space than conventional cylinders Stroke lengths to 28 feet offer long lengths with less risk of rod buckling Large variety of mounting styles and carriage types allow for use as structural member of

• Stroke: 336 inch
• Mounting: NFPA Mounting
• Features: Non-Rotating, Pneumatic

Description: The XMS50V stage is comprised of a standard XMS50 stage mounted on a high flatness (surface flatness within 5 µm) vertical plate or a bracket and a low friction air cylinder connected to the carriage. The custom-designed connection of the air cylinder to the

• Stroke or X-Axis Travel: 1.968505 inch
• Rated Speed: 11.81102362204725 in/sec

Description: The XMS100V stage is comprised of a standard XMS100 stage mounted on a high flatness (surface flatness within 5 µm) vertical plate or a bracket and a low friction air cylinder connected to the carriage. The custom-designed connection of the air cylinder to

• Stroke or X-Axis Travel: 3.93701 inch
• Rated Speed: 11.81102362204725 in/sec

Description: deliver high torque and low inertia in a compact design. Features Ductile iron cylinders promote long cycle life under tough industrial conditions Low-inertia components decrease energy loss, optimize cycle times and limit friction material wear Long-life friction

• Configuration: Disc
• Engagement: Friction
• Operation: Spring Actuation / Engage, Spring Return / Disengage

Description: Pneumatic rod seals are available as lip seals and rod seal/scraper combinations for closed and open housings. Special materials provide high abrasion resistance and low friction cost-effectively. They are recommended for applications in standard cylinders, installed with a

• Shaft O.D. or Seal I.D.: 0.1181103 to 3.93701 inch
• Maximum Operating Speed: 984.251968503935 ft/min
• Maximum Operating Pressure: 232.0589429715152 psi
• Operating Temperature: -40 to 302 F

Description: life.The Hallite 609 has been developed to give significant improvements in cylinder performance in low lube air conditions and be used in long and short stroke applications.

• Shaft O.D. or Seal I.D.: 0.4724412 to 1.2598432 inch
• Housing Bore Diameter or Seal O.D.: 0.7480319 to 1.6535442 inch
• Axial Cross Section or Thickness: 0.1968505 to 0.29527575 inch
• Maximum Operating Speed: 196.850393700787 ft/min

Description: Overview Boston Gear's EK series of control valves are primarily used to control the operating direction of pneumatic cylinders and air motors. The use of a two- or three-position, four-way valve allows a double-acting cylinder to extend or retract upon the actuation of the

• Valve Size: 0.25 to 0.5 inch
• Flow (Cv): 1.4 to 1.7
• Valve Type: Control Valves

Description: incorporate springs in the cylinders so that if there is a loss of air pressure the brakes will retain some clamping force. The caliper body is machined and anodized from billet aluminum. The brake pad is sintered metallic.

• Torque Rating: 490 Ft-lbs
• Maximum Pressure: 120 psi
• Configuration: Disc
• Mounting: Flange

Description: motion pneumatic components are double acting air cylinders that require a dry air supply with filtering to 40 microns or better. For best control of pneumatic components, flow control valves (regulating out) should be installed to regulate the speed of the device.

• Gripping Force: 36 N
• Stroke: 3.2 to 6.4 mm
• Operating Temperature: -30 to 180 F
• Number of Grips: 2

Description: Ultrasonic Inspection instruments are used by Maintenance Technicians to detect many common problems in industry today. Bearing failure or lubrication problems, leaking valves and cylinder by pass, steam monitoring, air leaks or vacuum leaks just to name a few of the uses of these

• Instrument Technology: Ultrasonic

Description: Carriage: Four recirculating linear ball bearings. Easy access mounting and dowel location holes Air Cylinder: Internally housed in carriage. Low friction U-cup lip seals for long service life Tooling Plate: Standard dowel locating holes and accurately milled locating

• Stroke or X-Axis Travel: 1 to 5 inch
• Carriage Load: 275 lbs
• Orientation: Gantry
• Bearing Type: Metal Bushing

Description: efficiency is obtained with very low peak cylinder pressure as the piston rings and bearings can be made with less friction. This paper presents studies of a combustion engine which consists of a two stage compression and expansion cycle. By splitting the engine into two

Description: release rate profile by independent control of injection timing and duration (fuel injection pressure was kept in constant) for each fuel injector. Furthermore, smoke emissions were reduced by improved in-cylinder air utilization, which was possible through a different air-fuel

Description: the engine’s higher compression ratios and increased power density. Cylinder Head The new cross flow air design routes air straight across the head removing bends and turns that create resistance to flow. By removing the resistance to flow, parasitic loads are reduced as pumping

• Features: Other

Description: efficiency and reduces sound levels. Air Cleaner The radial seal air filter features a double-layered filter core for more efficient filtration and is located in a compartment behind the cab. A warning is displayed on the monitor when dust accumulates above a preset level. Low

• Operating Weight: 47,400 lbs
• Travel Speed: 3.5 miles/hr
• Features: Other

Description: inside the cylinder, air is drawn in through a one-way intake valve. On the upward stroke, this air is exhausted through a one-way exhaust valve. Sealing of the piston to the cylinder is achieved by using two piston rings each backed with a spring to keep them in contact

• Mechanical: Claw, Diaphragm, Liquid Ring, Regenerative Blower, Rotary Screw, Rotary Vane
• Features: Compression / Pressure, Vacuum / Suction
• Configuration: Vacuum Pump System / Station