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The RC range is an extremely compact pneumatic actuator. Its scotch yoke design is particularly suited for valves with high start or end torque requirements. It is available in double-acting and spring-return configurations with torque output up to 4,400Nm (38,700 lbf-in).
The RC200 range is available in a variety of configurations and an extensive range of options and accessories is available.
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Description:
The Becker Model VRP-B-CH Double-Acting Pilot provides pressure control when utilized with a double-acting piston actuated control valve. The VRP-B-CH measures process sensing pressure and positions the double-acting actuator to maintain the setpoint. The VRP-B-CH Pilot may be utilized for pressure control applications with setpoints ranging from 1.0 (6.9 kPa) to 1300 psig (8964 kPa). Due to its low-bleed characteristics, the VRP-B-CH is typically utilized when bleed gas must be discharged to atmosphere.
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Series PMD/PMS
For use with Ball Valves up to 2"
Series PAD/PAS
For use with Ball Valves up to 2"
Series PKD/PKS
For use with all sizes of Ball Valves and with Butterfly Valves up to 8"
Series PCD/PCS
For use with all sizes and types of Ball Valves and Butterfly Valves
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Description:
The Becker Model VRP-CH Double-Acting Pilot provides pressure control when utilized with a double-acting piston actuated control valve. The VRP-CH measures process sensing pressure and positions the double-acting actuator to maintain the setpoint. The VRP-CH Pilot may be utilized for pressure control applications with setpoints ranging from 1.0 psig (6.9 kPa) to 1300 psig (8964 kPa). The VRP-CH is typically utilized when Bleed to Pressure System (BPS™) may be used to completely eliminate atmospheric bleed emissions.
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Available in double-acting and spring-return configurations The RC range is an extremely compact pneumatic actuator. Its scotch yoke design is particularly suited for valves with high start or end torque requirements. With torque output up to 4,400Nm (38,700 lbf-in)
The RC200 range is available in a variety of configurations and an extensive range of options and accessories is available.
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Description:
The RPDA Rotary Piston Double Acting Actuator is designed for heavy duty control applications that require optimum performance. The RPDA is typically utilized when applications require a "lock last" failure mode. The RPDA incorporates a “crank-arm” mechanism specifically designed for the rigors of throttling control valve applications. The RPDA can accept high pressure power supply gas up to 500 psig (3447 kPa) enabling the use of smaller actuators or Becker’s exclusive Bleed to Pressure System (BPS) feature.
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Description:
The RPSR Rotary Piston Spring Return Actuator is designed for heavy duty control applications the require optimum performance. The RPSR is typically utilized when applications require the control valve to “fail open” or “fail closed” upon loss of power supply gas. The RPSR incorporates a “crank-arm” mechanism specifically designed for the rigors of throttling control valve applications. The RPSR can accept high pressure power supply gas up to 500 psig (3447 kPa) enabling the use of smaller actuators or Becker’s exclusive Bleed to Pressure System (BPS) feature.
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Electric Oden P50H, P220H and P500H lever control valve actuators for special applications.
High precision through the Oden Gear System.
Fits most types of valves using ASAB standardised lever modules and assembly kits
Voltage 24 VDC.
Analogue control 4-20 mA or digital.
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GR Series Angular Gripper
The GR-Series has a double acting piston attached to a cross bar by a connecting rod. The linear movement of the piston is transformed into angular movement of the jaws through a double toggle link mechanism.
AG Series Gripper
The AG Series angular gripper utilizes a double acting piston with a dual pivot system. The piston has a single center pivot that drives each gripper jaw open and closed. The gripper jaws have an independent stationary pivot which each jaw arcs about. The ratio between the piston and jaw pivots has been optimized for maximum operating performance. The AG series angular gripper is a cartridge style design. The cartridge design utilizes a minimum number of components, seven major components in all. The cartridge design offers the greatest grip force to size ratio over other conventional designs.
TJ Series Grippers
The TJ Series grippers provide high grip force in a compact design. Shielded design make the TJ series ideal for machine loading and unloading. Compact design, to grip force ratio are ideal for confined work areas.
PG6J80 Series
The PG6J80 Series 6 finger gripper design utilizes a dual acting piston to open and close gripper jaws. All six jaws are synchronized for accurate positioning. The included ejectors operate independent of the gripper jaws, providing a convenient method to strip parts from the jaws. An example of this could be, expanding an o-ring and pushing it on to the desired part.
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NRG Series Gripper
Synchronized Motion: Two opposing pistons share a common bore. Each piston transfers force and motion (undiminished) independently to each slide. The motion of both pistons is guided through a single piece mechanism which provides self centering motion of each slide, repeatable within 0.002 inches. Gripping force and synchro-nization are totally independent of each other. This results in minimum wear and maximum performance life.
Compliant Motion: The compliant gripper utilizes the same construction as described above, except the single piece mechanism providing synchronized slide motion is removed. The slides are now independent of each other, allowing the gripper to comply to the part's position. Once the part has been gripped, its exact position is held. Position drift does not occur. Compliant grippers offer an economical solution, potentially eliminating the use of a compliant wrist.
Features:
Body: One piece construction for maximum rigidity. Hardcoat Teflon ®impregnated inside and out. compact, lightweight, high grip force to size ratio.
Slides: Slides are 100% engaged in body throughout the entire stroke length. Electroless Nickel plated. No external arms, reduced pinch points, OSHA
Synchronize: The synchronizing mechanism is housed internally, protected from external contamination. Hardened tool steel.
Position Sensing: Position sensor mounting track and magnetic pistons, standard on all models. Easy access, total adjustability, factory or field installed.
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Get More for Less in E-Stop Braking — By Breaking from Convention
# 28 Torque Ranges
# Three Frame Sizes
# 6 Disc Configurations
High Torque, Low inertia Engineering
Innovators at low inertia brake engineering, Force Control Industries, Inc. reduces size and mass to deliver more of what you need from an E-Stop brake - fast acting response - while paring away what you don't want.
Compact, Action Packed Design
Highly compact, space efficient designs, Force Control Industries, Inc. E-Stop Brakes feature a small diameter, multi-stack brake stack. This minimizes cyclic inertia of the brake itself for faster stopping, while multiplying braking surfaces. The brake stacks are fitted with unique dry friction facing material rated for heavy duty performance. Exceptionally durable, the material provides a high-coefficient of friction for high stopping torque in a small package.
Purpose Built Design
Unlike general purpose brakes adapted for E-Stop applications, our purpose built design doesn't need to be large and heavy to dissipate high heat loads, because it isn't subjected to frequent braking cycles. You only need one stop per episode - but then with the fastest possible response time.
So, we designed our E-Stop Brake with small diameter, multiple discs for high braking torque with low inertia. It's the same formula we have applied for years in our high performance oil shear brakes.
Multiple springs provide fast response and balanced braking torque, plus enhanced safety factor in event of a broken spring.
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... see all the products in the category
Clutches
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This type of valve is actuated by pressure acting on a piston or diaphragm. The fluid is usually neutral e.g. air, water, hydraulic oil. The pressure range varies and is specified accordingly in a data table.
"Normally Closed" (N/C) valves of this type remain closed under spring pressure, when de-activated.
"Normally Open" (N/O) valves of this type remain open under spring pressure, when de-activated.
When pressure is connected to port "Z" the valves open or close according to type.
A separate 3/2 pilot valve is used to supply pressure to port "Z", it is mounted either directly on the actuator or remotely.
In some cases a 4/2 or 5/2 pilot valve will be required. The main valve position can be N/C or N/O. The basic position is determined by connecting the pilot valve output lines accordingly. (The direction of flow is usually indicated by an arrow or shown schematically on the body).
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ASCO/JOUCOMATIC has developed a wide range of valves for all fluids, whether neutral or aggressive, made out of brass, bronze, cast iron or 316L stainless steel.
Reliability is ensured by:
* A monobloc rod, with stainless steel from the reed to the piston
* Guidance by 2 extra-large PTFE bearings.
Pilot solutions: solenoid valves on valves or mounted on subbases and valve islands.
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PNEUMATIC VALVE 2/2 NC ANGLE HEAD
TECHNICAL SPECIFICATIONS
Media: air - water - steam - light oil
Pressure range : 0 to 25 bar max
Media temperature : -30° to +180° C max
Ambient temperature : -10° to +70° C max
Media viscosity : 600 centistokes max
Pilot media : filtered air or water
Pilot pressure : 4 to 10 bar max
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The new ODE 21IA series is characterized by the angle seat body in stainless steel AISI 316, as all the components in contact with fluids. The angle seat specific body design allows to maintain the fluid flow extremely stable in order to guarantee a high flow values. The auto positioning floating shutter system and the Teflon ring guarantee good seal and reduced leakage over time. Moreover the particular configuration makes the valves resistant as well against fluids with abrasive and chemical contaminants. The standard configuration with flow in direction under shutter allows the execution anti water hammer. It’s available on demand even the version with flow above the shutter for application with gasses and steam.
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ASCO/JOUCOMATIC has developed a wide range of valves for all fluids, whether neutral or aggressive, made out of brass, bronze, cast iron or 316L stainless steel.
Reliability is ensured by:
* A monobloc rod, with stainless steel from the reed to the piston
* Guidance by 2 extra-large PTFE bearings.
Pilot solutions: solenoid valves on valves or mounted on subbases and valve islands.
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TORK T-PV Series ,pneumatic piston valve
application: water,air,steam,gas,natural gas,chimicals,petroleum products,food,sterilazation,water treatment,dyeing,cleaning plant,aggressive liquids,vacuum application,oil,petrol,alcohole,hydroulic liquids,salt solutions,acids,organic solvent
All body is AISI316 Stainless Steel,high flow rate,high quality,compact,suitable vacuum application,normally open and normally closed position.
advantage of TORK pneumatic piston valves:less pressure drop than globe valve,
short open-close time
high flow rate
body and actuator AISI 316
screwed,flanged and welding connection
on-off and proportional control
TORK T-PV Series ,pneumatic piston valve series range
T-PV.S700 Serie; Screwed connection, 1/2"......2" G( BSP ), on request NPT connection..
T-PV.W700 Serie; welding connection, size :from 1/2"......up to 2" .
T-PV.F700 Serie; Flange connection,size:from NW15.....up to .NW50 .
T-G.3W Serie: Solenoid valve,1/4"-3/2 way.it is used on-off control pneumatic piston valves
T-SW Serie: Proximity switch limit switch box ,gives signal when valve open-closed.
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MAXON flow control solutions keep thousands of plants and products moving every day. With a wide breadth of solutions from intelligent mass flow control to economical mechanical control, our flow and ratio control valve products provide dependable, accurate control of air and fuel world wide. We invite you to browse the following product information for your flow control needs.
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The clamping elements react in the shortest possible response time by the patented pneumatic pre-loading of the system of the spring plates in the diaphragm.
These safety systems are permanently operational for the maximum machine protection.
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The clamping elements react in the shortest possible response time by the patented pneumatic pre-loading of the system of the spring plates in the diaphragm.
These safety systems are permanently operational for the maximum machine protection.
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The BEX Air Wisk nozzle produces a concentrated flat fan pattern of high impact air for cooling, drying and blow off applications. The Airwisk's design efficiently controls compressed air usage, reduces energy costs and provides optimum air distribution.
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Whether you're in the automotive, surface treatment, food processing, die casting, or steel industry, you're likely concerned about processing improvement, air consumption, and noise reduction. Air control nozzles are one component that can improve the quality of your production while reducing operating costs. Plus, specifying the right air control nozzle can reduce noise problems in your plant, which is particularly important for complying with OSHA safety regulations. With more than 60 years of experience, Spraying Systems Co. is the world's leading spray nozzle manufacturer. Among the products we manufacture is a large selection of air control nozzle types, sizes and materials that are expressly designed to improve performance, reduce noise, and save on air costs in most drying, cooling, and conveying applications. You can visit our Web site at www.spray.com for access to a variety of innovative ideas for your air control application.
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AirKnife Systems
If you need an efficient and cost-effective means of cleaning, drying and/or cooling, ACI’s AirKnife Systems can provide you with your ideal solution. Operating at a fraction of the cost of comparable performance compressed air systems they can provide significant on-going energy savings with minimal maintenance requirements.
Suitable for applications across all industries from heavy engineering to food processing, they deliver a tailored continuous curtain of air across conveyor lines to achieve contact-free cleaning, drying and/or cooling of components/products.
Applications include moisture removal from water-cooled engineering components, de-dusting of machined plastics, drying bottles and cans, and cleaning conveyors employed for transporting products.
There are many different types of manufacturing applications suitable for the using an air knife. Typically they are used for cleaning, drying and cooling any type of surface ranging from cans and bottles to textiles and extrusions.
ACI AirKnives are used on the AirBus production line for removing swarf during machining of wing components; for moisture removal on the tinplating line at the Corus Trostre Works and bottle and can drying for companies like CocaCola, and InBev.
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Dri Line Can/Bottle Drying Systems
If your company fills cans, PET or glass bottles, jars or pouches, then ACI’s DRI-Line range of blower-driven drying systems is your solution for eliminating problems associated with unwanted surface moisture.
With installations around the world, many for internationally successful companies, as well as micro breweries, you can be confident that there is an ACI Dri- Line can and/or bottle drying solution ideal for your needs.
Achieving high standards for both hot and cold fill processes, the DRI-Line will enable your company to maximise the benefits offered by todays innovative labelling and packaging technology, with no compromises. No label slippage – Clear inkjet coding – Moisture free packaging!
Dri Line systems are less expensive to install, run and maintain than compressed air alternatives, plus with effective air filtering there is no risk of product contamination. Bottle drying systems are typically based upon ACI’s JetPlate technology or AirKnives, or combinations of the two, whilst for can drying there is the CanTunnel solution.
So, whether your line speed is 200 cans per minute, or 7,000 to 80,000 bottles per hour, ACI has the drying solution for you.
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24 hour on-line diagnostic system
Energy saving and extention of aircon operating life
Maintenance management via service reports
Reliable service at short lead time
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Designed specifically for use in hydraulic and pneumatic actuator applications, where the sensor is fitted inside the pressurised environment.
Available in a choice of two mounting styles (Internal or External), these sensors can be supplied in lengths to suit actuator strokes up to 1100mm.
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Designed specifically for use in hydraulic and pneumatic actuator
applications, where the transducer is fitted inside the pressurised
environment. Can operate at pressures of 670 Bar and temperatures of +200C.
Seperate electronics module operates from 10-60Vdc.
Available in a choice of mounting styles (Internal or External), these
transducers can be supplied to suit actuator strokes up to 2000mm.
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