|
|
|
Back in 1920, ROSS produced its first pneumatic control valves. Since that inaugural manually-operated valve, ROSS CONTROLS has built an extensive product line known for its reliability, and has served global industry as not only a pneumatics pioneer, but also as an innovator. ROSS is dedicated to developing matchless pneumatic, electronic, and/or hydraulic system industry solutions to improve the safety and effectiveness of our customers’ equipment and operations. | |
|
| |
|
ISO Subbase Valves SAE Subbase Valves ANSI Subbase Valves |
|
|
ISO valve-to-base interface standards are internationally recognized and used throughout the world. Valves made for bases conforming to ISO standards are interchangeable without regard to manufacturer. ROSS offers a full line of base-mount valves that conform to the ISO valve-to-base mounting interface standard which specifies the “foot print" of the valve - indicating size and locations of ports, mounting bolts, and maximum valve width. There are two specific interface standards. The ISO 5599/I standard is designed for valves with drop cord electrical connections and the 5599/II standard facilitates plug-in-base electrical connections. Additionally, ROSS is proud to offer valves that conform to the VDMA 24563 interface. The Series W63 size 0 valves are ROSS’ newest base-mount offering. These valves also use drop cord connections. All these valves are available with sub-bases for individual installations and with manifolds for stacking several valves together.
Condensed Catalog 104G (PDF 4.9MB) | |
|
|
Series W60 Metal Spool & Sleeve Valves (5599/I) The matched spool and sleeve are precision finished, hardened, stainless steel. The spool moves on a micro-inch film of air between spool and sleeve so that wear is minimized. Designed for use in systems with or without air line lubrication. Available in both 2-position and 3-position designs.
Extra Literature:
|
|
|
Series W63 Resilient Seal Spool Valves (5599/I) A light weight aluminum alloy spool is supported by Buna-N seals. The spool is specially treated to minimize breakaway and running friction. The resilient seals assure practically zero leakage between ports. Available in both 2-position and 3-position designs. Designed for use in systems with or without airline lubrication. |
|
|
Series W64 Poppet Construction (5599/I) Poppets are face seals which can open or close passage ways without sliding friction or the close tolerances required of spool valves. They don’t build up breakaway resistance due to varnish, and they are highly tolerant of dirty air. ROSS poppet valves have rugged internals and self-adjusting exhaust poppet seats which equalize wear and promote long life. Designed for use in systems with or without air line lubrication. Series W64 poppet valves are available in 2-position designs with either single or double control. Models are also made with special internals for use in high-temperature applications. |
|
|
Series W65 Metal Spool & Sleeve Valves (5599/II) The matched spool and sleeve are precision finished, hardened, stainless steel. The spool moves on a micro-inch film of air between spool and sleeve so that wear is minimized. Designed for use in systems with or without air line lubrication. Available in both 2-position and 3-position designs.
Extra Literature:
|
|
The SAE Standard Interface, though originally developed by U.S. auto companies in the early 1970s, has quickly gained wide acceptance throughout the industry. Due to the design's ruggedness and high-flow characteristics, the Society of Automotive Engineers (SAE) established it as a new standard. This ensures that valves designed to fit the SAE interface will be interchangeable, regardless of manufacturer. In practical terms, the user can change from one brand of valve to another without changing installed bases or manifolds. ROSS valves are available in SAE sizes 125, 250 and 500. Both poppet and metal spool-and-sleeve construction are offered. The valves described in the following bulletin are all solenoid-pilot controlled.
Condensed Catalog 104G (PDF 4.9MB) | |
|
|
Series 84 5/2 Poppet Valves Poppets are face sealing valve elements which can open or close passageways without sliding friction or the close tolerances required of spool valves. Poppets don't build up breakaway resistance due to varnish, and are highly tolerant of dirty air. ROSS poppet valves have rugged internals and self-adjusting exhaust poppet seats which equalize wear and promote long life. Designed for use with or without air line lubrication. Single Control: 5-port, 2-position (5/2) valves that require a maintained signal to keep the valve in its shifted position. Internal air pressure provides the force to return the valve when the signal is removed. Double Control: 5-port, 2-position (5/2) valves that require only a momentary signal to shift the valve in either direction. A mechanical detent and differential air pressure keep the valve in its shifted position. |
|
|
Series 80 Matched Spool & Sleeve Valves The matched spool and sleeve used in each of these valves is made of precision finished, hardened, stainless steel. The spool moves on a micro-inch film of air between spool and sleeve so that wear is minimized. For use in systems with or without air line lubrication. Single Control: 5-port, 2-position (5/2) valves require a maintained signal to keep the valve shifted. A spring provides the return force after the signal is removed. Double Momentary Control: 5-port, 2-position (5/2) valves require only a momentary signal to shift the valve in either direction. A mechanical detent keeps the valve in its shifted position. Closed Center, Double Control: 5-port, 3-position (5/3)valves require a maintained signal to shift the valve in either direction from center. In the center position all ports are closed. Open Center, Double Control: 5-port, 3-position (5/3)valves require a maintained signal to shift the valve in either direction from center. In the center position the outlet ports are connected to the exhaust ports and the inlet port is closed. |
|
| |
|
|
Series W74 Poppet Valves Poppets are face sealing valve elements which can open or close passageways without sliding friction or the close tolerances required of spool valves. Poppets don't build up breakaway resistance due to varnish, and are highly tolerant of dirty air. ROSS poppet valves have rugged internals and self-adjusting exhaust poppet seats which equalize wear and promote long life. Designed for use with or without air line lubrication. Cv up to 22!! |
|
|
Series W70 Stainless Steel Spool & Sleeve Valves The matched spool and sleeve used in each of these valves is made of precision finished, hardened, stainless steel. The spool moves on a micro-inch film of air between spool and sleeve so that wear is minimized. For use in systems with or without air line lubrication. Direct Solenoid, Solenoid Pilot, and Pressure Control variations are available. Cv up to 22!! |
|
Poppet Valves for Line Mounting are available with single or double solenoid pilots or an air head for remote pressure control. Valve elements have end guided stainless steel stems. Flush flexible manual override buttons are standard on solenoid models. Solenoid models listed in the condensed catalog use an internal pilot supply. They are, however, easily field convertible for use with an external pilot supply. Models for external pilot supply are also available.
| |
|
|
Series 27 Poppet Valves (2/2, 3/2, 4/2) Valves in this series are available with single or double solenoid pilots or an air head for remote pressure control. Valve elements have end-guided stainless steel stems. Flush flexible manual override buttons are standard on solenoid models. Solenoid models listed in the condensed catalog use an internal pilot supply. They are, however, easily field convertible for use with an external pilot supply. Models for external pilot supply may also be ordered from ROSS. To provide special control functions, most models are also available with the following LOGICAIR® adaptors. Timed Sequence Adaptor: Allows the actuation and/or deactuation of a valve to be delayed up to 30 seconds for 2/2 valves, and up to 3 seconds for 3/2 and 4/2 valves. "PB" Adaptor: Increases the actuating force on the valve piston. Useful with low pilot pressure. Air Index Adaptor: Allows a single control valve to function as an impulse controlled, detented valve. Successive momentary signals from the same source actuate and de-actuate the valve. "Q" Adaptor: For use in conjunction with the timed sequence adaptor to extend the delay interval up to 60 seconds. The "Q" adaptor also provides quicker response to actuating and deactuating signals.
Extra Literature:
|
|
|
Series 21 Poppet Valves (2/2, 3/2, 4/2) Series 21 valves are configured like the Series 27 valves above, but are designed with metal internals and special seals appropriate for use in more extreme temperatures. The valves are designated as either Type H (high temperature) or Type O (low temperature) valves. Temperature specifications for the two types are given below. Solenoid models listed in the condensed catalog use an internal pilot supply. They are, however, easily field convertible for use with an external pilot supply. Models for external pilot supply may also be ordered from ROSS. Type H (High Temperature) Service: Fluorocarbon seals are used to ensure high temperature stability. Ambient Temperature: Up to 250°F (122°C) for solenoid models; up to 300°F (150°C) for pressure controlled models. Media Temperature: 0° to 300°F (-17° to 150°C). Type O (Low Temperature) Service: Buna N seals are used to ensure good performance at low temperatures. Ambient Temperature: Down to -40°F (-40°C). Media Temperature: -40° to 175°F (-40° to 80°C). Vacuum Service: The construction of Series 21 valves makes them readily adaptable to vacuum service. |
|
|
Series 21 Vacuum Service Valves Vacuum service valves are ideal for lifting, holding, vacuum packaging and moving anything from large objects to tiny particles. They also provide an effective means for leak testing. The vacuum source typically comes from either a vacuum pump or a venturi. In vacuum service applications, the pressure within the valve is reduced below atmospheric pressure. Consequently, atmospheric pressure actually pushes air into the valve, instead of the common belief that air is “sucked” in by the vacuum.
Extra Literature:
|
|
|
Series 28 Inline (Stackable) Valves 3/2 – Line Mount (Stackable) Valve - Solenoid and Manual 5/2 – Line Mount (Stackable) Valve - Solenoid and Manual 5/3 – Line Mount (Stackable) Valve - Solenoid and Manual 5/2 NAMUR Interface Valve 5/2 Two-Hand Control Valve 5/2 Oscillating Valve 3/2 & 5/2 Foot Pedal Valves
Extra Literature:
|
|
|
Obstruction Sensing Valves ROSS Controls’ Obstruction Sensing System is designed to automatically reverse the direction of a pneumatic cylinder when it detects an obstruction. Loss of back pressure, caused by an obstruction, triggers the pressure switch to shift the valve and retract the cylinder.
Extra Literature:
|
|
|
Series 16 Compact Valves 3-Way 2-Position Valves – Single Direct Solenoid 4-Way 2-Position Valves – Single Solenoid Pilot |
|
|
Pendant Control Valves ROSS Pendant Control valves are a durable pneumatic solution that can be used anywhere you need manual control of devices such as an air hoist, air motor, or counterbalance cylinder. Ideal for use on or with material handling devices such as overhead cranes or air hoists, ROSS Pendant Control valves can withstand even the toughest environments. |
|
|
Series 11 Valves ROSS Cam, Lever, & Pushbutton Valves 2-Way and 3-Way, 2-Position Versions |
|
|
Series 12 Valves Pushbutton Valves, Regular Duty & Heavy Duty 2-Way and 3-Way, 2-Position Versions |
|
|
Series 31 Valves 4-Way, 3-Position Lever Valves, Open or Closed Center
|
|
|
Series 36 Valves Pedal, Treadle, & Lever Valves 3-Way & 4-Way, 2-Position Versions
|
|
ROSS Double Valves, also known as “Control-Reliable valves"," Safety valves”, “Press valves”, “SERPAR® valves”, “Crossflow® valves”, and the “Critical Application Valve”, are pneumatic or hydraulic control valves with two valve elements (redundant or dual channel), both of which must operate in order to supply pressure to the outlet port of the valve. The general function of these valves is that of a 3/2 normally closed valve (except for the 5/2 CROSSMIRROR®). The main difference between these widely known double valves and standard solenoid valves, though, is that any condition, which might cause one valve element to not shift along with the other, results in no output to the work device. The outlet port, in this situation, is connected to exhaust and the supply inlet is closed.
| |
|
|
CROSSMIRROR® Series-77 3/2 & 5/2 Double Valves The patented CROSSMIRROR® dynamic monitoring system and dual valve design combine to handle the most stringent of safety-related applications for pneumatic equipment – Category 4 safety-related applications. The internal dynamic monitor checks the valve on each cycle and includes an automatic lock-out function to inhibit further operation of the valve. The CROSSMIRROR® is available with remote reset or integrated solenoid reset. Both reset types are “tamper-proof” and the valve cannot be reset while the main valve solenoids are energized. Also, the reset function cannot be over-ridden by removing and reapplying the valve's electrical or pneumatic energy sources. Removing the inlet air supply causes the valve to lock-out, and, therefore, the valve must be reset after the air supply is reapplied.
Extra Literature:
|
|
|
SERPAR® Crossflow Series-35 Double Valves The design of the SERPAR® Crossflow double valve is distinguished by crossflow passages and spool valving on the main valve stems. This arrangement provides the valve's unique flow characteristics. Self-contained monitors, designed to inhibit valve operation in case of a fault within the valve, are built into the valve assemblies of sizes 4, 8, 12, and 30 valves. There are three types of ROSS monitors available: pneumatic (L-G), electro-pneumatic (E-P), and electronic (D-S). Crossflow valves are also available with pressure switches for incorporation into press control systems with external monitors.
Extra Literature:
|
|
|
SERPAR® Crossflow Double Valves w/ Dual Monitoring These dual-monitored valves are based on the proven technology of the SERPAR® Crossflow family of double valves, adding independent signal sources and redundant monitoring to meet CSA Z142 (Canadian Standards Association) requirements for safety circuit performance. Incorporating both ROSS’ L-G and E-P monitoring systems provides redundancy in monitoring through two separate, dissimilar monitors. The actuating solenoids are wired independently through a double-pole, double-throw switch in the E-P monitor. These new SERPAR® Crossflow Double Valves with Dual Monitoring are available in sizes 8, 12, and 30, with port sizes ranging from 1/2 to 2. The valves mount inline via removable flanges, and are available with or without manual overrides.
Extra Literature:
|
|
|
DM² SERPAR® Crossflow w/ TOTAL Dynamic Monitoring & Memory The DM² is a patented 3/2 normally closed valve (with an intermediate, lock-out position) distinguished by Crossflow® passages with poppet and spool valving on the main valve stems. This arrangement provides the valve’s outstanding flow characteristics and an integrated monitoring capability with TOTAL memory. The valve provides: DYNAMIC MONITORING means that all monitoring components change state on every valve cycle. Should the valve elements cycle asynchronously, the valve will lock out. DYNAMIC MEMORY is a monitoring system that locks out the valve, to prevent further operation, whenever the valve elements cycle asynchronously either on actuation or deactuation. The DM² system can only be reset by a defined operation, and will not self-reset or reset when inlet air supply is removed and re-applied. Such automatic resetting would conceal potential hazards from the operator.
Extra Literature:
|
|
|
Modular Press Solutions ROSS Controls offers a full line of pneumatic press systems solutions that cover all your needs for air control. Manifolds are modular in design so that you can tailor a system to fit your specific requirements. Whether you need a complete system including Air Distribution, Cushion/Counterbalance, Die Clamping, Automation, and Clutch/Brake control or just a few of these components, ROSS Modular Press Solutions provides all the features you would expect in a fully integrated system.
Extra Literature:
|
|
A complete safety system should always include all of the components - (both electrical and mechanical) – not just the electrical. Condensed Catalog 104G (PDF 4.9MB) | |
|
|
Pneumatic Energy Release Verification Provides a means to verify the release of pressure in L-O-X® valve outlet before employees enter hazard area. May be installed on all L-O-X® and L-O-X®/EEZ-ON® valves with pressure sensing port. |
|
|
Exhaust Conditioning Silencer/Reclassifiers Captures 90% of exhausted lubricants. Use on air tools, valve & cylinder systems, and air motor applications, or any system that requires air line lubrication. Both a drain cock and a 1/8 tube fitting are supplied for the manual or constant draining of accumulated liquids. |
|
|
MUFFL-AIR® Silencers ROSS MUFFL-AIR® silencers substantially reduce exhaust noise levels yet produce little back pressure. Typical impact noise reduction is in the 20–25 db range. |
|
|
3-Way Sensing Valve (Non-Critical) Functions as a 3-Way 2-Position, Normally Closed Valve – Air Pilot- or Solenoid-Operated. For Category 2 applications. Air pilot and solenoid versions available. Poppet construction for near zero leakage. Directly operated safety-rated force-guided positive-break status switch (DPST). Applications include Air Dump and Trapped-Pressure Release. |
|
|
3-Way Sensing Valve (Non-Critical) & Air Entry Functions as an Air Entry Package with 3-Way 2-Position, Normally Closed Solenoid-Operated Valve. For Category 2 applications. Pre-engineered panel-mounted design includes filter and regulator, or filter, regulator, and lubricator. Poppet construction for near zero leakage. Directly operated safety-rated force-guided positive-break status switch (DPST). Applications include Air Dump and Trapped-Pressure Release. |
|
|
Control Reliable Pneumatic Energy Isolation Series DM2C Solenoid-Operated 3-Way 2-Position, Normally Closed Valve. For Category 4 applications (Control reliable). 100% dynamic onboard self-contained monitoring system, requiring no further valve monitoring controls. Completely dynamic fault memory to prevent accidental reset – cannot be reset by removing air pressure or electrical power. Base mounted for easy change out. Highly contaminant tolerant poppet construction. All necessary features for safety applications are included: a) Electrical reset valve, b) Status Indicator switch for valve condition (ready to run) feedback. |
|
|
Control Reliable Energy Isolation & Air Entry Air Preparation with Series DM2C Solenoid-Operated 3-Way Valve. For Category 4 applications (Control reliable). Pre-engineered panel-mounted design includes filter and regulator, or filter, regulator, and lubricator. 100% dynamic onboard self-contained monitoring system, requiring no further valve monitoring controls. Completely dynamic fault memory to prevent accidental reset – cannot be reset by removing air pressure or electrical power. All necessary features for safety applications are included: a) Electrical reset valve, b) Status indicator switch for valve condition (ready to run) feedback. |
|
|
Control Reliable 4-Way Valve - Series 77 CROSSMIRROR Functions as a Single Solenoid-Operated 4-Way 2-Position Valve (5/2) – Returns Cylinder to Home Position. For Category 4 applications (Control reliable). Base mounted for easy change out. Stainless steel spool valve construction. Status indication switch (ready-to-run) to inform machine controller of valve condition; must be interfaced to machine controls in order to prevent run signal until fault is reset in machine logic. Applications include small size pneumatic cylinder-operated presses, valve operators, and safety latches. |
|
|
Single PO Check Valves (Non-Critical) Functions as a Single Air Pilot-Operated Check Valve. For Category 1 applications. Automatic trapped pressure release when pressure is removed from the Blowdown Signal Port (BP). Poppet construction for near zero leakage. Applications include Air Holding and Cylinder Load Holding. |
|
|
Load Holding Valve (Non-Critical) Functions as a 2-Way 2-Position Air Pilot- or Solenoid-Operated Check Valve. For Category 2 applications. Air pilot- and solenoid-operated versions. Poppet construction for near zero leakage. Directly operated safety-rated force-guided positive-break status switch (DPST). Holds a vertical load in the event of loss of air pressure (and loss of electrical power with solenoid operated). |
|
|
Redundant Load Holding Valve Functions as a 2-Way 2-Position Air Pilot- or Solenoid-Operated Check Valve. For Category 3 applications. Air pilot- and solenoid-operated versions. Poppet construction for near zero leakage. Directly operated safety-rated force-guided positive-break status switch (DPST). Holds a vertical load in the event of loss of air pressure (and electrical power with solenoid operated models). |
|
|
Low-Pressure Oil Load Holding Valve Functions as a 2-Way 2-Position Solenoid-Operated Check Valve. Single units for Category 2 applications, and Dual units for Category 3 applications; Category 3 unit shown). Poppet construction for near zero leakage. Directly operated safety-rated force-guided positive-break status switch (DPST). Holds a vertical load in the event of loss of oil pressure or electrical power. For use on air-oil systems. Max pressure 150 psig (10 bar). |
|
|
Dual PO Check Valves with Trapped Pressure Release Functions to Hold Cylinder Position. For Category 1 applications. Automatic trapped pressure release (when pressure is removed from the Blowdown Signal Port (BP). Poppet construction for near zero leakage. |
|
|
Pneumatic Energy Isolation for LOTO L-O-X® Valves (Lock-Out & eXhaust). Easily identified by unique shape. Lockable only in the OFF position. Large exhaust port exceeds inlet size for rapid release of pressure. Positive action (2 positions only). Simple push/pull of the large red handle provides positive direct manual operation. Pressure sensing port allows installation of either the Pop-Up Indicator or Pressure Switch option to verify pressure is released. See Page 3 for accessories.
Extra Literature:
|
|
|
Pneumatic Energy Isolation for LOTO L-O-X® Function (Lock-Out & eXhaust) with Manual- or Combination Manual/Solenoid Operation. Easily identified by unique shape. Lockable only in the OFF position. Large exhaust port exceeds inlet size for rapid release of pressure. Simple push/pull of the large red handle accommodates reduced manual actuation forces, allowing easy operation. Pressure sensing port allows installation of either the Pop-Up Indicator or Pressure Switch option to verify pressure is released. Solenoid-operated models for air dump function (category 1).
Extra Literature:
|
|
|
Pneumatic Energy Isolation with Soft Start for LOTO Combination L-O-X® (Lock-Out & eXhaust) and EEZ-ON® Valves (Soft Start). Gradual re-application of pneumatic pressure prevents rapid equipment movement at startup. Lockable only in the OFF position. Large exhaust port exceeds inlet size for rapid release of pressure. Positive action (2 positions only). Simple push/pull of the large blue handle provides positive direct manual operation. Pressure sensing port allows installation of either the Pop-Up Indicator or Pressure Switch option to verify pressure is released.
Extra Literature:
|
|
|
Pneumatic Energy Isolation with Soft Start for LOTO Combination L-O-X® (Lock-Out & eXhaust) and EEZ-ON® Valves (Soft Start) with Manual- or Manual- / Solenoid-Operated. Gradual re-application of pneumatic pressure prevents rapid equipment movement at startup. Lockable only in the OFF position. Large exhaust port exceeds inlet size for rapid release of pressure. Simple push/pull of the large blue handle provides positive direct manual operation. Pressure sensing port allows installation of either the Pop-Up Indicator or Pressure Switch option to verify pressure is released.
Extra Literature:
|
|
|
Pneumatic Soft Start Valves 2-Way Normally Closed EEZ-ON®. Gradual re-application of pneumatic pressure prevents rapid equipment movement at startup. Independent unit for branch circuit applications. Highly contaminant tolerant poppet construction. |
|
|
Pneumatic Soft Start Valves – Port-Mounted Right Angle Style 2-Way Normally Closed EEZ-ON®. Gradual re-application of pneumatic pressure prevents rapid equipment movement at startup. Right angle style mounts directly in cylinder ports. Available with threaded ports or push-in-tubing ports. |
|
|
Broken-Hose or Plastic Tubing Protection HOZE-FUZE -- Automatically reduces flow to a safer level upon sensing a broken hose in order to prevent dangerous “hose whip.” Simple installation. Comes with male threaded ports on inlet and female threaded outlet port. *(1/4” tube models have push-in-tube fitting outlet.) |
|
|
Guarded Foot-Operated Valve Guard helps prevent inadvertent actuation. 3-way and 5-ported 4-way configurations. |
|
|
Spring-Locked and Detented Manual Valve Two actions required to shift valve (Must pull up to unlatch, then shift handle). Reduces the chance of an accidental valve actuation. |
|
|
|
|
| |
|
|
Flow Control Valves Flow control valves are used to control air flow from air cylinders, thereby controlling the speeds at which the pistons in the cylinders move. They allow free flow in one direction and adjustable, precision controlled flow in the other direction. Right angle flow control valves function like those described above. However, their compact right angle design permits use where conventional straight-through flow controls might be undesirable.
Extra Literature:
|
|
|
Shuttle Valves ROSS shuttle valves have two inlets and one outlet. The first inlet to be pressurized is connected to the outlet, and the second inlet is then closed. Thus, a pneumatic device connected to the shuttle outlet can be operated by either of two control valves connected to the shuttle inlets. |
|
|
Check Valves & Quick Exhaust Check Valves |
|
|
Pilot-Operated Check Valves Pilot-Operated Check Valves are used to block the return of air from cylinders or other devices. Air flows freely from port 1 to port 2, but a signal at port 12 is required to allow flow in the reverse direction from port 2 to port 1. Can be used wherever a high-flow or remotely-controlled checking function is needed. Can be used in a circuit to provide automatic stopping of a cylinder in the event of the loss of electrical or pneumatic power. Also available with an Automatic exhausting function, Remote and Manual Trapped Pressure Relief Function, or Solenoid Pilot Dual P.O. Check. Available in the following variations: Type A Single P.O. Check Valve Type B Single P.O. Check Valve Type C Dual P.O. Check Valve Type D Internal Pilot Dual P.O. Check Valve (Remote Trapped Pressure Relief) Type D Internal Pilot Dual P.O. Check Valve (Manual Trapped Pressure Relief) Type E Solenoid Pilot Dual P.O. Check Valve |
|
|
Single Pilot-Operated Check Valves w/ Trapped Pressure Relief Pilot operated check valves with trapped pressure relief can be used to control vertically mounted pneumatic cylinders in the following ways: Maintaining a vertical cylinder in a stationary position, even upon loss of electrical power. Jogging a vertical cylinder. Relieving pressure trapped between check valve and cylinder. |
|
Condensed Catalog 104G (PDF 4.9MB) | |
|
|
ROSS Air Preparation Equipment * Filters, Regulators, & Lubricators * Combination Filter/Regulators * Combination Filter/Regulator/Lubricators * Coalescing Filters * Silencers * Reclassifiers |
|
|
ROSS SYSTEM PLUS is a totally modular concept which offers the choice of pneumatic or electric actuation, with guidance and control modules to suit the exact needs of individual installations. The actuators at the core of the system all have a common aluminum extruded profile, with double dovetail mounting rails on three sides. These are the principle building blocks of the system to which all modular options are directly attached. |
|
|
Aluminum roller guides provide smooth operation and high load carrying capacity for industrial automation. By the use of lightweight aluminum components, the moving masses are minimized, travel speeds are increased, and actuation energy is saved. Aluminum roller guides are designed to carry medium weight loads economically. Their smooth action and speeds up to 10 m/s make them ideal for widespread use in many areas of application. |
|
|
|
