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The EcoDry M incorporates a dry sliding mechanism without the need for oil or hydrocarbons.
Through the further developed and optimised compression processes, the EcoDry M 15/30 attains with three compression stages a base pressure (total) in the low 10-2 mbar range.
Since the EcoDry M 15/20/30 may be operated either vertically (as normally delivered) or horizontally, this pump is highly flexible when it has to be integrated into the customer’s system.
Advantages to the User
Low maintenance, free of oil and bearing lubrication, free of hydrocarbons
Extremely low particle emissions on the intake and exhaust sides
Rugged and most reliable
Low power consumption
Service friendly
Air cooling
Plug & play
Good pumping speed at low base pressure
High water vapour tolerance (gas ballast standard)
No grease lubricated bearings in the vacuum section
Leak tight
Compact size
Runs at 1000/1200 rpm (50/60 Hz mains)
Rugged full cross section exhaust valves
For both horizontal and vertical operation
Typical Applications
Applications in physics
Loadlock chambers
Transfer chambers
Mass spectrometers
Electron microscopes
Lighting
Thinfilm coaters
Freeze drying
Forevacuum pump for dry high-vacuum systems
Pumping of oxygen concentrations over 21 percent by volume upon request
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Advantages to the User
Gas ballast facility
Easy maintenance
Good ultimate pressure with and without gas ballast
High pumping speed at low intake pressures
Compact design with flange mounted motor
High water vapor tolerance
Reliable continuous operation
Tolerant and rugged, due to non-contact rotary piston within the pump chamber
Very smooth operation due to dynamically balanced masses
Separate oil filling for the gear protects the gear against contaminated pump oil
Oil is used for sealing, lubrication and cooling
A built-in anti-reverse lock prevents incorrect rotation of the piston and also stops it being pulled back when the pump is switched off while under vacuum
Air cooling makes the pump environmentally- friendly and economic
Clear design and service-friendly due to the modular design
Typical Applications
Chemical, metallurgical and electronic vacuum processes
Impregnating, degassing and drying process-es in experimentation systems, in drying cabinets, extrusion etc.
Pressure range down to 4 x 10 E-2 mbar (2.4 x 10-2 Torr) without gas ballast or to 5 x 10 E-1 mbar (3 x 10 E-1 Torr) with gas ballast
Backing pump for Roots vacuum pumps at intake pressure down to 10 E-3 mbar (0.75 x 10 E-3 Torr)
Supplied Equipment
With DN 65 DIN flanges on the intake and exhaust sides for direct connection of DN 63 ISO-K flange components
Ready for operation, complete with oil filling
Special models for different motor voltages, motor frequencies and other protection class ratings are available - Details on these upon request
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Engineered for compactness, economy and dependability- Ingersoll-Rand's Vacuum pumps are the number one choice for demanding applications, providing top operating efficiency combined with low maintenance. And best of all, these vacuum pumps are backed by Ingersoll-Rand, the world's leader in air compressor and pump manufacturing.
Features:
.Cast Iron Construction:
Cylinders and frame are designed with 100% cast iron for durability and long life.
.Cylinders:
Separately cast cylinders with deep fins allow for 360° cooling, removing the heat of compression. Individual bolting of the cylinders to the frame for easy inspection and maintenance.
.Low Oil Level Protection:
The low oil level switch protects the pump from operating without proper lubrication.
.Piston Rings:
Each piston is equipped with (2) compression rings and (2) oil control rings to maintain maximum operating efficiency and low oil carryover.
.Valves:
Stainless steel valves are readily accessible and inexpensively replaced if necessary.
.Connecting Rods:
One piece design permits precision aligned machining of both crankpin and piston pin bearings resulting in longer bearing life. Also allows for simple maintenance-no bolts to come loose or adjust.
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Kinney KC & KTC Series Multi-stage rotary piston vacuum pumps provide pumping speeds of 5-112 CFM (8-190 m³/h) with ultimate pressures of 0.2 milliTorr (0.027 Pa). Our KTC series vacuum pumps include our exclusive triplex piston design to eliminate vibration.
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KINNEY rotary piston vacuum pumps provide vacuum levels to 0.2 milliTorr (0.027 Pa) with long operating life. Our triplex piston designs are inherently balanced to eliminate vibration.
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General descriptino
HINDHIVAC manufactures different models of Rotary Piston Vacuum Pumps. These Rotary Piston Vacuum Pumps are robust and are most reliable. They can be used in combination with Roots Vacuum Blowers.
These Piston Pumps are extremely useful in handling high volumes of gases and are provided with Gas Ballast Valves to pump out condensable vapors. These piston pumps are built to give uninterrupted service even under strenuous working conditions with economical power and oil consumption.
These Piston Pumps are water cooled to ensure continuous duty with high efficiency. The Piston Pump has a unique design in which the pump ensures that while the piston continues to rotate it maintains isolation of the compression and the suction cycle, drawing out the compressed air through the exhaust valve. The pump has a low oil charge and the gas ballast is provided to avoid oil contamination due to condensable vapors. This Piston Pump is water cooled to avoid over heating and for continuous running
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Booster/Piston vacuum systems combine a rugged, oil-sealed Kinney vacuum pump with a vacuum booster to supercharge the pump, allowing for deeper vacuum or greater throughput. Performance ranges to 2000 CFM (3400 m³/h) in standard systems, or to 10000 CFM (17000 m³/h) in Engineered Solution Vacuum Systems
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Y type globe valve
ND (nominal diameter): 15-400
other diameters or pressures under request
NP (nominal pressure): 16-420
MAIN TECHNICALS SPECIFICATIONS
Execution: A105, AISI 316, AISI 304
Waterproofness PTFE or the other joint in the demand
Can have risen with any types of actuators
Connection of actuators following one ISO 5211
Fixation to reins or to weld
Technology: Molded or Forged
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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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General description
M&M piston actuated valves are manufactured with high performing components as a standard.
PTFE and FKM seals together with internals in AISI 316 offer outstanding compatibility and cover a wide variety of industrial applications.
Added features as position indicator, built-in exhaust filter, wide choice of connections and optional versions, long life cycles even in severe conditions represent our competitive advantage.
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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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For the dosing of liquid chemicals, Alltech Dosieranlagen GmbH has developed the piston diaphragm metering pumps of the FKM series.
These metering pumps meet the highest requirements in operational reliability and accuracy.
Alltech piston diaphragm metering pumps are built in a modular concept. This guarantees high flexibility in combining the pump elements for various areas of applications.
By using different materials and designs for the liquid end, Alltech metering pumps may be used for the dosing of almost all kinds of chemicals.
To find an optimal solution for your dosing tasks, we offer various dosing capacities and pressure ranges.
The integrated pressure relief valve guarantees maximum security.
A wide range of accessories (stroke actuators, pulsation dampers e.g.) completes the range of our production.
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The MultiFertic® dosing pump is a heavy duty, high precision electric or diaphrgam pump for dosing chemicals products and additives. It is made up of one driving module and 1 to 4 injection modules for 25 to 500 L/H (7.5 to 150 GPH).
In order to dose different products (INDEPENDENT INJECTION) or increase the inyection flow, several injection modules can be connected in the same injector. If we do so, we can obtain a higher flow regularity. In the case of 4 modules the injection flow is practically constant.
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For corrosive and abrasive media, which have to be dosed against higher pressures than 16 bar piston pumps can be fitted with a piston-diaphragm system. The KMS system combines the advantages of leakage-free diaphragm dosing pumps and precise piston dosing pumps and thus ensures reliable dosing.
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The range of Airless & Air Assisted system ARO has been designed to provide sprayers with a very robust industrial assembly, able to apply a wide range of industrial coatings whilst providing the very best quality of sprayed finish. The packages are available in a variety of mounting options including; Tripod, Cart, Wall and 25 Litre Pail. The Pumps are complete with a 5 Year Warranty
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The BINKS H.P. Range of Airless & Air Assisted Airless Spray outfits have been designed to provide sprayers with a very competitively priced, robust industrial assembly, able to apply a wide range of industrial coatings whilst providing the very best quality of sprayed finish.
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High pressure and high fluid flow per cycle increases your production and reduces rod and cylinder wear
Severe Duty rod and cylinder handles the most abrasive coatings
Simple design makes fluid pump repairs easy
Designed for applications requiring large tip sizes, long hoses and high flow rates
Exclusive air valve design minimizes ice-related downtime
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Piston Accumulators Parker's hydraulic accumulators for industrial and mobile applications provide a means of regulating the performance of a hydraulic system. They are suitable for storing energy under pressure, absorbing hydraulic shocks and damping pump pulsation and flow fluctuations. Their simple, compact, design ensures dependable performance, maximum efficiency and long service life.
Parker's piston accumulators are manufactured in compliance with the European Pressure Equipment Directive 97/23/EC (PED) and carry the CE mark where applicable. Other approvals are available on request.
Parker offers the A Series range of piston accumulators for mobile applications such as damping and ride control. For industrial applications, A Series and AP Series accumulators are offered to suit different application and performance criteria.
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Rated to 3000 psi, piston type, designed for long life and easy maintenance.
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Fluids are practically incompressible and cannot therefore store pressure energy. The compressibility of a gas (nitrogen) is utilized in hydropneumatic accumulators for storing fluids. EATON piston accumulators are designed on this principle, using nitrogen as the compressible medium. A piston accumulator consists of a fluid section and a gas section with the piston acting as a gas proof screen. The gas section is precharged with dry nitrogen gas. The fluid section is connected to the hydraulic circuit so that the piston accumulator draws in fluid when the pressure increases thus compressing the gas. When the pressure drops, the compressed gas expands and forces the stored fluid into the circuit.
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The hydro pneumatic piston accumulator, or piston accumulator, is a sort of tank in a hydraulic circuit,
capable of storing a large quantity of energy with a low volume.
A piston accumulator is divided in two chambers: one for the fluid under pressure, the other one for the
nitrogen (or other type of gas). The two chambers are separated from one another by a piston.
In case of peak of pressure in the hydraulic circuit, the fluid pressure is higher than the initial pressure
(called inflation pressure). When the fluid arrives in the piston accumulator, the nitrogen will compress
and will therefore retain the corresponding fluid.
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