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Description RINOX-LUB ejector pin anti-friction
Reference 1634-1-100
Material Special stainless steel 17% Cr anti-friction
D (mm) L (mm)
1 100
1.5 100
1.5 125
1.5 160
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Ejector Pins, Core Pins H-13 Nitrided and 50-55Rc
with 3-5 Day Shipping.
Also available in Moldmax and Stainless Steel H-13
thru-hard and Mold Star cut to length.
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Description Self lubricated wear plate, thickness 10
Reference 1303-20-100
Material Special bronze ; Oiless graphite inserts
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Description RINOX-LUB ejector pin anti-friction
Reference 1634-1-100
Material Special stainless steel 17% Cr anti-friction
D (mm) L (mm)
1 100
1.5 100
1.5 125
1.5 160
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| ... products without technical information |
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Air Conveyors - Ring-Vac™ Pneumatic Conveying System:
Available in standard and threaded versions for regular and high temperature applications.
Air Conveyors - Ring-Vac™ Pneumatic Conveying System has virtually no moving parts, convey's air at high rates and long distances. Utilizing compressed air for a powerful, efficient venturi action along its length in a compact design for high capacity conveying over large distances.
Air Conveyors - Ring-Vac™ Pneumatic Conveying System is available in both coated aluminum or high temperature stainless steel. Simply clamp a standard hose size to each end of the Ring-Vac™ to create this high energy conveying system. No moving parts for maintenance free operation with capacity and flow controlled with a pressure regulator.
Air Conveyors - Ring-Vac™ Pneumatic Conveying System is available in 1" (25mm), 1-1/4" (32mm), 1-1/2" (38mm), 2" (51mm), 2-1/2" (64mm), and 3" (76mm) sizes. Any size beyond that can be prohibitive for most applications due to high compressed air requirements.
In addition, beyond 3", the vacuum ability begins to drop significantly except for highly intermittent applications. For applications beyond 3", a blower system often becomes far more economical except in a rare number of possible applications. However, larger size versions are available if required as well as special sizes.
Coated aluminum and high temperature stainless steel Ring-Vac™ Air Conveyor can convey all types of solids in large volumes over great distances with no moving parts.
- Made of an coated aluminum body with no moving parts. High temperature stainless steel models are available for high temperature and corrosive applications.
- Standard sizes to fit standard hose diameter for easy clamping. Threaded versions connect easily to regular pipe thread: 1" (25mm), 1-1/4" (32mm), 1-1/2" (38mm), 2" (51mm), 2-1/2" (64mm), and 3" (76mm). Special sizes can be manufactured if required.
- Utilizing a pressure regulator will control the flow material.
- Instant ON/OFF with no moving parts, no electricity or explosion hazard.
- Longer life in difficult environments than competitive models.
- Ease of use.
- Simple and easy control of material flow.
- Maintenance free operation.
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ICEsonic S-series Air Amplifier.
For an efficient hi-flo operation.
Compact design and no maintenance required.
Products such as ground spices and flour or wastes from textile and paper, fumes and dust can all be conveyed over considerable distance.
Available: Anodised Aluminium and Stainless Steel, from 5 to 50 mm.
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Parker’s RG01 Nozzle, Venturi, and Hot-Gas Bypass Distributors are used for two-phase refrigerant distribution to coils. These need to be mated to a Parker Fixed Restrictor Assembly, a thermal expansion valve (TXV), or other device for refrigerant metering.
* Various nozzle orifice sizes are available for distributor housings.
* Nozzle-style distributor-housings are available for air-conditioning and heat-pump systems.
* Venturi distributors are available with a wide range of configurations and hole sizes.
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Many different things can be transported here. Any piece of pipe will come alive when a "pipe vacuum ejector" is installed.
Compressed air is blown through an annular gap and off it goes. You now can transport items from one place to another at an incredible speed - with low air consumption. One could get the idea to replace a robot with it and use the PVF as a handling unit.
The PVF has a solid outside, no movable parts, meaning a good application range for heavy duty tasks.
Simply an ingenious solution. Try it out and let your phantasy go wild. We will be happy to hear about each new solution you discover - because it is so simple!
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Preso manufactures 3 types of Venturi flow meters, to meet a variety of application and budgetary requirements, inlcuding classical, nozzle, and low pressure loss styles. Preso Venturis are manufacturesd to ASME and ISO standards, with calibrated accuracies up to +/- 0.25% of reading. Preso also manufactures Venturi shells and inserts in a wide variety of materials and end connections. Preso Venturis are available for air, liquids, gas or steam, in pipe sizes from 1/2" (12 mm) to 60" (1524 mm) and higher.
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The KinPactor utilizes kinetic energy to accomplish dust collection through the principle of impaction. The contaminated gas stream is accelerated through a venturi shaped throat section reaching velocities between 9,000 and 24,000 feet per minute (100 to 280 miles per hour). Water introduced ahead of the throat is atomized by the high velocity gas stream, and dust particles collide with and are captured in the millions of small droplets.
In the long diverging section behind the KinPactor throat, static pressure is regained as the velocity of the gas stream is reduced. Sub-micron size particulate and water droplets coalesce during this interval providing additional collection.
The water laden gas stream enters the separator tangentially where droplets are removed by centrifugal force and impingement. Clean, droplet-free air passes through the separator outlet and slurry is continuously drained from the water eliminator section. The venturi shape of the KinPactor provides the most efficient conversion of potential energy (static pressure) into kinetic energy (velocity), and then allows maximum regain or reconversion of this high velocity back to static pressure as velocity diminishes in the diverging section.
Many orifice-type collectors utilize a construction shape somewhere between that of the sharp edged orifice and the venturi, and demonstrate a more efficient energy conversion than the sharp edged orifice but less efficient conversion than the KinPactor. Due to its higher performance capabilities, the venturi-type collector has been categorized in its own classification rather than grouped with the orifice type. The KinPactor, with its venturi shape, provides the highest possible collection efficiency for a given power consumption, since the power expended is most effectively utilized.
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Design and principle of operation
Gas scrubbers operate like jet pumps. They are designed in a way, that at low pressure differences the gas to treat is mixed with the scrubbing liquid turbulently and then it separates from it.
The liquid driving medium is transformed to subtle drops by a driving nozzle axially in a vertical pipe. The drops transmit their impulse to the gas stream that is sucked by the created drain and gets compressed. The reached gain of pressure is sufficed to compensate the pressure drop in a following packing material column. Because of the pressure gain mechanical ventilators need not be used for sucking and hauling the gases. The drops of the driving liquid also scrub the gaseous parts. Between the drops and the gas phase there is an intensive exchange of matter, so during the hauling there is also gas scrubbing.
After the gas scrubbing plant there is a separator vessel. It is for separation the mixture of scrubbing liquid and the gas on one hand, and on the other hand as liquid tank for scrubbing liquid, that is hauled by a recirculation pump in a circulation.
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DRY AND WET DUST REMOVAL SYSTEMS
The types are:
• Venturi scrubbers
• Washing columns- scrubbers
• Dust removers - cartridges, sleeves, cyclones.
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Applications:
- Removal of SO2/NOx from boiler flue gas
- Removal of solid particulate matter (SPM) from boiler flue gas
- Dust collection
- Acid fumes from various processes
- Recovery of Chromic acid from Chrome Plating plants
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A variety of different IEEE injector/ejector handle types for hot-swap or non-hot-swap operation.
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KAVAC Accessories Type FA51 Silencers for Vacuum Pumps
The FA51 series silencers offer remarkable noise reduction for high volume exhaust applications without causing back pressure. Silencers are ideal for quieting large air valves that must exhaust quickly to maintain high cycle rates. KV uses the FA51 silencers on high flow venturi vacuum pumps where even small amounts of back pressure would decrease performance. A threaded connection provides easy installation for a replacement element.
KAVAC Accessories Type AA Silencers for Vacuum Pumps
Type AA Compact, lightweight, these silencers have excellent noise reducing characteristics with minimal resistance to air flow. AA series silencers are almost one third smaller than comparable products providing considerable space savings. The large surface of the felt element resists contamination far more than other materials such as sintered bronze, steel mesh, or porous polyethylene.
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