Standard Air Wipe

This hard-hitting 360° ring of airflow is the economical way to blowoff, dry, clean and cool.

EXAIR’s Standard Air Wipe provides a uniform 360° airstream that is ideal for blowoff, drying, cleaning and cooling of pipe, cable, extruded shapes, hose, wire and more. The split design offers easy clamping around the surface of the material moving through it, eliminating the need for threading. All models include painted screws and plastic shims. Reinforced rubber hose is also included on sizes up to 4" (102mm) for added corrosion and heat resistance. Standard Air Wipe models are rated for temperatures up to 150°F (66°C) .

 

 The Standard Air Wipe is an economic choice when the added properties of stainless steel are not required. The Standard Air Wipe is generally suited to non-corrosive applications where temperatures do not exceed 150°F (66°C).The Standard Air Wipe includes painted screws, plastic shims & a general purpose PVC coupling air hose on sizes up to 4”(102 mm).It meets OSHA maximum dead end pressure & noise requirements.
 

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VIVEK ENGINEERS 
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Full-Flow Air Knife

EXAIR’s Full-Flow Air Knife is a cheapest & energy competent way to clean, dry or cool parts, webs or conveyors. Full-Flow Air knives operate by entraining the surrounding air along with the compressed air utilizing the “Coanda” effect to produce high flow, high velocity curtain of air. Air Knives are designed for 24/7 use, have smooth edges and shims for easier cleaning, can be precisely adjusted without tools for faster change-over’s and are custom sized for your application. The Full-Flow feature provides air flow across the entire length. The Full-Flow Air Knife has the compressed air inlet on the rear. It is available in either aluminium or stainless steel construction.

Shim Sets 

A Full-Flow Air Knife has a .002" (.05mm) gap setting. This gap is set with a shim positioned between the cap and the body of the Full-Flow Air Knife. Force and flow through the Full-Flow Air Knife may be easily increased by adding shims to open the gap. Kits include a shim set. Shim sets for aluminum Full-Flow Air Knives include a .001" (0.03mm), .003" (0.08mm) and .004" (0.10mm) thick plastic shim. Shim sets for stainless steel Air Full-Flow Knives include (1) .002" (0.05mm) thick stainless steel shim.

Contact Vivek Engineers for more information.

VIVEK ENGINEERS 

sales@vivekengineers.net
www.vivekengineers.net

CE Compliant Air Amplifier

EXAIR’s Super Air Amplifiers and Adjustable Air Amplifiers have always provided a fast, quiet, efficient way to move large volumes of air for the transport of smoke, fumes, or light materials as well as for venting, cooling, drying and cleaning. Now, independent laboratory tests certify that EXAIR’s Air Amplifiers meet the rigorous safety, health, and environmental standards of the European Union in order to attain the CE mark.

Using no electricity or moving parts, EXAIR’s Air Amplifiers are able to transform a small amount ofcompressed air into a high volume, high velocity output that is up to 25 times their consumption rate.  The patented design maintains a constant, high velocity outlet flow across the entire cross sectional area. Output is easily adjusted and both the vacuum and discharge ends can be ducted. Air Amplifiers are available in stock in both aluminum and corrosion resistant stainless steel. 

Contact Vivek Engineers for more information.

VIVEK ENGINEERS 

sales@vivekengineers.net
www.vivekengineers.net

CE Compliant Control Minimizes Compressed Air Use

EXAIR’s digital ETC (Electronic Temperature Control) Cabinet Cooler System keeps electrical enclosures cool while minimizing compressed air use. Independent laboratory tests now certify that the ETC™ is CE compliant to assure safe operation in a wide range of cooling applications, allowing it to work perfectly with our CE compliant Cabinet Cooler units.

The ETC accurately maintains a constant temperature in the electrical enclosure that is slightly under the maximum rating of the electronics. It permits just enough cooling for the electronics without going so cold as to waste compressed air. A digital LED readout displays the temperature of the electrical enclosure (°F or °C), then displays the user temperature setting when pressing the “push to set” button. When that setting is exceeded, the Cabinet Cooler System is activated which circulates 20°F air throughout the electrical enclosure to prevent a high temperature malfunction.

The ETC is suitable for NEMA 4, 4X and 12 environments with a strong polycarbonate plastic housing and sealed membrane push button control. All systems include an automatic drain filter separator to keep moisture in the compressed air out of the electrical enclosure. Models for 120 VAC or 240 VAC are available with cooling capacities up to 2800 Btu/hr. Applications include cooling programmable controllers, CNC panels, computer cabinets, and variable speed drives.

Vivek Engineers

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