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Text[0]=["Capacity","The coalescing oil separator functions to capture sub micron particles of oil aerosol and mist that are carried in the refrigerant discharge gas stream.  This is done by reducing the velocity of the discharge gas flow (designated DCFM) within the separator enough to result in superior oil separation.  For steady state operation of the compressor, oil carry-over to the system will be on the order of 3-10 PPM, where PPM designates parts (lbs) of oil per million parts (lbs) of refrigerant passed through the separator.  All the captured oil is returned to the lubrication system.<br><br>The maximum capacity of the separators are based on the maximum velocity of the discharge gas flow permitted through the separator element."]
Text[1]=["Theory of Operation","Coalescing oil separators provide oil separation and limit oil carry-over to approximately 3-10 pounds of oil per million pounds refrigerant depending on system characteristics such as operating conditions, refrigerant, start/stop and load/unload frequency, etc.  Typical old-style mesh pad separators have cary-over rates on the order of over 10 times that amount.  In these times of economic and environmental concerns, it is imperative that measures be taken to optimize oil control.  The coalescing oil separator provides a product that will assist in alleviating these concerns.<br><br>Standard's new line of coalescing separators is specifically designed for use with reciprocating refrigaration compressors and suitable for ammonia (R-717), halocarbons (R-22, R-134a) and hydrocarbons such as propane (R-290).<br><br>All the separators require the mounting of an external float assembly to control the oil return from the separator to the compressor"]
Text[2]=["Application","Mechanical subcooling can be added to existing systems or designed into new ones.  It is ideal for any refrigeration process where more capacity may be necessary, or where operating costs must be lowered.  Often subcooling can be added using existing air-conditioning equipment to provide the subcooling input.  Mechanical subcooling is recommended for:<br><br> *Supermarkets - Especially where present capacity is strained or additional loads (refrigerant cases) are being installed.<br> *Warehousing/Processing - To handle new load requirements or to permit expansion of the facilities.<br> *Industrial - To produce more capacity for changing product conditions or additional equipment.<br><br>Mechanical subcooling has proven cost efficient in a variety of applications.  Additional equipment costs required for retrofit installations, in some instances, have been returned within three to six months due to lower energy usage.  Further, subcooling has eliminated the need to scrap existing systems which have become overloaded.  And in new system design, subcooling not only delivers more uniform, efficient operation, but also allows down sizing of some components like compressors and control valves."]
Text[3]=["Load Factors","Evaporating<br>Temperature  &nbsp;&nbsp;+40  &nbsp;&nbsp;+20  &nbsp;&nbsp;&nbsp;0&nbsp;  &nbsp;&nbsp;-20  &nbsp;&nbsp;-40<br><br>from120&deg;F.<br>=70&deg; Range  &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;.20  &nbsp;&nbsp;.20  &nbsp;&nbsp;.21  &nbsp;&nbsp;.22  &nbsp;&nbsp;.22<br><br>from110&deg;F.<br>=60&deg; Range  &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;.19  &nbsp;&nbsp;.19  &nbsp;&nbsp;.20  &nbsp;&nbsp;.20  &nbsp;&nbsp;.21<br><br>from 100&deg;F.<br>=50&deg; Range  &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;.18  &nbsp;&nbsp;.18  &nbsp;&nbsp;.19  &nbsp;&nbsp;.19  &nbsp;&nbsp;.20"]
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Text[8]=["sticky style","This tip will sticky around<BR>This is useful when you want to insert a link like this <A href='http://migoicons.tripod.com'>Home Page</A>"]
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Text[13]=["different style","Wow this is a new style and position! "]
Text[14]=["This is The title","this is the text"]
Text[15]=["","This is only text"]
Text[16]=["","Some Lists <li>list one</li> <li>list two</li> <li>list three</li> <li>list four</li>"]


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