otc 2015 csi-03 d3 blurb 4 27 15 ·...

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Elgin’s PatentPending Direct Drive Dryer Technology Though beltdriven systems are cost effective and relatively easy to implement, at a minimum they have represented a maintenance nuisance, at worst they represent a Class II – Division 1 safety concern. When the dryer is operating at peak performance, a confined cloud of dust and oil mist is generated within the body. More concerning is the growing number of new entrants into the market incorporating poorly designed or completely exposed belt and sheave systems that provide no barrier between the potentially combustible environment and a staticelectrical discharge or excessive heat source. Elgin’s new patentpending direct drive dryers incorporate a proprietary assembly that includes an alignment compensating drive shaft, greasedforlife 90 degree torque inverter, and the industry’s most durable and fieldproven gearbox drive system. Not only does Elgin’s technology eliminate the need to enter the dryer to service the drive belt system, but it provides guaranteed Class I – Division 1 and Class I – Division 2 drive system compliance. No other dryer available in the market can make those same claims. The installation of grounding brushes and other static dissipation devices are rare. It is even more uncommon to have such devices maintained properly. Inadvertent damage to the belt tunnel and/or removal of the access doors leaves static electrical discharge or excessive heat exposed to a potentially combustible atmosphere. Static electricity is the ignition source in approximately 10% of all chemical fires & explosions. Between 1980 and 2010 there were 351 dust fires and explosions in US.

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Page 1: OTC 2015 CSI-03 D3 Blurb 4 27 15 · Elgin’s(Patent-PendingDirect(DriveDryer(Technology(Thoughbelt+driven!systems!are!costeffective!and!relatively!easy! to! implement,! at a minimum!

     

 

Elgin’s  Patent-­‐Pending  Direct  Drive  Dryer  Technology  Though  belt-­‐driven  systems  are  cost  effective  and  relatively  easy  to   implement,   at   a   minimum   they   have   represented   a  maintenance   nuisance,   at   worst   they   represent   a   Class   II   –  Division  1   safety  concern.      When   the  dryer   is  operating  at  peak  performance,   a   confined   cloud  of   dust   and  oil  mist   is   generated  within  the  body.        More  concerning  is  the  growing  number  of  new  entrants  into  the  market  incorporating  poorly  designed  or  completely  exposed  belt  and   sheave   systems   that   provide   no   barrier   between   the  potentially   combustible   environment   and   a   static-­‐electrical  discharge  or  excessive  heat  source.        

Elgin’s   new   patent-­‐pending   direct   drive   dryers   incorporate   a  proprietary   assembly   that   includes   an   alignment   compensating  drive   shaft,   greased-­‐for-­‐life   90   degree   torque   inverter,   and   the  industry’s  most   durable   and   field-­‐proven   gear-­‐box   drive   system.        Not  only  does  Elgin’s   technology  eliminate  the  need  to  enter  the  dryer  to  service  the  drive  belt  system,  but  it  provides  guaranteed  Class   I   –   Division   1   and   Class   I   –   Division   2   drive   system  compliance.       No   other   dryer   available   in   the  market   can  make  those  same  claims.        

 

 

 

 

 The  installation  of  grounding  brushes  and  other  static  dissipation  devices  are  rare.    It  

is  even  more  uncommon  to  have  such  devices  maintained  properly.  

Inadvertent  damage  to  the  belt  tunnel  and/or  removal  of  the  access  doors  leaves  static-­‐

electrical  discharge  or  excessive  heat  exposed  to  a  potentially  combustible  atmosphere.          

Static  electricity  is  the  ignition  source  in  approximately  10%  of  all  chemical  fires  &  explosions.    Between  1980  and  2010  there  were  351  dust  fires  and  explosions  in  US.