Heavy Duty Counter Flow Type Model LDC

ADVANTAGES  AND  FEATURES : Heavy Duty Counter Flow Type Model LDC
Highest  Performance
Provide  with  more  wetted  surface  for  uniform  water distribution  and  higher  heat  transfer  efficiency.  The  filling  and  drift  eliminator  allow  the  maximum  air  volume  through  the  cooling  tower.

Lowest  Maintenance
Construct   With  Durable  materials  for  cooling  tower  like  preservative  treated  wood,  fiberglass  reinforced  polyester  and  asbestos  cement  boards.  The  steel  is  hot  dip  galvanized  after fabrication  to  be  anti-corrosive.

Economical  Operation
Optimize  with  special  axial  fans,  speed  reducer  and  drift  eliminator  etc.  It  is  maximized  the  cooling  performance  at  lower  energy.

Noise  Level
Design  with  large  fans  at  low  speed  operation  to  minimize  noise  pollution.  The  ventri   fan  cylinder  will  be  added  on  larger  cooling  tower  for  low  noise  level.

MAIN  EQUIPMENTS
- Fan  Motor : Our  motors  in  accordance  with  IEC  standard  are  equipped  in  series  with a  whole  host  of  features  for  maximum  profitability.  They  are  universally  usable  and through  various  options  optimally  adaptable  to  their  respective  task. At the  same  time  the  motors  are  very  compact at  a  high  efficiency.
- Gear  Reducer : Design  features  and  ratings  are  in  accordance  with,  or  exceed,  the  minimum  requirements  of  AGMA  (American  Gear  Manufacturers  Association)  and  CTI (Cooling Technology  Institute  standards.
- Shaft : Amply  sized  to  provide  a  rugged  spindle  for  the  fan.  Surfaces  for  gears,  bearings,  input  coupling  and  fan  hub  are  precision  ground.
- Vibration  Switch : Available  in  variety  of  models  for  applications  on  machinery  or  equipment  where  excessive  vibration  or  shock  can  damage  the  equipment  or  otherwise poses  a  threat  to  safe  operation.
- Distribution  System : The  spray  nozzle  arrangement  evens  water  distribution  and  optimizes  the  efficiency.