TERMINALS

a)              Straight lugs are machined from high conductivity electrolytic                  copper/brass bar stock.
b)              Bend lugs are forged and machined from high conductivity                  electrolytic copper

 
   
WIRE CONSTRUCTION This is made from 0.05 mm2 electrolytic grade copper wire, each bunch or  herringbone  construction  to  reduce  the  rate  of  wire   fracture   by providing lateral surface wear areas. The total sectional area shall not be less than the sectional area as per MCM / mm2 rating.
 
   
WIRE CONNECTION TO TERMINAL

1.              Wire are terminated in a crimped in soft electrolytic tube and                  then soldered to the terminals.
2.              Wires cannot melt out during brief overloads.

 
   
FLEXIBLE HOSE COVER The outer rubber hose is made of heat resistant on its inner surface and abrasion resistant on its outer surface.
 
   
WATER FLOW Cooling water is  passed  at  the  rate  of  3  lit/min  at  the pressure of 6 kpf/cm2 and the pressure drop does not exceed 0.7 kg/cm2.
 
   
WATER PRESSURE The cable is tested at a pressure of 6  kgf/cm2  (KSC),  to  ensure  then there is no leakage or hose damage.
 
   
   
OPTIONAL FEATURES :  
   
SINGLE FOR COOLING Free water passage is ensured  by  means  of  a  loosely  wound  hollow spring core progressing the entire length of the cable  in  “Eddy  Current” fashion, thus permitting the cable to operate under  conditions  of  acute bending without obstructing the water flow “Copper  Burnout”  have  been eliminated by utilizing this  flow  principle.  Kay  Vybin  cables  have  the lowest water pressure  drop  per  foot  of  cable.  This  means  a  greater volume of water passes through the cable for any  given  plant  pressure, thereby increasing the cable’s current carrying capacity.
 
   
PROTECTION SLEEVES In order to eliminate breakage  of  strands  due  to  the  frequent  accute bending operations, protection sleeves are provided on the areas of both the terminal joints.