www.kayvybin.com

TERMINALS	1. Machined from high conductivity electrolytic copper bar stock. However, can be supplied in Ct.-Cu at extra cost.
	2. Assembled with a 1/4” bolt.
	3. Separated by high quality insulating material.
	4. Two parts, chemical sealant-adhesive between terminals surface and gasket.
	5. Large unobstructed water passage.
	6. All terminals cross-section are as per MCM/mm2 rating of cable.

WIRE CONSTRUCTION

This is made from 0.05mm² electrolytic grade copper wire herringbone construction to reduce the rate of wire facture by providing lateral surface wear areas. Total three bunches are crimped and brazed with lugs at both ends. The total sectional area shall not be less than the sectional area as per MCM/mm2 rating.

WIRE CONNECTION TO TERMINAL

1. Wires are terminated in crimped joint against the inner surface of the terminal. Lateral surfaces of the wire are brazed to the terminal.

Note: This unique crimped joint also ensures a perfect joint compared to the other cables screwing & brazing pattern.

2. Wires cannot melt out during brief overloads.

3. These wires are again crimped in a exclusive male amd female pattern to position the wires to achive the best alternate polarity design.

STRAIN RELIEF BEHIND TERMINALS

Resilient, high temperature nylon strain relief collar located at rear of terminals. Rubber tubing around individual wire ropes at transition point into swagged connector tubes. External collar and individual rope tubing conjunctively distribute wire bending stresses over entire transitional area.

FLEXIBLE HOSE COVER

This is made of heat resistant on the inner surface and abrasion resistant on its outer surface.

WATER FLOW

Cooling water is passed at the rate of 6 lit/min at the pressure of 6 kgf/cm² and the pressure drop does not exceeds 0.7 kgf/cm².

WATER PRESSURE

The cable is tested at a pressure of 6 kpf/cm² (KSC), to ensure then there is no leakage or hose damage.