noun A vulcanized mixture of ozocerite or mineral wax and resin with caoutchouc and sulphur, used as an insulating material for covering electrical conductors.
Who owns the okonite company?
“Okonite” was originally a material made from the residue produced when distilling the mineral wax Ozokerite, mixed with rubber, and used as an electrical insulator. In 1965 the company was acquired by James Ling. In June, 1976, Okonite became owned by its employees through an Employees’ Stock Ownership Trust.
What is okonite cable made of?
These cables are manufactured with a variety of insulating and jacketing materials including Okoguard® EPR, laminated polypropylene paper (LPP), and other thermosetting and thermoplastic compounds.
Where is okonite cable made?
100% made in the U.S.A. from our six manufacturing plants.
What is CLX cable?
C-L-X is a cable in conduit wiring system employing a mechanically strong yet flexible sheath of corrugated aluminum, copper, bronze or steel which can be applied over a variety of cable cores.
What is diesel locomotive cable?
Diesel locomotive cable (DLO) is a flexible cable with a dual-extruded product consisting of ethylene propylene rubber (EPR) insulation and a thermoset chlorinated polyethylene rubber (TS-CPE) jacket. DLO comes with tinned copper Class I stranded conductors. The voltage rating for DLO cable is 2000 volts.
What is EPR cable?
What is EPR Cable? EPR or Ethylene Propylene Rubber is a copolymer made from, as indicated by its name, ethylene, and propylene. It’s also called an elastomer. This material is mainly used in electrical cables for insulation as its dielectric strength is higher than both ethylene and propylene separately.
What is medium voltage cable?
In electrical engineering, a medium voltage cable is considered to be a cable that has a voltage rating between 1000V and 30KV.
Why do we use Armoured cables?
The armour is used to reduce any risk of the cable getting pinched or damaged; the steel is used to protect the armoured cable. SWA cables are heavy, which makes them extremely difficult to bend; therefore they are most suited to underground cabling or fixed to outdoor walls using cable cleats.
