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Teck cables on spools

Teck cable is a type of low voltage armoured cable named for the location where it was first developed and used, Teck Township, now known as Kirkland Lake, Ontario. The mining operations such as those conducted by Teck-Hughes Gold Mining Ltd. required a durable cable to power equipment and withstand the demanding conditions, and teck cable was the engineered result.[1]

In Canada, teck cable is defined by CSA standard C22.2 No. 131[2] and carries the type designation of TECK90, the 90 referring to the normal ambient temperature in degrees Celsius that the cable may be used in without de-rating its ampacity.

Contents

UsesEdit

 
Teck cables in industrial installation

Teck cable is a very versatile power cable because it may be used where subject to limited mechanical damage, it is resistant to water, petrochemicals, and sunlight. It may be used for direct-earth burial and if properly sealed at the connection point, in explosive atmospheres such as gasoline dispensing stations.[3]

When used in industrial environment, it is usually contained in a cable tray with many other cables powering the motors that run the industrial processes.

In the commercial environment, it may also be found in a tray, but is often fastened to a wall, truss, or other part of the building structure. It may be used to power any equipment such as compressors, heaters, or commercial dishwashers, and is also used for power distribution within buildings.

Teck cable may be used to power hot tubs, garages or other outbuildings, and sub-panels in the residential setting.

ConstructionEdit

Teck cable is composed of copper conductors sheathed in cross-linked polyethylene, bundled by plasticized PVC, wrapped in interlocking aluminum armour, all sealed by another coat of PVC.

See alsoEdit

ReferencesEdit

  1. ^ Canadian Pulp and Paper Industry, Volume 21. University of Minnesota: Maclean-Hunter. p. 101. Retrieved 18 April 2018.
  2. ^ "C22.2 NO. 131-17 - Type TECK 90 cable". CSA Group. CSA Group. Retrieved 18 April 2018.
  3. ^ Western Miner and Oil Review, Volume 48. Pennsylvania State University. p. 102. Retrieved 18 April 2018.