Question

what is C T S and T R S wiring

Answer 1

Tough rubber sheath (T.R.S) protection , first introduced by the St. Helens cable Co., under the name C.T.S (cab tyre sheath) is usually lapped on to the already insulated conductor. In tough rubber sheathed cable, the conductor is insulated with  vulcanized rubber insulation. T.R.S cables are manufactured in this way that the cables are with stand the mechanical damage. A hard rubber  cover is used to protect the cable from external damage effects. In this type of cables hard rubber or thermo plastic cover is used on single core, two core or three core V.R.I cables. This type of cable is commonly used in open  wiring system. The external sheath cover provides the mechanical protection not for electrical insulation to the cable. The diameter of sheath cover is 1/2 cm approximately.

Answer 2

Answer:

The St. Helens Cable Co. invented the tough rubber sheath (T.R.S.) safety, which is normally lapped onto the already-insulated conductor under the designation C.T.S. (cab tyre sheath). In the robust rubber encased cable, the conductor is insulated with vulcanised rubber insulation.

Explanation:

CTS:

• Cable Tyre sheathed is referred to as CTS.
• It relates to the internal wiring type. Electrical wiring is the efficient use of wiring conductors inside a room or structure with better load control.
• Electrical power is distributed through the wires in a perfect way for this purpose.

TRS:

• Commonly referred to as C.T.S, tough rubber sheath (T.R.S) is lapped onto an already-insulated conductor.
• The sturdy rubber-sheathed cable has vulcanized rubber insulation to insulate the conductor.

Uses of C T S and T R S wiring:

• T.R.S cables are made with a design that allows them to withstand mechanical harm.
• The cable is covered in a sturdy rubber covering to guard against damage from the outside world.
• The cable is shielded from the effects of outside harm by a strong rubber shield.
• On single core, two core, or three core V.R.I cable in this form, strong rubber or thermoplastic cover has been employed.
• Such a cable is frequently utilized in open wiring systems.
• The cable's outer sheath cover offers mechanical protection that the cable's electrical insulation cannot.
• The entire diameter of the sheath cover is 1/2 cm.

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