The benefits of using Continuously Transposed Conductors

The use of Continuously Transposed Conductors (CTCs) can provide many benefits for electrical systems. Continuously Transposed Conductors can help to improve the stability and efficiency of an electrical system by providing a more uniform distribution of current. Additionally, Continuously Transposed Conductors can help to reduce the risk of damage to equipment and improve the safety of personnel working on or near electrical equipment.

• What are the characteristics of the products of Continuously Transposed Conductor?

• What do you know about Continuously Transposed Conductor?

• What is the information do you know about welding method of Continuously Transposed Conductor?

What are the characteristics of the products of Continuously Transposed Conductor?

Compared with the general paper bag/combined flat wire, Continuously Transposed Conductor has incomparable advantages in the design and manufacture of transformers;

1: Improve the space utilization of the winding, reduce the size of the coil, and reduce the cost of materials;

2: Reduce the loss of the transformer;

3: Improve the mechanical strength of the winding and increase the reliability of the transformer;

4: In the manufacturing process of the transformer, the winding time of the coil is shortened.

What do you know about Continuously Transposed Conductor?

A Continuously Transposed Conductor (CTC) is a type of electrical conductor that is used to improve the stability and controllability of electrical systems. This construction creates a series of gaps between the individual conductors, which can be filled with an insulating material. When an electrical current is passed through a CTC, the magnetic fields generated by the individual conductors cancel each other out, resulting in a more stable overall system.

CTCs are often used in high-voltage power transmission systems, where they can improve the efficiency of power flow and reduce losses due to electromagnetic interference. They are also used in some types of electrical motors and generators, where their low inductance makes them ideal for high-speed applications.

What is the information do you know about welding method of Continuously Transposed Conductor?

Since there are many Continuously Transposed Conductors and they are uneven, the gap between the strands is large, so the following seven points should be paid attention to when soldering the transposed conductor:

(1) Insulation and protection work should be done at the root of the lead transposition wire;

(2) Before welding, the transposed wires should be flattened, so that the wires of each strand can fit together as much as possible, and the gap between them should be as small as possible;

(3) After leveling, use tools to clamp the wires to keep the transposed wires in a close state;

(4) Adjust the flame to a neutral flame during welding;

(5) During the welding process, the cooling water at the insulation protection place should be replenished in a timely manner;

(6) Cool in time after welding;

(7) After cooling, use a wire brush to clean off the sundries on the surface to prepare for the next lead wire welding.

Baiwei is a fast-growing processing enterprise .Its main products are used in windings of oil-immersed transformers & dry-typ transformers, enameled wires for engines and reactors etc . Our annual output value is more than 150 million dollars.