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Just as some of us are aware of the fact that IPC’s allows the connection between two conductors, for instance, the connection from the main Conductor to w tap conductor. The IPC (insulated piercing Conductor) from is useful in Connecting covered conductors to a bare conductor or another covered conductor. The Insulation covers are fabricated from UV and weather resistant thermoplastic. The entire products are put to test according to the national standards and the relevant international standards.

Benefits of Using Insulated Piercing Connectors

High-Quality connection: The double shear-head bolts make sure that a connection of high quality is established at the correct tightening torque without having to make use of a torque wrench. What this does is that it eliminates every possibility of damaged wires, hot spots or loose connections.

Ease of Installation: No cable stripping or special tools required. The spacers make it possible for the tap side of the connection to stay open whilst the insulated piercing Conductor is put into place on.the main conductor.

Corrosion Resistant: just as an insulated piercing Conductor is installed, sealant we forced out to make a connection that is corrosion free of water and oxygen.

High level of Safety: The entire isolation of the bolt from all the parts of the connector from the energized parts and the use of plastic shear head implies that the installer does not in any way come in contact with any point with an energized load.

An IPC cable is a special type of thermocouple cable that can be used in high temperatures or severe environmental conditions because it has low flammability, resisting oxidation and allowing accurate measurements and higher durability. And there are many more advantages of using an IPC connector.

In general and from the point of view of fire protection, the general rule applies.However, these apply equally to all electrical installations. That this is not always self-evident is shown by recent incidents. Insulated piercing connectors can provide more insulation and therefore more fire protection at the same time as well.

IPC cables are free of the reactive elements bromine, iodine, fluorine, and chlorine. Compared to conventional PVC cables, they, therefore, have a whole host of advantages in case of fire. In the case of conventional PVC-insulated cables, larger quantities of corrosive and toxic gases form in the event of a fire, which can cause damage to people and buildings. With halogen-free cables, no corrosive gases are released, ie the dangerous elimination of halogen-containing combustion gases is excluded. Especially if buildings have to be left in case of fire via escape routes due to large crowds, this can lead to dangerous situations. Also, PVC cables can act as a “fuse” in case of fire and transfer the fire to other areas of the building. These make IPC systems way safer compared to other traditional kinds of cable systems that are currently being used in telecommunications and electrical systems.

IPC is an efficient system of electrical distribution, it is composed of metallic ducts that replace the cables, contain bare or insulated conductors of copper or aluminum, in the form of bars. These are manufactured for each project and then they are assembled on site. A busway carries a much higher voltage and therefore must be protected. For this reason, the conductors are insulated with an epoxy coating and covered with a wrap to prevent accidental contact. For example, if you want to place a lamp (or another load) at a location far from an exit in your room. Since you can not directly plug in the lamp, you have to use an extension to supply electricity to the lamp. Using an insulated piercing connector to connect that to a power supply can achieve the same effect more safely.

An insulated piercing connector can contain any number of wires, but the most common configurations include several connections of wires. Specialized IPC cables can include additional thermocouples in custom configurations. IPC cables are available in many diameters and lengths, depending on specific needs. Many IPC Cables are calibrated using sensitive, fast and highly accurate dry block probe calibrators. Thermocouple and other kinds of sensors manufactured with insulated piercing connectors cables are widely used in heat treatment of metals, solid waste incinerators, sintering of pulverized metals, burning of ceramic materials, oil or gas furnaces, heat exchangers fueled by fuel. This means that these IPC cables have a wider range of use compared to other kinds of similar components.