wire and cable that is categorized under portable type is light enough to be handled by man without machine. But remember that when a cable is categorized as portable it can also be direct-buried multicore cable, coaxial, Insulate, Shielded cladded and so forth
- multi-core cable
Due to their versatility and longevity, multiconductor cables are becoming increasingly common. These cables are suited for use in environments requiring resistance to high temperatures, humidity, and moisture. In addition, these cables provide a secure connection between two devices or systems and are resistant to extreme environments. Multiple separate wires are wrapped around each other to form multiconductor cables. Each layer of insulation contributes to the protection of internal wiring against damage and provides additional protection to guarantee cable integrity.
- coaxial cable
The only difference between ribbon cables and multi-conductor cables is that ribbon cables do not require a jacket. Instead, ribbon cables utilize a solid copper or aluminum core. Ribbons are often utilized in applications involving electrical cables and data transfer. They are flexible and durable, and their performance is superior to that of conventional multi-conductor cables. Ribbon cables are frequently used to connect two electrical devices, such as a computer and a power source. It is composed of two insulated wires twisted together. Ribbon cables are typically employed over short distances due to their low resistance.
- portable cable and wire
Similar to ribbon cables and multi-conductor wires, portable wire cables are shorter and lighter. Wire and cable designed for confined areas such as desk drawers and toolboxes.
- Solid conductor
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Solid-core wire is the most durable type of cable and wire. No insulation exists between the wires. Each conductor is individually coated with copper to make it resistant to corrosion.
ribbon portable wire and cable
Plastic Ribbon Cable (PRC) and wire is a common form of portable cable in electronic applications. PRC offers advantages over conventional cables, such as a reduced price and lighter weight. Two insulated copper wires are twisted together to form a single conductor in a conventional PRC. These conductors may be insulated with plastic for added protection against moisture and physical damage. Typically, the outside diameter of a cable ranges from 0.01" to 0.25".
- Ribbon Wire (WRC)
Ribbon cable (WRC) is comparable to PRC, with the exception that the insulation is braided around each individual core wire as opposed to over it. " -0.50"
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- Ribbon Flat Cable (FRC)
Flat Ribbon Cable (FRC) is identical to Wrapped Ribbon Cable (WRC), only the insulation is flat rather than wrapped. FRCs offer various advantages over comparable goods, including as greater flexibility, a lower price, and improved durability. FRC sizes typically range from 1/8 to 2 inches.
- elastic ribbon cable (FRC-X)
Flexible Ribbon Cable (FRC-X), commonly referred to as flex cable, is a ribbon cable that is engineered to endure repetitive bending without breaking. FRC-X has many of the same advantages of the FRC, including a reduced price, increased durability, and simple installation. FRC-X diameters typically range 1" to 20". 
- Circular Ribbon Wire (RRC)
Circular Ribbon Cable (RRC) is similar to Flat Ribbon Cable (FRC), except insulator is round rather than flat. RRC has numerous advantages to FRC, including reduced cost and greater durability. Normal RRC diameters range from 2 to 10 inches.
- Twisted Couple (TPC)
Twisted pair cable (TPC) is a cable that employs twisted pair conductors to insulate against electromagnetic interference. TPC offers various benefits over conventional coaxial cables, including a lower price and higher durability. TPCs are frequently employed in telecommunications applications where signal integrity is crucial. 
direct-buried portable wire and cable
Direct burial involves burying the portable cable and wire in a trench, this style of laying wire and cable is known as direct-buried whereas burial involves inserting the cable within a plastic pipe (such as PVC pipe) and then covering it with soil. It is not suggested to bury electrical lines in the ground unless there is a compelling need to do so. Why do I require threading? Burying wires in the ground protects them from vermin and inadvertent damage. In addition, burying wires creates a barrier between them and any moisture, which might produce a short circuit if the wires become wet. How much space do I need to leave around the wires? Leave a minimum of 1/8 inch of space around the wires. If you are uncertain about the amount of space you require, consult a licensed electrician. Should the wires be buried in the ground? Yes, you must always bury your wires at least 12 inches below the surface of the earth. Burying wires in the ground makes them more accessible to animals and increases the likelihood that they may be destroyed by heavy machinery. 
Are underground wires safe? As long as you take a few standard precautions, underground electricity cables are safe. You should not use a metallic sheath and ensure that all connections are properly sealed. May I install wires on the ground? You are able to, but you shouldn't. Underground wires are secure, but you should only employ them when absolutely necessary. Will buried cables function in my location? It is difficult to predict whether buried cables will function in your location without knowing where you live, but in general, underground wires perform best in dry areas. 
multicore portable wire and cable
Cables with many cores better known as multicore wire and cable are made up of numerous distinct wires that are twisted together. Because each core is capable of carrying a signal, these cables are ideally suited for the distribution of data transmissions across extensive distances. However, there are several drawbacks to using multi-conductor cables, including the fact that they are sometimes difficult to manipulate and that the different cores frequently become tangled. When handling multicore wire and cable you need to use special tool designed for this purpose. Wire strippers are compact instruments that are used to cut wires without causing any damage to the wires themselves. You may frequently find them in hardware stores, while certain models are also sold on the internet. If you haven't previously done so, you should repair your drain using wire strippers. These handy tools can also be used to open boxes. 
Cable ties have multiple uses, including bundling direct wire, securing cables to walls, and maintaining cable organization. If you wish to keep your cords organized, then you will find that these are extremely beneficial. Wires and connections in your home can be made more manageable with the assistance of a cable management system. One good illustration of this is a power strip, which allows several electronic items to be plugged in at the same time. Electrical tape is an excellent tool for maintaining the connection between wires while they are being worked on. Wrapping around plugs and switches is an excellent application for this particular use. Pliers are multifunctional hand tools that can assist you in a wide variety of activities. They come in a range of sizes, including regular-sized pliers, which are great for tightening screws, and needle-nose pliers, which are best for delicate work.