E2024S.41.10

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The Multiple Conductor Cables type known as E2024S.41.10 is widely used for a variety of applications such as communications, control, power, and data. This cable is a multiple conductor cable containing two or more insulated conductors sheathed in a common jacket. The conductors can either be a shielded pair or multiple unshielded conductors. It is constructed with an overall sheath of PVC material, and features a temperature rating of -20°C to +80°C, and a voltage rating of up to 300V.

In some of the more demanding applications, the E2024S.41.10 cable can be used in extremely low temperature environments down to -40°C. This makes it ideal for use in outdoor locations, or in extreme conditions where other cables may not be able to perform.

The construction of the E2024S.41.10 is relatively simple and straightforward. The multiple conductors are typically stranded copper conductors that are tightly twisted together to form a pair or multiple parallel cables. These cables are usually covered with a sheath of non-conforming material such as PVC, neoprene, or polyethylene. The sheath serves to protect the cables from environmental elements, such as water, dust, and temperature fluctuations. The sheathing also adds strain relief for the cables, making them more reliable.

The main application field of the E2024S.41.10 cable is industrial, commercial, and residential applications. Due to its excellent heat resistance, flexibility, and durability, it is a popular choice for applications such as wiring of buildings, wired and wireless networks, security systems, and communications systems. This type of cable is commonly used in residential and commercial construction, as well as in industrial environments.

The working principle of the E2024S.41.10 is based on the use of insulated conductors inside the cable. These insulated conductors form the backbone of the electrical circuits and allow for the transfer of electricity from one point to the other without the need for outside sources of power. When there is an electricity supply, the conductors carry the electricity to its destination, while at the same time offering protection against power surges, stray voltage, and other dangerous electrical irregularities.

By design and to maximize its overall performance, the number of insulated conductors in the cable should be equal to the number of available power voltages in the circuit. This can usually be determined by using the voltage rules of the circuit, or measuring the available voltages between two points. For example, if the voltage rule states that the power voltage is 350V and the cable has five conductors, then each conductor should be 350V.

The E2024S.41.10 cable is widely used in many applications due to its reliable performance in the face of extreme temperatures and environmental hazards. It offers superior protection from electrical disturbances and is well able to handle large amounts of current. Moreover, its flexibility and hardness make it resistant to bending, crushing, splitting, and abrasion.

The specific data is subject to PDF, and the above content is for reference