NUR5C04RD-UY Cables, Wires

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Multiple conductor cables are a type of electrical or electronic cables which include multiple single insulated conductors within one cable. This type of cable is often used in data centers, industrial control systems, or small to medium sized networks.

NUR5C04RD-UY is a type of multiple conductor cable which is designed for automation systems and industrial control systems. It is composed of 8 shielded twisted pairs and an unshielded twisted pair, and is constructed of heat resistant 22AWG stranded conductors.

The NUR5C04RD-UY cable is designed to meet the stringent demands of data transmitting and passing heavy currents. It is resistant to heat, oil, and abrasion. The jacket material of this cable is flame retardant, and is designed to meet the UL standards. It is rated for 35°C ambient temperature and 600VCT.

The NUR5C04RD-UY cable is designed for automation systems and industrial control systems. Its primary purpose is to transmit data between control panels, computers, and various pieces of machinery. It is commonly used in industrial environments where high levels of heat and abrasion may be present. Additionally, the cable is designed to withstand high levels of current, and is effective at carrying both digital and analog signals.

The NUR5C04RD-UY cable uses a four conductor, shielded design to ensure maximum noise reduction and transmission capacity. The cable contains a shielded twisted pair for noise and interference reduction, and an unshielded twisted pair for data transmission. The four twisted pairs are wrapped in an overall aluminum foil or metal braid shield which further reduces the interference and provides additional protection to the cables.

The NUR5C04RD-UY cable is a highly durable and reliable option for data transmission in a variety of automation systems or industrial control systems. Its reliable construction and heat, abrasion, and oil resistance make it well-suited to environments where physical or chemical wear is common. Additionally, its high level of noise and interference reduction make it an effective choice for environments where high levels of noise or interference are present.

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