R&M R881009 CU CL C6 U YL 5M Patch Cord

R&M R881009 CU CL C6 U YL 5M Patch Cord

The R&M R881009 CU CL C6 U YL 5M Patch Cord is a copper Ethernet cable that is commonly used in structured cabling systems. Here is a breakdown of the terminology in the product description:

• R&M: This is the brand name of the manufacturer, Reichle & De-Massari AG.
• R881009: This is the part number of the product.
• CU: This stands for "Copper." It indicates that the cable is made of copper wire.
• CL: This stands for "Class." The cable is rated as Class 6 (C6) in this case.
• C6: This is the category of the cable. Category 6 (CAT6) is a standard for twisted-pair Ethernet cabling that can support network speeds up to 10 Gbps.
• U: This stands for "Unshielded." It indicates that the cable does not have any shielding around the individual wire pairs.
• YL: This is the color code for "Yellow." It refers to the color of the cable jacket.
• 5M: This is the length of the cable in meters.

Features:

The R&M R881009 CU CL C6 U YL 5M Patch Cord has several key features:

• Category 6 (CAT6) Performance: The cable is rated for Category 6 performance, which means it can support network speeds up to 10 Gbps.
• Unshielded Design: The cable has an unshielded design, which provides a more reliable signal and is easier to install than shielded cables.
  
• Copper Wire Construction: The cable is made of high-quality copper wire, which provides good conductivity and reduces signal loss.
  
• Yellow Jacket: The cable has a yellow jacket, which makes it easy to identify and distinguish from other cables in a structured cabling system.
  
• 5 Meter Length: The cable is 5 meters long, which provides ample length for most networking applications.
  
• Durable Construction: The cable is built to last, with a durable jacket and sturdy construction that can withstand the rigors of daily use in a network environment.
  
• Easy to Install: The R&M R881009 CU CL C6 U YL 5M Patch Cord is easy to install and use, making it a popular choice for both home and business networks.