Startech CMLB10 Steel Cable Tie Holder for Use with Racks, 48.5 cm x 10.4 cm x 1.1 cmin

• Type Cable Tie Holder
• Dimensions 48.5 cm x 10.4 cm x 1.1 cmin
• For Use With Racks
• Material Steel
• Height U 1U

These lacing bars install horizontally on the front or back of your rack to provide a secure mounting point for you to run cables. You can attach your cables to the lacing bars using cable ties to reduce the tension on your cables and prevent damage to the ports on your rack-mount equipment.

Protect your equipment

Cable lacing bars protect your equipment by offloading the weight of the cables in your rack, which reduces the constant strain that can be put on the ports of your rack equipment. The lacing bars also provide a route for cables, which enhances passive cooling within your rack. This helps to ensure your rack remains at an optimal temperature, to extend the life of your equipment and minimize or eliminate downtime.

Discreet and sturdy design

These cable lacing bars are constructed of solid steel and occupy just one-third of a rack U at each install point. The round solid-steel design ensures a high weight capacity, unlike flat lacing bars that can bend easily.

Save on shipping costs

This package includes 10 cable lacing bars, enabling you to buy multiple bars packaged together. This is ideal for large-scale implementations, because it significantly reduces the packaging, and in turn, shipping costs.

The CMLB10 is backed by a 2-year StarTech.com warranty and free lifetime technical support.

Features & Benefits

• Reduce the cable strain that's put on your rack-mount equipment's ports, protecting your equipment from damage
• 10 lacing bars included to lower the cost of shipping
• Constructed of solid steel with a round design for maximum weight capacity
• EIA/ECA-310-E compliant

Applications

• Reduce the cable strain that's put on your rack-mount equipment's ports, protecting your equipment from damage
• 10 lacing bars included to lower the cost of shipping
• Constructed of solid steel with a round design for maximum weight capacity