Hst 3M CAT 6 PATCHCORD
Hst 3M CAT 6 PATCHCORD
key features
- High performance RJ45 Patch Cord
- Temperature Range: -20 up to +75c
- Conductor Resistance: Max.9.38 ohm/100m
- Resistance Unbalance: Max. 2%
- Insulation Resistance: Max. 150 ohm/Km
- Mutual Capacitance: Max. 5600pF/100m
- Capacitance Unbalance: Max. 330pF/100m
- Impedence: 100+/-15
- Delivery : Same-Day Within Nairobi. 1-Day Outside Nairobi
- Warranty : 1 Year
Hst 3M CAT 6 PATCHCORD
DESCRIPTION
A HST 3m patch cord is suitable for connecting devices that are relatively close to each other within the same rack, cabinet, or room. The Patch cords come with various connector types on each end. The most common connector type for Ethernet connections is the RJ45 connector, while fiber optic patch cords use connectors such as LC, SC, ST, or MTP/MPO, depending on the type of fiber and application. 3m patch cords play a critical role in network connectivity by providing the necessary physical links between devices.
Patch cords often come in various colors, with blue being the most common color for Ethernet patch cords. The color coding helps with cable management and organization. They are mostly used in set-ups to establish short-distance connections between devices such as computers, switches, routers, servers, and patch panels. They are commonly used for connecting end-user devices to network switches or for interconnecting networking equipment within a data center or telecommunications room.
Patch cords are usually very flexible and easy to work with, making them ideal for connecting devices in confined spaces or when frequent changes to the network configuration are required. Additionally, the high quality nature of these 3m patch cords guarantee durability as they are built to withstand repeated plugging and unplugging. During most cases, the HST patch cords are compatible with the most equipment and network standards in use.
key features
- High performance RJ45 Patch Cord
- Temperature Range: -20 up to +75c
- Conductor Resistance: Max.9.38 ohm/100m
- Resistance Unbalance: Max. 2%
- Insulation Resistance: Max. 150 ohm/Km
- Mutual Capacitance: Max. 5600pF/100m
- Capacitance Unbalance: Max. 330pF/100m
- Impedence: 100+/-15
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