200ft Gigabit Shielded CAT5e Cable - X-Code M12 Straight to 115° Angle

What are the features of the Gigabit Shielded CAT5e Cable with X-Code M12?

Gigabit Shielded CAT5e Cable with X-Code Straight M12 to X-Code 115deg Angle M12 200ft

Item number CAT5E-XM12-XAM12-200

The 200ft shielded Gigabit CAT5e cable provides a robust, high-speed connection for industrial devices. Featuring a straight X-Code M12 connector and a space-saving 115-degree angled X-Code M12, it offers flexible routing in tight setups. Shielding ensures reliable gigabit data transfer between M12 ports by minimizing EMI/RFI. Ideal for short, secure links.

 


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Frequently Asked Questions

1 What are the primary applications for this shielded CAT5e cable?

This 200ft shielded Gigabit CAT5e cable is designed to provide robust, high-speed connections for industrial devices. It ensures reliable gigabit data transfer between M12 ports and is ideal for short, secure links where minimizing electromagnetic interference (EMI) and radio-frequency interference (RFI) is crucial.

2 How does the shielding improve performance in industrial settings?

The shielding on this Gigabit CAT5e cable is essential for maintaining reliable gigabit data transfer in challenging industrial environments. It works by effectively minimizing electromagnetic interference (EMI) and radio-frequency interference (RFI), which can otherwise disrupt high-speed data signals.

3 What is the benefit of the 115-degree angled M12 connector?

The 115-degree angled X-Code M12 connector is a space-saving feature. This design allows for more flexible routing and easier installation in tight or confined setups, which is a common requirement when connecting industrial devices.

4 Is a 200ft CAT5e cable suitable for gigabit speeds?

Yes, this 200ft shielded Gigabit CAT5e cable is specifically engineered to provide a robust, high-speed connection for industrial devices, ensuring reliable gigabit data transfer. The integrated shielding helps maintain optimal performance over this length by mitigating interference.

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