Alarm Cable - White


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Best current price£15.19from B&Q
Shopping.co.uk recommended and popular offers
B&Q£15.19Visit shop - 25M (82 Ft)8 Core 4 Pair Alarm Cable Tinned Copper Stranded Cctv Panel Contact
Visit shop3 offers from £15.19
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This 25-meter, 8-way/4-pair white alarm cable from Loops is designed for low-voltage security and CCTV installations. It offers a reliable connection for PIR sensors, door/window contacts, and control panel linking, featuring tinned copper clad aluminum cores for durability. A key consideration is to account for voltage drop over long distances, especially at higher currents, which may require techniques like doubling up cores.
| Colour | White |
|---|---|
| Brand | Loops |
This cable is rated for a maximum working voltage of 50V RMS. It is designed for low-voltage applications only.
Yes, but only for low-power devices due to its 1A current rating. For longer runs or higher current needs, voltage drop must be considered.
It means the core is made of aluminum that is coated (tinned) with copper. This offers good conductivity and corrosion resistance, often at a lower cost than pure copper.
You will need to carefully strip the insulation from the ends of the specific cores you are using and connect them to the appropriate terminals on your security system components.
The cable includes Yellow/Green, White, Black, Red, Blue, Orange, and Brown cores.
The conductor area (CSA) per core is 0.22mm².
The PVC outer insulation provides some protection, but it's best to protect the cable from direct exposure to harsh weather conditions and UV light for long-term reliability.
Check all connections at both ends for security. Verify the correct cores are used for signal transmission. Measure continuity of the signal wire using a multimeter.
Inspect the cable for any signs of physical damage, kinks, or sharp bends. Ensure connections are clean and tight. Test for voltage drop if the run is long.
Carefully inspect the cable run for any points where insulation may have been compromised, causing wires to touch. Ensure stripped ends do not overlap or touch inappropriately.
Calculate the expected voltage drop for the cable length and current draw. If significant, consider using thicker gauge cable or doubling up cores for the run.
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