Product Description
This is a 100m reel of 8-core alarm cable for wiring intruder alarm systems, access control, or any low-voltage signalling run where you need reliable, unbroken conductivity from panel to device.
What the specs mean
- 7 x 0.182mm tinned copper conductors, 8 cores — full copper (not copper-clad steel), so resistance stays low across longer runs, which matters if you're feeding several zones or devices from one panel.
- LSF (Low Smoke & Fume) jacket — if it's ever caught in a fire, it gives off less toxic smoke than standard PVC cable, a common requirement in commercial and multi-occupancy buildings.
- Unscreened — fine for standard alarm wiring where there's no significant electrical interference nearby; if you're running alongside mains cabling or noisy equipment, a screened cable would normally be the better choice.
- Manufactured to BS4737-3.30:2015 Type 2 — the recognised British Standard for alarm system cabling, so it's built to a known spec rather than a generic wire.
- EN50575 'CPR' compliant — meets the Construction Products Regulation, relevant if you need documentation for commercial installs.
Before you buy
Check your panel's maximum loop resistance and total cable run length before ordering — full copper cores like these help keep you within tolerance on longer or multi-zone runs. Colour is white, supplied as a single 100m reel.
Specifications
- Length
- 100m
- Material
- Copper
- Colour
- White
Frequently Asked Questions
Is this cable screened?
No, it's unscreened — suited to standard alarm wiring where there's no significant nearby electrical interference.
What are the conductors made of?
7 x 0.182mm tinned full copper conductors across 8 cores, not copper-clad steel, which helps keep resistance low on longer cable runs.
Does it meet any recognised standards?
Yes — it's manufactured to BS4737-3.30:2015 Type 2 and is fully compliant with EN50575 'CPR' (Construction Products Regulation).
Why choose LSF over standard PVC cable?
LSF (Low Smoke & Fume) jacketing releases less toxic smoke in a fire, which is why it's often specified for commercial or multi-occupancy installs.










