7/0.2mm PE duct-burial def-stan type signal cable

7/0.2mm PE duct-burial def-stan type signal cables (screened/unscreened) are designed for inter-connecting sensors, control panels, alarm systems etc. They are widely used within the security industry where a more robust cable is  required. 

Because of the mechanical design of these 7/0.2mm PE duct-burial cables they should not be used for direct connection to mains power supplies.

Signal cables have small conductor sizes and are generally used for wiring between components or within electronic equipment.

Suitable for installation outdoors in dry or wet areas, for ducted installations or direct burial applications. Not recommended for indoor use. 


Construction – 7/0.2mm PE duct-burial
stranded tinned copper conductors
polyvinylchloride (PVC) core insulation
 black PVC inner sheath 
black polyethylene (PE) outer sheath


Technical – 7/0.2mm PE duct-burial
conductor make-up: stranded 7x 0.2mm diameter (0.22mm2 area)
bend radius: 10.0 x overall diameter (static)
voltage rating: 440V RMS up to 1600Hz operating
current rating: 1 amp
conductor resistance: 92 Ohm/km maximum @ 20°C
temperature range: 0°C to +70°C flexible
construction: generally according to Bristish Defence Standard 61-12 Part 4
flame retardant: according to EN 50265-2-1, IEC 60332-1
core identification: coloured to British defence standard, see Colour Codes page


A printable PDF specification is available here: 7/0.2mm PE duct-burial def-stan type signal.


A version with low smoke zero halogen (LSZH) sheathing can be found here: 7/0.2mm LSZH

For standard (PVC) versions return to the Data, Signal, Structured Wiring front page. 


All measurements should be considered nominal and images for illustration purposes only. Although Central Cables Ltd has made every reasonable effort to ensure its accuracy, the information contained herein is subject to error or omission and to change without notice. In no event will Central Cables Ltd be liable for any damages whatsoever, arising in connection with the information described.