BEP Marine Flexible Battery Cable Black per Metre

The optimum combination of flexibility and strength

The BEP Marine Flexible Battery Cable is the finest quality marine electrical wiring cable around. This wire is designed for applications that require a high current, such as a starter motor, alternator or anchor winch. Very fine 0.2mm copper wires are used to construct a flexible conductor that complies with all international standards. A double insulation system is then extruded over the conductor to provide electrical strength and durability. The sheath does not sustain combustion and self-extinguished immediately upon removal of the flame source.

BEP Marine Flexible Battery Cable Features:

• Especially manufactured for optimum handling/installation
  
• Outstanding sheath flexibility dramatically improves ease of installation and stripping of cable ends is faster
  
• Low friction E-Rubber jacket with 110 degrees C rating
  
• Splash resistant to petrochemicals and acids
  
• UV and abrasion resistant
  
• Submersible to 500m
  
• Conductor high quality tinned and annealed fine strand copper to IEC 60228 and AS/NZS 1125
  
• Heavy duty 0.6/1 kV insulation rating
  
• Colour: Black (10-120mm)
  
• Metre marked 100M rolls, available by the metre
  
• Standards: AS/NZS 1125, 1660.5.1, 1660.5.6, 3008.1, 3808, AS/NZS 5000.1, IEC 60228, 60332-1, 60332-3-22
  

Current Rating Table:

Conductor Size mm2	Current Rating
10mm	86A
16mm	112A
25mm	149A
35mm	184A
50mm	232A
70mm	292A
95mm	352A
120mm	417A

Note: This product is sold per metre and can be cut to your required length. Just indicate the number of metres in the Qty box (e.g. 3 metres = qty: 3). You can also detail your requirements in the comments field when you checkout. Bulk item shipping rates (see table) only apply if your total ordered rope lengths reach over 20kg. Bulk items are shippable to New Zealand only.

Wire Resistance:

Wire Cross-Sectional Area (mm2)	Resistance per m
1	16.8
2	8.4
4	4.2
6	2.8
8	2.1
10	1.68
16	1.05
25	0.67
35	0.48
50	0.34
70	0.24
95	0.18
120	0.14