RSCC Aerodefense NEMA HP5 Type LX Cross-Linked Modified Polyethylene Cable

RSCC Aerodefense NEMA HP5 Type LX Cross-Linked Modified Polyethylene Cable

Select gauge from drop-down menu for prices:

RSCC Aerodefense NEMA HP5 Type LX Cross-Linked Modified Polyethylene Cable

Product Details

Conductor: Soft annealed tin plated copper, stranded as listed below. 

Insulation: Extruded layer of irradiation cross-linked polyolefin meeting the requirements of specifications DDA 1066. 

Application: This irradiated polyolefin insulated wire has outstanding flame retardant and high temperature characteristics. It combines excellent thermal stability and high electrical values to provide a superior, small diameter, electronic hook-up wire. The wire passes the difficult VW-1 fire test, has thermoset mechanical characteristics, and very low levels of corrosive content. The wires offer a cost effective alternative to the more expensive fluoropolymers such as PTFE and ETFE. 

Approvals and Ratings: 125°C conductor temperature, 3000 volt. NEMA HP-5 Type LX – MIL-W-16878/16

size weight rscc
aerodefense
part number
Action
awg mm2 lbs/kft kg/km
hp-5 type lx, 3000v
26 .14 3.9 5.80 hp5lx-bdb-x Request A Quote
24 .23 4.7 6.99 hp5lx-beb-x Request A Quote
22 .35 5.9 8.78 hp5lx-bfb-x Request A Quote
20 .62 7.4 11.0 hp5lx-bge-x Request A Quote
18 .96 10.0 14.9 hp5lx-bhe-x Request A Quote
16 1.23 14.0 21 hp5lx-bje-x Request A Quote
14 1.94 19.4 29 hp5lx-bke-x Request A Quote
12 3.08 28.2 42 hp5lx-ble-x Request A Quote
10 4.74 38.7 57 hp5lx-bmg-x Request A Quote
8 8.61 70.1 104 hp5lx-bnl-x Request A Quote
6 13.6 107 159 hp5lx-bpl-x Request A Quote
4 22.0 166 247 hp5lx-brl-x Request A Quote
2 34.0 256 380 hp5lx-bsp-x Request A Quote
1 41.0 314 467 hp5lx-btr-x Request A Quote
1/0 53.0 399 593 hp5lx-bus-x Request A Quote
2/0 67.0 498 741 hp5lx-bwt-x Request A Quote
3/0 85.0 628 934 hp5lx-byv-x Request A Quote
4/0 107 785 1168 hp5lx-bzw-x Request A Quote

QUESTIONS & ANSWERS

Have a Question?

Be the first to ask a question about this.

Ask a Question