Solar Extension Cables

For applications in photovoltaic installations in public and private building, industrial building,
in agricultural applications, in lighting systems and in working areas.
Impact test resistance of single conductor type USE and USE-2 cables (tested acc. to UL854). Rodent resistance safety can be optimized by utilizing protective hoses and cables with spinning or braid metallic coatings

• Conductor: class 5, flexible tinned copper wire
• Insulation: TPE cross-linked halogen free (LS0H)
• Outer sheath: TPE cross-linked halogen free (LS0H)
• Colour: Black
• LS0H = Low Smoke Zero Halogen
• Resistance to Fire:
• Flame propagation acc. to EN 60332-1-2 (Single Cable Flame Test)
• Tested according to CPR:
• EN 50399 Common test methods for cables under fire conditions Heat release and smoke production measurement on cables during flame spread test, UNI EN 13501-6
• Flammability class: Dca
• Smoke emission class: s2
• Drip particle class: d2
• Resistance to cold:
• EN 50618, Table 2:

• Cold Bending Test at -40°C acc. to EN 60811-504;
• Cold Elongation Test at -40°C acc. to EN 60811-505;
• Cold Impact Test at -40°C acc. to EN 50618 Annex C and EN 60811-506.
• Damp-Heat Test Acc. to EN 50618, Table 2 (test acc. to EN 60068-2-78) : 90°C for 1.000h and min. 85% humidity
• Flame propagation: EN 60332-1-2
• Corrosive gases: acc. to EN 50525-1 Annex B (EN 50267-2-1, EN 50267-2-2, IEC 60754-1, IEC 60754-2)
• Resistance to UV: to EN ISO 4892-1 and 4892-3 (Method A)
• Resistance to ozone: EN 60811-403 Test Method A, EN 50396 clause 8.1.3 Test Method B
• Lifetime: The cables are designed to operate at a normal max conductor temperature of 90°C, but for a maximum of 20.000 hours a max. conductor temperature of 120 °C at a max. ambient temperature of 90 °C is permitted. (test according to EN 60216-1 and EN 60216-2)