1 Pair Solar Panel Extension Cable Wire Black & Red Connector 4 or 6mm² PV Cable

Description

Solar PV H1Z2Z2-K Cable should be used for connecting solar panels to inverters or charge controllers as this type of cable is rated to high voltage especially needed for solar panels in series. These cables are for permanent outdoor use for more than 25 years under variable demanding climate conditions.

This type of solar PV cable is also well suited to small wind turbine installations where there will often be a low voltage but high current output making the power generated very susceptible to cable voltage drop even over very short distances of just 5 meters. See link below for voltage drop calculator to ensure you make the most of your generation. Your system design should try and use the highest voltage output possible from your installation (for example series solar panel wiring) as this will help to reduce voltage drop. Larger cable conductor sizes also help to reduce voltage drop.

This is for 1 length of red and 1 length of black with MC4 in your choice of length

4mm Solar Cable Specification

• Conductor: class 5 flexible annealed stranded tinned correct Acc. to EN-IEC 60228 : 2005
• Outer Insulation: Low-Smoke Zero-Halogen (LSZH), high performance E-Beam Cross-linked Compound (XLPO)
• Inner insulation sheath: Low-Smoke Zero-Halogen (LSZH) Flame Resistance E-Beam Cross-linked Compound (XLPO)
• Rated at 1500V DC, Max permitted operating voltage 1800V DC
• Max current rating 55 Amps (single cable in air), 52 Amps (single cable on surface), 44 Amps (two adjacent cables on surface)
• TUV approved cable, EN50618, H1Z2Z2-K
• Flame Resistant cable to EN 60332-1-2
• UV Resistant Cable to EN 50289-4-17
• Ozone Resistant Cable to EN 50396 : 2005
• RoHS passed: 2011/65/EC, Low Smoke: EN61034-2: Table 2, Halogen Free: EN50525:1 2011 Annex B
• Vertical flame propagation EN60332-1-2: 2004 Annex A
• Reaction to Fire CPR: EN 50575:2014+A1:2016
• Water Resistance EN 50525-2-21
• Temperature range -40 C to +90 C (Max. overload temperature: 120 C and Max. short circuit temperature 5 sec: 250 C)
• Expected service life 30 years
• 1 Core
• Black and Red

6mm Solar Cable Specification

• Conductor: class 5 flexible annealed stranded tinned correct Acc. to EN-IEC 60228 : 2005
• Outer Insulation: Low-Smoke Zero-Halogen (LSZH), high performance  E-Beam Cross-linked Compound (XLPO)
• Inner insulation sheath: Low-Smoke Zero-Halogen (LSZH) Flame Resistance  E-Beam Cross-linked Compound (XLPO)
• Rated at 1500V DC, Max permitted operating voltage 1800V DC
• Max current rating 70 Amps (single cable in air), 67 Amps (single cable on surface), 57 Amps (two adjacent cables on surface)
• TUV approved cable, EN50618, H1Z2Z2-K
• Flame Resistant cable to EN 60332-1-2
• UV Resistant Cable to EN 50289-4-17 
• Ozone Resistant Cable to EN 50396 : 2005
• RoHS passed: 2011/65/EC, Low Smoke: EN61034-2: Table 2, Halogen Free: EN50525:1 2011 Annex B
• Vertical flame propagation EN60332-1-2: 2004 Annex A
• Reaction to Fire CPR: EN 50575:2014+A1:2016
• Water Resistance EN 50525-2-21
• Temperature range -40 C to +90 C (Max. overload temperature: 120 C and Max. short circuit temperature 5 sec: 250 C)
• Expected service life 30 years
• 1 Core
• Black and Red

Unsure of what size cable you need? Please use our voltage drop cable calculator here 

Should you only require MC4 plugs on one end of the cable to connect to the solar panel but the other end maybe a screw terminal connection to a solar charge controller, just simply cut the plugs off the other end of the cable and strip back the outer insulation for terminal connection.

As these are custom made they are non returnable unless faulty