| Place of Origin: | China |
|---|---|
| Brand Name: | Zion communication OR OEM |
| Certification: | ISO, CE, RoHS, UL |
| Model Number: | 12AWG (UL4703) |
| Minimum Order Quantity: | 5 KM |
| Packaging Details: | 100M, 300M, Wooden Reel, Carton |
| Delivery Time: | 25 working days |
| Payment Terms: | T/T, L/C |
| Supply Ability: | 1000KM / Month |
| Conductor: | Tinned Annealed Copper | AWG: | 12 |
|---|---|---|---|
| Ambient Temperature: | -40℃~+90℃ | Package: | 100M, 300M, Wooden Reel, Carton |
| Highlight: | trunk coaxial cable,low loss coaxial cable |
||
| Solar Cable-12AWG (UL4703) (NO.7194202) |
|||||||
| General characteristics: | |||||||
![]() |
|||||||
| Appllcation: | |||||||
| Specifically designed for connecting photovoltaic system components inside and outside of building and equipment with high mechanical requirements and extreme weather conditions.For permanent installations. |
|||||||
Cable Construction: |
|||||||
| Conductor | |||||||
| Metarial: | Tinned annealed copper | ||||||
| AWG : | 12 | ||||||
| Construction(N/mm) : | 65/0.254±0.006 | ||||||
| Conductor(Dia./mm) : | 2.36 | ||||||
| Insulation | |||||||
| Standard thickness (mm) : | 1.22 |
||||||
| Standard diameter (mm) : | 4.80±0.1 | ||||||
| Jacket | |||||||
| Standard thickness (mm) : | 0.8 | ||||||
| Outer diameter (mm) : | 6.40±0.2 | ||||||
| Conductor resistance(20℃) : | 5.64 | ||||||
| Weight rated | 69.83 | ||||||
| Making | ZION COMMUNICATION PV Wire 12AWG 90℃ Dry and Wet 600V Sun Res -40℃ VW-1 Solar Cable |
||||||
| Package: | |||||||
| BOX (art.code ZC-100-12AWG/ZC-500-12AWG) | |||||||
| PALLET (art.code ZC-100-12AWG) | |||||||
| Size: | |||||||
| Amount of boxes on one pallet: | |||||||
| Weight of total pallet: | |||||||
| Cable length pallet: | |||||||
| Electrical properties | |||||||
| Ambient Temperature: | -40℃~+90℃ | ||||||
| Max.Temperature at conductor: | +120℃ | ||||||
| Service life: | >25 years ( -40℃~+90℃) | ||||||
| Insulation resistance (90℃) | ≥1011 | ||||||
| Withstand voltage(V/5min) | AC6500 | ||||||
| Speak voltage(V/5min) | AC6500 | ||||||
| Min bending radius(mm) | 5*D | ||||||
| Main performance parameter of finished cable | |||||||
| Voltage test of finished cable | |||||||
| Min.time of dipping in water | ≥1(h) | ||||||
| Testing voltage (AC) | 6500(V) | ||||||
| Min.voltage applying time at one time | 5(min) | ||||||
| Test result | no breakdown | ||||||
| Sheated surface resistance | |||||||
| Length of specimen: | 250mm | ||||||
| Test result | ≥109Ω | ||||||
| Penetrate the insulation resistance | |||||||
| Temperature | 20℃ | ||||||
| Test result | ≥1014Ω | ||||||
| High temperature stress | |||||||
| Temperature | 140℃ | ||||||
| A: with 1.2 Voltage test | A: No breakdown | ||||||
| B: deep pressure | B: Wall thickness 50% | ||||||
| Damp-heat test | |||||||
| Temperature | 90℃ | ||||||
| Humidity | 0.85 | ||||||
| Aging before and after the tenslle strength of Change | ≤30% | ||||||
| Aging before and after the elongation at break of Change | ≤-30% | ||||||
| Acid-alkali Resistance | |||||||
| Min.time of dipping in | 168h | ||||||
| Aging before and after the tensile strength of Change | ≤-30% | ||||||
| Elongation | ≥100 | ||||||
| Low-temperature bending | |||||||
| Temperature | -40℃ | ||||||
| Time | 16h | ||||||
| Test result | No crack | ||||||
| Ozone resistance | |||||||
| Ozeone concentration % | (200±50)x10-6 | ||||||
| Time | 72h | ||||||
| Test result | No crack | ||||||
| Heat schrinkable jacket test | |||||||
| Test result | ≤2% | ||||||
| Flame retardant-Vertical burn | |||||||
| Flxture on the lower edge from the starting point and carbonization | ≥50mm | ||||||
| Burning fuel downward from the lower edge of bottom fixture | ≤540mm | ||||||
| Halogen content of non-metallic materials | |||||||
| Test result | |||||||
| Chlorine and bromine content | HCL≤0.5HBr≤0.5% | ||||||
| Fluoride content | F≤0.1% | ||||||
| The inner layer of insulation and sheath of the mechanical properties | |||||||
| Test result | |||||||
| Aging before tensile strength | 8.0N/mm² | ||||||
| Aging before elongation | 1.25 | ||||||
| Aging before and after the tensile strength of change | -30% | ||||||
| Aging before and after the elongation at break of change | -30% | ||||||
| Hot extension | |||||||
| Temperature | 200℃ | ||||||
| Test result-The inner layer of insulation and sheath | |||||||
| Elongation under load | ≤100% | ||||||
| Elongation after unloading | ≤25% | ||||||