HANGZHOU ZION COMMUNICATION CO., LTD
Our Purpose To provide better signal transmission products and solutions in the world. Our Mission Focusing on customer needs, we provide customers with more competitive signal transmission products,
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| 2×6.0mm² (PV1-F / H1Z2Z2-K) (NO.7194104) | |||||||
| General characteristics: | |||||||
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| Appllcation: | |||||||
| Specifically designed to connect photovoltaic system components inside and outside buildings and facilities under high mechanical demands and extreme weather conditions. | |||||||
| Cable Construction: | |||||||
| Conductor | |||||||
| Metarial: | Tinned annealed copper | ||||||
| Area(mm²) : | 2×6.0 | ||||||
| Construction(N/mm) : | 84/0.30 | ||||||
| Conductor(Dia./mm) : | 3.17 | | |||||
| Insulation | 120℃ XLPE | ||||||
| Standard thickness (mm) : | 0.75 | ||||||
| Standard diameter (mm) : | 4.67±0.1 | ||||||
| Jacket | 120℃ XLPE, Black | ||||||
| Standard thickness (mm) : | 1.05 | ||||||
| Outer diameter (mm) : | (7.0±0.2)×(14.5±0.2) | ||||||
| Weight rated | 102.6 | ||||||
| Making | ZION COMMUNICATION PV1-F / H1Z2Z2-K 2x6.0mm² UV Res DC 1.5KV AC 0.6/1KV SOLAR CABLE | ||||||
| Package: | |||||||
| BOX (art.code ZC-100-2×6.0mm/ZC-500-2×6.0mm) | | ||||||
| Size: 310x 310x100mm | |||||||
| PALLET (art.code ZC-100-100-2×6.0mm) | |||||||
| Size: 1100x1100mm | |||||||
| Amount of boxes on one pallet: | |||||||
| Weight of total pallet: | |||||||
| Cable length pallet: | |||||||
| Electrical properties | |||||||
| Nominal Voltage: | PV1-F: DC 1.0KV AC 0.6/1.0KV H1Z2Z2-K: DC 1.5KV AC 1.0/1.0KV | ||||||
| Ambient Temperature: | -40℃~+90℃ | ||||||
| Max.Temperature at conductor: | +120℃ | ||||||
| Service life: | ＞25 years ( -40℃~+90℃) | ||||||
| Voltage: | 600/1000V | ||||||
| Temperature: | -40~90℃ | ||||||
| Conductor resistance (20℃): | 3.39Ω/km | ||||||
| Insulation resistance (70℃): | ≥1000 MΩ/km | ||||||
| Withstand voltage(V/5min) | AC6500 | ||||||
| Speak voltage(V/5min) | AC6500 | ||||||
| Min bending radius(mm) | 4*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% | ||||||