10.0mm²-Black/Red (H1Z2Z2-K) Single core Solar (PV) Cable (NO.7194004)- IEC 62930 / EN 50618:2014

10.0mm²-Black/Red (H1Z2Z2-K)

(NO.7194004)- IEC 62930 / EN 50618:2014

■ General characteristics:

■ Application:

Specifically designed to connect photovoltaic system components inside and outside buildings

and facilities under high mechanical demands and extreme weather conditions.

■ Cable Construction:

Conductor

Material: Tinned annealed copper

Area(mm²): 1*10.0

Construction(N/mm): 74/0.40

Conductor(Dia./mm): 3.97 (Ref.)

 

Insulation:125℃ XLPE Black

Nom. thickness (mm): 0.8 (Ref.)

Standard diameter (mm): 5.6±0.10

 

Jacket:125℃ XLPE, Black / Red

Min. thickness (mm): 0.7

Nom. thickness (mm): 0.9 (Ref.)

Outer diameter (mm): 7.40±0.1

Making:ZION COMMUNICATION TÜV  SÜD  IEC62930   

EN50618:2014 H1Z2Z2-K 1×10mm²  -40℃ to  +90℃  

DC 1500V HALOGEN FREE LOW SMOKE

■ Package:

100M/Roll, 500M/Wooden Drum

■ The main performance parameter of finished cable:

• Performance of Finished Cable

Voltage Test:

Min. Dipping Time in Water: ≥1 hour

Testing Voltage (AC): 6500V

Min. Voltage Applying Time: 5 min

Test Result: No breakdown

Sheath Surface Resistance:

Length of Specimen: 250mm

Test Result: ≥10⁹Ω

Insulation Resistance at 20℃:

Test Result: ≥10¹⁴Ω

High Temperature Stress (140℃):

Voltage Test (1.2V): No breakdown

Deep Pressure: Wall thickness reduced by 50%

Damp-Heat Resistance (90℃, 85% Humidity):

Tensile Strength Change: ≤30%

Elongation at Break Change: ≤-30%

• Chemical & Mechanical Resistance

Acid-Alkali Resistance:

Dipping Time: 168 hours

Tensile Strength Change: ≤-30%

Elongation: ≥100%

Low-Temperature Bending (-40℃, 16h):

Test Result: No crack

Ozone Resistance:

Ozone Concentration: (200±50)×10⁻⁶

Test Time: 72 hours

Test Result: No crack

Heat Shrinkable Jacket Test:

Test Result: ≤2% Shrinkage

• Flame Retardancy & Halogen Content

Flame Retardant – Vertical Burn Test:

Carbonization Length: ≥50mm

Downward Flame Spread: ≤540mm

Halogen Content (Non-Metallic Materials):

Chlorine & Bromine (HCl / HBr): ≤0.5%

Fluoride (F): ≤0.1%

• Mechanical Properties of Insulation & Sheath

Before Aging:

Tensile Strength: 8.0 N/mm²

Elongation: 125%

After Aging:

Tensile Strength Change: ≤-30%

Elongation at Break Change: ≤-30%

Hot Extension (200℃):

Elongation Under Load: ≤100%

Elongation After Unloading: ≤25%