RRU kragkabel

2X6mm² RRU-kragkabel vir die installering van die ZTE-toring buite

Trade terms	CIF, GOD, EX-WORKS
Minimum bestelhoeveelheid:	1000m
Unit Price:	Negotiable
Verpakkingsbesonderhede:	1000m/ Wooden Drum
Afleweringstyd:	1 days for samples, about 7-15 days for formal order
Betalingsvoorwaardes:	Westerse Unie, Paypal,T / T
voorsieningsvermoë:	5000000m per month
Shipment	Sea, Air, Express
Port	Shanghai, Ningbo, Shenzhen

2×6 mm² RRU Power Cable is wide used for tower installation, shield and in stock for urgent use, RoHS IEC60332-1 approved.

Packing information:

Specification & Data sheet

Marking
6mm2	ZA-RVVP 300/300V 2×6 mm2 (TCCAM) RoHS IEC60332-1 XXXXm CE

Product Description
Rated voltage(V)		300/300＆300/500
Rated temperature(oC)		-40~70
Standard authentication		DIT
Flame retardance		A
Cold resistance		Minimum laying temperature -20℃ The minimum use of sheath is -40℃
Cable used open air(Y/N)		Y
Main ref std	GB/T5023-2008 JB/T8734.5-2012

StructureUnit(mm)
Item sort		Std limited
Conductor material		Annealed stranded copper
AWG or section		refer to technical parameters
Conductor structure		refer to technical parameters
Insulation material		Cold resistant PVC insulation
Normal thickness of Insulation		refer to technical parameters
Minimum thickness		refer to technical parameters
Insulation diameter		refer to technical parameters
Braid material		CCAAT-15A
Jacket material		PVC
Normal thickness of Jacket		refer to technical parameters
Minimum thickness		refer to technical parameters
Cable diameter		refer to technical parameters
Braid density		≥80%

Electric characteristic

Electric characteristic
Item sort		Std. limited	Test result
The min insulation resistance, 70 ℃ (M Ω km).		refer to technical parameters	Pass
Dielectric Strength (kV/min)		2.0kV/5min	Pass
Max. DC resistance at 20℃ (Ω/km)		refer to technical parameters	Pass
Mechanical characteristic&Reliability
Aging Test		Std. limited	/Testing
Insulation property
Before Aging	Tensile Strength(Mpa)	≥10	Pass
	Elongation(%)	≥150	Pass
Insulation aging conditions		80℃(±2)×168 hrs
After Aging	Tensile strength rate of change(%)	≤ ±20	Pass
	Elongation rate of change (%)	≤ ±20	Pass
sheath property
Before Aging	Tensile Strength(Mpa)	≥10	Pass
	Elongation(%)	≥150	Pass
Sheath aging conditions		80℃(±2)×168 hrs
After Aging	Tensile strength rate of change(%)	≤ ±20	Pass
	Eelongation rate of change (%)	≤ ±20	Pass
Low-temperature impact		-40℃±2	Pass
Thermal Shock Test		150℃(±2) * 1h	Pass
Simulated outdoor test		Meet UL1581 outdoor test