Self-Supporting Aluminum Cable

Type:
Caai (Aluminum Alloy Insulated Neutral)

Overview:
Designed to be installed in urban and rural overhead distribution networks. Cross-linked polyethylene XLPE allows better current capacity and insulation resistance. Self-supporting Aluminum Cables Type CAAI (Aluminum Alloy Insulated Neutral) with rated voltage Uo/U=0.6/1kV are manufactured in accordance with the Standards NTP370.254 / NTP IEC60228 / NTP370.258, IEC 60104.

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Introducing our advanced Self-Supporting Aluminum Cable, a pivotal component for enhancing the efficiency and reliability of your microgrid PV power station. Designed to meet the rigorous standards of NTP 370, our cables are engineered for strength, durability, and exceptional performance in diverse environmental conditions. Whether you're expanding an existing network or setting up a new microgrid PV power station, our aluminum cables provide the optimal solution, ensuring seamless energy transmission and reducing power losses across your infrastructure.

Specifications

	DESCRIPTION	UNIT	VALUE	VALUE	VALUE	VALUE	VALUE
1	GENERAL		3×35 + 1×16 + NA25 mm2	3×50 + 1×16 + NA35mm2	3×70 + 1×16 + NA50 mm2	3×25 + 1×16 + NA25 mm2	3X120 + 1X16 + NA70 mm2
	Manufacturing standard		NTP 370.254	NTP 370.254	NTP 370.254	NTP 370.254	NTP 370.254
2	DESIGNATION		CAAI	CAAI	CAAI	CAAI	CAAI
	Rated Voltage Uo / U	kV	0.6 / 1	0.6 / 1	0.6 / 1	0.6 / 1	0.6 / 1
3	TERMS OF USE
	Maximum temperature in permanent regime.	° C	90	90	90	90	90
	Maximum temperature in overload regime.	° C	130	130	130	130	130
	Maximum temperature in short-circuit mode (5 s)	° C	250	250	250	250	250
4	CABLES GATHERING:
	Maximum wireways, depending on the diameter of thePhase wire	Times	60	60	60	60	60
5	PHASE CABLE:
	Standard		NTP IEC 60228	NTP IEC 60228	NTP IEC 60228	NTP IEC 60228	NTP IEC 60228
	Material		Pure uncoated aluminum	Pure uncoated aluminum	Pure uncoated aluminum	Pure uncoated aluminum	Pure uncoated Aluminum
	Nominal section	mm2	35	50	70	25	120
	Class		2	2	2	2	2
	Minimum number of wires	No.	7	6	12	6	15
	Maximum electrical resistance in DC at 20 ° C	Ohm / km	0.868	0.641	0.443	1.20	0.253
	Insulation
	Material		Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE
	XLPE requirement		According to table 2 of NTP 370.254	According to table 2 of NTP 370.254	According to table 2 of NTP 370.254	According to table 2 of NTP 370.254	According to table 2 of NTP 370.254
	Minimum content of carbon black in XLPE	%	2	2	2	2	2
	Minimum average thickness	mm	1.14	1.52	1.52	1.14	2.03
	Minimum thickness at one point	mm	1.03	1.37	1.37	1.03	1.83
6	STREET LIGHT CABLE
	Standard		NTP IEC 60228	NTP IEC 60228	NTP IEC 60228	NTP IEC 60228	NTP 370.250
	Material		Pure Aluminum without Coating	Pure uncoated aluminum	Pure uncoated aluminum	Pure uncoated aluminum	Pure uncoated aluminum
	Nominal section	mm2	16	16	16	16	16
	Class		2	2	2	2	2
	Minimum number of wires	No.	7	6	6	6	6
	Maximum electrical resistance in DC at 20 ° C	Ohm / km	1.91	1.91	1.91	1.91	1.91
	Insulation
	Material		Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE
	XLPE requirement		According to table 2 of NTP 370.254	According to table 2 of NTP 370.254	According to table 2 of NTP 370.254	According to table 2 of NTP 370.254	According to table 2 of NTP 370.254
	Minimum content of carbon black in XLPE	%	2	2	2	2	2
	Minimum average thickness	mm	1.14	1.14	1.14	1.14	1.14
	Minimum thickness at one point	mm	1.03	1.03	1.03	1.03	1.03
7	NEUTRAL CABLE SUPPORT
	Standards		NTP 370.258	NTP 370.258	NTP 370.258	NTP 370.258	NTP 370.258
	Cable Material		Aluminium alloy	Aluminium alloy	Aluminium alloy	Aluminium alloy	Aluminium alloy
	Conductivity	% IACS	52.5	52.5	52.5	52.5	52.5
	Nominal section	mm2	25	35	50	25	70
	Number of wires		7	7	7	7	7
	Wire diameter	mm	2.13	2.52	3,023	2.13	3.57
	Minimum tensile strength	kN	7.72	10.81	15.44	7.72	20.95
	Nominal Mass	kg / km	68.4	95.7	136.8	68.4	191.5
	Density at 20 ° C	kg / m3	2703	2703	2703	2703	2703
	Electrical resistivity at 20 ° C	Ωmm2 / m	0.032840	0.032840	0.032840	0.032840	0.032840
	Maximum electrical resistance in DC at 20 ° C	Ω / km	1.3511	0.9651	0.6755	1.3511	0.4825
	Insulation
	Material		Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE	Cross-linked polyethylene XLPE
	XLPE requirement		According to table 2 of NTP 370.254	According to table 2 of NTP 370.254	According to table 2 of NTP 370.254	According to table 2 of NTP 370.254	According to table 2 of NTP 370.254
	Minimum content of carbon black in XLPE	%	2	2	2	2	2
	Minimum average thickness	mm	1.14	1.14	1.52	1.14	1.52
	Minimum thickness at one point	mm	1.03	1.03	1.37	1.03	1.37

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Our Self-Supporting Aluminum Cable is available in a variety of specifications to meet the specific needs of different installations. For enhanced versatility, options include compositional configurations such as 3×35 + 1×16, 3×50 + 1×16, and 3×70 + 1×16, among others, with cross-sectional areas measured in mm² ranging from 25 to 70 mm². These variations facilitate flexibility in installation while supporting the demanding power requirements of a microgrid PV power station. Each variation is designed with a specific focus on maximizing efficiency and minimizing maintenance, thus providing long-term value and stability to your energy projects.Investing in premium-quality cables for your microgrid PV power station is crucial for optimizing overall system efficiency and sustainability. Our self-supporting aluminum cables are not just conduits for electricity; they represent a commitment to high performance and eco-friendly energy solutions. By opting for our product, you can achieve substantial improvements in infrastructure resilience and energy security, significantly contributing to the sustainability goals of your power generation projects. Choose Holley for a reliable, efficient, and future-ready infrastructure that empowers your microgrid PV power station to deliver peak performance.