Description

Technical Parameters

Clean Energy Cables Supplier

35KV Aluminum Alloy Cables deliver comparable electrical characteristics to their copper-core counterparts while costing approximately 30% to 50% less. These cables exhibit excellent resistance to conductor creep, high flexibility, superior elongation, and minimal rebound, ensuring consistent and reliable performance. Furthermore, they offer outstanding insulation properties, including a high insulation rating, resistance to high temperatures and combustion, enhanced anti-aging performance, as well as being low-carbon and environmentally friendly.

Basic Info.

Operating temperature	Up to 70°C (PVC insulation); up to 90°C (XLPE or EPR insulation)
Temperature range	-5°C (PVC jacket); -20°C (PE jacket)
Short-circuit temperature (maximum duration of short-circuit not exceeding 5s)	140-160°C ( PVC sheath ) 250°C (PE jacket)
Bend radius	15 x OD

FAQ

Q: Can you introduce me about more details about 35KV Aluminum Alloy Cables?

A: An extruded semiconducting cross-linked composite is applied over the primary insulation layer. This semiconducting layer may be of either bonded or peelable type to facilitate splicing or termination procedures. Optionally, a semiconductive tape can be added over the extruded semiconducting layer to serve as a matting surface. The meter shield, with a minimum thickness of 0.3 mm and a maximum resistivity of 500 ohms measured at 90°C, is firmly bonded to the insulation to eliminate air gaps and remains readily removable by hand onsite. For PVC or EPR/HEPR insulated cables rated between 1.8/3 kV and 3.6/6 kV, an insulating shield is not required. The shield may also be helically wrapped around the semiconductor waterproof layer to provide longitudinal water resistance.

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