Self-supporting cable for overhead power distribution, XLPE insulation 0.61kV - NTP 370.254 standard

Self-supporting cable for overhead power distribution, XLPE insulation 0.61kV - NTP 370.254 standard
Self-supporting cable for overhead power distribution, XLPE insulation 0.61kV - NTP 370.254 standard

Product Description :

0.6/1KV overhead insulated cable is an overhead conductor with an insulating layer. The conductor is generally AAC, AAAC, ACSR stranded wire, and the insulation material is 90℃ cross-linked polyethylene. This Peruvian technical standard specifies the requirements that copper or aluminum conductors insulated with cross-linked polyethylene (XLPE) wound on supporting cables must meet.

Application:

Overhead insulated cables are often used in urban and rural power grid transformation, road lighting and other lines.

1.Power transmission:Overhead insulated wires can transmit electricity from power plants to substations in various cities and regions

2.Power distribution:Overhead insulated cables convert high-voltage electricity from substations into low-voltage electricity and transmit it to homes, commercial buildings, industrial facilities and other places for people to use.

3.Electrified railway power supply:Overhead insulated wires can provide power for electrified railways such as trams and subways..

Structure:

1.Conductor:The core of the conductor is a circular cross-section, the outermost layer of the conductor is stranded on the left, and the conductor material used is steel-cored aluminum stranded wire or aluminum alloy stranded wire

2.insulation:The insulation layer of ABC cables is usually made of cross-linked polyethylene material, which has excellent pressure resistance and insulation properties. The thickness of the insulating layer can be designed and adjusted according to the use environment and electrical requirements.

3.Cabling:Multi-core cables (multiple-conductors) should be cabled, the cabled direction is right, and the cabled pitch ratio is 60 times.

Product Advantages:

1.Low operating cost:Compared to underground cables, overhead insulated cables have lower construction and operation and maintenance costs because they are easier to repair and replace, and do not require underground laying, excavation, backfilling, etc.

2.Troubleshooting:Convenient The fault location of underground cables is more troublesome and the repair time will be longer, while the fault of overhead insulated cables is easy to find and locate, and can be repaired faster to ensure the reliability of power supply.

3.Scope of application:Wide Overhead insulated cables have stronger environmental adaptability and can be used in various harsh environments, such as strong winds, lightning strikes, etc., while underground cables are greatly affected by geological conditions and the environment, and may not be suitable for all regions and application scenarios.

4.Construction speed:Fast The construction speed of overhead insulated cables is faster because they are not restricted by terrain and buildings, and the construction speed is faster, and they can be directly erected in the air.

Implementation Standards:

NTP 370.254

Section nominal Nominal insulation thickness Maximum wiring passage spark voltage  Alternating current spark voltage DC
mm2 mm mm KV KV
10 1.14 389 10 16.5
16 1.14 453 10 16.5
25 1.14 530 12.5 21
35 1.14 601 15 24
50 1.52 742 15 24
70 1.52 843 15 24
95 1.52 950 15 24
120 2.03 1109 15 24
150 2.03 1210 15 24
185 2.03 1315 15 24
240 2.03 1464 17.5 30

Pre sales

Product Introduction: When customers inquire about the product, we will provide a detailed product introduction, including product technical parameters, scope of application, and other information, to help customers better understand the product.
pro_con_03 Solution customization: Based on the specific needs of customers, we will provide personalized solution customization services to meet their specific requirements.
pro_con_06 Sampling inspection and acceptance: We guarantee that every batch of cables produced undergoes strict factory inspection and acceptance.
Sampling inspection items: DC resistance of cable conductors; Finished cable withstand voltage test; Single wire diameter and deviation of conductor; Average insulation thickness and thinnest point; Average thickness and thinnest part of the sheath; Change rate of tensile strength and elongation of insulation and sheath before and after aging; Insulation core withstand voltage test; Thermal extension test; Ozone resistance test; Finished cable bending test, etc.
pro_con_09 Technical support: We will provide a professional technical support team to solve technical problems encountered by customers during product selection and use.

After sales

pro_con_11-12Order tracking: We will establish a comprehensive order tracking system and update customer order status in a timely manner to ensure that customers can keep track of the progress of their orders.
pro_con_14 Product training: We will provide customers with product usage training, including product operation methods, maintenance, and other content, to help customers better use the product.
pro_con_16 After sales service hotline: We will establish a 24-hour after-sales service hotline to provide customers with 24/7 technical support and service consultation, timely follow up on customers' after-sales service needs, and ensure that customers' problems are resolved in a timely manner.
pro_con_18 After sales satisfaction survey: We will conduct regular after-sales satisfaction surveys to understand customer satisfaction with our after-sales service and continuously improve service quality based on customer feedback.
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The company has the ability to produce 100000 kilometers of various types of wires and cables annually.

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