Bobagem 6622 Cabo MV

Bobagem 6622 Single Core Medium Voltage Cable

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Aplicativo

Power single-core cable voltage range from 3.8/6.6KV to 19/33KV, frequency 50Hz. mainly used in power supply stations, indoor and outdoor laying, pipelines, túneis, minas, shafts, soil buried and submarine water, etc., and can withstand considerable pressure and mechanical forces, axial tensile force.

Structure

Condutor	Plain annealed copper or aluminum conductors Copper conductors are generally stranded (Part II) and aluminum conductors can be either stranded or solid (Part II).
Conductor Shield	Extruded semiconducting cross-linked composite layers are applied outside the conductor and completely cover it. The minimum thickness is 0.3 mm and the maximum resistivity shall not exceed 500 ohms at 90°C. Please contact ZMS for details.
Isolamento	Cross-linked polyethylene compounds
Bainha Externa	PVC material/Medium Density Polyethylene (MDPE)/LSZH, the outer sheath color is usually black. The usual thickness of the outer sheath is 0.035D+1.0, with D indicating the diameter of the outer sheath in millimeters.

Physical Properties

Temperatura operacional: up to 90°C
Temperature range: -5°C (PVC jacket); -20°C (PE jacket)
Short-circuit temperature: 250°C (maximum duration of short-circuit not exceeding 5s)
Raio de curvatura: 12 x OD

Voltage Specification

Tensão nominal Uo/u	Operating Voltage(Um)	Testing Voltage (rms)
3.8/6.6KV	7.2KV	15KV
6.35/11KV	12KV	25.5KV
8.7/15KV	17.5KV	35KV
12.7/22KV	24KV	51KV
19/33KV	36KV	76KV

Bobagem 6622 Three Core Medium Voltage Cable

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Aplicativo

Bobagem 6622 three-core cables are designed for power distribution from 3.8/6.6KV to 19/33KV at 50Hz.They are mainly used in a variety of applications such as power supply stations, indoor conduits, outdoor, buried and in water, and for the installation of cables to the industry, distribution stations, and power station cables.

Structure

Condutor	Plain annealed copper or aluminum conductors Copper conductors are generally stranded (Part II) and aluminum conductors can be either stranded or solid (Part II).
Conductor Shield	Extruded semiconducting cross-linked composite layers are applied outside the conductor and completely cover it. The minimum thickness is 0.3 mm and the maximum resistivity shall not exceed 500 ohms at 90°C. Please contact ZMS for details.
Isolamento	Cross-linked polyethylene compounds
Insulation Shield	PVC material/Medium Density Polyethylene (MDPE)/LSZH, the outer sheath color is usually black. The usual thickness of the outer sheath is 0.035D+1.0, with D indicating the diameter of the outer sheath in millimeters.
Inner Fill & Embalagem	The inner layer is generally made of waterproof material, unless the cable is to be longitudinally waterproofed. The inner layer is extruded or overlapped.

Physical Characteristics

Voltage Specification

Tensão nominal Uo/u	Operating Voltage(Um)	Testing Voltage (rms)
3.8/6.6KV	7.2KV	15KV
6.35/11KV	12KV	25.5KV
8.7/15KV	17.5KV	35KV
12.7/22KV	24KV	51KV
19/33KV	36KV	76KV

About BS 6622 Cabo de tensão média

The most commonly used medium voltage cable under the BS6622 standard is the 11kv voltage, as it can be used for power networks, fixed installations in outdoor cable ducts or directly into the ground, and has a wide range of applications, and is indispensable for a variety of power pr ojects and urban electricity use.
Em the range of medium voltage cables, the voltage range goes up to about 33kv and may also reach 35kv or 40kv depending on the standards of different countries.

What is the difference between the common 11kv and 33kv for the same medium voltage cable?

Different Voltage Ratings

11kV cable: Rated voltage is generally 6/10kV or 6.35/11kV.
33kV cables: the rated voltage is generally 19/33kV or 18/30kV.

The higher the voltage level, the higher the requirements for cable insulation, sheath and other materials.

Different Application Acenarios

11kV Cable

– Mostly used for secondary power supply in urban distribution system, such as from the substation to the user distribution cabinet;

– Factories, schools, small industrial parks and other medium-sized load places.

33kV cable

– Used for backbone power transmission lines, E.G.. from substations to multiple lower level transformers;

– Suitable for long-distance, high-capacity power transmission, such as wind farms, photovoltaic power stations or large industrial load centers.

Differences in Structural Design

Due to the higher voltages they are subjected to, 33kV cables have a more complex construction, including thicker insulation (E.G.. XLPE), tighter shielding systems (conductive shielding, metallic shielding), sheathing and so on, making them more mechanically protective.
11kV cables, por outro lado, have a simpler construction, but still include the basic conductor shielding, insulation and metal shielding.

11kV vs 33kV Cable Size

Due to the high voltage and thick insulation, 33kV cables are larger and heavier overall, requiring higher costs; installation is more complex in terms of space and labor, and often requires specialized tools and higher standards of construction conditions.

Example:

Item	11kV 1×240mm²	33kV 1×240mm²
Conductor Cross Section	240 mm²	240 mm²
Diâmetro do condutor	≈ 17.6 milímetros	≈ 17.6 milímetros
Insulation thickness	5.5 milímetros	8.0 milímetros
Cable weight	≈ 2.2 kg/m	≈ 2.8 kg/m

About ZMS Cable

ZMS Cable has more than 30 years of experience in manufacturing medium voltage cables, since 1990, our factory has been in the leading position in medium voltage cable technology, has supplied medium voltage cables for power projects in many countries around the world, and enjoys a good reputation in the Middle East, Southeast Asia, Africa, etc.. Cabo ZMS, as an excellent cable supplier, will always implement the principle of “customer first” to carry out the work to ensure that each order can be delivered without fail. Cabo ZMS, as an excellent cable supplier, will carry out its work on the principle of “Customer First” to ensure that every order can be delivered without fail.

ZMS Cable Services

Certificação de Qualidade
Os produtos fabricados pela VERI Cables atendem aos padrões internacionais como GB, CEI, Bobagem, NFC, ASTM, DE, etc.. Além disso, nossa equipe técnica pode fornecer serviços de personalização de cabos para suas necessidades.

Rastreamento de clientes
VERI oferece serviços profissionais gratuitos de consultoria em cabos, serviços de solução de projeto completos, e soluções de entrega rápida de produtos.

Transporte Profissional
Cabos VERI’ O objetivo inicial é garantir a entrega rápida e segura dos produtos e, ao mesmo tempo, fornecer as melhores soluções de embalagem e transporte para reduzir o número de clientes’ custos de transporte muito.

Embalagem de cabos
A embalagem do cabo VERI é fornecida em bobinas de madeira, caixas de papelão ondulado, e bobinas. As extremidades são seladas com fita autoadesiva BOPP e tampas de vedação não higroscópicas para proteger as extremidades do cabo da umidade. Podemos imprimir o logotipo necessário na parte externa dos tambores com material impermeável conforme a necessidade do cliente.