TNVED codes for cable products. TNVED code databases.
When supplying power cables from a country where you want to deliver your cargo and a supplier who sells the goods at a price that suits you.
Power cable import countries
Power cable manufacturers
Communication with the supplier, agreement on prices and delivery conditions: 2 000 rubles
Contract for the supply of power cables
In a foreign trade contract it is advisable to indicate:- Unified contract number
- Contract signing date
- Place where the contract is signed.
- Full official names of the organizations of the Seller and the Buyer.
- Country of the foreign partner and country of destination (departure) of the goods.
- Subject of the contract.
- Container/packaging/labeling of goods.
- Volume/weight and quantity of goods.
- Price and amount.
- Terms of payment.
- Names and addresses of banks / parties / account numbers / payment details.
- Delivery time.
- Conditions for acceptance of goods in terms of quality and quantity.
- Force majeure. Force majeure circumstances are formulated.
- Dispute resolution.
- Sanctions.
- Addresses of the Buyer and Seller.
- Signatures of the parties.
Our legal department will prepare an agreement (contract) for you, which will protect you not only before the supplier, but also before customs.
The delivery basis is indicated in accordance with Incoterms 2010 (International Rules for the Interpretation of Trade Terms)
Supply contract cost: 2 000 rubles
HS code for power cable
We have selected the appropriate codes for importing power cables into Russia. A correctly selected code will allow you to reduce payments.
- 854460 - - other electrical conductors for voltages over 1000 V:
Customs duties on power cable
- import customs duty on power cable from 01/01/2020
- value added tax
- excise tax
- customs duties
When importing a power cable, this is calculated based on the assigned one.
If you cannot select the code yourself or are importing through another customs broker, then the cost of selection is: 1 000 rubles When working with us, selecting a code is free!
Delivery times for power cables to Russia
We have prepared for you an analysis of delivery times from countries depending on the type of transport
| Delivery type |
|---|
Free within a few hours, we will calculate the import of goods for you on a turnkey basis
Types and Types of Frequently Imported Products
We have selected related product categories that are suitable for your products
- cables for mining and earthmoving
- heat-resistant wires
- copper-plated welding wires
- high voltage cables
- flexible power cables for excavators
- power cable with low-flammability insulation
- power cables for stationary installation
- power cables with plastic insulation
- heating wires
- alloyed welding wires
- flexible cables and cords for mining
- oil-filled cables for alternating voltage
- power cables for non-stationary installation
- power cables with paper insulation
- general purpose power cables
- power cables with impregnated paper insulation
- hose cables with rubber insulation
- power wires
- shielded control cable
- load-carrying geophysical armored cables
- flexible power cables
- control cables with plastic insulation
- control cables
- mineral insulated cables
- armored mine power cables
- double insulated copper control cable
- extra high voltage cables
- power cables with rubber insulation
- insulated power wires
- reactor wires
- control cables with rubber insulation
- thermoelectrode wires
Come to our office, we will tell you how to properly import goods into Russia.
Provided that they are all insulated, this heading covers electrical wire, cable and other conductors (for example, braids, strips, rods) used as conductors in electrical equipment, apparatus or installations. This heading applies to wiring for indoor or outdoor use (for example, underground, underwater or aerial wires or cables). The range of these products ranges from very thin insulated wire to thick cables of more complex types.
Non-metallic conductors are also included in this heading.
Goods of this heading are made of the following elements:
(A) Conductor - it can be single-core or stranded, entirely from one or from different metals.
(B) One or more covers of insulating material - the purpose of these covers is to prevent leakage electric current from the conductor and protecting it from damage. The most common insulating materials are rubber, paper, plastic, asbestos, mica, micanite, glass fiber yarn, textile yarn (whether waxed or impregnated or not), varnish, enamel, var, oil, etc. In some cases, insulation is obtained by anodizing or a similar process (for example, by surface coating with metal oxides or salts).
(B) In some cases, a metal sheath (such as lead, brass, aluminum or steel); it serves as a protective covering for insulation, as a conduit for gas or oil insulation, or as an additional conductor in some coaxial cables.
(D) Sometimes metal armor, such as spiral-wound wire or strip of steel or iron) used primarily to protect underground or submarine cables.
Insulated wires, cables, etc. this product item can be made in the form of:
(i) Single or stranded insulated wire.
(ii) Two or more such insulated wires twisted together.
(iii) Two or more such insulated wires assembled together to form a common insulating sheath.
This heading includes, inter alia:
(1) Varnished or enameled wire, usually very thin and used primarily for winding coils.
(2) Anodized, etc. wire.
(3) Telecommunications wires and cables (including submarine cables and data wires and cables), usually constructed of pairs, quartets, or a large number of individually insulated wires. A pair or quad consists of two or four insulated wires respectively (each wire is a copper conductor insulated with a colored plastic material no more than 0.5 mm thick) twisted together. The cable consists of a single pair or quadruple of wires or many pairs or quadruples.
(4) Insulated antenna cables.
(5) Cables for permanent connections over long distances, often provided with channels for filling with insulating gas or oil.
(6) Armored underground cables with anti-corrosion sheath.
(7) Cables for use in mine shafts; they have reinforced armor to withstand stress.
In addition, this heading includes braided wire coated with varnish or inserted into an insulating sheath.
It also includes an insulated strip typically used in large electrical or control equipment.
Wire, cable, etc. are also classified in this heading if cut to a specified length or provided with extensions (for example, plugs, sockets, lugs, sockets, couplings or terminals) at one or both ends. The heading also covers wire, etc. products of the types described above and assembled in kits (for example, multi-core cables for connecting the spark plugs of a motor vehicle to the distributor).
This heading also includes optical fiber cables formed from individually clad fibers, whether or not assembled with electrical conductors or provided with connectors. The sheaths usually come in a variety of colors to help identify the fibers on both ends of the cable. Fiber optic cables are mainly used in various types telecommunications, since their capacity for transmitting information is greater than the capacity of electrical conductors.
This heading does not cover electric heating resistors encased in insulating material (for example, special alloy wire spirally wound around a core of glass fibers or asbestos) of heading 85.16.
Explanations for subheadings
This item does not include separately presented connectors or cable adapters. Connectors and adapters for electrical conductors are classified in headings 8535 or 8536.
Connectors for fiber optic cables are classified in subheadings 8536 70 000 1 - 8536 70 000 4.
This heading also includes optical fiber cables, by their design intended, for example, for use in telecommunications, composed of (optical) fibers with individual sheaths of two-layer polyacrylate, placed in a protective housing. The housing consists of an inner cladding of soft acrylate and an outer cladding of hard acrylate, later coated with a layer of different colors. The individual optical fiber cladding provides protection and structural strength, for example by protecting individual fibers from fracture.
Any goods imported across the state border must be assessed, described and documented in detail. However, for a broad classification of goods, it would be reasonable to attach a specific code that simplifies the process of identifying the product. With the assistance of the Federal Customs Service Russian Federation and the Customs Union Commission adopted a specific product nomenclature for foreign economic activity. Read on to find out what functions it performs and how it is deciphered.
What is the Commodity Nomenclature of Foreign Economic Activity of the Customs Union: purpose and history
For the commodity classification of imported products, the World Customs Organization introduced a special commodity nomenclature for foreign economic activity Customs Union, or in short, TN VED CU. This classifier is used by participants in foreign economic activity and state customs authorities to conduct commodity operations at customs. The code assigned to the product determines the customs duty when transporting the product abroad.
The nomenclature of foreign economic activity dates back to 1988, during the accession of the USSR to the International Convention on the Harmonized System for Description and Coding of Goods. After the collapse of the Union, the product nomenclature changed twice: in November 1995, a new HS of the Commonwealth of Independent States was adopted. An agreement on a unified nomenclature for 12 CIS countries was signed in 1997. After the creation of the EAEU Customs Union, a new nomenclature was introduced, which is still in effect today.
Classifier HS HS code with interpretation
To simplify commodity procedures at customs, a unique structure of the CU FEACN code was introduced. Each product is assigned a ten-digit code, of which each digit has its own meaning:
The first 2 digits of the code are the product group (Examples: 12 – oilseeds and fruits; 39 – plastic products).
The first 4 digits are the position of the product (1209 – sowing fruits, seeds and spores; 3917 – hoses and pipes).
The first 6 digits are the subposition of the product (120923 – fescue seeds; 391722 – propylene polymers).
10 digits – full product code, product subposition (1209231100 – meadow fescue; 3917221000 – seamless polymer pipes, cut into pieces).
HS code - decoding and independent search
Responsibilities for assigning codes for the commodity nomenclature of foreign economic activity are assigned to the declarant, however, when submitting a declaration at the customs post, the Customs Service carries out a thorough check for the authenticity of the commodity codes. When classifying a product, you need to rely on its main criteria:
Material of manufacture.
Product functions.
The degree of processing (manufacturing) of the product.
Dimensions and weight.
The search for a code for a specific product is carried out using special identification services (classifier of HS codes). If the RF TN FEA reference book does not contain detailed information about the product you are interested in, you should select a homogeneous product group according to the CU FEA nomenclature. Also, when using the CU FEACN code classifier, it is necessary to take into account the basic rules for interpreting codes, their nomenclature part and notes on product sections. Evasion of the laws of the Customs Union is subject to prosecution under the law (administrative liability).
