Weak Current Contracting Services

Weak current systems; These systems are used to regulate and manage the information flow, communication, control and security within the structures. A structure consists only of concrete or wood without weak current systems.

Weak current, electrical installation; is a low voltage source used to operate devices such as telephone, buzzer, antenna and fire alarm system. There is no risk of impact due to the low voltage of the low current system installation. Weak current is also defined as an electrical installation that does not harm (strike) people.

Weak current cables are mostly used in indoor applications. Weak current source is obtained by using transformer in installations in places such as office or home. Weak current systems usually work with 12V. However, there are also weak current systems with 15V.

The cable includes low-voltage cables and weak current cables as cable harnesses.
Nowadays, with the spread of the internet of objects, the number of devices connected to the communication network has increased. With rapidly developing technology, weak current systems are becoming more comprehensive.

Weak current systems are often confused with electronic security systems, for safety purposes. Contrary to popular belief, electronic security systems are the sub-branch of weak current systems.

To ensure long-lasting and trouble-free and efficient operation of installed systems; first of all, the quality and standards of the products to be used must be sufficient, the workmanship should be perfect and the systems should be checked and maintained regularly. With the laws and regulations issued by the state, these control and maintenance works are made compulsory.

Low Current Contracting Services

The voltage of the energy we use in daily life in houses and workplaces is 220V, and the voltage of three-phase alternating current used in industry is 380V.
Since voltage and insulation are difficult to perform when the voltage increases, it is difficult and costly to produce electrical devices that will work at high voltage, low voltage between 110V – 380V is used to operate the electrical devices.
Electrical devices are also manufactured to be used at this voltage level. Electronic devices, on the other hand, operate with direct current and lower voltage levels. Therefore, these devices use adapters that convert the mains voltage to the correct current and reduce the voltage.
Although the electricity used in homes and workplaces can be easily accessed by electrical outlets in homes, it must cover a long distance to reach the point of use.

Power plants that generate electrical energy are generally installed in residential units in remote areas. Some regions do not have an installed power plant. For this reason, a transmission network has been established to carry the generated electricity to every point of the country. This network is called a power grid.

All the plants in our country are connected in parallel to form a network system connected to each other. In this way, the produced energy is delivered continuously to the whole country regardless of the place of production. The networks used in the transmission of electricity are called transmission networks, and the networks used in distribution are called distribution networks. These networks need to be well planned to generate and distribute electricity continuously.

Therefore, different voltage levels are used to prevent losses in the transmission and distribution of electricity and to transport electricity safely over long distances. The voltage levels used in electrical networks are listed as follows: