Open Type Circuit Breakers (Switches): Although they are mainly used as the main breaker at the beginning of the system, they are also preferred in machine and/or local distribution systems where high protection and accessory options are demanded. As with all breakers, their main task is to provide thermal magnetic protection. If requested, protection functions can be added to these basic functions. Although the manufacturers produce different current ranges, the circuit current breaking capacities are used on a scale between 630 A and 6300 A. The short-circuit breaking capacities are between 40 kA and 130 kA on average. They are produced with 3 and 4 poles, with and without drawers. The microprocessor protection unit is able to turn on and off in a time interval with the desired upper value, starting from the millisecond order in proportion to the set values, by making general monitoring. It is a circuit breaker with which accessory mounting can be combined quite a lot. In general, there are protection units such as overcurrent, short circuit, selective protection, and earth leakage protection.

Compact Type Circuit Breakers (Switches): In use, they are generally used in the feeds of the branches that feed the line after the open type circuit breakers, in other words, localized systems. As with all breakers, their main task is to provide thermal magnetic protection. If requested, protection functions can be added to these basic functions. They are also referred to as thermal magnetic switches. Production scales range from 16 A to 3200 A. Breaking capacities range from 16 kA to 150 kA. Usage areas and product types are wider than open-type switches. They are produced as 1,2,3,4 pole. They are produced as a fixed type. It can be converted into a drawer type if needed. Protection units are of two types. It can have non-electronic and electronic protection units. As with open type switches, it has a rich accessory mounting opportunity. Electronic protection units have protection unit options such as overcurrent, short circuit, selective protection, earth leakage protection. It can be customized to the system as desired by entering the set values ​​via the microprocessor, as in the open type switch. The advantage over open type switches is that they have more compact, that is, minimized dimensions, and the current range is wider at the same current and breaking capacities. However, their mechanical life is shorter than open type switches and they are weaker against short-circuit pulses.

Breakers and Disconnectors: They are circuit elements that are used at points where no protection is needed, cut the energy of the system or change the source direction. Because the breakers do not have protection units, they are cost-effective. Current ranges are from 16 A to 3200 A. Disconnectors are equipment that ensures system security at the point where the transfer will be made in the system or after the line is cut. The current range is from 40 A to 3200 A.

Earth Leakage Current Protection Relay: Its main task is to detect the earth leakage existing in the system and cut the circuit. They have the same physical appearance as automatic fuses and can be combined with automatic fuses with different mounting styles. They are produced as 2 and 4 poles. They are circuit elements used with automatic fuses. They provide protection against human life and fire. Although there are mainly 30 mA and 300 mA leakage current levels in the market, they are also produced in different mA levels. It is suitable for the selective system.

Motor Protection Circuit Breakers: They are circuit breakers designed for the protection of motors in motor circuits. There are models with only magnetic protection as well as thermal magnetic protection. There is a wide range of products from 0.1 A to 1600 A. Their cutting capacity is quite high. They can provide short circuit protection in the range of 25 kA to 150 kA. Tripping curves can dampen inrush currents. It is used only in motor starting circuits.

Contactors: The main task of contactors is to switch the system. It does not fulfill the duty of any protection element. It has a wide range of uses. Although it is used as a control element, it is also used as a supply element with a protection unit in front of it. It is generally produced at 9 A to 2500 A. Electromagnetic equipment that works with the first principle. It is frequently used in motor circuits. Electronic Relays and Contactors: The basic function of electronic relays and contactors is to monitor the system continuously and to protect the system against possible changes in its parameters. As these are different parameters, the same relay can monitor multiple parameters and interfere with the system. These parameters are voltage, current, phase, frequency, etc. parameters can be given as an example. They are always present in the system as auxiliary elements. They are not used in power circuits. They are control circuit elements.

Button and Signal Groups: These are the circuit elements that allow the control system to be managed, with the operator having information, starting and stopping the system during the operation of the control system. It has a wide range of production and usage areas in different colors and IP protection levels.