ARBOSS

A load breaker is a modern device for the operational connection and disconnection of power circuits. Thanks to it, even frequent switching on and off of equipment becomes safe. A chamber is responsible for extinguishing the electric arc in the device, which is specially designed for high loads of power circuits. It is also worth noting the speed - the instant switching mechanism is responsible for this in the design.

A load breaker is a modern device for the operational connection and disconnection of power circuits. Thanks to it, even frequent switching on and off of equipment becomes safe. A chamber is responsible for extinguishing the electric arc in the device, which is specially designed for high loads of power circuits. It is also worth noting the speed - the instant switching mechanism is responsible for this in the design.

A load breaker is a modern device for the operational connection and disconnection of power circuits. Thanks to it, even frequent switching on and off of equipment becomes safe. A chamber is responsible for extinguishing the electric arc in the device, which is specially designed for high loads of power circuits. It is also worth noting the speed - the instant switching mechanism is responsible for this in the design.

A load breaker is a modern device for the operational connection and disconnection of power circuits. Thanks to it, even frequent switching on and off of equipment becomes safe. A chamber is responsible for extinguishing the electric arc in the device, which is specially designed for high loads of power circuits. It is also worth noting the speed - the instant switching mechanism is responsible for this in the design.

A load breaker is a modern device for the operational connection and disconnection of power circuits. Thanks to it, even frequent switching on and off of equipment becomes safe. A chamber is responsible for extinguishing the electric arc in the device, which is specially designed for high loads of power circuits. It is also worth noting the speed - the instant switching mechanism is responsible for this in the design.

The three-pole electromagnetic starter NQ3-5.5P starts, stops and reverses induction motors with a squirrel cage rotor, at an alternating voltage of no more than 690 Volts, with a frequency of 50 or 60 Hertz. Starters protect controlled electric motors from phase failure current and long-term overloads. Starters are installed either directly on the body of the equipment, or in those places where a high degree of protection is required (in cases where it is not possible to install it in the cabinet). The device has a sufficiently high degree of protection IP55, which allows it to provide mechanical protection against solids, partial protection against dust penetration under the body and protection against water jets pouring from all sides