PROTECTION DEVICE
Doktorvolt continuously adapts its products to market needs and strives to meet the growing demands for safety in electrical installations. Our fuses, limiters and residual current devices protect electrical installations against overloads and short circuits. They are used in domestic and industrial installation systems.
OVERCURRENT CIRCUIT BREAKERS
Doktorvolt circuit breakers provide reliable protection for electrical installations against overloads and short circuits. Thanks to their high-quality construction, they ensure long service life, effective protection of cables, and user safety. Their quick response to hazards minimizes the risk of failure, and their universal application makes them the ideal choice for professionals and private users alike.
Doktorvolt circuit breakers provide reliable protection for electrical installations against overloads and short circuits. They are characterized by high quality, long service life, and safety.
RESIDUAL CURRENT CIRCUIT BREAKERS
Doktorvolt residual current devices provide effective protection against electric shock and damage to electrical installations. They quickly detect even minimal current leaks, immediately disconnecting the power supply and preventing dangerous accidents. Made of high-quality materials, they guarantee reliability and a long service life.
Made from high-quality materials, Doktorvolt residual current devices ensure safety by quickly detecting even minimal current leaks.
SURGE PROTECTIVE DEVICES
Doktorvolt surge protectors provide reliable protection for electrical installations and devices against the effects of sudden voltage surges, such as lightning strikes or power grid disturbances. Thanks to advanced technology, they instantly reduce surges, protecting equipment from damage. High-quality workmanship ensures long service life and effective operation.
Doktorvolt surge protectors provide reliable protection for electrical installations and devices against the effects of sudden voltage surges, such as lightning strikes or power grid disturbances.