FAQ

CHYT AC surge suppressor functions to either block or divert high voltage surges in the power supply, thus safeguarding the delicate electronic components from damage. Similarly, a voltage regulator regulates incoming AC voltage and stabilizes it to maintain a consistent power supply.

Transient overvoltages can undergo degradation in electronic components and circuits without being noticed by users, thereby shortening the lifespan of equipment and raising the probability of failures. In the event of severe transient overvoltages, components and circuit boards can be damaged, equipment can be burned or destroyed, and even the starting of a fire can occur.

CHYT ADC contactor is an electronically operated device that is specifically designed to control the flow of current in DC circuits. It achieves this by opening and closing internal contacts. In contrast to AC circuits, DC contactors typically control much lower voltages. One of the key advantages of DC contactors is that they offer minimal arcing when the circuit is opened or closed.

While AC contactors can technically be operated with DC voltage, the inclusion of a shading coil in these contactors can lead to a higher drop-off voltage. As a result, contact operation may be delayed.

CHYT AC contactor has a high starting current and can operate at a maximum frequency of 600 cycles per hour, whereas a DC contactor has a maximum operating frequency of around 1200 cycles per hour. A DC contactor employs a magnetic quenching arc, whereas an AC contactor uses a grid arc as an extinguishing device.