• Electromagnetic coil:

  the wire is wound on the iron core, and the magnetic field is generated after the electricity, which drives the armature action.

• Contact system:

  including normally open (NO), normally closed (NC) and convertible contacts (CO), made of conductive materials, through the armature movement to achieve circuit on-off.

• Auxiliary components:

  such as spring (for reset), iron core (magnetic conductivity), housing (protection), etc., to improve stability and life.

How it works

• By current type:

  low power (microelectronics, communication equipment) and high power (power systems, industrial equipment).

• By contact type:

  Single pole single throw (SPST), double pole double throw (DPDT), etc.

• By function:

  time relay (delay control), thermal relay (temperature protection), solid state relay (no contact, long life).

Key features

• High reliability:

  Simple structure, stable mechanical action, suitable for harsh environments.

• Fast response:

  millisecond switching speed, suitable for automation control scenarios.

• Isolation protection:

  Input and output circuit electromagnetic isolation, improve safety.

• Power system:

  Used for overload protection, short circuit protection and power grid automation control.

• Industrial automation:

  control motor start and stop, valve switch, to achieve production line logic control.

• Automotive electronics:

  lights, air conditioning, Windows and other direct current circuit control.

• Communication equipment:

  signal isolation and conversion to ensure stable operation of equipment.

• Household appliances:

  Power management of washing machines, refrigerators and other equipment.