GE HITACHI NUCLEAR Q233A3620P001 Solenoid assembly

GE HITACHI NUCLEAR Q233A3620P001 Solenoid assembly

GE HITACHI NUCLEAR Q233A3620P001 Solenoid assembly

※GE HITACHI NUCLEAR Q233A3620P001 ※

The main function of the GE HITACHI NUCLEAR Q233A3620P001 solenoid coil assembly is to generate a magnetic field through an electric current to control the on-off state of the solenoid valve. When the current passes through the coil, a time-varying magnetic field is generated inside the coil, which can be used to attract or repel the ferromagnetic material, thus achieving control of the valve. In addition, electromagnetic coil components can also be used in electrical equipment such as motors, generators, inductors, electromagnets, transformers, and sensor coils to achieve various functions through the interaction of current and magnetic fields.

Technical parameter

The technical parameters of the solenoid assembly include the following aspects:
Operating voltage: Solenoid components usually have a variety of operating voltage specifications, such as 24VDC, 110VAC, 230VAC, etc.
Cable length: Depending on the need, the common cable length is 1 meter and 5 meters.
Wire diameter and outside diameter: Wire diameter and outside diameter are important parameters of the electromagnetic coil assembly, usually in millimeters.
Coil height and internal profile: Coil height and internal profile are also key parameters in design and manufacturing.
Winding/number of turns: The number of turns of the winding directly affects the performance and output force of the electromagnetic coil.
Fast response and continuous stable operation: Modern industry has strict requirements for the fast response and continuous stable operation of electromagnetic coils, such as some types of electromagnetic coils can achieve the shortest grab time of only 10 milliseconds.
Other characteristics

Solenoid assemblies usually have the following characteristics:
Small size, can provide large electromagnetic force: precision stamping and injection molding process makes product performance more reliable.
Universal design: can take into account the use of more products.
Built-in integrated modules: For example, built-in surge prevention components full flameproof structure, to further ensure the reliability of the internal coil.