OZF-S-124LM1P,300

Power relays, over 2 amps: OZF-S-124LM1P, 300 application field and working principle.

Power relays are a type of switch that is electronically operated. A device controlled by an electric current, they are typically used to isolate or control circuits, or to switch circuits on and off. These relays are rated to provide power to circuits requiring more than 2 amps of current.

Application fields: OZF-S-124LM1P relays are primarily used in motor applications, such as to run DC motors in compressed air systems, however, they are also used in other industrial applications such as controlling power to large and medium size turbines. They are suitable for use in commercial HVAC applications. The primary application for these relays is to provide a means of controlling the start and stop of motors and other equipment.

Working Principle: The OZF-S-124LM1P relay works on the principle of electromagnetic induction. Essentially, this is achieved by using an electric current to create a magnetic field, and when the current reaches a certain threshold, the magnetic field will close a contact, allowing the transfer of electricity between two electrodes. This relay also includes a diode to prevent the magnetic field from damaging the contacts. This relay is rated for up to 300 amps, making it suitable for applications requiring high current.

The OZF-S-124LM1P relay is temperature and vibration resistant, making it suitable for use in highly automated and demanding industries. Additionally, this relay is guaranteed to provide accurate switching and reliable protection and control, even under the most extreme conditions.

OZF-S-124LM1P power relays are a reliable and cost-effective solution for applications that require high-current capacity. Their working principle is based on electromagnetic induction, providing accurate switching and reliable protection and control. Additionally, the relays are temperature and vibration resistant, and so they are suitable for use in highly automated and demanding applications.