OZF-S-105LM1P,300

Power relays are electrical devices designed to function as a switch when an electrical circuit is activated, deactivated, or stalled, essentially allowing current to pass through when the switch/relay is activated. OZF-S-105LM1P,300 is a type of power relay designed for applications over 2 Amps; this makes it suitable for higher voltage operations. It is also known as an "electromagnetic relay".

This type of power relay is composed of two main parts: an armature and a contact set. The armature is an electromagnet with two sets of poles mounted on either end. It is activated when a current is applied to it, creating a magnetic field. When the current is cut off, the magnetic field dissipates and the armature returns to its initial position. The contact set is a mechanism that open or closes the circuit created by the armature. For OZF-S-105LM1P,300, the contact set is composed of a set of contact points mounted on two rods. When the armature is activated, the contact points close, allowing current to pass through the circuit.

This type of power relay is typically used in applications that require switching of higher voltage (over 2 Amps). It can be used in a variety of applications such as lighting systems, machinery control, medical equipment, automotive systems and so on. It is highly dependable and is designed to minimize contact bounce in order to provide consistently reliable performance. It also provides protection from voltage surges, making it suitable for applications prone to overvoltage conditions.

OZF-S-105LM1P,300 can be used with either DC or AC voltage. When operating on DC supply, the energizing voltage must be equal to or higher than the rated voltage. On AC supply, the energizing voltage must be equal to or lower than the rated voltage. It features a built-in resistor and diode to protect the relay contacts from arcing when the current passes through the circuit. It also features an indicator, allowing the user to easily monitor the status of the relay.

OZF-S-105LM1P,300 is an excellent choice for applications that require high current switching. It is highly reliable, extremely durable, and provides a consistently reliable performance. It is also capable of handling high voltage applications, making it suitable for a wide range of applications.