170364-3

170364-3 Application Field and Working Principle

170364-3 multi-purpose contacts are widely used in industrial and commercial applications. They are most commonly used to monitor temperatures, monitor circuits, and control circuits. In addition to their primary function, the 170364-3 contacts are also used for other applications, such as mechanical actuation, used in the food processing industry to maintain adequate safety standards.

The working principle of the 170364-3 multi-purpose contact is based on electrical switching. These contactors consist of a coil, a moving armature, and stationary contacts. When power is applied to the coil, the moving armature is drawn in. This in turn forces the stationary contacts together, closing an electrical circuit. When the power is disconnected, the armature is released and the contacts open, breaking the circuit.

The 170364-3 contacts provide a number of advantages over traditional single-purpose contacts, such as improved contact reliability, longer contact life, greater voltage and current rating, greater contact separation, and multiple switching options. In addition, these contacts are also very robust and are capable of withstanding extreme temperatures and vibration.

The 170364-3 multi-purpose contacts are also highly configurable. They can be used in a variety of applications, including oil cooling systems for industrial machines, temperature monitoring systems, commercial water filtration and purification systems, and machine actuation. In addition, the contacts can be configured to suit different voltage and current levels, ratings, and contact sizes, depending on the requirements of the application.

170364-3 multi-purpose contactors are ideal for commercial and industrial environments, offering a wide range of applications. They are reliable, robust, and offer many advantages over traditional single-purpose contactors. With the extensive range of configuration options, these contactors can be used in many different applications, ensuring reliable and efficient functioning of the system.