KMI15/4,115

Magnetic sensors, or switches, are a type of sensor used to detect and monitor the presence of a magnetic field. The KMI15/4,115 is a solid state magnetic switch designed for use in harsh and hazardous environments. The switch utilizes a variety of technologies to provide superior accuracy and reliability for detecting the presence of magnetic fields.

The KMI15/4,115 is ideal for use in industries where hazardous materials are present or when precise accuracy is required. Applications for this switch include industrial motor control, automotive ignition systems, aircraft navigation, machine safety systems, and security applications.

The KMI15/4,115 is a latching mercury switch that utilizes the Hall Effect to detect the presence of a magnetic field. The Hall Effect is a phenomenon in which the magnetic field strength will affect the current in a conducting material placed in the field. When a magnetic field is present, the current in the conductor will be affected, causing a voltage drop across the device. The switch can be configured to detect the presence of either a positive or negative magnetic field, depending on its application.

The KMI15/4,115 features a modular design that is easy to install and configure. The switch is fully programmable and can be configured to detect the presence of a specific magnetic field strength. The switch is designed to permit easy testing and calibration to ensure precise accuracy. The switch is also designed to be resistant to transient voltage and high temperatures.

The KMI15/4,115 is a highly reliable and robust switch that is well suited for a variety of magnetic sensing applications. It features a high degree of accuracy and can be configured to detect specific magnetic field strengths. The switch is easy to install and configure, and is designed to be resistant to transient voltage and high temperatures. It is an ideal solution for a wide variety of magnetic sensing applications.