MY4ZIN AC24 (S)

Power Relays, Over 2 Amps

MY4ZIN AC24 (S) is an industrial overvoltage protection relay designed to protect AC motor and other high-voltage power equipment against dangerous overvoltage conditions which can cause overcurrent and/ or permanent damage to the equipment and personnel. The AC24 (S) relay has been designed with state-of-the-art electronic components and optimized for use in industrial applications where AC power supplies need to be protected from overvoltage.

The MY4ZIN AC24 (S) relay is designed for three phase sensing relay used in conjunction with a three-phase voltage protection system to provide overvoltage protection and motor protection. It features a wide adjustable overvoltage trip level, easily adjustable time delay and trip alarm/trip indicator. The AC24 (S) also has a built-in current sensing circuitry which is used to detect high amplitude currents, thereby providing motor protection against overvoltage.

The operating principle of MY4ZIN AC24 (S) is based on the detection of overvoltage by comparing the applied voltage with a set value, and when the voltage exceeds the preset threshold, the AC24 (S) relay trips and the power will be disconnected.

The AC24 (S) relay has excellent overvoltage protection capability and has been designed with an adjustable trip level so that the user can select the optimal one for their application. Additionally, the AC24 (S) is equipped with a reset switch that can be used to reset the relay after a trip. The MY4ZIN AC24 (S) is also designed with a start/stop button which allows the user to start and stop the relay without interrupting power to the motor or other application.

MY4ZIN AC24 (S) relay is suitable for a variety of industrial applications such as industrial automation, HVAC systems, lighting systems, motor drives, and process control systems. The AC24 (S) relay is an ideal choice for high-voltage applications where precise control and protection of equipment is required. In addition, the AC24 (S) provides reliable performance, repeatability, and adjustment for a wide variety of conditions.