UB25RKG035D-DD

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Pushbutton Switches, such as UB25RKG035D-DD, are commonly used in various applications, such as control panels, small robots, motion control, process control, circuit breaker cabinets, and manufacturing production line setup. They are designed to provide a reliable connection between an electrical system and an electrical device.

In terms of general design, pushbutton switches are divided into two categories, the momentary and the latching. Momentary switch is designed to be pressed to operate, and then released to terminate the circuit connection. Meanwhile, latching switch sets two contacts, one switch position of which is momentary while the other sets a permanent connection.

UB25RKG035D-DD is a type of pushbutton switch with a momentary design. It consists of a durable, insulated housing that houses a moving contact, a spring-loaded plunger, and an operating lever. When pressed, the operating lever will push the spring-loaded plunger which then engages the contact. When the switch is released, the spring pushes the plunger back and the contact re-opens.

When it comes to application, UB25RKG035D-DD is typically used in industrial control and monitoring systems. It is mostly used as a control switch to make and break the electrical connection of a circuit. It can be programmed to control any kind of electrical or electronic device, such as motors, solenoids, and lights.

In terms of working principle, UB25RKG035D-DD operates in consistency with the principles of electric circuits. When the switch is pressed, current flows from the power source, through the switch\'s contacts, and then out to the load. When the switch is released, the circuit is broken, and no current will flow.

The application fields and working principle for UB25RKG035D-DD are well understood. With its momentary design, electrical engineers can use this pushbutton switch as a control switch in many industrial control and monitoring systems. It can be used to control any kind of electrical or electronic device, and when used properly, it should be able to provide reliable and safe connection between the circuit and the device.

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