UMQ-2472-E

The UMQ-2472-E is an industrial equipment used to measure linear variables such as length, position, and pressure. It works by using a strain gauge, a thin metal foil etched with a pattern of resistors. Strain gauges measure changes in electrical resistance associated with changes in mechanical stress or strain on the foil. In the UMQ-2472-E, a strain gauge is attached to a measuring arm and high-precision voltage readings are taken at the output terminals from the strain gauge’s resistors.

The output signals from the UMQ-2472-E are linear, meaning that an increase in the amount of pressure applied to the arm will directly translate to an increase in the voltage signal. This makes the UMQ-2472-E a suitable tool for measuring and recording the precise movements of linear motion equipment, such as hydraulic cylinders or screw jacks, and for logging the pressure or force applied to the equipment. The UMQ-2472-E is also used in applications where a low cost yet accurate linear measurement is required.

The UMQ-2472-E consists of two main components: the strain gauge and the trigger switch. The strain gauge is typically attached to the moving component of the equipment which is subjected to strain or pressure. As the component moves, the strain gauge will generate an electrical signal in response to the changes in its resistance. This voltage signal is then sent to the trigger switch which is used to convert it into an electrical impulse.

The trigger switch works by activating the UMQ-2472-E’s internal circuitry when the voltage signal generated by the strain gauge exceeds a predetermined threshold. This impulse is then sent to the output terminals of the UMQ-2472-E where it can be logged or used to activate other components. This allows the device to be used as both a measurement and a control system.

The UMQ-2472-E is a highly reliable device that can be used in a range of applications, from basic measurements to complex control systems. It is also easy to set up and does not require any extensive maintenance. Thus, it is the perfect choice for applications that require accurate linear measurement and control.