TSF84Y100D

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Float, Level Sensors represent a type of sensor used for measuring the level of a liquid or solid material contained within a container. Such sensors generally utilize a buoyant device, commonly referred to as a floating element, that rises and falls with the level of material inside the container. These are typically operated using an electrical, mechanical, or pneumatic system that connects the floating element to a reading or signal device.

TSF84Y100D is an example of a Float, Level Sensor system. It is designed to provide feedback when liquid material levels fluctuate in a range from zero to maximum. It utilizes a combination of mechanical and electronic systems to automatically monitor and maintain the level of liquid material in a specific location. The system also incorporates two separate temperature signals that can be used to indicate system performance or component issues.

The TSF84Y100D features a low-profile submersible transducer housing that accommodates the mechanical level detection mechanism. The system utilizes an internal cable to transmit the level measurements to an external display panel. The external panel also has the ability to be connected to other components of the system, such as flow, pressure, temperature, and water conductivity sensors. Additionally, the panel can be linked to an industrial or commercial interface to provide an interface to remote systems.

Mechanically, TSF84Y100D system utilizes a spring-loaded arm, referred to as a float instrument, that is connected to an electric conduit that is then wired to a secondary point that is detected by a proximity sensor. The float instrument is immersed in the material being measured and acts as the primary potter device. As the material level changes, the buoyancy of the float instrument changes accordingly, which results in the change in the electrical current released from the proximity sensor. This change is then tracked and reported by the control system, which enables the system to accurately measure the levels of material in the container.

The TSF84Y100D also incorporates two temperature sensors, which provide feedback relating to the temperature of the material being measured. This helps to ensure the accuracy of the system by providing additional information such as the effect of temperature on the material’s density. The temperature signals are then reported directly to the external indicator to ensure the integrity of the system.

Overall, the TSF84Y100D is a highly reliable and accurate Float, Level Sensor system. It is designed to operate in a wide range of conditions, providing accurate feedback when levels of material are fluctuating. Thanks to its mechanical and electronic components, the system is able to track and maintain the levels of material within a container with unmatched accuracy. Additionally, the system has been designed to integrate with other components for improved monitoring and control.

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