MLH250PSB06A

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Pressure Sensors, Transducers, are known for their reliability and accuracy in detecting variations in fluid pressure. The MLH250PSB06A is an ideal choice for applications where accurate pressure measurement is needed. This pressure transducer promises high performance and energy conservation.

The MLH250PSB06A is a one-piece, solid-state, pressure transducer is designed for use in applications where a high quality output with minimal signal drifts is required. It features a versatile pressure range of 10-250 PSIG and offers superior accuracy in actual field conditions. This unit measures the pressure by utilizing a highly sensitive strain gauge or piezo-resistive element. It also utilizes a low-power draw, which helps reduce energy costs and ensures long-term efficiency. The unit has a wide temperature range of -40 to 150 degrees Celsius for operating, and can withstand up to 180 degrees Celsius when inactive.

The MLH250PSB06A has a variety of applications, including measuring liquid flow, fluid levels, air flow, and pressure in industrial, medical, and commercial applications. It can be used in applications including hydraulic systems, pumps, water treatment plants, and well drilling equipment. Additionally, this unit is suitable for tank level management, leak detection, and other general pressure sensing applications where high accuracy is needed.

The MLH250PSB06A pressure transducer works by converting a pressure applied on its diaphragm into an electrical signal. The transducer has a sensing element that consists of strain gauges arranged in a Wheatstone bridge configuration. When pressure is applied to the diaphragm, it causes it to deform, which bends the strain gauges and changes their resistance. The change in resistance creates a voltage across the Wheatstone bridge output. This output voltage is proportional to the applied pressure, which is then amplified and converted by the transducer into a direct analog electric current or voltage.

The MLH250PSB06A features several additional functions to ensure its accuracy. These functions include temperature compensation, signal filtering, and response time control. Temperature compensation helps reduce errors due to changes in sensor temperature, while signal filtering helps minimize noise. The response time control feature helps reduce response time delays and improve the accuracy of the transducer. Additionally, the unit has a range of selectable zero points, allowing for easy calibration in a variety of applications.

In summary, the MLH250PSB06A is an ideal choice for ensuring accurate measurements in a wide variety of applications. Its one-piece design and low-power consumption help reduce energy costs, while its wide temperature range, signal filtering, and temperature compensation functions ensure accuracy and reliability. Additionally, its response time control feature helps reduce response time delays and its range of selectable zero points allows easy calibration for any application.

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