SLFT-530-D-1A-12-EPAA

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The SLFT-530-D-1A-12-EPAA is a pressure and differential pressure transmitter from Setra. It is primarily used in industrial applications when there is a need to measure the differential pressure or pressure in a clean, dry environment. The SLFT-530-D-1A-12-EPAA is a solid-state pressure transmitter that utilizes a piezoresistive measuring system for accuracy. The SLFT-530-D-1A-12-EPAA measures pressure and differential pressure levels up to ±100 psi or ±1 bar.

The applications of the SLFT-530-D-1A-12-EPAA are extremely diverse. It can be used for applications such as flow monitoring in air-conditioning systems, natural gas measurement, water treatment systems, and a variety of other applications that require a reliable, high-accuracy pressure transmitter.The SLFT-530-D-1A-12-EPAA is also used in the pharmaceutical, food, and aerospace industries.

The working principle of the SLFT-530-D-1A-12-EPAA is quite simple. It uses a special piezoresistive sensor to convert the slight changes in pressure or differential pressure into electrical signals that can be read by the device. Pressure is applied to the top of the SLFT-530-D-1A-12-EPAA sensor, which then produces an electrical signal proportional to the pressure applied. The signal is then sent to a readout device, such as a computer, and the results can be read in real-time.

The SLFT-530-D-1A-12-EPAA is designed to offer high accuracy measurements in a variety of harsh environments. It is constructed with an aluminum body and stainless steel wetted parts for increased durability. It has a range accuracy of up to 0.1% full-scale and an operating temperature range of -20° to 60°C. It has a pressure port of 1/4” and includes a 1/4” male version. It also includes a variety of process connections including NPT, BSPT, and flanges.

The SLFT-530-D-1A-12-EPAA is a highly versatile pressure and differential pressure transmitter, offering accuracy and reliability in a wide variety of demanding applications. Its robust construction allows for use in the toughest of conditions, while its piezoresistive sensor ensures that accurate measurements can be taken in the most extreme environments.

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