IPSL-G0050-5M12

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Pressure sensors, transducers, and pressure transducers are versatile instruments that measure pressure in various applications. The IPSL-G0050-5M12 pressure sensor is one of the newer models from the IPSL Series and offers a range of advantages for measuring pressure. This article will explore the application field and working principle of the IPSL-G0050-5M12.

The IPSL-G0050-5M12 pressure sensor is a highly accurate and reliable pressure transducer that is designed for use in a variety of extreme environments. It is available in both barometric and absolute pressure measurement versions and offers a wide range of pressure ranges from vacuums to 17 bar G (250 psi). The unit is rated to IP67 weather proofing and can operate in temperatures ranging from -40°C to +125°C.

The IPSL-G0050-5M12 pressure transducer is suitable for a variety of applications, including process control, test and measurement, aerospace, automotive, and industrial applications. Its pressure range, temperature range, and compatibility with a variety of connections makes it an ideal choice for applications in harsh environments, such as off-shore drilling and fracking, as well as in cleanroom, medical, and food and beverage applications.

The design of the IPSL-G0050-5M12 pressure sensor is based on an integrated silicon-on-sapphire technology. The unit consists of a sensing element that is sealed in a rugged steel housing. This design features a strain-based silicone cell that is sensitive to environmental pressure. It also features a fast self-correction process, which ensures that the unit is more accurate and less susceptible to temperature and pressure changes.

In order to operate, the IPSL-G0050-5M12 pressure transducer needs to be connected to a suitable digital read-out device. This device can be a separate module, such as a process controller, a computer or a PLC, or the unit can be connected directly to a network connection. The IPSL-G0050-5M12 sensing element is then coupled to the pressure cell with a high-quality cable that acts as a transmission line.

Once the IPSL-G0050-5M12 pressure sensor is connected to the digital read-out device, the signal is processed and then output as an analog signal. This signal is sent to the pressure transducer for final calibration and amplification. The amplified current signal is then transmitted to the pressure read-out device. The output signal can be further processed in order to obtain a pressure measurement that is accurate to 0.1% or better.

The IPSL-G0050-5M12 is an effective and reliable pressure sensor that offers a range of advantages, including its small size, low power consumption, and the fact that it is compatible with a variety of digital read-out devices. The unit is designed to meet the highest standards in pressure measurement and is suitable for use in a wide range of applications and environments. With its accurate and reliable readings, the IPSL-G0050-5M12 is sure to be a valuable addition to any pressure measurement system.

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