CSM-015G-LP

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Pressure sensors, and transducers are employed to monitor and regulate the actual working environment of high-pressure systems. They measure pressure and convert it to an electrical signal that can be used to regulate and manage the system’s performance. The CSM-015G-LP is a pressure transducer that measures differential and gauge pressure up to 15 000 psi from ±2.5 psi up to ±15 psi.

This device is especially designed for applications in hydraulic systems, on-board diagnostics, industrial instrumentation, and control systems. The CSM-015G-LP has a high static pressure range up to 8 times its rated range, and a high output impedance of up to 2.8 times the impedance of the rated range. This aids in providing accuracy and repeatability in reading and controlling pressure in a system.

This device is also equipped with a digital filter to reduce the effects of vibration and data noise, enhancing the performance and accuracy of its readings. This device offers an input range from ±2.5 psi up to ±15 psi, and can withstand temperatures between -40°F to 221°F (-40°C to 105°C). The CSM-015G-LP is available in packages with both 3-wire (4-20mA) or 4-wire (0-5V) outputs.

The working principle of CSM-015G-LP involves the use of a pressure-sensing element that is designed to measure changes in pressure of a defined system. This element is made up of a silicon diaphragm and two wires which form a Wheatstone bridge circuit. The Wheatstone bridge has a voltage output when the bridge is unbalanced due to the strain on the diaphragm.

This strain is caused by the applied pressure, and the voltage output is proportional to the applied pressure. This output is then amplified and filtered for noise reduction, and finally converted into either a 3-wire (4-20mA) or 4-wire (0-5V) signal. The output is then used to monitor and regulate the system performance.

The CSM-015G-LP pressure transducer is a reliable device for applications such as hydraulic systems, on-board diagnostics, industrial instrumentation, and control systems. Its wide temperature range and high static pressure range make it highly suitable for these applications, while its digital filter and output impedance enhance its accuracy and repeatability. The working principle of the CSM-015G-LP involves the use of a Wheatstone bridge circuit to measure changes in pressure, and convert it into an electrical signal.

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