NPC-1210-001G-1-N

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NPC-1210-001G-1-N is a pressure sensor and transducer specifically designed for applications in industries with demanding environments. It is made up of main components that enable it to accurately measure and detect changes in pressure levels. This device is ideal for applications that require consistent accuracy and reliability in pressure readings.

Overview

NPC-1210-001G-1-N is a stainless steel sensor and transducer designed to communicate accurate pressure readings in industrial applications. This device has a widened temperature range from -50 °C to 150 °C and is resistant to shock and vibrations making it ideal for harsh environments and mobile applications. NPC-1210-001G-1-N is designed for stable operation in any temperature fluctuations or water hammer events due to its high-frequency response. This device features low-inductance coils for optimal performance and long-term stability, making it resistant to corrosive environments.

Application Field

NPC-1210-001G-1-N is designed for use in a wide variety of industrial, mobile, and hazardous environments, ranging from aerospace to automotive and medical applications. It is able to measure and monitor pressure levels, ensuring precise and stable readings in hazardous, corrosion resistant environments. This device is ideal for applications requiring reliable and accurate measurements, such as process control, machine monitoring, and process automation. NPC-1210-001G-1-N is an ideal choice for use in applications with demanding performance requirements, such as oil and gas applications or extreme temperature ranges.

Working Principle

NPC-1210-001G-1-N is a transducer capable of accurately measuring and detecting changes in pressure levels. The transducer consists of a piezoresistive pressure element connected to a Wheatstone bridge circuit. The bridge is connected to a power source, such as a battery, and is configured with two fixed resistors. The pressure element is encapsulated in a stainless steel housing mounted on the bridge. The resistance of the pressure element changes with the level of pressure applied, allowing the pressure element to act as a resistor in a voltage divider network, outputting the voltage proportional to the pressure.

When pressure is applied to the pressure element, the bridge circuit is tweaked and the voltage output is changed non-linearly. The Wheatstone bridge receives an applied pressure and outputs a voltage depending on the ratio of the resistance of the pressure element to the resistors on either side of the bridge. The pressure element will cause the voltage output to increase or decrease in proportion to the applied pressure, providing an accurate and reliable measurement of the applied pressure.

Conclusion

NPC-1210-001G-1-N is a pressure sensor and transducer designed for use in industrial, mobile, and hazardous applications. It features a widened temperature range and is resistant to shock and vibrations ensuring reliable operation. The sensor is composed of a Wheatstone bridge circuit coupled with a pressure element which is able to detect changes in pressure levels with precision and accuracy. The device is suitable for use in applications requiring reliable and accurate measurements such as process control and process automation. It is also ideal for use in corrosive and hazardous environments.

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