NPR-101

Pressure Sensors, Transducers

The NPR-101 is a leading pressure sensor from the German company Jung Instruments GmbH. This pressure sensor has found its way into a variety of applications and industries, primarily in industrial process control, automotive, medical, and aerospace systems. The NPR-101 is a pressure transducer that measures pressure and converts it into an electrical signal. It can measure a range of pressures, and it can also be used as a pressure transmitter or a pressure switch.

The NPR-101 uses a unique “unipolar piezo-resistor bridge” technology. This technology is based on the fact that the piezoresistive properties of a material vary as a function of applied pressure. When pressure is applied to a piezoresistor, it will change its resistance and generate a signal that can be amplified and converted to an electrical signal. By connecting this signal to a load cell, the resistance can be measured directly, and the pressure can be determined.

The NPR-101 uses an “integrated cable assembly” which acts as a strain relief. The “cable assembly” consists of a single solid cable with two electrodes, one positive and one negative. Each electrode is connected to a separate wire in the cable, and these two wires then connect to the transducer. This ensures a high level of precision and repeatability when measuring pressure.

The NPR-101 uses a precision-calibrated pressure transducer system to monitor pressure and convert the response into an electrical signal. The output of the transducer is then processed by a proprietary analog-to-digital converter and microprocessor, which calculates the pressure from a variety of pressure ranges and outputs the data through a serial communication interface. This data can then be used to control a variety of industrial process controllers, or to display the data graphically.

The NPR-101 is also designed for use in both temperature-compensated and non-temperature-compensated applications. While temperature-compensated devices are generally more accurate, non-temperature-compensated devices can provide more affordable and longer-term accuracy and reliability. In either case, the NPR-101 is designed to provide precision and accuracy over a wide temperature range.

In addition to its applications in industrial control and monitoring, the NPR-101 can also be used in medical devices such as blood pressure monitors and ventilators, where accurate and reliable transducers are essential. The transducer can also be used to measure pressure in automotive and aerospace systems.

The NPR-101 is a reliable and precise pressure transducer. It is ideal for a variety of applications requiring accurate and reliable measurements. Its unique unipolar piezo-resistor bridge technology allows for precise and repeatable measurements, and its integrated cable assembly provides a high level of protection from external vibration or shocks. Its analog-to-digital converter and microprocessor enable precise pressure measurements to be made over a wide temperature range. With its range of applications, the NPR-101 is an excellent choice for industrial process control, automotive, medical, and aerospace systems.