PS91-102V-N1VC

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Pressure sensors, transducers, and PS91-102V-N1VC form a vital bridge between the physical environment and monitoring systems. These technologies provide data that optimizes processes and monitors the health of essential components and systems. PS91-102V-N1VC is a pressure sensor and transducer that measures pressure and outputs a signal for electronic processing and has many application fields.

Application Field

PS91-102V-N1VC is widely used in fuel pressure measurement in the automotive engine, pressure monitoring in general industrial automation systems, hydraulics and pneumatics systems, build and HVAC systems, and biomedical monitoring systems. It can also be used for vacuum, negative pressure, and micro-pressure sensing.

Working Principles

The PS91-102V-N1VC pressure sensor works by comparing the applied pressure to a known reference pressure. The pressure is then converted into a proportional electrical signal. The measuring principle is based on a monolithic ASIC mounted on a diaphragm, the reference pressure is realized by a Silicon based MEMS (Micro-Electro-Mechanical-Systems) sensor. The ASIC stores a calibrated multiplier factor which is read out by the user or microcontroller.

The ASIC is protected by a stainless steel housing, a titanic diaphragm resists corrosion. The electrical connection is made via a standard connector. There are a number of outputs available including analog current/voltage, CAN-Bus, Profibus and CANOpen.

The PS91-102V-N1VC also has digital temperature compensation which allows for a stable pressure measurement over a wide range of temperatures. The sensor features a wide measuring range up to 700 bar / 10000 PSI as well as a very high accuracy of 0.05%, which is ideal for applications that require a precise measurement.

Conclusion

PS91-102V-N1VC is an advanced pressure sensor and transducer which is suitable for a wide range of applications including automotive, industrial automation, and biomedical applications. It has a wide measuring range and very high accuracy which makes it an ideal choice for applications where precise and reliable pressure measurements are required. The fact that the sensor is resistant to corrosion and features digital temperature compensation means that it is also highly reliable.

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