Angst+Pfister Sensors & Power is proud to unveil the FCX-TR2 - a next-generation oxygen transmitter designed for fast integration and low maintenance. Calibrated to sense 0.1 to 25% O₂, applications include oxygen & nitrogen generators, additive manufacturing and process control. (read more)

The new Angst+Pfister Sensors and Power PHPSU-4502 pressure sensor series is the perfect alternative for the obsolete Honeywell SCX series. Compatible in terms of pinning (footprint) and electronics, the specification and accuracy are equivalent or better. This sensor measures pressure from 4"H2O to 150 psi (10 mbar up to 10 bar). (read more)

The APP-9U is an ultra low pressure sensor with calibration ranges from 0-5 mbar up to 200 mbar. With an unamplified output, the APP-9U is available in gauge, differential and vacuum configurations with a dual barbed port. It is a direct replacement for the obsolete SM9D pressure sensor, as it has the same pinout and functionality. (read more)

The FPM Series has a small dual in-line package (DIP) easily mounted on a printed circuit board. The sensor measures both positive pressure and vacuum and has a measuring range of ±2 to ±120 PSI. It measures gauge pressure and is suitable for non-corrosive gases. The required supply current is a constant 1.5 mA, while the output voltage is in the range of 60 to 140 mV. (read more)

FGM-3 or 6 Surface Mount Package (3 mm or 6 mm tube length), best used directly attached to manifold and sealed with an O Ring.

Features

• Low cost, high reliability
• Small, Surface Mount Sensors Ideal for Direct Connect to Manifold
• Easy to mount on PCB
• Measures positive pressure and vacuum
• Rated pressure: 13.79 to 827.4...

FDM pressure sensor is a differential pressure sensor with a millivolt uncalibrated output for various pressure ranges. Surface-mount package. Various pressure ranges are available from 2 psi up to 120 psi.

Applications

• Industrial instrumentation
• Pressure switch
• Pneumatic devices
• Medical equipment

FAM absolute pressure sensor has a surface mount package or terminal leads.

Features

• Low cost, high reliability
• Small Dual-In-line-Package (DIP)
• Easy to mount on PCB
• Measures positive pressure and vacuum
• Measuring pressure range: 34 to 168 kPa

The pressure transducer PHPS8500 is a pressure and temperature sensing device specially developed for ultra-low pressure ranges and demanding space constrictions. High performance and accuracy enables the use of this transducer in many applications including differential pressure measurements. (read more)

The APB2 is a barbed pressure sesor with various calibration ranges from 0 - 0.25 bar to 0 - 12 bar in either a gauge or vacuum configuration. This sensor is temperature-compensated with a calibrated analog output. High accuracy 0.5%FS available on request! (read more)

The Series 89 is a miniature and robust pressure transducer with calibrated and temperature compensated output . It incorporates MEMS sensing chip which is oil-filled and SS isolated. (read more)

The advent of MEMS technology has resulted in a wide range of pressure sensor styles and performance options, allowing for use in an equally wide range of applications.

We've created this eBook to help evaluate options and avoid unnecessary expenditures. Below are some key considerations to keep in mind when selecting a spressure sensor for your specific project. (read more)

This e-book offers the key considerations users should review when evaluating mass flow sensors. It is intended to help educate engineers in determining the best mass flow sensor for their application. (read more)

This e-book discusses the benefits of ceramic pressure sensors, when to use them, the various types of ceramic pressure sensors, and when to package your own ceramic sensor or purchase a complete ceramic-based pressure transducer. (read more)

With the PEWA100, Angst+Pfister Sensors and Power is launching a new series of pressure transmitters with an incredibly versatile range of applications. The sensors can be configured for a broad spectrum of pressure ranges as well as for relative pressure, absolute pressure and vacuums

Various pressure ranges from 0.35 bar up to 0-1000 bar. Voltage or 4-20 mA output. (read more)

Measuring just 8.5 mm x 11.1 mm, the MIS-2500 series is one of the most compact piezoresistive pressure sensors available. The MIS-2500 comes in different measuring ranges of between 0 and 70 mbar all the way up to and including 10 bar. (read more)

The CCD54 is an intelligent, calibrated and amplified OEM pressure sensor. Its offset correction, sensitivity, temperature drift and linearity are stored in the on-chip EEPROM directly at the factory using the latest ASIC technology. (read more)

The PHPS-7500 is a new generation of ceramic pressure sensors made with low-temperature co-fired ceramic (LTCC) technology and a patented sensor construction solution. (read more)

At just 4x3 mm, Fujikura is introducing the highly compact relative pressure sensor series AT7 to the market – a tiny size formerly only found among absolute pressure sensors. For 0-250 mbar up to 10 bar. Gauge or vacuum pressure. (read more)

The AP4/AG4 gauge pressure sensor series is composed of a silicon piezeoresistive pressure sensing chip and a signal conditioning integrated circuit. The low-level signal from the sensing chip is amplified, temperature-compensated, calibrated and finally converted to digital data proportional with the applied pressure. (read more)

The AL4 pressure sensor is a digital output low pressure sensor. It is composed of a silicon piezoresistive pressure sensing chip and a signal conditioning integrated circuit. Various pressure ranges from 0-1 kPa (.145 psi) up to 0-10 kPa (1.45 psi), depending on model. (read more)

The 52 Series is a miniature, robust pressure sensor with calibrated and temperature-compensated SPI, I²C, or analog output. A variety of output configurations, including resolution, sampling rate, and output interface are available to provide a simple and ready-to-use solution for a wide range of applications. (read more)

Fujikura is the pioneer of the zirconium-based, current-limiting oxygen sensors. This style of sensor has many advantages over other ways of measuring oxygen. (read more)

The PFLOW5002 / PFLOWC5002 series of gas mass flow controllers can be used for general-purpose gas flow monitor and control applications. They are available in standard or manifold configuration for the mechanical connections. Additionally, it is compatible to Axetris Massflow Controller / Flow Sensor. (read more)

The new series from Angst+Pfister Sensors and Power is compact and is therefore well suited for direct integration into a product, e.g. in medical devices. Internally, the sensor is based on a MEMS chip that works according to the calorimetric principle and can therefore detect not only the flow rate but also the flow direction. (read more)

The new Angst+Pfister Sensors and Power (APSP) PFLOW2001 flow sensors are based on MEMS technology and measure according to the thermal principle. The series covers a wide measuring range from 0–10 sccm to 5000 sccm. (read more)

ME790 are monolithic piezoresistive ceramic pressure sensors. The Wheatstone bridge is screen printed directly on one side of the ceramic cell by means of thick film technology and signal conditioning electronics generate 0.5 - 4.5V ratiometric output. Pressure and temperature calibration are done electronically with the on-board ASIC and can be performed in bar (ME790) or in psi (MEP790). (read more)

The ME600 are monolithic gauge ceramic pressure sensors using piezoresistive technology. The Wheatstone bridge is screen printed directly on one side of the ceramic diaphragm by means of thick film technology. The diaphragm's opposite side can be exposed directly to the medium being measured. (read more)

ME900 are ready-to-use monolithic pressure transducers made with a 9 mm diameter ceramic cell mounted in a dedicated housing. This groundbreaking sensor uses the piezoresistive principle where the Wheatstone bridge is screen-printed directly on one side of the ceramic diaphragm via thick film technology. (read more)

This ASIC sensor from Fujikura comes with a calibrated, temperature-compensated output in various pressure ranges from 0-25 kPa up to 0-1000 kPa. The most significant advantage of this part is the extremely high accuracy of 1.5% full-scale. (read more)

The AD3 board-level differential pressure sensor is comprised of a silicon piezo-resistive pressure sensing chip and a sensor signal conditioning integrated circuit. This sensor can measure from 0-50 kPa up to 1 MPa. A compound pressure range is also available from -100 kPa to +100 kPa. (read more)

The AH3 gauge pressure sensor series has a smooth analog amplified and temperature-compensated output with low noise. The AH3 has a unique single point pressure threshold detection. (read more)

This ASIC sensor from Fujikura comes with a calibrated, temperature-compensated output in various pressure ranges from 0-25 kPa up to 0-1000 kPa. The most significant advantage of this part is the extremely high accuracy of 1.5% full-scale and the ability for threshold detection. (read more)

PHPSU-3500 is an OEM pressure sensor. Each sensor is calibrated, temperature-compensated and amplified using the programmable ASIC. The precision of 1% over the whole temperature range from 0…70° C, 5V supply, ratiometric output signal of 0.5…4.5 VDC, and digital I²C interface make many applications possible where measurements of dry, non-corrosive gas... (read more)

The PFLOW1000V/1100V was specially developed for customers for whom a low-cost flow velocity sensor is sufficient. Compared to mass flow sensors, it is significantly cheaper and, thanks to its special design, is very slim and can be easily integrated into tight spaces. (read more)

Angst Pfister Sensors and Power AG (APSP) Zürich, is proud to announce a new and exclusive cooperation in the field of hydrogen sensor technology. (read more)

Amperometric zirconia oxygen sensors are extensively employed in many different industrial sectors where precise oxygen measurement is essentially needed. (read more)