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Supplier: Safeguard Analytics
Description: Model SA2-CH4-MEMS smart sensor modules are designed to detect and monitor methane in ambient air. The modules consist of a microelectromechanical systems (MEMS) gas detection sensor and a micro-processor-based signal conditioning circuit. Both are housed in
- Operating Temperature: -40 to 158 F
- Operating Humidity: 0 to 99 %
- Gas Types: Combustible Gas, Methane (CH4) / Natural Gas
- Number of Gases Monitored: Single Gas
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Supplier: ES Systems S.A.
Description: steel. The module can be fitted on a larger housing with a pressure port either by welding or by fitting and O-ring sealing. The ESCP-MIS2 sensor incorporates the ES Systems capacitive MEMS sensor which is based on ES’ proprietary SOI micro-fabrication TM30 process for
- Working Pressure Range: 0 to 435.1131 psi
- Accuracy: 0.5 ±% FS
- Operating Temperature: -4 to 122 F
- Measurement Type: Absolute
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Supplier: ES Systems S.A.
Description: ES Systems has developed a series of board mountable pressure sensors targeting a variety of markets requiring high resolution and accuracy for absolute, gauge or differential pressure measurements. The ESCP-BMS1 is a MEMS capacitive pressure sensor with state-of-the-art
- Working Pressure Range: 1 to 160 psi
- Accuracy: 0.15 ±% FS
- Operating Temperature: -4 to 185 F
- Measurement Type: Absolute, Differential, Gauge
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Supplier: American Sensor Technologies, Inc. - AST
Description: The Model 5000 offers wet/wet differential pressure measurement of both liquids and gases compatible with stainless steel, but without the use of fluid-filled cavities. This eliminates the risk of system contamination and at the same time offers all of the benefits associated with AST's
- Working Pressure Range: 0 to 200 psi
- Accuracy: 0.3 ±% FS
- Operating Temperature: -40 to 185 F
- Signal Output: Analog Voltage
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Supplier: Angst+Pfister Sensors and Power
Description: The Series 86 is a miniature and robust pressure transducer with calibrated and temperature compensated output. It incorporates MEMS or ceramic sensing element which is specially designed for space tight environment where conventional transducer is not applicable. Multi-order compensation for
- Working Pressure Range: 1.450377 to 725.1885 psi
- Accuracy: 1 ±% FS
- Operating Temperature: -4 to 185 F
- Pressure Measurement: Absolute, Gauge
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Supplier: Dexter Magnetic Technologies, Inc.
Description: be a partner and magnet supplier for a wide range of Austria microsystem sensor products. With the rapid development of GMR in the past decade, a new family of magnetic sensors has emerged - magneto resistive sensors. Similar to Hall Effect sensors, the major difference
- Industrial Magnets: Magnetic Assembly
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Supplier: Honeywell Sensing & IoT
Description: Honeywell Zephyr™ HAF Series sensors provide a digital interface for reading airflow over specified full-scale flow and compensated temperature ranges. The thermally isolated heater and temperature sensing elements help these sensors provide a fast response to air or gas flow.
- Air Volume Flow Rate Range: 0 to 0.706214689265537 SCFM
- Operating Temperature: -4 to 158 F
- Measurement Type: Air Volumetric Flow
- Mounting: Fixtured or Permanent
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Supplier: Honeywell Sensing & IoT
Description: Honeywell Zephyr™ HAF Series sensors provide a digital interface for reading airflow over specified full-scale flow and compensated temperature ranges. The thermally isolated heater and temperature sensing elements help these sensors provide a fast response to air or gas flow.
- Air Volume Flow Rate Range: 0 to 7.06214689265537 SCFM
- Operating Temperature: -4 to 158 F
- Measurement Type: Air Volumetric Flow
- Mounting: Fixtured or Permanent
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Supplier: Honeywell Sensing & IoT
Description: Honeywell Zephyr™ HAF Series sensors provide a digital interface for reading airflow over specified full-scale flow and compensated temperature ranges. The thermally isolated heater and temperature sensing elements help these sensors provide a fast response to air or gas flow.
- Air Volume Flow Rate Range: 0 to 0.353107344632768 SCFM
- Operating Temperature: -4 to 158 F
- Measurement Type: Air Volumetric Flow
- Mounting: Fixtured or Permanent
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Supplier: Honeywell Sensing & IoT
Description: Honeywell Zephyr™ HAF Series sensors provide a digital interface for reading airflow over specified full-scale flow and compensated temperature ranges. The thermally isolated heater and temperature sensing elements help these sensors provide a fast response to air or gas flow.
- Air Volume Flow Rate Range: 0 to 10.5932203389831 SCFM
- Operating Temperature: -4 to 158 F
- Measurement Type: Air Volumetric Flow
- Mounting: Fixtured or Permanent
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Supplier: ABB Measurement & Analytics
Description: Precise and dynamic direct mass flow measurement of gases for industrial standard applications. High-grade thermal sensor elements – superior long-term stability – effective sensor element protection frame with flow conditioning properties SmartSensor solution – Meter intelligence
- Pipe Diameter: 118 inch
- Operating Temperature: -58 to 158 F
- Operating Pressure: 580 psi
- Media Temperature: -4 to 572 F
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Supplier: Sitron
Description: silicon pressure sensor locates on the top of the metal body and stay away from meidium interface to realizes mechanical isolation and thermal isolation. Glass sintering sensor wire realizes high strength electrical insulation of metal base and improves the capability of flexibility of
- Working Pressure Range: 0.0290073678714393 to 1,450.36839357197 psi
- Accuracy: 0.075 to 0.05 ±% FS
- Operating Temperature: -40 to 185 F
- Signal Output: Analog Current, HART® Protocol
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Supplier: OMEGA Engineering, Inc.
Description: OMEGA’s PX480A Series transducers, designed for general industrial and commercial requirements, offer excellent performance in a wide range of applications. They are based on proven micro-machined silicon technology, providing high reliability, long-term stability, and low cost. They are
- Working Pressure Range: 0 to 3,000 psi
- Vacuum Range: 760 to 1,520.2091475999994 torr
- Accuracy: 0.3 ±% FS
- Operating Temperature: -40 to 176 F
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Supplier: Newport MKS
Description: The 925-11020 Micro Pirani™ Vacuum Transducer with MEMS-based Micro Pirani™ Vacuum Sensor is a thermal conductivity vacuum gauge based on a unique, MEMS-based (Micro-Electro-Mechanical Systems) vacuum sensor. This 925 transducer offers a wide
- Type: Gauge
- Features: Other
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Supplier: Newport MKS
Description: The 925-31030 Micro Pirani™ Vacuum Transducer with MEMS-based Micro Pirani™ Vacuum Sensor is a thermal conductivity vacuum gauge based on a unique, MEMS-based (Micro-Electro-Mechanical Systems) vacuum sensor. This 925 transducer offers a wide
- Type: Gauge
- Features: Other
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Supplier: Newport MKS
Description: The 925-11010 Micro Pirani™ Vacuum Transducer with MEMS-based Micro Pirani™ Vacuum Sensor is a thermal conductivity vacuum gauge based on a unique, MEMS-based (Micro-Electro-Mechanical Systems) vacuum sensor. This 925 transducer offers a wide
- Type: Gauge
- Features: Other
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Supplier: Newport MKS
Description: The 925-11030 Micro Pirani™ Vacuum Transducer with MEMS-based Micro Pirani™ Vacuum Sensor is a thermal conductivity vacuum gauge based on a unique, MEMS-based (Micro-Electro-Mechanical Systems) vacuum sensor. This 925 transducer offers a wide
- Type: Gauge
- Features: Other
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Supplier: Bronkhorst USA
Description: IQ+FLOW Chip-sensor based Mass Flow Meters/Controllers for gases Equipment manufacturers are looking for compact solutions to monitor or control the gas flow or pressure in their system. Previously, conventional mass flow and pressure meters and controllers have needed a
- Gas Volumetric Flow Rate: 0.00000706214689265537 to 0.176553672316384 SCFM
- Mass Flow Rate: 0.0000005506 to 0.013765 lbs/min
- Operating Temperature: 41 to 122 F
- Operating Pressure: 0 to 2,175.5655 psi
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Supplier: Brooks Instrument
Description: change gas types frequently or need to re-range while preserving gas measurement and control accuracy. It enables a new level of process flexibility combined with unprecedented flow measurement and control performance. Features Programmable multi-gas/multi-range capabilities
- Media Temperature Range: 41 to 122 F
- Operating Pressure: 150 psi
- Mass Flow Rate: 0.000008259 to 0.13765 lbs/min
- Operating Temperature: 41 to 122 F
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Supplier: Bronkhorst USA
Description: IQ+FLOW® Chip-sensor based Pressure Meters / Controllers Equipment manufacturers are looking for compact solutions to monitor or control the gas flow or pressure in their system. Previously, conventional Mass Flow and Pressure Meters and Controllers have needed a footprint of
- Working Pressure Range: 0.3 to 15 psi
- Accuracy: 0.5 ±% FS
- Operating Temperature: 41 to 122 F
- Pressure Measurement: Absolute, Gauge
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Supplier: Brooks Instrument
Description: The faster your thermal mass flow controllers and meters respond, the more efficient and productive your processes can be. That’s the key advantage of the 4800 Series controllers and meters: An advanced MEMS-based thermal sensor, combined with a proprietary PID algorithm to
- Media Temperature Range: 41 to 122 F
- Operating Pressure: 150 psi
- Mass Flow Rate: 0.00013765 to 0.11012 lbs/min
- Operating Temperature: 41 to 122 F
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The new series from Angst+Pfister Sensors and Power is compact and 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 (read more)
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MEMS Capacitive vs Piezoresistive Pressure Sensors - What are Their Differences?
industry, automation, hydraulics, as well as aeronautics. The majority of the pressure sensors currently installed in the field are based on MEMS technology and utilize either piezoresistive or capacitive measurement principle. In this article, we will be discussing their main differences and we
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GasLab Adds NevadaNano Flammable, Methane, and Refrigerant Gas Sensors
of microelectro mechanical systems (MEMS)-based sensor modules for gas analysis. Using Molecular Property Spectrometer TM (MPS TM) technology, these sensors are essentially a "lab on a chip." Each sensor is capable of not only measuring the target gas, but internally compensating for temperature, barometric
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Indicates content that may require registration and/or purchase.
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Enhanced Sensing Characteristics in MEMS-based Formaldehyde Gas Sensor
The methods of detection for formaldehyde gas may divide into three main categories: GC/MS, optical, and MEMS based gas sensor .
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Experimental investigation, modeling, and simulations for MEMS-based gas sensor used for monitoring process chambers in semiconductor manufacturing
Experimental investigation, modeling, and simulations for MEMS based gas sensor used for monitoring process chambers in semiconductor manufacturing .
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A MEMS based acetone sensor incorporating ZnO nanowires synthesized by wet oxidation of Zn film
Several papers have been published on MEMS based gas sensors using either a bridge or a diaphragm structure [20–22].
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Design and simulation of a Micro Hotplate for MEMS based integrated gas sensing system
MEMS based gas sensors showed a very important role in the past decade.
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Enhanced sensing characteristics in MEMS-based formaldehyde gas sensors
The methods of detection for formaldehyde gas may be divided into three main categories: GC/MS, optical detec- tion devices, and MEMS based gas sensors .
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Technological Journey Towards Reliable Microheater Development for MEMS Gas Sensors: A Review
Since the first review in this field by Simon et al. [5] almost a decade ago, the MEMS based gas sensor platform has been investigated extensively by the worldwide researchers and was proved to be a potential replacement for ceramic substrate technology…
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Nanocrystalline mesoporous SMO thin films prepared by sol gel process for MEMS-based hydrogen sensor
The MEMS based gas sensor cell is sketched in Figure 1, and the fabrication process is shown in Figure 2.
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Sensitivity, selectivity and stability of tin oxide nanostructures on large area arrays of
microhotplates
Industries such as Microchemical Systems and Applied Sensors have been developed that sell MEMS based gas sensors including microhotplates today.
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Development of micromachined nanocrystalline mesoporous SnO/sub 2/ gas sensor for electronic nose
The MEMS based gas sensor cell is sketched in Figure 1.
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Low cost packaging for gas sensors
This paper focuses on the packaging needs of a MEMS based gas sensor .