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Supplier: Scanivalve Corporation
Description: DSA3307 is used to measure up to 16 liquid differential pressures (psid). Pressures are input into 1/8 inch Swagelok® compression fittings via copper, steel, or plastic tubing. The pressure sensors are isolated from the media on both sides by stainless steel diaphram,
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Supplier: Scanivalve Corporation
Description: tests include pressure profiles on fan blades, or other surfaces. Overview Model DSA3016, Digital Sensor Array, is a rack mounted pressure module designed for multiple pressure measurements. Each DSA3016 module incorporates 16 temperature compensated piezoresistive
- Measurement Type: Absolute
- Device Category: Sensor
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Supplier: Scanivalve Corporation
Description: to 16 liquid absolute or gauge pressures (psia or psig). Pressures are input into 1/8 inch Swagelok® compression fittings via copper, steel, or plastic tubing.The pressure sensors are isolated from the media on the measurement side of the sensor by a stainless
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Supplier: Scanivalve Corporation
Description: DSA3200 series pressure acquisition systems represent the next generation of multi-point electronic pressure scanning. Model DSA3218 Digital Sensor Array, incorporates 16 temperature compensated piezoresistive pressure sensors with a pneumatic calibration
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Supplier: Tekscan, Inc.
Description: The versatile I-Scan tactile pressure mapping system is tailor-made by choosing from over 200 pressure sensors to meet your specific application requirements. Versatile Pressure Mapping System I-Scan™ is a powerful tool that accurately measures and analyzes interface
- Pressure Range: 25,000 psi
- Width: 0.12 to 69 inch
- Length: 0.12 to 69 inch
- Thickness: 0.02 inch
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Supplier: Tekscan, Inc.
Description: MobileMat An attractive, lightweight and durable pressure mat for static and dynamic assessments on the field, in the office or in the lab. What is the MobileMat™? The MobileMat™ is Tekscan's standard resolution portable pressure mat. Combined with Tekscan's innovative software, the
- Width: 55.9 inch
- Length: 63.6 inch
- Thickness: 0.3 inch
- Operating Temperature: 32 to 95 F
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Supplier: Tekscan, Inc.
Description: Ultra-thin, in-shoe sensors capture timing & pressure information for foot function & gait analysis. What is the F-Scan™? The F-Scan In-Shoe system provides dynamic pressure, force and timing information for foot function and gait analysis. Information obtained from the F-Scan
- Pressure Range: 0 to 125 psi
- Width: 12.35 to 16.15 inch
- Length: 12.8 to 19.9 inch
- Thickness: 0.007 inch
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Supplier: Tekscan, Inc.
Description: The Strideway™ is a modular pressure measurement platform for human gait analysis. Strideway Features: The modular platform captures multiple footsteps in a single pass and allows you to choose the system sensing area and sensor resolution Integrates with other gait lab technologies,
- Pressure Range: 0 to 125 psi
- Width: 35.826791 inch
- Length: 102.36226 to 255.90565 inch
- Thickness: 0.59 inch
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Supplier: SAE International
Description: The authors report on the design and application of a high resolution micro-electro-mechanical (MEMS) microphone array for automotive wind noise engineering. The array integrates both sensors and random access memory (RAM) chips on a flexible circuit board that eliminates high
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Supplier: Palomar Technologies, Inc
Description: Overview The SST 518 Vacuum/Pressure furnace provides the right combination of performance and value for use in R&D labs to high mix/low volume production environments. Void-free, flux-free solder joints are reliably obtained through a carefully controlled and sequenced combination of heat,
- Temperature Range: 212 to 932 F
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Supplier: Palomar Technologies, Inc
Description: he SST 3130 is a vacuum and pressure furnace that provides precise automatic control of heating to 500°C (1000°C optional) and cooling in an inert gas environment from vacuum levels of below 50 millitorr to pressures exceeding 50 psig. Process profiles are easily created, and the
- Temperature Range: 212 to 932 F
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Supplier: LORD MicroStrain Sensing Systems
Description: OEM Wireless Analog Sensor Node - Extended Range Overview The SG-Link®-OEM-LXRS™ Wireless Analog Sensor Node features 1 differential input channel with optional bridge completion, 1 single ended input channel with 0-3 volt excitation, and an internal temperature sensor channel.
- Number of Input Channels: 3 #
- Maximum Shock: 500 g
- Maximum Vibration: 500 g
- Operating Temperature: -4 to 149 F
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Supplier: Transcat, Inc.
Description: Product Highlights 10-Year Stability and 12-Year Limited Warranty Available Supermodule® Platform Provides Industry’s Best Field Reliability with All-Welded Hermetic SST Design Dual-Capacitance Saturn™ Sensor Technology Corrects for Overpressure and Line Pressure Effects Ultra
- Pressure Measurement: Gauge
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Supplier: LORD MicroStrain Sensing Systems
Description: 0-3 volt excitation, and an internal temperature sensor channel. This array supports a wide range of Wheatstone bridge and analog sensors including acceleration, vibration, strain, load cells, torque, pressure, magnetic fields, displacement, geophones and more. The node
- Number of Input Channels: 3 #
- Maximum Shock: 500 g
- Maximum Vibration: 500 g
- Operating Temperature: -40 to 185 F
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Supplier: M.A.E. Apparecchiature Elettroniche srl
Description: is made by two S3 sensors placed one on the other at 1 mt distance. Sensor use is simple and immediate, it is sufficient to connect supplied pump supplied and adjust pressure on 2 bar using pressure indicator on frontal panel of the sensor, once performed
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Supplier: LORD MicroStrain Sensing Systems
Description: 0-3 volt excitation, and an internal temperature sensor channel. This array supports a wide range of Wheatstone bridge and analog sensors including acceleration, vibration, strain, load cells, torque, pressure, magnetic fields, displacement, geophones and more. The node
- Operating Frequency: 2,400 MHz
- Maximum Transmission Distance: 70 to 2,000 m
- Output Power: 0 to 15.910646070264992 dBm
- Operating Temperature: -20 to 60 C
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Supplier: LORD MicroStrain Sensing Systems
Description: The V-Link® -LXRS® Wireless 7 Channel Analog Input Sensor Node features 4 differential input channels with optional bridge completion, 3 single ended input channel with 0-3 volt excitation, and an internal temperature sensor channel. This array supports a wide range of
- Operating Frequency: 2,400 MHz
- Maximum Transmission Distance: 70 to 2,000 m
- Output Power: 0 to 15.910646070264992 dBm
- Operating Temperature: -20 to 60 C
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Supplier: TECAT Performance Systems, LLC
Description: This OEM Telemetry Platform is a sensor fusion platform designed from the ground up for integration into OEM products and is based on TECAT’s proven WISER products. This platform, consisting of a remote unit (the sensor fusion board), base unit (for output from the OEM product), and
- Operating Frequency: 2,400 MHz
- Output Power: 13.399999999999995 dBm
- Operating Temperature: -40 to 80 C
- Supply Voltage: 11.5 to 25 volts
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Supplier: SAE International
Description: In the automotive industry, the piezo-based in-cylinder pressure sensor is getting commercialized and used in production vehicles. For example, the pressure sensor offers the opportunity to design algorithms for estimation of engine emissions, such as soot and NO , during
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Supplier: Keller America, Inc.
Description: The Levelgage submersible level transmitter provides outstanding performance in a wide array of applications, from water storage and distribution to wastewater. It offers your choice of analog outputs (current or voltage). The Levelgage is assembled in the U.S to customer specifications,
- Maximum Operating Pressure: 390.173410404 psi
- Output Options: Analog Current Signal (e.g., 4-20 mA), Analog Voltage Signal
- Level Measurement Type: Continuous Level
- Meter Technology Type: Differential Pressure Sensors, Pressure Membrane
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Supplier: Newport MKS
Description: Overview Overview The 937B-US-NANANA-NA Digital Combination Vacuum Gauge Controller is used in a vast array of vacuum and pressure measurement applications in research, industry, and high technology and is designed for the US region. The 937B will operate and display as many as six
- Device Category: Controller
- Display Type: Digital
- Pressure Measurement: Gauge
- Features: Other
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Supplier: Infineon Technologies AG
Description: XENSIV™ Sensor Shield Elevate your IoT development with the XENSIV™ Sensor Shield, offering a robust array of sensors for precise data collection. This shield is a powerhouse of sensor technology, featuring a 60GHz radar, a 5V CO2 sensor based on
- Category: Development Board
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Supplier: Eastern Instruments
Description: Eastern Instruments' VAP3® Pitots have a unique Velocity Averaging and Parallel Plate proprietary design. When inserted in air flow ducts, the VAP3® Pitots provide an accurate, differential pressure output allowing for precise air flow measurement or control of your process. VAP3® Pitots are
- Accuracy: 2 ±% Full Scale
- Operating Temperature: -40 to 700 F
- Measurement Type: Air Pressure Differential
- Technology Type: Differential Pressure
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Supplier: Eastern Instruments
Description: Eastern Instruments' VAP3® Pitots have a unique Velocity Averaging and Parallel Plate proprietary design. When inserted in air flow ducts, the VAP3® Pitots provide an accurate, differential pressure output allowing for precise air flow measurement or control of your process. VAP3® Pitots are
- Accuracy: 2 ±% Full Scale
- Operating Temperature: -40 to 700 F
- Measurement Type: Air Pressure Differential
- Technology Type: Differential Pressure
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Supplier: Eastern Instruments
Description: proprietary design and, when inserted into air flow ducts, they provide an accurate, differential pressure output allowing for precise air flow measurement or control of your process. The Heated Pitot utilizes this same VAP3® Pitot technology in order to deliver an extremely accurate
- Accuracy: 2 ±% Full Scale
- Operating Temperature: -22 to 700 F
- Measurement Type: Air Pressure Differential
- Features: Audible or Visual Alarm, Measures Temperature, Time or Multi-point Averaging
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Supplier: PMC Engineering LLC
Description: This CAN Signal Acquisition Module integrates a high quality multi-channel data acquisition system, high performance Micro-controller (MCU) and CAN interface to provide access to external analog sensors via a Controller Area Network (CAN). The Module offers an array of configuration
- Analog Input Channels: 8 #
- Sampling Frequency: 1 kHz
- Resolution: 16 bits
- Operating Temperature: -15 to 255 F
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Supplier: HORIBA Instruments, Inc.
Description: volume of traditional quadrupoles High pressure operation Can be used at up to 0.9Pa (7mTorr, 9 x 10-3mbar) resulting in the reduction or elimination of expensive vacuum pumping for many applications Interchangeable sensor head in calibration The sensor heads are pre-tuned and
- Mounting Type: Fixed
- Instrument Type: Monitor
- Application: Process Gas
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Supplier: Palomar Technologies, Inc
Description: to three process gasses. The 3250’s benefits include: Closed-loop electronics pressure controller Integral capacitance manometer for fine control of pressure and flow throughout the full operating range of the system Uniformity thermal profiles up to 350°C Processes Void-Free Die
- Temperature Range: 662 F
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Description: thing.” – Sheldahl Engineer Materials PET, PI, PEN, PI Silver and nano silver ink Carbon and nano carbon ink Silver/ Silver Chloride PTC ink for heaters FSR for pressure sensors PEDOT Resistive inks for Printed resistors Piezo inks Stretchable Graphic inks Moldable inks Dielectrics
- Features: Dielectric / Insulating, Specialty / Other
- Materials: PET / Polyester, Plastic / Polymer
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Supplier: Renesas Electronics Corporation
Description: The Intersil ISL90461 is a digitally controlled potentiometer (XDCP). Configured as a variable resistor, the device consists of a resistor array, wiper switches, a control section, and volatile memory. The wiper position is controlled by a 2- pin Up /Down interface.brbr The potentiometer is
- Operating Temperature: 85 C
- No. of Tap Positions: 32 #
- Current Rating: 0.0000003 amps
- Potentiometer Type: Digital Potentiometer
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Supplier: Renesas Electronics Corporation
Description: The Intersil ISL90462 is a digitally controlled potentiometer (XDCP). Configured as a variable resistor, the device consists of a resistor array, wiper switches, a control section, and volatile memory. The wiper position is controlled by a 2- pin Up /Down interface.brbr The potentiometer is
- Operating Temperature: 85 C
- No. of Tap Positions: 32 #
- Current Rating: 0.0000003 amps
- Potentiometer Type: Digital Potentiometer
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Supplier: StellarNet, Inc.
Description: Diode Array detectors with options for 2048 or 3648 elements. Various models provide a choice of grating range and slit resolutions. A single strand fiber optic cable or probe assembly delivers input via standard SMA 905 fiber optic connector with a choice of cable lengths. The spectrograph
- Measured Wavelength: 350 to 1,150 nm
- Instrument User Interface Options: Computer Controllable
- Weather Component Sensed: Measures Barometric Pressure, Measures Solar Radiation, Measures Temperature
- Interface Options: Other Computer Interface, Parallel Interface
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Supplier: SAE International
Description: is still installed in the car. Particle velocity sensors are much less affected by reflections than sound pressure microphones when the measurements are performed near a radiating surface due to the particle velocity's vector nature, intrinsic dependency upon surface displacement and
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Supplier: ASTM International
Description: sensor and system selection, sensor placements, stressing considerations, noise reduction/rejection techniques, spatial filtering, location determination, use of guard sensors, collection of AE data, AE data analysis and report. The purpose of the AE examination is to analyze
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Used in an array of industries, inductive sensors provide presence detection in problematic environments coping with dust, dirt, oil and other unwanted substances. The sensors feature a metal shell and special configurations that protect against debris, detect metals without contact and (read more)
Browse Inductive Proximity Sensors Datasheets for Locon Sensor Systems, Inc. -
1/4” male quick connect or #8 screw terminals for electrical connections A variety of mounting pan and pressure fitting materials; plated steel, stainless steel or injection molded plastic • Wide array of pressure fittings; 1/8” NPT male, 1/4” NPT male (read more)
Browse Pressure Switches Datasheets for Tecmark Corporation -
flat pressure sensors, piezoelectric force sensors, and integrated sensor arrays, designed to support rolling, cold/hot pressing, dry processes, and high-throughput production environments. (read more)
Browse Force and Load Sensors Datasheets for XJCSENSOR Technology Co., Ltd. -
• Wide array of pressure fittings; 1/8” NPT male, 1/4” NPT male, 3/16” barbed, 1/8”, 3/16” or 1/4” compression, or 1/8” NPT female with 1/2” conduit male external thread for mounting Fitting or bracket mounting options (read more)
Browse Pressure Switches Datasheets for Tecmark Corporation -
How High Pressure Proximity Sensors Can Help Your Business Used in an array of industries, inductive sensors provide presence detection in problematic environments coping with (read more)
Browse Proximity Sensors Datasheets for Locon Sensor Systems, Inc. -
, saving valuable time and reducing operational risks. In the event of a surcharge, where flow levels rise to meet the sensor, the FLO-DAR’s pressure level sensor and optional electromagnetic Surcharge Velocity Sensor ensure that your flow data remains uninterrupted and accurate. (read more)
Browse Open Channel Flow Meters Datasheets for McCrometer, Inc. -
ESPEC North America Inc | Qualmark Products and Services
HAST - Highly Accelerated Stress Test Chambers
HAST (Highly Accelerated Stress Test) chambers reduce the time it takes to complete humidity testing for semiconductors. By elevating temperatures above 100°C and increasing the pressure, simulation of normal humidity tests can be made while maintaining the same failure mechanisms. Tests can (read more)
Browse Environmental Test Chambers and Rooms Datasheets for ESPEC North America Inc | Qualmark Products and Services -
and manufactures pressure switches, vacuum switches, air switches and other electrical components, including level sensors, thermostats, timers, spa side controls and more. For years, our specialty in air switch and pressure switch controls has helped us deliver hundreds of product variations to (read more)
Browse Datasheets for Tecmark Corporation -
: Monitoring pressure, flow, and temperature from process transmitters. Measuring fluid or material levels with ultrasonic or radar level sensors. Reading speed, torque, or position feedback from Variable Frequency Drives (VFDs) and servo systems. Interfacing with a (read more)
Browse I/O Modules and Instruments Datasheets for Sichuan Odot Automation System Co., Ltd. -
. Typical Application Scenarios The ODOT CT-3168 is the ideal choice for accurately measuring analog voltage signals in a wide array of industrial applications: Monitoring pressure, flow, and temperature from process transmitters (read more)
Browse I/O Modules and Instruments Datasheets for Sichuan Odot Automation System Co., Ltd.
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Inductive Proximity Sensors for Special Applications
Users of inductive proximity sensors can select from a vast array of standard types to solve almost any general purpose. sensing application. Unfortunately not all industrial sensing applications fall into the general-purpose. category. Many applications have unique requirements such as the need
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Using MEMS to Control Blending at AstraZeneca
for Micro Electro Mechanical Systems and are tiny, micro-fabricated devices that can be found in a variety of industries including defense (munition guidance, surveillance), automotive (tire pressure, air bag sensors), electronics (projection screen TVs, ink jet printing heads, video game controllers
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http://dspace.mit.edu/bitstream/handle/1721.1/76831/825553709-MIT.pdf?sequence=2
A Flexible Underwater Pressure Sensor Array for Artificial Lateral Line Applications .
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http://dspace.mit.edu/bitstream/handle/1721.1/67581/763256056-MIT.pdf?sequence=2
This thesis demonstrates and characterizes the ability of lateral-line-inspired linear pressure sensor arrays to perform two sensory tasks of relevance to biological and man-made underwater navigation systems, namely shape identification and vortex tracking.
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http://dspace.mit.edu/bitstream/handle/1721.1/44216/297118500-MIT.pdf?sequence=2
Note that although φ is an ambiguity for the pressure sensor array , it is not necessarily the highest point in the beampattern of a vector sensor array.
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Acoustic vector-sensor processing in the presence of a reflecting boundary
is the steering vector of a free-space pres- sure sensor array and depends only on the .
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Acoustic vector-sensor beamforming and Capon direction estimation
Note that is the steering vector of an equivalent pressure sensor array , i.e., an array with a single pressure sensor at each location , whereas .
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Handbook of Smart Textiles
Fig. 16 Prototype of a 10 Â 10 textile resistive pressure sensor array and DAQ unit (upper right: an enlarged view of the DAQ unit) (Reproduced with permission [22], Copyright 2014, IEEE .
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Imaging Measurement Methods for Flow Analysis
Berns, A., Ngo, H.-D., Buder, U., Obermeier, E.: AeroMEMS Pressure sensor Array Featuring Through-Wafer Vias for High-Resolution Wall Pressure Measurements.
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http://dspace.mit.edu/bitstream/handle/1721.1/81063/857792375-MIT.pdf?sequence=2
MEMS (Microelectromechanical System) pressure sensor arrays are gaining attention in the field of underwater navigation because they are seen as alternatives to current sonar and vision-based systems that fail to navigate unmanned undersea vehicles (UUVs) in dark, unsteady and cluttered environments.
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http://dspace.mit.edu/bitstream/handle/1721.1/75454/818192480-MIT.pdf?sequence=2
31 1-8 Four potential applications of the biomimetic pressure sensor array system.
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Electrical Power Systems and Computers
Calibration of Pressure Sensor Array Based on Information Fusion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .