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Supplier: Massa Products Corporation
Description: Model E-188 and TR-2465 are ultrasonic air transducers that operate at frequencies of 220 kHz and 150 kHz respectively. A unique design feature results in the air transducer having a narrow directional pattern completely free of side lobes. The transducer face is
- Transducer Style: Immersible / Waterproof
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Supplier: OMEGA Engineering, Inc.
Description: The unique FMA-900 air velocity transducer utilizes both a velocity sensor and a temperature sensor to accurately measure air velocity (in SFPM, standard feet per minute). The built-in temperature sensor automatically corrects the flowrate for temperature variations. Both
- Air Velocity Range: 0 to 10,000 SFPM
- Accuracy: 1.5 ±% Full Scale
- Operating Temperature: -40 to 250 F
- Measurement Type: Air Velocity
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Supplier: Newark, An Avnet Company
Description: AIR VELOCITY TRANSDUCER
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Supplier: TSI Incorporated
Description: The Air Velocity Transducer 8465 (windowless) is ideal for both temporary and permanent installations for air velocity measurements in research and development labs, manufacturing processes, and other applications. Model 8465 contains on-board electronics and calibration curves
- Measurement Type: Air Velocity
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Supplier: TSI Incorporated
Description: The Air Velocity Transducer 8455 (general purpose) is ideal for both temporary and permanent installations for air velocity measurements in research and development labs, manufacturing processes, and other applications. Model 8455 contains on-board electronics and calibration
- Measurement Type: Air Velocity
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Supplier: TSI Incorporated
Description: The Air Velocity Transducer 8475 (omnidirectional) is ideal for both temporary and permanent installations for air velocity measurements in research and development labs, manufacturing processes, and other applications. This model contains on-board electronics and calibration
- Measurement Type: Air Velocity
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Supplier: Newark, An Avnet Company
Description: Transducer Air Horn; Transducer Function:Alarm
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Supplier: Steiner & Martins, Inc.
Description: Piezo Air Transducer 40 KHz Part Number: SMUTF40TR15B -- SIMILAR PRODUCTS Our Piezo Air Transducer is Water proof and is a Transmitter/Receiver. Housing Material: Aluminum Dimensions: 15mm Diameter Nominal frequency fr: 40 KHz Sound Pressure Level: 105 dB (1*)
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Supplier: Steiner & Martins, Inc.
Description: Piezo Air Transducer 60 KHz Part Number: SMATR10H60X80 -- SIMILAR PRODUCTS Piezo Electric Ceramic Disc Transducer. Both electrodes on one side (R configuration). Planar mode vibration application Housing Material: Aluminum Dimensions: 10mm Diameter x 8 mm Height Nominal
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Supplier: Steiner & Martins, Inc.
Description: Piezo Air Transducer 112kHz ± 4% Part Number: SMATR112H99XDA -- SIMILAR PRODUCTS Our Piezo Air Transducer is Water proof and is a Transmitter/Receiver. Housing Material: Glass filled polyester Dimensions: 25mm X 12mm Nominal frequency fr: 112kHz ± 4% Sound Pressure Level:
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Supplier: Steiner & Martins, Inc.
Description: Piezo Air Transducer 200kHz ± 4% Part Number: SMATR200H19XDA -- SIMILAR PRODUCTS Our Piezo Air Transducer is Water proof and is a Transmitter/Receiver. Housing Material: Glass filled polyester Dimensions: 19mm X 16mm Nominal frequency fr: 200kHz ± 4% Sound Pressure Level:
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Supplier: Allen-Bradley / Rockwell Automation
Description: AIR PRESSURE SENSOR TRANSDUCER
- Measurement Type: Gauge
- Device Category: Sensor
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Supplier: Accuris
Description: Specification for Air Conditioning Pressure Transducer - Low Side
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Supplier: Newark, An Avnet Company
Description: Transducer Air Horn; Frequency Response Max:470Hz; Transducer Function:Alarm RoHS Compliant: Yes
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Supplier: Accuris
Description: Air Conditioning Pressure Transducer \x96 High Side Component Technical Specification
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Description: Piezoresistive Sensor, Absolute
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Supplier: Introtek International
Description: INTROTEK® Point-Air Detection (PAD) Sensors incorporate the state-of-the-art, patented pulse-type ultrasonic circuitry. Integral to the sensor’s assembly, the Micro-Electronic Controller (MEC) features programmable algorithms for functionality control. Response times, time delays, and other
- Transducer Style: Contact Transducer
- Application: Medical
- Features: Other
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Supplier: Rotork plc
Description: TXI7850 I/P Pressure Transducer operates under the same basic principles as the TXI7800, yet improves upon the design. By encapsulating and otherwise protecting the critical components, Rotork Fairchild designed the Explosionproof TXI7850 I/P Pressure Transducer to be highly resistant
- Output Pressure: 0 to 120 psi
- Features: Explosion Proof
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Supplier: Introtek International
Description: INTROTEK® BDS series custom strap-on and panel mount sensors are utilized for point liquid level & air / liquid column detection on a variety of tubing or fluid reservoirs sizes and geometries. Standard designs can be mounted with a clamp or strap to help position the sensor. For OEM
- Transducer Style: Contact Transducer
- Application: Medical
- Features: Other
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Supplier: Gems Sensors & Controls
Description: accuracy. Primarily used in Building Energy Management these transducers are capable of measuring pressures and flows with the accuracy necessary for proper building pressurization and air flow control. 865 series transducers utilize an all-stainless steel micro-tig welded
- Working Pressure Range: 0.00903175 to 3.6127 psi
- Accuracy: 0.25 to 1 ±% FS
- Operating Temperature: 0 to 150 F
- Signal Output: Analog Current, Analog Voltage
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Supplier: Marposs Corp
Description: scratching the part TECH SPECS Zeroing is performed via a master calibration ring Measuring range: max 0.1 mm for gauges with between 6.3 mm and 10 mm diameter Max roughness recommended is 0.8 μm Ra Repeatability (± 2σ): <0.5 μm Air supply: dry air carefully purified and filtered
- Range: 0.24803163 to 0.393701 inch
- Measuring Range: 0.24803163 to 0.393701 inch
- Gaging Technology: Air / Pneumatic
- Measurement Scale / Units: Metric
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Supplier: Johnson Controls, Inc.
Description: Our AD-1251 Airflow Probe includes a Differential Pressure Transducer (DPT) and is designed to provide accurate and energy efficient air flow monitoring at all times. Engineered specifically to measure air flow in duct applications, the AD-1251 functions as a differential
- Air Velocity Range: 400 to 5,000 SFPM
- Measurement Type: Air Velocity
- Technology Type: Differential Pressure
- Mounting: Fixtured or Permanent
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Supplier: Stulz Air Technology Systems, Inc.
Description: STULZ-ATS Duct and Air Handler Humidifier (DAH) is designed for use with central station air handling units (AHU) and can be located conveniently in the air stream ductwork or rack mounted within the AHU itself. Serving mission critical applications and any environment where
- Power Demand: 125.00000000000038 to 960.000000000002 watts
- Output Capacity: 5.3 to 39.6 Pounds / Hour
- Placement: Air Handling
- Water: Deionized / Demineralized
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Description: The High Frequency Ultrasonic Transducer generates 300 KHz high-frequency ultrasonic wave and transmits it to the air through special coupling material, which is very useful in short-range precision detection. Features: – High accuracy – Good directivity – Excellent consistency
- Features: Other
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Supplier: Aries Engineering Co., Inc.
Description: force per dollar invested with Aries. Standard Features: Total air/oil separation Linear force output Three moving components Internal shock pads Fill and high pressure gage couplings Hose assembly and disconnect Three mounting styles available; FH(Standard), UH(Universal), MH(Bearing flat
- Operating Pressure: 30 to 100 psi
- Shaft Diameter: 1.749 to 5.251 inch
- Operating Temperature: 10 to 160 F
- Mounting: None
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Supplier: Introtek International
Description: control. Response times, time delays and other functions are programmable to specific requirements. Introtek's patented pulse-type ultrasound provides highly reliable, non-invasive air detection capabilities in critical applications where the safety of a patient or the integrity of a process
- Transducer Style: Contact Transducer
- Application: Medical
- Features: Other
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Supplier: Siemens Process Instrumentation
Description: Current-to-Pneumatic Transducer The Model 77 Current-to-Pneumatic Transducer, designed specifically for measuring circuits, converts the output of an electronic measuring device to a pneumatic signal.Model 771 Current-to-Pneumatic Transducers. The Model 771 Current-to-Pneumatic
- Media: Air
- Features: Regulator (general)
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Supplier: KANOMAX USA, INC.
Description: No Description Provided
- Air Velocity Range: 20 to 394 SFPM
- Measurement Type: Air Velocity
- Output Options: Analog Current
- Mounting: Fixtured or Permanent
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Supplier: OMEGA Engineering, Inc.
Description: Immunity to the effects of vibration or mounting position, high tolerance to impure air, and low air consumption make this unit ideal for use in demanding applications. Typically these units are used for applications that require electronic pressure control of valve actuators,
- Output Pressure: 0 to 100 psi
- Maximum Air Volume: 20 SCFM
- Maximum Supply Pressure: 130 psi
- Operating Temperature: -40 to 158 F
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Supplier: DigiKey
Description: AIR PRESSURE SENSOR MODULE
- Working Pressure Range: 29.01 psi
- Operating Temperature: -40 to 185 F
- Measurement Type: Absolute
- Device Category: Sensor, Transducer
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Supplier: Proportion-Air, Inc.
Description: The FP flow transducer is a pressure compensated mass flow transducer. The operating pressure of the compressed gas is measured and the flow transducer output is compensated for the change in gas density due to pressure. Differential pressure technology provides flow measurement
- Pipe Diameter: 0.25 to 1.5 inch
- Gas Volumetric Flow Rate: 20 to 250 SCFM
- Operating Pressure: 30 to 165 psi
- Media Temperature: 32 to 122 F
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Supplier: Airmar Technology Corporation
Description: AT120 Airducer® Transducer Airmar’s 125 kHz AT120 ultrasonic air transducer is a critical component in the development of measurement systems for liquid or solid levels, automation control, proximity sensing and obstacle avoidance. AT120’s rugged PVDF housing provides lasting
- Beam Angle: 12 degrees
- Measurement Range: 150.00000000000003 to 7,000.000000000001 mm
- Features: Other
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Supplier: Setra Systems
Description: Setra's Model 264 versatile low differential pressure transducer is widely used in the accurate measurement of pressures and flows for proper building pressurization and air flow control. Optional accuracies of ±0.4% FS and ±0.25% FS are available as well as the standard ±1.0% FS
- Working Pressure Range: 0 to 3.6127 psi
- Accuracy: 1 ±% FS
- Signal Output: Analog Current, Analog Voltage
- Measurement Type: Differential, Gauge
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Supplier: Gems Sensors & Controls
Description: applications without modification. Their small size makes of 3500 Series transducers ideal for installation where space is at a premium. The MMS sensor used in these transducers quickly reaches full accuracy at power-up, making this series excellent for remote, battery-powered
- Working Pressure Range: 0 to 250 psi
- Accuracy: 0.25 ±% FS
- Operating Temperature: -40 to 257 F
- Measurement Type: Absolute, Compound, Gauge
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Supplier: Proportion-Air, Inc.
Description: The DFA flow monitor is a flow to atmosphere mass flow transducer which provides flow measurement in real time, less than 10ms. There are no moving parts and it is immune to vibration. It is an ideal flow monitoring device where real time flow measurement is critical to a process. Analog
- Pipe Diameter: 0.25 to 1.5 inch
- Gas Volumetric Flow Rate: 2 to 250 SCFM
- Operating Pressure: 30 to 165 psi
- Media Temperature: 32 to 122 F
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Miniature LVDT Displacement Transducers RDP's D5/D6 and GT series displacement transducers are ideal for positioning and gauging applications where (read more)
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Small Diameter LVDT Displacement Transducers RDP's D5/D6 and GT series displacement transducers are ideal for positioning and gauging applications where space is (read more)
Browse Linear Variable Differential Transformers (LVDT) Datasheets for RDP Electrosense -
New ranges for small diameter displacement transducers Small size and micron accuracy are ideal for assembly equipment, machine tool, materials testing, gauging and component inspection applications. RDP's LVDTs offer reliable solutions for (read more)
Browse Linear Variable Differential Transformers (LVDT) Datasheets for RDP Electrosense -
Gauge Computer Software making system integration simple. Attention to detail in both design and manufacture of the displacement sensor ensures precision measurement throughout the linear displacement transducer's life. Solartron (read more)
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USB Data Acquisition System EASY BOX™ EasyBox is the Marposs data acquisition system that is designed to provide simple and economic management of inductive and incremental transducers, air (read more)
Browse Data Acquisition Datasheets for Marposs Corp -
Jet “J Type” probes are similar to standard pneumatic transducers except that actuation is by an inbuilt piston. High tip forces are available but as air is (read more)
Browse Dimensional Gages and Instruments Datasheets for Ametek Solartron Metrology -
parts. Where as a traditional transducer exerts a tip force of approximately 0.7 N, the Feather Touch exerts a mere 0.18 N when used in the horizontal position. This reduction is achieved by replacing the gaiter with a close tolerance gland. Despite the low volume of air flow the bearing is (read more)
Browse Dimensional Gages and Instruments Datasheets for Ametek Solartron Metrology -
Feather Touch transducers have been designed especially to gauge or measure delicate surfaces such as car windscreens, pharmaceutical bottles, electro-mechanical components and plastic parts. Where as a traditional transducer exerts a tip force of approximately 0.7 N, the Feather Touch exerts a (read more)
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High-Quality Piezo Sound Transducers for the A380 Airbus
Flying may once have been a privilege of the gods but today, traveling by air is taken for granted. The motto is larger, faster, and further but also safety first. Whatever component used in an airplane must be "airworthy" which means reliable, durable, and as light and small as possible. This also
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Air-Coupled Acoustics: Sound PAT for Tablet Characterization
, an air-coupled transducer, a laser interferometer, a vibrometer controller and a digitizing oscilloscope, as well as a vacuum handling apparatus consisting of a vacuum wand and a vacuum pump with a suction power of ~30 kPa. The instrumentation diagram of the acoustic excitation and interferometric detection
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Measuring Static Overpressures in Air Blast Environments
. overpressure in an air blast is extremely challenging. Pressure rise. times can be sub-microsecond, demanding extremely highfrequency. response from the measuring pressure transducers and. their associated signal conditioning.
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Sensing Digital Objects in the Air: Ultraleap Introduces New Technology
Ultraleap produces ultrasonic transducers that enable haptics without devices. Users can feel virtual objects in the air and interact with them through hand gestures. The hardware required for this is now being upgraded to make it much more efficient and suitable for mass production.
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Capacity & Consumption
When it comes to selecting an electronic to pneumatic (E/P) transducer, the type of input and the pressure range of the output are the most common selection criteria considered. There are a couple of other specifications that are worth reviewing to select the best transducer for the job
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Delay Time Measurement with Ultrasonic Sensors
Many industrial ultrasonic sensors are based on the delay time measurement. As has been mentioned in the introduction, the "measurement representation" thereby is the propagation velocity of the sound in the air, which is 330 m/s under normal conditions. The sensors utilized for these functions
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Unified Optical Scanning Technology - Preface
arts and sounds, utilizing an arranged timed series of pixels, pels, or voxels. This temporal factor is of basic interest, for it allows (via the optical/electrical transducer --modulator and detector), efficient electronic processing. It is because of this fundamental flexibility that optical
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Effects of Ultrasonics on Health
energy is the ultrasonic transducer: a linear motor that converts electrical energy to reciprocating mechanical motion similar to a high-speed hammer. The motion occurs at a rate of 20,000 strokes or more per second, and is above the hearing range of the average person. The ultrasonic mechanical
More Information Top
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Ultrasonic Nondestructive Evaluation Systems
1994) Micromachined 1-3 composites for ultrasonic air transducers .
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High transduction Piezoelectric transducers and introduction of Non-Contact analysis
Researchers at Kingston and Stanford Universities have successfully produced micro-machined capacitance air transducers with frequencies as high as 11MHz (17,18).
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Characterization of air-coupled transducers
Despite the obvious measurement difficulties, good agreement between theory and experiment was observed and the methodology is shown to provide a convenient and robust procedure for comparison of through- air transducers operating in the frequency range 50 KHz to 2 MHz.
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Acoustic impedance matching of piezoelectric transducers to the air
[9] M. I. Haller and B. T. Khuri-Yakub, “Micromachined 1-3 com- posites for ultrasonic air transducers ,” Rev. Sci. Instrum., vol.
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Single Sided Inspection of Composite Materials Using Air Coupled Ultrasound
M. I. Haller and B. T. Khuri-Yakub, A surface micro machined electrostatic ultrasonic air transducer , Proc. IEEE Ultrason. Symp. 2:1241-1244(1994).
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http://www.ndt.net/article/ultragarsas/Vol.64-No.1-2009_04-Vladisauskass.pdf
Haller M. I., Khuri – Yakub B. T. Micromachined 1 – 3 composite for ultrasonic air transducers .
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https://bora.uib.no/bitstream/handle/1956/7164/109343561.pdf?sequence=1
[15] J. Hietanen and M. Oksanen, “Photoacoustic testing of ultrasonic air transducers ”, Measurement Science and Technology 5(8), 960 (1994).
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Squirter, Roller Probe, and Air-Coupled Ultrasonic Transducer Techniques for Low Frequency Inspection of Advanced Composites Materials
Chou, P. Parent, and G. S. Kino, " A New Design for Air Transducers , Proceedings 1988 IEEE Ultrasonics Symposium, Vol. 1, pp. 503-506, IEEE Cat.
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