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All the transducers are available in 30 kHz and 40 kHz frequencies.
The piezoceramic transducer elements are bonded to hermetically sealed stainless steel AIS316L boxes. PZT elements are of sandwich construction. The transducers can be used in new cleaning installations or retrofitted into existing systems to enhance the cleaning effect. We are pleased to help you in optimizing an ultrasonic system for your particular needs.
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offer greater power than double-headed transducers at the same length.
• Excellent service life due to solid radiating element
made of a special titanium alloy
• Extremely homogeneous sound field without gaps or dips due to omnidirectional sonic distribution
• Particularly well-suitable to cleaning work in vacuum and overpressure environments and for use with reactors, such as those used in ultrasonic chemistry
• Extremely low space requirement
• High efficiency of more than 95%
• Available for the frequencies 25, 30 and 40 kHz
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Immersible Ultrasonic Transducers provide the ultimate in ultrasonic system design flexibility. These hermetically sealed, modular stainless steel units can be designed into new systems or retrofitted into existing systems to add ultrasonic capability. The number and placement of transducers is selected to give maximum results in any cleaning tank with any cleaning load. Available frequencies include 25, 40, 72, 104, and 170 kHz. Immersible ultrasonic transducer units can be side and/or bottom mounted depending on the tank geometry. In general, side mounting is recommended for tanks where the depth is more than two times the smaller of the length and width dimensions.
These "workhorse" units are intended to withstand the abuse unavoidable in a heavy, industrial environment. They are constructed of heavy gauge 316L stainless steel. All joints are full-penetration welded using inert gas techniques in our own facility by experienced craftsmen. Every unit is pre-tested prior to closure to assure that all transducer elements are performing efficiently. The finished units are function tested in liquid for a minimum of 24 hours prior to shipping.
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Power Sonics exclusive designs are known as the Type IP ultrasonic transducers. Typically each transducer requires a one kW generator to drive it and has a radiating surface of approximately 100 square inches. They are designed to be mounted in just about any position, depending on the cleaning application.
Faster, the Type IP transducer because of the lamination design and layout achieves more even cavitation, which result in a transducer which achieved cavitation easily and quickly. The lamination design produces higher cavitation intensity that is more evenly distributed throughout the cleaning area.
This type of magnetostrictive transducer design consists of individual laminations driven by a common coil. Coverage of the radiating surface with laminations results in a high intensity design capable of being driven at high power densities. Levels of 10 Watts per square inch of lamination are typical with this approach.
The high efficiency of this new transducer design also reduces stress on generator components, which results in extended generator life. Type GM, GL and GP generators power these immersibles.
Other advantages of the lamination material are mechanical, electrical and thermal toughness. Low voltage excitation and continuous polarization support the high efficiency design. The "Synergistic" driving action of the radiating surface allows the IP transducer to be driven at the highest usable power levels for achieving effective cavitation.
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unite robust construction with high efficiency and flexible connection options, while offering a broad spectrum of applications.
• Long service life through use of a special steel alloy for the casing
• Extremely good sonic yield due to use of optimized piezo transducer elements
• Standard frequencies: 25, 30, 40 and 80 to 150 kHz
Other frequencies available on request
• Multi-frequency transducers with 40, 80 and 120 kHz
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Immersible Ultrasonic Transducers provide the ultimate in ultrasonic system design flexibility. These hermetically sealed, modular stainless steel units can be designed into new systems or retrofitted into existing systems to add ultrasonic capability. The number and placement of transducers is selected to give maximum results in any cleaning tank with any cleaning load. Available frequencies include 25, 40, 72, 104, and 170 kHz. Immersible ultrasonic transducer units can be side and/or bottom mounted depending on the tank geometry. In general, side mounting is recommended for tanks where the depth is more than two times the smaller of the length and width dimensions.
These "workhorse" units are intended to withstand the abuse unavoidable in a heavy, industrial environment. They are constructed of heavy gauge 316L stainless steel. All joints are full-penetration welded using inert gas techniques in our own facility by experienced craftsmen. Every unit is pre-tested prior to closure to assure that all transducer elements are performing efficiently. The finished units are function tested in liquid for a minimum of 24 hours prior to shipping.
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The ITC-1007 spherical transducer offers a broadband, omnidirectional transmitting and receiving response with efficiencies greater than 50% over the entire band. This transducer is fabricated of high precision Channelite-5400 and zirconate titanate ceramic hemispheres. It is particularly well suited for high power noise sources and applications where a truly omnidirectional response is required.
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Ultrasonic Immersible Transducers
Ultrasonic cleaning immersible transducers give you the ability to add the ultrasonic advantage to your existing application. We bond and wire transducers inside a stainless steel container, and seal it with a stainless steel lid. This gives you the ability to "drop-in" transducers to an existing tank or application.
- 316L, 12 and 14 gauge stainless steel
- Installation hardware included
- Easy to install
- Heli-arc welded
- Pressure tested
- Custom sizes available
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Immersible Ultrasonic Transducers manufactured to customers needs
A Typical application using Submersible Ultrasonic Transducers
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Our famous patented array wheel probe is the result of many years of research and careful design, in consultancy with our RapidScan2 customers in the aerospace market. It features a wide conformable rubber tyre which is acoustically matched to water, providing low loss coupling into the test part for high quality results without the need for gel or large quantities of water. It is ideally suited to hand scanning of large flat or slightly curved parts, covering large areas quickly and efficiently. A central spring loaded roller ensures consistent coupling pressure across the sensor even when scanning narrow parts. Incorporating a 64 element phased array with 0.8mm resolution, and a high resolution position encoder, the Array Wheel Probe provides high quality, high resolution data. Various sizes of wheel and levels of array are available and can now also be used with many instruments on the market.
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Ultra-Trak passively monitors ultrasounds produced by operating equipment. It can be readily connected to alarms or recorders for datalogging, thanks to its 4-20 mA current output, coupled with a pure demodulated output.
Housed in stainless steel, the rugged Ultra-Trak 750 is water resistant and dust proof which means it can be externally mounted in some of the most challenging environments. Couple this with an extraordinarily wide dynamic range of 120 dB and sensitivity adjustment, this sensor is ready to meet your most demanding sensing needs.
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ULTRASONIC CONDITION ALERT
UE SYSTEMS is pleased to introduce the new Ultrasonic Condition Alert (UCA 586)
This new sensor is economically priced and is specifically designed for contact applications.
Typical Applications:
Bearing Monitoring
Valve Leak Monitoring
Flow/No Flow
Solid Flow Detection
Electrical (arcing/tracking/corona)
Cavitation Monitor
Coal Fineness Monitor
Bearing Lubrication Failure
Gearbox Monitor
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The ITC-9074 312 kHz air transducer has a higher frequency for very short-range applications. It can be used as a transmitter receiver or both as needed and is especially appropriate for embedded echo location and through-beam applications in OEM.
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The ITC-9040 40 kHz air transducer is designed for a variety of ultrasonic sensor products. Its narrow beam makes it a good choice for demanding, longer-range proximity, position and level sensor applications. It can be used as a transmitter, receiver or both as needed. The seamless Kynar housing makes it perfect for applications in harsh environments. The housing comes with an M20 x 1.5 threaded mount.
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Measurement Specialties has done pioneering work in the development of ultrasound sensing using Piezo film. Piezoelectric film ultrasound transmitters and receivers offer unique advantages for two-dimensional positioning applications such as:
- Digitizers
- Object detection
- Distance measurement
Piezo Sensor - 40kHz Digitizer Transmitter_Receiver
Description: Piezoelectric film (PVDF) ultrasound transmitter and receivers offer unique advantages for air ranging applications. Depending on the application, resonance frequency and vertical beam directivity of the transmitter and receiver can easily be customized by changing the diameter and length of the PVDF cylinder. The receiver has a very wide horizontal beam angle and it can be reduced by changing the housing design if necessary. PVDF transmitters and receivers also have very low resonance Q value of 5 and PVDF receivers have Q value of 4. This means that the rising time and the signal decay time are much faster than the conventional ceramic transmitters. This characteristic is suitable for high speed data acquisition or high speed digitizer applications. Cylindrical 40kHz PVDF transmitters exhibit omni-directional horizontal beam directivity and broad band characteristics. Cylindrical 40kHz PVDF receivers exhibit very wide horizontal beam directivity and broad band characteristics. These characteristics lend unique solutions in many applications such as two-dimensional positioning, digitizer, object detection, and distance measurement.
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