Company details for:
Data Physics Ltd
(0)
South Road,
Diplocks Way Industrial Estate,
Hailsham,
East Sussex,
BN27 3JJ,
United Kingdom
Quick Links:
Products
SignalCalc 900 Software Suite
The 900 Series Signal Analyzers and Vibration Controllers are driven by the SignalCalc 900 Software. The 900 Series Software Suite is a clean, unified application for all signal analysis and shaker control applications.
Built on modern software technologies such as a relational SQL database and a 64 bit architecture, the 900 Series Software simplifies the process of acquiring/processing data and generating a report. The well-planned user interface is simple to learn and the similarity between all data acquisition and vibration control applications minimizes the learning curve to get the most out of your 900 Series hardware.
Built on modern software technologies such as a relational SQL database and a 64 bit architecture, the 900 Series Software simplifies the process of acquiring/processing data and generating a report. The well-planned user interface is simple to learn and the similarity between all data acquisition and vibration control applications minimizes the learning curve to get the most out of your 900 Series hardware.
Fast Fourier Transform (FFT)
The Fast Fourier Transform (FFT) Converts Dynamic Signals from the Time Domain to the Frequency Domain, Enabling Engineers and Technicians to Analyze and Understand Signal Frequency Content.
Used extensively in industries such as aerospace, automotive, defense, power and process, and manufacturing, the FFT serves as a primary tool for applications where vibration and other dynamic measurements are made including acceptance testing, vibration surveys, model validation, and troubleshooting and diagnostics.
Used extensively in industries such as aerospace, automotive, defense, power and process, and manufacturing, the FFT serves as a primary tool for applications where vibration and other dynamic measurements are made including acceptance testing, vibration surveys, model validation, and troubleshooting and diagnostics.
Recording & Playback Analysis
The 900 Series Recording and Playback functionality has the ability to record data at up to 216k samples/second for review, export, post processing, or driving a shaker.
Recording can be done simultaneously with real-time measurement or control and the recording sample rate can be independent of the measurement sample rate. Recorded data can be analyzed with any analysis type.
Recording can be done simultaneously with real-time measurement or control and the recording sample rate can be independent of the measurement sample rate. Recorded data can be analyzed with any analysis type.
Structural & Modal Analysis
SignalCalc 900 Provides a Complete Modal Data Acquisition Solution for Small or Large Structural Tests.
In a modal study, a common transfer function measurement is the Frequency Response Function (FRF). FRF measurements are used extensively in the modal analysis of mechanical systems. The frequency response function is a complex value and includes both a real and imaginary component that can be resolved into magnitude and phase.
In a modal study, a common transfer function measurement is the Frequency Response Function (FRF). FRF measurements are used extensively in the modal analysis of mechanical systems. The frequency response function is a complex value and includes both a real and imaginary component that can be resolved into magnitude and phase.
Rotating Machinery Analysis
Analyze Vibrations Caused by Rotating Machinery by Triggering or Normalizing Data Based on the Rotating Speed of the Machine.
RPM Analysis provides measurements synchronized to the speed of a rotating shaft. A high speed tach channel reads the RPM from the tachometer signal, and it can be used to trigger measurements or to pace waterfall displays.
RPM Analysis provides measurements synchronized to the speed of a rotating shaft. A high speed tach channel reads the RPM from the tachometer signal, and it can be used to trigger measurements or to pace waterfall displays.
SRS Analysis
Streamlined Transient Capture and SRS Analysis in SignalCalc 900.
Shock Response Synthesis analyzes the damaging ability of a transient pulse by estimating its effect on resonances. SignalCalc 900 uses a trigger to capture transient pulses − and a single transient capture may be reanalyzed multiple times live during the test using different damping factors, octave spacing, or octave placement.
Shock Response Synthesis analyzes the damaging ability of a transient pulse by estimating its effect on resonances. SignalCalc 900 uses a trigger to capture transient pulses − and a single transient capture may be reanalyzed multiple times live during the test using different damping factors, octave spacing, or octave placement.
Sine Data Reduction
Monitor Hundreds or Thousands of Channels in a Sine Vibration Control Test and Configure Abort Channel Profiles to Trigger the Controller to Abort.
SignalCalc Sine Data Reduction is used during a swept sine test under the direction of a vibration controller, providing additional measurement channels to supplement the controller. Sine Data Reduction also serves as a critical safety system for protection of high value test articles like satellites, triggering the controller to stop within milliseconds of a pre-defined tolerance being exceeded.
The powerful analysis functions and easily customizable graphical user interface features facilitate data analysis and comparison with analytical models, enabling test engineers to make critical decisions when testing high value test articles.
SignalCalc Sine Data Reduction is used during a swept sine test under the direction of a vibration controller, providing additional measurement channels to supplement the controller. Sine Data Reduction also serves as a critical safety system for protection of high value test articles like satellites, triggering the controller to stop within milliseconds of a pre-defined tolerance being exceeded.
The powerful analysis functions and easily customizable graphical user interface features facilitate data analysis and comparison with analytical models, enabling test engineers to make critical decisions when testing high value test articles.
Time History Recording Editor
Modify Time Histories Graphically with the Time Recording Editor.
Time History Recording Editor is a graphical tool which allows modification of time-domain data files. Source time histories can come from the 900 Series software, or can be imported from an external source. The resulting edited time data file can be analyzed in 900 Series software, output through an output channel to drive a shaker, used in a time replication shaker test or exported for external use.
Recording editor allows you to concatenate events that were recorded hours apart, events from different channels or recordings, or events from imported recordings into a single new recording. Recordings can also be trimmed, scaled, filtered, resampled, and can have ramps added at appropriate places.
The resulting time history can be post-processed using 900 Series software, used to drive a shaker, or exported.
Time History Recording Editor is a graphical tool which allows modification of time-domain data files. Source time histories can come from the 900 Series software, or can be imported from an external source. The resulting edited time data file can be analyzed in 900 Series software, output through an output channel to drive a shaker, used in a time replication shaker test or exported for external use.
Recording editor allows you to concatenate events that were recorded hours apart, events from different channels or recordings, or events from imported recordings into a single new recording. Recordings can also be trimmed, scaled, filtered, resampled, and can have ramps added at appropriate places.
The resulting time history can be post-processed using 900 Series software, used to drive a shaker, or exported.
Acoustic Analysis
Acoustic Measurements are used to Quantify Noise or Sound Power Emitted from a Product.
Acoustic measurements go hand in hand with vibration measurements − and in many cases the the goal of vibration reduction is rooted in the need for a reduction in acoustic noise.
Acoustic measurements go hand in hand with vibration measurements − and in many cases the the goal of vibration reduction is rooted in the need for a reduction in acoustic noise.
Air-Cooled Electrodynamic Shakers
A Broad Range of Air Cooled Electrodynamic Shaker Systems for Vibration Testing.
Electrodynamic shaker systems are essential for vibration testing, and you can find them in many configurations to suit your needs. Air-cooled electrodynamic shakers offer greater versatility, lower costs, and simpler installation than water-cooled shakers, making them an ideal investment for your testing applications.
Our air-cooled shakers are suitable for random, shock, sine, transient mixed mode, and long-time history replication applications. High-displacement models are ideal for classical shock testing and transportation testing. High lateral and torsional stiffness ensure maximum stability and support.
All SignalForce vibration test systems, or vibration shaker systems, including high quality accessories such as head expanders and slip tables, are manufactured in the USA or the UK by Data Physics.
Electrodynamic shaker systems are essential for vibration testing, and you can find them in many configurations to suit your needs. Air-cooled electrodynamic shakers offer greater versatility, lower costs, and simpler installation than water-cooled shakers, making them an ideal investment for your testing applications.
Our air-cooled shakers are suitable for random, shock, sine, transient mixed mode, and long-time history replication applications. High-displacement models are ideal for classical shock testing and transportation testing. High lateral and torsional stiffness ensure maximum stability and support.
All SignalForce vibration test systems, or vibration shaker systems, including high quality accessories such as head expanders and slip tables, are manufactured in the USA or the UK by Data Physics.
Water Cooled Shakers
Water Cooled Shakers Are Typically Used for Larger Payloads and More Demanding Structural Testing Applications.
By utilizing dual hydrostatic bearings, payloads with high overturning moments can be tested without the need for external guidance systems. Water cooled shaker systems generate comparably lower acoustic noise output and lower demand on facility HVAC systems. Water cooled shaker bodies are completely sealed, making them ideal for both clean room and hazardous environments.
By utilizing dual hydrostatic bearings, payloads with high overturning moments can be tested without the need for external guidance systems. Water cooled shaker systems generate comparably lower acoustic noise output and lower demand on facility HVAC systems. Water cooled shaker bodies are completely sealed, making them ideal for both clean room and hazardous environments.
Modal Shakers
Modal Shakers Are Used to Excite a Structure Via the Central Spigot with a Connecting Rod (Stinger), So That Energy Can Be Input Without the Mass or Dynamics of the Shaker Affecting the Response of the Structure
Inertial Shakers
When Large Structures Need to Be Tested, Inertial Shakers Provide the Ideal Solution.
These shakers have found applications for testing buildings, floor loading resonances, ship’s decks for helicopter loading, squeaks and rattle testing in cars, geological exploration, helicopter rotor simulation and active vibration cancellation. The central spigot is attached to the structure under test and the body then provides the inertial mass.
Inertial shakers are permanent magnet devices which may be sealed for short test operations in harsh environments. For prolonged use it is necessary to cool the shakers and this can be achieved either by the attachment of a standard shop dry air line or by the attachment of a small cooling blower to suck the air through the shaker.
All power amplifiers used with inertial shakers may be fitted with an internal sine signal source to provide simple excitation for the shaker. Externally generated signals may also be applied to the power amplifier.
These shakers have found applications for testing buildings, floor loading resonances, ship’s decks for helicopter loading, squeaks and rattle testing in cars, geological exploration, helicopter rotor simulation and active vibration cancellation. The central spigot is attached to the structure under test and the body then provides the inertial mass.
Inertial shakers are permanent magnet devices which may be sealed for short test operations in harsh environments. For prolonged use it is necessary to cool the shakers and this can be achieved either by the attachment of a standard shop dry air line or by the attachment of a small cooling blower to suck the air through the shaker.
All power amplifiers used with inertial shakers may be fitted with an internal sine signal source to provide simple excitation for the shaker. Externally generated signals may also be applied to the power amplifier.
SignalForce Amplifiers
Efficient Power and Intelligent Control Interfaces for Electrodynamic Shakers.
Data Physics offers a range of standard amplifier products specifically designed to meet comprehensive power delivery requirements while simultaneously assuring long-term, reliable operation.
Data Physics offers a range of standard amplifier products specifically designed to meet comprehensive power delivery requirements while simultaneously assuring long-term, reliable operation.
SignalForce Accessories
A Complete Range of Accessories and Design Services for Slip Tables, Fixtures, Head Expanders, Monobases, and More.
When designing head expanders or fixtures 3D Models are produced using the complete moving system to ensure that all resonances that might be excited are investigated. At least 20 mode types are usually considered. Head expanders are available as round or square shapes, made from cast magnesium or aluminum or as weldments, depending on the required size, operating frequency and budget.
Slip tables can be supplied in monobases or in stand-alone structures for mating with any existing shaker. The slip table assembly consists of a steel moat structure, a magnesium slip plate, a precision ground granite block and (usually) a set of guidance bearings. The steel moat acts as an oil reservoir, where oil flows from the slip plate and guidance assembly. The granite slip surface is enclosed within this structure and is ground and lapped to a tool room grade B finish to provide minimum friction during vibration testing. Data Physics Corporation manufactures a variety of head expanders, fixtures, and slip tables.
When designing head expanders or fixtures 3D Models are produced using the complete moving system to ensure that all resonances that might be excited are investigated. At least 20 mode types are usually considered. Head expanders are available as round or square shapes, made from cast magnesium or aluminum or as weldments, depending on the required size, operating frequency and budget.
Slip tables can be supplied in monobases or in stand-alone structures for mating with any existing shaker. The slip table assembly consists of a steel moat structure, a magnesium slip plate, a precision ground granite block and (usually) a set of guidance bearings. The steel moat acts as an oil reservoir, where oil flows from the slip plate and guidance assembly. The granite slip surface is enclosed within this structure and is ground and lapped to a tool room grade B finish to provide minimum friction during vibration testing. Data Physics Corporation manufactures a variety of head expanders, fixtures, and slip tables.
Shaker & Amplifier Parts & Service
When it comes to working efficiently, there is no time for downtime. For your peace of mind, you want to know you can access high quality support quickly and easily. You want to choose service levels that meet your specific business requirements and you want competitively priced support to ensure a lower cost of technology ownership for your company.
Data Physics manufactures spare parts for all current generation SignalForce shakers as well as legacy Ling and Gearing & Watson shakers. This includes parts for very old shakers built long ago. Additionally Data Physics can provide select parts for competitive brands.
Data Physics employs a uniquely qualified and experienced team to provide shaker maintenance services for all shaker models and brands including, installation, relocation, repair, calibration and maintenance.
Shaker service is offered in conjunction with Data Physics partners and distributors worldwide, but also directly from service centers in the Unites States, the United Kingdom, China and India. Data Physics shaker service centers aid users with fast, economical shaker maintenance and shaker repair services including shaker systems manufactured by others.
Data Physics provides a complete portfolio of services tailored to your unique Test & Measurements needs today and in the future. Please contact Support for pricing and options available.
Data Physics manufactures spare parts for all current generation SignalForce shakers as well as legacy Ling and Gearing & Watson shakers. This includes parts for very old shakers built long ago. Additionally Data Physics can provide select parts for competitive brands.
Data Physics employs a uniquely qualified and experienced team to provide shaker maintenance services for all shaker models and brands including, installation, relocation, repair, calibration and maintenance.
Shaker service is offered in conjunction with Data Physics partners and distributors worldwide, but also directly from service centers in the Unites States, the United Kingdom, China and India. Data Physics shaker service centers aid users with fast, economical shaker maintenance and shaker repair services including shaker systems manufactured by others.
Data Physics provides a complete portfolio of services tailored to your unique Test & Measurements needs today and in the future. Please contact Support for pricing and options available.
High Intensity Acoustic Testing Equipment
A Full Suite of Proven Acoustic Test Products and Services for RATF, PWT, or DFAT Testing.
Whether testing a spacecraft in a reverberant acoustic test facility (RATF) or a component in a progressive wave tube (PWT), the principals of operation are the same. Both types of facilities require a compressed flow of air or nitrogen, noise sources, test chambers, and acoustic control systems. Data Physics can offer both expertise and equipment for new facility development as well as repair and service of existing facilities.
Whether testing a spacecraft in a reverberant acoustic test facility (RATF) or a component in a progressive wave tube (PWT), the principals of operation are the same. Both types of facilities require a compressed flow of air or nitrogen, noise sources, test chambers, and acoustic control systems. Data Physics can offer both expertise and equipment for new facility development as well as repair and service of existing facilities.
Underwater Acoustic Test Capabilities
Underwater Acoustic Transducers and Signal Generation Systems.
Since 1973, Gearing & Watson has built an impressive range of underwater products. With Gearing & Watson now part of Data Physics, this legacy continues. Data Physics offers complete turnkey solutions for underwater acoustic tests, including sound sources, transducers, drive electronics, towfish, tow cables, full handling systems, trials support and service.
SignalSound underwater acoustic products provide a versatile means of projecting simulated target spectra at sea − for operation with all types of passive sonar and passive ranging systems. Low frequency underwater projectors (hydrosounders) also produce pulses for exercising intercept sonars, and they include an echo repeat sub system for operation with active sonars.
Since 1973, Gearing & Watson has built an impressive range of underwater products. With Gearing & Watson now part of Data Physics, this legacy continues. Data Physics offers complete turnkey solutions for underwater acoustic tests, including sound sources, transducers, drive electronics, towfish, tow cables, full handling systems, trials support and service.
SignalSound underwater acoustic products provide a versatile means of projecting simulated target spectra at sea − for operation with all types of passive sonar and passive ranging systems. Low frequency underwater projectors (hydrosounders) also produce pulses for exercising intercept sonars, and they include an echo repeat sub system for operation with active sonars.
Sine Vibration Control
Sine Vibration Control is Used to Qualify a Test Article or to Excite its Resonances to Test Durability.
Swept Sine testing is the primary tool for characterizing the dynamics of a test article. Sine testing delivers sinusoidal excitation to the article under test, controlling the excitation level through a pre-defined frequency range.
Swept Sine testing is the primary tool for characterizing the dynamics of a test article. Sine testing delivers sinusoidal excitation to the article under test, controlling the excitation level through a pre-defined frequency range.
Random Vibration Control
Random Vibration is representative of the broad range of vibration environments that products and structures experience during their lifetimes.
Random vibrations excite all of a structure’s resonant frequencies simultaneously, often simulating the environment the structure will see when it is in the field. Short or long duration random vibration tests are used to ensure a product or structure will be able to withstand the vibrations it will experience during its lifetime.
Random vibrations excite all of a structure’s resonant frequencies simultaneously, often simulating the environment the structure will see when it is in the field. Short or long duration random vibration tests are used to ensure a product or structure will be able to withstand the vibrations it will experience during its lifetime.
Classical Shock Control
Classical shock testing on a shaker is an efficient method to test products against high-acceleration transients, offering better accuracy and more repeatability than a drop shock machine.
Classical Shock offers a wide range of classical pulse types, including half sine, rectangular, triangular (symmetrical or non-symmetrical), sawtooth (initial or terminal peak), trapezoid, double sine, haversine, sineburst, and user-imported pulses.
Classical Shock offers a wide range of classical pulse types, including half sine, rectangular, triangular (symmetrical or non-symmetrical), sawtooth (initial or terminal peak), trapezoid, double sine, haversine, sineburst, and user-imported pulses.
Mixed Mode Vibration Control
Sine-on-Random and Random-on-Random Vibration Test Types.
Mixed mode testing is used to simulate the vibration environment of structures where there is a combination of broadband and cyclic (narrowband) energy. Cyclic energy can be in the form of sweeping sine tones or narrowband random. For example, simulating helicopter vibration incorporates random vibration due to turbulence and sine vibration due to the rotor shaft and drivetrain.
Mixed mode testing is used to simulate the vibration environment of structures where there is a combination of broadband and cyclic (narrowband) energy. Cyclic energy can be in the form of sweeping sine tones or narrowband random. For example, simulating helicopter vibration incorporates random vibration due to turbulence and sine vibration due to the rotor shaft and drivetrain.
Resonance Search & Dwell Vibration Control
Resonance Dwell is a convenient, repeatable way to stress a test article for low- or high- cycle fatigue testing.
Cyclic stress testing using Resonance Search and Dwell is the most effective way to assess the fatigue life of a test article. Resonance Dwell uses the test article’s modeshapes to impart stress at the same locations and in the same directions that the test article would experience during its lifetime.
Cyclic stress testing using Resonance Search and Dwell is the most effective way to assess the fatigue life of a test article. Resonance Dwell uses the test article’s modeshapes to impart stress at the same locations and in the same directions that the test article would experience during its lifetime.
SRS Shock Control
SRS Shock Control is used to Simulate the Complex Vibration Environment Seen in Earthquakes and Pyrotechnic Shock.
SRS Shock Control synthesizes a time history that conforms to the given SRS reference. The SRS controller is the optimal controller choice for high frequency shock control, and has the ability to make independent SRS or Frequency domain measurements while the SRS controller is running − with SRS parameters independent of the controller SRS
SRS Shock Control synthesizes a time history that conforms to the given SRS reference. The SRS controller is the optimal controller choice for high frequency shock control, and has the ability to make independent SRS or Frequency domain measurements while the SRS controller is running − with SRS parameters independent of the controller SRS
Time History Replication Control
Record or Import Time History Data to be Replicated on a Shaker Table.
Record field data with your portable Abacus 901 or 906 and use the same Abacus hardware and software suite to control the vibration on your shaker. The 900 Series Time History Replication software minimizes the amount of data acquisition and control hardware all while streamlining the entire process.
Record field data with your portable Abacus 901 or 906 and use the same Abacus hardware and software suite to control the vibration on your shaker. The 900 Series Time History Replication software minimizes the amount of data acquisition and control hardware all while streamlining the entire process.
About us
Data Physics Ltd provides its Dynamic Signal Analyzers and Vibration Test systems globally, catering to the needs of the noise and vibration industry.
Headquartered in San Jose, California, Data Physics Corporation stands as a pioneering innovator and manufacturer in its industry. Data Physics (UK) Ltd, located in Hailsham, East Sussex, is among the company's global manufacturing, sales, and support facilities.
Data Physics is enhancing its product line by leveraging the achievements of its hardware and software offerings. Abacus represents a top-tier modular system for data acquisition and signal processing, accommodating needs ranging from 4 to thousands of channels. QUATTRO, on the other hand, is a high-performance, portable, USB-powered 4-channel data acquisition and signal processing platform.
Discover Our Extensive Range of Products for Signal Analysis & Vibration Testing:
Dynamic Signal Analyzers
Experience a complete vibration acquisition and analysis solution operated by user-friendly, flexible, and robust software. The compact and durable 900 Series hardware is tailored for challenging field or laboratory environments. Its modular, distributed design allows for scalability to over 1,000 channels for laboratory applications. Learn more about impact testing capabilities with the 900 Series.
Vibration Controllers
The Data Physics 900 Series Platform revolutionises vibration control and signal analysis for the modern era. Integrating Data Physics' renowned shaker control algorithms with state-of-the-art software and new hardware, the 900 Series controllers can swiftly configure to manage any shaker. Furthermore, the platform boasts advanced features including automatic data aggregation from all test stands, customisable Word-based reporting, limitless expandability, simultaneous data recording and signal analysis, intrinsic safety measures, and more.
Electrodynamic Shakers & Accessories
SignalForce products offer complete vibration test systems, featuring Electrodynamic Shakers (both Air- and Water-Cooled), Power Amplifiers, Slip Tables, Head Expanders, Fixtures, and Thermal Barriers for Environmental Testing. The sales and support team at Data Physics excel in comprehending user requirements, ensuring the provision of meticulously configured vibration test systems that satisfy present and future demands.
High Intensity Acoustic Testing
High-intensity acoustic testing is commonly conducted in either a reverberant acoustic test facility (RATF) or a progressive wave tube (PWT). These facilities are crucial for producing exceptionally high sound pressure levels necessary for testing aerospace components. The noise generated by rockets and aircraft can potentially cause damage to aerospace structures and components. Since acoustic excitation cannot typically be replicated using electrodynamic or hydraulic shakers, engineers depend on RATFs and PWTs to accurately simulate the required acoustic excitation.
Since 1984, Data Physics has been providing top-quality test and measurement solutions. As a comprehensive supplier for noise and vibration applications, Data Physics offers a range of products including Dynamic Signal Analyzers, Vibration Controllers, Shakers and Accessories, as well as High Intensity and Underwater Acoustics equipment.
Data Physics products offer vibration testing solutions across various industries, such as aerospace, defence, automotive, manufacturing, power generation, electronics, medical devices, computers, independent test laboratories, civil engineering, and telecommunications.
Data Physics UK Ltd provide customers with full support, training and technical resources, including: installation, calibration, training, trade-in and warranty support packages. If you are working in our field of expertise, we can help. Visit our website or call us for more details.
Headquartered in San Jose, California, Data Physics Corporation stands as a pioneering innovator and manufacturer in its industry. Data Physics (UK) Ltd, located in Hailsham, East Sussex, is among the company's global manufacturing, sales, and support facilities.
Data Physics is enhancing its product line by leveraging the achievements of its hardware and software offerings. Abacus represents a top-tier modular system for data acquisition and signal processing, accommodating needs ranging from 4 to thousands of channels. QUATTRO, on the other hand, is a high-performance, portable, USB-powered 4-channel data acquisition and signal processing platform.
Discover Our Extensive Range of Products for Signal Analysis & Vibration Testing:
Dynamic Signal Analyzers
Experience a complete vibration acquisition and analysis solution operated by user-friendly, flexible, and robust software. The compact and durable 900 Series hardware is tailored for challenging field or laboratory environments. Its modular, distributed design allows for scalability to over 1,000 channels for laboratory applications. Learn more about impact testing capabilities with the 900 Series.
Vibration Controllers
The Data Physics 900 Series Platform revolutionises vibration control and signal analysis for the modern era. Integrating Data Physics' renowned shaker control algorithms with state-of-the-art software and new hardware, the 900 Series controllers can swiftly configure to manage any shaker. Furthermore, the platform boasts advanced features including automatic data aggregation from all test stands, customisable Word-based reporting, limitless expandability, simultaneous data recording and signal analysis, intrinsic safety measures, and more.
Electrodynamic Shakers & Accessories
SignalForce products offer complete vibration test systems, featuring Electrodynamic Shakers (both Air- and Water-Cooled), Power Amplifiers, Slip Tables, Head Expanders, Fixtures, and Thermal Barriers for Environmental Testing. The sales and support team at Data Physics excel in comprehending user requirements, ensuring the provision of meticulously configured vibration test systems that satisfy present and future demands.
High Intensity Acoustic Testing
High-intensity acoustic testing is commonly conducted in either a reverberant acoustic test facility (RATF) or a progressive wave tube (PWT). These facilities are crucial for producing exceptionally high sound pressure levels necessary for testing aerospace components. The noise generated by rockets and aircraft can potentially cause damage to aerospace structures and components. Since acoustic excitation cannot typically be replicated using electrodynamic or hydraulic shakers, engineers depend on RATFs and PWTs to accurately simulate the required acoustic excitation.
Since 1984, Data Physics has been providing top-quality test and measurement solutions. As a comprehensive supplier for noise and vibration applications, Data Physics offers a range of products including Dynamic Signal Analyzers, Vibration Controllers, Shakers and Accessories, as well as High Intensity and Underwater Acoustics equipment.
Data Physics products offer vibration testing solutions across various industries, such as aerospace, defence, automotive, manufacturing, power generation, electronics, medical devices, computers, independent test laboratories, civil engineering, and telecommunications.
Data Physics UK Ltd provide customers with full support, training and technical resources, including: installation, calibration, training, trade-in and warranty support packages. If you are working in our field of expertise, we can help. Visit our website or call us for more details.
Images
