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MINISONIC ISD detects the changes of products in a pipeline by measuring the speed of sound. The speed of sound is a precise specification of the product and has a correlation to density or concentration.
It is also a detector of the passage of pigs and spheres in a pipeline by the analysis of the acoustic signal.
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Building on the new range of Digital Ultrasonic Flaw Detectors recently launched by Sonatest Ltd, the new Railscan 125 has been developed specifically for use in rail testing market and is walking stick compatible.
Developed using cutting edge technologies the new Railscan 125 has been developed with the user and application environment in mind, meeting the Network Rail standard NR/SP/TRK/005 for Rail Testing Portable Ultrasonic Equipment.
Rugged, waterproof construction combined with superior battery life render this unit as being ideally designed for rail testing applications and harsh working environments. The transflective colour display is daylight viewable and now supports a larger display area, which is expandable for full screen viewing.
Software development has resulted in a new user orientated menu navigation system, broken down into four key areas: calibration, measurement, utilities and memory. The subtly redesigned user interface allows for faster parameter changes, providing unique Help keys for all functions and above all ease of use.
With improved overall performance, more robust casing and advanced software features the results will speak for themselves.
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Measuring of pitch interval and analyze of echo times;
Auto-calibration of probe and auto-gain.
Two measuring unit: mm/inch;
Equipped with gate and alarming function.
Two measurement mode: A scan and B scan;
Communicating with PC by RS232 port for transferring the measuring data and system parameters;
10 detecting channels are available with separated detecting parameters and DAC curve in every channel.
Automatic generation of DAC curve, and 30 points can be recorded at most, adjustable offset curves and gain correction functions are available.
Memory up to 300 A scanned images, parameters and DAC, and 30000 thickness values.
Four Rectify Ways: positive half-wave, negative half-wave, full wave and radio frequency.
Three detecting modes: Single-probe, Dual-probe and Trough transmission;
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●Real-time multi function system, stable, reliable and
efficient operation
●The embedded software can be online updated
●Big memory of 400 A graph and 40000 thickness value
●Super Fast sampling capability, RF wave full display£¬
Minimum display range 2.5mm
●Wide & high bright EL display screen
●Alternative switch between single probe and double probe
●DAC automatically creation with standard test block
●Li battery, continue working time up to 6 hours
●USB and RS232 interface
● 3 offset adjustable DAC curve cater to various requirements of DAC in all walks of life
● 400 independent flaw detection channel
● High speed sampling, radio frequency display with 80 MHz for sampling Min. display range 2.5mm
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The Sitescan delivers high performance and advanced features, yet our engineer's experience in user interface design has ensured it is easy and quick to use. The acknowledged ease of use of previous generation Sitescans has been enhanced with the menu navigation scroll-wheel, providing easy access to functions. The menu structure has been designed to guide the user through their task with operation quickly becoming second nature. The Sitescan D-10 uses a broad band amplifier compatible with a wide range of transducers whilst the D-20 model uses several narrow bands for improved performance. The “analogue feel” from the high quality broadband amplifier shows all the detail required to identify defect types such as holes or cracks, and sufficient resolution for identifying small signals. Typical applications are weld inspection, corrosion testing, small castings, forgings and delamination checking.
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For over 20 years the Masterscan name has meant exceptional performance with class leading design, and the 350M and 380M continue this tradition. The latest developments in amplifier and pulser technology deliver higher levels of near surface resolution, penetrating power and excellent signal to noise ratio. Typical applications are thin walled components, turbine blades, spot
welds, power generation (including EMATs), large castings and forgings.
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