Ultrasonic Impedance Analyzer For Ceramic Testing

Ultrasonic Impedance Analyzer For Ceramic Testing

The proper frequency and impedance adjust is indispensable for all ultrasonic devices. The frequency depends mainly on dimensions (e.g.: length of the sonotrode) and the impedance of the quality of material used, assembly, and coupling of the acoustic sets’ parts. Deviations indicate the need for fine tuning, cleaning, re-gripping or re-assembly.

Product Details

Ultrasonic Impedance Analyzer for Ceramic Testing

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Description :


The proper frequency and impedance adjust is indispensable for all ultrasonic devices. The frequency depends mainly on dimensions (e.g.: length of the sonotrode) and the impedance of the quality of material used, assembly, and coupling of the acoustic sets’ parts. Deviations indicate the need for fine tuning, cleaning, re-gripping or re-assembly.



Specification:


Item
HS520A
Frequency1Khz~500Khz/1Mhz/3Mhz
Product Featureportable,8inch screen,full touch screen
DimensionL:24cm,W:19cm,H:10cm
Measurement indexAll the parameters ,the graph
Measurement Accuracy< 0.5%
Measuremet Speed 5/S one pass (600scan point) adjustable
Frequency Accuracy±10ppm
Impedance Range1Ω~1MΩ
Frequency Step0.1Hz~any



Parameters and Graph:


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Application :


* Operation

* Sonotrode tuning

* Test of transducers

* Test of acoustic sets

* Test of piezo ceramics

* Predictive maintenance



Advantages:

 

*  Reduces ultrasonic equipment maintenance costs because it allows preventive maintenance.

*  Allows the quality control of ultrasonic transducers reducing technical assistance.

*  Makes fast and accurate manufacturing of transducer possible.

*  Easy operation .

*  Can connect to PC operation for datas storage.


Our workshop:


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CE Certification:

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Packing&shipping:


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Payment:

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FAQs:

Q:What is ultrasonic impedance analyzer?

A:The impedance analyzer can accurately measure the impedance range and wide frequency range. It uses the object to have different conductive effects. When a fixed low-level current is applied to the the object, the various devices equipment parameters and performance can be calculated through the impedance





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