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Cyfrowy UltradĽwiękowy Defektoskop CUD WiFi

Digital Ultrasonic Flaw Detector CUD WiFi

This flaw detector is used in automated research and has the following features:

  • 10 independent channels with either switching probes
  • the number of channels can be changed as required
  • has all the modern research to improve digital flaw detectors, such as automatic time base, automated assessment indicated by the DGS and DAC, catalogs (warheads, materials, settings), markers (gateway), auditory markers, etc.
  •      two-way wireless communication
  • WiFi or wired to your computer
  •     
  • can work with automated production control systems
  •     
  • in operation can be used to test manually, but primarily as a multi-channel, automated CPU bench. This position can be stationary or portable
  •     
  • may be disposed in a housing shaped to fit a particular purpose

CUD BO-Fi has been designed on the basis of specifically formulated for the needs of one of the potential customers. These requirements include, and even ahead of the demands of foreign auditors. These are:

  1. speed up and reduce the costs of testing by automating all the tasks that are not the same study
  2. credibility of research by the greatest independence test result from the subjective assessment of the operator;
  3. record of the entire course of the study and its automatic evaluation, then the conclusion of these information generated by the system test report
  4. records compatibility test results from existing databases wheelsets client
  5. versatility for ways to use the device to other ultrasonic testing, for example, items such as welded connections
  6. mobility devices and the ability to use them not only on the test, but also in any other circumstances;
  7. the complexity of the test shall not exceed the scope of the certificate I and II according to DIN EN 473;
  8. opportunity to study niezdemontowanych axis, partially disassembled and completely dismantled the axis on special positions;
  9. imaging
  10. A, hepatitis B (2D) and hepatitis C (3D)
  11. expandable at any time.

offered research systems can be adapted to meet any, specified by the customer standards. Every time is also developed by competent personnel (certified Level 3 in the maintenance order) separate test procedure. Standard are met the technical requirements of the following standards:

        
  • DIN 27201-7 State of railway vehicles - Basic principles and production technology - Part 7: Non-destructive test
  •     
  • BS EN ISO 15313 Railway applications - Performance requirements for handling wheels - Maintenance wheelset of vehicles in operation and out of operation

Description CUD CUD BO-Fi.

The device consists of a disc heads, flaw detector and bracket-adapter. Moreover, it may be equipped with a ring with heads, heads and other studies (e.g., joints).

     Brake

ultrasonic heads (Figure 1 and Figure 2) is used for testing, from the carrier face. Heads are placed on the target at distances resulting from the geometric analysis in a sustainable manner. The shield is designed individually for each type of axle depending on its geometrical dimensions. The shield is also arranged normal to the test head along the axis. Also mounted device for measuring the rotation angle (inclinometer), making it possible to record the course of the study. In contrast, the study of the possible central portion axis certain profiled heads is carried out in accordance with their diameter (Fig. 3) so that it is ensured good contact with the surface of the test. Like the shield is mounted inclinometer. If the tests on the part of the central axis is performed more than one head of the Ring is possible to use ultrasonic heads (Fig. 3).

     Brake

ultrasonic heads (Figure 1 and Figure 2) is used for testing, from the carrier face. Heads are placed on the target at distances resulting from the geometric analysis in a sustainable manner. The shield is designed individually for each type of axle depending on its geometrical dimensions. The shield is also arranged normal to the test head along the axis. Also mounted device for measuring the rotation angle (inclinometer), making it possible to record the course of the study. In contrast, the study of the possible central portion axis certain profiled heads is carried out in accordance with their diameter (Fig. 3) so that it is ensured good contact with the surface of the test. Like the shield is mounted inclinometer. If the tests on the part of the central axis is performed more than one head of the Ring is possible to use ultrasonic heads (Fig. 3).

Wifi CUD
Figure 1 CUD BO-Fi. View from the top, visible (more about the flaw detector here):
  • "horns" (battery) power supply,
  • faceplate with power outlets and additional probes,
  • three control buttons,
  • two signaling LEDs.

Because the flaw CUD BO-Fi has a built-in inclinometer (to study the rotation angle heads), you can record the entire course of the study. The test is performed automatically, the task of the operator is only fitting system (use the screws on the journal) and run it. Acoustic coupling is ensured at all times thanks to the partial flooding of the oil hole.

The complexity of hardware support and research facilities offered does not exceed the skills of the staff certified in stage 1 in the maintenance order. The training center Lucchini Poland there is the opportunity of a proper approach to training and certification exam. As part of the delivery takes place while the specialized training of operating equipment and explaining the nuances of this particular study.

Examples of application CUD BO Wifi:

Hollow axes.

Full axes without disassembling.

Full axes.