Related Manuals for Sonotec SONAPHONE BS20
Summary of Contents for Sonotec SONAPHONE BS20
- Page 1 Ultrasonic Testing Device for Preventive Maintenance User Documentation: Structure-Borne Sound Sensor BS20...
- Page 2 © SONOTEC Ultraschallsensorik Halle GmbH All rights reserved. Revision: 1.0; Date: 2017-11-06 Subject to technical modifications!
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Page 3: Table Of Contents
Structure-Borne Sound Sensor BS20 Content Information on this document ......................5 General ............................5 Symbols used ..........................6 Sensor description ..........................7 Applications and designated use ....................7 Functioning ............................. 7 Connections, operating and display elements ................8 Accessories for the structure-borne sound & temperature sensor BS20 ........10 Device identification/type label ..................... - Page 4 Structure-Borne Sound Sensor BS20 (This page has been deliberately left empty) II - II - 4 Revision: 1.0; Date: 2017-11-06...
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Page 5: Information On This Document
(in full) and understood the safety information in the corresponding document and the provided user documentation. This document has been created with all due care. SONOTEC does not assume any guarantee of the completeness, correctness and current validity of the provided data and is not liable for errors or omissions. -
Page 6: Symbols Used
Structure-Borne Sound Sensor BS20 1 Information on this document 1.2 Symbols used Hazards or special information are indicated in the following ways: Warns of possible imminent dangers which, if ignored, may lead to lasting adverse health effects and/or serious material damage. Warns of dangers which, if ignored, may lead to injury and/or material damage - including financial losses due to operational interruptions. -
Page 7: Sensor Description
Structure-Borne Sound Sensor BS20 Sensor description 2.1 Applications and designated use The structure-borne sound sensor with exchangeable waveguides is used for applications including: Status monitoring of machines, systems and plant components Function checking of steam traps and valves ... -
Page 8: Connections, Operating And Display Elements
Structure-Borne Sound Sensor BS20 2 Sensor description 2.3 Connections, operating and display elements Operating and display elements Sensor accessory: Short waveguide (standard) Adjusting the volume Starting/stopping the measurement recording LED lights (torch) on/off Status LED II - II - 8 Revision: 1.0;... - Page 9 Structure-Borne Sound Sensor BS20 2 Sensor description Sensor elements and connections LED lights (torches) Ultrasonic transducer – coupling surface (internal thread M5) Infrared temperature sensor Connections USB connection (for service work only) Socket for sensor cable with marked plug-in position II - II - 9 Revision: 1.0;...
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Page 10: Accessories For The Structure-Borne Sound & Temperature Sensor Bs20
Structure-Borne Sound Sensor BS20 2 Sensor description 2.4 Accessories for the structure-borne sound & temperature sensor BS20 The intensity and behavior of ultrasonic signals depend on factors such as the process during which they are generated. Options for verifying and recording the signals and for providing these to the user in high-quality format so that useful statements can be made with regard to system conditions are also dependent upon a number of different factors. -
Page 11: Device Identification/Type Label
Structure-Borne Sound Sensor BS20 2 Sensor description Magnetic waveguide BS20-3 (optional) Accessory for structure-borne sound and temperature sensor BS20 Application: For connection at the test point for long-term testing and for ensuring even contact pressure Fig. 3: Magnetic waveguide BS20-3 In order to ensure usable test results with long-term testing or comparative tests, even contact pressure is required. -
Page 12: Sensor Operation
Structure-Borne Sound Sensor BS20 Sensor operation Danger of injury! • The sharp ends of the waveguides can cause injuries, and even serious injuries in the case of the long waveguide. Make sure never to injure anyone with the sharp ends of the waveguides. Never direct the tip at other people. -
Page 13: Assembling And Disassembling Waveguides
Structure-Borne Sound Sensor BS20 3 Sensor operation 3.2 Assembling and disassembling waveguides Risk of device damage and incorrect test values! • Risk of destruction of the waveguide holder as a result of incorrect assembly and disassembly. Always use the two elements of wrench set BS20 (see image below) to assemble and disassemble the waveguides. -
Page 14: Using The Waveguides
Structure-Borne Sound Sensor BS20 3 Sensor operation 3.3 Using the waveguides During testing, the sensor should be pressed against the object being tested in as vertical a position as possible and using gentle, even pressure. 90° Fig. 5: Optimal contact angle for testing with waveguides 3.4 Operation via the buttons on the sensor Measurements can be controlled via the touchscreen on the device or via the buttons on the sensor itself. -
Page 15: Temperature Measurements
Structure-Borne Sound Sensor BS20 3 Sensor operation 3.5 Temperature measurements Note! For correct temperature measurements, make sure that the surface of the temperature sensor is free from contamination. D = 11 mm D = 38 mm The infrared temperature sensor is calibrated on a black emitter that emits the maximum possible temperature (100 % emission →... -
Page 16: Disposal
Structure-Borne Sound Sensor BS20 Disposal Electrical and electronic equipment can pose serious health and environmental risks if it is not properly disposed of. For this reason it must not be disposed of in domestic waste according to WEEE directive 2012/19/EU (Waste Electrical and Electronic Equipment Directive) but separately at designated collection points or has to be sent back to the manufacturer. -
Page 17: Warranty
The recording of valid test results, the interpretation of these results and any measures that are derived as a result are exclusively the responsibility of the user. SONOTEC does not assume any guarantee for the correctness of the recorded test values or test results. SONOTEC accepts no liability for any errors or damages that arise as a result of the further use of the recorded test and measurement values. - Page 18 MANUFACTURER Headquarters SONOTEC Ultraschallsensorik Halle GmbH Nauendorfer Str. 2 06112 Halle (Saale) Phone: +49 (0)345 133 17-0 Fax: +49 (0)345 133 17-99 Email: sonotec@sonotec.de Internet: www.sonotec.de USA contact details SONOTEC US Inc. 190 Blydenburgh rd Suite 8 2nd floor Phone:...
- Page 19 Technical Data Sheet Structure-borne sound and temperature sensor BS20 The structure-borne sound sensor BS20 with exchangeable attachments is used in connection with the SONAPHONE for applications including: • Condition monitoring of machines, systems and plant components • Function checking of steam traps and valves •...
- Page 20 Magnetic holder BS20-3 Wrench set for assembling and disassembling waveguides Subject to technical modifications! MANUFACTURER USA CONTACT DETAILS SONOTEC SONOTEC US Inc. Ultraschallsensorik Halle GmbH Tel.: +49 (0)345/133 17- 0 190 Blydenburgh rd Tel.: +1 631/415 4758 Nauendorfer Straße 2 sonotec@sonotec.de...
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