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Structure-Borne Sound Sensor BS20 

 

 

  

 

 

II - II - 17 

Revision: 1.0; Date: 2017-11-06 

Warranty 

The  ultrasonic testing device and its corresponding sensors comply with the current state of the 
art and the safety regulations. All devices and accessory parts are factory tested and are 
delivered in a safe condition for operation. We reserve the right to make modifications to the 
device as part of ongoing product development, and to make changes to the shape and color. 

Within the warranty period, SONOTEC Ultraschallsensorik Halle GmbH will rectify, free of 
charge, all defects caused by material or manufacturing errors. At its own discretion, SONOTEC 
Ultraschallsensorik Halle GmbH will provide a guarantee in the form of either a repair or the 
replacement of the defective device or component. The warranty does not cover the internal 
batteries or damage caused by improper use, wear or interventions in the device or sensors. 
The warranty also does not cover any defects that have only a negligible impact on the value or 
usability of the device.  

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.  

 

 

Summary of Contents for 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...

Page 3: ...3 Connections operating and display elements 8 2 4 Accessories for the structure borne sound temperature sensor BS20 10 2 5 Device identification type label 11 3 Sensor operation 12 3 1 Connecting th...

Page 4: ...Structure Borne Sound Sensor BS20 II II 4 Revision 1 0 Date 2017 11 06 This page has been deliberately left empty...

Page 5: ...e read prior to first use and before carrying out any further steps The structure borne sound sensor BS20 must only be operated by users who have read in full and understood the safety information in...

Page 6: ...ch 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 op...

Page 7: ...trasonic waves from the test point to the ultrasonic transducer The ultrasonic transducer converts ultrasonic waves vibrations to an electrical signal over a wide frequency range This electrical signa...

Page 8: ...sion 1 0 Date 2017 11 06 2 3 Connections operating and display elements No Operating and display elements 1 Sensor accessory Short waveguide standard 2 Adjusting the volume 3 Starting stopping the mea...

Page 9: ...te 2017 11 06 No Sensor elements and connections 1 LED lights torches 2 Ultrasonic transducer coupling surface internal thread M5 3 Infrared temperature sensor No Connections 1 USB connection for serv...

Page 10: ...onding instructions Short waveguide BS20 1 Accessory for structure borne sound and temperature sensor BS20 standard Fig 1 Short waveguide BS20 1 The waveguide is used to record ultrasonic waves that s...

Page 11: ...ide BS20 3 In order to ensure usable test results with long term testing or comparative tests even contact pressure is required This can be achieved using the magnetic waveguide Following connection t...

Page 12: ...ide can lead to crushing injuries to the hands Place the magnetic waveguide onto the test object at an incline and as slowly as possible 3 1 Connecting the sensor Risk of damage to the connectors Take...

Page 13: ...guides Make sure that the waveguides are securely screwed into the holder The ultrasound is guided to the ultrasonic transducer by the waveguides Loose waveguides may have an impact on the signals The...

Page 14: ...ng 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 The acoustic playback volume can...

Page 15: ...will need to be taken into account for the contactless temperature measurement Painted or oxidized surfaces usually have an emissivity value of 0 9 This setting is suitable for many measurement tasks...

Page 16: ...separate disposal for electronic equipment It has to be handled according to specific processes e g concerning the batteries or circuit boards to ensure a safe environmentally friendly recycling or th...

Page 17: ...retion SONOTEC Ultraschallsensorik Halle GmbH will provide a guarantee in the form of either a repair or the replacement of the defective device or component The warranty does not cover the internal b...

Page 18: ...rfer 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 Pho...

Page 19: ...liability of the test data for a wide range of different test sequences such as tests on steam traps GENERAL SENSOR DATA Design Contact sensor for the detection of structure borne sound with exchangea...

Page 20: ...g Long waveguide BS20 2 Length 150 mm diameter 18 mm weight 33 g Magnetic holder BS20 3 Wrench set for assembling and disassembling waveguides Subject to technical modifications MANUFACTURER SONOTEC...

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