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Technical Data Sheet

 

 

 

 

 

 

V - II - 1 

Revision: 1.0; Date: 2017-11-06 

Airborne sound sensor BS10  

 

 

 

The airborne sound sensor BS10 with comprehensive 
accessories has been specially designed for the following 
testing work in combination with the SONAPHONE:  
 

  Detection and evaluation of leaks in compressed air, 

gas and vacuum systems 

  Tightness testing of windows, doors, vehicles or 

containers (in combination with the SONAPHONE T 
ultrasonic transmitter) 

  Detection of electrical partial discharges and insulation 

damage  

 
The acoustic playback volume can be adjusted using the function buttons. Testing can also be 
started and stopped. The integrated target laser and the LED lights help with the precise location of 
damage areas.  
 
 

GENERAL SENSOR DATA  

 

 

Design 

Sensor for the detection of airborne ultrasonic signals with exchangeable 
attachments, target lasers and LED lights  

Operation 

Via buttons on the sensor or on the device; 
Buttons: Start/stop testing, laser, LED lights, volume  

Frequency range 

20 … 100 kHz  

Measurement resolution 

1 dB  

Power supply and 
communication 

Cable connection with the SONAPHONE (160 cm): LEMO connection 

Dimensions (W x H x D) 

30 x 155 x 30 mm  

Weight 

80 g (without accessories) 

Materials 

Sensor housing: plastic (polycarbonate: ABS), gray;  
Attachments: synthetic rubber (EPDM), black 

 
 

AMBIENT CONDITIONS 

 

 

Operating temperature 

-10 °C … +40 °C  

Storage temperature 

-20 °C … +60 °C  

Protection type 

IP40  

 

Summary of Contents for Airborne Sound Sensor BS10

Page 1: ...Ultrasonic Testing Device for Preventive Maintenance User Documentation Airborne Sound Sensor BS10...

Page 2: ...SONOTEC Ultraschallsensorik Halle GmbH All rights reserved Revision 1 0 Date 2017 11 06 Subject to technical modifications...

Page 3: ...lications and designated use 7 2 2 Functioning 7 2 3 Connections operating and display elements 8 2 4 Airborne sound sensor BS10 accessories 10 2 5 Device identification type label 11 3 Operation of t...

Page 4: ...Airborne Sound Sensor BS10 II I 4 Revision 1 0 Date 2017 11 06 This page has been deliberately left empty...

Page 5: ...rior to first use and before carrying out any further steps The airborne sound sensor BS10 must only be operated by users who have read in full and understood the safety information in the correspondi...

Page 6: ...f 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 operat...

Page 7: ...chments guide the ultrasound to the ultrasonic microphone The ultrasonic microphone inside the sensor converts sound pressure fluctuations in the air to an electrical signal over a wide frequency rang...

Page 8: ...ate 2017 11 06 2 3 Connections operating and display elements No Operating and display elements 1 Sensor accessory Small acoustic horn standard 2 Adjusting the volume 3 Starting stopping the measureme...

Page 9: ...0 II I 9 Revision 1 0 Date 2017 11 06 No Sensor elements 1 Target laser do not look into the beam Laser class 2 2 Ultrasonic microphone 3 LED light torch No Connections 1 USB connection for service wo...

Page 10: ...airborne sound sensor BS10 standard The channeling and directing of the ultrasonic signals via the small funnel shaped horn BS10 2 improves the signal strength at the ultrasonic microphone This allow...

Page 11: ...s for the accurate verification of ultrasonic signals The attachment consists of two parts that are connected and can be rotated meaning that the tip can be rotated towards the damaged area being loca...

Page 12: ...n on the plug and socket Connect the sensor to the SONAPHONE in accordance with the red dots making sure to use the designated cable The sensor is powered via the cable and the test data is transferre...

Page 13: ...vice or via the buttons on the sensor itself The acoustic playback volume can be adjusted using the function buttons Testing can also be started and stopped The integrated target laser and the LED lig...

Page 14: ...rate 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 the se...

Page 15: ...cretion 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...

Page 16: ...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 17: ...also be started and stopped The integrated target laser and the LED lights help with the precise location of damage areas GENERAL SENSOR DATA Design Sensor for the detection of airborne ultrasonic sig...

Page 18: ...acoustic horn BS10 2 for close range Large acoustic horn BS10 3 for larger distances Precise locator BS10 1 for the precise location of damage areas Subject to technical modifications MANUFACTURER SON...

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