Product Overview
Provides means to detect stick-slip noise on a car assembly. The ergonomic design allows you to press down
the part under test with sensitive thumb-down design, while an embedded load cell records the applied force
and an embedded microphone listens and analyses generated BSR Signal.
- All sensors connected through integrated circuit board and powered through single microphone USB
- Design of the device handle follows rules for intuitive haptic sensation.
- Shock-absorber cylinder allows user to feel the applied force
- Thumb-down grasp stimulates feeling of previously used, but now obsolete technique
- Non-slip tip is replaceable for softer rubber or harder plastic material
- For precise measurements, calibration for microphone and load cell is provided
- Apply a constant force and measure noise SPL
- Display pass/fail result after analysis of measured data
- In post processing, replay wav file or export
- Detect noise that occurred due to applied force, not only in the measurement contact point
Key Features
Hardware
- Intuitive one-hand thumb-down grasp device
for sensitive manipulation - Shock-absorber non-slip tip for better feeling
of force response - LCD indicating SPL and force values
- Real-time Software
- Real-time data display
- Pass/fail test
- Tracking of test history
- Basic and advanced setup options
- User calibration of microphone and load cell
sensors - File saving
- Post-processing software
- File loading, wav replay & export
- Component quality report
- FFT analysis of SPL
Available Options
- Sensor 1 – Microphone
- Mic. Type Electret Microphone
- Number of Mic. 1
- Standard Power 4.5 V DC
- Data Acquisition and Processing
- Sampling Rate Max 41.1 kS/s
- Meas. Mode Simple Trigger
- Analysis Spectrogram, SPL
- Sensor 2 – Load Cell
- Rated Capacity 20 kgf
- Rated Output 0.7 ~ 1.5 mV/V
- Operating Temp -20 ~ 50 °C
- Permission Overload 150 %
- Limit overload 300 %
- Physical Characteristics
- Weight 200g
- Dimensions 130 x 110 x 30 (mm
Resources
BSR CheckerRequest Quote
Please select the form below relevant to your enquiry:
