ArborSonic 3D Acoustic Tree Tomograph

ArborSonic 3D Acoustic Tomograph

Product Description:

The ArborSonic 3D Acoustic Tomograph is our most popular product among arborists. It detects the size and location of decayed or hollow regions within a tree. This device works quickly, with measurements completed in 5-10 minutes. It creates a 3D model of the trunk with multiple layers of measurement and includes customizable wind load modeling in the software. Utilizing a non-destructive technique with sound waves, the ArborSonic 3D is safe for trees, even those with thick bark, where 12 cm long nails are available for better sensor attachment.

Check out our new Ludwig sensors for more detailed tomograms!

Product Features:

• Detects decayed or hollow regions in trees.
• Fast operation, completing measurements in 5-10 minutes.
• Creates a 3D model with multiple measurement layers.
• Customizable wind load modeling included in the software.
• Non-destructive technique using sound waves; no radiation involved.
• Optional 12 cm long nails for trees with thick bark.

Technical Specifications:

• Measured Time Precision: ± 2 microseconds
• Sensor: Low noise SD02 piezo sensor
• Number of Sensors: Variable from 8 up to 32
• Amplifier Box Size: 127 x 58 x 25 mm
• Power Consumption: 240 mW
• Power Supply: Standard (rechargeable) 9V block battery
• Continuous Operation Time: Approximately 2 hours
• Carrying Case: Peli Case 1500EU
• Total Weight: 6 kg
• PC Connection: RS232 over cable or Bluetooth
• Data Transmission Time per Sensor Tap: Below one second
• Total Measurement Time of One Tree: 20 minutes
• Operating Temperature Range: 0-40 °C

Package Contents:

• SD02 Piezo transducers
• Amplifier boxes
• Battery box
• Cables to connect amplifier boxes and battery box
• Sensor remover tool
• Tape measure
• Steel hammer for tapping transducers
• Rubber hammer for mounting the transducers
• Peli case
• 2 pcs. of rechargeable 9V block batteries
• Battery charger
• User's manual
• ArborSonic 3D Software
• Caliper for measuring sensor positions (optional)