ArborElectro Impedance Tomograph Product Description: The ArborElectro Impedance Tomograph is designed for detecting the size and location of regions affected by active fungi. It operates based on electric resistivity measurements, utilizing up to 32 sensors positioned around the trunk. This device allows for the visualization of seasonal and daily changes (view the presentation here). Changes in resistivity, caused by variations in ionic concentration, can indicate fungi attacks even in their early stages. Product Features: Utilizes electric resistivity measurements to detect fungal infections. Capable of visualizing seasonal and daily changes in tree health. Employs up to 32 sensors for comprehensive coverage around the trunk. Increases or decreases in resistivity indicate changes in ionic concentration, signaling potential issues. Product Parameters: Excitation Voltage: Adjustable between 5-50V in 5V steps. Current Measurement Range: 0-20mA; 0-400µA; 0-40µA. Basic Measurement Length: 640ms. Amplifications: Options of 1, 5, 20, 100. Inbuilt Divider: 1:10. Power Supply: Built-in 5V/5000mAh Li-ion Power Bank. Continuous Operation Time: Approximately 2 hours. Total Weight: 6 kg. PC Connection: LEMO-USB cable or Bluetooth. Total Measurement Time of One Tree: Approximately 45 minutes. Operating Temperature Range: 0-40 °C. Product Accessories: Standard Accessories: GeoPic-32 Multielectrode Resistivity Meter LEMO-USB connection cable (with 4 needles) for computer connection LEMO-USB charger cable (with 3 needles) 4 electrode connecting cables with 8 crocodile clips each 50 stainless steel needles (electrodes), diameter: 1.5 mm, length: 63 mm Steel hammer 5 screws for fixing the meter onto the tree Electrode remover tool Carrying Case Buying Guide: When selecting the ArborElectro Impedance Tomograph, the standard package includes all necessary components for operation. For additional optional accessories or customization, please contact our customer service representative.DownloadsPDF Specification Sheet - Download Here
