LS-SIERT is a multifunctional, high-precision electrical resistance tomography system. It reconstructs the conductivity distribution of multiphase mixtures from electrical resistance measurements to visualize flow processes. Features include multiple electrode configurations, switchable measurement modes, high-speed acquisition and adjustable gain levels. The acquisition rate reaches up to 500 frames per second. The system visualizes mixed-material flow across a range of applications to support industrial process control.
Electrical Resistance Tomography System
01
Visualization
Dynamic visualization of multiphase flow
02
Measurement Modes
Switch between multiple measurement modes
03
High-speed Acquisition
Up to 500 frames per second
04
Adjustable Gain
Multiple measurement gain levels
05
Customization
Customized hardware and software development
System Components
Sensors
ERT electrode materials: SUS304, SUS316 and titanium alloy.
Electrode arrangement: array.
Sensor types: single-plane and dual-plane electrode arrays.
Standard configuration: a single-plane, eight-electrode sensor sample is included. Customized electrode-array sensors are available on request.
Industrial applications: the optional LeEngSTAR LS-ERT industrial sensor supports pipeline flow measurement, with a DN50 pipe diameter and a pressure rating of 2.5 MPa.
Data Acquisition System
The high-performance, high-precision electrical resistance tomography acquisition system supports up to 16 electrodes. Measurement modes include single-plane arrays with 4, 8 or 16 electrodes, and dual-plane arrays with 4 or 8 electrodes per plane. It supports two-dimensional cross-sectional conductivity reconstruction using single-plane ERT, as well as correlation and three-dimensional calculations using dual-plane ERT. Data is transferred via USB or Ethernet.
System Software
LS-SIERT software controls the acquisition system and displays and stores electrode data. Built-in models reconstruct the spatial distribution of materials in the measurement region.
Operating environment: 64-bit Windows.
Image reconstruction algorithm: linear back projection (LBP).
Data display: real-time tomographic images with zoom and rotation.
Data storage format: TXT.
Customized software development is available.
Applications
