Application Range And Functional Characteristics Of Rebar Detector

Introduction of Application Range And Functional Characteristics Of Rebar Detector

The quotation of the Rebar Detector is mainly used for the test of the steel bar position, the thickness of the protective layer, the steel bar spacing and the steel bar diameter in the concrete structure, and can accurately draw the distribution map of the overall steel bar, and quickly provide high-precision detection data; the host and the sensor are integrated structure, portable And on-site operation is convenient and fast; adopts multi-coil structure design, faster speed, higher precision, and stronger resolution.

The scope of application of the quotation of the Rebar Detector is the detection of the position of the steel bar, the distribution and direction of the steel bar, the thickness of the steel bar, and the diameter of the steel bar in the construction projects such as bridges, tunnels, beam walls and other concrete structures; Rebar detection and inspection in other structures; evaluation of the safety and durability of the structure under construction; evaluation of the old structure and detection of the amount of reinforcement during the transformation.

The quotation feature of the Rebar Detector is intuitive and accurate. The detection mode can accurately display the location, spacing and thickness of the protective layer on the same display; single-point measurement, grid scanning, waveform scanning, and profile scanning are all fully realized. Backward delete operation is wrong. Test data and graphics are convenient for on-site testing. During the grid scanning test, the X-axis and Y-axis (that is, the direction of the vertical and horizontal axis) can be alternately switched at any time during the grid scanning test.

After switching at will, the data and the steel bar distribution map will automatically continue the previous information for testing, thereby improving the flexibility of on-site testing. It adopts one-handed holding machine, operation design and four-wheel positioning method, equipped with high-strength wear-resistant tires, which is convenient to protect the instrument from wearing. Automatic storage of calibration values is adopted to realize rapid measurement and reduce the troublesome procedures of each calibration work before testing.