SXBL-R680

Features:

Using two-dimensional composite sensors, when detecting beam components in actual engineering, it improves the resolution and stability of the number of main rebars in cases where the main rebar arrangement is dense. Using two-dimensional composite sensors, when detecting beam, slab, and column components in actual engineering, it reduces the influence of adjacent rebars or stirrups, enhancing the accuracy of measuring the protective layer thickness.

Functions:

It can truly display the distribution map of the rebar network, providing real scanning rather than fitting. It detects the position, distribution, and orientation of rebars, the protective layer thickness, and the diameter of rebars in concrete structures such as bridges, tunnels, and walls; it also detects the orientation and distribution of ferromagnetic bodies and conductors (such as wires and pipelines) in non-ferromagnetic media; and it detects the distribution and orientation of cables and water supply and heating pipelines within floors or walls.

Technical Specifications:

● 'Technical Code for Detection of Reinforcement in Concrete'—JGJ/T 152-2019
● 'Technical Code for Detection of Reinforcement Cover Thickness and Diameter by Electromagnetic Induction'—DB
● 'Code for Quality Acceptance of Construction of Concrete Structure Engineering'—GB 50204
● 'Calibration Specification for Reinforcement Cover Thickness and Floor Thickness Measuring Instruments'—JJF 1224-2009
● 'Concrete Structure Design Code' (2015 Edition)—GB 50010-2010
● 'Standard for Building Structure Testing Technology'—GB/T50344-2019
● 'Standard for On-site Testing Technology of Concrete Structures'—GBT/50784-2013

Product Standards: Small mode scan thickness range (mm) 5~90
Small mode scan thickness accuracy (mm) 5~50, ±1; 50~60, ±2; 60~75, ±3; 75~90, ±4;
Large mode thickness range (mm) 5~160
Large mode scan thickness accuracy (mm) 5~50, ±1; 50~60, ±2; 60~85, ±3; 85~160, ±4