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TaiShiTe (Beijing) Testing Technology Co., Ltd

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TaiShiTe integrated steel bar detector

NegotiableUpdate on 05/14
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Overview

The TST-GJ660 integrated steel bar detector, also known as the integrated steel bar scanner, is a non-destructive testing instrument used to detect the position, spacing, protective layer thickness, and diameter of steel bars in concrete. It is an important tool for quality inspection by construction units and inspection and acceptance units.

Product Details




 TaiShiTe integrated steel bar detectorTST-GJ660 

Scope of application:Also known as steel bar position detector, it detects the position, distribution and direction of steel bars, thickness of protective layer, and diameter of steel bars in concrete structures such as bridges, tunnels, and walls; It can also detect the direction and distribution of ferromagnetic and conductive materials (such as wires and pipelines) in non ferromagnetic media; Quality acceptance and testing of concrete structure construction; Assess the safety and durability of structures under construction; Testing the amount of reinforcement during the evaluation and renovation of existing structures; Detect the distribution and direction of cables, plumbing pipes, etc. inside floor slabs or walls.

Compliant with standards:

JGJ/T152-2008Technical Specification for Steel Reinforcement Testing in Concrete;

GB 50204-2015Code for Acceptance of Construction Quality of Concrete Structures

GB/T50344-2004Technical Standards for Building Structure Inspection

DB11/T365-2016Technical specification for detecting the thickness and diameter of steel reinforcement protective layer using electromagnetic induction method

GBT/50784-2013Technical Standard for On site Inspection of Concrete Structures

JJF 1224 - 2009Specification for Measurement and Calibration of Reinforcement Protection Layer Thickness Measuring Instrument and Floor Thickness Measuring Instrument

Product Features:

  1. The integrated structure of the host and sensor makes it easy and fast to carry and operate on site;

  2. Adopting a multi coil structure design, it has faster speed, higher accuracy, and stronger resolution;

  3. During the measurement process, it can be carried outJGJScanning, fine scanning, grid scanning, profile scanning, image scanning, 3D imaging and other borderless scanning methods;

  4. The three-dimensional imaging function can clearly reproduce the distribution of steel bars inside the tested object;

  5. Each detection mode is intuitive, with the position, spacing, and protective layer thickness of the steel bars displayed on the same screen;

  6. Support detection modes for round steel and threaded steel

  7. By using automatic storage of calibration values, fast measurement can be achieved, eliminating the hassle of each calibration task before detection.

Product Parameters:

name

parameter indicators

Applicable range of protective layer thickness

2-205mm

measurement range

onerange

2-100mm

Two range

2-205mm

Allowable error of protective layer

280mm

±1

81125mm

±2

126160 mm

±3

161205mm

±4

Applicable range of diameter

6mm-50mm

Diameter estimation error

±1mm

JGJscan

Fine scanning

Profile scanning

Grid scanning

Image scanning

3D imaging

scanning range

borderless

Error correction function (spacing, thickness)

Data transmission mode

USB\\wireless

display screen

320*240

power supply method

Built-in lithium battery

Overall Dimensions

235*95*106mm

Instrument weight

0.6KG



 TaiShiTe integrated steel bar detectorTST-GJ660Precautions to be taken during testing:

1. Avoid the mutual influence between steel bars. Select the testing area and reset the instrument away from ferromagnetic objects before testing. You can first test it, draw the position and direction of the steel bars with chalk, and then repeat the test to confirm the position of the steel bars.

2. The direction of instrument movement should be perpendicular to the direction of steel reinforcement. When the axis of the instrument is parallel to the axis of the steel bar, the sensitivity is high. When the axis of the probe is perpendicular to the axis of the steel bar, the sensitivity is low. During testing, it is necessary to ensure that the axis of the instrument is parallel to the measured steel bar and push the instrument wheel to move in the direction perpendicular to the axis of the measured steel bar.

3. Pay attention to the smoothness of the surface of the tested component. During the testing process, in order to ensure testing accuracy, a flat test surface is selected. When the surface is uneven or the protective layer is very thin, a non-metallic thin plate of known thickness can be placed and subtracted from the measurement results.