Which is a good multi-functional detector for prestressed concrete beams

NegotiableUpdate on 01/18

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The multifunctional testing instrument for prestressed concrete beams is applied for non-destructive testing of prestressed concrete beams, including anchor tension, grouting density, defect localization, concrete elastic modulus, compressive strength, and wall thickness. This instrument not only integrates multiple * technologies, but also integrates multiple technologies. The test objects also cover from local to overall beam components (Z length up to 100m) as well as standard and angular specimens, providing a comprehensive solution for the detection of prestressed concrete beams.

Product Details

Multi functional testing instrument for prestressed concrete beams

Product Overview:Non destructive testing applied to prestressed concrete beams, including anchor tension, grouting density, defect localization, concrete elastic modulus, compressive strength, and wall thickness. This instrument not only integrates multiple * technologies, but also integrates multiple technologies. The test objects also cover the entire beam structure (up to 100m in length) as well as standard and angular specimens, providing a comprehensive solution for the detection of prestressed concrete beams.

Multi functional testing instrument for prestressed concrete beams

feature

(1) Powerful functionality

It can test concrete material, defects, grouting density (qualitative, positioning), prestressing and tension performance, and has rich graphic and image processing capabilities.

(2) Technology*

High testing accuracy, easy operation, and high efficiency.

(3) Scope of testing

From a 15cm specimen to a 100m bridge, it can be used.

(4) Reliable performance

The main components are imported from countries such as Japan and the United States, with high reliability and strong durability.

（5）

Multiple large-scale model experiments and on-site testing, with strong capabilities.

Function Menu

Preface	Test content	test project	test method	Standard type S
1	Grouting compactness	Overall compactness level	Full-length wave velocity method	√
			Full-length attenuation method	√
			Local attenuation method	√
		defect localization	impact echo method	√
2	Zhang Li	Embedded prestressed anchor cable (rod)	Equivalent mass method	√
3	material	Deformation modulus Ed/E0/Ec, compressive strength	Double-sided transmission method	√
			Single-sided transmission method	√
			Single-sided reflection method	√
4	defect	Crack depth	Spread time difference method	√
			Phase reversal method	√
			Surface wave method	√
		Internal voids, honeycomb	impact echo method	√
		peel off	Vibration method	√
5	size	wall thickness	impact echo method	√
6	Continuous/graphic testing	Computer tomography (CT) scan		√
		Elastic wave radar		√
		Equivalent line representation		√

Technical Specifications

parameter category	version	standard form
	project
	platform	Small integrated platform, Windows operating system
environmental conditions	temperature	0-40℃
	humidity	35-85%RH
Information collection	Small sampling interval	2us， adjustable
	High collection frequency	500KHz， adjustable
	Large collection points	20000, adjustable
Analyze and process	Noise processing	Smooth/LPF/BFF/HPF/synthetic amplification
	statistical processing	Various averaging, deviation processing, and automatic extraction of abnormal signals
	Message processing	Integral processing, spectrum analysis, correlation analysis, and integration processing
	graphics processing	Contour lines, intensity maps, elastic wave radar scanning (EWR), fast imaging, fast planar imaging (QPG)
Pipeline grouting compactness	Test content	Quality of grouting for prestressed pipelines using post tensioning method
	test method	FLEA, FLPV, PFTF, IEEV
	test scope	Big 150m
Anchor cable tension	Test content	Anchor head tension (sum of each anchor cable)
	test method	Equivalent mass method
	test scope	Different types of anchors require pre calibration (our company provides calibration parameters for some anchors)
concrete material	Test content	Elastic modulus Ed, E0, Ec, converted strength
	test method	Single sided reflection method (P-wave/Rayleigh wave method), single-sided propagation method, double-sided transmission method
	test scope	Test piece (0.1m small), component (150m large)
Concrete defects	Test content	Internal defects (internal voids, honeycombs, etc.)
	test method	Elastic wave radar scanning (EWR)
	test scope	Wall thickness range
Thickness and size	Test content	wall thickness
	test method	Single sided reflection method (repeated reflection, single reflection)
	test scope	0.1-2m
other	Same amplitude represents the number of large waveforms	300
	number of channels	2 (Using VMC technology, the number of channels can be expanded to 32)
	sampling precision	16 bits
	Display/Resolution	LCD display 1024 * 768