TFD-N91 Non-metallic Ultrasonic Tester

TFD-N91 Non-metallic Ultrasonic Tester

Usage Overview

Ultrasonic transmission method for rapid and continuous detection of foundation piles; rapid detection of continuous wall integrity; structural concrete compressive strength detection; structural concrete crack depth detection; structural concrete crack width detection; concrete pavement bending resistance detection; mechanical properties detection of non-metallic materials such as rock mass and concrete.
Features
 New upgraded wireless cloud transmission function (optional);:
 It integrates the six functions of pile measurement, strength measurement, defect measurement, width measurement, depth measurement and road surface bending resistance measurement.
 With stable performance and powerful functions, it is the best choice for users with diverse needs such as engineering testing, teaching, and scientific research;
Semi-reflective, high-brightness, TFT color LCD display;
Fulltouch screen operation, simple and convenient, stable and reliable;
Large memory capacity, working time can reach more than 10 hours;
Can be connected to a digital rebound tester probe to perform ultrasonic rebound comprehensive method strength measurement.
Transfer data via USB flash drive and support software upgrade via USB flash drive.
The dedicated analysis software is powerful and can easily perform data analysis and processing, generate reports, and print reports.
The Chinese and English interfaces can be switched freely, making it more convenient and faster for foreign customers to use.

Applicable standards
Technical Specifications for Building Foundation Pile Testing-JGJ 106-2014
Technical Specifications for Dynamic Measurement of Highway Engineering Pile Foundations-JTG/T
F81－01-2004
"Technical Regulations for Pile Testing of Railway Engineering Projects"-TB 10218-2019
"Building foundation testing specifications"-DBJ/T 15-60-2019
Shenzhen Building Foundation Pile Testing Regulations-SJG09-2020
●Technical Specification for Ultrasonic Detection of Concrete Defects-CECS 21:2000
Technical Specification for Testing Concrete Strength by Ultrasonic Rebound Comprehensive Method-
CECS 02: 2020
"Railway Engineering Structure Concrete Strength Test Code"-TB 10426-2019
Technical Specification for Entity Inspection of Concrete Structures in Water Transport Engineering-
JTS 239-2015
Technical Specifications for Strength Testing of High-Strength Concrete-JGJ/T294-2013
Technical Specification for Testing the Strength of Pumped Concrete by Rebound Method and
Ultrasonic Rebound Combined Method-DBJ/T01-78-2003
Technical Specification for Compressive Strength Testing of Structural Concrete-DG/TJ08-2020-2007
Technical Specification for Testing Structural Concrete Strength by Ultrasonic Rebound Comprehensive
Method for Highway Engineering-DB51/T1996-2015
Technical Specification for Testing Concrete Compressive Strength by Ultrasonic Rebound
Comprehensive Method-T/CECS02-2020
Technical Specifications for Pile Testing of Highway EngineeringJTG/T 3512-2020
Technical Specifications for Testing and Inspection of Water Transport Engineering Foundations-JTS
237-2017