The MIT KIK 1-1k pile integrity tester is used to check the integrity and determine the degree and location of defects in piles in structures such as bridges, towers, or buildings.
The MIT KIK 1-1k performs non-destructive foundation investigations based on the wave equation, known as low-strain integrity tests or low-strain dynamic tests. These tests can be performed using the pulse (or sonic) echo method or the transient response method. With the MIT KIK 1-1k, either of these tests can be quickly performed, potentially allowing for testing of every pile on a construction site.
Features a 10-inch color touch LCD screen with backlight, clearly visible in any lighting conditions.
Zoom function, with only one curve displayed on the entire plane, allowing for clear visibility of waveform details.
On-site marking function, marking defects and other information in real-time during testing, simplifying subsequent data analysis.
Quickly find the bottom of the pile, adjust the position of the curve by moving the button left and right to quickly align the bottom of the curve with the bottom of the simulated pile, and calculate the wave velocity.
Statistical function allows for counting the number of piles, pile lengths, number of hammer strikes, minimum wave velocity, and other useful information.
Performs real-time analysis on-site, as well as data transfer using PC software for additional analysis.
Bluetooth data transfer, real-time data upload via mobile application.
Meets or exceeds the requirements of JGJ 106-2014 and a number of other standards.
