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Accurate, productive, robust, and easy to use
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3 years warranty
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10 years of free software upgrades
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30 days money-back guarantee
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Use your own device (Windows, Android, laptop, tablet, Smartphone)
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Complimentary SOS (Second Opinion Service) on test results
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28 years of experience in developing pile testing systems for quality and integrity testing of deep foundations.
PRODUCTS
Our Products Advantages:
PET
Pile Eche Tester
PET is used to test the integrity of deep pile foundations. This is the primary method used in the industry for a quick pile integrity test to control the quality of piles on a site. This simple and fast test method makes it practical to test 100% of the piles, even on sites with many piles.
PET Uses the pulse-echo method (PEM) for pile integrity testing (PIT). A pile test starts when the pile top is struck with a handheld hammer, and the PET digital accelerometer records the reflected waves on the computer screen. The resulting signal (reflectogram) readily provides information regarding the pile's length and integrity.
Two PET versions are available:
PT001 - PET Pro USB
PT002 - PET Bluetooth.
Fully supports the following standards:
[ASTM D5882-16], [AFNOR P160-2,4]
CHUM
Cross Hole Ultrasonic Monitor
with Tomography support
CHUM supports Cross-hole Sonic Logging (CSL) for testing the integrity of deep pile foundations. It also supports Single Hole Ultrasonic Testing (SHUT, SSL) and enables on-site tomography measurements for real-time two-dimensional Tomography (2DT) presentation. Based on that tomography data, off-site true three-dimensional (3D) Tomography (3DT, CSLT) analysis can be presented.
CHUM CSL test is the primary method used in the industry for high-resolution integrity testing of large drilled piles (ACIP)
Fully supports the following standards:
ASTM D6760-16,
AFNOR NF P 94-160-1 (2000)
BIT
Borehole Inclination Tester
BIT quickly and accurately measures the inclination (verticality) of a dry/wet borehole during and after drilling - without the need for a heavy caliper. It uses the drill machine bucket as a centralizer for its sensor. Custom-made centralizers are available too.
It can also test a pile inclination without needing special expensive inclinometer tubes with grooves. A centralizer fitted to the available access tube guides the BIT inclination sensor.
BIT is based on gyro technology, enabling simple, fast, and productive inclination testing with a very lightweight system that a single operator can handle.
Fully supports the standard:
ASTM D8232 - 18
GPC
PDA System
The GPC system is the Pile Driving Analysis -
PDA system from Piletest.
This Dynamic Load Testing and Pile Driving Monitoring system is based on the High Strain Dynamic Load Tests method, also called the PDA test. The GPC PDA system also evaluates shaft integrity, driving stresses, and hammer energy when monitoring the pile-driving installation.
The GPC system comes with the N-GAPA software used for pile load analysis and signal matching.
It helps estimate the total bearing capacity of a pile or shaft and the resistance distribution along the shaft and at the toe. The GPC system monitors the pile on-site, and N_GAPA software is used for analysis afterward. N_GAPA has been proven to perform similarly and faster than CAPWAP.
GPC is compliant with the following standards:
ASTM D4945
EN ISO-22477-4
PSI
Parallel Seismic Instrument
PSI uses the well-known Parallel Seismic method to establish the depth of existing pile foundations where the superstructure (i.e., existing building) precludes access to the pile's head. This is usually required when renovating or expanding old buildings and bridges that intend to use the existing original structure piles.
The test requires the installation of a plastic access tube filled with water that is parallel and as close as possible to the tested pile. The tube should be carried down to a depth exceeding the assumed pile length by an 8-10m margin. The tube must be firmly grouted in the hole in unsaturated soil to achieve good coupling with the surrounding soil.
PSI2 is compliant with the following standards:
AFNOR NF P94-160-3
ASTM D8381-21