IDS-1 Pile Testing Device
This instrument " IDS-1" can determine the length of reinforced concrete and metal piles up to sixty meters in length. Engineers can also use "IDS -1" for surveying a structures' foundation and examining concrete hydraulic structures, as well as inspecting tunnels, sewers and underground storage tanks.
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The High frequency two‐channel seismic station "IDS-1" is designed for the inspection of metal and reinforced concrete piles to 60 m in length, foundation walls, foundations of road and airport runways, in‐ground walls, bridge piles, and other concrete and stone‐made utilities.
FEATURES
•Measuring acoustic wave velocity
•Working with different modes of vibration
•Can be used in a downhole version
•Easy and user-friendly interface
•Automatic data processing
•Several languages option (Russian, English)
•Specially designed for a variety of weather conditions
•Free training
•After-sales service
•Consulting webinars.
APPLICATIONS
•Determining the length, integrity, average strength, and defects of piles
•Surveying structures foundation
•Examining concrete hydraulic structures
•Inspecting tunnels, sewers, underground storage tanks
•Measuring thickness of foundation slab and detecting cavities under them
•Examining condition and strength of concrete structure.
VIDEO
Software IMPACT-METHOD
The software is used for automotive basic plates thickness, possible defects detection, survey the plate and soil engagement condition.
Software Pilemeter
Specialized PILEMETER software provides automated detection of the length of a pile or rate of the acoustic wave in the pile, and, more importantly, allows one to collect this necessary data easily and clearly. This Specialized software also helps to determine the thickness and defects of piles using the Impact Echo Principle.
It also..
Once the longitudinal wave velocity in the pile is defined, this software determines the length, integrity and localizing defects of piles.
The IDS-1 set includes:
•Electronic module
•Seismic pick-ups
•Charging unit
•Set of cables
•Set of documentation
•Transportation bag
Pile length measuring method
The method is based on measuring the response time for the signal reflected from the other end of pile or from obstacles inside the pile that emerge due to its inhomogeneity. The lenght is calculated based on the known speed of primary wave for various types of piles and measured response time. The source of primary waves is a special hammer; the seismic pick up serves as a pick up of elastic vibration.
| Pile Length Range, m | up to 60 |
| Number of Channels | 2 + timing channel |
| Channel Bandpass, KHz | 8; 4; 2; 1; 0; 0.5 |
| Discretization Interval, KHz | 96; 32; 16; 8; 4; 2 |
| Scale Numbering per Recording per Channel | 2048 |
| Instant Dynamic Range, dB | 95 |
| System Dynamic Range, dB | 140 |
| Noise Voltage, microV | 0.2 |
| Distortion, % | no more than 0.1 |
| Storage Capacity, MB | 512 |
| Weight with Built-in Battery, kg | 2.8 |
| Running time, hr | 10 |
| Temperature range | -20ºC ... +50ºC |
| Display resolution, points | 320 x 240 |
| Screen size, mm | 120 x 92 |
SOFTWARE IMPACT-METHOD
The software is used for automotive basic plates thickness, possible defects detection, survey the plate and soil engagement condition.
Software Pilemeter
Specialized PILEMETER software provides automated detection of the length of a pile or rate of the acoustic wave in the pile, and, more importantly,allows one to collect this necessary data easily and clearly. This Specialized software also helps to determine the thickness and defects of piles using the Impact Echo Principle. It also.. Once the longitudinal wave velocity in the pile is defined, this software determines the length, integrity and localizing defects of piles.