A New Standard in Pile Integrity Testing
i.Pile™ is an advanced wireless instrument for cost-effective and reliable evaluation of integrity and consistency of piles and deep foundations. It benefits from an advance low-voltage low-noise acceleration sensor and enhanced Bluetooth connectivity for extra precision and mobility. A rugged large screen (8") Samsung Galaxy S2 tablet comes with a powerful yet user friendly mobile application to make data collection and analysis easy and fun.
i.Pile™ helps engineers and field technicians expose potentially dangerous defects such as major cracks, necking, soil inclusions or voids in slender piles. Moreover, i.Pile™ can be used for determining unknown length of piles. i.Pile™ meets the requirements of ASTM D5882.
• Evaluate integrity and consistency of pile material (concrete, timber);
• Evaluate unknown length of piles, or shafts;
• Evaluate pile cross-sectional area and length;
Wireless is just the beginning
i.Pile™ uses enhanced Bluetooth communication for transmitting acceleration data from the sensor to a mobile-based tablet. All you need to do is to place the i.Pile™ sensor over the pile head, hit the head by the hand-held hammer, and record and display acceleration data on the tablet.
i.Pile™ is equipped with innovative low voltage acceleration sensor that helps reduce ambient noise, and record acceleration data with high precision.
Signals at your fingertips
with 1.8 Ghz processing speed, and 3 Gb of RAM, you have all the processing power you need at your fingertips. i.Pile™ comes with a powerful and user-friendly app for data recording and analysis. Dynamic data visualization, and pile length measurement helps you obtain crucial information about pile integrity right on site.
|Acceleration Range||±50 g|
|Frequency Range||(±3db): 0.5 – 15000 Hz|
|Resonant Frequency||> 31 kHz|
|Data Transmission Range||15m|
|Sampling Frequency||40 kHz|
|Sampling Resolution||> 12bit|
|Low cut-off frequency||5000 Hz (-3db)|
|Temperature Range-Storage||-20 to 65 ºC|
|Internal Battery Life Time||> 8 hours|