The Saximeter-Q incorporates the latest technological innovations with increased durability. The Saximeter-Q is an electronic digital device that:
Have a technical question? Ask our team of engineers.Request a quote
The saximeter (SAX-Q) a rugged, dependable digital blow count device used for pile driving monitoring. The SAX-Q saves data into a predetermined and customized data format for every blow in proprietary Detailed Drive Log (DDL), which cannot be edited once defined.
During driving the SAX-Q detects a hammer impact by either a built in sound recognition circuit or by manually tapping a button on the device screen. As the hammer impacts the pile, the SAX-Q determines the time elapsed between consecutive blows, Δt, and converts this to equivalent Blows Per Minute, BPM, while also converting Δt to the stroke of an open-end diesel ram. The collected data is used to determine average values per penetration increment, for display and saving.
The SAX-Q main unit allows entering basic project, pile, and hammer information, and can be customized with additional pile driving information. The software includes a built-in hammer database, with information from most hammer manufacturers for a streamlined and simplified experience. If additional computation is needed, the device can save the collected data in tab-separated text files, for further processing using any Spreadsheet application (Microsoft® Excel or equivalent).
Using the SaxPlan program, the user can create Plans for their projects. These Plans are divided into “Footings”, each one containing an unlimited number of piles. The SaxPlan program generates a file containing all the Plan information. This file is then exported to the devices that will be used for testing the piles on a given job. Several files can be exported to a given device. Optionally, the Plan can be sent to a secure Cloud server.
Upon entering pile data, the user will select the Plan and Footing, producing an illustration of all piles. The user can then select the individual pile and the type of test to be performed. Once completed, the data will be saved in the DDL file, which will be uploaded to the Cloud or copied to a USB memory device. The saved and un-editable data is then added to the SaxPlan database.
The SaxPlan program will then be able to generate detailed drawings of the Footings, showing the piles and their respective driving and restrike information.
Size: 272 x 212 x 60 mm (10.7 x 8.3 x 2.4 in)
Weight: 2.04 Kg (5.29 lbs.)
Sunlight readable VGA color display for any lighting conditions, resolution 640 x 480 pixels
Screen size: 21.3 cm (8.4 in)
Temperature Range: Operating: ‐20˚ to 40˚ C (-4˚ to 104˚ F); Storage: ‐30˚ to 65˚ C (-22˚ to 140˚ F)
Powered by an Internal Battery (10-hour duration)
Data Storage: Minimum of 128 GB drive
Processor: Intel® Atom™ CPU E3825 at 1.33 GHz
Installed RAM: 8.00 GB
System type: 64-bit operating system, x64-based processor
Windows 10® Operating System
USB port for data retrieval / external device connection
Maximum blow detection rate: 150 bpm
Data save formats:
Customizable non-editable proprietary file format – requires the free Sax-Viewer software for viewing/printing
Excel 2007-365 (*.xlsx) format (optional)
Allows optional customizing of data input and saving to user specifications
Full one‐year warranty
Operating units: English, SI, or Metric
Technical manual provided in PDF form on a USB drive