Humboldt‘s NEW Electrical Density Gauge Model E(EDGe) is used for determining the density and moisture content of aggregate, soil aggregate compacted type I or II base, or native soil materials that are suitable for shallow foundations, such as secondary roads or base aggregate that is compacted in-place prior to the asphalt or concrete placement at the final grade. The EDGe quality assurance / quality control (QA/QC) system is lightweight, easy to use, and nuclear free.
The EDGe consists of two independent units, one for use in the lab and one for field use, which work together with the use of a Microsoft app to ensure precise and accurate measurements. The EDGe provides a direct correlation between the Proctor test data of a representative aggregate/soil sample in the lab and readings of the same material in the field.
The lab unit provides you with the tools to take readings directly from six-inch Proctor molds, while performing standard or modified Proctor tests. The field unit is lightweight and comes with a ruggedized backpack for easy transport and storage. Both units are nuclear free, which eliminates the need for radiation safety compliance regimens and transportation restrictions.
The EDGe is simple to use.
The laboratory aggregate calibration procedure in volves electrical testing of a representative sample of the construction aggregate or soil materials while performing either an ASTM D1557 Standard Test Method for Laboratory Compaction using a Modified Effort of 56,000 ft-lbf/cubic foot or the ASTM D698 Standard Test Method for Laboratory Compaction using a Standard Effort of 12,000 ft-lbf/cubic.
During the laboratory test, the EDGe lab-sensor and a Windows 10 laptop or tablet are used to collect and manage the physical and electrical data during the Proctor test. The software generates a Proctor curve that displays the maximum dry density at the calculated optimum moisture content and is saved and typically printed for client reports. The empirically derived correlations relate the electrical and physical properties of the aggregate or soil that is scheduled for placement and compaction on construction project sites, such as road construction or other shallow foundation. The physical and electrical data from the Proctor test is saved on the laboratory laptop computer. This data can then be transferred to aruggedized field Windows 10 tablet by USB stick, a cloud service, or via wireless connection for use with the EDGe field equipment for quality assurance / quality control (QA/QC) testing and construction quality certification.
The EDGe field unit is a portable, battery-powered instrument capable of being used anywhere without the concerns and regulations associated with nuclear devices. It uses a lightweight, ruggedized backpack for easy transport and storage. Just grab the backpack and you’re off to your testing site.
During the field quality assurance/quality control testing, the EDGe field-sensor and a ruggedized Windows 10 tablet or computer manages the project data. The EDGe field hardware is used along with the EDGe field sensor and a tablet to test the density and moisture of the construction materials. IIn the field, the EDGe measures the electrical properties of the aggregate and calculates physical properties by utilizing the established relationship of the electrical and physical characteristics from the Proctor calibration test of the same aggregate performed in the laboratory. Field tests take a few minutes to perform, and the material properties are displayed in real-time, as well as being saved for reports. The EDGe field reports provide the user and/or client with quality assurance/quality control data that includes the compacted material dry density, wet density, the percent moisture content, relative compaction, date, time, GPS coordinates and a location map. The client reports can include additional project information such as the project name and number, the EDGe field sensor’s unique identification number, the EDGe operator’s name, the company name, and other information in the remarks section, such weather conditions, if needed.
The EDGe App is available free from the Microsoft App Store. This app allows you to operate both the Lab and Field units of the EDGe, as well as provides the field unit with the lab Proctor data. In the field, the app will record dry density, wet density, percent moisture content, relative compaction, date; time, GPS coordinates and generate a location map. This data is routinely used for construction QA/QC certification reporting. The app can generate the reports in a PDF format, which can be saved or shared with others.
EDGe Software Features:
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A non-nuclear density gauge is a device used to measure the density and compaction of materials without the use of radioactive sources. It employs alternative methods like electromagnetic or nuclear-free technologies to achieve accurate density measurements.
Non-nuclear density gauges use technologies like electromagnetic induction or neutron moderation to measure density. They emit safe, low-energy radiation or use non-radioactive principles, providing precise measurements without the risks associated with traditional nuclear gauges.
Yes, non-nuclear density gauges are safe alternatives to traditional nuclear gauges. They eliminate the risks associated with radioactive materials while delivering accurate density measurements. These gauges comply with international safety standards, ensuring the safety of both operators and the environment.
Non-nuclear density gauges can measure a wide range of materials, including soil, asphalt, concrete, and aggregates. They are versatile devices used in construction, geotechnical engineering, and other fields where precise density measurements are essential for quality control and project success.
Yes, non-nuclear density gauges are environmentally friendly because they do not use radioactive materials. Their eco-friendly design ensures that they do not pose any harm to the environment, making them a sustainable choice for density measurement applications in various industries.
Non-nuclear density gauges offer several advantages, including safety, environmental friendliness, and accurate measurements. They are portable, easy to use, and provide real-time data, enabling efficient quality control and ensuring the integrity of construction projects and material compaction processes.
Yes, non-nuclear density gauges are ideal for field applications. Their portability, ease of use, and ability to provide instant measurements make them valuable tools for construction sites, roadworks, and other outdoor projects. They allow on-site density assessments, enabling immediate adjustments for optimal compaction.
Yes, non-nuclear density gauges are cost-effective solutions for density measurement needs. While they may have a slightly higher initial cost than traditional nuclear gauges, the long-term savings from avoiding regulatory requirements, training, and disposal costs associated with radioactive sources make them a financially prudent choice.
Yes, non-nuclear density gauges can be calibrated to ensure accurate and reliable measurements. Regular calibration is essential to maintain the device’s precision over time. Manufacturers and suppliers often provide calibration services or guidelines to help users calibrate their gauges according to industry standards.
Reliable non-nuclear density gauge suppliers can be found through reputable companies and specialized online platforms. Websites like avantech.in offer a range of non-nuclear density gauges from trusted manufacturers, ensuring customers access high-quality, accurate, and safe density measurement solutions for their applications.
