Form 300.02 Density Test Report (nuclear gauge) - scdot 2026

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  1. Click ‘Get Form’ to open it in the editor.
  2. Begin by entering the 'Unique ID' and 'Date' at the top of the form. This information is crucial for tracking and referencing your report.
  3. Fill in the 'Status', 'Project No', and 'File No' fields to provide context about the project associated with this density test.
  4. Complete the 'Road No' and 'Road Info' sections to specify the location of the test, followed by entering details about the 'Contractor', 'Inspector', and 'Nuclear Gauge Operator'.
  5. Input data for both standard counts: Density and Moisture, along with their respective lab values for maximum dry density and optimum moisture.
  6. In the table provided, record measurements such as Distance, Wet Density, Moisture %, Dry Density, and Compaction pcf for each station indicated.
  7. Add any remarks in the designated section to note observations or important information related to the test.
  8. Finally, ensure that the Resident Engineer signs off on the report by providing their signature in the designated area.

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Damage to the gauge or poor work practices may lead to an increased risk of radiation exposure for operators and other people. These include gauges being crushed by site vehicles, loss or theft, or failure of the shutter.
The test involves driving a pin into the ground, then inserting a rod that has a radioactive element at the bottom that connects to the receiver on the gauge. Then the machine automatically calculates the density in pounds per cubic foot in this location.
Nuclear moisture/density gauges are testing devices that use low level radiation to measure the wet density, dry density, and moisture content of soil and granular construction materials. Currently, INDOT uses the nuclear gauge for the measurement of wet density only.

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In geotechnical engineering, a nuclear densometer or soil density gauge is a field instrument used to determine the density of a compacted material. The device uses the interaction of gamma radiation with matter to measure density, either through direct transmission or the backscatter method.
The Standard Count is required to offset the aging of the radioactive source, detectors, and electronic systems that occurs within the nuclear gauge. The nuclear density gauge shall be calibrated every 12 months with the certified density reference blocks by either the manufacturer of the gauge or qualified personal.
This course provides the certification required to operate and transport nuclear moisture density gauges. A quiz will be given at the end and a certificate issued with a passing score. Topics covered include: Radiation safety fundamentals and principles. Regulatory requirements.
Nuclear density gauges are used to determine compaction acceptance of earthworks, granular pavement materials, and asphalt. Aspects for surveillance of the field test include gauge operation, lot testing, site selection, conduct of the field test and sampling for laboratory work.
2.1 NDM Density Measurements Gamma photons from the Caesium-137 source pass through the test material to the detectors fixed at the bottom of the gauge. Some photons lose energy along the way. The amount of energy lost is proportional to the density of the test material.

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