Dynamic Cone Penetrometer Test (DCPT) VSLIC-S137
short info
The Dynamic Cone Penetrometer Test- DCPT is used for the rapid measurement of structural properties of existing road pavements constructed with non-binding materials on site.
short info
The Dynamic Cone Penetrometer Test- DCPT is used for the rapid measurement of structural properties of existing road pavements constructed with non-binding materials on site.
Compliance with ASTM D6951, IRC:SP:72
The Dynamic Cone Penetration Test provides a measure of a material’s in-situ resistance to penetration. The test is performed by driving a metal cone into the ground by repeated striking it with a 17.6 lb (8 Kg) weight dropped from a distance of 2.26 feet (575 mm). The penetration of the cone is measured after each blow and is recorded to provide a continuous measure of shearing resistance up to 5 feet below the ground surface. Test results can be correlated to California Bearing Ratios, in-situ density, resilient modulus, and bearing capacity.
Features:
Equipment detail:
The 8 kg free fall hammer is lifted and dropped through a height of 575mm. The distance of penetration of the cone tip is then recorded and the cycle repeated. Continuous measurements can be made down to a depth of approximately 850mm or when extension shafts are fitted to a maximum recommended depth of 2 meters. Where sub-pavement layers have different strengths, the boundaries can be identified and the thickness determined.
The equipment comprises of the following parts and accessories:
Compliance with ASTM D6951, IRC:SP:72
The Dynamic Cone Penetration Test provides a measure of a material’s in-situ resistance to penetration. The test is performed by driving a metal cone into the ground by repeated striking it with a 17.6 lb (8 Kg) weight dropped from a distance of 2.26 feet (575 mm). The penetration of the cone is measured after each blow and is recorded to provide a continuous measure of shearing resistance up to 5 feet below the ground surface. Test results can be correlated to California Bearing Ratios, in-situ density, resilient modulus, and bearing capacity.
Features:
Equipment detail:
The 8 kg free fall hammer is lifted and dropped through a height of 575mm. The distance of penetration of the cone tip is then recorded and the cycle repeated. Continuous measurements can be made down to a depth of approximately 850mm or when extension shafts are fitted to a maximum recommended depth of 2 meters. Where sub-pavement layers have different strengths, the boundaries can be identified and the thickness determined.
The equipment comprises of the following parts and accessories:
Compliance with ASTM D6951, IRC:SP:72
The Dynamic Cone Penetration Test provides a measure of a material’s in-situ resistance to penetration. The test is performed by driving a metal cone into the ground by repeated striking it with a 17.6 lb (8 Kg) weight dropped from a distance of 2.26 feet (575 mm). The penetration of the cone is measured after each blow and is recorded to provide a continuous measure of shearing resistance up to 5 feet below the ground surface. Test results can be correlated to California Bearing Ratios, in-situ density, resilient modulus, and bearing capacity.
Features:
Equipment detail:
The 8 kg free fall hammer is lifted and dropped through a height of 575mm. The distance of penetration of the cone tip is then recorded and the cycle repeated. Continuous measurements can be made down to a depth of approximately 850mm or when extension shafts are fitted to a maximum recommended depth of 2 meters. Where sub-pavement layers have different strengths, the boundaries can be identified and the thickness determined.
The equipment comprises of the following parts and accessories:
Excellent machine! Accurate readings and very sturdy build. The installation team was professional and the after-sales support has been great. Highly recommend for any lab or industrial use.
KALI
Excellent machine! Accurate readings and very sturdy build … Highly recommend for any lab or industrial use.
Ratnesh
very good at Response and user friendly machines
POOJA
With the highly efficient and accurate Servo Universal Testing Machine by Vertex, Now I can test the TMT Bar great accuracy. With the help of this instrument,
Amjad Ali
The automatic blain air of flowing sample has an amazing accuracy and is simply easy to use. Our team of operators have been using it for more than 7 months now and have submitted zero complaints.
Faruq Ali
I recently purchased a Servo Compression Automatic Compressive Machine 3000kN from Vertex and I couldn’t be more pleased. The instrument is of high-quality and helps to accurately measure the strain distribution in the preforms. It is easy to use and produces reliable test results.
Ritesh
One of the key advantages of the SERVO CONTROLLED FULLY AUTOMATIC COMPRESSION TESTING MACHINE is its ability to deliver highly accurate results. This precision ensures that your materials meet the required standards, reducing the risk of costly errors and rework. Moreover, by producing consistent and reliable outcomes, you build a reputation for quality in your industry.
Manufactured as per International design, Plate model for highest mechanical stability, accurate centering of load and excellent repeatability. Fully Automatic pace rate control, auto stop and auto release on failure of test specimen, can be attached with flexural load frame or 500 KN load frame.
Pace rate is achieved manually by controlling the flow control knob and the adjustment can be made by observing the error on the display and the system is released manually after the peak load is achieved.
Rock Cutting Machine can be used to cut cores of varied sizes of concrete, stones, other building materials and metallic specimens.
