HGR-1 Fully Automatic Concrete Setting Time Tester Introduction: This product is a fully automatic intelligent instrument used to measure the setting time of concrete. It automatically completes tasks such as removing bleeding, opening/closing sample covers, penetration, changing measuring needles, cleaning, and result analysis without the need for manual supervision, freeing up manpower. Based on the measured penetration values and the set testing strategy, the optimal penetration time interval can be automatically analyzed, and the preliminary results of the initial/final setting time can be predicted several hours in advance before the completion of the experiment; Accurate control of penetration speed and depth, with minimal overall error, can avoid human errors caused by non-standard operating techniques. Compliant with standards: GB/T50080-2016 "Standard Test Method for Performance of Ordinary Concrete Mixtures" SL352-2020 "Test Code for Hydraulic Concrete" DL/T 5150-2017 "Test Code for Hydraulic Concrete" JTG E30-2005 "Test Code for Cement and Cement Concrete in Highway Engineering" GB/T50119-2013 Technical Specification for Application of Concrete Admixtures Technical parameters: Pressure measurement range: (0-1000) N Temperature measurement range: (-40~120) ℃ Humidity measurement range: (0-100)% RH Number of measuring needles: 3 Sample quantity: 3 Control mode: computer Laboratory temperature: Standard temperature (20 ± 2) ℃ Laboratory humidity: Standard humidity (40-60)% RH Power supply: AC 220V ± 10%, 400W
Introduction: This product is a fully automatic intelligent instrument used to measure the setting time of concrete. It automatically completes tasks such as removing bleeding, opening/closing sample covers, penetration, changing measuring needles, cleaning, and result analysis without the need for manual supervision, freeing up manpower. Based on the measured penetration values and the set testing strategy, the optimal penetration time interval can be automatically analyzed, and the preliminary results of the initial/final setting time can be predicted several hours in advance before the completion of the experiment; Accurate control of penetration speed and depth, with minimal overall error, can avoid human errors caused by non-standard operating techniques.
