Concrete Adiabatic Temperature Rise Tester Hydration Heat Touch Screen ±0.05℃

Product Features & Attributes
This concrete adiabatic temperature rise tester is used to measure the temperature change and maximum temperature rise of concrete during the hydration of cementitious materials under adiabatic conditions. It is key equipment for thermal property testing of mass concrete in dam, bridge, road, reservoir and other large-scale concrete engineering projects.

Working Principle: The concrete specimen is placed in an adiabatic insulation barrel. High-precision temperature sensors continuously collect the core temperature of the specimen. The control system automatically tracks the specimen temperature, adjusting the ambient temperature to match the specimen temperature in real time, simulating adiabatic conditions. Computer software collects and analyzes data, plotting temperature-time curves to determine the adiabatic temperature rise value and rate.

Structural Features:

• High-precision Pt100 temperature sensors for accurate data collection

• Industrial PLC control module with integrated design for strong anti-interference

• Large color touch screen with WinCE operating system for user-friendly interface

• Imported refrigeration compressors (Tecumseh, etc.) with dual-tank cascade structure

• All-stainless steel adiabatic insulation barrel for excellent thermal performance

• USB and network interfaces for data export and network monitoring

Technical Features:

• Tracking accuracy ≤±0.05℃ (50L water 72h temperature variation ≤±0.05℃)

• Temperature resolution 0.01℃ for precise measurement

• Fully automatic data acquisition, processing and storage with real-time temperature curve display

• Self-developed intelligent temperature tracking algorithm for full-temperature range calibration-free operation

• Supports 72+ hours of continuous stable tracking (superior to 24-hour industry standard)

• Automatic calculation of adiabatic temperature rise value, rate and other key parameters

• Data export to Excel format for convenient analysis

Technical Parameters:

• Chamber temperature range: 5~85℃

• Specimen volume: 50L

• Specimen size: Φ400×400mm (cylinder)

• Heating power: 2KW

• Cooling power: 1.1KW

• Power supply: AC 220V

Applications:

• Hydraulic engineering: Dam and reservoir concrete adiabatic temperature rise testing

• Highway and bridge engineering: Mass concrete thermal property testing for bridge piers and towers

• Construction engineering: Temperature rise control for mass concrete foundations

• Research institutions: Concrete hydration heat mechanism research

• Quality inspection: Thermal performance evaluation of concrete materials and mix designs

Available in different specifications: different specimen sizes (Φ400×400mm, 800×800×1100mm, etc.), different temperature ranges (5-85℃, 5-90℃, etc.), and different control methods (touch screen model / computer control model) to suit various project scales and testing standards.

Mainly used in hydraulic engineering testing institutions, highway and bridge quality inspection stations, concrete manufacturers, research universities, engineering quality testing centers, and more for precise adiabatic temperature rise measurement of mass concrete.