Freeze Thaw Cabinet for Concrete, Elite Series

Freeze-Thaw Cabinet for Concrete - Elite Series

Engineered for precision and durability, the Elite Series Freeze-Thaw Cabinet is an essential tool for testing the resilience of concrete under repeated freeze-thaw cycles. Designed for compliance with ASTM C666 and AASHTO T161 (Procedure A) standards, this advanced system ensures accurate, reliable results, making it a critical asset for professionals in construction, material testing, and research.

The Freeze-Thaw Cabinet allows simultaneous testing of up to 18 concrete specimens measuring 3" x 4" x 16" (76 x 102 x 406 mm), including one control sample. This cabinet is ideal for evaluating concrete's ability to withstand freezing and thawing conditions, as well as studying the durability of aggregates, admixtures, and other variables that impact concrete performance.

Key Features

• Automated Testing: Fully automated operation allows users to focus on other tasks while the cabinet runs tests independently.
• Comprehensive Data Acquisition: Records up to 1000 tests with 3000 readings per test, offering real-time monitoring and post-test analysis.
• Touch-Screen Display: A 7-inch waterproof, resistive-touch screen provides intuitive control with real-time graphical and tabular data for easy monitoring.
• User-Defined Test Parameters: Customize freeze time, temperature range (-17.8°C to 4.4°C), and number of cycles for tailored testing.
• Enhanced Durability Evaluation: Analyze the relationship between concrete strength and durability, optimize material properties, and study admixture performance.
• High Efficiency: Capable of achieving up to 8 freeze-thaw cycles per 24 hours, depending on specimen cooling and heating times.

Advanced Controller Technology

The cutting-edge touch-screen controller delivers unmatched convenience and functionality. The controller offers:

• Real-Time Monitoring: View detailed graphs, temperature readings, and test progress on the 7-inch color display.
• Data Storage & Export: Save test data locally and export it via USB or Ethernet for further analysis or reporting.
• Graphing Capabilities: Monitor freeze-thaw cycles in graphical form for easier interpretation of results.
• Remote Access: Manage and monitor tests remotely over a network or internet connection.
• Seamless Reporting: Integrates with NEXT software for automatic report generation and advanced data analysis.

Technical Specifications

• Freeze-Thaw Cycles: Up to 8 cycles per day (dependent on cooling/heating times).
• Temperature Control: Precise refrigeration (-30°F to 45°F / -34°C to 7°C) powered by a 0.75HP (0.6KW) refrigeration unit and electric heaters.
• Cabinet Dimensions: 84” x 32” x 35.75” (213 x 81 x 91 cm) with 3” (76 mm) insulation for maximum energy efficiency.
• Internal Test Compartment: 74” x 26” x 6” (188 x 66 x 15 cm).
• Power Requirements: 208/230V, 50/60Hz, Single Phase - 30 amps.
• Controller:
  • 7” VGA resistive-touch display (480 x 800 resolution).
  • Dual 32-bit ARM processor with 64MB RAM and 4GB non-volatile memory.
  • Logging speed: 1 reading every 5 minutes.
  • Connectivity: USB and Ethernet for data export and firmware updates.

Durable Construction

Built for longevity, the cabinet is made of stainless steel with full corrosion resistance and insulated with 3” material on all sides for energy efficiency and stable temperature control. The cabinet’s robust design ensures years of reliable use in demanding environments.

Included Accessories

• 17 Stainless Steel Sample Trays: 3” x 4” x 16.375” (76 x 102 x 406 mm).
• 1 Stainless Steel Sample Tray with Spout: For easy handling and water management.

Note: Freeze-thaw molds are sold separately.

Why Choose a Freeze-Thaw Cabinet?

Whether you’re testing the performance of aggregates, evaluating admixtures, or studying concrete durability, the Freeze-Thaw Cabinet delivers industry-leading accuracy, efficiency, and functionality. Its advanced automation, precision control, and user-friendly interface make it the perfect solution for laboratories, research facilities, and quality control teams in the construction industry.