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WANCE HCT A-Series Static Servo Hydraulic Compression Universal Testing Machine

Universal Testing Machine ( WANCE )

WANCE HCT A-Series Static Servo Hydraulic Compression Universal Testing Machine

The WANCE HCT A-Series Static Servo Hydraulic Compression Universal Testing Machine is a reliable and efficient solution for industries requiring accurate compression strength testing of materials like cement, concrete, and rock. Designed for exceptional performance, this machine adheres to international standards such as CS1, ASTM C39, and AASHTO T22, ensuring precise and repeatable test results.

This universal testing machine is equipped with optional fixtures and measurement devices, making it versatile enough to perform concrete splitting tensile tests and flexure tests. Its advanced servo hydraulic system guarantees superior control and performance during testing, providing consistent results for both routine and critical testing applications.

With its robust design and adherence to global standards, the WANCE HCT A-Series offers high efficiency and operational flexibility. For those seeking a cost-effective and accurate solution for compression testing, this machine is an excellent choice at a competitive universal testing machine price.

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universal testing machine, universal testing machine price, compression testing machine, cement testing machine, concrete strength testing, WANCE HCT A-Series, ASTM C39, AASHTO T22 standards.

WANCE HCT A-Series Static Servo Hydraulic Compression Universal Testing Machine Overview

The WANCE HCT A-Series Static Servo Hydraulic Compression Universal Testing Machine is engineered to provide precise compression testing for a variety of materials. Designed for static load applications, this machine is widely used in industries such as construction, civil engineering, and materials science, where testing the compressive strength of concrete, metals, and composites is essential.

  • Static Servo Hydraulic Technology: Offers precise control over load and displacement for accurate and repeatable compression testing results.
  • High Load Capacity: Designed to handle high force applications, making it suitable for testing rigid and large-scale materials.
  • Versatile Testing Applications: Ideal for compression, crushing, and flexural testing of materials, meeting international standards for mechanical property evaluation.
  • Precision Control System: Ensures reliable test outcomes with advanced real-time monitoring and control of load and displacement parameters.
  • Durable Construction: Built with a robust frame to withstand high-pressure operations, ensuring long-term reliability and accuracy.
  • User-Friendly Software: Simplifies test setup, operation, and data analysis with intuitive controls and customizable reporting features.
  • Customizable Fixtures: Compatible with various fixtures and accessories to accommodate different sample sizes and shapes, enhancing testing flexibility.

The WANCE HCT A-Series Static Servo Hydraulic Compression Universal Testing Machine is the perfect solution for precise compression testing. For more details on specifications and universal testing machine price, contact us today.

WANCE HCT A-Series Static Servo Hydraulic Compression Universal Testing Machine Features

The WANCE HCT A-Series Static Servo Hydraulic Compression Universal Testing Machine is a highly reliable and advanced solution for static material testing applications. Designed specifically for testing materials under compressive loads, this machine ensures precise measurements and excellent repeatability. It is widely used in industries such as construction, aerospace, manufacturing, and materials research for quality control and material property evaluation.

  1. Static Servo Hydraulic System:

    • Equipped with a servo-controlled hydraulic system, offering high accuracy and smooth control over compressive loading.
    • Ensures consistent and precise application of force for reliable test results.

  2. High Load Capacity:

    • Supports a wide range of load capacities, typically from 200 kN to 3000 kN, accommodating various testing requirements.
    • Suitable for testing materials like concrete, metal, ceramics, and composites in compressive strength applications.

  3. Durable and Rigid Frame:

    • Built with a high-strength, rigid frame to provide excellent stability during testing and reduce deformation under high loads.
    • The robust design ensures long-lasting performance even in demanding industrial environments.

  4. Wide Test Area:

    • The spacious test area accommodates a variety of specimen sizes and shapes, making it suitable for diverse applications.
    • Easily adjustable platens and fixtures allow customization for specific test needs.

  5. Advanced Control System:

    • Features an intuitive control system for precise management of load and displacement parameters during testing.
    • Real-time monitoring of key parameters ensures accurate and repeatable testing results.

  6. Accurate Load Cells:

    • Equipped with high-precision load cells for accurate measurement of applied forces during compression tests.
    • Provides reliable data for evaluating material properties such as compressive strength and modulus.

  7. Motorized Crosshead:

    • Includes a motorized crosshead for smooth and precise positioning, improving ease of use during test setup.
    • Adjustable crosshead speeds cater to a range of material types and testing conditions.

  8. Comprehensive Software Integration:

    • The system is paired with user-friendly software for test setup, real-time data acquisition, and result analysis.
    • Offers customizable test templates, automated reporting, and detailed graphical representations of test data.

  9. Safety Features:

    • Includes safety mechanisms such as overload protection, emergency stop functions, and protective covers for operator safety.
    • Real-time diagnostics help identify and resolve potential issues before they affect testing.

  10. Low Noise Operation:

  • The hydraulic system is designed for smooth and quiet operation, ensuring a better working environment.
  1. Customizable Configurations:
  • Offers a range of accessories and fixtures to adapt to different test requirements, including special platens and environmental testing options.
  • Suitable for applications like cube testing, cylinder testing, and other compression-specific evaluations.
  1. Energy Efficiency:
  • Designed with energy-efficient hydraulic components to reduce operating costs and minimize environmental impact.
 

Specifications

Load Capacities
  • A Series: 600kN, 1000kN, 2000kN, 3000kN
  • B Series: 1000kN, 2000kN, 3000kN
  • C Series: 1000kN, 2000kN, 3000kN, 5000kN
  • D Series: 2000kN with fully automatic sample feeding
  • E Series: 1000kN, 2000kN, 3000kN with servo pump
Construction
  • Frame Design: 2 or 4-column construction for excellent alignment and shock absorption
  • Platen Adjustment: Compression test space can be adjusted using spacing blocks, motor-driven upper platen, or cross-head positioning
Drive System
  • Drive Mechanism: Servo-hydraulic-driven piston for compressive load application
  • Control System: Moog servo valves ensure high accuracy control
Testing Capabilities
  • Testing Speed Range: 0.1 to 300 mm/min
  • Loading Rates: 0.02% of full scale/sec to 2% of full scale/sec
  • Compression Test Space: Up to 400mm
  • Horizontal Test Space: Up to 540mm
  • Piston Stroke: Up to 140mm
  • Compression Platen Diameter: Up to 300mm
Precision Control
  • Position Feedback: Encoder-based for excellent position control
  • Position Control Resolution: 0.01mm
Controller and Data Acquisition
  • Processor: 32-bit Digital Signal Processor-based controller
  • Servo Loop Update Rate: 5 kHz
  • Data Acquisition Rate: 1 kHz
Accuracy
  • Load Accuracy: ± 0.5% of reading value
  • Speed Accuracy: ± 0.5% of set speed
  • Position Accuracy: ± 0.5% of reading
  • Strain Accuracy: ± 0.5% of reading value
Power Supply
  • Works Out of: 3Ø 440 VAC
Load Measurement
  • Utilizes strain-gaged load cells for highly accurate load values

The WANCE HCT A-Series Static Servo Hydraulic Compression Universal Testing Machine is specifically designed for high-precision compression testing of building materials. Below are its primary applications:

Applications:

  1. Compression Testing of Building Materials:

    • Evaluates the compressive strength and mechanical properties of various construction materials.
    • Ensures materials meet the required strength and safety standards for construction and structural engineering.

  2. Concrete Blocks:

    • Tests the compressive strength of concrete blocks to verify their load-bearing capacity.
    • Commonly used for quality control in the production of concrete masonry units.

  3. Concrete Cubes:

    • Measures the compressive strength of concrete cube samples to ensure compliance with construction standards and specifications.
    • Essential for validating concrete mix designs.

  4. Concrete Slabs:

    • Determines the load-carrying capacity and compressive strength of concrete slabs used in flooring and structural applications.
    • Assesses the durability and performance of slabs under static loads.

  5. Standards Compliance:

    • CS1: Complies with Hong Kong standards for compression testing of concrete.
    • ASTM C39: Ensures testing methods meet ASTM standards for compressive strength of cylindrical concrete specimens.
    • AASHTO T22: Adheres to AASHTO standards for determining the compressive strength of concrete cylinders.
    • GB/T 50081 (Part 6): Complies with Chinese standards for testing mechanical properties of concrete.
Industry Applications:

  1. Construction and Civil Engineering:

    • Ensures the quality and safety of materials used in infrastructure projects such as buildings, bridges, and roads.
    • Provides critical data for assessing the suitability of materials in specific construction applications.

  2. Quality Control and Research:

    • Verifies material performance during the production process to maintain consistency and meet regulatory requirements.
    • Used in research to develop and optimize concrete mixes and other construction materials.

  3. Educational and Laboratory Use:

    • Ideal for academic institutions and research laboratories studying material strength and behavior.
    • Supports training in standard compression testing methods.

The WANCE HCT A-Series is a reliable solution for accurately measuring the compressive strength of building materials, ensuring they meet industry standards and construction requirements. Its compliance with global standards like ASTM, AASHTO, and GB/T makes it an essential tool for quality assurance in construction projects.

1. What is the WANCE HCT A-Series Static Servo Hydraulic Compression Universal Testing Machine?

The WANCE HCT A-Series is a high-precision servo hydraulic testing machine designed primarily for static compression testing. It provides accurate and repeatable measurements of compressive strength for various materials, including metals, concrete, ceramics, and composites.

The machine is used for:

  • Compressive strength testing
  • Material deformation analysis
  • Elastic modulus evaluation
  • Testing construction materials like concrete, cement, and bricks
  • Analyzing metals and alloys under compressive loads

The WANCE HCT A-Series supports load capacities ranging from 300 kN to 5000 kN, depending on the model. This range allows it to test small samples as well as large structural components.

Industries utilizing this machine include:

  • Construction and civil engineering (testing concrete and structural materials)
  • Manufacturing (evaluating materials for durability and strength)
  • Aerospace and automotive (testing material properties under compression)
  • Research and development (analyzing new materials)

The machine meets international testing standards such as:

  • ASTM C39 (for compressive strength of concrete)
  • ISO 6892 (for metallic materials)
  • EN 12390-3 (testing hardened concrete strength)
  • Servo hydraulic system for precise load control
  • High load capacity suitable for large samples
  • Rigid frame design to minimize deformation during testing
  • Advanced control software for automated testing and real-time monitoring
  • Wide testing space to accommodate various specimen sizes
  • Safety features, including overload protection

The machine includes WANCE TestControl Software, which provides:

  • Automation of test sequences
  • Real-time data acquisition and analysis
  • Customizable reporting
  • Integration with international testing standards

The machine can test a variety of materials, such as:

  • Concrete and cement
  • Bricks and blocks
  • Metals and alloys
  • Ceramics and composites
  • High precision in measuring compressive forces
  • Durability for long-term use in demanding environments
  • Flexible testing space for specimens of different shapes and sizes
  • Ease of operation with user-friendly software

Safety features include:

  • Overload protection
  • Emergency stop button
  • Secure test area with shields or barriers
  • Real-time alerts for any system irregularities

The WANCE HCT A-Series includes an automatic calibration system to ensure accuracy. Calibration can also be verified periodically using standard weights or certified calibration equipment as per ISO standards.

The machine typically requires a 380V 3-phase AC power supply. Power requirements may vary slightly based on the specific model.

Yes, with an optional temperature chamber, the WANCE HCT A-Series can conduct tests at elevated or reduced temperatures, making it suitable for testing materials used in harsh environments.

The testing speed can range from 0.01 mm/min to 50 mm/min, allowing for controlled and precise compressive load applications.

Yes, the WANCE HCT A-Series is designed with a simple user interface and automated test functions. The accompanying software includes guided test setup and comprehensive help tools, making it accessible for users of all experience levels.

Regular maintenance includes:

  • Checking the hydraulic system for leaks
  • Ensuring the load frame is clean and free from debris
  • Verifying the calibration of load cells periodically
  • Replacing hydraulic oil as recommended

The machine typically comes with a 1-year warranty covering manufacturing defects. Extended warranties and service packages may be available.

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