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Universal Testing Machine ( WANCE )

WANCE HUT-A & C Series Static Servo Hydraulic Universal Testing Machine

The WANCE HUT-A & C Series Static Servo Hydraulic Universal Testing Machines are versatile and robust solutions for a wide range of mechanical testing applications. These machines deliver precision, reliability, and flexibility, making them essential for industries requiring rigorous quality control and performance testing.

The HUT-A Series is designed primarily for tensile testing of metallic materials, with the capability to perform compression, bending, and shear tests using additional grips. Its design ensures accurate results, making it suitable for both standard and advanced material testing requirements.

The HUT-C Series stands out for its extra-long jaw face, specifically tailored for stranded wire tensile testing. Additionally, this universal testing machine supports tension, compression, shear, and bending tests for metallic materials and construction components when equipped with the appropriate fixtures.

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universal testing machine, universal testing machine price, servo hydraulic testing machine, tensile testing machine, stranded wire tensile test, WANCE HUT-A Series, WANCE HUT-C Series.

WANCE HUT-A & C Series Static Servo Hydraulic Universal Testing Machines Overview

The WANCE HUT-A & C Series Static Servo Hydraulic Universal Testing Machines are advanced systems designed for precise static load testing, including tensile, compression, bending, and shear tests. Engineered for reliability and accuracy, these machines are widely used in industries such as aerospace, automotive, construction, and materials research to evaluate material properties under controlled static conditions.

  • Static Servo Hydraulic Technology: Provides precise control over force and displacement, ensuring accurate and repeatable test results for static load applications.
  • High Load Capacities: Capable of handling a broad range of testing forces, making it ideal for testing metals, plastics, composites, and other materials.
  • Versatile Testing Applications: Supports tension, compression, bending, and shear tests, offering flexibility to meet diverse material testing requirements.
  • Robust Design: Built with a durable frame to handle heavy-duty applications, ensuring long-lasting performance even under demanding conditions.
  • Customizable Testing Configurations: Compatible with a wide range of grips, fixtures, extensometers, and other accessories to accommodate various sample shapes and sizes.
  • Advanced Control and Software: Features user-friendly software for test setup, real-time monitoring, data analysis, and customizable reporting.
  • Precision Load and Displacement Measurement: Incorporates high-accuracy load cells and displacement transducers for reliable data collection.
  • Applications Across Industries: Ideal for research, quality control, and product development in fields such as construction materials, automotive components, and aerospace materials.

The WANCE HUT-A & C Series Static Servo Hydraulic Universal Testing Machines deliver precise and dependable performance for a wide range of material testing needs. To learn more about the universal testing machine price and customization options, contact WANCE today.

WANCE HUT-A & C Series Static Servo Hydraulic Universal Testing Machine Features

The WANCE HUT-A & C Series Static Servo Hydraulic Universal Testing Machines are high-performance testing systems designed for accurate and reliable evaluation of material properties under static load conditions. These machines are ideal for tensile, compression, bending, and shear tests, accommodating a wide range of materials and specimens. Built for precision and durability, they serve various industries such as aerospace, automotive, construction, and materials research.

  1. Servo Hydraulic System:

    • Features a static servo hydraulic control system that ensures precise and consistent application of force and displacement.
    • Provides stable operation for accurate test results.
  2. High Load Capacity:

    • Available in multiple load capacities, typically ranging from 300 kN to 3000 kN.
    • Supports testing for a wide range of materials, from metals and composites to concrete and polymers.
  3. Versatile Testing Configurations:

    • Supports tensile, compression, bending, and shear tests.
    • Compatible with various specimen sizes and shapes, allowing flexibility across different testing standards.
  4. Motorized Crosshead:

    • Equipped with a motorized crosshead for easy positioning and adjustment, ensuring precision in test setup.
    • Smooth movement for consistent and repeatable tests.
  5. Advanced Control and Software:

    • Integrated with intelligent software for test control, data acquisition, and analysis.
    • Provides real-time monitoring of test progress, graphical data representation, and automatic reporting.
  6. High-Precision Measurement:

    • Features high-accuracy load cells and displacement sensors for reliable measurement of force, displacement, and strain.
    • Ensures consistent performance across various test conditions.
  7. Durable and Sturdy Design:

    • Constructed with a robust frame to handle high loads and ensure long-term reliability.
    • Suitable for both industrial and laboratory environments.
  8. Energy-Efficient Operation:

    • Designed with energy-efficient hydraulic components to reduce power consumption.
    • Offers cost-effective and sustainable testing solutions.
  9. Safety Features:

    • Includes overload protection, emergency stop functions, and protective shields to ensure safe operation.
    • Real-time system diagnostics help prevent machine malfunctions during testing.
  10. Customizable Accessories:

    • Supports a variety of optional fixtures, grips, and extensometers for different test types.
    • Additional features like environmental chambers are available for testing under controlled conditions.
  11. User-Friendly Interface:

    • The control interface is simple and intuitive, making it easy to set up and operate tests.
    • Reduces training time for operators and enhances productivity.

Specifications
Load Capacities

  • HUT-A Series: 200kN, 300kN, 500kN, 600kN, 1000kN, and 2000kN
  • HUT-C Series: 600kN and 1000kN (Features extra-long test space and longer jaw faces)

Design and Structure

  • Construction: 4 or 6-column construction for excellent alignment and shock absorption
  • Test Zone: Dual zone design reduces test setup time
  • Crosshead Adjustment:
    • Lead screw-driven crosshead for HUT-A & C Series
    • Worm wheel-driven crosshead for HUT-B Series

Testing and Movement

  • Testing Speed Range: 0.01 to 180 mm/min
  • Position Control Resolution: Down to 0.001mm
  • Long Strokes: Up to 250mm
  • Moog Servo Valves: Ensure high accuracy and precision control

Test Spaces

  • Horizontal Test Space:
    • HUT-A Series: Up to 640mm
    • HUT-C Series: Up to 430mm
  • Tension Test Space:
    • HUT-A Series: Up to 950mm
    • HUT-C Series: Up to 1100mm
  • Compression Test Space:
    • HUT-A Series: Up to 750mm
    • HUT-C Series: Up to 950mm

Control and Accuracy

  • Feedback Mechanism: Encoder-based for precise position control
  • Load Accuracy: ± 0.5% of reading value, down to 1/100th of full capacity
  • Speed Accuracy: ± 0.5% of set speed
  • Position Accuracy: ± 0.5% of reading
  • Strain Accuracy: ± 0.5% of reading value, down to 1/50th of the travel range

Controller and Data Acquisition

  • Controller: 32-bit Digital Signal Processor-based
  • Servo Loop Update Rate: 5kHz
  • Data Acquisition Rate: 1kHz
  • Load Cell: Strain-gaged for precise load measurements

Power Requirements

  • Input Power: Operates on 3Ø 440 VAC
The WANCE HUT-A & C Series Static Servo Hydraulic Universal Testing Machine is a versatile and reliable solution for performing static mechanical testing on various materials. Below are the detailed applications of this series:
Applications:
  1. Tensile Testing:
    • Measures the tensile strength, yield strength, and elongation of materials by applying a unidirectional pulling force.
    • Suitable for metals, plastics, rubber, elastomers, and composites.
  2. Compression Testing:
    • Determines the material’s ability to withstand compressive forces, assessing properties like compressive strength and deformation under load.
    • Commonly used for concrete, metal alloys, and composite materials.
  3. Bending Testing:
    • Performs 3-point and 4-point bending tests to evaluate flexural strength and behavior under bending stresses.
    • Ideal for testing structural materials, polymers, and composite components.
  4. Shear Testing:
    • Assesses the shear strength of materials, commonly applied to adhesives, fasteners, and bonded joints.
  5. Cyclic Load Testing:
    • Evaluates how materials respond to repeated stress over time, important for components subjected to dynamic loads in industries like automotive and aerospace.
  6. Material Property Testing:
    • Determines material properties such as elasticity, yield point, and fracture toughness under static conditions.
Standards Compliance:
  • ISO Standards: For tensile, compression, and bending tests on metals, composites, and polymers.
  • ASTM Standards: For testing mechanical properties of a variety of materials, including steel, plastics, and elastomers.
  • GB/T Standards: Ensures compliance with Chinese testing requirements for structural materials like concrete and steel.
Industry Applications:
  1. Construction and Civil Engineering:
    • Tests structural materials like concrete, steel, and wood to ensure they meet safety and performance standards in construction projects.
  2. Automotive and Aerospace:
    • Evaluates the mechanical properties of materials used in high-performance components like frames, panels, and fasteners.
  3. Manufacturing and Quality Assurance:
    • Ensures raw materials and finished products meet specified mechanical requirements before use or distribution.
  4. Research and Development:
    • Supports material innovation by providing data on mechanical properties for new and improved materials.
  5. Metal Testing:
    • Essential for testing the mechanical behavior of metal components, such as tensile and compressive strength, ensuring durability and reliability.
  6. Composite and Polymer Testing:
    • Assesses the strength and deformation properties of non-metallic materials used in lightweight and high-performance applications.
Advantages of the WANCE HUT-A & C Series:
  • High Precision and Reliability:
    • Offers accurate and repeatable results for tensile, compression, and bending tests.
  • Servo Hydraulic Control:
    • Provides precise control over load application, enabling simulations of real-world conditions.
  • Global Standards Compliance:
    • Ensures results are recognized internationally for quality assurance, certification, and research purposes.
  • Versatile Testing Capabilities:
    • Accommodates a wide range of materials and testing requirements, making it suitable for diverse industries.
The WANCE HUT-A & C Series Static Servo Hydraulic Universal Testing Machine is ideal for static mechanical testing in construction, automotive, aerospace, manufacturing, and research industries, ensuring materials meet rigorous performance and safety standards.
 
1. What are the WANCE HUT-A & C Series Static Servo Hydraulic Universal Testing Machines?

The WANCE HUT-A & C Series are advanced static servo-hydraulic universal testing machines designed for precise and versatile testing of materials under static loads. These machines are ideal for conducting tensile, compression, bending, and shear tests on various materials, including metals, composites, and plastics.

The main differences between the two series are:

  • HUT-A Series: Designed for general-purpose material testing with a wide range of applications.
  • HUT-C Series: Enhanced for higher precision and greater load capacities, ideal for testing heavy-duty materials or components.

Both series feature servo-hydraulic systems for accurate control.

The HUT-A Series has load capacities ranging from 100 kN to 2000 kN, while the HUT-C Series can handle higher capacities up to 5000 kN, making it suitable for heavy-duty industrial testing.

These machines are capable of performing:

  • Tensile tests for measuring strength and elongation
  • Compression tests for evaluating material behavior under compressive forces
  • Bending tests for determining flexural strength
  • Shear tests for analyzing shear resistance
  • Stress-strain testing
  • Fracture and fatigue testing (optional with additional configurations)
  • Servo-hydraulic control system for precise load and displacement control
  • Rigid frame design for accurate and repeatable test results
  • Advanced load cell technology ensuring high measurement accuracy
  • Versatile grips and fixtures to accommodate various specimen types
  • User-friendly software for real-time data acquisition and analysis
  • Optional environmental chambers for high/low-temperature testing

The machines come with WANCE TestControl Software, which offers:

  • Real-time monitoring of test parameters
  • Automated test procedures based on international standards (e.g., ASTM, ISO)
  • Data analysis for properties like yield strength, modulus of elasticity, and more
  • Customizable test configurations for specialized testing needs
  • Easy report generation and export options

These machines are widely used in:

  • Aerospace (for materials like composites and alloys)
  • Automotive (testing vehicle components)
  • Construction (evaluating concrete and steel)
  • Manufacturing (quality control)
  • Research and Development
  • Educational institutions for material science studies

Yes, both series can be equipped with optional environmental chambers to test materials at temperatures ranging from -40°C to 1000°C. This feature is useful for applications requiring simulation of extreme environments.

 

The machines are compliant with international testing standards, including:

  • ASTM (American Society for Testing and Materials)
  • ISO (International Organization for Standardization)
  • GB/T (Chinese National Standards)
  • EN (European Standards)

Safety features include:

  • Overload protection to prevent machine or specimen damage
  • Emergency stop buttons for immediate shutdown
  • Hydraulic pressure monitoring systems
  • Protective shields to ensure operator safety during testing
  • Automatic error detection and alarm systems

They can test a wide variety of materials, such as:

  • Metals (e.g., steel, aluminum, alloys)
  • Composites (e.g., carbon fiber)
  • Plastics and polymers
  • Rubbers and elastomers
  • Concrete and wood

The machines utilize:

  • High-precision load cells for accurate load measurement
  • Displacement sensors for real-time monitoring of specimen deformation

These components ensure reliable and repeatable results.

The testing speed is adjustable, typically ranging from 0.01 mm/min to 200 mm/min, providing flexibility for different material types and testing standards.

Yes, both series offer customization options such as:

  • Special grips and fixtures for unique specimen shapes
  • Environmental chambers for temperature-controlled testing
  • Extended load capacities for heavy-duty applications

The machines typically require a 380V 3-phase AC power supply. Specific power requirements vary depending on the model.

Calibration is done using certified weights and displacement standards. Regular calibration ensures that the machine maintains accuracy and complies with industry standards.

Routine maintenance includes:

  • Checking and replacing hydraulic fluid
  • Inspecting load cells and sensors
  • Cleaning and lubricating moving parts
  • Verifying calibration regularly

The machines come with a standard 1-year warranty, with options for extended warranties and maintenance contracts.

Their versatility, precision, and reliability make them ideal for both standard and specialized material testing. Additionally, their ability to integrate with environmental chambers and advanced software makes them a preferred choice in research and industrial applications.

  • Choose the HUT-A Series for standard material testing applications with moderate load capacities.
  • Opt for the HUT-C Series for high-capacity testing or applications requiring greater precision and durability.

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