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Wance - PIT-E DT Series Dynamic Tear Testing Machine

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Wance PIT-E DT Series Dynamic Tear Testing Machine

The Wance PIT-E DT Series Dynamic Tear Testing Machine is a specialized testing system designed for dynamic tear testing (DT test) of metallic materials, in accordance with ASTM E604 standards. This advanced machine offers automatic control of various testing processes, including specimen feeding, impact testing, pendulum raising, and specimen collection, ensuring seamless operation and high testing efficiency.

  • Dynamic Tear Testing (DT Test): Ideal for assessing the impact resistance and tear properties of metallic materials under dynamic loading conditions.
  • Automatic Control: Fully automated processes for specimen feeding, impacting, pendulum raising, and specimen collection, reducing manual intervention and improving testing throughput.
  • Heavy-Duty Construction: Built with a high-strength carbon steel seat and H-shape 300# steel frame, the system ensures exceptional rigidity and stability during testing, minimizing shock after impact.
  • Durable Anvil: The specimen anvil is made of 45# forged steel with quenching and tempering treatment to ensure high strength, stability, and long-term reliability.
  • Precise Performance: The robust design minimizes vibration and ensures accurate and consistent test results.
  • Comprehensive Testing: Meets ASTM E604 standards for dynamic tear testing, providing critical data for material performance evaluation under real-world dynamic conditions.

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Wance PIT-E DT Series, dynamic tear testing, ASTM E604, metallic materials testing, impact resistance, automated tear testing, specimen feeding, pendulum impact, R&D material testing, failure analysis, impact toughness.

Wance PIT-E DT Series Dynamic Tear Testing Machine Overview

The Wance PIT-E DT Series Dynamic Tear Testing Machine is a state-of-the-art testing system designed to evaluate the dynamic tear resistance of materials under high-speed impact conditions. This testing machine is ideal for industries such as automotive, aerospace, and materials research, where understanding the tear resistance of materials under dynamic loading is essential for ensuring the durability and safety of products. The PIT-E DT Series offers precision, high efficiency, and reliable results, making it an essential tool for comprehensive material testing.

  1. Dynamic Tear Testing Capabilities

    • The PIT-E DT Series is specifically engineered to measure the tear resistance of materials under dynamic (high-speed) impact loads.
    • It simulates real-world conditions where materials experience sudden forces, providing valuable insights into their performance during accidents, collisions, or operational stress.
  2. High-Speed Testing for Accurate Results

    • The system is capable of performing tests at varying speeds to simulate different dynamic loading scenarios. This helps in evaluating how materials respond to sudden and intense forces.
    • It is suitable for testing metals, plastics, rubbers, and composites, giving flexibility across multiple applications.
  3. Precision Control and Measurement

    • The PIT-E DT Series uses advanced sensors and control systems to measure and record data with high precision.
    • Real-time data collection and analysis ensure that accurate and detailed test results are available for material evaluation.
  4. Durability and Robust Design

    • Built with high-strength components, the PIT-E DT Series can withstand repetitive dynamic testing, ensuring reliable performance over time.
    • Its durable design guarantees longevity, even in demanding environments.
  5. User-Friendly Interface

    • The machine features an intuitive control panel that simplifies the setup, operation, and monitoring of tests.
    • Customizable settings allow for flexible adjustments of parameters to suit various test requirements, ensuring ease of use for operators.
  6. Advanced Data Acquisition and Reporting

    • The system is equipped with sophisticated software for data acquisition, allowing users to visualize and analyze test results in real-time.
    • Post-test data analysis includes graphical representations, statistical evaluations, and detailed reports, which can be exported in different formats (PDF, Excel).
  7. Versatile Testing Options

    • In addition to dynamic tear testing, the PIT-E DT Series can be configured for other types of impact testing. This versatility makes it suitable for various industries, including research and development, quality control, and regulatory testing.
  8. Safety Features

    • Equipped with safety enclosures and emergency stop features, the PIT-E DT Series ensures the safety of the operator during testing.
    • The machine complies with international safety standards, offering peace of mind during operation.
Wance PIT-E DT Series Dynamic Tear Testing Machine

The Wance PIT-E DT Series Dynamic Tear Testing Machine is designed for evaluating the impact resistance and tear properties of materials under dynamic loading conditions. This machine is particularly useful in assessing the toughness and performance of materials like metals, plastics, rubber, and composites under high-strain rates, making it a critical tool for industries such as automotive, aerospace, and materials research.

  • Dynamic Tear Testing Capability
    The PIT-E DT Series is specifically engineered for dynamic tear testing, providing valuable insights into the tear strength and resistance of materials when subjected to sudden and high-impact forces. This testing is essential for evaluating the behavior of materials under extreme conditions, such as during manufacturing processes or in-service use.

  • Advanced Control System
    The machine features a sophisticated control system with a user-friendly interface, allowing for easy configuration of test parameters, real-time monitoring, and efficient data analysis. The integrated software enables detailed reporting, visualization of test results, and automatic data storage for future reference.

  • Real-Time Data Acquisition
    Equipped with high-speed sensors, the PIT-E DT Series captures real-time data on impact forces, energy absorption, material deformation, and tear progression. This ensures accurate and detailed analysis of the material’s response to dynamic tear conditions.

  • Wide Range of Test Specimens
    The machine can handle a variety of test specimens, including those made from metals, polymers, and composites. This versatility makes it suitable for a wide range of applications in different industries, such as evaluating materials used in automotive, aerospace, and construction.

  • Multiple Test Configurations
    Supports a variety of test configurations, including customized test setups to simulate specific impact conditions. It can accommodate different specimen sizes and types, making it adaptable to various material testing needs.

  • Energy Calibration and Adjustment
    The machine allows precise control over impact energy, enabling users to calibrate and adjust the energy levels to match specific testing requirements. This feature helps ensure that the tests are conducted under the desired conditions for accurate and reliable results.

  • Durable and Robust Construction
    Built with high-quality materials, the PIT-E DT Series is designed to withstand the demands of high-energy testing. Its durable construction ensures reliable operation over extended periods, making it suitable for both research and industrial environments.

  • Automatic Specimen Clamping and Positioning
    The machine includes an automatic specimen clamping system that ensures accurate specimen placement and secure fixation during testing. This reduces manual handling errors and ensures consistent results across multiple tests.

  • Safety Features
    Equipped with multiple safety features such as protective enclosures, secure clamping systems, and emergency stop functions, the PIT-E DT Series ensures operator safety during testing. These safety features help prevent accidents and minimize the risk of damage to the equipment.

  • Comprehensive Reporting and Analysis
    The machine generates detailed test reports that include data on energy absorption, tear strength, deformation, and material toughness. The software provides graphical representations and statistical analysis of test results, making it easier for researchers and engineers to evaluate material performance and quality.

  • Customizable Test Conditions
    The PIT-E DT Series offers flexibility in test conditions, including varying impact speeds, temperatures, and energy levels. This makes it suitable for a wide range of applications, from research and development to quality control and material certification.

The Wance PIT-E DT Series Dynamic Tear Testing Machine is an advanced and versatile testing solution that provides critical insights into the dynamic tear resistance of materials. Its combination of precision, durability, and flexibility makes it an invaluable tool for industries requiring detailed performance data under high-impact conditions.

 
 
 
Wance PIT-E DT Series Dynamic Tear Testing Machine Specifications
  • Maximum Energy: 5000 J (PIT 503E), 7500 J (PIT 753E)
  • Designed for: Dynamic Tear Test
  • High Angle Resolution: 0.025°
  • Striking Velocity: 6.78 m/s (503E), 7.087 m/s (753E)
  • Adjustable Striking Angle: 135°
  • Striking Tip Angle: 30°
  • Anvil Span: 165 mm (PIT 503E), 165, 406, 500 & 600 mm (PIT 753E)
  • Radius of Curvature of Supports: 12.7 mm (PIT 503E), 35 mm (PIT 753E)
  • Radius of Striking Edge: 12.7 mm (PIT 503E), 38 mm (PIT 753E)
  • Distance between Support Axis & Percussion Centre: 1380 mm (PIT 503E), 1500 mm (PIT 753E)
  • Compliance: ASTM E604, GB/T 5482
  • Automation: Fully automatic specimen feeding, impacting, pendulum raising, and specimen collecting
  • Frame Material: High-strength carbon steel for seat, H-shape 300# steel for frame
  • Pendulum Raising Device: Three types to provide various impact energies without changing pendulum
  • Pneumatic Braking Device: Reduces clutch impact abrasion and extends its life
  • Energy Display Device: Multiple energy display to show test results
  • Specimen Collecting Device: Automatic specimen collection for improved efficiency and safety
  • Power Supply: AC 440V, 50Hz, 5 kW
  • Weight: 10,000 kg
 
Wance PIT-E DT Series Dynamic Tear Testing Machine

The Wance PIT-E DT Series Dynamic Tear Testing Machine is designed to evaluate the dynamic tear strength of metallic materials under various loading conditions. This machine is essential for testing materials that undergo dynamic loading or impact, providing valuable insights into their performance and failure characteristics.

  1. Dynamic Tear Testing of Metallic Materials

    • The PIT-E DT Series is used to assess the dynamic tear resistance of metallic materials such as steel, aluminum, and other alloys under sudden or shock loading.
    • This test simulates real-world conditions where materials experience rapid force applications, such as automotive components, structural materials, and aerospace parts.
    • The machine measures tear strength and energy absorption, helping to determine the material’s resistance to tearing when subjected to dynamic stresses.
  2. Compliance with Standards

    • The PIT-E DT Series is designed to meet international standards, including ASTM E604 and GB/T 5482, ensuring that test results are consistent and reliable across different industries and applications.
    • It helps manufacturers ensure that their materials comply with relevant safety, quality, and performance standards, providing confidence in their products’ durability.
  • Dynamic Tear Testing

    • Provides accurate measurements of tear strength and energy absorption during dynamic loading, which is essential for evaluating the material’s performance under real-world impact conditions.
  • Standard Compliance

    • Meets ASTM E604 and GB/T 5482 standards, ensuring the test procedure adheres to internationally recognized guidelines for dynamic tear testing.
  • Advanced Measurement Technology

    • Equipped with high-precision instrumentation for detailed data collection, allowing for in-depth analysis of the material’s response to dynamic forces.
  • Wide Material Compatibility

    • Capable of testing a broad range of metallic materials, from high-strength alloys to lightweight metals, making it versatile for use in various industries.
  • Durability Testing

    • Helps to simulate the performance of materials used in industries where dynamic stresses, such as shock loading, impact, or fatigue, are common.
  • User-Friendly Interface

    • Features an intuitive interface for easy setup and operation, ensuring fast and efficient testing for both novice and experienced operators.
Industries Benefiting from Wance PIT-E DT Series Dynamic Tear Testing Machine
  • Automotive
  • Aerospace
  • Construction & Structural Engineering
  • Manufacturing of Metallic Components
  • Metal Processing
  • Material Research & Development

The Wance PIT-E DT Series Dynamic Tear Testing Machine is a vital tool for testing the tear resistance and dynamic performance of metallic materials. It ensures that materials used in demanding applications can withstand sudden or shock loading, providing manufacturers and researchers with the data needed to improve product durability and performance.

 
1. What is the Wance PIT-E DT Series Dynamic Tear Testing Machine?

The Wance PIT-E DT Series is an advanced dynamic tear testing machine designed to evaluate the tear strength and fracture resistance of materials under dynamic loading conditions. It provides accurate data on how materials perform during high-speed impact scenarios, making it ideal for testing tough materials like plastics, composites, and metals.

The PIT-E DT Series is primarily used for dynamic tear tests, but it can also perform other material testing like impact resistance and ductility tests. It is designed for testing materials that experience dynamic stresses and high-speed deformations.

The PIT-E DT Series uses a pendulum hammer or similar impact mechanism to apply a dynamic load to the specimen. It measures the material’s response to impact, including tear strength, energy absorption, and fracture behavior. The machine records the force-displacement curve to provide a detailed analysis.

The PIT-E DT Series is ideal for testing a variety of materials, including metals, plastics, rubbers, and composites. It is particularly useful for testing materials used in industries like automotive, aerospace, and construction, where materials are subjected to high-speed dynamic stresses.

The PIT-E DT Series can handle specimens with varying thicknesses and sizes. It typically accommodates specimens up to 100 mm thick and can be customized to test larger or non-standard materials, depending on specific testing requirements.

The PIT-E DT Series delivers detailed data, including dynamic tear strength, peak force, energy absorption, and fracture toughness. It also provides a force-displacement curve that highlights the material’s response during impact loading.

The PIT-E DT Series is widely used in industries such as automotive, aerospace, defense, and materials science. It is particularly useful in testing materials that need to withstand dynamic loads and high-speed deformations, like automotive parts, aircraft components, and construction materials.

The PIT-E DT Series is operated via a user-friendly touchscreen interface that allows for easy setup and operation. Users can set test parameters, initiate tests, and monitor real-time results, all through an intuitive control system designed for efficiency.

The PIT-E DT Series is available with different energy capacities, typically ranging from 5 Joules to 1000 Joules, depending on the machine’s configuration. This range ensures the testing of materials from lightweight plastics to heavy-duty metals and composites.

The PIT-E DT Series complies with international standards like ASTM D5628 and ISO 5061, ensuring the machine provides reliable and accurate data for dynamic tear testing and other material characterization tests. This makes it suitable for use in research, quality control, and product development.

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