NG-ImpactFall – Falling Weight Impact Tester

Yes, the NG-ImpactFall aligns with the ISO 3127 standard, which outlines the methodology for assessing thermoplastic materials' impact resistance through a falling weight test. This standard specifies equipment requirements, test specimen dimensions, and testing procedures to accurately gauge material toughness when subjected to controlled impact. The NG-ImpactFall's design and operational features enable precise adherence to these specifications, ensuring that the impact resistance measurements it provides are both accurate and consistent with ISO 3127 guidelines.

The ISO 3127 standard is critical for industries that rely on the use of thermoplastics in applications where the performance of the material under impact is of utmost importance. As a result of NG-ImpactFall's compliance with this standard, manufacturers and researchers can evaluate the suitability of plastic materials for a variety of applications, supporting the development of new products that meet safety and durability requirements.

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Yes, the NG-ImpactFall is designed to meet the ISO 4422 standard specifications, which determine the impact resistance of rigid PVC (polyvinyl chloride) pipes and fittings. This standard establishes the criteria for conducting impact tests, including the apparatus used, the impact conditions, and the method for evaluating test results. NG-ImpactFall's capabilities enable accurate adherence to these testing protocols, ensuring PVC products are rigorously assessed for impact durability and reliability.

ISO 4422 is essential for industries relying on PVC piping for applications requiring high resilience to physical stresses. Compliance with this standard by the NG-ImpactFall signifies its effectiveness in evaluating PVC pipes and fittings' performance, contributing to the development of safer and more durable PVC products. By aligning with ISO 4422, the NG-ImpactFall aids manufacturers in meeting stringent quality standards, thus playing a crucial role in maintaining product integrity and consumer confidence in PVC piping systems.

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Yes, the NG-ImpactFall is specifically engineered to conform to the ASTM D2444 standard. This standard outlines the procedure for determining the impact resistance of thermoplastic pipes and fittings using a TUP (falling weight) with a specified mass and shape. ASTM D2444 specifies the test apparatus, the dimensions and preparation of the test specimens, the test procedure, and the criteria for determining impact resistance. The NG-ImpactFall's precision engineering ensures that it can accurately replicate ASTM D2444 conditions, providing reliable and consistent results for evaluating thermoplastic materials' impact resistance.

ASTM D2444 is necessary for manufacturers and quality control laboratories that need to ensure their thermoplastic pipe products can withstand impacts under various conditions. By adhering to this standard, NG-ImpactFall helps assess product durability and safety, facilitating the development of thermoplastic pipes and fittings that meet high-performance standards. This compliance is crucial in industries where material failure can have significant safety and financial implications.

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The NG-ImpactFall, a specialized falling weight impact tester, is primarily used for assessing the external impact strength of various non-metal materials, including plastic pipes and plastic boards. This equipment simulates real-world impact conditions during handling, transportation, and use. By applying a controlled impact force, the NG-ImpactFall evaluates the material's resistance to damage, providing valuable data on its durability and suitability for specific applications.

In the context of plastic pipes, the tester helps determine how well they can withstand physical shocks or stresses. This could lead to failures in plumbing, irrigation, or industrial fluid transport systems. Plastic boards are tested for use in construction, signage, and furniture. This is where impact resistance can be a critical factor in material selection. The NG-ImpactFall's versatility makes it an essential tool in research and development, quality control, and compliance testing, ensuring that products meet the required safety and performance standards before reaching the market.

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The NG-ImpactFall Falling Weight Impact Tester is specifically engineered to accommodate a wide range of plastic pipe types, catering to diverse industry requirements. This includes PVC-U (unplasticized polyvinyl chloride) water supply pipes, known for their rigidity and durability in water systems. It also tests low-pressure water supply pipes, which are essential in various residential and commercial fluid transport applications. The tester is suitable for core layer foam pipes and double-wall corrugated pipes, offering insights into their impact resistance capabilities, which are crucial for protective and conduit applications.

Further, the NG-ImpactFall tests steel belt pipes, carat pipes, as well as polyethylene (PE) water supply pipes that are widely used for their unique properties such as flexibility, strength, and corrosion resistance. MPP (modified polyphenylene) electric power pipes, hollow wall winding pipes, and CPVC (chlorinated polyvinyl chloride) power pipes are also within their testing range, supporting their use in electrical and utility infrastructures.

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Setting up the NG-ImpactFall for impact resistance testing involves a few critical steps to ensure accurate and reliable results. Initially, the pipe or profile to be tested is placed onto the machine's workbench. Carefully, it is aligned to align the sample's upper surface with the lower edge of the photoelectric correlation system. This alignment is crucial for precise impact measurements. The next step is to select the correct hammerhead and weight based on the test standard requirements, assembling the impact hammer to match these specifications.

The height of the electromagnetic absorb system is then adjusted, and the hammer is suspended in place, ready for the test. The test is initiated by releasing the hammer, allowing it to fall freely from a set height onto the sample. The test outcome is determined by examining the sample for ruptures. A pass is indicated by one or no ruptures, showing that the pipe or profile can withstand impact according to the standard. Multiple ruptures, however, suggest that the material does not meet the required impact resistance criteria.

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The NG-ImpactFall 4127 and NG-ImpactFall 2444 are NG-ImpactFall models featuring a maximum impact energy of 300 joules, the same impact energy as the NG-ImpactFall 3127 and NG-ImpactFall 3127 models. In compliance with ISO standards such as ISO 3127 and ISO 4422, this capability is essential for conducting impact resistance tests that meet ISO requirements for impact resistance. 

The 300 Joules threshold is an important parameter to consider when evaluating the resilience and durability of plastic pipes and profiles against high-impact forces. Through the use of this level of energy, materials can be tested to ensure they can withstand the types of impacts they are likely to encounter in the real world, from construction to infrastructure, and from industrial processes to power plants. Ensuring that products meet these standards is essential for manufacturers aiming to produce high-quality, reliable, and safe plastic products for various applications.

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The NG-ImpactFall models, namely the NG-ImpactFall 3127 and NG-ImpactFall 2444, are designed to accommodate a broad spectrum of testing needs through their adjustable impact height settings. Specifically, the NG-ImpactFall 3127 allows for impact heights ranging from 50 to 2000 millimeters, catering to standard and intermediate testing scenarios. This range is ideal for assessing the impact resistance of various plastic materials and products. This ensures they can endure common stresses encountered during use, transportation, and installation.

Expanding upon this, the NG-ImpactFall 2444 model offers an even broader range of impact heights, from 50 to 3000 millimeters. This extended range enhances the tester's versatility, enabling it to simulate more extreme impact conditions that materials might face in harsher environments or under more severe stresses. Such capability is particularly beneficial for industries that demand rigorous testing to meet high safety and durability standards. The wide range of impact heights available with these models ensures that testing can be customized to specific standards and requirements.

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The NG-ImpactFall 3127 and NG-ImpactFall 2444 models offer a versatile selection of hammer weights to accommodate a wide range of impact testing requirements. For both models, the hammer weight can be adjusted between 0.5 and 16 kilograms, allowing precise control over the impact force applied during tests. This range includes specific hammer weights of 0.5, 0.8, 1, 1.25, 1.6, 2, 2.5, 3.2, 4, 5, 6.3, 8, 10, 12.5, and 15 kilograms. This provides a comprehensive selection to match various testing standards and material specifications.

Additionally, for specialized testing scenarios, the NG-ImpactFall 2444 model includes unique hammer weights of 2.7, 5.4, 9.1, and 13.6 kilograms, further extending its testing capabilities. This broad assortment of weights ensures that the NG-ImpactFall models can simulate a wide spectrum of impact conditions, from low-force impacts that might occur during handling or minor collisions to high-force impacts that test the material's limits in more extreme conditions. Such flexibility is crucial for accurately assessing the impact resistance of plastic pipes, boards, and other non-metal materials.

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The NG-ImpactFall 3127 and NG-ImpactFall 2444 models are equipped with a variety of striker noses, designed to cater to a broad range of impact testing scenarios for plastic pipes and other non-metal materials. These models come with striker noses in diameters of d25 and d90, and a radius specification of Rs: 50. These noses are essential for conducting precise impact tests that mimic real-world conditions. Additionally, the strikers are classified as Tup A, B, and C, each tailored to different types of impact tests according to the specific requirements of the material being tested.

Moreover, these models include spherical (SPH) striker noses with radii of R12.7mm, R50.8mm, and R6.3mm. These varied specifications allow for the customization of the impact force and the contact area on the test specimen. This enables detailed analysis of material behavior under different impact conditions. The diversity in striker nose specifications ensures that the NG-ImpactFall models can accurately simulate a wide array of impact scenarios, from low-energy to high-energy impacts, providing valuable insights into the material's durability and resilience.

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The NG-ImpactFall models are designed to accommodate a wide range of pipe specimen diameters, from φ16 to φ4000 millimeters, allowing for pipe testing across various sizes and applications. This extensive range ensures that the NG-ImpactFall can be used to test small-diameter pipes used in residential plumbing to large-diameter pipes employed in industrial and municipal infrastructure.

For pipes with diameters larger than 500 millimeters, there is a specific requirement to produce a flat specimen with dimensions of 200×200 millimeters for the impact test. This guideline ensures that even the largest pipe sizes can be accurately tested for impact resistance. It does this by providing a standardized specimen size that fits within the tester's capabilities. The use of a flat specimen for larger pipes allows consistent and reliable testing. In this way, it is ensured that the material's impact resistance is accurately assessed, regardless of the pipe's original diameter.

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The NG-ImpactFall models are designed to operate on a 220V, 50/60Hz, 1-phase power source, providing broad compatibility with electrical standards in various regions around the world. This requirement makes it straightforward to integrate these models into existing testing laboratories, research facilities, and production environments without specialized electrical modifications. The single-phase, 220V setup is particularly suited to equipment of this nature, providing sufficient power for the operation of the impact testing machinery while maintaining energy efficiency.

The flexibility to operate on both 50 and 60Hz frequencies allows these models to be utilized in a wide array of countries. This accommodates differing electrical grid standards without compromising equipment performance or safety. This feature is essential for multinational companies and institutions that operate in multiple countries, ensuring that the same model can be used seamlessly across their various locations. Additionally, the specified power supply parameters facilitate the precise control and operation of the NG-ImpactFall, guaranteeing accurate and reliable impact testing results for materials such as plastic pipes, profiles, and boards, across a diverse range of industry applications.

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The overall dimensions of the main frame for both the NG-ImpactFall 3127 and NG-ImpactFall 2444 models are identical, measuring 1100mm in length, 570mm in width, and 3710mm in height. These dimensions reflect the compact yet functional design of the NG-ImpactFall models, allowing them to fit into various testing environments without excessive space. Despite their substantial height, which is necessary to accommodate a wide range of impact heights for testing, the footprint remains relatively modest, ensuring efficient use of laboratory or workshop floor space.

The uniform size across both models simplifies integrating these impact testers into existing setups. This provides consistency for users who switch between the two for different testing standards or requirements. The dimensions also facilitate ease of installation and mobility within the workspace, considering the need for adjusting the equipment's location to suit testing protocols or laboratory reconfigurations. This thoughtful design guarantees that the NG-ImpactFall models are not only versatile in terms of testing capabilities but also in their physical integration into diverse work environments.

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The control cabinet for the NG-ImpactFall 3127 and NG-ImpactFall 2444 models is designed with dimensions of 450mm in width, 400mm in depth, and 1100mm in height. These carefully considered measurements ensure that the control cabinet is compact for ease of placement in various testing environments. It is also sufficiently spacious to house the necessary electronic controls and operational interfaces. The consistent sizing across both models facilitates a streamlined setup process, allowing for ease of integration into existing laboratory or production settings without the need for extensive spatial accommodations.

This control cabinet's design not only matches aesthetically with the main frame of the impact testers but also contributes significantly to the equipment's functionality. By providing a centralized location for the controls, it enhances the user experience, making tester operation more intuitive and efficient. The cabinet height is particularly advantageous, placing the control interfaces at a convenient level for most users, thereby reducing strain and improving accessibility during testing procedures.

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The NG-ImpactFall 3127 model weighs 882 pounds (approximately 400 kilograms), while the NG-ImpactFall 2444 model is slightly heavier, weighing in at 993 pounds (approximately 450 kilograms). These weights reflect the robust construction and durable materials used in the manufacturing of these impact-testing machines, ensuring they can withstand repeated use in testing various materials' impact resistance. 

The difference in weight between the two models can be attributed to the additional features and capabilities that the NG-ImpactFall 2444 offers, such as a higher maximum impact height and possibly more extensive electronic and mechanical components to support its broader range of testing scenarios. Despite their substantial weight, both models are designed for stability and precision in impact tests. This makes them reliable tools for assessing the durability of plastic pipes, boards, and other non-metal materials in laboratory and industrial environments.

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For compliance with the ISO 3127 standard, the NG-ImpactFall models come equipped with two types of strikers: the d90 and d25, both featuring Rs50 specifications. This standard supply ensures that equipment can accurately perform impact resistance tests on various materials. This is done by providing different impact surfaces and sizes to simulate real-world conditions.

In addition to the ISO standard strikers, for those conducting tests following ASTM D2444, there is an option to use a selection of Tup A, B, and C-type strikers. This optional assortment offers enhanced flexibility in testing, allowing users to tailor the impact conditions more closely to the specific requirements of the material or product being tested. The variety of strikers available for the NG-ImpactFall models facilitates a wide range of impact tests, ensuring that materials can be evaluated for their durability and resistance to impact under diverse conditions.

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The NG-ImpactFall models benefit significantly from high-quality LED displays, which enhance both the longevity and usability of these impact-testing machines. LED displays are known for their durability and energy efficiency, contributing to the overall reliability and reduced operational costs of the equipment. The longevity of LED technology ensures that the displays remain functional and clear over extended periods of use, reducing the need for frequent replacements or maintenance.

Moreover, LED displays offer excellent visibility, making it easier for operators to read test results and machine statuses even in varying light conditions. Clarity is essential for accurate test setup and result interpretation, minimizing errors during testing. The use of high-quality LED displays in the NG-ImpactFall models underscores a commitment to providing a user-friendly testing experience, ensuring that operators can efficiently and effectively conduct impact resistance tests with confidence in the accuracy and reliability of the data produced.

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The NG-ImpactFall models incorporate both manual and automatic working methods, offering a significant advantage in operational flexibility and convenience. This dual-method approach allows users to select the best mode for their specific testing requirements and preferences. Manual mode provides operators with direct control over the testing process, enabling precise adjustments and interventions when necessary. This level of control is particularly beneficial for specialized tests or when adjusting to updated testing standards, allowing users to closely monitor and modify the test parameters as needed.

Alternatively, the automatic mode facilitates the testing process more efficiently, thus reducing the need for operator supervision. This mode is ideal for routine tests in which consistency and efficiency are of utmost importance. By automating operations, it is possible to significantly increase throughput, especially in high-volume testing environments by reducing setup times and eliminating manual errors, especially in high-volume testing environments.

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The integration of a Programmable Logic Controller (PLC) and an intuitive LCD interface in the NG-ImpactFall models plays a crucial role in achieving precise control over the entire testing process, enabling automatic control with high accuracy. The PLC controller automates the testing process, from setting up test parameters to executing the impact test and recording results. This level of automation ensures that each test is conducted under consistent conditions, minimizing human error and enhancing results reliability.

The intuitive LCD interface complements the PLC by providing a user-friendly platform for operators to interact with the machine. Through this interface, users can easily configure test parameters, monitor the testing process, and view results in real time. The clear and straightforward layout of the LCD screen makes it accessible to users of all skill levels, reducing the learning curve and further improving testing efficiency.

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The automatic zero-point adjustment feature in the NG-ImpactFall models significantly streamlines impact testing setup, enhancing both precision and efficiency. This feature automatically aligns the specimen to the optimal starting position for the test, ensuring that each impact is delivered accurately to the designated area. By eliminating manual adjustments, this automated calibration reduces setup time and human error, ensuring a consistent starting point for every test.

This precise alignment is crucial for reliable and repeatable test results, as even slight variations in specimen positioning can affect test results. The automatic zero-point adjustment ensures that each specimen is positioned correctly about the impact device, maximizing the test results' accuracy. This level of precision is particularly critical when testing materials to strict industry standards or when comparing the impact resistance of different materials under identical conditions.

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The NG-ImpactFall models utilize a pneumatically operated system designed to prevent secondary impacts during testing, significantly enhancing results' reliability and accuracy. This system employs pneumatic mechanisms to quickly retract the impactor after it strikes the specimen, ensuring that it does not contact the specimen a second time as it might naturally do if left to bounce. Secondary impacts can skew results by introducing additional, unintended damage to the specimen. This would not accurately reflect the material's resistance to a single impact event.

By eliminating the possibility of these secondary impacts, the pneumatically operated system ensures that each test measures only the effect of a single, controlled impact, as intended by the testing standards. This precision is crucial for obtaining consistent and reliable data, particularly when assessing materials for critical applications where impact resistance is a key performance indicator. The enhanced control over the testing process provided by this system contributes to more dependable outcomes. This facilitates better decision-making in material selection, quality control, and product development based on accurate assessments of material durability and safety.

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