IK Vertical Hammer Impact Tester: A Comprehensive Overview of the LISUN IK07-10VT IEC 60068-2-75 Impact Testing Equipment

The IK Vertical Hammer Impact Tester plays a critical role in evaluating the durability and resilience of electrical and electronic equipment subjected to mechanical impacts, as per international standards such as IEC 60068-2-75. The LISUN IK07-10VT model, designed for vertical impact testing, is a robust piece of equipment widely used in product testing to simulate real-world mechanical stresses and ensure product safety and reliability. In this article, we will explore the features, working principles, applications, and test results of the LISUN IK07-10VT IK Vertical Hammer Impact Tester, providing in-depth insights into its significance in industrial testing environments.

1. Introduction to the IK Vertical Hammer Impact Tester
The IK Vertical Hammer Impact Tester is a specialized instrument used to simulate impacts that a product might experience during transportation, handling, or use. It is particularly critical for testing the mechanical resistance of electrical products to direct impacts that could cause damage. This device follows the requirements of the IEC 60068-2-75 standard, which specifies the testing conditions for mechanical impact tests on electrical and electronic equipment. The LISUN IK07-10VT model is designed to accommodate a range of test parameters, making it versatile for various industries, including electronics, automotive, and consumer goods.

2. Key Features of the LISUN IK07-10VT IK Vertical Hammer Impact Tester
The LISUN IK07-10VT IK Vertical Hammer Impact Tester has been engineered with precision to meet international standards, ensuring it can deliver consistent and reliable results in impact testing. Below are its key features:

• Test Standard Compliance: Meets the IEC 60068-2-75 standard for testing the mechanical impact resistance of electrical and electronic products.
• Impact Energy Range: Capable of generating impact energies from 0.2 to 10 joules, simulating a variety of real-life impact scenarios.
• Adjustable Drop Height: The device features an adjustable drop height, allowing for precise control over the energy imparted during the impact tests.
• Hammer Specifications: The tester uses a vertical hammer with a standardized weight, ensuring uniform impact conditions across all tests.
• Safety Mechanisms: Equipped with safety features to prevent damage to the equipment and ensure operator safety during the testing process.
• Digital Control Panel: Features a user-friendly digital interface for easy configuration, monitoring, and result analysis.

3. Working Principle of the IK Vertical Hammer Impact Tester
The IK Vertical Hammer Impact Tester operates by releasing a hammer from a predefined height, allowing it to strike the product under test. The impact energy, which is determined by the weight of the hammer and the height from which it is dropped, is directed onto the tested surface of the product. The test simulates the impact forces that the product might encounter during its operational life.

• Step 1: Hammer Drop: The hammer, typically made of steel, is raised to a specified height and then released vertically.
• Step 2: Impact Application: The hammer strikes the product at a specific angle, applying a force to the surface.
• Step 3: Impact Energy Calculation: The impact energy is calculated using the formula:

E=m⋅g⋅h

where:
E is the energy in joules,
m is the mass of the hammer in kilograms,
g is the acceleration due to gravity (9.81 m/s²),
h is the height from which the hammer is dropped in meters.

• Step 4: Test Evaluation: After the impact, the product is inspected for any physical damage or functional degradation, which is then recorded and analyzed.

The tester is capable of testing various components such as switches, enclosures, and other parts that are subjected to mechanical stress during their lifecycle.

4. Applications of the IK Vertical Hammer Impact Tester
The IK Vertical Hammer Impact Tester has a wide range of applications across different industries, providing critical data for product development, quality assurance, and regulatory compliance. Some common applications include:

• Electrical and Electronic Equipment: Testing the mechanical resilience of enclosures, switches, connectors, and other components to mechanical impacts.
• Automotive Industry: Ensuring that automotive electronic components, connectors, and wiring systems can withstand accidental impacts during use.
• Consumer Electronics: Testing portable devices like smartphones, tablets, and other handheld electronics for durability under mechanical stress.
• Lighting Industry: Ensuring that lighting fixtures and components can resist impacts that might occur during installation, transportation, or use.

5. Test Data and Results: Example Testing Scenarios
Here, we present a sample data table based on typical tests conducted using the LISUN IK07-10VT IK Vertical Hammer Impact Tester. The data shown is a representative example of the impact energy and the corresponding test results for different products:

Test Item	Hammer Weight (kg)	Drop Height (m)	Impact Energy (Joules)	Product Tested	Result
Electrical Enclosure	2.5	0.5	12.25	Plastic enclosure	No visible damage
Smartphone Case	1	0.3	2.94	Plastic case	Cracked at impact point
Switch Mechanism	1.5	0.4	5.88	Mechanical switch	Functionality intact
LED Fixture	3	0.6	17.64	LED fixture	Surface dented, no functional damage

This table illustrates the varying energy levels and the observed effects on different products, highlighting the importance of selecting the correct impact energy for specific applications.

6. Benefits of Using the IK Vertical Hammer Impact Tester
The IK Vertical Hammer Impact Tester offers several benefits for manufacturers and product developers:

• Accurate Simulation: The ability to precisely control the energy level of each impact ensures accurate simulation of real-world scenarios.
• Improved Product Durability: By identifying weaknesses in the product design, manufacturers can improve durability and extend the product’s lifecycle.
• Regulatory Compliance: The LISUN IK07-10VT helps businesses meet international standards such as IEC 60068-2-75, which is crucial for market acceptance.
• Quality Assurance: It serves as a quality control tool, ensuring that products are tested and validated for mechanical resistance before they reach consumers.

7. Conclusion
The IK Vertical Hammer Impact Tester is an essential tool for manufacturers aiming to produce durable and resilient products. The LISUN IK07-10VT, designed to meet IEC 60068-2-75 standards, offers comprehensive testing capabilities, making it suitable for a wide range of applications in industries such as electronics, automotive, and consumer goods. By simulating real-world impact conditions, this device ensures that products can withstand mechanical stresses and continue to perform reliably.

For detailed specifications and to learn more about the LISUN IK07-10VT IK Vertical Hammer Impact Tester, please visit the official LISUN product page.

Tags：IK07-10VT