EN 60068-2-29 Bump Testing (Mechanical Shock)
The Eurolab provides comprehensive EN 60068-2-29 bump testing services to ensure products and components withstand the mechanical shocks they will encounter in railway and transportation environments. This test is critical for ensuring reliability, safety, and performance of equipment under harsh conditions.
The European Standard specifies procedures for determining the resistance of electrical, electronic, and electromechanical products to short-duration mechanical shocks. It covers a range of shock levels and durations that simulate real-world environmental conditions. This service is particularly important in sectors like railway and transportation where equipment must endure bumps and vibrations during operation.
The test setup involves subjecting specimens to specific shock pulses with controlled parameters, including peak acceleration, rise time, and duration. Specimens are typically mounted on a vibration table that can generate the required shock conditions. The standard specifies detailed acceptance criteria for pass/fail outcomes based on the integrity of the specimen after testing.
Our laboratory follows strict procedures to ensure accurate and repeatable results. Specimen preparation includes ensuring the correct orientation and securing it in place during the test. Post-test analysis involves inspecting the specimens for any signs of damage or degradation, such as cracks, deformation, or functional failure.
The EN 60068-2-29 bump test is crucial for various railway components like signaling systems, communication equipment, and power distribution units. It also applies to transportation electronics in buses, trucks, and motorcycles. By simulating the mechanical shocks that these devices may encounter during operation, this testing ensures they can function reliably under challenging conditions.
Our team of experts uses state-of-the-art equipment capable of generating shock pulses with high precision. We provide detailed reports documenting each test's parameters and results, ensuring clients have all necessary information to make informed decisions about their products' durability and safety.
- Railway signaling systems
- Communication equipment for trains
- Power distribution units in transit vehicles
- Buses and trucks with embedded electronics
- Motorcycles with onboard electronics
The EN 60068-2-29 test is essential for manufacturers aiming to comply with international standards while ensuring their products meet the highest quality and safety expectations.
Applied Standards
The Eurolab strictly adheres to the requirements specified in EN 60068-2-29. This standard provides a framework for simulating mechanical shocks, ensuring that testing methodologies are consistent across different laboratories and industries.
The standard covers various types of shock pulses, including step function, sine wave, and random noise. It specifies the parameters for each type of pulse to ensure they accurately represent real-world conditions. The acceptance criteria in EN 60068-2-29 are based on visual inspection and functional testing post-shock.
Our laboratory ensures that all tests comply with these standards, providing clients with confidence in the reliability and accuracy of our results. By adhering to such stringent international guidelines, we guarantee that our services meet the highest industry standards.
Industry Applications
- Railway Signaling Systems: Ensuring signaling systems can withstand mechanical shocks during harsh weather conditions and operational stresses.
- Train Communication Equipment: Verifying that communication devices remain functional after experiencing severe bumps and vibrations.
- Power Distribution Units: Guaranteeing the reliability of power distribution equipment in transit vehicles under challenging environmental conditions.
- Buses & Trucks: Testing onboard electronics to ensure they can operate reliably despite mechanical shocks encountered during travel.
- Motorcycles with Embedded Electronics: Ensuring that motorcycles' onboard systems are robust enough to function correctly post-shock events.
By simulating these conditions, we help manufacturers and quality managers ensure their products meet the rigorous demands of railway and transportation environments.
Eurolab Advantages
Eurolab offers several advantages when it comes to conducting EN 60068-2-29 bump tests. Our state-of-the-art facilities are equipped with advanced vibration testing machines capable of generating precise and repeatable shock pulses.
We employ highly trained technicians who have extensive experience in performing these types of tests. They ensure that each test is conducted according to the specified standards, providing accurate results every time. Additionally, our laboratory offers comprehensive reporting services, offering detailed insights into the performance of your specimens under simulated mechanical shocks.
Our commitment to quality and precision extends beyond just meeting the requirements of EN 60068-2-29. We also stay updated with the latest developments in testing methodologies and equipment, ensuring that our clients receive the most accurate and up-to-date services available.
