IEC62133 Electromagnetic type high frequency horizontal and vertical vibration test machine

The IEC62133 Electromagnetic High-Frequency Horizontal and Vertical Vibration Test Machine is a precision-engineered system designed for rigorous vibration and shock testing of batteries, battery packs, and a wide range of industrial products. It fully complies with international battery safety and transport standards, delivering reliable, repeatable results for environmental stress screening and reliability testing.

The system fixes the battery or battery pack onto the vibration table and applies controlled vibration along three mutually perpendicular axes at prescribed frequencies, accelerations, and displacements. Throughout testing, the sample must not leak, lose capacity, break, catch fire, or explode — ensuring the highest safety and performance benchmarks are met.

Its application scope is exceptionally broad, covering circuit boards, batteries, aircraft, ships, rockets, missiles, automobiles, home appliances, and many other industrial products.

• GB/T 31486-2015 — Electrical performance requirements and test methods for traction battery of electric vehicle
• UL 1642:2012 — Standard for Lithium batteries
• UL 2054:2012 — Household and Commercial Batteries
• UN38.3 (2012) — Part 3: Proposal for dangerous goods transport — test and standard manual
• IEC62133-2:2017 — Safety requirements for portable sealed secondary cells, and for batteries made from them, for use in portable applications — Part 2: Lithium systems
• IEC 62281:2004 — The safety requirements in transport of Lithium battery and battery
• IEC 60068:2007 — Galvanic cell part 4: the security requirements of lithium-ion batteries

• Ultra-quiet operation for a comfortable working environment
• High-quality machine base for convenient installation and smooth operation
• Digitized control circuit with frequency display and PID adjustment for enhanced stability and reliability
• Supports both sweep frequency and fixed frequency operation modes to meet diverse testing requirements
• Engineered to eliminate strong electromagnetic field interference with the control circuit
• Extended working time settings allow test products to reach accurate, repeatable test durations

FAQ:

Q1: What is an Electrodynamic Vibration Shaker?
RE: An electrodynamic vibration shaker is a testing system used to simulate vibration conditions that products may experience during transportation, operation, or service. It is widely used for reliability, durability, and qualification testing.

Q2: What products can be tested?
RE: It can be used for electronic components, automotive parts, batteries, aerospace components, electrical products, packaging, communication equipment, and other products requiring vibration testing.

Q3: What vibration tests can the shaker perform?
RE: Depending on the system configuration, it can perform sine vibration, random vibration, shock testing, resonance search, frequency sweep, and other programmable vibration tests.

Q4: What is the maximum test frequency?
RE: The maximum frequency depends on the model and configuration. Different shaker models are available for different frequency requirements. Please provide your required frequency range so we can recommend a suitable model.

Q5: How do I select the correct shaker model?
RE: The main factors include:

• Maximum sample weight
• Sample dimensions
• Required vibration direction
• Frequency range
• Maximum acceleration
• Displacement
• Required vibration test standard

Based on these parameters, we can recommend a suitable shaker system.

Q6: Can the shaker perform both vertical and horizontal vibration?
RE: Yes. Depending on the configuration, the system can be supplied with a vertical test setup, horizontal test setup, or both.

Q7: Can it perform random vibration testing?
RE: Yes. A suitable vibration controller can be configured for random vibration testing, including PSD-based test profiles.

Q8: Can it perform shock testing?
RE: Yes, provided that the selected shaker system has sufficient force, displacement, and acceleration capability for the required shock profile.

An electrodynamic vibration shaker offers several advantages for high-frequency vibration testing:

• Wide frequency range: Suitable for both low-frequency and high-frequency vibration tests, especially for electronic and automotive components.
• High control accuracy: Frequency, acceleration, displacement, velocity and test duration can be precisely controlled.
• Fast response: The electrodynamic drive system responds quickly to control signals, making it suitable for sweep vibration tests.
• Stable vibration output: Closed-loop control helps maintain stable vibration levels throughout the test.
• Programmable testing: Test parameters such as frequency range, sweep rate, acceleration and number of cycles can be programmed automatically.
• Suitable for high-frequency testing: Particularly suitable for PCB/PCBA, automotive electronics, sensors, connectors, batteries and other electronic components.
• High automation: Test programs can be saved and executed automatically, improving testing efficiency and repeatability.