Low frequency vibration table simulation transportation test
158005.0 INR/Unit
Product Details:
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Low frequency vibration table simulation transportation test Price And Quantity
- 1 Unit
- 158005.0 INR/Unit
Low frequency vibration table simulation transportation test Trade Information
- Cash in Advance (CID)
- 80 Unit Per Month
- 3 Days
- All India
Product Description
At the intersection of modern logistics and manufacturing, the transportation process of a product often becomes one of the most challenging aspects of its life cycle. As a precision test equipment, low-frequency shaker is specially designed to simulate the low-frequency vibration environment endured by products during transportation, providing an indispensable tool for product reliability testing. In this article, we will explore the functional features, application scenarios and the technical logic behind this equipment from multiple dimensions, aiming to present readers with a comprehensive and in-depth perspective.
Functional Features and Technical Analysis
1.
Accurate simulation of low-frequency vibration
The core function of a low-frequency shaker is its ability to accurately simulate low-frequency vibration. Compared with high-frequency vibration, low-frequency vibration has a more significant impact on products during transportation, especially in long-distance transportation, road bumps, loading and unloading operations, etc. Low-frequency vibration can be generated. By precisely controlling the frequency and amplitude of vibration, the device can truly reproduce various low-frequency vibration scenes during transportation, providing the closest to the actual test environment for the product.
2.
Multi-mode vibration
The device supports a variety of vibration modes, including sine waves, random waves and composite waves and other different types of vibration. Through these diverse vibration modes, users can simulate a variety of transportation conditions from smooth highways to rugged mountain roads. This multi-mode simulation capability makes the test results more representative and convincing, providing reliable data support for product design and improvement.
3.
Programmable control and automated operation
The low-frequency shaker is equipped with an advanced programmable control system, which allows users to customize the vibration parameters, such as frequency, amplitude and duration, according to different testing needs. At the same time, the automated operation function of the equipment makes the testing process more efficient and precise, reducing the errors caused by human operation. This highly automated and customizable testing process provides users with great convenience and flexibility.
4.
Real-time data monitoring and analysis
The built-in sensors and data acquisition system of the equipment can monitor various parameters during vibration in real time, such as acceleration, displacement and frequency. By analyzing and recording these data in real time, users can gain a comprehensive understanding of the product's performance in the vibration environment and discover potential problems and defects in a timely manner. This data-driven testing method provides a scientific basis for product optimization and improvement.
5.
Structural stability and durability
The mechanical structure of the low-frequency shaker is carefully designed to ensure stability and durability during long, high-intensity testing. The high rigidity frame and precision transmission system of the equipment ensure the smoothness and consistency of the vibration process, providing a strong guarantee for the accuracy of the test results.
Application Scenarios and Practical Benefits
Low-frequency shakers have a wide range of applications in many fields, and the practical benefits they bring are obvious:
- Product reliability testing
By simulating low-frequency vibration during transportation, the equipment helps manufacturers identify and resolve potential problems before the product leaves the factory. This not only improves product reliability, but also reduces returns and customer complaints due to transportation damage.
- Logistics Optimization and Cost Control
By analyzing vibration data, logistics experts can optimize packaging design and transportation solutions to better protect products. This not only improves logistics efficiency, but also reduces transportation costs. For example, in the transportation of automotive parts, simulated vibration testing can effectively reduce vibration-induced damage to parts, thereby reducing repair and replacement costs.
- Compliance and Standardization
In global trade, products are being shipped to increasingly stringent standards. Low-frequency vibration tables help companies ensure that their products meet a wide range of international and domestic transportation standards, thereby successfully passing all types of compliance reviews. For example, in the export of electronic products, simulated vibration testing ensures the safety and stability of products under different transportation conditions.
- R&D and Innovation Support
Low frequency shakers are an important tool for R&D teams. By simulating a variety of transportation conditions, R&D staff can evaluate the performance of new materials and designs to drive product innovation and development. For example, in the R&D of new packaging materials, simulated vibration testing can assess their seismic performance and durability, providing data to support the promotion and application of new materials.
Installation and Operation Points
To fully utilize the advantages of a low frequency shaker, the following installation and operation points should not be overlooked:
- Environment
The equipment should be installed in an environment away from external vibration sources to avoid external interference affecting the accuracy of test results. A stable test environment is the basis for reliable data.
- Regular Calibration and Maintenance
The equipment's sensors and drive train require regular calibration and maintenance to ensure their accuracy and reliability. This ongoing maintenance is the key to ensuring consistent test results.
- Safe Operating Procedures
Operators must follow strict safety procedures to ensure the safety of personnel and equipment during testing. This is not only for the protection of personnel, but also for the guarantee of the service life of the equipment.
- Professional training and knowledge accumulation
The operation of the equipment requires certain specialized knowledge. Providing systematic training and continuous knowledge accumulation is crucial for operators, which can help them better understand and use this precision instrument.
| Item | DR-B216 |
| Max. Test Load | 100kg |
| Frequency Range | 60-300rpm |
| Amplitude Range | 25.4mm (1 inch) |
| Simulation Speed | 25~40km/h |
| Vibration Mode | Roundtrip |
| Work Table Size | 1000*1200 mm ( L*W, can be customized ) |
| Outside dimension ( L*W*H ) | 1255*1070*660mm |
| Speed Mode | DC converter or AC Frequency Control |
| Power Capacity | 1 HP |
| Weight | 150kg |
| Power | 220V, 50 Hz |
| Speed Mode | DC converter or AC Frequency Control |
| Environmental Conditions | Temperature: 5~40C; Related Humidity <85% |
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- 1st Floor, No. 3, Shugang Avenue, Hongmei Town,Dongguan Guangdong, China
- Mr. Shirley (Manager)
- Mobile : +8615580327593
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Derui Testing Equipment Co., Ltd
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