Simulated Transportation Vibration Testing Machine Transport Shaker Rotary
Simulated Transportation Testing Equipment Simulated Transport Shaker Rotary
Brand: HBYIQI
Product Description:
Simulate transportation vibration table simulates the damage caused by bumps during the transportation to the product and it can identify whether the product is able to withstand environmental vibration and is suitable for electronics, mechanical and electrical, photoelectric, motor vehicles, toys, furniture, gifts, ceramics, communications, equipment, computers and other industries of R&D, quality control and manufacturing. It is a rare testing machine for you to improve product quality and reliability.
This machine is reformed according to similar equipment in Europe and the United States, rotary vibration, referring to the European and American transportation specifications, in line with EN71 ANSI, UL, ASTM, ISTA and other test standards.
Production Functions:
This machine is a series of controlled vibration simulation in the experiment to test whether the product can withstand the test of transport or vibration environmental factors in the life cycle, and can also determine the requirements of product design and function standards. According to statistics, it can improve the design level by 3%, increase recycling by 20% and reduce unnecessary expenses by 18%.
- Reasonableness of packaging;
- Strength of the structure;
- Loosening of the bond;
- Wear of protective materials;
- Component damage;
- Poor contact of electronic components;
- Circuit short circuit and intermittent instability;
- Deviation of standard value of each piece;
- Simulate transport vibration table to pick out defective parts in advance;
- Find the resonance relationship between parts, structure, packaging and transportation process, and improve its resonance factors;
- The requirements of the simulated transportation vibration test table are to confirm the reliability of the product and to pick out the defective products before shipping out of the factory in advance, and to evaluate the failure analysis of the defective products in order to become a high level and high trust product.
Technical Parameter:
| Model | HB-B01-A-1210 | Customization Accepted |
| Control mode | Instrument Control | Negotiated |
| Maximum test load |
0~80kg |
Negotiated |
| Frequency range | 1-5Hz | |
| Rotational speed range | 100~300rpm | |
| Simulated speed | 25~40km/h | |
| Amplitude range | 1 inch (25.4mm) Fixed amplitude non-adjustable (special amplitude can be customized) | |
| Vibration mode | rotary (commonly known as horse type) | |
| Table size | 1200mm×1000mm | Negotiated |
| Test bench dimensions | 1200mm×1080mm | Negotiated |
| Control box size | W370 × D350 × H910mm | Negotiated |
| Drive motor | AC variable frequency motor | |
| Power supply | AC220V 50Hz (or customized by country) | |
| Machine weight | Approx. 150kg | Negotiated |
Performance characteristics:
- Using digital instrument to display vibration speed, which can be adjusted according to demand;
- Synchronous silent belt drive with low noise;
- Sample clamping adopts guide rail type, easy to operate and safe;
- The base of the machine adopts heavy channel steel with vibration damping rubber pad, easy installation and smooth operation (if the test speed needs high-speed operation for a long time, it is recommended to install anchor screws);
- AC variable frequency motor speed regulation, smooth operation, strong load capacity.
ISTA - 1A Packaging Performance Testing Introduction to vibration testing:
Place the test product on the vibration test platform in normal transportation. In order to prevent jumping off the table and maintain the direction, the vibration test platform can be surrounded by ropes;
The vibration frequency must be just enough to shake the goods off the table, so that the metal sheet can be inserted between the sample and the table, and can travel in the longest edge gap of the sample (the metal sheet thickness is 1.5mm, the width is 50mm);
| Fixed displacement vibration | |||
| Step | Specific operations | ||
| 1 |
The test time needs to be specified according to the following procedure: Test time(minutes)=14200 times vibration shocks/CPM or (Hz×60) |
||
| 2 | The following table gives the test times calculated for several frequencies | ||
| CPM | Hz | Test time(minutes) | |
| 150 | 2.5 | 95 | |
| 180 | 3.0 | 79 | |
| 210 | 3.5 | 68 | |
| 240 | 4.0 | 60 | |
| 270 | 4.5 | 53 | |
| 300 | 5.0 | 48 | |
Operation Panel:
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