Carton Package Vibration Test Shaker Table Testing Machine
Simulation Of Transport Shaking Tester
Product Description
The simulated transportation vibration table is also called
"vibration table", which simulates the damage caused by the bumps
in the transportation of the automobile to the product, and is used
to identify whether the product can withstand environmental
vibration. It is suitable for electronics, electromechanical,
optoelectronics, automobiles, toys... Research, development,
quality control and manufacturing in various industries. It is a
rare testing machine for you to improve the reliability of product
quality.
This Transportation Vibration Table is used for simulating the
destruction of the vibration of all kinds of packaging items, PC
board, electric appliances etc. during the transportation, test
results can be used as reference for design packaging.
The simulated transportation vibration test bench is suitable for
the vibration test of toys, electronics, furniture, gifts,
ceramics, communications, equipment, computers and auto parts,
etc., to inspect their transportation resistance effect or uniform
durability. The digital instrument displays the vibration
frequency; the transmission ratio of the synchronous squelch belt;
the guide rail type is used for the clamping of the test product,
which is convenient and safe to operate; the base of the machine is
made of heavy-duty channel steel with vibration-damping rubber pad,
which is easy to install and runs smoothly without installing
anchor screws. ; DC motor speed regulation, stable operation,
strong load capacity.
Comply with EN71 ANSI, UL, ASTM, ISTA and other test standards.
Characteristics
1.Smooth operation, low noise. Suitable for office and the
laboratory installation.
2.The unique slippery course structure design, make sample clamping
conveniently and reliable.
3.Timer fuction is elegent appearance.
Specifications
| Speed | 100-300RPM |
| Speed display precision | 0.1RPM |
| Vibration mode | reciprocating |
| Vibration amplitude | 1 inch(25.4mm) +15%, to agree with ISTA/EN71 transportation
standard |
| Max load | 100 pounds customize |
| Effective test area | 100×90cm all size customize |
| Speed accuracy | Less than ±3RPM |
| Time setting range | 0~99.99hour |
| Motor power | 1HP |
| Max current | 5A |
| Power | 220V 50Hz single phase |
| Dimention | 110×100×70cm |
Purpose of simulating a transport shaker
The purpose of the simulated transportation shaker is to make a
series of controllable vibration simulations in the experiment, to
test whether the product can withstand the test of transportation
or vibration environmental factors during the life cycle, and to
determine the required standards of product design and function.
According to statistics, improving the design level by 3% will
increase the recycling by 20% and reduce the unnecessary
expenditure by 18%. There are also different methods for vibration
simulation according to different purposes, such as resonance
search, resonance dwell, cyclic scanning, random vibration and
stress screening, etc. The effect meter of vibration includes:
The strength of the structure.
Second, the release of the conjugate.
Three protection materials wear.
Fourth, the damage of components.
5. Poor contact of electronic components.
6. The circuit is short-circuited and intermittently unstable.
7. The standard value deviation of each piece.
8. The simulated transportation shaker will screen out the
defective parts in advance.
9. Find the resonance relationship between parts, structure,
packaging and transportation process, and improve its resonance
factors. As for the vibration test procedure, it is necessary to
evaluate and determine the test specifications, the authenticity of
the fixture design, the functional inspection during the test
process, and the evaluation, review and suggestion of the final
test piece. The requirements of the simulated transportation
vibration test bench are to confirm the reliability of the product,
to screen out the defective products in advance before leaving the
factory, and to evaluate the failure analysis of the defective
products in order to become a high-level, high-reliability product.
