Miniature Shaker

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Miniature Shaker is a good option for testing where the components being tested are extremely small, the needed force is limited, and a more flexible, easier movable, and compact design is needed to match field use.

We supply customers with such low-force shakers with a force range from 20N to 500N. Long-lasting reliability is built into the construction of this shaker. Its structure is permanent magnetic and its moving element is supported by optimal and robust rectilinear guidance. Working with a dedicated linear and high-precision power amplifier will bring customers superb performances.

Features

  • Compact Design, portable and easy to use. 
  • Can be placed directly on labs and desks
  • Power Supply: 110V/220V
  • Permanent Magnet Design
  • Force range from 20N to 500N
  • Excellent Structural Design: System MTBF > 10,000 Hours    
  • High-Performance Linear Power Amplifier    
  • Embedded-in Power Amplifier    
  • Suitable for small components vibration testing and stress screening    

 

         Which Miniature Shaker is right for you?

 

Shaker Model

         VE-5102

         VE-5110         VE-5120        VE-5150        VE-51100 

Rated Sine Peak(N)

20

100

200

500

  1000

Usable Frequency Range (Hz)

5-10,000

2-7,000

2-7,000

5-5,000

 5-6,500

Max. Displacement p-p(mm)

5

13

13

10

 25.4

Max. Acceleration (g)

20

40

80

34

 50

Armature Diameter (mm)

30

60

60

80

 120

Max. Static Payload (kg)

0.8

2

2

8

 20

Cooling Mode

Natural Cooling

Air Cooling

Air Cooling

Air Cooling

 Air Cooling

Shaker Model with Slip Table

 VE-5102ST

 VE-5110ST

 VE-5120ST

 VE-5150ST

 VE-51100ST

Horizontal Frequency Range (Hz)

5～4k

5～3k

5～3k

5～2.5k

 5～2k

Max.  Displacement p-p(mm)

5

10

10

10

 20

Max.  Acceleration (g)

5

5

8

8

 12

Max. Payload (kg)

1

3

3

12

 20

Table Dimension (L×W×H)(mm)

100×100

150×150

200×200

250×250

 300×300

Power Amplifier Model

       Embedded       VSA-H181A

      VSA-H750A

     VSA-H102A

      VSA-H132A

Max. Power Output (VA)

40

180

750

1,000

 1,300
Max. Output Voltage (Vrms) 12 12 50 53 65
Max. Output Current (Arms) 4 15 15 19 20
Max. Input Voltage (Vrms) 1 1.5 2.5 2.5 2.5

Environmental Requirement

Temperature (℃)

0～ 40

0～ 40

0～ 40

0～ 40

 0～ 40

Humidity

0～ 90% RH, Non-condensing

Power Supply Requied

220V±10%/50Hz

                               

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Vibration test of Electro-parts

Manufacturers of parts and components can evaluate the performance beforehand using some vibration simulation tests in order to determine whether the electronic parts they produce will be harmed by vibration. After that, analysis and improvement are done in order to steadily increase these parts' reliability until it reaches the desired level. ECON's VE-5150 can perform vibration reliability tests on parts and produce the required levels of actual vibration, shock, and other working conditions.

Vibration test of Electro-parts-REAL CASE

 

 

 

 ← The school of Artificial Intelligence in Tiangong University - VE-5150ST

 

Teaching Demonstration

The miniature vibration test system is portable, making it simple to set up on a laboratory table for use in teaching demonstrations. In numerous institutes and schools, this system is frequently utilized for experiments and research. Additionally, we may create bespoke solutions based on the needs of our clients.

Teaching Demonstration

Modal Analysis

The modal analysis is used to determine the structural characteristics of the target product, including the inherent frequency, damping ratio, and modal vibration pattern. The ultimate objective is to offer a reference and basis for the analysis of vibration characteristics, for the diagnosis and forecasting of system faults, and for the optimization of dynamic structural properties.
 

Modal Analysis - REAL CASE

← An educational institution in China - VE-5150ST

Vibration Energy Harvesting

Microelectronic devices need to continuously harvest energy when working. The harvested energy can not only provide energy for integrated intelligent equipment but also play a role in reducing excitation, which is a hot topic of research at present. The intelligent control system and vibration simulation system of ECON may be utilized to model the test system's actual vibration environment in the lab, offering the ideal solution and tools for research on vibration energy harvesting.

Vibration Energy Harvesting

←The vibration simulation system and intelligent control system of ECON

Performance inspection of sensors

Before new acceleration sensor may be marketed, it is necessary to check that their quality complies with the requirements. To detect sensor data and assess the sensor's operational status, it is necessary to use the corresponding vibration test tool. This will help to avoid issues during transportation and regular use. Lastly, determine if the sensor satisfies the requirements for selling.

Performance inspection of sensors - REAL CASE

← Chengdu CNNC Haichuan Nuclear Technology Co., Ltd. - VE-5150ST

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