1、 Product Overview:

This electromagnetic vibration test bench is specifically designed to test whether the tested object can reach the ideal standard after experiencing several vibrations. The vibration test machine is a powerful tool to enhance your leap into the high-quality field, simulating various vibration environments encountered during the manufacturing, assembly, transportation, and use execution stages of the product. It is used to evaluate whether the product can withstand environmental vibrations. It is mainly used for circuit boards, electronic components, and power supplies to determine whether there will be poor contact, desoldering, false soldering, etc.

2、 Product Usage:

Suitable for research, development, quality control, and manufacturing in various industries such as electronics, electromechanical, optoelectronics, automobiles, toys, packaging, etc. It is a rare testing machine for you to improve product quality and reliability

3、 Main parameters:

1. Table size: 350 * 400 (L x W)

2. Test load: 30KG

3. Frequency range: 50Hz

4. Amplitude: 1-5mm

5. Vibration direction: vertical

6. Vibration waveform: sine wave

7. Power supply voltage (V): 220 ± 20%

8. Maximum current: 5A

9 Power: 1.5KW

Mechanical structure and material:

1. The load-bearing bottom plate is made of SUS31NNI steel plate, with a load capacity of 40KG.

2. The test bench is made of baking paint, which is friction resistant and aesthetically pleasing.

3. The internal vibration of the machine adopts a stepless speed control rail, which is durable.

4. The control system adopts program control, which can simulate realistic on-site testing.

Power supply equipment and precautions

1. Power supply: AC1 ¥ 3W 220V 50/60HZ ※ Voltage variation charging allowance: ± 10% of the freeze frame voltage

2. Maximum load capacity: 1.5KW

3. Maximum working current: 10A

Performance guarantee environmental temperature range:+5 ℃~+55 ℃ (except for the minimum achievable temperature, maximum thermal load capacity, and cooling time)

Safety devices

1. When the timing expires, the power supply device will be automatically cut off

2. Automatic power cut-off device when overloaded

3. Attached safety warning light device