Payment & Shipping Terms:
|Applied Standard:||IEC 62368-1||Applied Clause:||G.15|
|Sine Force Of Vibration Generator:||2000kgf (20000N)||Random Force Of Vibration Generator:||2000kgf (20000N)|
|Impact Force Of Vibration Generato:||4000kgf (40000N)||Output Of Switching Power Amplifier:||21KVA|
Annex G.15 Vibration Test System,
IEC 62368-1 Vibration Test System
IEC 62368-1 Annex G.15 High Stability Performance Vibration Test System
This vibration system is required by IEC 62368-1:2018 Annex G.15, IEC60065:2014 clause 8.17 b), 12.1.3, IEC60950 and etc.
The vibration test system consists of four parts: vibration test bench, power amplifier, controller and cooling fan.
1. Vibration test bench
The working principle of the vibrating table:
The energizing conductor is driven by the electromagnetic force in the magnetic field. When the dynamic circle in the magnetic circuit of the electromagnetic vibrating bench passes the alternating current signal, an exciting force is generated in the magnetic circuit.
The most important part of the electric vibration table is the dynamic circle, the dynamic circle is an active system. It drives the coil which is placed in the working air gap generated by the magnetic circuit system, to achieve free up and down vibrations by energizing the drive coil.
The excitation coil of the electric vibrating table is divided into upper excitation and lower excitation. The two together with the dynamic coil form two mutually perpendicular magnetic fields. The coils are cut to each other to generate magnetic induction force when energized, in this way, the vibration bench generates the required exciting force by cutting between the dynamic coil and the excitation.
2. Power amplifier
The working principle of the power amplifier: the three-phase AC power is isolated by the power frequency transformer, the buck is sent to the three-phase full-bridge filter, and then the low-ripple DC power supply is sent to the H-bridge transformer through the capacitor filtering, and the output voltage wave passes the normal mode and the common mode choke coil, and is filtered and output to the vibrating table.
3. Control part
Our controller uses the world's most advanced DSP framework and control algorithm, 32-bit floating-point 450MHz DSP processor, high-performance 24-bit ADC, up to 130dB dynamic range, ensuring reliable control quality. At the same time, the controller can provide you with the most comprehensive vibration control software module, including: random, sinusoidal, classic shock, resonance search and dwell, shock response spectrum control, sine plus random, sine plus sine, random plus random, long-term waveform Reproduction and other accessibility features. Each function module provides basic and optional functions, and the user can customize the required functions as needed.
4.Vertical Expansion Countertop
|Applied Standard||IEC 62368-1|
|Vibration generator (DC-2000)|
|Sine Force||2000kgf (20000N)|
|Random Force||2000kgf (20000N)|
|Impact Force||4000kgf (40000N)|
|Continuous Displacement (Amplitude)||0-51mm, preset|
|Vibration Isolation Frequency||2.5Hz|
|Level One Resonant Frequency||2600±5%Hz|
|Magnetic Flux Leakage||<1MT|
|Maximum Acceleration||980m/s2 (100g)|
|Equivalent Mass of Moving Parts||20kg|
|Dynamic Coil Diameter||Φ280mm|
|Switching Power Amplifier (KA-21)|
|Rated Output Voltage||120Vrms|
|Signal to Noise Ratio||>65dB|
|Power Amplifier Efficiency||＞95%|
|System Protection||Temperature protection, over-displacement protection, over-voltage protection, over-current protection, under-voltage protection, external protection, logic fault protection|
|Vertical Expansion Countertop(TB-1010)|
|Level Table (S-1010) Optional|
|Computer and Related Accessories|
|Monitor||Customized according to the reserved position of the electric chamber|
Contact Person: Manager