The air-cooled series electric vibration testing system has many advantages such as wide frequency, excellent indicators, high reliability, small footprint, easy mobility, and simple operation. Currently, there are multiple types of vibration tables available for selection in this series. The range of excitation force is from 1kN to 70kN, and the maximum load is from 70kg to 1000kg. Widely used in aviation, aerospace, weapons, ships, communications, automotive, electronics, electrical engineering, home appliances and other fields. We can provide comprehensive testing equipment for multiple environments such as climate and mechanics.
The vibration testing system is mainly used for conducting vibration and impact environment tests, environmental stress screening tests, reliability tests, and fatigue tests on products to assess their lifespan.
1. Productmajor function |
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The air-cooled series electric vibration testing system has many advantages such as wide frequency, excellent indicators, high reliability, small footprint, easy mobility, and simple operation. Currently, there are multiple types of vibration tables available for selection in this series. The range of excitation force is from 1kN to 70kN, and the maximum load is from 70kg to 1000kg. Widely used in aviation, aerospace, weapons, ships, communications, automotive, electronics, electrical engineering, home appliances and other fields. We can provide comprehensive testing equipment for multiple environments such as climate and mechanics. |
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2Productspecifications |
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2.1 Product Model |
SC-3-150 |
2.2 Control instrument |
amber |
2.3 Power Supply |
380V±10%,50Hz±0.5HZ; |
2.4 Total power |
About 20KV; |
2.5. Total weight |
About 530kg |
2.6. Environmental conditions for use |
The ambient temperature is 5-30 ℃ and the relative humidity is ≤ 85% R.H; |
2.7 System composition |
The SC-3-150/VT0505/AMBER vibration test system equipment consists of an SC-3-150 electric vibration table, CZDA-3 switch mode power amplifier, VT0505 vertical expansion table, LT0505 horizontal expansion table, B-200 cooling fan, and AMBER vibration controller. |
2.8 System working diagram |
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remarks |
3、Main system configuration |
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Tai Ti |
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1. Vibration generator |
SC-3-150; |
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2. Centering device |
(including MPCS automatic centering device); |
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3. Cooling fan |
B-200; |
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4. Vertical expansion table |
VT0505; |
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5. Horizontal expansion table |
LT0505 (Material: Aluminum Alloy) |
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power amplifier |
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1. Model number |
SDA-3 digital switching power amplifier (including excitation power supply); |
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control apparatus |
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1. Control device |
AMBER; |
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2. Channel |
(2 channels, 4 functions) |
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3. Standard configuration |
Window operating system, with diversified interface display; |
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4. Basic hardware configuration |
19 inch computer (LCD monitor), HP color inkjet printer; |
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5. Software functions |
Sine, random, typical shock, resonant search and dwell; |
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Accelerometer |
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1. DL100 piezoelectric accelerometer sensor |
(including dedicated low-noise cables); |
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attachment |
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1. Cable line |
special-purpose; |
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2. Accessory tools |
special-purpose; |
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notes |
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4、Main technical parameters |
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SC-3-150 body parameters |
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1. Rated sine excitation force (peak) |
300kgf; |
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2. Rated random excitation force (rms) |
300kgf; |
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3. Maximum impact excitation force (peak) |
600kgf; |
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4. Frequency range |
5~4000Hz; |
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5. Maximum displacement (P-P) |
25mm; |
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6. Maximum speed |
2.0m/s; |
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7. Maximum acceleration |
1000 m/s2; |
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8. First-order resonant frequency |
3400 Hz±5%; |
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9. Maximum load |
120 kg; |
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10. Isolation frequency |
2.0Hz; |
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11. Workbench diameter |
Ф150 mm; |
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12. Equivalent mass of moving parts |
3kg; |
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13. Desktop screws |
13×M8; |
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14. Magnetic leakage |
<1.0 MT; |
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15. Platform size |
756mm × 618mm × 661mm (vertical platform) L × W × H |
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16. Weight of the platform |
Approximately 995kg; |
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VT0505 Vertical Expansion Table |
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1. Materials |
aluminium alloy; |
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2. Table size |
500×500mm; |
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3. Sine upper limit usage frequency |
2000Hz; |
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4. Random upper limit usage frequency |
2000Hz; |
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5. Weight |
About 20kg; |
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LT0505 Horizontal Expansion Table |
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1. Materials |
aluminium alloy; |
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2. Table size |
500×500mm; |
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3. Sine upper limit usage frequency |
2000Hz; |
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4. Random upper limit usage frequency |
2000Hz; |
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5. Weight |
Approximately 25.5kg; |
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Power amplifier parameters |
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1. Model number |
HD-SDA3 |
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2. Output power |
3kVA; |
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3. Output voltage |
100V; |
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4. Output current |
600A; |
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5. Input impedance |
≥10kΩ; |
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6. Signal to noise ratio |
≥65dB; |
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7. Harmonic distortion (resistive load) |
<1.0%; |
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8. Output voltage error |
≤5%; |
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9. Output current error |
≤5%; |
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10. Peak coefficient of output current |
≥3; |
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11. Frequency response 5-3500Hz |
±3dB; |
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12. Intermediate frequency gain |
≥80; |
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13. DC-AC conversion efficiency |
>95%; |
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14. Load nature |
Resistive, capacitive, and sensory are arbitrary; |
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15. Parallel current imbalance |
≤3%; |
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16. Mean Time Between Failures (MTBF) |
>3000 hours; |
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17. System protection |
Overload protection, overheating protection, overcurrent protection, overvoltage protection, vibration controller output "0" position protection, over displacement protection, grid overvoltage and undervoltage protection, grid phase loss protection, timing protection, drive power protection, current limiting protection, module direct protection, module temperature protection |
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Cooling fan parameters |
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1. Fan model |
B-200 |
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2. Fan power |
0.75 KW; |
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3. Fan flow rate: |
0.1 m3/s; |
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4. Fan pressure |
1kpa; |
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5. Duct length |
4m; |
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6. Weight |
30KG; |
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AMBER vibration controller (2 channels, 4 functions) |
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1. Basic functions |
Sine, random, typical shock, resonant search and dwell; |
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System working environment requirements |
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1. Humidity |
0-90% (non condensing); |
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2. Power requirements |
380V/50Hz, 3 phases; |
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3. Compressed air requirements |
0.6Mpa; |
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4. Laboratory grounding resistance (Ω) |
≤2.5; |