ISO 16750-3 Commercial Vehicle Engine Electromagnetic Vibration Testing System
ISO 16750-3 Commercial Vehicle Engine Electromagnetic Vibration Testing System
Complied Standards & Clauses
Conforms to ISO16750-3, UL, JIS, DIN, ISO, BS, MIL, IEC, and ASTM, etc.
Product Overview
Vibration testing is the act of exciting or shocking a component or device to see how it would react in a real environment. The application range of vibration test is extremely wide, from industrial products such as circuit boards, aircraft, ships, rockets, missiles, automobiles and household appliances.
Sinuo can provide you with the whole excitation and testing scheme, and prove the quality of the products for you according to national and international standards, such as ISO16750-3, UL, JIS, DIN, ISO, BS, MIL, IEC, and ASTM.
Technical Parameters
| A20S32 electromagnetic excitation generator parameters | |
| Maximum sinusoidal excitation force | 2200Kg.f peak |
| Maximum Random Exciting Force | 2200Kg.f r.ms |
| Maximum impact excitation force | 4400Kg.f peak |
| Frequency Range | 1～3000 Hz |
| maximum displacement | 51 mm p-p |
| Maximum speed | 2m/s |
| maximum acceleration | 100G (980 m/s2) |
| First order resonant frequency | 3200 Hz±5% |
| Maximum load: | 400 kg |
| Vibration isolation frequency: | 2.5 Hz |
| Moving coil diameter: | Ф340 mm |
| Moving coil weight: | 22kg |
| Screw on the table | 17×M10 |
| Flux leakage | ＜10gauss |
| Allowable eccentric moment | 500N.m |
| Equipment size |
1080mmL×920mmW×1050mmH (not including vertical expansion table) |
| Equipment weight | 1900 kg (Excluding horizontal slide table) |
| LA-24K digital switching power amplifier | |
| Output power | 22KVA |
| Output voltage | 100V |
| Output current | 220A |
| Amplifier efficiency | ≥90% |
| Harmonic distortion | 0.5% THD @ 500Hz |
| SNR | >75dB |
| Input signal range | ±10 Vpeak |
| Output DC stability | <5mVdc |
| Amplifier size | W910mm×D610mm×1150mm |
| Amplifier Weight | 470 KG |
| Servo protection system | |
| Function | Temperature, wind pressure, over-displacement, over-voltage, over-current, input under-voltage, external fault, control power supply, logic fault, input phase loss |
Details
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