PRODUCT CATALOG
- Air-cooled Electric Vibration Shaker Testing Machine
- Water-cooled Electric Vibration Sharker Testing System
- Inductive Electric Vibration Table Testing System
- Vertical Extension Table for Vibration Testing Equipment
- Horizontal Slide for Vibration Testing Equipment
- Triaxial Vibration Test System
- Six-degree of Freedom Electrodynamic Vibration Testing System
- Electric Ejection Arrester Test Bench for Shock Vibration Testing
- Smart Power Amplifier for Vibration Test Table
- Pneumatic Vertical Shock/Crash Vibration Test Bench System
- Hydraulic Vertical Impact Vibration Test Bench Equipment
- Pneumatic Two-way Vertical Impact Test Bench for Shaker Testing
- Steady-state Acceleration Vibration Testing Bench Machine
- Hydraulic Vibration Test Bench for Hydraulic Vibration Shaker Testing
- Hydraulic Tilt and Swing Vibration Test Bench Equipment
Name | FUJI VIBRATION-2721 1750VA POWER AMPLIFIER for DYNAMIC CHAMBER |
Rated thrust (sine): | 1kN |
Rated thrust (random): | 1kN |
Rated thrust (impact): | 2kN |
Rated sinusoidal acceleration: | 980m/s2 |
Rated random acceleration: | 784m/s2 |
Vertical platform weight: | 65kg |
First-order resonance frequency response: | 8500Hz(±5) |
Shaker body size (LWH): | 330mm300mm330mm |
Frequency range: | 5-10000Hz |
Rated displacement p-p: | 20mm |
Rated speed: | 2m/s |
Quality of moving parts: | 0.8kg |
Diameter of moving coil: | Ф85mm |
Product Description
FUJI VIBRATION-2721 1750VA POWER AMPLIFIER for DYNAMIC CHAMBER
At full capacity, this amplifier has a usable frequency range from 40 Hz to 10 kHz (or from DC to 50 kHz, at reduced capacity).
Power Amplifier Type FUJI VIBRATION-2721 has been designed specifically to drive our Modal Exciter Types FUJI-4826, FUJI-4827 and FUJI-4828; however, this amplifier can also be used with other units as it features an adjustable RMS output-current limit.
The Type FUJI VIBRATION-2721 amplifier can be used as a voltage generator with low output impedance and a flat voltage frequency response, or as a current generator with high output impedance and flat current frequency response.