Vibration Controller

Product Name:Vibration Controller
Cascade capable, expandable to 64 channels
This imported vibration controller is an excellent solution offering vibration control from 2 channels to multi-channel configurations. Combining advanced hardware design with powerful software functionality, it's the smart choice for prototype testing and production screening. The hardware allows flexible configuration and expansion, with a nanosecond-synchronized 64-input cascading system that perfectly handles complex structural testing with multi-point monitoring.

Features:
High-speed standard Ethernet interface - no additional drivers required for PC connection. LAN connectivity enables remote PC control.
Highly integrated hardware with built-in charge amplifier. Each input channel supports direct connection of charge, voltage, or ICP sensors.
Sampling frequency up to 204.8 kHz, analysis bandwidth up to 80 kHz, with expandable spectral lines to 25,600.
450 MHz 32-bit floating-point DSP, 24-bit ADC/DAC, 135 dB dynamic range for higher control accuracy and faster processing.
1 GB internal flash memory.
Sine wave frequency range extendable to 25.6 kHz (high) and 0.01 Hz (low).
2-16 analog input channels per unit, expandable to 64 inputs through cascading.
1-2 drive output channels, plus 1 AUX channel supporting COLA and differential output.
IEPE connection status LED indicators.
Operating temperature -30°C to 70°C, IP42 protection rating, with strong environmental adaptability.
3-year warranty with ongoing technical support.
Ethernet connection (vs USB) provides ground loop isolation, supports 100m cable length, requires no drivers, and enables automatic reconnection.
Fanless conduction cooling with advanced floating ground design eliminates USB grounding issues and minimizes system noise floor.
Web remote monitoring and Email alerts allow worldwide vibration test monitoring via network.
Typical Applications:
Excitation for electrodynamic or hydraulic shakers
Vibration testing per GJB, GB, ISO, IEC, MIL-STD standards
Production testing of electronic components
Package transport simulation testing
Vibration endurance testing
Resonance frequency detection
Automated testing with environmental chambers using digital I/O interface
Complex vibration control testing with data recording and offline analysis for aerospace/space laboratory products



Hardware and Software Configuration
Model | VENZO 820 | VENZO 880 | VENZO 8160 | |
Input Channels | 2 | 4 or 8 | 16 | |
Output Channels | 1 Drive | 2 (1 Drive, 1 AUX) | ||
Input Modes | AC Single-ended/Differential | ✓ | ✓ | ✓ |
DC Single-ended/Differential | ✓ | ✓ | ✓ | |
ICP | ✓ | ✓ | ✓ | |
Charge (Built-in charge amplifier) | ✓ | ✓ | ✓ | |
TEDS | ✓ | ✓ | ✓ | |
Digital I/O | 8-bit input, 8-bit output | |||
DSP | 450 MHz 32-bit floating-point DSP | |||
Internal Storage | 1 GB | |||
Dimensions | 290*210*60 mm | 390*280*60 mm | 435*280*60 mm | |
Weight | 2.6 kg | 4.2 kg | 5.0 kg | |
Power Supply | Voltage range(90~280)VAC, Frequency range(50~60)Hz | |||
Rated power10 W | Rated power20 W | Rated power20 W | ||
Cooling Method | Fanless conduction cooling | |||
Main Chassis Interface | High-speed standard Ethernet interface | |||
Software Operating Environment | Microsoft Windows XP/7/8/10 | |||
Software Functions | Random, Sine, RSTD, Classical Shock, Transient Capture | Random, Sine, RSTD, Classical Shock, Transient Shock, Shock Response Spectrum, Transient Capture, Sine-on-Random, Random-on-Random, Sine-on-Random-on-Random, Sine-on-Sine, Long Time Waveform Reproduction, Random Shock | ||
Analysis Functions | FFT analysis (Random, Sine), FRF analysis (Random, Sine), Import stored signals, Signal calculation, Waterfall analysis, Test replay, Data recording, Signal buffering. Additionally, shock response spectrum analysis is available in Classical Shock and Transient Shock functions. | |||
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