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O4 – 4 channels USB Compact Analyzer

Focused on portability, accuracy, and ease of use, O4 packs includes the latest USB compact analyzer, selected powerful software modules, and ready-to-use models carefully prepared with OROS know-how accumulated over 40 years.

Our goal is to make it your ideal companion to face your daily testing challenges. Even an inexperienced user can perform reliable measurements and analysis with high efficiency.

O4 – 4 channels USB Compact Analyzer

  • Plug & Play: data & power by PC via 1 USB cable
  • Ultra portable: 185x110x35 mm, 534 g
  • High-end metrology

– Accuracy: phase ±0.02°, amplitude ±0.02 dB

– 4 inputs, ±40 V, 24 bits, AC/DC/IEPE/TEDS/FLOAT

– 2 high speed Ext synch (trig/tach), oversampled 32.8 MHz, ±40 V

– 1 output

Natural replacement of HP/Agilent/Keysight 35670A

This frequency signature acquisition pack is ideal for general FFT analysisbump testmodal analysisODS

The main ready-to-use models include:

  • Recorder & FFT: record time signals and display FFT spectra and overall levels simultaneously, ideal for primary frequency analysis on-site ​
  • Spectral signature: capture the eigen frequencies, ideal for blades sorting, Go/Nogo testing …
  • ODS: acquire signals for Operating Deflection Shapes (ODS) display
  • Modal: acquire FRFs and coherence between roving inputs and reference inputs for Modal analysis

This rotating machine analysis pack is ideal for rotor balancingFAT & commissioningtest bench integrationend-of-line production test

The main ready-to-use models include:

  • ISO 10816: overall levels complying with ISO 10816, ideal for monitoring machines according to the standard (levels in velocity)
  • Rotating machine signature: imbalance indicator (1X Bode plot), pk-pk levels, overall vibration, spectra, ideal for machine health evaluation
  • Single/Dual plane balancing: 1X magnitude & phase at steady state, ideal for rigid rotors balancing process
  • Multiplane balancing: 1X Bode plots for transient speeds, ideal for flexible rotors balancing process