SÜS - Technical Data
|
General |
|
| Codes and standards: | SÜS fulfills the requirements and recommendations stipulated in KTA 3204, KTA 3201.4, DIN 25475/2, VDI 2059, ISO 7919, ISO 10816 und IEC 61502 |
| Operation mode: | automatic monitoring measurements (single measurement on request, cyclic or continuously measurements) |
| User interface: | MS-Windows |
|
Frontend / Hardware |
||
| Sensors for | Measurement principle |
Amplifier |
|
Absolute displacement |
inductive | carrier frequency amplifier |
| Relative displacement | inductive | carrier frequency amplifier |
| Pressure fluctuation | piezo-electric | charge amplifier |
| Acceleration | piezo-electric |
charge amplifier |
| Relative shaft displacement | eddy current |
--- |
|
Absolute velocity |
electro-dynamic |
--- |
| Neutron flux noise (from operational instrumentation) |
electrical current by ionized gas | compensation amplifier |
|
|
max. 2x 96-channel signal processors (96 channels simultaneously, 48 channels simultaneously correlated, sampling rate ≥ 1024 Hz, frequency range 0-50 / 0-200Hz) |
Computer: |
Industrial-PC with Pentium® -Processor, operating system Windows 2000/XP |
| Software | |
| Automatized system functions: |
|
| Signal characteristic functions / variables: | signals in time domain, maximum shaft deflections smax, shaft orbits, RMS values, peak values, auto power spectra, RMS spectra, coherence functions, transfer functions (magnitude and phase), cross power spectra (magnitude and phase), Quotient spectra (for global magnitude monitoring) |
| Monitored parameters: | maximum shaft deflection smax, RMS value, peak value, frequency, magnitude, coherence |
| Evaluation diagrams: | single diagrams, multiple diagrams (superimposed, sequenced, cascade), Trend diagrams |
| Other features: | Protection against maloperation by way of priority-controlled access to system functions, online operating help, check of user inputs for plausibility and validity, offline version available |
| Interfaces |
|


