Svantek SVAN 979, Руководство пользователя

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SVAN 979 User Manual - Appendixes
Table C.2.5 Linear operating ranges with the Vel10 filter
Range (RMS)
Linear operating ranges (RMS)
With the SV80 (10 mV/ms -2 ) accelerometer sensitivity @ 79.58 Hz
Measured at the reference environmental conditions
LOW
from 1 mms
-1
to 1.59 ms
-1
HIGH
from 10 ms -1 to 5.6 ms -1
•
Linear measurement with the Dil1 filter
from 32 um to 8.9 m (the sinusoidal signal RMS)
from 320 um to 12.6 m (PEAK)
Table C.2.6 Linear operating ranges with the Dil1 filter
Range (RMS)
Linear operating ranges (RMS)
With the SV80 (10 mV/ms
-2
) accelerometer sensitivity @ 79.58 Hz
Measured at the reference environmental conditions
LOW from 32

m
to 2.53 m
HIGH from 320

m
to 8.9 m
•
Linear measurement with the Dil3 filter
from 10 um to 3 m (the sinusoidal signal RMS)
from 100 um to 4.2 m (PEAK)
Table C.2.7 Linear operating ranges with the Dil3 filter
Range (RMS)
Linear operating ranges (RMS)
With the SV80 (10 mV/ms
-2
) accelerometer sensitivity @ 79.58 Hz
Measured at the reference environmental conditions
LOW from 10

m
to 4 cm
HIGH from 100

m
to 300 cm
•
Linear measurement with the Dil10 filter
from 1.6
µm to 47 cm (the sinusoidal signal RMS)
from 16
µm to 67 cm (PEAK)
Table C.2.8 Linear operating ranges with the Dil10 filter
Range (RMS)
Linear operating ranges (RMS)
With the SV80 (10 mV/ms
-2
) accelerometer sensitivity @ 79.58 Hz
Measured at the reference environmental conditions
LOW
from 1.6
µm
to 6 cm
HIGH
from 16
µm
to 47 cm
Note: In the measurement of the signal with the crest factor n > 1.41 the upper linear operating
range for the RMS value is reduced. Its value can be calculated from the equation:
An = A +10 - 20log (n / ) [m], where A is the given range for the sinusoidal signal. E.g. for n = 10
and A = 180 the value of A
10
is equal to = 173 dB.
2