Table 7-4 Technical Data - Time Response; Table 7-5 Technical Data - Measuring Behavior; Table 7-6 Technical Data - Influencing Variables; Table 7-7 Technical Data - Electric In- And Outputs - Siemens FIDAMAT 6-G Operating Instructions Manual

Technical data
7.1 Technical data of the FIDAMAT 6 series
Table 7-4
Time response
Warm-up time (until ready for measurement)
Display delay (T90)
Attenuation (electrical time constant)
Dead time (time for gas paths in the device to be
rinsed at 1 l/min)
Time for signal processing in the device
Table 7-5
Measuring behavior
Output signal fluctuations
Zero drift
Measured value drift
Repeatability
Linearity deviation
Table 7-6
Influencing variables
Ambient temperature
Ambient pressure
Sample gas pressure
Power supply
Frequency
Position influence
Table 7-7
Electric in- and outputs
Analog output
Relay outputs
7-2
Technical data - time response
Technical data - measuring behavior
Technical data - influencing variables
Technical data - electric in- and outputs
At room temperature, approx. 3 h
2-3 s
0-100 s, can be parameterized
2-3 s
< 1 s
< 0.75% of the least possible measuring range
according to type plate for electronic attenuation
constant of 1 s (this is equivalent to +/-0.25 % at
2 σ)
< 0.5 % /month of the smallest possible
measuring span according to the type plate
< 1 % /week of the respective measuring span
< 1 % of the respective measuring span
< 1 % of the respective measuring span
< 1 %/ 10 K with respect to the least possible
measuring span according to the type plate
< 1 % /50 hPa
< 2 % of the measuring span /1 % change in
pressure
< 1 % when the output signal span changes by
±10 %
< 1 %
< 1 % for gradient < 15°
0/ 2/ 4 up to 20 mA, floating, max. load 750 Ω
6, with changeover contacts, can be freely
parameterized, e.g. for measuring range
identification; load rating: AC/DC 24 V/1 A
floating
Operating instructions, 07/2006, A5E00478463
FIDAMAT 6-G