ContaminationSensor – CS 2000 series
HYDAC Filtertechnik GmbH
en
Page 41
BeWa CS2000 3117721e en.doc
2008-03-28
(In the example, the output format was changed from ISO to SAE and the output
frequency is halved)
8.3.4.8 Display
interface
r = RS - -232 Display Output Format
enables a header (max. 25 characters) to be
entered for display on the screen. In addition, specification can be made as to
whether
•
the NAS/SAE maximum (single-digit in the form xx; the highest value of the
contamination classes determined in the 4 measurement channels is displayed),
•
the ISO code (CS 213X and 223X : three-digit in the form xx.xx.xx; CS 203X :
two-digit in the form xx.xx),
•
the flow (in the form FL xxx, where xxx = flow in ml/min)
•
ISO code and flow in alternation
•
the contamination class in SAE channel A / NAS channel 0
•
the contamination class in SAE channel B / NAS channel 1
•
the contamination class in SAE channel C / NAS channel 2
•
the contamination class in SAE channel D / NAS channel 3 or
•
the cumulative particle counts and the flow (in the form K0,K1,K2,K3/F) (where
Ki=cumulative particle counts in channel i and F = flow in ml/min)
if configuration from 2 analog signals (see 8.4.3.13):
the cumulative particle counts, the flow and the 2 analog signals (in the
form K0,K1,K2,K3/FAI1,AI2) (where Ki=cumulative particle counts in
channel i, F = flow in ml/min and AIi=analog signal in channel i)
the ISO code, the flow and the 2 analog signals (CS 213X and 223X :
three-digit in the form xx.xx.xx/F/AI1,AI2; CS 203X : two-digit in the form
xx.xx/F/AI1,AI2) (with F = flow in ml/min and AIi=analog signal in channel
i)
if configuration of the analog signal as HYDACLab Signal (see 8.4.3.13):
the cumulative particle counts, the flow and the 5 values of the HYDACLab
(in the form of K0,K1,K2,K3/F/%sat,Temp,RelVisco,RelDK,State) (where
Ki=cumulative particle counts in channel i, F = flow in ml/min and
HYDACLab values for saturation, temperature, rel. change in viscosity, rel.
change in dielectric constant value, sensor status)
the ISO code, the flow and the 2 analog signals (CS 213X and 223X :
three-digit in the form xx.xx.xx/ F/%sat,Temp,RelVisco,RelDK,State; CS
203X : two-digit in the form xx.xx/F/%sat,Temp,RelVisco,RelDK,State)
(with F = flow in ml/min and HYDACLab values for saturation,
temperature, relative change in viscosity, relative change in dielectric
constant value, sensor status) are to be displayed.
