ContaminationSensor – CS 2000 series
HYDAC Filtertechnik GmbH
en
Page 42
BeWa CS2000 3117721e en.doc
2008-03-28
Example for CS 223X (without analog signals):
Header in display output: SAE B
Measurement value in display output: SAE ch. B
Enter new header ('Return' = no header!):
New header in display output: 'no header'
Enter new measurement value ('Return' = keep current setting):
1 = SAE max. , 2 = ISO Code , 3 = Flow rate, 4 = Toggle ISO/Flow
5 = SAE ch. A, 6 = SAE ch. B, 7 = SAE ch. C, 8 = SAE ch. D
9 = cumulative particle counts / flow rate
New measurement value in display output: ISO code
(In the example, the output format display was changed from SAE ch. B with header
"SAE B" to ISO code without header)
8.3.4.9
Adjusting current interface
i = Current Output Format
selects whether the NAS/SAE class (1 value) or the
particle information of the 4 channels will be output via the current interface.
Example for CS 223X:
Current Output Format: 1
SAE max.
New Current Output Format:
(1=SAE max., 2=Particle Counts) (press Return only to keep setting):
2
Current Output Format: 2
Particle Counts
(In the example, the output format for the current interface was changed from SAE
max. to particle counts.)
8.3.4.10
Testing current interface
c = Check Current Output
enables the 4..20 mA current output (optional) to be
checked. The current measured under this menu option is output at the 4..20 mA
current output until operation mode is exited.
Example:
Check current output
Enter current (between 2.5 and 24.0 mA) as xx.x mA or enter 'x' to exit:
10.0
(In the example, a current of 10.0 mA was set.)
8.3.4.11 Flowcheck
f = Flow check
causes four values to be output continuously in order to provide
information about whether the oil flow rate through the sensor is appropriate for
determining the contamination.
