Save Setup (Ssu); Read Setup (Rsu); Load Factory Setting (Fde); Set Mathematic Function (Smf) - MICRO-EPSILON combiSENSOR KSH5 Betriebsanleitung

Ethernet Interface
combiSENSOR
All manuals and user guides at all-guides.com
6.4.10

Save Setup (SSU)

Saves all settings in EEPROM. If settings are not saved, the old values from the EEPROM
are reused after the next restart of the controller.
SSU
Command
$SSU<CR>
Response
$SSUOK<CRLF>
6.4.11

Read Setup (RSU)

Reads all settings from the EEPROM.
RSU
Command $RSU<CR>
Response $RSUOK<CRLF>
6.4.12

Load Factory Setting (FDE)

Loads the factory setting.
These settings are saved only by the "Save Setup, SSU" command and can then be reused
after a restart.
FDE
Command
$FDE<CR>
Response
$FDESRAn;AVTn;AVNn;CHS...;CHT...;TRG.OK<CRLF>
6.4.13

Set Mathematic Function (SMF)

Determines a mathematic function for a certain channel.
SMF
Command
$SMFm:Offset,FactorCapa,FactorEddy <CLRF>
Response
$SMFm:Offset,FactorCapa,FactorEddyOK<CLRF>
Index m: 1 ... 3
(Channel number)
Offset
FactorCapa
FactorEddy
Example: $SMF1:+0FFFFF,-2.5,+2.5<CRLF>
The following mathematic function is output on the channel 1 (differential signal):
50 % offset – 2.5 * channel Capa + 2.5 * channel Eddy
Notes:
- Only results in the range from 0-100 % of the measuring range are output (according
0-10 V). If the result of a mathematic function is more than 100 %, or less than 0 % the
value remains at 100 % or 0 % (corresponding 10 V and 0 V).
- If a mathematic function is set to a channel, its channel state changes to 2.
- In order to save the mathematic function, please use similarly to other settings the com-
mand $SSU (Save Setup).
- It is not possible to set a mathematic function to a channel of the temperature signal.
The result of the mathematic function is given
on the corresponding channel (1= difference
channel, 2 = Capa channel, 3 = Eddy channel)
24 bit offset value with sign in hex format, whe-
reby 21 bit correspond to 100 % of the measu-
ring range (10000 mV). Numbers larger than
21 bit are accordingly larger (e.g. +3FFFFF =
200 % of the measurement range).
Multiplication factor (including leading sign)
which are used to multiply the measurement
values of the Capa and Eddy channel. Value
range -9.9 up to +9.9, decimal place Descrip-
tion factors: Leading sign and one one-digit
number with one decimal place, example +3.4.
Page 46