Keller ITS CellaPort PT 120, Operating Manual, Page: 29 / 72

Operating manual PT 11x, 12x,13x
23
14.1.1 Temperature measurement lambda 1 (Configuration layer:
C001
)
By default, some parameters are suppressed to facilitate operation.
Paramters Function Explanation
E.TB.1
Array size
Use array with 1-10 entries or enter material
constant directly into the pyrometer
EPS.1
Emissivity factor L1
Enter material constant directly into the py-
rometer
E.IDX
Memory position
Choose an entry from the material constants
array
E. 01
Assign material con-
stants
Customize the array; assign a value to each
of the material constants in the array. Possible
indexes depend on the size of the array
TAU.1
Transmittance factor
L1
BAC.1
Ambient temperature
compensation

BAC.T
Temp. of ambient
source of radiation

BAC.%
Influence of ambient
IR radiation
The reflected thermal radiation from the sur-
roundings as a portion of the total IR radiation
collected by the sensor in %

LIN.1
Temperature offset
using linear
OFF off
2-10
number of nodes used

L. X1
node x 1 - 10
Signal input (initial value) node n

L. Y1
node y 1 - 10
Signal output (resulting value) node n

FIL.1
Smoothing filter
OFF smoothing not activated
ON simple smoothing
AUTO
subsequent smoothing (only model
PA11x)
FIL.T
Smoothing time
time t98 in sec for simple smoothing
MEM.1
Min/Max memory
OFF
off
MIN
lowest (min.)temperature, single
MAX highest (max.) temperature, single
DBL.M double maximum
DIS.M
ATD function
MEM.T
Hold time for Min/Max
Hold time in sec.
FIL.M
Smoothing filter for
min/max*
OFF Off
ON
On
FIL.T
Smoothing time*
Time t98 in sec.
T.DEL
time delay **
For ATD function, see Chap. 13.2.3
T.ACT
Sampling time **
A For ATD function, see Chap. 13.2.3
T.DIS
cut-off interval **
For ATD function, see Chap. 13.2.3
T.OUT
Timeout**
For ATD function, see Chap. 13.2.3
LI. 1
Limit 1**
For ATD function, see Chap. 13.2.3
LI. 2
Limit 2**
For ATD function, see Chap. 13.2.3
F-PR
Average weighting **
For ATD function, see Chap. 13.2.3
TSP_
Plausibility
threshold **
For ATD function, see Chap. 13.2.3