
The DLM-080 FUTURE Digital Recorder – User’s Manual
26.11.2004
29
4.4)
F19
0 0..999
The To time length for CHANNEL 6 (see Point
4.4)
F20
0 0..999
The To time length for CHANNEL 7 (see Point
4.4)
F21
0 0..999
The To time length for CHANNEL 8 (see Point
4.4)
F22
1.0
Meter constant
If the value set in setup function
F85 is (1), then the real-time
clock display shows value
obtained from impulse counter
according to the formula:
Displayed value = quantity
F23
0 0..1
Transmission protocol
F24
0 0..1
Temperature unit 0-celcius
1-fahrenhait
F25
0
Free
F26
0
Free
F27
0
Free
F28
0
Free
F29
0
Free
F30
2
0..25.5
The controller’s lower hysteresis value for
CHANNEL 1
.
Depending on measurement
input type :
For PT-100 F30=2 corresponds
to 0.2°C; for 0..20mA (4..20mA)
F30=2 corresponds to
0.02/00.2/002 of measured
value (depending on
configuration)
F31
2 0..25.5
The controller’s upper hysteresis value for
CHANNEL 1
.
Depending on measurement
input type :
For PT-100 F31=2 corresponds
to 0.2°C; for 0..20mA (4..20mA)
F31=2 corresponds to
0.02/00.2/002 of measured
value (depending on
configuration)
F32
2 0..25.5
The controller’s lower hysteresis value for
CHANNEL 2
.
similarly as before
F33
2 0..25.5
The controller’s upper hysteresis value for
CHANNEL 2
.
similarly as before
F34
2 0..25.5
The controller’s lower hysteresis value for
CHANNEL 3
.
similarly as before
F35
2 0..25.5
The controller’s upper hysteresis value for
CHANNEL 3
.
similarly as before
F36
2 0..25.5
The controller’s lower hysteresis value for
CHANNEL 4
.
similarly as before
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