H36.0.01.6C-13
Operating Manual GMH 3610
page 6 of 12
6
Configuration
For configuration of the device press
-key for 2 seconds: the main menu of the configuration will be called up.
Use key
to select a sub-menu, use the key
to actually go into the selected sub-menu and to change parame-
ters.
Use the keys
and
to set the individual value for the parameter. Press the key
again to memorize the
changes and to return to the main menu. Use key
to leave the configuration.
’Pressure ABs.’: Input of Absolute Pressure
500 … 2000 hPa
abs.
The calculated oxygen values will refer to the en-
tered absolute pressure.
’Offset’: Zero Point Displacement of the Temperature
-3.0 °C ... 3.0 °C
or
-5.4 °F ... 5.4 °F
The zero point of the measurement will be displaced
for that value set to compensate for sensor and
measuring device deviations.
off:
Zero point displacement is deactivated (=0.0°)
’Unit t’: Selection of Temperature Unit °C /°F
°C:
All temperature values in degrees Celsius
°F:
All temperature values in degrees Fahrenheit
’Power.off’: Selection of Power-Off Delay
1...120
:
Power-off delay in minutes. Device will be automatically
switched off as soon as this time has elapsed if no key is
pressed/no interface communication takes place.
(automatically deactivated for cyclic loggers)
off:
automatic power-off function deactivated
(continuous operation, e.g. in case of mains operation)
’Address’: Selection of Base Address’
01, 11, 21, …, 91:
Base address for interface communication. Chan-
nel 1 will be addressed by the set base address,
channel 2 and 3 will have the following addresses.
(Example: base address 21 - channel 1 = 21,
channel 2 = 22, channel 3 = 23)
Using the interface converter GRS3105 it is possible to connect several devices to a single interface. As
a precondition the base addresses of all devices must not be identical. In case several devices are con-
nected via one interface make sure to configure the base addresses accordingly.
2
Logg
A L
mg/l
ok
mmH g
hPa
SA L
hPa
%O
C A L
max
min
2
5
°C
2
Logg
A L
mg/l
ok
mmH g
hPa
SA L
hPa
%O
C A L
max
min
2
5
°C
2
Logg
A L
mg/l
ok
mmH g
hPa
SA L
hPa
%O
C A L
max
min
2
5
max
min
2
5
max
min
2
5