Hydro Logger H1
User manual
38
electronics for ecology
FIEDLER
BASIC INFORMATION WINDOW
The basic information window is displayed first, which includes the current date
and time set in the instrument, the status of the power battery, the temperature
inside the instrument and, if applicable, the relative humidity value in the in-
strument.
The date and time are automatically compared when communicating with the
server if they differ by more than 30 sec.
The temperature inside the instrument is only informative, as is the relative hu-
midity. Elevated relative humidity is dangerous for the life of the electronic cir-
cuitry and indicates a leak in the instrument. If the humidity exceeds 80%, check
the tightness of the cable glands and the metal cover of the instrument itself.
Basic information window
The battery symbol on the left edge is accompanied by a vertical bar showing
the battery status (remaining capacity). This value is calculated from the diffe-
rence in voltage between the loaded and unloaded supply battery.
CYCLIC IMAGING
The basic information window is replaced by individual windows containing one
measuring channel each after the preset time (3 sec.). The analogue channels
(Channels-A) are displayed first, followed by the binary channels (Channels-B).
The meaning and settings of the individual measurement channels will be
described in detail in chapter 6.4 on page 46.
Displaying the last set channel will automatically end the display cycle, turn off
the display and the HydroLogger H1 will enter power saving mode, which is its
normal operating state.
If the user presses the communicator button briefly (1 sec) at any time during
the display, the display cycle will be executed 3 times in total and only then the
display will be switched off and enter the power saving mode.
ANALOG CHANNEL DISPLAY
The following figure represents the analog channel window C1 (Channel 1).
Channel 1 is usually set up to record the flow from a connected flow meter.
If the HydroLogger detects an error in the input measured signal, the display will
show an error code with an E instead of the current measured flow value (shown
in Figure E10). The bottom line of the display shows the total flow volume. Such
an error can be a current less than 4 mA or greater than 20 mA flowing from a
sensor with a 4-20 mA output signal or a broken cable for sensors communica-
ting over the RS485 serial interface.
D a t e a n d t i m e
Te m p e r a t u r e a n d
r e l a t i v e h u m i d i t y
B a t t e r y s t a t u s
E n d o f c y c l i c
d i s p l a y
E x t e n d i n g t h e
i m a g i n g c y c l e
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