66
Note :
If the value of
∆
t is not programmed (symbolised by three hyphens on the
∆
t programming),
the memorisation does not function and the
MEM
symbol is not displayed.
Each memorisation is dated. This date, recorded in HH MM, also corresponds to a particular
memory address. Thus, for each wave of MIN, MAX and AVG recordings there corresponds
3 separate addresses with the time of memorisation, the unit of the measurement and the
SMOOTH
or
PEAK
function that may have been selected.
At each memorisation the
MEM
symbol flashes once and a beep is sounded.
If the measurement memory is full (1920 addresses), the
MEM
symbol flashes and
memorisation stops.
Automatic memorisation mode is stopped by pressing for more than two
seconds. During memorisation, if the rotary switch or the measurement probe are handled,
the function is also stopped.
Notes :
The MIN, MAX and AVG values accessible in measurement mode for reading with the
button are not memorised. In fact, these values do not correspond to the
time chosen, but to the total operating time of the recording mode since the first press on
∆
t (see in MEASUREMENT MODE, min, max and average recording).
READ MEASUREMENT MEMORY
Set the rotary switch to MR to read the different values in the memory (
MR
is displayed on
the screen).
Automatically, the last memorisation appears, by date.
The colon (:) at the middle of the time display is continuously visible to show that the time
displayed is not the current time. (time and date).
For each memorisation (each memory address), the different symbols remind the user of all
the parameters of the measurement at the time of the memorisation.
Press at any time to display the number of the memory address of the screen
display.
You may :
- either, read all the contents of the measurement memory by scrolling the different
memorisations by means of the and buttons;
- or, read only the memorisations that have triggered an alarm by pressing
beforehand.
MIN MAX
MIN MAX
MIN MAX
MEM
▼
▼
ALARM
