3.4
RECORDING MEASUREMENT RESULTS (MEM)
RECORDING MEASUREMENT RESULTS (MEM)
RECORDING MEASUREMENT RESUL
IMPORT
IMPORTANT -
IMPORTANT -
Each measurement stored in the instrument is identified by 2 indices: an OBJ no. and a
TEST no.; a given object (OBJ) generally cont
TEST
TEST no.; a given object (OBJ) generally cont
For example: an OBJ no. can be used to locate an installation, and the TEST nos. identify the various
measurements made on this installation.
At any time, the user can store the result of a measurement and all of the parameters associated with the
measurement: date, time, type of measurement, measurement parameters, etc.
The location proposed by default is the first free memory location.
measurement
to be stored
03 06
OBJ TEST
FrEE
(1)
mesure
mémorisée
1)
"FrEE": the selected memory location is free / "OCC": the selected memory location is occupied
(2)
whether the location selected is occupied or not (previously recorded values are overwritten)
Note : Up to 100 measurements can be stored (e.g. 10 object
Up to 100 measurements can be stored (e.g. 10 object
Up to 100 measurement
s can be stored (e.g. 10 objects each having 10 test
s can be stored (e.g. 10 object
3.5
RECALLING RECORDED V
RECALLING RECORDED VALUES (MR)
RECALLING RECORDED VALUES (MR)
2
MEM
nd
+
MR
The group of measurements (OBJ) and the measurement (TEST) to be retrieved on the display unit are
selected using the
and
3.6
ERASING RECORDED V
ERASING RECORDED VALUES
ERASING RECORDED VALUES
.
The memory of the instrument can be erased, totally or partially, in the SET-UP
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ains several TEST nos.
TEST
TEST nos.
MEM
selection of storage address using the following keys :
and
storage at the
selected address
s each having 10 test
s each having 10 tests, or any other combination).
s each having 10 test
keys.
, in the SET
, in the SET-UP
52
(2)
s, or any other combination).
rotary switch position: