Measurement techniques always included
C:9
C
User defined (manual input)
During a measuring round, a reference value
of preferred quantity can be saved in rela-
tion to the other measuring values. Leonova
Emerald is missing the option for analog
signals, but there is a possibility to manually
input a user defined measuring value such as
current, flow, pressure, etc.
While in a measuring round with ‘User de-
fined’ values (1), press ENTER and input the
value manually via the keyboard window.
Usually, user defined units for manual input
is set up within a round in Condmaster. If
you want to manually input values outside
a measuring round, an icon for user input is
located in the ‘User defined’ window (2). (See
below for more information.)
User defined (manual input)
with default file
For manual input of values outside a measur
-
ing round, an icon for user input is located in
the ‘User defined’ window (2). Press ENTER
to open the measuring window (bottom
picture). Configure files for manual input
measurements by pressing SHIFT+F3 to open
‘Measuring point data’.
‘Type’ is always set to User input and can not
be changed. ‘Type’ is shown as the measuring
point name in the measurement window (3).
‘Quantity’ is what the manual input rep-
resents, e. g. power, flow, pressure. Mark
this line and press ‘Edit’ (F1). Write the new
name in the keyboard window and save with
ENTER. It will be displayed above the result
in the measurement window (4).
‘Unit’ is the measurement unit for the new
quantity, here ‘bar’ for oil pressure. It is
displayed in brackets above the result field (5).
‘Format’ defines the number of digits and the
position of the decimal point in the result (6).
Write a ‘#’ for each digit.
To save the result, press MENU and select
‘Save as’. Select ‘Save a file’ and input a
name via the keyboard window. Press ENTER
to save.
1
2
3
4
5
6
Summary of Contents for leonova emerald
Page 1: ...User guide PORTABLE EFFICIENCY ...
Page 2: ......
Page 6: ...A 2 General instrument functions A ...
Page 36: ...B 2 General measurement functions B ...
Page 74: ...C 2 Measurement techniques always included B C ...
Page 88: ...D D 2 Shock pulse measurement ...
Page 122: ...D D 36 Shock pulse measurement ...
Page 124: ...E E 2 Vibration measurement ...
Page 150: ...E E 28 Vibration measurement ...
Page 152: ...F F 2 Rotor balancing ...
Page 170: ...F F 20 Rotor balancing ...