13
ISO standard setup
When an ISO standard is activated, the instru-
ment automatically evaluates the readings ac-
cording to the selected ISO standard and and
indicates machine condition with a green, yellow
or red condition indicator in the
Measurement
display. With ISO = OFF, no condition evaluation
will take place.
VibChecker bases condition evaluation on ISO rec-
ommendations, with the exception that good and
acceptable condition are both evaluated as green.
Machine condition evaluation according to ISO
standards require correct classification of the
monitored machine (for more information, see
the ‘ISO 2372’ and ‘ISO 10816’ sections).
To select ISO 10186 or ISO 2372:
1. Go to the
Main
display (A).
2. Use the arrow keys to navigate to the
ISO
setup
icon (B), then press
ENTER
.
3. In the
ISO
display (C), use the
UP
/
DOWN
arrow keys to highlight the preferred ISO
standard, then press
ENTER
to select it.
4. On the display shown next, further settings
are required (with one exception).
For ISO 10816:
- Use the
UP
/
DOWN
arrow keys to select
PART (2, 3, or 4).
- When PART 2 is selected (D), step to ‘RPM’
with the
RIGHT
arrow key, then use the
UP
/
DOWN
keys to select ‘1500 or 1800’ or ‘3000
or 3600’.
-
When PART 3 is selected (E), step to ‘GROUP’
with the
RIGHT
arrow key and use the
UP
/
DOWN
keys to select ‘GROUP’ (1-4). Then
move on to the ‘SUPPORT’ setting with the
RIGHT
arrow key and use the
UP
/
DOWN
keys to select ‘Flexible’ or ‘Rigid’.
- For PART 4, no further input is required (F).
For ISO 2372:
- Use the
UP
/
DOWN
arrow keys to select
machine ‘CLASS’ 1-6 (G).
5. Press
ENTER
to save the ISO settings and
return to the
Main
display.
VibChecker is now ready for measurement with
evaluated machine condition according to the
selected ISO standard.
A Main display
B
C
ISO setup
ISO 2372, machine
class settings
G
ISO 10816,
Part 2 settings
D
ISO 10816,
Part 3 settings
E
ISO 10816,
Part 4
F
NOTE: Condition evaluation according to
ISO standards requires that the vibration
quantity is set to VEL (for more informa-
tion, see section ‘Vibration quantity and
amplitude units’).
Summary of Contents for VibChecker
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