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5.
At least 9m (30') apart on the laser beam, mark
and
.
b
6.
Turn the laser 180º.
7.
Adjust the height of the laser so the center of the beam is
aligned with
(Figure
a
8.
Directly above or below
(Figure
).
E 3
9.
Measure the vertical distance between
10.
If your measurement is greater than the Allowable
Distance Between
b
Distance Between Walls in the following table, the laser
must be serviced at an authorized service center.
Distance
Between Walls
9m (30')
12m (40')
15m (50')
Horizontal Beam - Pitch Direction
Checking the horizontal pitch calibration of the laser requires
a single wall at least 9m (30') long. It is important to conduct
a calibration check using a distance no shorter than the distance
of the applications for which the tool will be used.
1.
Place the laser against the end of a 9m (30') wall
(Figure
).
F 1
2.
Turn the laser ON.
3.
Press
once to display a horizontal laser beam.
4.
Turn the laser toward the opposite end of the wall and
parallel to the adjacent wall.
5.
At least 9m (30') apart on the laser beam, mark
and
.
b
6.
Move the laser to the opposite end of the wall
(Figure
).
F 2
7.
Position the laser toward the first end of the same wall and
parallel to the adjacent wall.
8.
Adjust the height of the laser so the center of the beam is
aligned with
.
b
9.
Directly above or below
(Figure
).
F 3
a
).
E 2
, mark
along the laser beam
b
c
and
.
b
c
and
for the corresponding
c
Allowable Distance
Between
and
b
c
6mm (1/4")
8mm (5/16")
10mm (13/32")
a
, mark
along the laser beam
a
c
10.
Measure the distance between
11.
If your measurement is greater than the Allowable
Distance Between
a
Distance Between Walls in the following table, the laser
must be serviced at an authorized service center.
Distance Between
Walls
9m (30')
12m (40')
15m (50')
Vertical Beam - Plumb
Checking the vertical (plumb) calibration of the laser can be
most accurately done when there is a substantial amount of
vertical height available, ideally 9m (30'), with one person on
the floor positioning the laser and another person near a ceiling
to mark the position of the beam. It is important to conduct
a calibration check using a distance no shorter than the distance
of the applications for which the tool will be used.
1.
Place the laser on a smooth, flat, stable surface that is
level in both directions (Figure
2.
Turn the laser ON.
3.
Press
three times to display the front and side vertical
beams.
4.
Press
twice to display the down dot.
5.
On the level surface, mark the position of the down dot
(Figure
).
G 2
6.
On the ceiling, mark two short lines
front and side laser beams cross.
7.
Pick up and rotate the laser 180º, and position the down
dot directly over
, the previous position of the down dot,
a
as shown in Figure
G 3
8.
On the ceiling, look at the position of the two laser beams.
If they are not parallel to marked lines
laser until the laser beams are closely lined up with
and
.
c
9.
On the ceiling, mark two short lines
beams cross.
10.
Measure the distance between marked lines
and marked lines
and
c
and
.
a
c
and
for the corresponding
c
Allowable Distance
Between
and
a
c
6mm (1/4")
8mm (5/16")
10mm (13/32")
).
G 1
and
where the
b
c
.
and
, turn the
b
c
and
where the
d
e
and
b
.
e
GB
a
b
,
d
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