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Positive angle stoppers
The Models C 8FSE and C 8FSHE have positive angle
stoppers in the turn table at the right and the left of the 0°
center setting, at 15°, 22.5°, 31.6° and 45° settings.
Thanks to the positive angle stoppers, positioning can be
done more securely than the ball index method utilized in
the current Model C 8FB2. In addition, a lever is provided
at the lower tip of the turn table to secure or release the
positive angle stoppers.
Adjustment of the turn table and positioning can be easily
done while holding the side handle.
Bevel cutting range: Left 48° to right 5°
Possible range of bevel cutting is from left 48 degrees to right 5
degrees. By the simple operation of the set pin, you can set the
position of the right angle and left 45 degrees.
In addition, setting to approximately 30 degrees and 33.9
degrees for crown molding cutting can be done by this set pin.
High dust collecting performance
The dust collecting performance of the Models C 8FSE and C 8FSHE are remarkably higher than the other
models thanks to the adoption of new dust guide and gear case.
HITACHI
C 8FSE
C 8FSHE
C 8FB2
P1 and P2 P3 B
Press cutting *
1
(Size of the workpiece:
60 mm x 60 mm (2-3/8” x 2-3/8”))
75.0 25.0 5.9 31.3 62.2
Slide cutting *
2
(Size of the workpiece:
30 mm x 150 mm (1-3/16” x 5-29/32”))
80.0 45.0 11.0 72.3 74.5
Soft grip handle
The handles are widely covered with soft-touch elastomer (rubber-like soft resin).
It is slip-resistant and securely fits in the palm of a hand even if the gripping hand sweats.
Legible scale
The Models C 8FSE and C 8FSHE have legibly labeled angle scale and bevel scale while the current
Model C 8FB2 has the scale printed on the die casting.
Table 1
(%)
Maker
Model
*1: This is a method to cut a workpiece by shaking the motor head.
*2: This is a method to cut a workpiece by sliding the motor head from the front.
The dust collecting performance is obtained from the following formula:
Weight of sawdust accumulated in the dust bag (g)
Weight of all sawdust during cutting (g)
Dust collecting performance (%) = x 100
Fig. 3
Set pin
Fig. 4
Cutting
method