Electrical Safety - Stanley FATMAX FME720 Original Instructions Manual

@
Warning! The vibration emission value during
actual use of the power tool can differ from the
declared value depending on the ways in which
the tool is used. The vibration level may increase
above the level stated.
When assessing vibration exposure to determine safety
measures required by 2002/44/EC to protect persons
regularly using power tools in employment, an estimation of
vibration exposure should consider, the actual conditions of
use and the way the tool is used, including taking account of
all parts of the operating cycle such as the times when the tool
is switched off and when it is running idle in addition to the
trigger time.
Labels on tool
The following symbols are shown on the tool along with the
date code:
:
Warning! To reduce the risk of injury, the user
must read the instruction manual.
#

Electrical safety

This tool is double insulated; therefore no
earth wire is required. Always check that the
power supply corresponds to the voltage on the
rating plate.
● If the supply cord is damaged, it must be replaced by
the manufacturer or an authorised STANLEY FATMAX
Service Centre in order to avoid a hazard.
Features
This tool includes some or all of the following features.
1. Laser on/off switch
2. Main operating handle
3. On/off switch
4. Motor housing
5. Moveable lower guard
6. Table extension material stop (right)
7. Table extension (right)
8. Kerf plate
9. Mitre clamp
10. Mitre lock knob
11. Mitre detent lever
12. Mitre position adjustment pointer
13. Mitre scale
14. Rotating table
15. Bench mounting holes
16. Clamp locating mounts
17. Table extension (left)
18. Table extension material stop (left)
19. Table extension securing knob
20. High sliding fence clamp
21. Left-hand fence
22. Left-hand high sliding fence
23. 33.9° bevel pin
24. Rear carry handle
(original instructions)
25. Saw dust outlet
26. Metal upper guard
27. Front carry handle
28. Removable brush box
29. Carriage
30. Bevel lock handle
31. Bevel scale
32. Right-hand fence
33. Laser
34. Saw blade
35. Spindle lock button
36. Saw arm release lever
Fig. R
53. Clamp
@
Assembly
Warning! Before assembly, make sure that the
tool is switched off and unplugged.
Note: This tool is accurately adjusted before shipping from
the factory. Check the following accuracy and readjust them if
necessary in order to obtain the best results in operation
Laser beam
The laser beam alignment is set at manufacturing source and
is not user adjustable.
Mitre angle adjustment
The sliding compound mitre saw scale can be easily read
showing mitre angles from 0° to 47° to the left and the right.
The most common angle cut setting slots have positive stops,
permitting fast adjustments to the required position. Follow the
process below for quickest and most accurate adjustments.
Mitre clamp (fig. B)
The mitre clamp (9) allows the saw to be set to specific angles
other than the preset angles of 0°, 15°, 22.5°, 31.6°, and 47°
which are set using the mitre detent lever (11).
Adjusting the bevel stops at 90° and 45° (fig. C - F)
● Loosen the bevel lock handle (30) and move the cutting
head all the way to the right and tighten the bevel lock
handle.
● Use a square to set the blade at 90° to the table (fig. D).
● If an adjustment is necessary, loosen the lock nut (41) and
adjust the bolt (40) with the wrench so that the blade is
90° to the table.
● Tighten the lock nut (41).
● Align the bevel indicator (39) with the 0° mark by adjusting
the screw (38).
When adjusting the 45° stop, make sure that the left-hand
high sliding fence (22) is adjusted so that the cutting head can
be moved to the 45° position (fig. E).
● Release the high sliding fence clamp (20) and move the
high sliding fence (22) away from the blade.
● Tighten the high sliding fence clamp (20).
● Pull out the 33.9° bevel pin (23) and follow the same
procedures for the 90° but move the cutting head to the
left and use the lock nut (43) and adjustment bolt (42).
English
9