Ryobi RCS36 [7/12] English original instructions

Ryobi RCS36 [7/12] English original instructions
6
English (Original Instructions)
CHAIN & BAR INFORMATION
Manufacture Saw chain Guide bar
Oregon 90SG045X 124MLEA041
Tri-link CL14345PB M1431245-1041HL
Oregon's chain must be tted with Oregon's bar; Tri-
link's chain must be tted with Tri-link's bar.
You can purchase bar and chain replacements from your
Ryobi local dealer.
RCS36 bar replacement: RAC226 (Tri-link M1431245-
1041HL)
RCS36 chain replacement: RAC227(Tri-link CL14345PB)
DESCRIPTION
(REFER TO FIGURE SHEET)
1. Guide bar cover
2. Front handle guard
3. Front handle
4. Safety lock-out button
5. Switch trigger
6. Oil tank cover
7. Oil level gauge
8. Spike bumpers
9. Saw chain
10. Guide bar
11. Safety tip
12. Rear handle
13. Chain tensioner adjustment knob
14. Sprocket cover
15. Sprocket cover securing knob
16. Saw chain tensioning pin
17. Sprocket
18. Bar guide
19. Oil outlet
20. Bar groove
21. Chain drive links
22. Cutter
23. Felling direction
24. Danger zone
25. Escape route
26. Direction of fall
27. Notch
28. Felling back cut
29. Hinge
30. Limb cut
31. Keep work off ground leave support limbs until log is cut
32. Log supported along the entire length
33. Cut from top (over buck) avoid cutting earth
34. Log supported one end
35. Under buck
SPECIFICATIONS
Model RCS36 RCS36B
Rated voltage 36V DC
No Load Speed 3.6 m/s
Guide bar length 300 mm
Chain stop < 2s
Chain oil tank
capacity
110 ml
Weight
4.4 kg
(with battery)
3.03 kg
(without battery)
Emission sound
pressure level L
pA
81.2 dB(A)
Uncertainty K
pA
2 dB(A)
Sound power level
L
WA
94.8 dB(A)
Uncertainty K
WA
2 dB(A)
Guaranteed
sound power level
L
WA
(G)
97 dB(A)
Vibration total
value ah
2.3 m/s
2
Uncertainty K 1.5 m/s
2
Battery Pack 1 x BPL3626
Battery Charger 1 x BCL3620
REMARKS:
The declared vibration value has been measured with
a standard test method and may be used to compare
one tool with another.
The declared vibration value may be used in a
preliminary assessment of exposure.
WARNING
The actual vibration values during use of the tool can
be different from the above stated and depend on the
use of the tool; and the need to identify safety measures
to protect the operator are based on an estimation of
exposure in the actual conditions of use (taking account
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).
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