Schneider Airsystems SGS 315 - 1" Manual De Instrucciones página 6

GB
SGS 315 - 1"
Table of contents - Part 1
1.1 Scope of delivery ......................
1.2 Conventional use ......................
1.3 Technical data ..........................
1.4 Symbols and their meaning ........
1.5 Components.............................
1.6 Commissioning .........................
1.7 Maintenance.............................
1.1 Scope of delivery
– Impact wrench
– Exhaust air hose
– Instruction manual
1.2 Conventional use
The compressed air tool is an industrial tool
suitable for:
Securing and loosening threaded connec-
tions.
Any other type of use is considered contrary
to the intended use.
1.3 Technical data
see Figure A
1.4 Symbols and their meaning
Power [kW]
P
Q
Air consumption [l/min]
Max. permissible pressure [bar]
p
max
Rotational speed [rpm]
n
Maximum
M
[Nm]
Maximum
M
[Nm]
Socket spanner adapter [Inches]
Sound pressure level L
tance of 1 m) as per DIN 45635-
L
20 [db(A)]
pA
Sound power level L
DIN 45635-20 [dB(A)]
L
WA
I/2
2
2
2
2
2
2
2
releasing torque
tightening torque
(at dis-
pA
according
WA
Vibrations as per ISO 8662
2
[m/s ]
Recommended
(inner) at L= 10 m [mm]
10 m
Overall
H T
depth x height [mm]
B
Weight [kg]
m
1.5 Components
01 Plug nipple
02 Trigger lever
03 Air regulation
05 Drive shaft
06 Retaining ring
08 Housing
09 Oil filler screw
11 Exhaust air guide
12 Rubber protection
13 Screws
14 Handle
1.6 Commissioning
Caution: Depressurise the unit!
Handle attachment:
1. Remove the rubber protection (item 12).
2. Attach the handle (item 14) to the hous-
ing (item 08).
3. Check that the handle is seated securely.
4. Attach the rubber protection (item 12).
1.7 Maintenance
Caution: Depressurise the unit!
1. Loosen the screws (item 13) and open
the housing (item 08)
Fig. 4a.
2. Remove the
(Fig. 4b).
3. Lubricate the impact mechanism with oil
/ grease (Fig. 4c).
4. Fit the impact mechanism in reverse or-
der.
Close the housing (item 08) and tighten
the screws (item 13).
hose diameter
dimensions: width
as shown
impact mechanism
x
in