Metabo Mega 370/100 D, Original Operating Instructions

Page: 16 / 117

ENGLISH
16
10
.
Tec
hnic
al Da
ta
Mega
3
70/100
W
Me
ga
3
70/100
D
Mega
490/50
W
Mega
4
90/50
D
Mega
4
90/100
W
Mega
4
90/100
D
Me
ga
5
00/15
0 D
Mega
550
/2
00 D
Mega
65
0/2
00 D
Suction capacity
l/min
250
320
39
0
51
0
650
F
ree air del
ivery (vo
lume flow rate)
l/min
150
220
25
0
35
0
420
Filli
ng rate
l/min
170
250
29
0
39
0
490
Max. o
peratin
g
pressure
bar
10
11
Max. storag
e/opera
ting te
mp
erature *
°C
+
40
Min. sto
ra
ge/op
erating tempera
tu
re
*
*
°C
+
5
Pressure vessel volume
l
90
50
90
15
0
20
0
No
. of
a
ir outlets
3
2
3
No
. of
cyl
inde
rs
2
Cyli
nde
r he
ad bol
t drivi
ng to
rque
Nm
22
–27
4
5–55
Spe
ed
min
-1
12
50
16
50
1
100
125
0
Motor capaci
ty
kW
1.7
2.
4
2.6
4.5
5
5
Sup
ply voltage
(50
Hz
)
V
230
40
0
2
30
40
0
230
40
0
Ra
te
d cu
rre
nt
A
8.5
3.4
11
.7
4.
3
11.7
4.3
4.6
7.6
8.
1
Min. fu
se protecti
on
A
10
time-l
ag
10
16 time-lag
10
16 time-lag
10
Protection
ratin
g
IP
44
Max.
o
verall
cab
le len
gth with exte
nsion
ca
bles:
– fo
r 1.0mm
2
conductor
cros
s section
m
10
20
5
20
5
20
20
20
20
fo
r 1.5mm
2
conductor c
ros
s section
m
15
30
7.5
30
7.5
30
30
30
30
fo
r 2.5mm
2
conductor c
ros
s section
m
25
50
12
.5
50
12.5
50
50
50
50
Oil grad
e (p
ump)
SAE 40 (SAE
20)
Re
quire
d oil qu
antity
(pu
m
p
)
l
a
pprox. 0.6
a
pprox. 1.1
appro
x. 1.5
app
rox. 1.8
Di
me
nsion
s: len
gth × width × he
ight
mm
1070
×
50
0
×
86
0
810
×
42
0
×
75
0
1070
×
50
0
×
86
0
1320
×
51
0
×
940
1430
×
55
0
×
1
010
1500
×
570
×
1050
We
ig
ht
kg
56
46
56
83
10
9
132
Max. so
und
pre
ssu
re l
evel
L
PA
at
1
m
dB (A)
87 +
3
88 + 3
87
+
3
88
+
3
Guaran
te
ed soun
d powe
r le
vel L
WA
dB (A)
96
97
96
97
All
techn
ical speci
fic
a
tions app
ly
to an
amb
ient te
mp
erature of
2
0
°C.
*T
he
service
li
fe
o
f some
compon
ents,
e.g.
the
ch
eck val
ve
se
al
ing,
is
sub
sta
nti
ally de
cre
ased wh
en th
e co
mpressor is
u
sed at
h
igh
tempera
tu
re
s (max. st
orag
e/opera
ting te
mp
erature
an
d hig
her).
**
At temperatures be
low the min.
storag
e/opera
ting
te
mp
er
ature the dan
ger exists
tha
t th
e c
onde
nsate in the pressure
vessel
wi
ll fr
eeze.