7
T
ech
n
ica
l
sp
eci
fi
cat
io
n
s
T
he
m
ac
hi
ne
c
od
e c
an
c
on
tai
n an
ad
di
tion
al
4 c
ha
rac
ters
th
at
ide
nti
fy
the
s
am
e a
m
ou
nt
of
fea
tures
.
E
xa
mpl
e:
K
44
F1
-D
C
S
T
he
fi
rs
t n
um
be
r af
ter the
fi
rs
t f
ou
r c
ha
rac
ters
ide
nt
ifi
es
th
e s
et
of
ac
ces
sorie
s s
up
pl
ied
w
ith t
he m
ac
hi
ne
.
T
he
pres
en
ce o
f th
e
let
ter
D
m
ea
ns
th
at
th
e m
ac
hi
ne
fea
tures
th
e f
ilter s
ha
ker f
un
cti
on
.
T
he
pres
en
ce o
f th
e
let
ter
C
m
ea
ns
th
at
th
e m
ac
hi
ne
is
eq
ui
ppe
d
wi
th a
c
artr
idg
e f
ilter
. O
th
er
w
is
e t
he
v
ac
uu
m
c
lea
ne
r
is
s
up
pl
ied
wi
th
the
b
ag
fi
lter.
T
he
pres
en
ce o
f th
e
let
ter
S
m
ea
ns
th
at
the
m
ac
hi
ne
is
eq
ui
ppe
d
wi
th t
he p
ow
er
too
l s
oc
ket.
Ma
ins
V
ol
tag
e
P
ower
P
rote
ct
ion
Rati
ng
P
rote
ct
ion
c
las
s
F
low rat
e
Nega
tiv
e
pres
sure
S
ou
nd
P
res
sure
at
3m
di
st
an
ce
Dr
um
Ma
teri
al
Dr
um
V
ol
um
e
(ma
x-
eff
ec
tiv
e)
W
ei
gh
t
V
ol
t -
A
C
W
att
/
/
Li
tr
es
/m
in
K
P
a
dB
A
/
Li
tr
es
kg
K44H
22
0-
240
1x
12
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
36
00
23
.5
2
76
S
ta
inl
es
s S
te
el
78
-5
0
23
.4
K44D
22
0-
240
1x
10
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
35
00
21
.5
6
76
S
ta
inl
es
s S
te
el
78
-5
0
23
.4
K44F
22
0-
240
1x
10
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
35
00
21
.5
6
76
S
ta
inl
es
s S
te
el
78
-5
0
23
.4
K48H
22
0-
240
2x
12
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
70
70
23
.5
2
76
.5
S
ta
inl
es
s S
te
el
78
-5
0
28
.8
K48D
22
0-
240
2x
10
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
70
00
21
.5
6
76
.5
S
ta
inl
es
s S
te
el
78
-5
0
28
.8
K48F
22
0-
240
2x
10
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
70
00
21
.5
6
76
.5
S
ta
inl
es
s S
te
el
78
-5
0
28
.8
K56H
22
0-
240
3x
12
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
10
60
0
25
.5
78
S
ta
inl
es
s S
te
el
78
-5
0
31
.4
K56D
22
0-
240
3x
10
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
10
50
0
21
.5
6
78
S
ta
inl
es
s S
te
el
78
-5
0
31
.4
K56F
22
0-
240
3x
10
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
10
50
0
21
.5
6
78
S
ta
inl
es
s S
te
el
78
-5
0
31
.4
K52H
22
0-
240
2x
12
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
70
70
23
.5
2
76
.5
S
ta
inl
es
s S
te
el
88
-5
5
29
.2
K52D
22
0-
240
2x
10
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
70
00
21
.5
6
76
.5
S
ta
inl
es
s S
te
el
88
-5
5
29
.2
K52F
22
0-
240
2x
10
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
70
00
21
.5
6
76
.5
S
ta
inl
es
s S
te
el
88
-5
5
29
.2
K99H
22
0-
240
3x
12
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
10
60
0
25
.5
78
S
ta
inl
es
s S
te
el
88
-5
5
31
.8
K99D
22
0-
240
3x
10
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
10
50
0
21
.5
6
78
S
ta
inl
es
s
S
te
el
88
-5
5
31
.8
K99F
22
0-
240
3x
10
00
IP
24
I
(Ea
rth
c
on
du
cto
r)
10
50
0
21
.5
6
78
S
ta
inl
es
s S
te
el
88
-5
5
31
.8
