W1G130-AA49-01 Datasheet, PDF (1/2 Pages) ebm-papst – Energy-saving axial fans

Energy-saving axial fans
Ø 130
– Material: Wall ring: Plastic PP, fibreglass-
reinforced; Blade:Plastic PA,
fibreglass-reinforced
– Number of blades: 7
– Direction of air flow:
"V", exhaust over struts
– Direction of rotation: Counter-clockwise,
seen on rotor
– Type of protection: IP 54
– Insulation class: "B"
– Mounting position: Any
– Condensate discharges: None
– Mode of operation: Con. operation (S1)
– Bearings: Maintenance-free ball bearings
– Motor protection: Via electronics and
TOP
– Electrical connection: Plug-in connection
on motor side
– Protection class: II
– Product conforming to standard: CE;
EN 60335-1
– Approvals: VDE, UL, CSA, GOST are
applied for
– Speed: Using the programming unit, 2
speeds between n_min and n_max can be
programmed.
Nominal data
Type
W1G130-AA49 -01
W1G130-AA25 -01
subject to alterations
Motor
VAC Hz rpm W
A
Pa °C kg
M1G 055-AI A 1~ 115 50/60 3200 24 0,38
M1G 055-AI
B 1~ 230 50/60 3200 24 0,19
(1) _{Nominal data in operating point with maximum load and 115 or 230 VAC}
90 -30..+60 0,75
90 -30..+70 0,75
Curves
n
P_e
rpm
W
I
L_WA
A
dB(A)
Air performance measured
A
A 1 3200
23
0,38
63
as per: ISO 5801,
B
A 2 3200
24
0,38
61
90
4
Installation category A,
in ebm-papst full nozzle
A 3 3200
24
0,38
60
and without protection against
A 4 3200
24
0,38
63
80
accidental contact
A 5 2800
16
0,26
60
70
8
Suction-side noise levels:
A 6 2800
16
0,26
58
L_WA as per ISO 13347,
A 7 2800
16
0,26
57
60
3
L_pA measured at 1 m distance
A 8 2800
16
0,26
60
to fan axis
B 1 3200
23
0,19
63
50
The acoustic values given are
B 2 3200
24
0,19
61
7
only valid under the measur-
B 3 3200
24
0,19
60
ment conditions listed and
40
may vary depending on the
B 4 3200
24
0,19
63
installation situation.
B 5 2800
16
0,13
60
30
2
B 6 2800
16
0,13
58
With any deviation to the stan-
20
6
dard setup, the specific values
B 7 2800
16
0,13
57
have to be checked and re-
B 8 2800
16
0,13
60
viewed once installed or fitted!
10
0
40
q_V
50
100
n _max. = 3200 min^-1
5
1
80
120
160
200
cfm
150
200
250
300
350
m³/h
n = 2800 min^-1 n _min. = 1100 min^-1
For detailed information
see page 62 ff.
10