Mitsubishi Electric VL-350CZPVU-R-E, Quick Start Manual

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※
Specification may be subject to change without notice.
DATE TYPE Heat Recovery Ventilator LOSSNAY
MODEL VL-350CZPVU-R-E
Sound power (Lw), octave band centre frequency Hz (dB)
44
58
51
42 34
2/6
12-Jan-21
NUMBER
N19SGGD0003B
0.80
90
90
87
0.84
0.96
1.08
1.28
0.86
SFP
(W/l/s)
Thermal efficiency
(%)
89
89
88
47
Total LwA
dB(A)
56
71
62
52 44
74 76 63 58 54 45 39 31
250 125 63
53 62 58
8000 4000 2000
39 31 25
Breakout
Outlet
Inlet
Fan speed Point
100%
1000 500
52 51 44 39 32
66 65 59 85 79 72
70%
Breakout 45 52 49
Outlet 80 72 64
Inlet 67 69 55 54
57 50 42
50%
Breakout 39 44 40
Outlet 75 65 57
Inlet 62 65 48
40
52
45 40
27 20 47
32 22 56
33 63
33 25 16 7 40
35
42
39 35 27 17
32 23 17 49
8 7
35 27 16 8 47
25 18 8 8 35
49 41
38
Outlet 69 55 47
Inlet 56 56 39
Application
K 1 wet room
K 2 wet rooms
K 3 wet rooms
K 4 wet rooms
K 5 wet rooms
K 6 wet rooms
SPECIFICATIONS
30%
Breakout 37 39
Air flow
rate (l/s)
21
29
37
45
53
61
0.0 20.0 40.0 60.0 80.0 100.0 120.0
60
65
70
75
80
85
90
95
0
50
100
150
200
250
300
350
0 100 200 300 400 500
Ex
ch
ang
e
ef
ficiency (
%
)
St
atic
p
ressur
e
(P
a)
Air volume
100%
70%
50%
30%
( L/s )
( m
3
/h )
55m
40m
25m
φ150mm dia straight pipe length
■
Attention
- Mitsubishi Electric measures figures in the chart according to EN13141-7:2010, and the characteristic
curves are measured by chamber method.
■
Sound data
■
Attention
- Measurements of sound power were undertaken in accordance with the direct method as described in
BS EN ISO 3741:2010, BS EN ISO 13141-6:2014 and BS EN ISO 5135:1999.
- Reverberation time measurements were undertaken for case radiated noise and duct noise, including
measurements of representative background noise. The data was processed to calculate casing radiated and
in-duct sound power levels in third octave bands.
- In-duct sound power levels were calculated in accordance with BS EN ISO 5135:1999.
■
SAP Appendix Q Table
■
Characteristic curve