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Calculation Table For Dust Collection Efficiency Of Each Lossnay Filter - Mitsubishi Electric Lossnay LGH-15RX3 Technical Manual

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3. Calculation Table for Dust Collection Efficiency of Each Lossnay Filter

Measurement method
Tested
Filter type
Pre-filter
NP/400
Model PZ-15RFM -
100RFM
High
Model PZ-25FMY
efficiency
Model PZ-15FM -
filter
100FM
Model PZ-200FM -
1000FM
Model PZ-200FH -
1000FH
3.1 High-Efficiency Filter (Optional Parts)
Model
Dimension (mm)
Number of filters perset
Note: This is one set per main body.
3.2 Pressure Loss
I Pressure Loss Characteristics
PZ-15RFM
100
10
50
5
0
0
50
100
150
Air volume (m
PZ-50RFM
100
10
50
5
0
0
200
400
Air volume (m
Gravitational
Applicable
model
dust
Commercial
Lossnay (LGH)
Optional Part for
model
LGH-15RX
-
3
200RX
3
Humidifer
High efficiency
filter unit
Optional part for
models LP-200B
- 1000B
High efficiency
filter unit
A
PZ-15RFM
A
554
B
121
1
PZ-25RFM
100
50
0
200
250
/h)
3
PZ-80RFM
100
50
0
600
3
/h)
CHAPTER 8 G Filtering for Freshness
AFI
ASHRAE
Colorimetric
method
method
Compound
Atomspheric
JIS 14 types
dust
dust
DOP 0.8 µm
82%
8% - 12%
5% - 9%
99%
65%
99%
65%
100%
65%
100%
90%
PZ-25RFM
PZ-35RFM
330
395
147
174
2
2
10
5
0
100
200
300
400
Air volume (m
3
/h)
10
5
0
200
400
600
800
1000
Air volume (m
3
/h)
Countingh method
(DOP method)
DOP 0.3 µm
Protection of heat
2% - 5%
recovery element
60%
25%
Assurance of sanitary
environment
60%
25%
(According to Building
Management Law)
65%
40%
90%
75%
25
PZ-50RFM
PZ-80RFM
466
448
174
236
2
2
PZ-35RFM
100
10
50
5
0
0
100
PZ-100RFM
100
10
50
5
0
0
200
Application
PZ-100RFM
561
236
2
200
300
400
500
Air volume (m
/h)
3
400
600
800 1000 1200
Air volume (m
3
/h)
105

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