Toshiba MMD-AP0724H-E Manual De Instalación página 42

Duct design
1
In order to prevent short circuits, design the duct installation, so that the intake and discharge
openings are not adjacent to each other.
2
The indoor unit does not have a built-in air filter. Make sure to set up the filter chamber etc. and
install the air filter (Locally procured). If no air filter is installed, the heat exchanger will be blocked
by dust, which may cause the malfunction of air conditioner or the water leakage.
<Duct installation example (First floor))>
Flexible duct hanging band
Duct hose (with heat insulation)
Air discharge port
to ground floor
NOTE
All duct connection between units except outdoor unit must be procured and enforced locally.
81-EN
High efficiency filter
Air discharge chamber
inserting port
(with heat insulation)
Pre filter
Air discharge port
inserting port
connecting flange
Air intake port
Indoor unit connecting flange
Electrical control Filter Air intake
box chamber chamber
Duct hose
Air discharge port
Ceiling
Check port or carrying
Check port cap
in port (600x600)
– 41 –
5
Fan characteristics
from ground floor
REQUIREMENT
Add a air volume damper to the air supply duct, and adjust the air volume in the range from 80 % to 120 % of the standard air
volume.
AP072 type
Standard air volume: 3600 m³/h
8
High static pressure tap (60 Hz)
7.5
7
Medium static pressure tap (60 Hz)
6.5
6
5.5
5
4.5
Low static pressure tap (50 Hz)
4
300
High static pressure tap (50 Hz)
250
200
150
100
50
Low static pressure tap (50 Hz)
5
3000 3400 3800
2880 3200 3600 4000
Air volume (m³/h)
Lower limit of air volume
AP096 type
Standard air volume : 4200 m³/h
8.5
8
High static pressure tap (60 Hz)
7.5
7
6.5
6
5.5
5
Low static pressure tap (50 Hz)
4.5
4
350
High static pressure tap (60 Hz)
300
High static pressure tap (50 Hz)
250
200
150
100
50
Low static pressure tap (50 Hz)
Low static pressure tap (60 Hz)
5
3400 3800 4200 4600
3360 3600 4000 4400
Air volume (m³/h)
Lower limit of air volume
Low static pressure tap (60 Hz)
High static pressure tap (50 Hz)
Medium static pressure tap (50 Hz)
High static pressure tap (60 Hz)
Medium static pressure tap (50 Hz)
Medium static pressure tap (60 Hz)
Low static pressure tap (60 Hz)
4200
4320
Upper limit of air volume
Medium static pressure tap (60 Hz)
Low static pressure tap (60 Hz)
High static pressure tap (50 Hz)
Medium static pressure tap (50 Hz)
Medium static pressure tap (50 Hz)
Medium static pressure tap (60 Hz)
5000
4800 5040
Upper limit of air volume
82-EN