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Installation of indoor unit
EDUS281120_a
196
RZR-P, RZQ-P(9)
3PN14093-12A
10
English
The drainage can be checked with the water level change
in the drain pan through the water inlet.
CAUTION
• Do not touch the drain pump.
Otherwise, an electric shock may be received.
• Do not impose external force on the float switch.
Otherwise, a failure may result.
5. On completion of the drainage check, shut off the power
supply and disconnect the power supply line.
6. Put the control box cover to the original position.
[After electrical work]
• After completion of
8. DUCT WORK
provide
approximately
1/4 gal of water
gradually into the drain pan through the
water inlet on the bottom of the drain socket, and check that
the water is drained while the air conditioner is in cooling
operation according to
11. FIELD SETTING
and
12. TEST
RUN
. Make sure that the water is not spilled onto the electric
parts of the drain pump and others.
(3) Be sure to conduct heat insulation work on the follow-
ing portions, or otherwise water leakage may occur as
a result of dew condensation.
• Drain piping indoors
• Drain socket
• On completion of the drainage check, refer to the follow-
ing illustration, and use the provided large sealing pad
(6) and heat insulate the metal clamp (1) and drain hose
(2).
8.
DUCT WORK
Pay the utmost attention to the following items and conduct
the ductwork.
• Check that the duct will not be in excess of the setting range
of external static pressure for the unit. (Refer to the technical
data
sheet for the setting range. Each model has each setting
range of external static pressure.)
• Attach a canvas duct each to the air outlet and air inlet so that
the vibration of the equipment will not be transmitted to the
duct or ceiling.
Use a sound-absorbing material (insulation material) for the
lining of the duct and apply vibration insulation rubber to the
suspension bolts.
• At the time of duct welding, perform the curing of the duct so
that the sputter will not come in contact with the drain pan for
the filter.
• If the metal duct pass
ES
through a metal lath, wire lath, or
METAL
plate of a wooden structure, separate the duct and
WALLELEC
trically.
• Be sure to heat insulate the duct for the prevention of dew
condensation. (Material: Glass wool or styrene foam; Thick-
ness: 31/32 in.)
• Be sure to attach the field supply air filter to the air inlet of the
unit or field supply inlet in the air passage on the air suction
side. (Be sure to select an air filter with a duct collection
EFFI
ciency of 50 weight percent.)
• Explain the operation and washing methods of the locally
procured components (i.e., the air filter, air inlet grille, and air
outlet grille) to the customer.
• Locate the air outlet grille on the indoor side for the preven-
tion of drafts in a position where indirect contact with people.
• The air conditioner incorporates a function to adjust the fan to
rated speed automatically.
(11. FIELD SETTING)
Therefore, do not use booster fans midway in the duct.
Connection method of ducts on air inlet and outlet sides.
• Connect the field supply duct in alignment with the inner side
of the flange.
• Connect the flange and unit with the flange connection screw
(3).
• Wrap aluminum tape around the flange and duct joint in order
to prevent air leakage.
CAUTION
Connect the flange and unit with the flange connection screw (3)
regardless of whether the duct is connected to the air inlet side.
Wa
t
er
in
l
e
t
D
rain
s
ock
e
t
D
rain
p
an
Co
n
t
r
ol
b
ox cov
er
T
ermina
l
b
lock fo
r
po
wer
s
upply
Sc
rew
Wa
t
er
in
l
e
t l
id
Co
n
t
r
ol
b
ox
Re
f
rigeran
t p
i
p
ing
Air
outl
e
t
Sock
e
t fo
r
main
t
enan
c
e
(
wi
th
r
u
bber
c
a
p)
D
rain
pu
m
p po
si
t
i
o
n
Pl
as
t
i
c
wa
t
er
co
n
t
ainer
Ma
k
e
s
u
re
th
a
t th
e
seam
f
a
c
es
up
ward.
Me
t
a
l cl
am
p (1)
(
a
cc
ess
o
r
y)
L
arge
sea
l
ing
p
ad
(6)
(
a
cc
ess
o
r
y)
3
/16
in.
ma
x
.
U
ni
t
Fl
ange
o
n
air
outl
e
t
side
(p
r
ov
ided
wi
th th
e
u
ni
t)
I
ns
ul
a
t
i
o
n
ma
t
eria
l
(f
ie
l
d
s
upply)
C
an
v
as
d
uct
(f
ie
l
d
s
upply)
Fl
ange
o
n
air
in
l
e
t
side
(p
r
ov
ided
wi
th th
e
u
ni
t)
I
ns
ul
a
t
i
o
n
ma
t
eria
l
(f
ie
l
d
s
upply)
Air
in
l
e
t
Air
outl
e
t
Sc
rews
fo
r
d
uct
fl
anges
(
3
)
(
a
cc
ess
o
r
y)
Sc
rews
fo
r
d
uct
fl
anges
(
3
)
(
a
cc
ess
o
r
y)
Summary of Contents for SkyAir RZQ-P Series
Page 1: ...Cooling Only 60Hz Heat Pump 60Hz RZR P RZQ P 9 series EDUS281120_a AMERICAS ...
Page 31: ...Dimensions and service space EDUS281120_a 30 RZR P RZQ P 9 BRC2A71 Unit in 3D047341 ...
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Page 34: ...EDUS281120_a Dimensions and service space RZR P RZQ P 9 33 BRC4C82 for FBQ 3D049611 Unit in ...
Page 38: ...EDUS281120_a Dimensions and service space RZR P RZQ P 9 37 3D064213A ...
Page 39: ...Dimensions and service space EDUS281120_a 38 RZR P RZQ P 9 3D064213A ...
Page 41: ...Dimensions and service space EDUS281120_a 40 RZR P RZQ P 9 3D047381B ...
Page 47: ...Wiring diagrams EDUS281120_a 46 RZR P RZQ P 9 FAQ18PVJU FAQ24PVJU 3D046039D ...
Page 61: ...Safety devices list EDUS281120_a 60 RZR P RZQ P 9 8 3 FAQ FAQ18PVJU FAQ24PVJU 4D047085B ...
Page 91: ...Capacity tables EDUS281120_a 90 RZR P RZQ P 9 RZR36PVJU RZR42PVJU 3D071685 ...
Page 92: ...EDUS281120_a Capacity tables RZR P RZQ P 9 91 RZQ36PVJU9 RZQ42PVJU9 C 3D047383B ...
Page 101: ...Sound Levels Reference EDUS281120_a 100 RZR P RZQ P 9 FBQ18PVJU FBQ24PVJU FBQ30PVJU FBQ36PVJU ...
Page 102: ...EDUS281120_a Sound Levels Reference RZR P RZQ P 9 101 FBQ42PVJU ...
Page 104: ...EDUS281120_a Sound Levels Reference RZR P RZQ P 9 103 RZQ42PVJU9 RZR42PVJU 4D072769 ...