Post on 10-Jun-2018
transcript
Specifications are subject to change without notice. © 2016 Mitsubishi Electric US, Inc.
Job Name:
System Reference: Date:
Specifications System Module 1 Module 2Unit Type PURY-P288TSLMU-A (-BS) PURY-P144TLMU-A (-BS) PURY-P144TLMU-A (-BS)
Nominal Cooling Capacity (208/230V) Btu/h 288,000 144,000 144,000
Nominal Heating Capacity(208/230V) Btu/h 323,000 160,000 160,000
Operating Temperature Range *1
Cooling (Outdoor) *2Refer to Module Data
23~126° F (-5~52° C) DB Heating (Outdoor) -13~60° F (-25~15.5° C) WB
External Dimensions (H x W x D) In. (mm) Refer to Module Data 64-31/32 x 68-29/32 x 29-5/32
(1,650 x 1,750 x 740)64-31/32 x 68-29/32 x 29-5/32
(1,650 x 1,750 x 740)Net Weight Lbs. (kg) 1,390 (630) 695 (315) 695 (315)External Finish Refer to Module Data Pre-coated galvanized steel sheetElectrical Power Requirements Voltage, Phase, Hertz Refer to Module Data** 208 / 230V, 3-Phase, 60Hz
Minimum Circuit Ampacity (MCA) A Refer to Module Data** 52 / 48 52 / 48
Maximum Overcurrent Protection (MOP) A Refer to Module Data** 80 / 70 80 / 70
Piping Diameter (Brazed)From From Twinning Kit to BC Controller (In. / mm)
Liquid (High Pressure) 1-1/8 (28.58)Refer to System Data
Gas (Low Pressure) 1-3/8 (34.93)Max. Total Refrigerant Line Length Ft. 3,117
Refer to System DataMax. Refrigerant Line Length (Between ODU & IDU) Ft. 541
Max. Control Wiring Length Ft. 1,640
Indoor UnitTotal Capacity 50~150% of ODUs Refer to System Data
Model / Quantity P06~P96/2~50 (Max. No. Connectable Branches: 48) Refer to System Data
Sound Pressure Level dB(A) 64.0 Refer to System DataFanType x Quantity
Refer to Module DataPropeller fan x 2 Propeller fan x 2
Airflow Rate CFM 11,300 11,300External Static Pressure In. WG Refer to Module Data Selectable; 0, 0.12 or 0.24”WG; factory set to 0”W.G.Compressor Operating Range 7% to 100% Refer to System Data
Compressor Type x Quantity Refer to Module Data Inverter-driven Scroll Hermetic x 1
Inverter-driven Scroll Hermetic x 1
Refrigerant Refer to Module Data R410A; 23 lbs. + 2 oz. (10.5 kg) R410A; 23 lbs. + 2 oz. (10.5 kg)
Protection Devices
High Pressure
Refer to Module Data
High pressure sensor, High pressure switch at
4.15 MPa (601 psi)
High pressure sensor, High pressure switch at
4.15 MPa (601 psi)Inverter Circuit (Comp. / Fan) Over-current protection Over-current protection
Fan Motor Thermal switch Thermal switch
AHRI Ratings(Ducted/Non-Ducted)
EER 11.3 / 12.2
Refer to System DataIEER 18.5 / 21.9COP 3.28 / 3.38SCHE 21.7 / 24.5
Outdoor Unit: 24-TON PURY-P288TSLMU-A (-BS)(Consists of Two PURY-P144TLMU-A (-BS) and One CMY-ER200CBK Twinning Kit)
UNIT OPTION □ Standard Model…...…...…………......………PURY-P288TSLMU-A □ Seacoast (BS) Model…….....……......….PURY-P288TSLMU-A-BS
ACCESSORIES □ Twinning Kit (required)..............................................…CMY-ER200CBK □ Joint Kit.............................…for details see Pipe Accessories Submittal □ BC Controller (required)…..............for details see BC Controller Submittals □ Low Ambient Kit ...............…..for details see Low Ambient Kit Submittal □ Snow/Hail Guards Kit......…for details see Snow/Hail Guards Kit Submittal □ Base Pan Heater Kit.............for details see Base Pan Heater Kit Submittal
OUTDOOR VRF HEAT PUMP WITH HEAT RECOVERY SYSTEM
NOTES:*1. When applying product below -4° F, consult your design engineer for cold climate application best practices, including the use of a backup source for heating.*2. For details on extended cooling operation range down to -10° F DB, see Low Ambient Kit Submittal.
** Each individual module requires a separate electrical connection. Refer to electrical data for each individual module.
Specifications are subject to change without notice. © 2016 Mitsubishi Electric US, Inc.
Outdoor Unit: PURY-P288TSLMU-A (-BS) – DIMENSIONS
NOTES: SEACOAST PROTECTION • Anti-corrosion Protection: A coating treatment is applied to condenser coil for protection from air contaminants.• Standard: Salt Spray Test Method - no unusual rust development to 480 hours.• Sea Coast (BS): Salt Spray Test Method (JRA 9002) - no unusual rust development to 960 hours.
bTo
BC
con
trolle
r
fTw
inni
ng p
ipe(
Hig
h pr
essu
re)
<opt
iona
l par
ts>
cTo
BC
con
trolle
ra
e
d
Twin
ning
pip
e(Lo
w p
ress
ure)
<opt
iona
l par
ts>
Inta
keai
rIn
take
air
Inta
keai
r
Dis
char
ge a
irO
utdo
or u
nit 1
Out
door
uni
t 2
Fron
t vie
w
Left
view
Not
e 1.
Con
nect
the
pipe
s as
sho
wn
in th
e fig
ure
abov
e. R
efer
to th
e ta
ble
abov
e fo
r the
pip
e si
ze.
2
.Tw
inni
ng p
ipe
(Hig
h pr
essu
re) s
houl
d no
t be
tilte
d m
ore
than
15
degr
ees
from
the
horiz
onta
l pla
ne.
Be
sure
to s
ee th
e In
stal
latio
n M
anua
l for
det
ails
of T
win
ning
pip
e in
stal
latio
n.
3.T
he p
ipe
sect
ion
befo
re th
e Tw
inni
ng p
ipe
(sec
tion
"a" i
n th
e fig
ure)
mus
t hav
e at
leas
t 500
mm
(19-
11/1
6) o
f stra
ight
sec
tion
(*in
clud
ing
the
stra
ight
pip
e th
at is
sup
plie
d w
ith th
e Tw
inni
ng p
ipe)
.
4.O
nly
use
the
Twin
ning
pip
e by
Mits
ubis
hi (o
ptio
nal p
arts
).
5.C
onne
ct th
e ou
tdoo
r uni
t 1 w
ith th
e Tw
inni
ng p
ipe
(Low
pre
ssur
e) (s
ectio
n "d
" in
the
figur
e).
Twin
ning
pip
e co
nnec
tion
size
Low
pres
sure
Out
door
uni
t 1C
ompo
nent
uni
t nam
e
Pac
kage
uni
t nam
e
BC
con
trolle
r~Tw
inni
ng p
ipe
a bHi
gh p
ress
ure
Out
door
Tw
inni
ng K
it(op
tiona
l par
ts)
CM
Y-E
R20
0CB
KO
utdo
or u
nit 2
PURY
-P24
0TSL
MU-A
(-BS)
PURY
-P26
4TSL
MU-A
(-BS)
PURY
-P28
8TSL
MU-A
(-BS)
PURY
-P12
0TLM
U-A(
-BS)
PURY
-P14
4TLM
U-A(
-BS)
PURY
-P14
4TLM
U-A(
-BS)
PURY
-P12
0TLM
U-A(
-BS)
PURY
-P12
0TLM
U-A(
-BS)
PURY
-P14
4TLM
U-A(
-BS)
ø41.
28(1
-5/8
)ø2
8.58
(1-1
/8)
PURY
-P31
2TSL
MU-A
(-BS)
PURY
-P33
6TSL
MU-A
(-BS)
PURY
-P16
8TLM
U-A(
-BS)
PURY
-P16
8TLM
U-A(
-BS)
PURY
-P14
4TLM
U-A(
-BS)
PURY
-P16
8TLM
U-A(
-BS)
- (No
te 5
)- (
Note
5)
- (No
te 5
)Lo
w p
ress
ure
Uni
t mod
elC
ompo
nent
un
it m
odel
ø22.
2(7/
8)ø2
2.2(
7/8)
ø22.
2(7/
8)ø2
8.58
(1-1
/8)
ø28.
58(1
-1/8
)ø1
9.05
(3/4
)ø1
9.05
(3/4
)ø1
9.05
(3/4
)Tw
inni
ng K
it ~
Out
door
uni
td
Hig
h pr
essu
re
P12
0P
120
P12
0P
144
P14
4P
144
P24
0P
264
P28
8
ø28.
58(1
-1/8
)
ø34.
93(1
-3/8
)- (
Note
5)
- (No
te 5
)ø2
2.2(
7/8)
ø22.
2(7/
8)ø2
2.2(
7/8)
ø28.
58(1
-1/8
)ø2
8.58
(1-1
/8)
ø22.
2(7/
8)
e fc d
e fc d
e f
Low
pre
ssur
e
Uni
t mod
elC
ompo
nent
un
it m
odel
Twin
ning
Kit
~O
utdo
or u
nitH
igh
pres
sure
P16
8P
144
P16
8P
168
P31
2P
336
e fc d
e f
740(
29-3
/16)
1750
(68-
15/1
6)30
(1-3
/16)
1750
(68-
15/1
6)
1650(65)
c c d
PURY-P240, 264, 288, 312, 336TSLMU-A(-BS)Unit: mm (in.)
Specifications are subject to change without notice. © 2016 Mitsubishi Electric US, Inc.
Modules 1 and 2: PURY-P144TLMU-A (-BS) – DIMENSIONS
NOTES: SEACOAST PROTECTION • Anti-corrosion Protection: A coating treatment is applied to condenser coil for protection from air contaminants.• Standard: Salt Spray Test Method - no unusual rust development to 480 hours.• Sea Coast (BS): Salt Spray Test Method (JRA 9002) - no unusual rust development to 960 hours.
airair
air
Serv
ice p
anel150
(13/
16)
(13/
16)
(2-1
/4)
(2-1
/4)
2×2-
80(3
-3/1
6)×3
5(1-
7/16
) Ova
l hol
e<S
ling
hole
>
Dis
char
ge a
ir
Inta
keIn
take
Ser
vice
pane
l
Inta
ke
2×3-
14(9
/16)
×20(
13/1
6) O
val h
ole
(Mounting pitch)
(Mou
ntin
g pi
tch)
(Mou
ntin
g pi
tch)
Con
trol b
ox
2×7-
ø4.6
(3/1
6) H
ole
(Mak
e ho
le a
t the
pla
stic
fan
guar
d fo
r sno
w h
ood
atta
chm
ent)
<Sno
w h
ood
atta
chm
ent h
ole>
Fan
box
Left
side
vie
wFr
ont v
iew
Top
view
Bot
tom
vie
w
<Hig
h pr
essu
re>
Ref
riger
ant s
ervi
ce v
alve
<L
ow p
ress
ure>
Ref
riger
ant s
ervi
ce v
alve
Fron
t vie
wS
ervi
ce v
alve
Bot
tom
vie
wS
ervi
ce v
alve
A
(
)
(
)
A
(5-3/4)
(5-9
/16)
(10-3/8)
=(5-15/16)×4 (2-13/16)(23-5/8)
(13/
16)
(13/
16)
(11-15/16)
(8-9/16)
(3-9/16)(3-1/16)
(26-3/4~26-15/16)
(26-13/16)
(3-3
/16)
(3-3
/16)
(4-13/16)
(3-5/16)
(1-3/16) (1-3/16)
(3-3/4)
(7-3/4)(5-3/4)
(5-15/16)
2
.At b
razi
ng o
f pip
es,w
rap
the
refri
gera
nt s
ervi
ce v
alve
w
ith w
et c
loth
and
kee
p th
e te
mpe
ratu
re o
f
re
frige
rant
ser
vice
val
ve u
nder
120
°C(2
48 °
F).
<Acc
esso
ries>
●C
onne
ctin
g pi
pe
<Lo
w p
ress
ure>
●
Elb
ow(ID
ø28.
58(1
-1/8
)×O
Dø28
.58(
1-1/
8)) ●
● ● P
120,
P144
,P16
8 1p
c.
<Hig
h pr
essu
re>
● P
ipe
(IDø2
5.4(
1)×I
Dø1
9.05
(3/4
))
● ●
● P12
0 1p
c.
● P
ipe
(IDø2
5.4(
1)×O
Dø1
9.05
(3/4
)) ●
● ● P
120
1pc.
●
Pip
e (ID
ø25.
4(1)
×ID
ø22.
2(7/
8))
●
● ● P
144,
P16
8 1p
c.
● P
ipe
(IDø2
5.4(
1)×O
Dø2
2.2(
7/8)
) ●
● ● P
144,
P16
8 1p
c.
*1 U
se th
e in
clud
ed c
onne
ctin
g pi
pe a
nd c
onne
ct to
the
refri
gera
nt s
ervi
ce
valv
e pi
ping
.
Fron
t thr
ough
hol
e
Botto
m th
roug
h ho
le
Botto
m th
roug
h ho
le
Fron
t thr
ough
hol
e
Fron
t thr
ough
hol
e
For w
ires
ø52
Kno
ckou
t hol
e
For t
rans
mis
sion
cab
les
ø34
Kno
ckou
t hol
e
ø65
Kno
ckou
t hol
e
Botto
m th
roug
h ho
le15
0 ×
94 K
nock
out h
ole
140
× 77
Kno
ckou
t hol
eFr
ont t
hrou
gh h
ole
For p
ipes
Fron
t thr
ough
hol
e(U
ses
when
twin
ning
ki
t (op
tiona
l par
ts)
is m
ount
ed.)
ø45
Kno
ckou
t hol
e
Spe
cific
atio
nsU
sage
ø62.
7 or
ø34
.5 K
nock
out h
ole
ø43.
7 or
ø22
.2 K
nock
out h
ole
Hig
hpr
essu
reLo
wpr
essu
reH
igh
pres
sure
Low
pres
sure
Ser
vice
val
ve
*1 *1*1*1
Ref
riger
ant p
ipe
Dia
met
er
ø25.
4
ø25.
4ø 2
8.58
Bra
zed
PURY
-P14
4TLM
U
PURY
-P12
0TLM
U
ø22.
2 Br
azed
Mod
el
ø 19.
05 B
raze
d
ø28.
58 B
raze
dø2
8.58
ø28.
58
*1*1
ø25.
4PU
RY-P
168T
LMU
ø22.
2 Br
azed
ø28.
58 B
raze
dø2
8.58
(2-9
/16)
(1-3
/8)
(2-1
/16)
(2-1
/2)
(1-3
/4)
(1-3
/8)
(5-1
5/16
)(3-
3/4)
(5-9
/16)
(3-1
/16)
(1-1
3/16
) (7/8
)
(1)
(1)
(1-1
/8)
(7/8
)
(3/4
)
(1-1
/8)
(1-1
/8)
(1-1
/8)
(1)
(7/8
)(1
-1/8
)(1
-1/8
)
Con
nect
ing
pipe
spe
cific
atio
ns
58(2
-5/1
6)75
(3)
54
1(21
-5/1
6)
196
121
36
7
29.529.5
562(
22-3
/16)
89
8079
5(31
-5/1
6)79
5(31
-5/1
6)80
681(678~684)
140(
5-9/
16)
150(
5-15
/16)
561(
22-1
/8)
516(
20-3
/8)
84 94
533(
21)
146327(12-7/8)
262
140
526(
20-3
/4)
217
303
1
5
8
1347(53-1/16)
1650(65)
1750
(68-
15/1
6)19
.583
1(32
-3/4
)83
1(32
-3/4
)19
.5
600=150×4 70
(740)(29-3/16)
740(29-3/16)
77
49(1
-15/
16)
54(2-3/16) 57
20
586(
23-1
/8)
57
20
4
2
145
1 2 43 5 6 7NO
.
8
Not
e1.P
leas
e re
fer t
o th
e en
gine
erin
g m
anua
l for
info
rmat
ion
rega
rdin
g ne
cess
ary
spac
ing
arou
nd th
e un
it an
d
fo
unda
tion
wor
k. O
utdo
or u
nit m
ust b
e m
ount
ed a
t lea
st
12" o
ff th
e gr
ound
or 1
2" a
bove
the
high
est a
vera
ge s
now
dept
h, w
hich
ever
is g
reat
er.
Unit: mm (in.)PURY-P120, 144, 168TLMU-A
Specifications are subject to change without notice. © 2016 Mitsubishi Electric US, Inc.
1340 Satellite Boulevard. Suwanee, GA 30024Toll Free: 800-433-4822 www.mehvac.com
Twinning Kit: CMY-ER200CBK
FORM# PURY-P288TSLMU-A (-BS) - 201605
2 - 265
R2
9. OPTIONAL PARTS DATA U11
MEE14K031
9-2. OUTDOOR TWINNING KITThe following optional Outdoor Twinning Kit is needed to use to combine multiple refrigerant pipes. Refer to the chapter entitled System Design Section for the details of selecting a proper twinning kit.
High-pressure twinning pipe
Low-pressure pipe twinning kit<Elbow pipe(Accessory)>
<Accessory> Fixing screw • • • 1Pipe cover • • • 1Cable tie • • • 2Insulation cover • • • 1Buffer • • • 1(Outside diameter)
(Outside diameter)
<Pipe for routing through the front (Accessory)>
(Outside diameter)
<Pipe for routing through the bottom (Accessory)>
high-pressure side
Slope of the twinning pipe is at an anglewithin ±15° to the horizontal plane.
Note 1:Refer to the figure below for the installationposition of the twinning pipe.
2:Pipe diameter is indicated by inside diameter.
Twinning pipe on the
(Outside diameter)
(Outside diameter)
(Outside diameter)
(Outside diameter)
<Deformed pipe(Accessory)>
<Deformed pipe(Accessory)>
50(2)
50(2
)
36
36(1
-7/1
6)
80(3-3/16)
35
ø28.58(ø1-1/8)ø28.58(ø1-1/8)
ø22.2(ø7/8)ø22.2(ø7/8)
100(3-15/16)
7 30
ø28.58(ø1-1/8)
ø28.58(ø1-1/8)
407(16-1/16)
17(11/16)117(4-5/8)
ø22.2(ø7/8)
146(
5-3/
4)
3562
ø19.05(ø3/4)ø22.2(ø7/8)
ø25.4(ø1)
ø19.05(ø3/4)
±15°
ø19.05(ø3/4)
ø25.4(ø1)
ø19.05(ø3/4)
182(7-3/16)
171(
6-3/
4)
55
303(11-15/16)
ø22.2(ø7/8)
ø19.05(ø3/4)
ø19.05(ø3/4)
62
ø22.2(ø7/8)
62
62
ø15.88(ø5/8)ø19.05(ø3/4)
85
ø19.05(ø3/4)ø15.88(ø5/8)
(1-7
/16)
(3Pcs.)
(2-1
/2)
(1-7
/16)
(5/16) (1-3/16)
(2-3
/16)
(1-7/16)
(2-1/2)
(2-1/2)
(2-1/2)
(3-3/8)
Unit: mm (in.)CMY-ER100CBK
<Accessory>
Pipe cover • • • 1Fixing screw • • • 1
Cable tie • • • 2Insulation cover • • • 1
(Outside diameter)
(Outside diameter)
(Outside diameter)
(Outside diameter)
High-pressure twinning pipe
Low-pressure pipe twinning kit
<Elbow pipe(Accessory)>
<Deformed pipe(Accessory)>
<Deformed pipe(Accessory)>
<Pipe for routing through the front (Accessory)>
(Outside diameter)
(Outside diameter)
(Outside diameter)
<Pipe for routing through the bottom (Accessory)>
(Outside diameter)
(Outside diameter)
(Outside diameter)
(Outside diameter)
(Outside diameter)
(Outside diameter)
(Outside diameter)
108(4-5/16)
32
26(1-1/16)
62 176(
6-15
/16)
427(16-13/16)
ø31.75(ø1-1/4)
ø28.58(ø1-1/8)
ø28.58(ø1-1/8)
69
62
ø22.2(ø7/8)
ø34.93(ø1-3/8)
ø19.05(ø3/4)
ø41.28(ø1-5/8)
160(6-5/16)50(2)
50(2
)
35
80
53
53
62
ø28.58(ø1-1/8)ø28.58(ø1-1/8)
ø19.05(ø3/4)
ø19.05(ø3/4)ø28.58(ø1-1/8)
ø31.75(ø1-1/4)ø31.75(ø1-1/4)
ø19.05(ø3/4) ø22.2(ø7/8)
ø34.93(ø1-3/8)ø31.75(ø1-1/4)
ø25.4(ø1)
ø19.05(ø3/4)ø25.4(ø1)
ø19.05(ø3/4)
303(11-15/16)
55
182(7-3/16)
100(
3-15
/16)
62
62
69
ø22.2(ø7/8)
ø31.75(ø1-1/4) ø28.58(ø1-1/8)
ø22.2(ø7/8) ø28.58(ø1-1/8)
ø28.58(ø1-1/8)
25
136(5-3/8)
35
ø22.2(ø7/8)
ø19.05(ø3/4)
ø19.05(ø3/4)
62
ø22.2(ø7/8)
62
62
ø15.88(ø5/8)ø19.05(ø3/4)
62
ø22.2(ø7/8)ø28.58(ø1-1/8)
(1) (1-7/16)
(2-1
/2)(
1-5/
16)
(2-1/2)
(2-1/2)
(2-3/4)
(2-1/8)
(2-1
/8)
(2-1/2)
(2-3/4)
(2-1/2)
(1-7
/16)
(3-3/16)
(2-1/2)
(2-1/2)
(2-1/2)
(2-1/2)
(3Pcs.)
(2-3
/16)
high-pressure side
Slope of the twinning pipe is at an anglewithin ±15° to the horizontal plane.
Note 1:Refer to the figure below for the installationposition of the twinning pipe.
2:Pipe diameter is indicated by inside diameter.
Twinning pipe on the
±15°
Unit: mm (in.)CMY-ER200CBK
The angle of the branch pipe for hign pressure is within against the horizontal plane. 2. Use the attached pipe to braze the port-opening of the distributer.3. Pipe diameter is indicated by inside diameter.4. Only use the Twinning pipe by Mitsubishi (optional parts) .
Note 1. Reference the attitude angle of the branch pipe below the fig.
Distributer
15
15
0000003529.BOOK 265 ページ 2015年3月19日 木曜日 午後8時10分
Unit: mm (inch)