Mitsubishi Electric PU-P71VHA 2.UK Series User manual

SERVICE MANUAL
CONTENTS
1. TECHNICAL CHANGES...................................2
2. REFERENCE MANUAL....................................4
3. SAFETY PRECAUTION ...................................5
4. FEATURES .......................................................8
5. SPECIFICATIONS ............................................9
6. DATA.............................................................. 13
7. OUTLINES AND DIMENSIONS..................... 17
8. WIRING DIAGRAM........................................ 21
9. WIRING SPECIFICATIONS........................... 26
10. REFRIGERANT SYSTEM DIAGRAM................ 31
11. TROUBLESHOOTING................................... 33
12. FUNCTION SETTING.................................... 74
13 MONITORING THE OPERATION DATA BY THE REMOTE CONTROLLER .......87
14 EASY MAINTENANCE FUNCTION············· 98
15. DISASSEMBLY PROCEDURE.....................105
16. PARTS LIST..................................................114
17. SERVICE PARTS LIST.................................120
No.OC379
REVISED EDITION-J
SPLIT-TY PE, HEAT PUMP AIR CONDITIONERS
SPLIT-TY PE, AIR CONDITIONERS
R410A
J uly 2019
Outd oor unit
[ Mod el Names]
PU-P71VHA PUH-P71VHA
PU-P71YHA PUH-P71YHA
PU-P100VHA PUH-P100VHA
PU-P100YHA PUH-P100YHA
PU-P125YHA PUH-P125YHA
PU-P140YHA PUH-P140YHA
Note:
•This manual describes ser-
vice data of the outdoor
units only.
Revision:
•Some descriptions have
been modified in REV ISED
EDITION-J.
OC37 9 REV ISED EDITION-H
is void.
[ Serv ice Ref.]
Serv ice Ref. is on page 2.

2
OC37 9 J
1TECHNICAL CHANGES
[Serv ice Ref.]
PU-P71VHA.UK PU-P100VHA.UK PU-P125YHA.UK PU-P140YHA.UK
PU-P71VHA1.UK PU-P100VHA1.UK PU-P125YHA1.UK PU-P140YHA1.UK
PU-P71VHA#2.UK PU-P100VHA#2.UK PU-P125YHA#2.UK PU-P140YHA#2.UK
PU-P71VHAR3.UK PU-P100VHAR3.UK PU-P125YHAR3.UK PU-P140YHAR3.UK
PU-P71YHA.UK PU-P100YHA.UK PU-P125YHAR4.UK PU-P140YHAR4.UK
PU-P71YHA1.UK PU-P100YHA1.UK PU-P125YHAR5.UK PU-P140YHAR5.UK
PU-P71YHA#2.UK PU-P100YHA#2.UK PU-P125YHAR6.UK PU-P140YHAR6.UK
PU-P71YHAR3.UK PU-P100YHAR3.UK
PUH-P71VHA.UK PUH-P100VHA.UK PUH-P125YHA.UK PUH-P140YHA.UK
PUH-P71VHA1.UK PUH-P100VHA1.UK PUH-P125YHA1.UK PUH-P140YHA1.UK
PUH-P71VHA#2.UK PUH-P100VHA#2.UK PUH-P125YHA#2.UK PUH-P140YHA#2.UK
PUH-P71VHAR3.UK PUH-P100VHAR3.UK PUH-P125YHAR3.UK PUH-P140YHAR3.UK
PUH-P71YHA.UK PUH-P100YHA.UK PUH-P125YHAR4.UK PUH-P140YHAR4.UK
PUH-P71YHA1.UK PUH-P100YHA1.UK PUH-P125YHAR5.UK PUH-P140YHAR5.UK
PUH-P71YHA#2.UK PUH-P100YHA#2.UK PUH-P125YHAR6.UK PUH-P140YHAR6.UK
PUH-P71YHAR3.UK PUH-P100YHAR3.UK
PU-P125YHAR4.UK PU-P125YHAR5.UK
PU-P140YHAR4.UK PU-P140YHAR5.UK
PUH-P125YHAR4.UK PUH-P125YHAR5.UK
PUH-P140YHAR4.UK PUH-P140YHAR5.UK
• CONTACTOR (52C) has been changed.
PU-P125YHAR5.UK PU-P125YHAR6.UK
PU-P140YHAR5.UK PU-P140YHAR6.UK
PUH-P125YHAR5.UK PUH-P125YHAR6.UK
PUH-P140YHAR5.UK PUH-P140YHAR6.UK
• Compressor has been changed.
PU-P125YHAR3.UK PU-P125YHAR4.UK
PU-P140YHAR3.UK PU-P140YHAR4.UK
PUH-P125YHAR3.UK PUH-P125YHAR4.UK
PUH-P140YHAR3.UK PUH-P140YHAR4.UK
 Thermistor has een change. ischarge tem. thermistor → omressor srface tem. thermistor rotector of comressor

3
OC37 9 J
PU-P71VHA1.UK PU-P71VHA#2.UK
PU-P71YHA1.UK PU-P71YHA#2.UK
PU-P100VHA1.UK PU-P100VHA#2.UK
PU-P100YHA1.UK PU-P100YHA#2.UK
PU-P125YHA1.UK PU-P125YHA#2.UK
PU-P140YHA1.UK PU-P140YHA#2.UK
PUH-P71VHA1.UK PUH-P71VHA#2.UK
PUH-P71YHA1.UK PUH-P71YHA#2.UK
PUH-P100VHA1.UK PUH-P100VHA#2.UK
PUH-P100YHA1.UK PUH-P100YHA#2.UK
PUH-P125YHA1.UK PUH-P125YHA#2.UK
PUH-P140YHA1.UK PUH-P140YHA#2.UK
• CONTACTOR (52C) has been changed.
PU-P71VHA#2.UK PU-P71VHAR3.UK
PU-P71YHA#2.UK PU-P71YHAR3.UK
PU-P100VHA#2.UK PU-P100VHAR3.UK
PU-P100YHA#2.UK PU-P100YHAR3.UK
PU-P125YHA#2.UK PU-P125YHAR3.UK
PU-P140YHA#2.UK PU-P140YHAR3.UK
PUH-P71VHA#2.UK PUH-P71VHAR3.UK
PUH-P71YHA#2.UK PUH-P71YHAR3.UK
PUH-P100VHA#2.UK PUH-P100VHAR3.UK
PUH-P100YHA#2.UK PUH-P100YHAR3.UK
PUH-P125YHA#2.UK PUH-P125YHAR3.UK
PUH-P140YHA#2.UK PUH-P140YHAR3.UK
• Fan grille has been changed.
 trctral arts have een change. nsell   →  ..
PU-P71VHA.UK PU-P71VHA1.UK
PU-P71YHA.UK PU-P71YHA1.UK
PU-P100VHA.UK PU-P100VHA1.UK
PU-P100YHA.UK PU-P100YHA1.UK
PU-P125YHA.UK PU-P125YHA1.UK
PU-P140YHA.UK PU-P140YHA1.UK
PUH-P71VHA.UK PUH-P71VHA1.UK
PUH-P71YHA.UK PUH-P71YHA1.UK
PUH-P100VHA.UK PUH-P100VHA1.UK
PUH-P100YHA.UK PUH-P100YHA1.UK
PUH-P125YHA.UK PUH-P125YHA1.UK
PUH-P140YHA.UK PUH-P140YHA1.UK
• OUTDOOR CONTROLLER B OARD (O.B ) has been changed.

4
OC37 9 J
2REFERENCE MANUAL
2-1. INDOOR UNIT’ S SERVICE MANUAL
Mod el name Serv ice Ref. Serv ice
manual No.
PLA-RP35/ 50/ 60/ 7 1AA
PLH-P35/ 50/ 60/ 7 1/ 100/ 125/ 140AAH PLA-RP35/ 50/ 60/ 7 1AA.UK PLH-P35/ 50/ 60/ 7 1/ 100/ 125/ 140AAH.UK OC335
PLA-RP35/ 50/ 60/ 7 1/ 100/ 125/ 140B A PLA-RP35/ 50/ 60/ 7 1/ 100/ 125/ 140B A(# 2).UK PLA-RP35/ 50/ 60/ 7 1B A1.UK
PLA-RP7 1/ 100/ 125/ 140B A2.UK
OCH412
OCB 412
PLA-RP100/ 125/ 140AA2 PLA-RP100/ 125/ 140AA2.UK OC357
PCA-RP50/ 60/ 7 1/ 100/ 125/ 140GA
PCA-RP50GA2
PCH-P50/ 60/ 7 1/ 100/ 125/ 140GAH
PCA-RP50/ 60/ 7 1/ 100/ 125/ 140GA(# 1)
PCA-RP50GA2(# 1)
PCH-P50/ 60/ 7 1/ 100/ 125/ 140GAH 
PEAD-RP50/ 60/ 7 1/ 125/ 140EA
PEAD-RP35/ 100EA2 PEAD-RP50/ 60/ 7 1/ 125/ 140EA(# 1).UK PEAD-RP35/ 100EA2(# 1).UK HWE0521
PEAD-RP60/ 7 1/ 100GA PEAD-RP60/ 7 1/ 100GA(# 1).UK HWE0506
PEHD-P35/ 50/ 60/ 7 1/ 100/ 125/ 140EAH PEHD-P35/ 50/ 60/ 7 1/ 100/ 125/ 140EAH.UK HWE0507
PKA-RP35/ 50HAL PKA-RP35/ 50HAL OCH453
OCB 453
PKA-RP60/ 7 1/ 100KAL PKA-RP60/ 7 1/ 100KAL.TH OCH452
OCB 452
PCA-RP50/ 60/ 7 1/ 100/ 125/ 140KA PCA-RP50/ 60/ 7 1/ 100/ 125/ 140KA OCH454
OCB 454
PEAD-RP35/ 50/ 60/ 7 1/ 100/ 125/ 140JA(L) PEAD-RP35/ 50/ 60/ 7 1/ 100/ 125/ 140JA(L).UK 

PSA-RP7 1/ 100/ 125/ 140GA
PSH-P7 1/ 100/ 125/ 140GAH PSA-RP7 1/ 100/ 125/ 140GA(# 1) PSH-P7 1/ 100/ 125/ 140GAH OC332
PCA-RP7 1/ 125HA PCA-RP7 1/ 125HA(# 1) OC329
2-2. TECHNICAL DATA BOOK
Manual No. OCS07

5
OC37 9 J
3SAFETY PRECAUTION
3-2. CAUTIONS RELATED TO NEW REFRIGERANT
Cautions for units utilizi ng refrigerant R410A
Use new refrigerant pipes.
Make sure th at th e inside and outside of refrige-
rant piping is clean and it h as no contamination
such as sulfur h aza rdous for use, ox ides, dirt,
sh av ing particles, etc.
In addition, use pipes with specified th ickness.
Store th e piping to be used indoors during
installation and both ends of th e piping sealed
until j ust before brazi ng. (Leav e elbow j oints, etc.
in th eir packaging.)
I n ca se o f u si n g t h e e xi st i n g p i p e s f o r R 22, b e ca r e f u l w i t h
t h e f o ll o w in g s.
· B e su r e t o cl e a n t h e p i p e s a n d m a ke su r e t h a t t h e i n si d e s
o f t h e p i p e s a r e cl e a n .
· C h a n g e f la r e n u t t o t h e o n e p r o vi d e d w i t h t h i s p r o d u ct .
U se a n e w ly f l a r e d p i p e .
· A vo i d u si n g t h i n p ip e s.
Ch arge refrigerant from liq uid ph ase of gas
cylinder.
I f t h e r e f r i g e r a n t i s ch a r g e d f r o m g a s p h a se , co m p o si t i o n
ch a n g e m a y o cc u r in r e f r i g e r a n t a n d t h e e f f i ci e n cy w il l b e
l o w e r e d .
Do not use refrigerant oth er th an R410A.
I f o t h e r r e f r i g e r a n t (R 22 e t c. ) i s u se d , ch l o r i n e i n r e f r i g e -
r a n t ca n ca u se d e t e r i o r a t i o n o f r e f r i g e r a n t o i l e t c.
Use a v acuum pump with a rev erse flow ch eck
v alv e.
V a cu u m p u m p o i l m a y f l o w b a ck in t o r e f r i g e r a n t cycl e a n d
t h a t ca n ca u se d e t e r i o r a t i o n o f r e f r i g e r a n t o i l e t c.
Use th e following tools specifically designed for
use with R410A refrigerant.
Th e f o l l o w in g t o o l s a r e n e c e s s a r y t o u s e R 410A r e f r i g e r a n t .
Handle tools with care.
I f d i r t , d u st o r m o i st u r e e n t e r i n t o r e f r i g e r a n t cycl e , t h a t ca n
ca u se d e t e r i o r a t i o n o f r e f r i g e r a n t o i l o r m a l f u n ct i o n o f co m -
p r e sso r .
Do not use a ch arging cylinder.
I f a ch a r g i n g cyl i n d e r is u se d , t h e co m p o si t i o n o f r e f r i g e r a -
n t w i l l ch a n g e a n d t h e e f f i ci e n cy w i l l b e l o w e r e d .
F l a r e t o o l
E l e ct r o n i c r e f r i g e r a n t
ch a r g i n g sca l e
V a cu u m p u m p a d a p t o r
S i ze a d j u st m e n t g a u g e
G a u g e m a n if o l d
To r q u e w r e n ch
G a s l e a k d e t e ct o r
C h a r g e h o se
To o l s f o r R 410A
C o n t a m i n a t i o n i n si d e r e f r i g e r a n t p i p i n g ca n ca u se d e t e r i o -
r a t i o n o f r e f r i g e r a n t o i l e t c.
I f d i r t , d u st o r m o i st u r e e n t e r i n t o r e f r i g e r a n t cycl e , t h a t ca n
ca u se d e t e r i o r a t i o n o f r e f r i g e r a n t o i l o r m a l f u n ct i o n o f co m -
p r e sso r .
I f l a r g e a m o u n t o f m i n e r a l o i l e n t e r , t h a t ca n ca u se d e t e r i o -
r a t i o n o f r e f r i g e r a n t o i l e t c.
Th e refrigerant oil applied to flare and flange
connections must be ester oil, eth er oil or
alkylbenze ne oil in a small amount.
Ventilate th e room if refrigerant leaks during
operation. If refrigerant comes into contact with
a flame, poisonous gases will be released.
Use th e specified refrigerant only.
Nev er use any refrigerant oth er th an th at specified.
D o i n g so m a y ca u se a b u r st , a n e xp l o si o n , o r f i r e w h e n t h e
u n i t i s b e i n g u se d , se r vi ce d , o r d isp o se d o f .
C o r r e ct r e f r i g e r a n t i s sp e ci f i e d i n t h e m a n u a l s a n d o n t h e
sp e c l a b e l s p r o vi d e d w i t h o u r p r o d u ct s.
W e w i l l n o t b e h e l d r e sp o n si b l e f o r m e ch a n i ca l f a i l u r e ,
syst e m m a l f u n ct i o n , u n i t b r e a kd o w n o r a cci d e n t s ca u se d
b y f a i l u r e t o f o l l o w t h e i n st r u ct i o n s.
3-1. ALWAYS OBSERVE FOR SAFETY
Before obtaining access to terminal, all supply
circuits must d isconnected .

6
OC37 9 J
G r a v i m e t e r
U n i t
[ 3] Serv ice tools
Use th e below serv ice tools as ex clusiv e tools for R410A refrigerant.
Cautions for refrigerant piping work
New refrigerant R410A is adopted for replacement inverter series. Although the refrigerant piping work for R410A is same
as for R22, excl usive tools are necessary so as not to mix with different kind of refrigerant. Furthermore as the working
pressure of R410A is 1.6 times higher than that of R22, their sizes of flared sections and flare nuts are different.
1Thickness of pipes
B ecause the working pressure of R410A is higher compared to R22, be sure to use refrigerant piping with thickness
shown below. (Never use pipes of 0.7 mm or below.)
1/ 4”
3/ 8”
1/ 2”
5/ 8”
3/ 4”
6. 35
9. 52
12. 70
15. 88
19. 05
0. 8
0. 8
0. 8
1. 0
—
0. 8
0. 8
0. 8
1. 0
1. 0
N o m i n a l
d i m e n si o n s
D i a g r a m b e l o w : P i p i n g d i a m e t e r a n d t h i ckn e ss
O u t si d e
d i a m e t e r (m m )
Th i ckn e ss (m m )
R 410A R 22
No. Tool name Specifications
1Gauge manifold · Only for R410A
· Use the exi sting fitting specifications. (UNF1/ 2)
· Use high-tension side pressure of 5.3MPa· G or over.
2Charge hose · Only for R410A
· Use pressure performance of 5.09 MPa· G or over.
3Electronic scale —
4Gas leak detector · Use the detector for R134a, R407 C or R410A.
5Adaptor for reverse flow check · Attach on vacuum pump.
6Refrigerant charge base —
7Refrigerant cylinder · Only for R410A · Top of cylinder (Pink)
· Cylinder with syphon
8Refrigerant recovery eq uipment —
[ 1] Cautions for serv ice
(1) Perform serv ice after collecting th e refrigerant left in unit completely.
(2) Do not release refrigerant in th e air.
(3) After completing serv ice, ch arge th e cycle with specified amount of refrigerant.
(4) Wh en performing serv ice, install a filter d rier simultaneously.
Be sure to use a filter d rier for new refrigerant.
[ 2] Ad d itional refrigerant ch arge
Wh en ch arging d irectly from cylind er
· Check that cylinder for R410A on the market is syphon type.
· Charging should be performed with the cylinder of syphon stood vertically. (Refrigerant is charged from liq uid phase.)

7
OC37 9 J
3Tools for R410A (The following table shows whether conventional tools can be used or not.)
1 /4 ”
3 /8 ”
1 /2 ”
5 /8 ”
3 /4 ”
6 .3 5
9 .5 2
12.70
15.88
19.05
9 .1
1 3 .2
1 6 .6
1 9 .7
—
9 .0
1 3 .0
1 6 .2
1 9 .4
2 3 .3
Nominal
dimensions
F lare cutting dimensions
O utside
diameter D imension A ( )
+ 0
- 0 .4
( inch) ( mm) ( mm)
R4 1 0 A R2 2 1 /4 "
3 /8 "
1 /2 "
5 /8 "
3 /4 "
6 .3 5
9 .5 2
12.70
15.88
19.05
1 7 .0
2 2 .0
2 6 .0
2 9 .0
–
1 7 .0
2 2 .0
2 4 .0
2 7 .0
3 6 .0
F lare nut dimensions D imension B( mm)
R410A
* * 3 6 .0 mm for
indoor unit
of RP 1 0 0 ,
1 2 5 and 1 4 0
R2 2
Nominal
dimensions
O utside
diameter
( inch) ( mm)
G a u g e m a n i f o l d
C h a r g e h o se
G a s l e a k d e t e ct o r
R e f r i g e r a n t r e c o v e r y e q u i p m e n t
R e f r i g e r a n t cyl in d e r
A p p l i e d o i l
S a f e t y ch a r g e r
C h a r g e va lve
V a cu u m p u m p
F la r e t o o l
Bender
P i p e cu t t e r
W e l d e r a n d n i t r o g e n g a s c y l i n d e r
R e f r i g e r a n t ch a r g i n g sca l e
V a cu u m g a u g e o r t h e r m i s-
t o r va cu u m g a u g e a n d
va cu u m va l ve
C h a r g i n g cyl i n d e r
A i r p u r g e , r e f r i g e r a n t c h a r g e a n d
O p e r a t i o n ch e ck
G a s l e a k ch e ck
C o l l e ct i o n o f r e f r i g e r a n t
R e f r i g e r a n t ch a r g e
A p p l y t o f l a r e d se ct i o n
P r e v e n t c o m p r e s s o r m a l f u n c t i o n
w h e n c h a r g i n g r e f r i g e r a n t b y
s p r a y i n g l i q u i d r e f r i g e r a n t
P r e v e n t g a s f r o m b l o w i n g o u t
w h e n d e t a c h i n g c h a r g e h o s e
V a cu u m d r yi n g a n d a i r
purge
F la r i n g w o r k o f p i p i n g
B e n d t h e p i p e s
C u t t h e p i p e s
W e l d t h e p i p e s
C h a r g e r e f r i g e r a n t
C h e c k t h e d e g r e e o f v a c u u m . (V a c u u m
v a l v e p r e v e n t s b a c k f l o w o f o il a n d r e f r i -
g e r a n t t o t h e r m i s t o r v a c u u m g a u g e )
C h a r g e r e f r i g e r a n t
To o l e xcl u si ve f o r R 410A
To o l e xcl u si ve f o r R 410A
To o l f o r HF C r e f r i g e r a n t
To o l e xcl u si ve f o r R 410A
To o l e xcl u si ve f o r R 410A
E st e r o i l a n d a l kyl b e n ze n e
o i l (m i n i m u m a m o u n t )
To o l e xcl u si ve f o r R 410A
To o l e xcl u si ve f o r R 410A
To o l s f o r o t h e r r e f r i g e r a n t s c a n
b e u s e d i f e q u i p p e d w i t h a d o p -
t e r f o r r e v e r s e f l o w c h e c k
To o l s f o r o t h e r r e f r i g e r a n t s
ca n b e u se d b y a d j u st i n g
f l a r i n g d i m e n si o n
To o l s f o r o t h e r r e f r i g e r a n t s c a n b e u s e d
To o l s f o r o t h e r r e f r i g e r a n t s c a n b e u s e d
To o l s f o r o t h e r r e f r i g e r a n t s c a n b e u s e d
To o l s f o r o t h e r r e f r i g e r a n t s c a n b e u s e d
To o l s f o r o t h e r r e f r i g e r a n t s
ca n b e u se d
To o l e xcl u si ve f o r R 410A
To o l s a n d m a t e r i a l s U se R 410A t o o l s C a n R 22 t o o l s b e u se d ?
(U sa b l e i f e q u i p p e d
w i t h a d o p t e r f o r r e ve r -
se f l o w )
(U sa b l e b y a d j u st i n g
f l a r i n g d i m e n si o n )
C a n R 407C t o o l s b e u s e d ?
E st e r o i l :
A l kyl b e n ze n e o i l : m i n i m u m a m o u n t
(U sa b l e i f e q u i p p e d
w i t h a d o p t e r f o r r e ve r -
se f l o w )
(U sa b l e b y a d j u st i n g
f l a r i n g d i m e n si o n )
: P r e p a r e a n e w t o o l . (U se t h e n e w t o o l a s t h e t o o l e xcl u si ve f o r R 410A . )
: To o l s f o r o t h e r r e f r i g e r a n t s ca n b e u se d u n d e r ce r t a i n co n d i t i o n s.
: To o l s f o r o t h e r r e f r i g e r a n t s ca n b e u se d .
2Dimensions of flare cutting and flare nut
The component molecules in HFC refrigerant are smaller compared to conventional refrigerants. In addition to that,
R410A is a refrigerant, which has higher risk of leakage because of its working pressure higher than that of other refriger-
ants. Therefore, to enhance airtightness and intensity, flare cutting dimension of copper pipe for R410A has been speci-
fied separately from the dimensions for other refrigerants as shown below. The dimension B of flare nut for R410A also
has partly been changed to increase intensity as shown below. Set copper pipe correctly referring to copper pipe flaring
imensions for  elo. or  an  the imension  changes.
Use torq ue wrench corresponding to each dimension.
Dimension A
Dimension B


OC37 9 J
CHARGELESS SYSTEM
PRE-CHARGED REFRIGERANT IS SUPPLIED FOR PIPING LENGTH AT SHIPMENT. (Max .30m)
The refrigerant circuit with LEV (Linear Exp ansion V alve) and accumulator always control the optimal refrigerant level
regardless of the length (30m max. and 5m min.) of piping. The additional refrigerant charging work during installation which
often caused problems heretofore is completely eliminated. This uniq ue system improves the q uality and reliability of the
work done. It also helps to speed up the installation time.
PU(H)-P71VHA(1).UK PU(H)-P71VHA#2.UK
PU(H)-P71YHA(1).UK PU(H)-P71YHA#2.UK
PU(H)-P100VHA(1).UK PU(H)-P100VHA#2.UK
PU(H)-P100YHA(1).UK PU(H)-P100YHA#2.UK
PU(H)-P125YHA(1).UK
PU(H)-P140YHA(1).UK
PU(H)-P125YHA#2.UK
PU(H)-P140YHA#2.UK
4 FEATURES
PU(H)-P71VHAR3.UK
PU(H)-P71YHAR3.UK
PU(H)-P100VHAR3.UK
PU(H)-P100YHAR3.UK
PU(H)-P125YHAR3.UK
PU(H)-P140YHAR3.UK
PU(H)-P125YHAR4.UK
PU(H)-P140YHAR4.UK
PU(H)-P125YHAR5.UK
PU(H)-P140YHAR5.UK
PU(H)-P125YHAR6.UK
PU(H)-P140YHAR6.UK

9
OC37 9 J
5 SPECIFICATIONS
Serv ice Ref.
PUH-P71VHA/YHA.UK
PUH-P71VHA/YHA
1 .UK
PUH-P71VHA/YHA#2.UK
PUH-P71VHA/YHAR3.UK
PUH-P100VHA/YHA.UK
PUH-P100VHA/YHA
1 .UK
PUH-P100VHA/YHA#2.UK
PUH-P100VHA/YHAR3.UK
Mode Cooling Heating Cooling Heating
OUTDOOR UNIT
Power supply (phase, cycle, voltage) Single, 50Hz, 230V / 3Phase, 50Hz, 400V (4wires)
Running current A 12.03/ 4.29 .. 15.07 / 5.39 ..
Max. current A .. ..
Protection current A 25.5/ 9 .4 30.5/ 11.3
ternal nish nsell    nsell  .. 
Refrigerant control Linear Exp ansion V alve
Compressor Hermetic
Model NN33V AAMT/ NN33Y CAMT NN40V AAMT/ NN40Y CAMT
Motor output kW 2.2 2.7
Starter type Line start
Protection devices (V ) Internal thermostat HP switch
Discharge thermo
(Y ) Thermal relay
HP switch
Discharge thermo
Crankcase heater W 25 25
Heat exch anger late n coil
Fan Fan(drive) x No. Propeller fan o1
Fan motor output kW 0.07 0 0.110
iro
K/ min (CFM)
55 (19 40) 65 (229 0)
Defrost method Reverse cycle
Noise level Cooling dB 49 50
Heating dB 50 52
Dimensions W mm (in) -
D mm (in) 330+ 30 (13+ 1-3/ 16)
H mm (in)  -
Weight kg (lb) 9 3 (205) 9 4 (207 )
Refrigerant R410A
Charge kg (lb) 3.6 (7 .9 ) 4.4 (9 .7 )
Oil (Model) L 1.30 (MEL56)
REFRIGERANT PIPING
Pipe size O.D. Liq uid mm (in) . 
Gas mm (in) . 
Connection method Indoor side Flared
Outdoor side Flared
B etween the indoor &
outdoor unit eight i󰀨erence Maxi mum 50m
Piping length Maxi mum 50m

10
OC37 9 J
Serv ice Ref.
PUH-P125YHA.UK
PUH-P125YHA1.UK
PUH-P125YHA#2.UK
PUH-P125YHAR3.UK
PUH-P125YHAR4.UK
PUH-P125YHAR5.UK
PUH-P125YHAR6.UK
PUH-P140YHA.UK
PUH-P140YHA
1 .UK
PUH-P140YHA#2.UK
PUH-P140YHAR3.UK
PUH-P140YHAR4.UK
PUH-P140YHAR5.UK
PUH-P140YHAR6.UK
Mode Cooling Heating Cooling Heating
OUTDOOR UNIT
Power supply (phase, cycle, voltage) 3Phase, 50Hz, 400V
Running current A 6.7 9 6.57 . .
Max. current A 12.6 15.6
Protection current A 15.1 .
ternal nish nsell    nsell  .. 
Refrigerant control Linear Exp ansion V alve
Compressor Hermetic
Model
YHA, YHA 1 ,YHA#2, YHAR3 YHAR4, YHAR5:
B N52Y EGMT or B N52Y ELMT
YHAR6: B N52Y FPMT
YHA, YHA 1 ,YHA#2, YHAR3 YHAR4, YHAR5:
B N65Y EGMT or B N65Y ELMT
YHAR6: B N65Y FPMT
Motor output kW 3.7 4.6
Starter type Line start
Protection devices YHA, YHA1,YHA#2, YHAR3: Discharge thermo, HP switch, Thermal relay
YHAR4,YHAR5: Compressor surface thermo, HP switch, Thermal relay
YHAR6:
Inner protector, compressor surface thermo, HP swich, Thermal relay
Crankcase heater W 25 25
Heat exch anger late n coil
Fan Fan(drive) x No. Propeller fan o 2
Fan motor output kW 0.07 0+ 0.07 0
iro
K/ min (CFM)
100 (3,530)
Defrost method Reverse cycle
Noise level Cooling dB 50 51
Heating dB 52 53
Dimensions W mm (in)  -
D mm (in) 330+ 30 (13+ 1-3/ 16)
H mm (in)  -
Weight kg (lb)  
Refrigerant R410A
Charge kg (lb) 5.0 (11.0)
Oil (Model) L 2.10 (MEL56)
REFRIGERANT PIPING
Pipe size O.D. Liq uid mm (in) . 
Gas mm (in) . 
Connection
method Indoor side Flared
Outdoor side Flared
B etween the
indoor &
outdoor unit
eight i󰀨erence Maxi mum 50m
Piping length Maxi mum 50m

11
OC37 9 J
Serv ice Ref.
PU-P71VHA/YHA.UK
PU-P71VHA/YHA
1 .UK
PU-P71VHA/YHA#2.UK
PU-P71VHA/YHAR3.UK
PU-P100VHA/YHA.UK
PU-P100VHA/YHA
1 .UK
PU-P100VHA/YHA#2.UK
PU-P100VHA/YHAR3.UK
Mode Cooling Cooling
OUTDOOR UNIT
Power supply (phase, cycle, voltage) Single, 50Hz, 230V / 3Phase, 50Hz, 400V (4wires)
Running current A 12.03/ 4.29 ..
Max. current A .. ..
Protection current A 25.5/ 9 .4 30.5/ 11.3
ternal nish nsell    nsell  ..
Refrigerant control Linear Exp ansion V alve
Compressor Hermetic
Model NN33V AAMT/ NN33Y CAMT NN40V AAMT/ NN40Y CAMT
Motor output kW 2.2 2.7
Starter type Line start
Protection devices (V ) Internal thermostat HP switch
Discharge thermo
(Y ) Thermal relay
HP switch
Discharge thermo
Crankcase heater W 25 25
Heat exch anger late n coil
Fan Fan(drive) x No. Propeller fan o1
Fan motor output kW 0.07 0 0.110
iro
K/ min(CFM)
55 (19 40) 65 (229 0)
Defrost method –
Noise level Cooling dB 49 50
Heating dB – –
Dimensions W mm (in)  -
D mm (in) 330+ 30 (13+ 1-3/ 16)
H mm (in)  -
Weight kg (lb) 9 3 (205) 9 4(207 )
Refrigerant R410A
Charge kg (lb) 3.6 (7 .9 ) 4.4(9 .7 )
Oil (Model) L 1.30 (MEL56)
REFRIGERANT PIPING
Pipe size
O.D. Liq uid mm (in) . 
Gas mm (in) . 
Connection
method
Indoor side Flared
Outdoor side Flared
B etween the
indoor &
outdoor unit
eight i󰀨erence Maxi mum 50m
Piping length Maxi mum 50m

12
OC37 9 J
Serv ice Ref.
PU-P125YHA.UK
PU-P125YHA1.UK
PU-P125YHA#2.UK
PU-P125YHAR3.UK
PU-P125YHAR4.UK
PU-P125YHAR5.UK
PU-P125YHAR6.UK
PU-P140YHA.UK
PU-P140YHA
1 .UK
PU-P140YHA#2.UK
PU-P140YHAR3.UK
PU-P140YHAR4.UK
PU-P140YHAR5.UK
PU-P140YHAR6.UK
Mode Cooling Cooling
OUTDOOR UNIT
Power supply (phase, cycle, voltage)
3Phase, 50Hz, 400V
Running current A6.7 9 .
Max. current A 12.6 15.6
Protection current A15.5 .
ternal nish nsell    nsell  ..
Refrigerant control Linear Ex pansion V alve
Compressor Hermetic
Model
YHA, YHA
1
,YHA#2, YHAR3 YHAR4, YHAR5:
B N52Y EGMT or B N52Y ELMT
YHAR6: B N52Y FPMT
YHA, YHA 1 ,YHA#2, YHAR3 YHAR4, YHAR5:
B N65Y EGMT or B N65Y ELMT
YHAR6: B N65Y FPMT
Motor output kW 3.7 4.6
Starter type Line start
Protection devices YHA, YHA1,YHA#2, YHAR3: Discharge thermo, HP switch, Thermal relay
YHAR4,YHAR5: Compressor surface thermo, HP switch, Thermal relay
YHAR6: Inner protector, compressor surface thermo, HP swich, Thermal relay
Crankcase heater W 25 25
Heat exch anger late n coil
Fan Fan(drive) x No. Propeller fan o2
Fan motor output kW 0.07 0+ 0.07 0
iro
K/ min (CFM)
100 (3,530)
Defrost method –
Noise level Cooling dB 50 51
Heating dB – –
Dimensions W mm (in)  -
D mm (in) 330+ 30 (13+ 1-3/ 16)
H mm (in)  -
Weight kg (lb)  
Refrigerant R410A
Charge kg (lb) 5.0 (11.0)
Oil (Model) L 2.10 (MEL56)
REFRIGERANT PIPING
Pipe size
O.D. Liq uid mm (in) . 
Gas mm (in) . 
Connection
method Indoor side Flared
Outdoor side Flared
B etween the
indoor &
outdoor unit
eight i󰀨erence Max imum 50m
Piping length Max imum 50m

13
OC37 9 J
6DATA
6-1. REFILLING REFRIGERANT CHARGE (R410A : kg)
6-2. COMPRESSOR TECHNICAL DATA
P ip ing length ( one w ay)
10m 20m 30m 40m 50m F actory
charged
3 .4
4 .2
4 .8
3 .5
4 .3
4 .9
3 .6
4 .4
5 .0
4 .2
5 .0
5 .6
4 .8
5 .6
6 .2
3 .6
4 .4
5 .0
Service R ef.
P U ( H) - P 7 1 V HA/Y HA.U K
P U ( H) - P 7 1 V HA/Y HA1.U K
P U ( H) - P 7 1 V HA/Y HA# 2 .U K
P U ( H) - P 7 1 V HA/Y HAR3 .U K
P U ( H) - P 1 0 0 V HA/Y HA.U K
P U ( H) - P 1 0 0 V HA/Y HA1.U K
P U ( H) - P 1 0 0 V HA/Y HA# 2 .U K
P U ( H) - P 1 0 0 V HA/Y HAR3 .U K
P U ( H) - P 1 2 5 /1 4 0 Y HA.U K
P U ( H) - P 1 2 5 /1 4 0 Y HA1.U K
P U ( H) - P 1 2 5 /1 4 0 Y HA# 2 .U K
P U ( H) - P 1 2 5 /1 4 0 Y HAR3 .U K
P U ( H) - P 1 2 5 /1 4 0 Y HAR4 .U K
P U ( H) - P 1 2 5 /1 4 0 Y HAR5 .U K
P U ( H) - P 1 2 5 /1 4 0 Y HAR6 .U K
U -V
(R -C)
U -W
(S-C)
W-V
U nit
Compressor model
Winding
R esistance
( )
NN33Y CAM T
(at 20° C)
4.64
4.64
4.64
0.63
1.55
–
3.32
3.32
3.32
NN33V AAM T
0.68
1.8 0
–
PU (H )-P71V H A.U K
PU (H )-P71V H A1.U K
PU (H )-P71V H A# 2.U K
PU (H )-P71V H AR 3.U K
PU (H )-P71Y H A.U K
PU (H )-P71Y H A1.U K
PU (H )-P71Y H A# 2.U K
PU (H )-P71Y H AR 3.U K
NN40Y CAM T
NN40V AAM T
PU (H )-P100V H A.U K
PU (H )-P100V H A1.U K
PU (H )-P100V H A# 2.U K
PU (H )-P100V H AR 3.U K
PU (H )-P100Y H A.U K
PU (H )-P100Y H A1.U K
PU (H )-P100Y H A# 2.U K
PU (H )-P100Y H AR 3.U K
U -V
U -W
W-V
U nit
Compressor model
Winding
R esistance
( )
(at 20° C)
2.149
2.149
2.149
1.79 4
1.79 4
1.79 4
B N65Y EG M T
B N65Y EL M T
B N65Y EX M T
B N65Y F PM T
B N52Y EG M T
B N52Y EL M T
B N52Y EX M T
B N52Y F PM T
PU (H )-P125Y H A.U K
PU (H )-P125Y H A1.U K
PU (H )-P125Y H A# 2.U K
PU (H )-P125Y H AR 3.U K
PU (H )-P125Y H AR 4.U K
PU (H )-P125Y H AR 5.U K
PU (H )-P125Y H AR 6.U K
PU (H )-P140Y H A.U K
PU (H )-P140Y H A1.U K
PU (H )-P140Y H A# 2.U K
PU (H )-P140Y H AR 3.U K
PU (H )-P140Y H AR 4.U K
PU (H )-P140Y H AR 5.U K
PU (H )-P140Y H AR 6.U K
Additional charge is req uired for using
pipes longer than 30 m.

14
OC37 9 J
6-3. NOISE CRITERION CURVES
90
80
70
60
50
40
30
20
10 63 125 250 500 1000 2000 4000 8000
A P P R O X I M A TE
THR E S HO L D O F
HE A R I N G F O R
C O N TI N U O U S
N O I S E
NC-60
NC-50
NC-40
NC-30
NC-20
NC-70
OCTAVE BAND SOUND PRESSURE LEVEL, dB (0 dB = 0.0002 µbar)
BAND CENTER FREQUENCIES, Hz
C O O L I N G
M O D E
HE A TI N G
50
S P L (d B )
52
L I N E
PU(H)-P100YHA.UK
PU(H)-P100YHA1.UK
PU(H)-P100YHA# 2.UK
PU(H)-P100YHAR3.UK
PU(H)-P100VHA.UK
PU(H)-P100VHA1.UK
PU(H)-P100VHA# 2.UK
PU(H)-P100VHAR3.UK
9 0
8 0
7 0
6 0
5 0
4 0
3 0
2 0
1 0 63 125 250 500 1000 2000 4000 8000
AP P RO X I M AT E
T HRESHO L D O F
HEARI NG F O R
CO NT I NU O U S
NO I SE
OCTAV E B AND SOU ND PR ESSU R E L EV EL , dB (0 dB = 0.0002 µbar)
B AND CENTER F R EQ U ENCIES, H z
NC-60
NC-50
NC-40
NC-30
NC-20
NC-70
CO O L I NG
M O D E
HEAT I NG
5 0
SP L ( dB)
5 2
L I NE
PU (H )-P125Y H A.U K
PU (H )-P125Y H A1.U K
PU (H )-P125Y H A# 2.U K
PU (H )-P125Y H AR 3.U K
PU (H )-P125Y H AR 4.U K
PU (H )-P125Y H AR 5.U K
PU (H )-P125Y H AR 6.U K
90
80
70
60
50
40
30
20
10 63 125 250 500 1000 2000 4000 8000
A P P R O X I M A TE
THR E S HO L D O F
HE A R I N G F O R
C O N TI N U O U S
N O I S E
NC-60
NC-50
NC-40
NC-30
NC-20
NC-70
OCTAVE BAND SOUND PRESSURE LEVEL, dB (0 dB = 0.0002 µbar)
BAND CENTER FREQUENCIES, Hz
PU(H)-P71YHA.UK
PU(H)-P71YHA1.UK
PU(H)-P71YHA# 2.UK
PU(H)-P71YHAR3.UK
PU(H)-P71VHA.UK
PU(H)-P71VHA1.UK
PU(H)-P71VHA# 2.UK
PU(H)-P71VHAR3.UK
C O O L I N G
M O D E
HE A TI N G
49
S P L (d B )
51
L I N E
1. 5m
1m
M I C R O P HO N E
U N I T
G R O U N D
9 0
8 0
7 0
6 0
5 0
4 0
3 0
2 0
1 0 63 125 250 500 1000 2000 4000 8000
AP P RO X I M AT E
T HRESHO L D O F
HEARI NG F O R
CO NT I NU O U S
NO I SE
OCTAV E B AND SOU ND PR ESSU R E L EV EL , dB (0 dB = 0.0002 µbar)
B AND CENTER F R EQ U ENCIES, H z
NC-60
NC-50
NC-40
NC-30
NC-20
NC-70
CO O L I NG
M O D E
HEAT I NG
5 1
SP L ( dB)
5 3
L I NE
PU (H )-P140Y H A.U K
PU (H )-P140Y H A1.U K
PU (H )-P140Y H A# 2.U K
PU (H )-P140Y H AR 3.U K
PU (H )-P140Y H AR 4.U K
PU (H )-P140Y H AR 5.U K
PU (H )-P140Y H AR 6.U K

15
OC37 9 J
6-4. STANDARD OPERATION DATA
Th e unit of pressure h as been ch anged to MPa based on international SI system.
Th e conv ersion factor is : 1(MPa)= 10.2(kgf/cm2)
To t a lE l e c t r i c a l c i r c u i tR e f r i g e r a n t c i r c u i tI n d o o r s i d e
O utdoor
s i d e
Representativ e match ing
S HF
B F
W
kW
M o d e
C a p a ci t y
Input
PLA-RP71AA PLA-RP100AA2 PLA-RP125AA2 PLA-RP140AA2
PLA-RP71AA PLA-RP100AA2 PLA-RP125AA2 PLA-RP140AA2
C o o l i n g
8, 000
2. 83
He a t i n g
9, 000
2. 82
C o o l i n g
10, 000
3. 53
He a t i n g
11, 500
3. 40
C o o l i n g
12, 300
4. 36
He a t i n g
14, 300
4. 23
C o o l i n g
14, 200
5. 41
He a t i n g
17, 000
5. 35
12. 03/ 4. 29
2. 99
(30. 4)
0. 79
(8. 0)
76. 9
49. 7
3. 8
5
27
19
12. 8
35
24
0. 74
0. 11
11. 98/ 4. 28
2. 55
(26. 0)
0. 53
(5. 4)
85. 1
41. 0
6. 5
5
20
15
44. 5
7
6
—
—
15. 07/ 5. 39
3. 16
(32. 2)
0. 91
(9. 3)
78. 2
49. 9
4. 2
5
27
19
13. 4
35
24
0. 78
0. 06
14. 48/ 5. 18
2. 67
(27. 2)
0. 74
(7. 5)
81. 4
40. 9
4. 0
5
20
15
42. 2
7
6
—
—
6. 79
3. 00
(30. 6)
0. 75
(7. 7)
80. 5
38. 7
2. 4
5
27
19
12. 3
35
24
0. 74
0. 05
6. 57
2. 97
(30. 3)
0. 74
(7. 5)
78. 1
46. 2
- 0. 5
5
20
15
46. 1
7
6
—
—
8. 55
3. 05
(31. 1)
0. 94
(9. 6)
78. 0
49. 9
- 0. 8
5
27
19
11. 2
35
24
0. 70
0. 08
8. 45
3. 68
(37. 5)
0. 61
(6. 2)
82. 4
56. 3
- 1. 2
5
20
15
51. 6
7
6
—
—
1 , 50
230
0. 79
1/ 3 , 50
230/ 400
1 , 50
230
0. 92
1/ 3 , 50
230/ 400
1 , 50
230
0. 92
3 , 50
400
1 , 50
230
0. 92
3 , 50
400
P h a se , Hz
V o l t s
A m p e r e s
Outdoor unit
P h a se , Hz
V o l t s
A m p e r e s
D i sch a r g e p r e ssu r e
S u ct i o n p r e ssu r e
D i sch a r g e t e m p e r a t u r e
C o n d e n si n g t e m p e r a t u r e
S u ct i o n t e m p e r a t u r e
R e f . p i p e l e n g t h
I n t a ke a i r t e m p e r a t u r e
D i s c h a r g e a ir t e m p e r a t u r e
I n t a ke a i r t e m p e r a t u r e
V
A
V
A
M P a
(f/)
M P a
(f/)
° C
° C
° C
m
° C
° C
° C
° C
° C
Indoor unit
D . B .
W . B .
D . B .
D . B .
W . B .
PUH-P71VHA
PUH-P71YHA PUH-P100VHA PUH-P100YHA PUH-P125YHA PUH-P140YHA

16
OC37 9 J
Th e unit of pressure h as been ch anged to MPa based on international SI system.
Th e conv ersion factor is : 1(MPa)= 10.2(kgf/cm2)
To t a lE l e c t r i c a l c i r c u i tR e f r i g e r a n t c i r c u i tI n d o o r s i d e
O utdoor
s i d e
S HF
B F
W
kW
V
A
V
A
M P a
(f/)
M P a
(f/)
° C
° C
° C
m
° C
° C
° C
° C
° C
M o d e
C a p a ci t y
Input
Indoor unit
P h a se , Hz
V o l t s
A m p e r e s
Outdoor unit
P h a se , Hz
V o l t s
A m p e r e s
D i sch a r g e p r e ssu r e
S u ct i o n p r e ssu r e
D i sch a r g e t e m p e r a t u r e
C o n d e n si n g t e m p e r a t u r e
S u ct i o n t e m p e r a t u r e
R e f . p i p e l e n g t h
I n t a ke a i r t e m p e r a t u r e
D i s c h a r g e a ir t e m p e r a t u r e
I n t a ke a i r t e m p e r a t u r e
C o o l i n g
8, 000
2. 83
1 , 50
230
0. 79
1/ 3 , 50
230/ 400
12. 03/ 4. 29
2. 99
(30. 4)
0. 79
(8. 0)
76. 9
49. 7
3. 8
5
27
19
12. 8
35
24
0. 74
0. 11
C o o l i n g
10, 000
3. 53
1 , 50
230
0. 92
1/ 3 , 50
230/ 400
15. 07/ 5. 39
3. 16
(32. 2)
0. 91
(9. 3)
78. 2
49. 9
4. 2
5
27
19
13. 4
35
24
0. 78
0. 06
C o o l i n g
12, 300
4. 36
1 , 50
230
0. 92
3 , 50
400
6. 79
3. 00
(30. 6)
0. 75
(7. 7)
80. 5
38. 7
2. 4
5
27
19
12. 3
35
24
0. 74
0. 05
C o o l i n g
14, 200
5. 41
1 , 50
230
0. 92
3 , 50
400
8. 55
3. 05
(31. 1)
0. 94
(9. 6)
78. 0
49. 9
- 0. 8
5
27
19
11. 2
35
24
0. 70
0. 08
D . B .
W . B .
D . B .
D . B .
W . B .
PLA-RP71AA PLA-RP100AA2
PU-P71VHA
PU-P71YHA
PU-P100VHA
PU-P100YHA PU-P125YHA PU-P140YHA
PLA-RP125AA2 PLA-RP140AA2
PLA-RP71AA PLA-RP100AA2 PLA-RP125AA2 PLA-RP140AA2
Representativ e match ing

17
OC37 9 J
7OUTLINES AND DIMENSIONS
Unit : mm
PU(H)-P71VHA.UK PU(H)-P71VHA#2.UK
PU(H)-P71YHA.UK PU(H)-P71YHA#2.UK
PU(H)-P100VHA.UK PU(H)-P100VHA#2.UK
PU(H)-P100YHA.UK PU(H)-P100YHA#2.UK
PU(H)-P71VHA1.UK
PU(H)-P71YHA1.UK
PU(H)-P100VHA1.UK
PU(H)-P100YHA1.UK
417
66 42
45
56
(19)37028
53
175600175
330
2- 12o36 o v a l h o l e s (F o u n d a t io n B o l t M 10)
A i r D i s c h a r g e
R e a r A i r I n t a k e
S i d e A i r I n t a k e
2- U S h a p e d n o t c h e d h o l e s (F o u n d f a t i o n B o lt M 10)
I n s t a lla t i o n F e e t
30
O v e r
O v e r
L e s s t h a n
P i p i n g a n d w i r i n g c o n n e c t i o n s c a n b e m a d e f r o m 4 d i r e c t i o n s : F r o n t , R i g h t , R e a r a n d B e l o w .
4 P I P I N G - W I R I N G D I R E C TI O N S
3 F O U N D A TI O N B O L TS2 S E R V I C E S P A C E
1 F R E E S P A C E (A r o u n d t h e u n i t )
P i p i n g K n o c k o u t Ho l e D e t a i l s
E x a m p l e o f N o t e s
· · · R e f r i g e r a n t G A S p i p e c o n n c t io n (F L A R E )15. 88(5/ 8F ) · · · R e f r i g e r a n t L I Q U I D p i p e c o n n e c t i o n (F L A R E )9. 52(3/ 8F ) 1 · · · I n d i c a t io n o f S TO P V A L V E c o n n e c t i o n l o c a t i o n .
1 2
O v e r 10m m
O v e r 500m m
Th e d i a g r a m b e l o w s h o w s a b a s i c e x a m p l e . E x p l a n t i o n o f p a r t i c u la r d e t a i ls a r e g i v e n i n t h e i n s t a l l a t i o n m a n u a l s e t c .
O v e r 10m m
O v e r 100m m
F R E E
O v e r 10
500
500
O v e r 100
D i m e n s io n s o f s p a c e n e e d e d f o r s e r v i c e a c c e s s a r e s h o w n i n t h e b e l o w d i a g r a m .
S e r v i c e s p a c e
30
P l e a s e s e c u r e t h e u n i t f i r m l y w i t h 4 f o u n d a t i o n (M 10) b o l t s . (B o l t s a n d w a s h e r s m u s t b e p u r c h a s e d l o c a l l y . )
<Foundation boltheight>
Ha n d l e f o r m o v in g
S i d e A i r I n t a k e
F r o n t p i p i n g c o v e r
R e a r p i p i n g c o v e r
14522030 145
81 219
145
71
71
D r a i n h o l e (5- 33)
B o t t o m p i p i n g h o l e (K n o c k o u t )
A i r I n t a k e
R e a r A i r I n t a k e
Ha n d l e f o r m o v in g
Ha n d l e f o r m o v in g
23
943
473
950
322
1 447
1 443
670
Te r m i n a l C o n n e c t i o n s
L e f t · · · P o w e r s u p p l y w i r i n g R e i g h t · · · I n d o o r / O u t d o o r w i r i n g
E a r t h t e r m i n a l
S e r v ic e p a n e l Ha n d l e f o r m o v in g
Ha n d l e f o r m o v in g
1
2
19 55
23 27 92
92
4075
73 63
R i g h t p i p i n g h o l e (K n o c k o u t )
R i g h t t r u n k i n g h o l e (K n o c k o u t )
P o w e r s u p p ly w ir i n g h o l e (2- 27K n o c k o u t )

92
27 55
73
23 63
40
92 65
45
F r o n t p i p i n g h o l e (K n o c k o u t )
F r o n t t r u n k in g h o l e (K n o c k o u t )
P o w e r s u p p ly w ir i n g h o l e (2- 27K n o c k o u t )

92
4045
65
92
27 55
23 73 63
R e a r p i p i n g h o l e (K n o c k o u t )
R e a r t r u n k in g h o l e (K n o c k o u t )
P o w e r s u p p ly w ir i n g h o l e (2- 27K n o c k o u t )
92
F O U N D A TI O N


OC37 9 J
Unit : mm
PU-P125YHA.UK PUH-P125YHA.UK
PU-P140YHA.UK PUH-P140YHA.UK
PU-P125YHA1.UK PUH-P125YHA1.UK
PU-P140YHA1.UK PUH-P140YHA1.UK
PU-P125YHA#2.UK PUH-P125YHA#2.UK
PU-P140YHA#2.UK PUH-P140YHA#2.UK
L e s s t h a n
O v e r
O v e r O v e r
O v e r
Ha n d l e f o r m o v in g
S i d e A i r I n t a k e
F r o n t p i p i n g c o v e r
R e a r p i p i n g c o v e r
A i r i n t a k e
R e a r A i r I n t a k e
Ha n d l e f o r m o v in g
Ha n d l e f o r m o v in g
Te r m i n a l c o n n e c t io n
L e f t · · · P o w e r s u p p l y w i r i n g R i g h t · · · I n d o o r / O u t d o o r w i r i n g
E a r t h t e r m i n a l
S e r v ic e p a n e l
Ha n d l e f o r m o v in g
1
2
Th e d i a g r a m b e l o w s h o w s a b a s i c e x a m p l e . E x p l a n t i o n o f p a r t i c u la r d e t a i ls a r e g i v e n i n t h e i n s t a l l a t i o n m a n u a l s e t c .
D i m e n s io n s o f s p a c e n e e d e d f o r s e r v i c e a c c e s s a r e s h o w n i n t h e b e l o w d i a g r a m .
<Foundation boltheight>
P l e a s e s e c u r e t h e u n i t f i r m l y w i t h 4 f o u n d a t i o n (M 10) b o l t s . (B o l t s a n d w a s h e r s m u s t b e p u r c h a s e d l o c a l l y . )
A i r D i s c h a r g e
R e a r A i r I n t a k e
S i d e A i r I n t a k e
2 1
· · · R e f r i g e r a n t G A S p ip e c o n n c t io n (F L A R E )15. 88(5/ 8F ) · · · R e f r i g e r a n t L I Q U I D p i p e c o n n e c t io n (F L A R E )9. 52(3/ 8F )
1 · · · I n d ic a t io n o f S TO P V A L V E c o n n e c t i o n l o c a t i o n .
E x a m p l e o f N o t e s
P i p i n g K n o c k o u t Ho l e D e t a i l s
1 F R E E S P A C E (A r o u n d t h e u n i t )
2 S E R V I C E S P A C E
3 F O U N D A TI O N B O L TS
4 P I P I N G - W I R I N G D I R E C TI O N S
P i p i n g a n d w i r i n g c o n n e c t i o n s c a n b e m a d e f r o m 4 d i r e c t i o n s : F r o n t , R i g h t , R e a r a n d B e l o w .
O v e r 1000m m O v e r 150m m
O v e r 10m m
O v e r 10m m
F R E E
30
F O U N D A TI O N
150
500
500
10
S e r v i c e s p a c e
600175 175
330
417
42
66
53 56
45
(19)28 370
2- U S h a p e d n o t c h e d h o l e s (F o u n d a t io n B o l t M 10)
2- 12 x 36 O v a l h o l e s (F o u n d a t io n B o l t M 10)
I n s t a lla t i o n F e e t
30
45 40
65 92
27 55
23 73 63
R e a r p i p i n g h o l e (K n o c k o u t )
R e a r t r u n k in g h o l e (K n o c k o u t )
P o w e r s u p p ly w ir i n g h o l e (2-

27K n o c k o u t )

92
19 55
92
75 40
73 63
23 27 92
R i g h t p i p i n g h o l e (K n o c k o u t ) R i g h t t r u n k i n g h o l e
(K n o c k o u t )
P o w e r s u p p ly w ir i n g h o l e (2-

27K n o c k o u t )

92
92 65
4540
27 55
23 73 63
F r o n t p i p i n g h o l e (K n o c k o u t )
F r o n t t r u n k in g h o l e (K n o c k o u t )
P o w e r s u p p ly w ir i n g h o l e (2-

27K n o c k o u t )

92
14514522030 145
81 219
71
71
B o t t o m p i p i n g h o l e (K n o c k o u t )
D r a i n h o l e (5- 33)
1350
23
950
1076
1 447
1 443
371 635
322
Ha n d l e f o r m o v in g

19
OC37 9 J
417
66 42
45
56
(19)37028
53
175600175
330
2- 12o36 o v a l h o l e s (F o u n d a t io n B o l t M 10)
A i r D i s c h a r g e
R e a r A i r I n t a k e
S i d e A i r I n t a k e
2- U S h a p e d n o t c h e d h o l e s (F o u n d f a t i o n B o lt M 10)
I n s t a lla t i o n F e e t
30
P i p i n g K n o c k o u t Ho l e D e t a i l s
E x a m p l e o f N o t e s
· · · R e f r i g e r a n t G A S p i p e c o n n c t io n (F L A R E )15. 88(5/ 8F ) · · · R e f r i g e r a n t L I Q U I D p i p e c o n n e c t i o n (F L A R E )9. 52(3/ 8F ) 1 · · · I n d i c a t i o n o f S TO P V A L V E c o n n e c t i o n l o c a t i o n .
1 2
Ha n d l e f o r m o v in g
S i d e A i r I n t a k e
F r o n t p i p i n g c o v e r
R e a r p i p i n g c o v e r
14522030 145
81 219
145
71
71
D r a i n h o l e (5- 33)
B o t t o m p i p i n g h o l e (K n o c k o u t )
A i r I n t a k e
R e a r A i r I n t a k e
Ha n d l e f o r m o v in g
Ha n d l e f o r m o v in g
19 55
23 27 92
92
4075
73 63
R i g h t p i p i n g h o l e (K n o c k o u t )
R i g h t t r u n k i n g h o l e (K n o c k o u t )
P o w e r s u p p ly w ir i n g h o l e (2- 27K n o c k o u t )

92
27 55
73
23 63
40
92 65
45
F r o n t p i p i n g h o l e (K n o c k o u t )
F r o n t t r u n k in g h o l e (K n o c k o u t )
P o w e r s u p p ly w ir i n g h o l e (2- 27K n o c k o u t )

92
4045
65
92
27 55
23 73 63
R e a r p i p i n g h o l e (K n o c k o u t )
R e a r t r u n k in g h o l e (K n o c k o u t )
P o w e r s u p p ly w ir i n g h o l e (2- 27K n o c k o u t )
92
O v e r
O v e r
L e s s t h a n
P i p i n g a n d w i r i n g c o n n e c t i o n s c a n b e m a d e f r o m 4 d i r e c t i o n s : f r o n t , r i g h t , r e a r a n d b e l o w .
4 P I P I N G - W I R I N G D I R E C TI O N S
3 F O U N D A TI O N B O L TS2 S E R V I C E S P A C E
1 F R E E S P A C E (A r o u n d t h e u n i t )
Th e d i a g r a m b e l o w s h o w s a b a s i c e x a m p l e . E x p l a n t i o n o f p a r t i c u l a r d e t a i l s i s g i v e n i n t h e i n s t a l l a t i o n m a n u a l s e t c .
O v e r 10
500
500
O v e r 100
D i m e n s i o n s o f s p a c e n e e d e d f o r s e r v i c e a c c e s s a r e s h o w n i n t h e b e l o w d i a g r a m .
S e r v i c e s p a c e
30
P l e a s e s e c u r e t h e u n i t f i r m l y w i t h 4 f o u n d a t i o n (M 10) b o l t s . (B o l t s a n d w a s h e r s m u s t b e p u r c h a s e d l o c a l l y . )
<Foundation boltheight>
F O U N D A TI O N
o v e r 100m m
o v e r 500m m
o v e r 10m m
F R E E
o v e r 10m m
322
950
473 943
23
1 447
1 443
670
2
1
Ha n d l e f o r m o v in g
Ha n d l e f o r m o v in g S e r v i c e p a n e l
E a r t h t e r m i n a l
L e f t · · · P o w e r s u p p l y w i r i n g R e i g h t · · · I n d o o r / O u t d o o r w i r i n g
Te r m i n a l C o n n e c t io n s
PU-P71VHAR3.UK PUH-P71VHAR3.UK
PU-P71YHAR3.UK PUH-P71YHAR3.UK
PU-P100VHAR3.UK PUH-P100VHAR3.UK
PU-P100YHAR3.UK PUH-P100YHAR3.UK
Unit : mm

20
OC37 9 J
L e s s t h a n
O v e r
O v e r O v e r
O v e r
Ha n d l e f o r m o v in g
S i d e A i r I n t a k e
F r o n t p i p i n g c o v e r
R e a r p i p i n g c o v e r
A i r i n t a k e
R e a r A i r I n t a k e
Ha n d l e f o r m o v in g
Ha n d l e f o r m o v in g
Te r m i n a l c o n n e c t i o n
L e f t · · · P o w e r s u p p ly w i r i n g R i g h t · · · I n d o o r / O u t d o o r w i r i n g
E a r t h t e r m i n a l
S e r v ic e p a n e l
Ha n d l e f o r m o v in g
1
2
Th e d i a g r a m b e l o w s h o w s a b a s ic e x a m p le . E x p la n t i o n o f p a r t i c u la r d e t a i l s i s g i v e n i n t h e in s t a l l a t i o n m a n u a l s e t c .
D i m e n s io n s o f s p a c e n e e d e d f o r s e r v i c e a c c e s s a r e s h o w n i n t h e b e lo w d i a g r a m .
<Foundation boltheight>
P l e a s e s e c u r e t h e u n i t f i r m ly w i t h 4 f o u n d a t i o n (M 10) b o l t s . (B o l t s a n d w a s h e r s m u s t b e p u r c h a s e d l o c a ll y . )
A i r D i s c h a r g e
R e a r A i r I n t a k e
S i d e A i r I n t a k e
1· · · R e f r i g e r a n t G A S p ip e c o n n c t i o n (F L A R E )15. 88(5/ 8F ) 2· · · R e f r i g e r a n t L I Q U I D p i p e c o n n e c t i o n (F L A R E )9. 52(3/ 8F ) 1 · · · I n d ic a t i o n o f S TO P V A L V E c o n n e c t i o n l o c a t io n .
E x a m p l e o f N o t e s
P i p i n g K n o c k o u t Ho l e D e t a i l s
1 F R E E S P A C E (A r o u n d t h e u n i t )
2 S E R V I C E S P A C E
3 F O U N D A TI O N B O L TS
4 P I P I N G - W I R I N G D I R E C TI O N S
P i p i n g a n d w i r i n g c o n n e c t i o n s c a n b e m a d e f r o m 4 d i r e c t i o n s : f r o n t , r i g h t , r e a r a n d b e l o w .
30
F O U N D A TI O N
150
500
500
10
S e r v i c e s p a c e
600175 175
330
417
42
66
53 56
45
(19)28 370
2- U S h a p e d n o t c h e d h o l e s (F o u n d a t io n B o l t M 10)
2- 12 × 36 O v a l h o l e s (F o u n d a t io n B o l t M 10)
I n s t a l l a t io n F e e t
30
45 40
65 92
27 55
23 73 63
R e a r p i p i n g h o l e (K n o c k o u t )
R e a r t r u n k i n g h o l e (K n o c k o u t )
P o w e r s u p p ly w i r i n g h o l e (2-

27K n o c k o u t )

92
19 55
92
75 40
73 63
23 27 92
R i g h t p i p in g h o l e (K n o c k o u t ) R i g h t t r u n k in g h o l e
(K n o c k o u t )
P o w e r s u p p ly w i r i n g h o l e (2-

27K n o c k o u t )

92
92 65
4540
27 55
23 73 63
F r o n t p i p i n g h o l e (K n o c k o u t )
F r o n t t r u n k in g h o l e (K n o c k o u t )
P o w e r s u p p ly w i r i n g h o l e (2-

27K n o c k o u t )

92
14514522030 145
81 219
71
71
B o t t o m p i p in g h o l e (K n o c k o u t )
D r a i n h o l e (5- 33)
1350
23
950
1076
1 447
1 443
371 635
322
Ha n d l e f o r m o v i n g
O v e r 10m m O v e r 10m m
O v e r 150m m
O v e r 1000m m
F R E E
Handle f o r m o v i n g
PU-P125YHAR3.UK PUH-P125YHAR3.UK
PU-P140YHAR3.UK PUH-P140YHAR3.UK
PU-P125YHAR4.UK PUH-P125YHAR4.UK
PU-P140YHAR4.UK PUH-P140YHAR4.UK
PU-P125YHAR5.UK PUH-P125YHAR5.UK
PU-P140YHAR5.UK PUH-P140YHAR5.UK
PU-P125YHAR6.UK PUH-P125YHAR6.UK
PU-P140YHAR6.UK PUH-P140YHAR6.UK
Unit : mm