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ORM

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NIE-ZHODY

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UYGUNLUK-BEY

ANI

01

•M

axi

mum all

owable pr

ess

ur

e (

PS

): 

<K>

 (b

ar

)

•M

ini

mum/maxi

mum all

owable temper

atur

e (

TS*

):

*T

Smin:

Mi

nimum tempe

ratur

e at lo

w pr

es

sur

e si

de: 

<L

>

 (°

C)

*T

Smax:

Satur

ated

 temper

atu

re c

or

respon

ding with th

e maxi

mum

allowabl

e pr

es

sur

e (

PS)

<M

>

 (°

C)

•R

efr

iger

an

t: 

<N

>

•S

etti

ng of pr

essur

e s

afety dev

ice: 

<P

>

 (bar

)

•M

anufac

tur

ing number

 and manufac

tur

ing year

: r

efer

 to mo

del 

namepla

te

02

•M

axi

mal z

uläs

sige

r Dr

uck

 (P

S)

<K>

 (B

ar

)

•M

ini

mal/max

imal

 zul

ässi

ge T

emp

er

atur

 (T

S*

):

*T

Smin:

Mi

ndesttemp

er

atur

 auf der

 Nieder

dr

ucks

eite: 

<L>

 (°

C)

*T

Smax:

Sättigungs

temper

atur

 di

e dem max

imal z

uläs

sigen Dr

uc

k

(P

S)

 ent

sp

ric

ht: 

<M

>

 (°

C)

•K

ältem

ittel

<N

>

•E

instell

ung der

 Dr

uc

k-Schu

tzvor

rich

tung: 

<P

>

 (B

ar)

•H

er

stell

ungsnummer

 und Her

stel

lungs

jahr

: si

ehe T

ypen

schi

ld 

des

Mod

ells

03

•P

re

ss

ion max

imal

e admis

e (

PS)

<K>

 (bar

)

•T

empér

atur

e mini

mum/maxi

mum admis

e (

TS*

):

*T

Smin:

tempé

ra

tur

e mini

mum côté

 bass

e pr

es

sion: 

<L

>

 (°

C)

*T

Smax:

tempé

ratur

e satu

rée c

or

respo

ndant à la pr

es

sion

max

imal

e admis

e (

PS)

<M

>

 (°

C)

•R

éfr

igér

an

t: 

<N

>

•R

églage du 

dispo

siti

f de séc

ur

ité de pr

ess

ion: 

<P

>

 (bar

)

•N

umér

o d

e fabr

icati

on et année de fab

ric

atio

n: se r

epor

ter

 à l

plaque

tte sig

naléti

que du modèle

04

•M

axi

maal toel

aatbar

e dr

uk

 (P

S)

<K

>

 (bar

)

•M

ini

maal/max

imaal

 toelaatba

re

 temper

atuur

 (T

S*

):

*T

Smin:

Mi

nimumtempe

ratuur

 aan l

agedr

uk

zijde: 

<L>

 (°

C)

*T

Smax:

Ver

zadi

gde temper

atuur

 di

e ove

reens

temt met de 

max

imaal

 toelaatb

ar

e dr

uk (

PS

): 

<M

>

 (°

C)

•K

oel

middel

<N

>

•I

nstel

ling van dr

ukb

eveil

igi

ng: 

<P

>

 (bar

)

•F

ab

ricagenummer

 en fabr

icagejaar

: zi

e naampl

aat model

05

•P

re

sión máxi

ma admis

ibl

e (

PS

): 

<K>

 (bar

)

•T

emper

atur

a mínima/

máxima 

admisi

ble (

TS*)

:

*T

Smin:

Temper

atur

a míni

ma en el

 lado de baj

a pr

esió

n: 

<L

>

 (°

C)

*T

Smax:

Temper

atur

a s

atur

ada cor

res

pondi

ente a la pr

esi

ón 

máx

ima admi

sib

le (

PS)

<M

>

 (°

C)

•R

efr

iger

an

te: 

<N

>

•A

juste del

 pr

es

ost

ato

 de segur

idad: 

<P

>

 (bar

)

•N

úmer

o d

e fabr

icac

ión y

 año de fabr

icació

n: cons

ulte l

a plac

de

esp

ecifi

cac

iones

 técni

cas

 del model

o

06

•P

re

ss

ione mass

ima c

onsenti

ta (

PS)

<K>

 (bar

)

•T

emper

atur

a minima

/mass

ima co

nsenti

ta (

TS*)

:

*T

Sm

in:

temper

atur

a mini

ma nel l

ato di bas

sa pr

ess

ione: 

<L

>

 (°

C)

*T

Sm

ax:

temper

atur

a satur

a cor

rispo

ndente all

a pr

essi

one 

mas

sima c

onsen

tita

 (P

S)

<M

>

 (°

C)

•R

efr

ige

rante: 

<N>

•I

mpost

az

ione del

 dis

posi

tiv

o di c

ontr

oll

o del

la pr

ess

ione: 

<P

>

 (bar

)

•N

ume

ro di

 ser

ie e ann

o di pr

oduzi

one: far

e r

ifer

imento al

la t

ar

ghett

del model

lo

07

•M

έγ

ιστ

η

 

επιτ

ρεπ

όμ

εν

η

 

πίεση

 (PS)

<K>

 (bar

)

Ελ

άχ

ιστ

η

/

μέ

γιστ

η

 

επ

ιτρεπόμ

εν

η

 

θερμοκ

ρα

σία

 (T

S*

):

*T

Sm

in:

Ελάχ

ιστη

 

θερμ

οκρα

σία

 

για

 

τη

ν

 

πλ

ευ

ρά

 

χα

μη

λή

ς

 

πίεσης

:

<L>

 (°

C)

*T

Sm

ax

:

Κορ

εσμ

έν

η

 

θερμοκ

ρα

σία

 

πο

υ

 

αν

τισ

το

ιχε

ί

 

με

 

τη

 

μέ

γισ

τη

επιτ

ρεπ

όμ

εν

η

 

πίεση

 (P

S)

<M

>

 (°

C)

Ψυκ

τικ

ό

<N>

Ρύθμ

ιση

 

τη

ς

 

διάταξ

ης

 

ασ

φά

λε

ιας

 

πίεσης

<P

(bar

)

Αρ

ιθμ

ός

 

κατασκ

ευ

ής

 

κα

ι

 

έτος

 

κατασκ

ευ

ής

αν

ατ

ρέ

ξτε

 

στ

ην

 

πι

να

κίδ

α

 

ανα

γν

ώρ

ιση

ς

 

το

υ

 

μο

ντ

έλ

ου

08

•P

re

ss

ão má

xima p

er

mi

tida (

PS)

<K>

 (bar

)

•T

emper

atur

as míni

ma e máxi

ma per

mi

tidas

 (T

S*

):

*T

Sm

in:

Te

mper

atur

a míni

ma em baix

a pr

essão

<L

>

 (°

C)

*T

Sm

ax:

Te

mper

atur

a de s

atur

ão co

rresponden

te à pr

es

são

máx

ima per

mit

ida (P

S):

 

<M

>

 (°

C)

•R

efr

ige

rante: 

<N>

•R

egu

lação

 do dis

posi

tivo d

e segur

ança d

a pr

es

são: 

<P

>

 (bar

)

•N

úme

ro e ano d

e fabr

ico: c

onsul

tar

 a plac

a de espec

ific

ões 

da

unidade

09

Мак

сим

ал

ьн

о

 

до

пуст

им

ое

 

дав

лени

е

 (PS)

<K

>

 (

ба

р

)

Ми

ни

ма

ль

но

/

Ма

кс

им

ал

ьн

о

 

до

пуст

им

ая

 

тем

пера

ту

ра

 (T

S*)

:

*T

Sm

in:

Мин

им

ал

ьн

ая

 

те

мп

ер

ат

ур

а

 

на

 

ст

ороне

 

ни

зк

ог

о

дав

лени

я

<L

>

 (°

C)

*T

Sm

ax

:

Тем

пера

ту

ра

 

ки

пен

ия

со

от

ве

тс

тв

ую

ща

я

 

ма

кс

им

ал

ьно

до

пуст

им

ом

у

 

да

вл

ен

ию

 (PS)

<M

>

 (°

C)

Хлад

аг

ент

<N>

На

ст

ройк

а

 

уст

ройст

ва

 

за

щи

ты

 

по

 

дав

лен

ию

<P

>

 (

ба

р

)

Заво

дс

ко

й

 

ном

ер

 

и

 

го

д

 

из

го

то

вл

ен

ия

см

от

ри

те

 

па

сп

ор

тн

ую

 

та

бл

ич

ку

 

мо

де

ли

10

•M

ak

s. ti

lla

dt tr

yk

 (P

S)

<K>

 (bar

)

•M

in./m

ak

s. ti

llad

te tem

per

atur

 (T

S*

):

*T

Smi

n:

Min. tempe

ratur

 på lav

tryks

siden: 

<L

>

 (°

C)

*T

Smax

:M

æ

tte

t temper

atu

r s

var

ende til

 maks

. til

lad

te tr

yk

 (P

S)

:

<M

>

 (°

C)

•K

ølemiddel

<N

>

•I

nds

tillin

g af tr

yk

sikr

ing

suds

tyr

<P

>

 (bar

)

•P

roduk

tions

nummer

 og fr

ems

tilling

sår

: se model

lens

 fabr

iks

sk

ilt

11

•M

ax

im

alt ti

llåtet tr

yc

k (

PS

): 

<K>

 (bar

)

•M

in/max ti

llåten temper

atur

 (T

S*)

:

*T

Smi

n:

Mini

mumtemper

atur

 på l

ågtr

yck

ss

idan: 

<L>

 (°

C)

*T

Smax

:M

ättnadst

emper

atur

 so

m mot

sv

ar

ar

 max

imalt ti

llåtet tr

yc

k

(P

S):

 

<M

>

 (°

C)

•K

öldmedel

<N

>

•I

ns

täll

ning för

 tr

yck

säk

er

he

tsenhet: 

<P

>

 (bar

)

•T

illv

er

kni

ngsnummer

 oc

h till

ver

kni

ngsår

: se

 modell

ens namnpl

åt

12

•M

ak

sim

alt

 til

latt t

ryk

k (

PS

): 

<K>

 (b

ar

)

•M

ini

mal

t/m

ak

sim

alt

 til

latt tem

per

atur

 (T

S*

):

*T

Smi

n:

Mini

mumstemper

atur

 på lav

try

kk

ss

iden: 

<L>

 (°

C)

*T

Smax

:M

etnings

temper

atur

 i sams

var

 med mak

simal

t til

latt tr

yk

k

(P

S):

 

<M

>

 (°

C)

•K

jølemedi

um: 

<N

>

•I

nns

tillin

g av s

ikk

er

he

tsanor

dning

 for

 tr

yk

k: 

<P

>

 (bar

)

•P

roduk

sjonsnummer

 og pr

oduks

jons

år

: s

e model

lens m

er

keplate

13

•S

uur

in s

all

ittu

 pa

ine (

PS

): 

<K>

 (b

ar

)

•P

ienin/

suur

in s

alli

ttu lämpö

tila (

TS*)

:

*T

Smi

n:

Alha

isi

n mat

ala

pa

inepuol

en lämp

ötila: 

<L

>

 (°

C)

*T

Smax

:S

uur

int

a s

all

ittua p

ainett

a (

PS)

 vas

taav

a

ky

lläs

tys

lämpöt

ila:

 

<M

>

 (°

C)

•K

ylmäai

ne: 

<N>

•V

ar

muu

sp

ainelai

tteen asetus

<P

>

 (bar

)

•V

almi

stus

numer

o j

a val

mis

tusv

uosi

: kat

so mall

in nim

iki

lpi

14

•M

ax

imál

ní p

ř

ípus

tný

 tlak

 (P

S)

<K>

 (b

ar)

•M

inimál

ní/maxi

mální p

ř

ípustn

á teplot

a (

TS*)

:

*T

Smi

n:

Mini

mální tepl

ota na níz

kotl

aké s

tra

n

ě

<L>

 (°

C)

*T

Smax

:S

atur

ovaná te

plot

a od

po

vídaj

ící max

imální

mu

p

ř

ípu

stnému tl

aku (

PS)

<M

>

 (°

C)

•C

hladivo

<N

>

•N

as

tavení bez

pe

č

no

stního tl

akov

ého za

ř

ízení

<P

>

 (b

ar

)

•V

ýrobní 

č

íslo a r

ok

 vý

roby

: v

iz ty

pov

ý š

títek

 model

u

15

•N

ajv

e

ć

i dopušten tl

ak (

PS)

<K>

 (b

ar

)

•N

ajni

ža/naj

viša dopuš

tena temper

atur

a (

TS*)

:

*T

Smi

n:

Naj

niž

a temper

atur

a u po

dr

u

č

ju ni

sko

g tlak

a: 

<L

>

 (°

C)

*T

Smax

:S

tandar

dna temper

atur

a k

oja odg

ovar

a najv

e

ć

em

do

puštenom tl

aku (

PS)

<M

>

 (°

C)

•R

ashl

adno sr

eds

tvo: 

<N>

•P

os

tavk

e si

gur

nos

ne napr

ave z

a tlak

<P

>

 (bar

)

•P

ro

izvodni

 br

oj i godi

na pr

oiz

vodnj

e: pogledaj

te natpi

snu pl

o

č

icu 

model

a

16

•Legnagy

obb megengedhet

ő

 nyomás

 (P

S)

<K>

 (bar

)

•Legk

iseb

b/legnagy

obb megengedhet

ő

 h

ő

rsé

kle

t (T

S*

):

*T

Smi

n:

Legkis

ebb megenged

het

ő

 h

ő

mér

sékl

et a ki

s ny

omású

old

alo

n: 

<L

>

 (°

C)

*T

Smax

:A

 legnagy

obb megengedh

et

ő

 nyomás

nak (

PS)

 megfel

el

ő

tel

ített

gi h

ő

rsék

let: 

<M

>

 (°

C)

•H

ű

t

ő

köz

eg:

 

<N>

•A

 túl

ny

om

ás

-kapc

so

ló beá

llítás

a: 

<P

>

 (bar

)

•G

rtási s

zám és

 gyár

tás

i év:

 lásd 

a ber

ende

zés a

dattábláj

án

17

•M

aks

ymal

ne dopus

zcz

alne c

i

ś

nieni

e (

PS)

<K

>

 (bar

)

•M

ini

malna/ma

ksy

malna d

opusz

czal

na temper

atur

a (

TS*)

:

*T

Smi

n:

Mi

nimal

na temper

atur

a po str

onie ni

sk

oci

ś

nie

niowej: 

<L>

(°C

)

*T

Smax

:T

emper

atur

a n

asyc

enia o

dpowiadaj

ą

ca mak

sy

malnemu

do

pusz

czal

nemu ci

ś

nieniu (

PS)

<M

>

 (°

C)

•C

zy

nnik

 ch

ł

odnic

zy: 

<N>

•N

as

taw

a c

i

ś

nieni

ow

ego ur

z

ą

dzeni

a bezp

iecz

e

ń

stw

a: 

<P

>

 (bar

)

•N

umer

 fabr

yc

zn

y or

az r

ok pr

oduk

cji

: p

atr

z t

abl

iczk

a znami

onowa 

model

u

18

•P

re

siune maxi

m

ă

 admis

ibi

l

ă

 (PS)

<K>

 (bar

)

•T

em

pe

ra

tur

ă

 min

im

ă

/m

ax

im

ă

 admi

sibi

l

ă

 (TS

*):

*T

Smi

n:

Temper

atur

ă

 mi

nim

ă

 pe

 pa

rte

a de pr

es

iune j

oas

ă

<L

>

(°C

)

*T

Smax

:T

emper

atur

ă

 de

 sa

tur

a

ţ

ie c

or

espunz

ând pr

es

iuni

i max

ime

ad

mi

sibi

le (

PS

): 

<M

>

 (°

C)

•A

gent fr

igor

ific: 

<N

>

•R

eglar

ea di

spoz

itiv

ului

 de si

gur

an

ţă

 pentr

u pr

es

iune: 

<P

>

 (b

ar)

•N

um

ă

ru

l de fabr

ica

ţ

ie 

ş

i anul

 de fabr

ica

ţ

ie: c

ons

ulta

ţ

i pl

aca de 

iden

tific

ar

e a modelul

ui

19

•M

aks

imaln

i dov

oljeni

 tlak

 (P

S)

<K

>

 (b

ar)

•M

ini

malna/mak

sim

alna dov

olj

ena temper

atur

a (

TS*)

:

*T

Smin:

Mi

nimal

na temper

atur

a na n

izk

otla

č

ni s

trani

<L

>

 (°

C)

*T

Smax:

Nasi

č

ena t

emper

atur

a, k

i us

trez

a maks

imal

nemu

dov

olj

enemu tlak

u (

PS)

<M

>

 (°

C)

•H

ladiv

o: 

<N>

•N

ast

av

ljan

je var

nos

tne napr

ave z

a tlak

<P

>

 (bar

)

•T

ov

ar

nišk

a štev

ilk

a in l

eto pr

oizv

odnje

: glej

te napis

no ploš

č

ico

20

•M

aks

imaal

ne lubatud s

ur

ve (

PS)

<K

>

 (bar

)

•M

ini

maalne/mak

sim

aalne l

ubatud temper

atuur

 (T

S*)

:

*T

Smin:

Mi

nimaal

ne temper

atuur

 mad

alsur

ve

 külj

el: 

<L>

 (°

C)

*T

Smax:

Mak

sim

aalse

le lub

atud sur

vel

e (

PS)

 vastav kü

llas

tunud

temper

atuur

<M

>

 (°

C)

•J

ahutus

aine: 

<N>

•S

ur

ve tur

vas

eadme sea

distus

<P

>

 (b

ar

)

•T

ootmi

snumber

 ja to

otmisa

ast

a: v

aadake mu

deli a

ndmeplaati

21

Мак

сим

ал

но

 

до

пу

ст

им

о

 

наляг

ан

е

 (P

S)

<K>

 (b

ar

)

Мин

им

ал

но

/

ма

кс

им

ал

но

 

до

пуст

им

а

 

те

мп

ер

ат

ур

а

 (T

S*

):

*T

Sm

in:

Мин

им

ал

на

 

те

мп

ер

ат

ур

а

 

от

 

ст

ран

ата

 

на

 

ни

ск

ото

наляг

ане

<L>

 (°

C)

*T

Sm

ax

:

Тем

пера

ту

ра

 

на

 

нас

ищане

съ

от

ве

тст

ваща

 

на

ма

кс

им

ал

но

 

до

пуст

им

от

о

 

наляг

ан

е

 (P

S)

<M

>

 (°

C)

Ох

лади

те

л

<N

>

Наст

ройк

а

 

на

 

пре

дпа

зн

от

о

 

уст

ройс

тв

о

 

за

 

наляг

ане

<P

>

 (bar

)

Фа

бр

ич

ен

 

номер

 

и

 

го

ди

на

 

на

 

произ

во

дс

тв

о

ви

жт

е

 

та

бе

лк

ата

 

на

мод

ела

22

•M

aks

imalu

s lei

sti

nas s

l

ė

gis (

PS)

<K>

 (bar

)

•M

ini

mali/ma

ksi

mali

 lei

stina

 temper

at

ū

ra

 (T

S*

):

*T

Smin:

Mi

nimal

i temper

at

ū

ra

 že

mo

 sl

ė

gio pus

ė

je:

 

<L

>

 (°

C)

*T

Smax:

Pr

iso

tinta temper

at

ū

ra,

 at

itink

amt

i mak

sim

al

ų

 le

ist

in

ą

 sl

ė

g

į

(PS)

<M

>

 (°

C)

•Š

aldy

mo sk

ys

tis

<N

>

•A

ps

augini

o sl

ė

gio pr

iet

ais

o nus

tatyma

s: 

<P

>

 (b

ar

)

•G

ami

nio numer

is ir

 pagami

nimo met

ai:

 ži

ū

r

ė

kite mode

lio pavadi

nimo 

plok

štel

ę

23

•M

ak

sim

ā

lais pi

e

ļ

auj

amais

 spi

ediens

 (P

S)

<K

>

 (bar

)

•M

ini

m

ā

l

ā

/m

ak

sim

ā

l

ā

 pie

ļ

auja

m

ā

 tem

per

at

ū

ra

 (T

S*

):

*T

Sm

in:

Mi

nim

ā

l

ā

 temper

at

ū

ra

 ze

m

ā

 spi

ediena p

us

ē

<L>

 (°

C)

*T

Sm

ax

:P

ies

ā

tin

ā

t

ā

 temper

at

ū

ra

 sa

sk

a

ņā

 ar

 maks

im

ā

lo

pie

ļ

auj

amo spi

edienu (

PS)

<M

>

 (°

C)

•D

zesi

n

ā

t

ā

js:

 

<N>

•S

piedi

ena dr

ī

bas

 ier

ī

ce

s i

est

at

ī

šana:

 

<P

>

 (b

ar

)

•I

zgat

av

ošana

s numur

s un i

zgat

av

ošan

as gads

: sk

at. mode

ļ

izgat

avot

ā

juz

ņē

muma

 pl

ā

ks

n

ī

tie

24

•M

ax

imál

ny pov

olený

 tlak

 (P

S)

<K

>

 (b

ar

)

•M

inimál

na/maxi

málna po

volen

á teplot

a (

TS*)

:

*T

Sm

in:

Mini

málna tep

lot

a na níz

kotl

akov

ej s

trane: 

<L>

 (°

C)

*T

Sm

ax:

Nasý

tená teplota kor

ešpondu

júca s

 maxi

málny

m

povol

eným tl

akom (

PS

): 

<M

>

 (°

C)

•C

hladiv

o: 

<N

>

•N

as

taveni

e tlak

ového 

poistn

ého zar

iadeni

a: 

<P

>

 (bar

)

•V

ýrobné 

č

íslo a r

ok 

výr

oby:

 nájdete na v

ýrobnom š

títku model

u

25

İ

zin v

er

ilen mak

sim

um bas

ı

 (PS)

<K

>

 (bar

)

İ

zin v

eri

len mi

nimum/

mak

sim

um s

ı

ca

kl

ı

k (

TS

*):

*T

Sm

in:

ş

ük

 bas

ı

 ta

ra

f

ı

ndaki

 mini

mum s

ı

ca

kl

ı

k: 

<L

>

 (°

C)

*T

Sm

ax

:

İ

zin ver

ilen maks

imum bas

ı

nca (

PS

) k

ar

ş

ı

 gelen do

yma

s

ı

ca

kl

ı

ğ

ı

<M

>

 (°

C)

•S

o

ğ

utucu: 

<N>

•B

as

ı

 emniy

et düzeni

nin ay

ar

ı

<P

>

 (b

ar

)

İ

ma

lat numar

as

ı

 ve

 im

alat y

ı

l

ı

: modeli

n ünite 

plaka

s

ı

na bak

ı

n

<K

>

PS

40

b

a

r

<L>

TS

m

in

–4

0

°C

<M

>

TS

m

ax

63

°C

<N

>

R

41

0

A

<P

>

40

b

a

r

01

a

cont

inu

at

ion 

of

 previ

ous p

age:

02

d

Fort

set

zu

ng 

de

r vorheri

gen Sei

te

:

03

f

sui

te de l

a p

age précédent

e:

04

l

vervol

g van 

vori

ge

 p

agi

na:

05

e

con

tinuaci

ón de 

la pági

na 

ant

er

ior:

06

i

con

tinua d

all

a p

ag

ina 

precedent

e:

07

g

συνέχ

εια

 

από

 

τη

ν

 

πρ

οη

γο

ύμ

ενη

 

σε

λίδα

:

08

p

co

nt

inuação da pági

na 

an

te

rior:

09

u

пр

одол

же

ни

е

 

пре

ды

дущ

ей

 

страницы

:

10

q

fo

rts

at fr

a fo

rri

ge

 si

de

:

11

s

fo

rtsä

ttni

ng f

rån

 fö

re

gående si

da

:

12

n

fo

rtset

tel

se

 fr

a f

or

rige si

de:

13

j

jat

koa edel

lise

ltä 

sivul

ta:

14

c

pokra

č

ování

 z 

p

ř

edchozí

 st

rany:

15

y

nast

avak s 

pret

hodne st

rani

ce:

16

h

fo

lyt

at

ás az el

ő

z

ő

 ol

dal

ról

:

17

m

ci

ą

g dal

szy 

z poprzedn

iej

 st

ro

ny:

18

r

cont

inua

rea p

agi

nii

 a

nt

eri

oar

e:

19

o

nada

ljevanj

e s pr

ejšnj

strani

:

20

x

eel

m

ise l

ehe

kül

je 

järg:

21

b

про

дълже

ние

 

от

 

пр

ед

хо

дн

ат

а

 

стран

иц

а

:

22

t

an

kst

esni

o pusl

ap

io t

ę

sinys:

23

v

iepri

ekš

ē

j

ā

s l

appu

ses 

tu

rpi

n

ā

jum

s:

24

k

po

kr

a

č

ovani

e z pr

ed

chádzaj

úcej

 st

rany

:

25

w

ön

ceki

 sayf

adan 

de

vam

:

2P329110-4D

Je

an

-P

ie

rr

e Be

us

el

in

ck

Dir

ecto

r

Os

te

nd

, 2

nd o

f Se

pt

emb

er

 2

01

3

01

De

sign S

pec

ifi

ca

tions o

f the m

odels

 to w

hic

h this

 dec

lar

ati

on

 re

la

tes

:

02

Ko

nst

ru

kt

io

nsd

at

en

 d

er

 Mo

de

lle au

f d

ie si

ch

 d

iese Er

kl

är

un

bez

ieh

t:

03

Sp

éci

fic

ati

on

s d

e co

ncep

tio

n d

es mo

les au

xq

ue

ls

 s

e r

ap

po

rte ce

tte d

écl

ar

ati

on

:

04

On

tw

er

ps

pe

ci

fica

tie

s van

 d

e m

od

el

le

n w

aa

ro

de

ze

 ve

rkl

ar

in

g b

et

re

kki

ng

 h

eef

t:

05

Esp

eci

ficaci

on

es 

de

 d

iseñ

o d

lo

m

od

el

os

 a

 lo

s c

ua

les

 h

ac

e r

ef

ere

nc

ia 

es

ta

 

de

cl

ar

ac

n:

06

Sp

ec

ifi

che

 di pr

oge

tto d

ei m

ode

lli

 c

ui

 fa

 ri

fe

rime

nto 

la

 p

re

se

nte

 d

ic

hia

ra

zion

e:

07

Προδι

αγρ

αφ

ές

 

Σχ

εδ

ια

σμ

ού

 

τω

ν

 

μο

ντ

έλ

ω

ν

 

με

 

τα

 

οπ

οί

α

 

σχ

ετ

ίζετ

αι

 

η

 

δή

λω

ση

:

08

Es

pe

ci

fic

açõ

es d

pr

oj

ec

to

 d

os

 mo

de

lo

s a q

ue se ap

lic

es

ta

 d

ecla

ra

ção

:

09

Пр

оектные

 

ха

ра

кт

ер

ис

ти

ки

 

мо

де

ле

й

к

 

ко

торы

м

 

от

но

сит

ся

 

на

ст

оя

щ

ее

 

заяв

ление

:

10

Ty

pesp

ec

ifi

kat

io

ne

r f

or

 d

e m

od

el

ler

, so

m

 d

en

ne er

kl

æ

rin

g ved

re

r:

11

De

si

gn

sp

ec

ifik

at

io

ne

r fö

r d

mo

de

lle

r s

om

 de

nn

de

kl

ar

at

io

n gä

lle

r:

12

Ko

ns

truk

sj

on

ssp

esi

fikasj

on

er

 fo

r de m

ode

ller so

m

 be

rør

es av d

enn

e de

kl

aras

jo

ne

n:

13

 il

m

oi

tu

st

ko

skevi

en

 m

al

lie

n ra

ken

ne

m

ää

rit

te

ly

:

14

Sp

ec

ifika

ce d

esi

gn

mo

de

l

ů

, ke

 kt

er

ým

 se vz

ta

hu

je

 to

to

 p

ro

hl

ášen

í:

15

Sp

ec

ifika

ci

je d

iza

jn

a za

 mo

de

le

 n

ko

je

 se o

va iz

java o

dn

os

i:

16

je

le

n n

yil

at

ko

za

t tá

rg

t ké

pe

z

ő

 m

od

el

lek

 te

rv

ez

ési

 je

lle

m

z

ő

i:

17

Sp

ecyf

ikac

je ko

ns

tru

kcyj

ne

 mo

de

li, kt

ór

ych

 d

ot

yc

zy

 d

ekl

ar

acj

a:

18

Sp

ec

ifica

ţ

iil

e d

pr

oi

ect

ar

e al

e m

od

ele

lo

r l

a car

e se r

ef

er

ă

 acea

st

ă

 d

ecl

ar

a

ţ

ie

:

19

Sp

ec

ifika

ci

je tehni

č

ne

ga

 n

a

č

rta z

mo

de

le,

 n

ka

te

re

 se n

an

aša t

a d

ek

la

ra

cij

a:

20

Dek

lar

at

si

oo

ni

 a

lla

 ku

ul

uvat

e mu

de

lit

di

sai

ni

sp

et

si

fika

ts

io

on

id

:

21

Про

ек

тни

 

спе

циф

ик

ации

 

на

 

мо

де

ли

те

за

 

ко

ит

о

 

се

 

от

нас

я

 

де

кл

ар

ация

та

:

22

Kons

tru

kc

in

ė

s spec

ifi

ka

cij

os 

m

od

eli

ų

, ku

rie su

si

j

ę

 s

u ši

a d

ekl

ara

ci

ja:

23

To

 m

od

e

ļ

u d

iza

in

sp

eci

fik

ā

ci

jas,

 u

z ku

r

ā

m a

tti

ecas 

š

ī

 de

kl

ar

ā

cij

a:

24

Konš

tru

k

č

 š

pe

cif

iká

ci

mo

de

lu

, kt

or

éh

o sa

 tý

ka t

ot

o vyh

láse

ni

e:

25

Bu

 b

ild

irin

in

 ilg

ili o

ld

u

ğ

u m

od

ell

er

in

 T

as

ar

ı

m

 Ö

zel

likl

er

i:

01

Nam

e a

nd ad

dr

es

s of

 the 

Not

ified

 body

 that

 ju

dged 

posi

tiv

ely 

on

com

pli

ance

 w

ith

 the 

Pressure E

qui

pm

ent

 Di

re

cti

ve

<Q>

02

Na

m

e u

nd A

dresse de

r benann

ten 

St

ell

e,

 d

ie 

posi

tiv

 unt

er 

Ei

nha

ltung d

er

 Druckan

lagen

-R

icht

lini

e urt

eil

te

<Q

>

03

No

m

 et

 adr

esse de

 l’organi

sm

e not

ifié

 qui

 a 

éval

ué 

posi

tiv

em

ent

 

la conf

orm

ité

 à 

la 

direct

ive sur

 l’équi

pem

ent

 de pressi

on

<Q>

04

Naam en a

dres

 van

 de aan

gemel

de i

ns

tan

tie d

ie pos

itie

f geoor

deel

heeft ov

er de conf

or

mi

te

it met de Ri

ch

tlij

n Druk

apparat

uur:

 

<Q

>

05

No

m

bre 

y di

recci

ón del

 O

rgani

sm

No

tifi

cado que j

uz

gó 

po

sit

ivam

ent

e el

 cum

pli

m

ient

con

 la

 D

irect

iva en m

at

eri

a de 

Equi

po

s de 

Presi

ón:

 

<Q

>

06

Nom

e i

ndi

rizzo d

ell

’E

nt

riconosci

ut

o che

 ha 

riscont

rat

la 

conf

or

m

ità

 al

la Di

ret

tiv

a sul

le 

ap

pa

recchi

at

ure 

pressi

one:

 

<Q

>

07

Όνομ

α

 

κα

ι

 

διε

ύθυνση

 

το

υ

 

Κοι

νοπ

οιημ

έν

ου

 

οργα

νισμ

ού

 

πο

υ

 

απ

εφ

άν

θη

 

θετι

κά

 

για

 

τη

 

συμμ

όρ

φω

ση

 

πρ

ος

 

τη

ν

 

Οδ

ηγ

ία

 

Εξ

οπ

λισ

μών

 

υπό

 

Πί

εσ

η

<Q

>

08

Nom

e e 

m

orada do or

gani

sm

o not

ific

ado,

 q

ue 

av

ali

ou 

fa

vo

ra

vel

m

ent

a conf

or

m

idade com

 a di

rect

iva sobre 

equi

pa

m

ent

os pressuri

zado

s: 

<Q>

09

На

зв

ани

е

 

и

 

ад

рес

 

ор

га

на

 

тех

ни

че

ск

ой

 

эк

сп

ерт

из

ы

принявшег

о

 

по

ло

жит

ель

но

е

 

решен

ие

 

о

 

со

от

ве

тс

тв

ии

 

Ди

ректив

е

 

об

 

обор

уд

ов

ан

ии

 

по

д

 

дав

лением

<Q

>

10

Na

vn 

og

 adresse på bem

yndi

ge

t organ,

 der 

ha

r f

or

et

aget

 e

posi

tiv

 be

døm

m

else 

af

, a

t udst

yr

et

 le

ver 

op t

il kravene

 i P

ED 

(D

irek

tiv f

or T

rykbær

en

de U

dst

yr

): 

<Q

>

11

Na

m

n och adress 

r d

et

 anm

älda

 organ som

 go

dkänt

 

upp

fyl

landet

 a

v t

rycku

trust

ningsd

irekt

ivet

<Q>

12

Na

vn 

 og adresse t

il det

 aut

ori

sert

organe

t som

 posi

tiv

bedø

m

te 

sam

sv

ar

 m

ed d

irekt

ivet

 fo

r t

rykku

tst

yr

 (Pressure 

Equ

ipm

ent

 D

irect

ive):

 

<Q

>

13

Sen

 ilm

oit

et

un e

lim

en 

nim

i ja o

soi

te,

 jo

ka t

eki

 m

yönt

eisen 

päät

öksen p

ainel

ait

ed

irekt

iivi

n noudat

ta

m

isest

a:

 

<Q>

14

zev a 

ad

re

sa i

nf

orm

ovaného orgánu,

 kt

erý 

vyd

al pozi

tiv

 

pos

ouzení

 shody

 se 

sm

ě

rn

icí

 o t

lakových za

ř

ízen

ích:

 

<Q

>

15

Na

ziv i

 adresa pri

javl

jenog t

ije

la 

ko

je j

e doni

jel

po

zit

ivnu 

prosudb

u o 

uskl

a

đ

enost

i sa 

Sm

jerni

co

m

 za t

la

č

nu opr

em

u:

 

<Q>

16

nyom

ást

art

ó berendezése

kr

e vonat

kozó i

rányel

vnek val

ó 

m

egf

elel

ő

séget

 igazol

ó bej

elent

et

t sze

rv

eze

t neve és 

cím

e:

 

<Q

>

17

Na

zwa

 i adres 

Jednost

ki 

not

yfi

kowa

nej

, kt

óra w

yda

ł

a po

zyt

yw

n

ą

 

opi

ni

ę

 dot

ycz

ą

c

ą

 spe

ł

nieni

wym

ogów

 D

yrekt

yw

y do

t. U

rz

ą

dze

ń

 

Ci

ś

nieni

owych:

 

<Q

>

18

Den

umir

ea 

ş

i a

dre

sa or

ganism

ului no

tifi

cat ca

re a

 apr

eciat p

ozitiv 

co

nfor

mar

ea cu

 Directiva

 privind

 echip

amen

tele su

b pr

esiune

<Q

>

19

Im

e i

n nasl

ov 

organa za ugot

avl

janj

e skl

adnost

i, ki

 je

 po

zit

ivno 

oceni

l zd

ru

žlj

ivost

 z 

Di

re

kti

vo o 

tla

č

ni op

rem

i: 

<Q>

20

Teavi

tat

ud organi

, m

is 

hin

das S

urveseadm

et

e D

irekt

iiv

iga 

ühi

lduvust

 pos

itii

vsel

t, 

nim

i ja

 aa

dr

es

s: 

<Q>

21

Наимено

ван

ие

 

и

 

адрес

 

на

 

упъл

номощ

ен

ия

 

ор

га

н

кой

то

 

се

е

произн

есъл

 

по

ло

жит

елн

о

 

от

но

сн

о

 

съв

ме

сти

мостт

а

 

сД

ирект

ив

ата

 

за

 

обор

уд

ва

не

 

по

д

 

наляг

ане

<Q

>

22

At

sa

kingos i

nst

ituci

jos,

 kur

i d

av

ė

 te

igi

am

ą

 sprendi

m

ą

 p

agal

 

sl

ė

gin

ė

į

rangos di

rekt

yv

ą

 p

avadi

nim

as i

r adresas:

 

<Q>

23

Se

rtif

ik

ā

cij

as i

nst

it

ū

cij

as,

 kura i

r de

vusi

 po

zit

ī

vu sl

ē

dzi

enu p

ar 

at

bil

st

ī

bu

 S

piedi

ena

 lek

ā

rtu

 D

ire

kt

ī

vai

, nos

aukum

s un

 a

drese:

 

<Q>

24

Názo

v a adresa cer

tifi

ka

č

ného úradu,

 kt

or

ý kl

adne posúdi

l zhodu 

so sm

erni

cou pr

e t

lakové zari

ad

eni

a:

 

<Q>

25

Bas

ı

nçl

ı

 Te

çhi

za

t Di

re

kti

fine 

uyg

unl

uk hususu

nda 

olum

lu ol

ar

ak

 

de

ğ

er

lendi

rilen O

nayl

anm

ı

ş

 kur

ulu

ş

un ad

ı

 ve 

adresi

<Q>

<Q

>

AI

B

 VI

OTTE 

IN

TERN

A

T

IO

N

A

L N

.V

.

D

ia

m

an

t B

u

ild

in

g

, A

. R

eye

rs

la

an

 8

0

B-

103

0 Bru

sse

ls

, Be

lg

iu

m

4P347465-1A.book  Page 2  Monday, August 5, 2013  2:26 PM

Summary of Contents for VRV-W IV

Page 1: ...INSTALLATION AND OPERATION MANUAL RWEYQ8T7Y1B RWEYQ10T7Y1B System Air Conditioner 4P347465 1A book Page 1 Monday August 5 2013 2 26 PM...

Page 2: ...2 3 1 10 19 3 4 15 18 16 9 2 5 21 20 11 13 12 6 7 18 8 14 SV SV INV HPS SV SV SV 1 2 5 6 7 8 9 10 11 12 13 15 16 18 17 21 19 20 18 3 4 18 17 1 2 3 4P347465 1A book Page 1 Monday August 5 2013 2 26 PM...

Page 3: ...mer i A og gjennom positiv bed mmelse av B if lge Sertifikat C som det fremkommer i den Tekniske Konstruksjonsfilen D og gjennom positiv bed mmelse av E Anvendt modul F G Risikokategori H Se ogs neste...

Page 4: ...tuur M C Jahutusaine N Surve turvaseadme seadistus P bar Tootmisnumber ja tootmisaasta vaadake mudeli andmeplaati 21 PS K bar TS TSmin L C TSmax PS M C N P bar 22 Maksimalus leistinas sl gis PS K bar...

Page 5: ...ortant information regarding the refrigerant used 31 16 3 Calculating the additional refrigerant charge 32 16 4 Method for adding refrigerant 32 17 Start up and configuration 33 17 1 Checks before ini...

Page 6: ...Danger of burning and scalding DANGER ELECTRICAL SHOCK Switch off all power supply before removing the electrical component box service panel or before making any connections or touching electrical pa...

Page 7: ...urrent from lightning or other sources may cause damage to the air conditioner Be sure to install an earth leakage breaker Failure to install an earth leakage breaker may result in electric shocks or...

Page 8: ...eous heating cooling is possible 1 Closed cooling tower 2 Boiler 3 VRV IV water cooled unit 4 VRV DX indoor unit 5 User interface Dedicated depending on indoor unit type 6 BS box Required in each indo...

Page 9: ...ded from the Daikin Extranet 3 6 Scope of the manual This manual describes the procedures for handling installing and connecting the VRV IV water cooled units This manual has been prepared to ensure a...

Page 10: ...ure 1 figure 2 and figure 3 1 Compressor INV 2 Plate heat exchanger 3 Receiver 4 Oil separator 5 Electronic expansion valve main Y1E 6 Electronic expansion valve sub cool Y3E 7 Solenoid valve 4 way va...

Page 11: ...g length See 9 Refrigerant pipe size and allowable pipe length on page 10 Be sure that sufficient precautions are taken in accordance with the applicable legislation in case of refrigerant leakage Tak...

Page 12: ...mit depending on room size Due to this it could be necessary to take measures against leakage Refer to 19 Caution for refrigerant leaks on page 42 7 Dimensions and service space 7 1 Dimensions of the...

Page 13: ...supplied accessories and dedicated parts as installation parts 1 Patch plates or clothes 2 Belt sling 8 3 Unpacking Remove the packaging material from the unit Take care not to damage the unit when re...

Page 14: ...into the system Tight R410A does not contain any chlorine does not destroy the ozone layer and does not reduce earth s protection against harmful ultraviolet radiation R410A can contribute slightly t...

Page 15: ...h counted from the outdoor unit side choose from the following table in accordance with the capacity of the outdoor unit e g Refnet joint a For Refnet joints other than the first branch e g Refnet joi...

Page 16: ...gth 2 pipe length between outdoor 1 and indoor units Total piping length total piping length from the outdoor 1 to all indoor units Difference in height between outdoor and indoor units H1 Difference...

Page 17: ...recovery system 1 6 Cooling only 7 8 H1 H2 Unit 1 REFNET joint A G BS units B1 B4 Indoor units 1 8 Heat recovery system 1 6 Cooling only 7 8 a b c d e 1 2 3 4 5 6 7 8 First outdoor branch s r p q n o...

Page 18: ...ulti outdoor unit system piping installation 9 7 1 Precautions when connecting piping between outdoor units To connect the piping between outdoor units an optional multi outdoor unit connection piping...

Page 19: ...when brazing the pipe joints Residue can clog pipes and break equipment Do not use flux when brazing copper to copper refrigerant piping Use phosphor copper brazing filler alloy BCuP which does not re...

Page 20: ...anual delivered with the kit 1 Horizontal surface 1 Mount the Refnet joint so that it branches either horizontally or vertically 2 Mount the Refnet header so that it branches horizontally Installation...

Page 21: ...as line stop valve turn the hexagonal wrench until a torque between 27 and 33 N m is achieved Inadequate torque may cause leakage of refrigerant and breakage of the stop valve cap Closing the stop val...

Page 22: ...e refrigerant piping Perform vacuum drying to remove all moisture air or nitrogen in the refrigerant piping If there is a possibility of moisture being present in the refrigerant piping first carry ou...

Page 23: ...tive measures as necessary for example by insulating the connection on the water pipe The connection port for water piping is located in the front The connection ports for drain piping are located in...

Page 24: ...ve and the outdoor unit for cleaning by chemicals For the purpose of cleaning and water draining from the outdoor unit water draining during a long period of non use in winter or at the start of seaso...

Page 25: ...was activated When the freezing protection device was activated during operation eliminate the cause before restarting operation If the freezing protection device was activated once a partial freezin...

Page 26: ...eatures against stainless steel and copper For details of the cleaning method ask the manufacturer of the related cleaning agent After cleaning has been completed check that the unit can be operated i...

Page 27: ...ver liquid pipe S1NPH Pressure sensor high S1NPL Pressure sensor low S1PH Pressure switch high S1S Selector switch S2S Selector switch T1A Current sensor A4P T1R Transformer V1CP Safety devices input...

Page 28: ...4 6 7 5 8 1 2 3 4 9 CAUTION Do not apply excessive force when opening the electrical component box cover Excessive force can deform the cover Minimum circuit ampere Recommended fuses RWEYQ8 10 RWEYQ16...

Page 29: ...2 6 Branch line 3 7 No branch is allowed after branch 8 Central user interface etc A Transmission wiring between outdoor unit and indoor unit s B Transmission wiring between outdoor units Never conne...

Page 30: ...s master unit 14 6 3 Power supply wiring and transmission wiring in the unit Make sure to connect the power wire to the power terminal block and fix it using attached clamp as shown below 1 Power supp...

Page 31: ...ing earth wires secure clearance of 50 mm or more away from compressor lead wires Failure to observe this instruction properly may adversely affect correct operation of other units connected to the sa...

Page 32: ...Interlock circuit of water pump 6 Outdoor outdoor transmission wiring 7 Use the conductor of sheathed wire 2 wire no polarity 14 6 6 Setting the cool heat operation type Performing cool heat setting w...

Page 33: ...established and normal the LED indication state will be as below H2P OFF default situation when shipped from factory BS1 MODE For changing the set mode BS2 SET For field setting BS3 RETURN For field...

Page 34: ...setting s value is done by pushing BS3 1 time To quit and return to the initial status press BS1 Changing the value of the selected setting in mode 2 Once mode 2 is selected push BS1 for more than 5...

Page 35: ...product see unit name plate 2 Additional refrigerant amount charged in the field 3 Total refrigerant charge 4 Contains fluorinated greenhouse gases covered by the Kyoto protocol 5 Outdoor unit 6 Refr...

Page 36: ...fer to the unit nameplate A parameter kg Heat pump system Heat recovery system 8 10 HP 3 kg 4 kg 16 20 HP 4 5 kg 6 5 kg 24 30 HP 6 kg 9 kg Inch piping size mm Weight factor Metric piping size mm Weigh...

Page 37: ...on Check that the unit is properly installed to avoid abnormal noises and vibrations when starting up the unit 2 Field wiring Be sure that the field wiring has been carried out according to the instru...

Page 38: ...rmed see 15 Making field settings on page 28 the monitoring mode mode 1 and mode 2 can be accessed Making settings is done via the master outdoor unit not through slave unit s 17 2 1 Mode 1 and Monito...

Page 39: ...1 0 16 x x c x x x x 1 0 8 x x x c x x x 1 0 4 x x x x c x x H1P H2P H3P H4P H5P H6P H7P x x w x x x x x x x w x x x x x x x w x x Value 2 8 Te target C 2 6 3 7 4 8 5 9 default 6 10 7 11 2 9 Tc targe...

Page 40: ...35 INFORMATION Even though no feedback is set 2 26 0 when the interlock is open the unit will go to forced thermo OFF conditions See 14 6 4 Setting the interlock circuit and pump operation output on p...

Page 41: ...value for cooling operation during heat recovery operation change field setting 2 9 3 default corresponding to Tc 43 C to the required value When the system is used as a heat recovery system the star...

Page 42: ...temporary base depending on the situation In case of heating operation the condense temperature is allowed to go up to 46 C on temporary base depending on the situation When the request from the indoo...

Page 43: ...Operation start C Operation time D Mild E Quick F Powerful Example Automatic mode during heating A Default automatic mode peak capacity B Load curve C Initial Tc value in automatic operation mode D D...

Page 44: ...a logbook with the equipment containing at least info on maintenance repair work results of tests stand by periods CAUTION Do not perform the test operation while working on the indoor units When perf...

Page 45: ...lity is properly corrected 18 2 Malfunction code list In case of a displayed malfunction code perform correcting actions as explained in the malfunction code table After correcting the abnormality ret...

Page 46: ...to 0 35 kg m3 for R407C and 0 44 kg m3 for R410A 1 Direction of the refrigerant flow 2 Room where refrigerant leak has occurred outflow of all the refrigerant from the system Pay special attention to...

Page 47: ...en terminals on the terminal block for power supply with a tester and confirm that the power supply is shut off In addition measure points as shown in the figure below with a tester and confirm that t...

Page 48: ...n the distance and acoustic environment For more details refer to sound level drawings in the technical data book RWEYQ8 RWEYQ10 Power supply name Y1 phase 3N frequency Hz 50 voltage V 380 415 Current...

Page 49: ...the products as per the subject of this manual Field supply Equipment which needs to be installed according to instructions in this manual but which are not supplied by Daikin 2 Introduction 2 1 Gener...

Page 50: ...shock and fire Do not place a flammable spray bottle near the air conditioner and do not use sprays Doing so may result in a fire Before cleaning be sure to stop the operation turn the breaker off or...

Page 51: ...may be damaged Never pull or twist the electric wire of the user interface It may cause the unit to malfunction Never inspect or service the unit by yourself Ask a qualified service person to perform...

Page 52: ...tch Operating the changeover remote control switch 1 Select operation mode with the cool heat changeover switch as follows Cooling operation Heating operation Fan only operation 2 Press the ON OFF but...

Page 53: ...r flow direction which may be different from the display The air flow direction can be adjusted in one of the following ways The air flow flap itself adjusts its position The air flow direction can be...

Page 54: ...unlight from entering a room during cooling operation by using curtains or blinds Ventilate often Extended use requires special attention to ventilation Keep doors and windows closed If the doors and...

Page 55: ...y the interior of the units Refer to 6 1 Cooling heating fan only and automatic operation on page 48 for details on fan only operation Turn off the power The user interface display disappears Clean ai...

Page 56: ...or unit When the tone of operating noise changes This noise is caused by the change of frequency Symptom 9 Dust comes out of the unit When the unit is used for the first time in a long time This is be...

Page 57: ...he manufacturing number stated on the nameplate of the unit The installation date The symptoms or malfunction and details of the defect 11 2 2 Recommended inspection and maintenance cycles Be aware th...

Page 58: ...ction indoor C1 Transmission malfunction between main PCB and sub PCB indoor C4 Heat exchanger thermistor malfunction indoor liquid C5 Heat exchanger thermistor malfunction indoor gas C9 Suction air t...

Page 59: ...fluorinated greenhouse gases covered by the Kyoto Protocol Do not vent gases into the atmosphere Refrigerant type R410A GWP 1 value 1975 1 GWP global warming potential Periodical inspections for refr...

Page 60: ...4P347465 1A 2013 04 Copyright 2013 Daikin 4P347465 1 A 0000000 4P347465 1A book Page 1 Monday August 5 2013 2 26 PM...

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