technical information danx xd & danx hp swimming … · vdi 2089). ir is going ab e swimming is...

TECHNICAL INFORMATIONDanX XD & DanX HP

SWIMMING POOL AIR MANAGEMENT

1

2

3

4

5

6

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2

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anXmpact unmming p

eral desc

ect plann

eral tech

mponents

trol syst

ensions

X XDits for ool air m

cription

ning and

hnical da

s

em

and weig

D anmanagem

d unit sel

ata

ghts

nd Hment

lection

HP

Ver. 3.0 0117

1.1

1.0 G

A contr

in swim

reduce

With D

units yo

recover

Danthe

pools a

ConceIt is im

using a

humidit

water te

XD an

Availab

controls

effectiv

EnergyMaintai

pool pro

of the c

sense.

with an

ultimate

reliable

in the lo

ServiceAcross

profess

problem

sure th

support

GENERAL

rolled and com

mming pool h

the well-bein

antherm’s cor

ou are guaran

ry but also t

erm’s DanX XD

and wellness a

pt mpossible to a

a carefully des

ty can be con

emperature, a

nd HP units

ble with a on

s package, it

ve control of sw

y efficient ining a comfo

oject, but wha

chosen soluti

Highly efficie

n optimized co

ely significan

e operation an

ong run and c

e and supporthe world,

sional trained

ms with our un

hat you have a

t.

DESCRIP

mfortable indo

alls where hi

ng of the occ

rrosion-proof

nteed a superi

he possibility

D and HP solu

areas.

void water ev

signed ventila

ntrolled to a c

air temperature

can be des

ne or two sta

is the ideal

wimming pool

ortable indoor

at is equally im

on. The DanX

ent heat recov

ontrol strategy

t energy sav

d long life. Ult

ontributes to a

rt we have a

staff of tec

nits. By sharin

access to the

TION

or climate is a

gh relative hu

upants and c

DanX XD and

or solution, of

of high-qual

utions are idea

vaporation in s

ation / dehumi

omfortable lev

e, humidity an

igned to acc

age heat reco

device for pr

hall environm

environment

mportant to con

X caters for li

very and low

y, contribute t

vings, while

timately, all of

a low cost of o

broad net of

hnicians who

ng our know-h

unique Danth

an important f

umidity and c

cause damage

d DanX HP (D

ffering not onl

lity demand a

al for private o

swimming po

idification solu

vel. On the b

nd swimming a

commodate a

overy system

roviding energ

ments – anywh

is a priority

nsider is the to

ife cycle costs

specific fan p

to cost-efficie

durable com

f this results in

ownership.

f authorized

o are availab

how and expe

herm Air Han

1factor, particul

condensation

e to the build

DanX 1, 2 and

ly significant h

air managem

or hotel swimm

ol halls, howe

ution, the rela

asis of pool s

activity, the Da

any requirem

and a besp

gy efficient, c

here in the wor

in any swimm

otal life cycle c

s in the broad

power, combi

ent operation

mponents ens

n economic ga

partners with

ble to solve

erience, we m

dling service

1larly

can

ing.

d 3)

heat

ent.

ming

ever

ative

size,

anX

ent.

poke

cost-

rld.

ming

cost

dest

ned

and

sure

ains

h a

any

make

and

2.1

2.0 P

2.1 TheIn a sw

hall. If

an una

comfort

conden

insulate

below

degree

For exa

the outs

at least

Air mov

pool ha

as eas

should

humid

surface

movem

In addit

to avoi

reasons

65% R

content

absolut

water c

The ch

and m

compar

in pract

should

evapora

In priva

at 28°C

ROJECT P

e humidity prwimming pool

the humidity i

acceptable lev

t of the user.

nses onto cold

ed windows w

dew point. T

e of insulation a

ample at 30°C

side temperat

t 1 W/m2K.

vements and

all are of majo

ily as stationa

therefore be

air is extracte

e, the air shou

ment will affect

tion, the press

id water vapo

s, the relative

H, depending

t of 14.3 g/kg

te humidity of

content of 14.3

oice of operat

minimise runni

rison with the

tice it is not p

the relative

ation to increa

ate or hotel sw

C/60% - 30°C/

PLANNING

roblem hall large qua

is not kept art

vel, both for t

The building

d surfaces, c

will steam up w

The maximum

and the minim

C/54% RH, the

ture is -10°C t

especially the

or significance

ary air, which

blown along w

ed at the oppo

uld preferably

evaporation.

sure in the ha

our being forc

e humidity in th

on the tempe

, (according to

f the outside a

3 g/kg inside th

ting conditions

ing costs. Th

water tempe

possible to ma

humidity be

ase.

wimming pool

54% RH, and

G AND UN

antities of wate

tificially low, th

he constructio

will gradually

ausing corros

when the inter

m acceptable

mum outside te

e internal air h

he building str

e distribution

, as warm dry

has had time

walls and wind

osite end of t

be more or le

all should be k

ced into the b

he swimming

erature, but e

o VDI 2089).

air is going ab

he swimming

s is very impo

he higher the

rature, the low

aintain a differ

lower than n

halls, the inte

the water tem

NIT SELEC

er evaporate

he relative hu

on of the bui

be destroyed

sion and mou

rnal air cools

humidity will

emperature.

has a dew poi

ructure must h

of supply air

y supply air do

e to cool dow

dows at high

the hall. Direc

ess stationary

kept slightly lo

building struct

pool hall shou

equivalent to a

Only in summ

bove 9 g/kg a

pool hall is ac

ortant in order

e internal air

wer the evapo

rence of more

necessary, as

ernal air is nor

mperature at 2

2CTION

into the air of

umidity will rise

lding and for

as water vap

uld attack. Po

to a temperat

depend on

nt of 20°C, an

have a U-valu

in the swimm

oes not conde

n. The supply

velocity while

ctly over the p

, as too much

ower than outs

ture. For com

uld be kept un

an absolute wa

mertime when

a higher abso

cceptable.

to avoid humi

r temperature

oration. Howe

e than 2-3°C.

s this will ca

rmally maintai

6-28°C.

2

the

e to

the

pour

oorly

ture

the

nd if

e of

ming

ense

y air

the

pool

h air

side

mfort

nder

ater

the

olute

idity

e in

ver,

Nor

ause

ned

2.2

2.2 SelDanthe

both ar

The pr

tradition

swimm

outside

Traditio

a refrig

exchan

the Dan

exchan

One of

the criti

very dr

under t

temper

Anothe

which is

and hot

lecting the rigerm’s DanX 1

re well-suited f

rinciple of the

nal swimming

ing pool hall is

e air for an inc

onal units are

geration syste

nging the wet

nX systems a

nger (HP) or o

f the main ben

ical winter per

ry outside air

the calculated

ratures.

er important ad

s often neces

tel pools.

ght type of un, 2 and 3 ran

for the task.

DanX - HP

DanX - XD

e DanX – HP

g pool dehumi

s dehumidified

reased comfo

dehumidifying

em, whereas

return air with

re equipped w

nly a double c

nefits of the D

riod is far high

. This means

d value if this

dvantage is th

sary because

nit ge offers two

P or XD syste

difier in the w

d and the poss

rt level.

g the return air

the DanX HP

h dry outside a

with a heat pum

cross flow hea

DanX is that it

er than the ca

that the rela

s should be n

e possibility of

of the large g

o different type

em differs ma

way how the re

sibility of supp

r mechanically

P or XD dehu

air. To avoid

mp and doubl

at exchanger (X

ts dehumidific

apacity require

ative humidity

necessary at

of using free co

glazed areas o

2es of units wh

ainly to that o

eturn air from

plying up to 10

y by the mean

umidifies thro

ventilation los

le cross flow h

XD).

cation capacit

ed because of

y can be lowe

very low outs

ooling, someth

of modern priv

2hich

of a

the

00%

ns of

ugh

sses

heat

ty in

f the

ered

side

hing

vate

Daytime win

Daytime su

Night time d

Daytime su

nter

ummer

dehumidification

ummer free coo

n

oling

2.3

2.2.1 DThe Da

dehum

double

and ind

savings

low out

the exa

supplie

For furt

into the

or the h

Daytim

The Da

hygieni

dehum

pool air

Then a

outside

flow he

supply

this ope

heat pu

outside

Daytim

The Da

will nor

heated

raises m

operatio

Night ti

The Da

needed

If dehu

the do

evapora

heat pu

stopped

DanX HP with anX HP comb

idification sys

cross flow he

door tempera

s of up to 100

tside winter te

act quantity of

ed.

ther energy o

e heat pump.

hot water supp

e operation w

anX HP is run

ic reasons for

idification cap

r is been runn

a part of the ex

e air. These tw

eat exchange

air temperatu

eration mode

ump. If the de

e air will autom

e operation su

anX HP is run

rmally be stop

in the double

more, a by-pa

on mode the d

me operation

anX HP is r

d the pool air i

midification is

ouble cross fl

ator. In this o

ump. Normall

d if a pool cov

2 stage heatines the best

stem. The com

eat exchanger

ature. Significa

0% make this

emperatures. T

f outside air r

optimization, a

This allows th

ply, where the

winter

nning with the

the pool hall.

pacity in the h

ning through t

xhaust air is le

wo airstreams

r and afterwa

ure still is not

the dehumidi

ehumidification

matically be inc

ummer

nning with 100

pped as the t

e cross flow

ass will open

dehumidificati

unning in rec

s directly recir

s needed a pa

low heat exc

operation mod

ly the fans w

ver is used.

recovery advantages o

mbination of h

is designed to

ant running c

system the o

The integrated

equired to sus

a water-cooled

he excess hea

energy is effic

e minimum ou

To keep pres

eat pump, on

the double he

eaving the uni

are then preh

ards in the he

high enough a

fication is don

n capacity is n

creased.

0% outside air

emperature is

heat exchang

to run the un

on is done jus

circulation mo

rculated and h

art of the swim

changer befor

e the dehumi

will run on low

of a heat pum

heat pump an

o perfectly co

cost reduction

obvious choice

d mixing box

stain comforta

d condenser c

at, to be transf

ciently re-use

utside air whic

ssure drops low

nly a part of th

eat exchanger

it with the othe

heated first in

eat pumps co

a reheater wi

ne with the dr

not sufficient t

r. The reheate

s high enough

ger. If the out

nit in free cool

st with the dry

ode. If no de

heated up by t

mming pool ai

re being deh

idification is d

w speed in n

2mp and outside

nd highly effic

ntrol the humi

ns due to ene

e in climates w

ensures that o

able condition

can be integra

ferred to the p

d.

ch is required

w and get a g

he wet swimm

r and evapora

er part joining

the double cr

ondenser. If

ll be activated

ry outside air

he amount of

er and heat pu

h, after been

side temperat

ing mode. In

outside air.

ehumidification

the reheater.

r is pre coole

humidified in

done just with

ight time, or

2e air

cient

idity

ergy

with

only

ns is

ated

pool

d for

ood

ming

ator.

the

ross

the

d. In

and

dry

ump

pre

ture

this

n is

d in

the

the

are

Night time r

Daytime su

Day/night ti

Daytime su

recirculation

mmer

ime winter

ummer, free coo

oling

2.4

2.2.2 DThe Da

cross f

indoor

energy

the exa

costs a

Daytim

The Da

hygieni

amount

through

heated

amount

Daytim

The Da

stopped

double

a by-pa

Night ti

The Da

needed

dehum

outside

swimm

recircul

maybe

DanX XD with anX XD is an

flow heat exc

temperature

saving of up

act quantity o

at a minimum.

e operation w

anX XD is run

ic reasons fo

t of air which

h the double

up by the reh

t of dry outsid

e operation su

anX XD is run

d as the tem

cross flow he

ass will open t

me operation

anX XD is r

d the return ai

idification is

e air like in da

ing pool hall

lation mode. N

even stopped

1 stage heat air dehumidi

hanger. This

while offering

to 90%. The

of outside air

winter

nning with the

or the pool ha

should be ch

heat exchan

heater. If the d

e air will autom

ummer

ning with 100

mperature is h

eat exchanger

o run the unit

unning in rec

r is directly re

needed a sm

aytime operat

again reache

Normally the

d if a pool cove

recovery fication syste

system perfe

g significant ru

integrated mi

needed is su

e minimum ou

all. To keep

hanged with th

nger. The res

dehumidificatio

matically be in

% outside air

high enough,

r. If the outside

in free cooling

circulation mo

ecirculated and

mall part of th

tion winter. W

s the set poin

fans will run o

er is used.

em with a high

ectly controls

unning cost r

ixing section e

upplied – whic

utside air whic

pressure dro

he outside air

st is directly

on capacity is

ncreased.

r. The reheate

after been p

e temperature

g mode.

ode. If no de

d heated up b

he return air

When the hum

nt, the unit is

on low speed

2h efficient dou

the humidity

eductions due

ensures that o

ch keeps runn

ch is required

ps low, only

r is been runn

recirculated

not sufficient

er will normally

re heated in

e goes further

ehumidification

by the reheate

is changed w

midity level in

running agai

d in night time

2uble

and

e to

only

ning

d for

the

ning

and

the

y be

the

up,

n is

er. If

with

the

n in

e, or

2.5

2.3 CalThe ne

surface

temper

evapora

There

require

relation

always

that poo

hall and

this als

As the

make a

scenari

investm

this wil

level.

The Ge

most c

choice

prefere

pool su

lculation of eeed for dehum

e, the wet area

ratures, humid

ation rates.

are many d

ement. Commo

n to what is a

unintentional

ol usage is low

d the water su

so reduces the

formula applie

any extra allo

ios. This wil

ment costs. If

ll generally b

erman VDI 20

commonly us

which one

ences. After c

urface the nece

evaporation midification ar

as and from th

dity and air cur

different form

on to most of

actually neces

ventilation th

wer than antic

urface is some

e need for deh

ed have a rat

owances in t

l merely res

a drastic rise

e short-lived

089 and Bias

sed for calcu

should be

calculation of

essary DanX

rise when eva

he bathers the

rrents are the

mulas for cal

f them is that

ssary. This is

rough doors,

cipated. If ther

ewhat lower th

umidification.

her high safet

the calculation

sult in unnec

in relative hu

until levels s

in & Krumme

lating dehum

used, very

the amount o

unit can be se

aporation occ

emselves. Phy

main factors

culating the

t they genera

s due to the f

windows and

re is good air

han the surrou

ty margin, it is

ns to accoun

cessarily high

umidity occurs

stabilise again

e are two stan

midification re

often depen

of water evap

elected.

2cur from the p

ysical dimensio

that influence

dehumidifica

te high value

fact that there

cracks or ma

distribution in

nding tiled are

s advisable no

nt for worst-c

h operation

at peak perio

n at their nor

ndards which

quirements. T

nds on natio

porating from

2pool

ons,

the

ation

s in

e is

aybe

the

eas,

ot to

case

and

ods,

rmal

are

The

onal

the

2.6

2.4 SelThe vo

calcula

The ab

from a

practice

exceed

no con

Xi can i

The air

higher

DanX h

2/4 – 16

Beside

importa

sufficie

swimm

2.5 SelFor a q

chapter

program

exact te

lecting the unolume of outsi

ated as follows

bsolute moistu

maximum of

e Xu can be

ded for approx

densation pro

if necessary b

r volume for t

air volume h

has to be cho

6/32 swimmin

the calculatio

ant to check

ent. As a rule

ing pool hall w

lection progrquick selectio

r 3 of this cat

m. Here we c

echnical data

nit de air require

s:

V = W (Xi - XW = Water e

Xu = absolute

Xi = absolute

1.175 = air d

ure content of

f 11-12 g/kg i

set at 9,0 g/

x. 20% of the

oblems in sum

be permitted to

he DanX 1, 2

as been calc

osen. For this

ng pool units.

on of the air v

that the air

e of thumbs a

will be sufficien

am on you can a

talogue. Here

can perform a

and drawings

ed to deal with

Xu) x 1.175 vaporation fro

e moisture con

e moisture con

ensity (kg/m3)

the outside a

n the summe

/kg in Europe

year in summ

mmer and the

o go a little hig

2 and 3 is betw

ulated to deh

see our tech

olume needed

change insid

an air flow of

nt.

lways use the

e at Dantherm

an accurate s

of the unit.

h the evapora

om pool (g/h)

ntent, outside

ntent, return ai

)

air (Xu) varies

er to 2-3 g/kg

e, a figure w

mertime. There

water conten

gher.

tween 500 an

humidify the p

hnical docume

d for dehumid

de the swimm

f 3-5 times th

e general tec

m we always u

selection of a

2ation rate can

air (g/kg)

ir (g/kg)

s with the sea

in the winter

hich will only

e are in any c

t of the return

d 3500 m3/h.

pool hall a lar

entation for Da

dification it is a

ming pool ha

he volume of

chnical data f

use our selec

a unit and ob

2n be

ason

r. In

y be

case

n air

If a

rger

anX

also

ll is

the

from

ction

btain

3.1

3.0 G 3.1 Dan Air volu Air voluExt. duFresh a Supply Exhaus OccupiOccupi Heat ou Supply ExhausTotal poSFP 3)

Max fulMax. poElectric HeatingHeat ouCoil off Water fPressuCoil co HeatingHeat ouCoil off Water fPressuCoil co 1) Higher2) Pool h3) Pool h4) 100% 5) Air inle

GENERAL

nX 1 XD tech

ume range hig

ume nominalct pressure 1)

air volume

air filterst air filter

ed, accordinged, partly outs

utput heat exc

air fan 4)

st air fan 4)

ower consum

ll load currentower consumpcal connection

g coil 5)

utput maxf temperature flowre loss watersnnection

g coil 5)


r external presshall condition at hall condition at air exchange et temperature

TECHNIC

nical data an

gh speed

VDI 2089 2)

side air 3)

changer 3)

ption 3)

ptionn

max

side

max

side

sures possible 30°C/54%r.h 30°C/54%r.h. w

30°C, water tem

AL DATA

d capacities

m3/h

m3/hPa%

kg/hkg/h

kW

KWKWKWkJ/m3

AkWV

RRkW°Cm3/hkPa“

RRkW°Cm3/hkPa“

with 30% outside

mperature 60°/4

500

1000200 0–10

F7 M5

7 3.5

2.4

0.3 0.3 0.6 1.4 4.4 1.0 1 x 2

2 2.7 38.00.117.4 3/8

3 3.9 41.50.1422 3/8

e air @ 5°C/85%

40°C

3

– 1300

0

00

230 + N

0

5 4

%r.h.

3

3.2

3.2 Dan

Air volu

Air voluExt. duFresh a Supply Exhaus UnoccuOccupiOccupi Heat ouHeatingCompre Supply ExhausCompreTotal poSFP 3)

Max fulMax poElectric HeatingHeat ouCoil off Water fPressuCoil co HeatingHeat ouCoil off Water fPressuCoil co

1) Higher2) Pool h3) Pool h4) Differe5) 100% 7) Air inle8) Water

nX 1 HP tech

ume range hig


air volume


upied, accordied, accordinged, partly outs

utput heat pumg capacity 4)

essor COP 3)

air fan 5)

st air fan 5)

essor power cower consum


g coil 7)

utput maxf temperature flowre loose watennection

g coil 7)


r external presshall condition at hall condition at ence between reair exchange et temperature r temperature 30

nical data an

gh speed

ng VDI 2089 2 VDI 2089 2)

side air 3)

mp / exchange

consumption 3ption 3)

ptionn

max

rside

max

side

sures possible 30°C/54%r.h. 30°C/54%r.h. w

eturn / supply ai

30°C, water tem0°C / HP: 40°C

d capacities

m3/h

m3/hPa%

2) kg/hkg/hkg/h

er 3) kWkW

KWKW

) KWKWkJ/m3

AkWV

RRkW°Cm3/hkPa“

RRkW°Cm3/hkPa“

with 30% outsider

mperature 60°/4

500

1000200 0–10

F7 M5

1.7 7 5

5.4 2.4 3.9

0.3 0.3 0.6 1.2 1.767.4 1.7 1 x 2

2 2.7 38.00.117.4 3/8

3 3.9 41.50.1422 3/8

e air @ 5°C/85%

40°C

3– 1300

0

00

6

230 + N

0

5 4

%r.h.

3

3.3

3.3 Dan Air volu Air voluExt. duFresh a Supply Exhaus OccupiOccupi Heat ou Supply ExhausTotal poSFP 3)


nX 2 XD techn

ume range hig


air volume



utput heat exc

air fan 4)

st air fan 4)

ower consum

ll load current ower consumpcal connection

g coil 5)


g coil 5)



nical data and

gh speed

VDI 2089 2)

side air 3)

changer 3)

ption 3)

ptionn

max

side

max

side


30°C, water tem

d capacities

m3/h

m3/hPa%

kg/hkg/h

kW

KWKWKWkJ/m3

AkWV

RRkW°Cm3/hkPa“

RRkW°Cm3/hkPa“

with 30% outside

mperature 60°/4

1000

1750200 0–10

F7 M5

11 6

3.7

0.5 0.5 0.8 1.2 7.0 1.6 1 x 2

2 4.9 38.20.224.7 3/8

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ating

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coil, which

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a common fau

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the

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6.1

6

6.0 DIMENSIONS AND WEIGHT

DanX 1 XD/HP

The unit shown in the picture is left hand position.

DanX 1 HP Weight [kg]

Unit 279

2 RR LPHW heating coil 1


External electrical heating coil 13

DanX 1 XD Weight [kg]

Unit 254




A. Return air duct

B. Supply air duct

C. Outdoor duct

D. Exhaust air duct

1 LPHW connection 1 1

6.2

6

DanX 2 XD/HP



Unit 379




Water cooled condenser 10

DanX 2 XD Weight [kg]

Unit 344




A. Return air duct

B. Supply air duct

C. Outdoor air duct

D. Exhaust air duct

1 LPHW connection

1 1

6.3

6

DanX 3 XD/HP


DanX 3 XD

DanX 3

Weight [kg]

Unit 465





Unit 500




Water cooled condenser 10

A. Return air duct

B. Supply air duct

C. Outdoor air duct

D. Exhaust air duct

1 LPHW connection 1 1

ABOUT THE DANTHERM GROUP

Control your climate

The Dantherm Group is a leading provider of climate control products and solutions. The group companies have more than 60 years of experience in designing and manufacturing high quality and energy efficient equipment for heating, cooling, drying and ventilation for a wide range of mobile and fixed applications.

Every year Dantherm Group uses significant resources on product development to stay in the forefront and are constantly adapting the products to changing market demands and legislation.

The Dantherm Group has a number of strong brands with well established market positions in the mobile, pool, commercial/industrial and residential markets.

Dantherm Group customers benefit from our comprehensive knowledge base and the experience and expertise that we have gained from more than three million climate control products and solutions sold worldwide.

Global reach

The Dantherm Group is headquartered in Skive, Denmark and has an own market presence in Norway, Sweden, United Kingdom, Germany, Switzerland, Italy, Spain, Poland, Russia, China and United Arab Emirates.

In 2016 the Dantherm Group was acquired by the Swedish equity fund Procuritas Capital Investors V LP – a strong owner with the ambition to continue the development and growth of the company.

Dantherm A/SMarienlystvej 65 | DK-7800 Skive Tel. +45 96 14 37 00 | Fax +45 96 14 38 [email protected] | www.dantherm.com

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technical information danx xd & danx hp swimming … · vdi 2089). ir is going ab e swimming is...

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