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35

15.1 

CONFIGURATION PARAMETERS

31. Tabella Parametri

SELEZIONE SOTTO-MENU

LABEL SIGNIFICATO

ALL 

Visualizza tutti i parametri

ST

Visualizza solo i parametri di termoregolazione

CF 

Visualizza solo i parametri di configurazione

SD

Visualizza solo i parametri Del set point dinamico 

ES

Visualizza solo i parametri energy saving

CO

Visualizza solo i parametri compressori

FA

Visualizza solo i parametri ventilazione

Ar 

Visualizza solo i parametri resistenza antigelo

DF 

Visualizza solo i parametri sbrinamento

AL 

Visualizza solo i parametri allarmi

PARAMETRI DI CONFIGURAZIONE

Temperature regulation parameters

 

Parameter

 

Description 

 

min 

max 

ST01 

Summer set point 

ST05 

ST06  °C/°F 

dec/int 

ST02 

Summer differential 

  

0.0 

25.0 

45 

°C 

°F 

Dec 

int 

ST03 

Winter set point 

 

ST07 

ST08  °C/°F 

dec/int 

ST04 

Winter differential  

0.0 

25.0 

45 

°C 

°F 

Dec 

int 

ST05 

Summer minimum set 

 

-50.0 

-58 

ST01 

°C 

°F 

Dec 

int 

ST06 

Maximum summer set 

 

ST01 

110 

230 

°C 

°F 

Dec 

int 

ST07 

Winter minimum set

 

-50.0 

-58 

ST03 

°C 

°F 

Dec 

int 

ST08 

Maximum winter set 

 

ST03 

110 

230 

°C 

°F 

Dec 

int 

ST09 

Adjustment band 

 

0.0 

25.0 

45 

°C 

°F 

Dec 

int 

Function without accumulation

 

Parameter 

 

Description 

 

min 

max 

udm 

Resolution

ST10

Chiller unit function without accumulation

0= 

disabled

1= 

enabled

0

1

ST11

Minimum water temperature set point at unit output without

accumulation in chiller mode

-50.0

-58

110

230

°C

°F

Dec

int

ST12

Maximum water temperature set point at unit output without

accumulation in operation heat pump

 

-50.0

-58

110

230

°C

°F

Dec

int

ST13

Delta set point in chiller / heat pump operation 

0.0

0

25.0

45

°C

°F

Dec

int

ST14

Differential delta in chiller / heat pump operation 

0.0

0

25.0

45

°C

°F

Dec

int

ST15

Compressor operation time after which it comes the delta 

set point and the delta differential in chiller / heat pump 

operation

0

250

Sec

10 sec

ST16

Constant for the calculation of the set point and differential 

value in chiller / heat pump operation

0

250

ST17

Delay time for changing the working set point 

Geothermal chiller function

1

250

Sec

10 sec

Parametro

Descrizione

min

max

udm

Risoluzion

e

CF01

Tipo di unità:

0= Chiller aria / aria

1= Chiller aria / acqua

2= Chiller acqua / acqua

3= Chiller acqua / acqua con con inversione ciclo lato acqua

0

3

CF02

Motocondensante

0= No

1= Si

0

1

ST10

Funzione unità chiller senza accumulo

0= disabilitata

1= abilitata

0

1

ST11

Set point minima temperatura acqua in uscita unità senza 

accumulo in funzionamento chiller

-50.0

-58

110

230

°C

°F

Dec

int

ST12

Set point massima temperatura acqua in uscita unità senza 

accumulo in funzionamento p.d.c.

-50.0

-58

110

230

°C

°F

Dec

int

ST13

Delta set point in funzionamento chiller / p.d.c.

0.0

0

25.0

45

°C

°F

Dec

int

ST14

Delta differenziale in funzionamento chiller / p.d.c.

0.0

0

25.0

45

°C

°F

Dec

int

ST15

Tempo funzionamento compressore superato il quale viene 

decrementato il delta set point e il delta differenziale in 

funzionamento chiller / p.d.c.

0

250

Sec

10 sec

ST16

Costante per il calcolo del valore set point e differenziale in 

funzionamento chiller / p.d.c.

0

250

ST17

Tempo di ritardo modifica del set point di lavoro

1

250

Sec

10 sec

Funzione Chiller geotermico

Parametro

Descrizione

min

max

udm

Risoluzion

e

ST18

Set point ambiente in chiller

ST20

ST21

°C/°F

dec/int

ST19

Differenziale ambiente in chiller

0.0

0

25.0

45

°C

°F

Dec

int

ST20

Set minimo ambiente in chiller

-50.0

-58

ST18

°C

°F

Dec

int

ST21

Set massimo ambiente in chiller

ST18

110

230

°C

°F

Dec

int

ST22

Set point ambiente in p.d.c.

ST24

ST25

°C/°F

dec/int

ST23

Differenziale ambiente in p.d.c.

0.0

0

25.0

45

°C

°F

Dec

int

ST24

Set minimo ambiente in p.d.c.

-50.0

-58

ST22

°C

°F

Dec

int

ST25

Set massimo ambiente in p.d.c.

ST22

110

230

°C

°F

Dec

int

Pr2

Password

0

999

CONFIGURATION PARAMETERS

Parameter

Description 

min

max

udm

Resolution

CF01

Type of unit:

0= 

air / air chiller

1= 

Air / water chiller

2= 

Water / water chiller

0

3

CF02

Moto condensing

0= No

1= 

Yes

0

1

CF03

Adjustment probe

0= 

Rule on the PB1 probe

1= 

Rule on the PB2 probe

2= 

It adjusts on the PB2 probe and enables operation with

user set on the PB1 probe

 

0

2

CF04

Configuration PB1

0= 

Absent probe

1= 

evaporator inlet NTC temperature

 

2= 

Digital input required by the temperature controller

3= 

Cold request digital input

0

3

CF05

Configuration PB2 

0= 

Absent probe

1= 

evaporator output NTC temperature

2=

 Anti-freeze alarm digital input

3= 

Hot request digital input

4= 

Outdoor air temperature

0

4

CF06

0 = Absent probe

1 = condensation control NTC temperature

2 = Input 4..20ma for condensation control

3 = Input 4..20ma for dynamic set point

4 = NTC temperature probe for thermoregulation e

antifreeze alarm in water / water unit with side inversion

water (unit with heat pump.)

5 = NTC probe for high system water inlet temperature

6 = 0..5V input for condensation control CF07 PB4 

configuration

0

6

CF07

Configurazione PB4

0 = probe absent

1 = NTC temp. Condensation control

2 = Multifunction digital input

3 = Outdoor air temperature

4 = NTC antifreeze alarm temperature (water / water unit)

5 = Combined defrost NTC temperature

6 = NTC temperature probe for thermoregulation e antifreeze 

alarm in water / water unit with side inversion

water (unit with heat pump.)

7 = NTC high temperature inlet water system temperature

CF08 ID1 

0

7

CF08

0

15

CF09

0= Termica compressore 1

1= Termica ventilatore di condensazione

2= Flussostato evaporatore

3= On/off remoto

4= chiller / pompa di calore remoto

5= Termica compressore 2

6= Richiesta 2 compressore / gradino

7= Fine sbrinamento

8= Energy saving

9= Allarme antigelo

10= Termica compressori 1 e 2 

11= Allarme generico segnalazione / blocco

12 = Allarme  termica  pompa  acqua  evaporatore  / termica 

ventilatore di mandata

13= Allarme termica pompa acqua condensatore

14= Flussostato condensatore

15= Disabilitato

0

15

31. Tabella Parametri

SELEZIONE SOTTO-MENU

LABEL 

SUBMENU SELECTION

 

ALL 

Displays all parameters

 

ST

Displays only the thermoregulation parameters

 

CF 

Displays only the configuration parameters

 

SD 

Displays only the parameters of the dynamic set point

 

ES 

Displays only the energy saving parameters

 

CO 

Displays only the compressor parameters

 

FA 

Displays only the ventilation parameters

 

Ar 

Displays only the antifreeze resistance parameters

 

DF 

Displays only the defrost parameters

 

AL 

Displays only the alarm parameters

 

PARAMETRI DI CONFIGURAZIONE

Parametri Termoregolazione

Parametro

Descrizione

min 

max

udm

Risoluzion

ST01

Set point estate

ST05

ST06

°C/°F

dec/int

ST02

Differenziale estate 

0.0 

25.0

45 

°C

°F

Dec

int

ST03

Set point inverno

ST07

ST08

°C/°F

dec/int

ST04

Differenziale inverno

0.0 

25.0

45 

°C

°F

Dec

int

ST05

Set minimo estate 

-50.0

-58 

ST01

°C

°F

Dec

int

ST06

Set massimo estate

ST01

110

230

°C

°F

Dec

int

ST07

Set minimo inverno

-50.0

-58 

ST03

°C

°F

Dec

int

ST08

Set massimo inverno

ST03

110

230

°C

°F

Dec

int

ST09

Banda di regolazione

0.0 

25.0

45 

°C

°F

Dec

int

Funzione senza accumulo

Parametro

Descrizione

min 

max

udm

Risoluzion

15.1 

SUBMENU SELECTION

Resolution

udm

0 = Compressor thermal 1

1 = Condensation fan thermal

2 = Evaporator flow switch

3 = Remote on / off

4 = remote chiller / heat pump

5 = Compressor thermal 2

6 = 2 compressor / step request

7 = End defrost

8 = Energy saving

9 = Antifreeze alarm

10 = Compressor 1 and 2 thermic

11 = Generic alarm signaling / blocking

12 = Evaporator / thermal water pump thermal alarm

supply fan

13 = Condenser water pump thermal alarm

14 = Condenser flow switch

15 = Disabled

Summary of Contents for HUB RADIATOR PACK CF 3.0

Page 1: ...ATION HUB RADIATOR PACK CF Factory made high efficiency integrated hybrid system patented heat pump with direct exchange refrigerant water to produce DHW heating and air conditioning HUB RADIATOR PACK...

Page 2: ...2...

Page 3: ...3 5 1 4 5 1 5 5 1 6 5 1 7 5 2 6 2 1 6 2 2 6 2 3 6 3 7 3 1 7 3 2 8 3 3 8 3 4 8 3 5 8 3 6 Pump Down 8 3 7 9 4 INSTALLATION OF INDOOR UNITS 10 4 1 Choosing the place of installation 10 4 2 Technical data...

Page 4: ...tructions 27 9 5 General system checks 27 10 START UP 27 10 1 First start up checks 27 10 2 Starting up 27 11 REPAIR COMPONENTS REPLACEMENTS 27 11 1 Refrigerant circuit 27 11 2 Drying and vacuum of th...

Page 5: ...be installed at wall or recessed the indoor unit is supplied complete with all the appropriate ones internal copper exchangers R410A refrigerant gas connections DHW connections air vent valve safety v...

Page 6: ...2 x 0 75 mm 2 x 2 20 A curv D Table 2 Tightening torque Torque Tightening min max N m 1 4 14 18 3 8 33 42 5 8 63 77 Table 3 Refrigerant charge m Max Add refrigerant quantity g m HR 3 0 5 15 5 20 HR 7...

Page 7: ...not compromise the product operation and or personal safety e of assets Make sure that the space at the back of the unit is greater than 30 cm The front must have more than 60 cm of space Ensure that...

Page 8: ...at each tube both the gas side tubes and the liquid between internal group and external group has been connected in the correct way and that all the wiring necessary for the testing have been carried...

Page 9: ...pressure gauge using the refrigerant gas Completely close the liquid valve Turn on the machine in cooling mode When the pressure of the pressure gauge goes from 0 to 0 5 kg 2G cm between 14 2 and 7 1...

Page 10: ...as connection 19 Gas connection R410A 5 8 4 1 CHOICE OF INSTALLATION SITE OF THE HYBRID SYSTEM When determining where to install the internal unit of the system hybrid HUB RADIATOR PACK CF take the fo...

Page 11: ...that the support surface is regular Use the bracket as a template and mark the position of the holes from to achieve x 3 Wilo Yonos Pico 25 18 60 4 5 7 5 4 75 4 6 3 4 3 4 1 2 1 2 230V 1 50Hz 1447 720...

Page 12: ...pipes the weight of which must not burden on the appliance properly insulate the pipes to find the right ones heat losses H Connect a special safety drain in correspondence of the 1 2 female threaded...

Page 13: ...or exclude them safety devices In the event of repeated shutdowns of the boiler it is necessary have the air intake flue gas exhaust ducts checked which may be blocked or inadequate for the disposal o...

Page 14: ...tion that the total path of the fumes from the exit point of the same from the terminal to their outlet from the external perimeter of the balcony including the height of the eventual balustrade of pr...

Page 15: ...temperatura di spegnimento dopo accensione bruciatore 0 20 0 DO NOT MODIFY THIS VALUE P61 Selezione allarme temperatura scarico fumi 20 150 105 P62 Not used P63 Not used P64 Not used P65 Anti legionel...

Page 16: ...0 1 1 DO NOT MODIFY P20 Selection of the minimum value of the DHW 35 50 35 P21 Low temperature zone selection 0 1 0 0 High temperature 1 Low temperature P22 Not used P23 Selection of pump activation t...

Page 17: ...bustion regulation CO2 4 7 3 CHECK AND ADJUSTMENT OF THE GAS VALVE PREMISE The boiler by means of the BEST function is suitable automatically combustion according to the conditions of installation the...

Page 18: ...s specified below Control operations general check of the integrity of the boiler check the tightness of the gas circuit of the boiler and the gas supply network to the boiler control of the boiler su...

Page 19: ...s network and the electricity grid The materials of which the boiler is made are all recyclable Once dismantled the boiler must be disposed of in compliance of the legislation in force in the country...

Page 20: ...o use the boiler only it is necessary to set IC to ON and set DC to EMERGENCY Simultaneously put the CD control in STAND BY by pressing the SUN button Booster terminal board Technical water probe Boos...

Page 21: ...the integration boiler it is necessary to set IC to ON and set DC to INTEGRATION In this way the control unit will decide when the help of the boiler is needed which will work in support of the heat...

Page 22: ...12 3 03 2 91 10 3 45 3 37 3 29 3 20 3 10 2 98 11 3 55 3 46 3 37 3 28 3 18 3 06 12 3 64 3 55 3 45 3 36 3 25 3 13 13 3 75 3 64 3 54 3 44 3 33 3 20 14 3 85 3 74 3 63 3 52 3 41 3 28 15 3 95 3 83 3 72 3 6...

Page 23: ...ting C 30 35 40 45 50 55 1 074 10 2 96 2 59 2 25 1 91 1 59 1 27 HR 3 0 9 3 04 2 67 2 32 1 98 1 65 1 33 8 3 14 2 75 2 39 2 05 1 71 1 39 7 3 23 2 84 2 47 2 12 1 78 1 46 6 3 32 2 92 2 54 2 19 1 84 1 52 5...

Page 24: ...cold water filter 19 Secondary plate heat exchanger 20 Domestic hot water temperature sensor 21 Automatic by pass integrated on plate heat exchanger 22 Motorized 3 way valve S Condensate drain G Gas i...

Page 25: ...an speed x100 TMax operating temperature in heating mode Total expansion vessel capacity 6 5 TECHNICAL FEATURES BOILER HUB RADIATOR PACK CF TECHNICAL FEATURES kW bar bar bar bar l min V Hz A W IP Kg m...

Page 26: ...d mode with the active boiler for DHW production and external booster in active heat pump to produce chilled water up to 4 C per power the hydronic terminals IC ON OFF O I CD 2 0 0 1 2 3 4 5 H m 4 6 8...

Page 27: ...UP Before proceeding with the commissioning of the appliance you need to make sure that the safety conditions and all the provisions listed in this manual has been complied with the fixing to the sup...

Page 28: ...inants that have been must be eliminated introduced to clean the circuit or to effect the operations carried out WARNING Do not inhale the refrigerant vapors coming from burned compressors as it can b...

Page 29: ...as to obtain a temperature of system delivery that increases in a way proportional to decreasing air temperature external To proceed with this function set the value of the parameter ST08 and ST03 at...

Page 30: ...ler Boiler differential boiler Boiler activation delay time boiler SET POINT external air compressor deactivation Compressor activation external air differential PARAMETERS OF ALARMS FUNCTIONS Probe f...

Page 31: ...bled but not active the icon is off ___________________________________________________ On during access to the functions menui ___________________________________________________ Lit if the resistanc...

Page 32: ...ws exit from parameter programming 2 contemporary pressure prolonged keys allows entry into manual defrost ___________________________________________________ Remote terminal Regarding the use of the...

Page 33: ...ure falls below 90 C P1 probe alarm PB1 probe alarm PB2 probe alarm PB3 faulty probe or resistive value out of range faulty probe or resistive value out of range probe alarm PB4 faulty probe or resist...

Page 34: ...al probe 3 Substitution of tract 1 Replacement of the outdoor unit probe 2 Connection cable replacement external probe 3 Substitution of tract 1 Thermostat replacement 2 External booster recharge 3 co...

Page 35: ...int ST21 Set massimo ambiente in chiller ST18 110 230 C F Dec int ST22 Set point ambiente in p d c ST24 ST25 C F dec int ST23 Differenziale ambiente in p d c 0 0 0 25 0 45 C F Dec int ST24 Set minimo...

Page 36: ...pen contact 0 1 CF16 Polarity ID5 0 Active close contact 1 Active open contact 0 1 ventilatore di mandata 13 Allarme termica pompa acqua condensatore 14 Flussostato condensatore CF09 CONFIGURATION ID2...

Page 37: ...sent 1 Continuous operation in ON OFF output 2 Operation on compressor request 3 Continuous output operation 4 20mA 4 Operation on request of the compressor 4 20mA 0 4 CO12 Compressor 0 Enabled 1 OFF...

Page 38: ...6 Minimum defrost alarm 0 Not enabled 1 Enabled 0 1 dF17 Minimum alarm delay when reversing the 4 way valve 0 250 Sec FA09 Maximum fan speed in summer 30 100 FA10 Minimum fan speed temperature pressur...

Page 39: ...utput relay polarity 0 Output without voltage in normal conditions with voltage in the presence of an alarm 1 Output with voltage in normal conditions without voltage in the presence of an alarm 0 1 A...

Page 40: ...CE dei prodotti comporta il controllo costante of production with the aim of guaranteeing the conformity of the appliances with the safety and performance characteristics of the verified samples The...

Page 41: ..._________ Raffrescamento estivo Produzione ACS Riscaldamento Distanza tra unit interna ed esterna max 15 m Dislivello tra unit interna ed esterna max 5 m Le tubazioni delle linee frigorifere 1 4 3 8 p...

Page 42: ..._________________________________________________________ Attenzione la mancata effettuazione del primo avviamento per cause non dipendenti dall unit comporter una seconda visita la quale sar a voi di...

Page 43: ..._____________ ___________ ________________ BOOSTER POSIZIONATO A TERRA A MURO A FINESTRA SU STAFFE ANTIVIBRANTI MENSOLE A TETTO ALTRO SU BASI A SOSPENSIONE A RINGHIERA INSTALLAZIONE CON PONTEGGIO SI N...

Page 44: ...AICO SPENTO FUNZIONAMENTO IN POMPA DI CALORE BOOSTER 1 TEMPERATURA DI EVAPORAZIONE U E C Pb3 _______ TEMPERATURA ACQUA TECNICA C Pb1 _______ NB TEMPERTATURA DI INIZIO CONDENSAZIONE C _______ Attendere...

Page 45: ...ence must be made to the natural or legal person who has purchased the Product regardless of whether the seller is A2B ACCORRONI E G or other person marketing branded products A2B ACCORRONI E G This w...

Page 46: ...rroni mediante ogni opportuna operazione di trattamento manuale ed informatico per finalit funzionali all adempimento degli obblighi derivanti dal contratto di fornitura di beni servizi da parte di Ac...

Page 47: ...provisions of the law on the subject of deduction for the energy requalification costs of the existing building heritage the A2B Accorroni E G Ltd DECLARES that the product complies with the European...

Page 48: ...corroni E G s r l Via d Ancona 37 60027 Osimo An Tel 071 723991 web site www accorroni it e mail a2b accorroni it A2B Accorroni E G S r l reserve the right to make changes without prior notice TECHNIC...

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