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• Use and functioning.

-  Start-up display.

  Every time power is supplied to the appliance, 

the  display  will  activate  all  symbols  for  2 
seconds:

  While in the next 5 seconds, the display will 

indicate the board software version:

  After  which,  the  following  information 

regarding the type of system will be displayed, 
the  temperature  of  the  solar  collector  (1  ÷ 
170°C upper digit) and the temperature of the 
storage tank probe (1 ÷ 125°C lower digit): 

  Functioning.

  For the description of the parameters, refer to 

the table in the previous paragraph.

  - 

OFF mode.

 By pressing the (

) key for 3 

seconds, the appliance goes to off mode (also 
in the presence of anomalies). In this way, it 
is not operational and the display shows off. 
Only the anti-freeze protection and the pump 
anti-block remain active. 

 

-  Solar pump functioning.

    The  pump  activates  and  deactivates 

automatically when it is set in On/Off mode.

   

Activation: 

the solar pump will be activated 

by the board if the following conditions occur 
at the same time: 

    T tank < PAR15 – PAR16 

    and

    Solar collector T - tank T > PAR16

    D

eactivation:

 the board deactivates the solar 

pump  if  one  of  the  following  conditions 
occurs:

    Tank T > PAR 15

    or

    Solar collector T< tank T + PAR 22

   

Manual Functioning:

 the pump can be set 

in On mode (always on) or Off mode (always 
off ).  In  the  event  of  manual  setting,  the 
prevention functions are inhibited.

  - 

Solar  collector  cooling  function.

  This 

function  is  used  to  manage  the  pump  in 
the  event  of  overheating  of  the  solar  panel 
according to the following table:

Description

Condition

Solar pump 

activation

PAR 15 < tank T < PAR 18

+

Solar collector T > PAR 17 - PAR 19

Solar pump 

deactivation

Solar collector T (PAR 17 - PAR 19) 

-1°C

or

Tank T ≥ PAR 18 +1°C

or

Solar collector T > PAR 17

(reactivates with solar collector T < 

PAR17 -1°C)

    With  parameter  19=0,  the  solar  collector 

cooling function is deactivated; the following 
conditions remain active:

    Solar collector T > PAR17 => Solar pump off

    Solar  collector  T  <  PAR17–  1°C  =>  Solar 

pump on

  - 

Cold solar collector recognition function.

 

The  board  will  deactivate  the  solar  pump 
(present only with return probe) when:

    Solar collector T– solar collector return T < 

PAR 21

  - 

Solar  collector  anti-freeze  function.

  The 

Solar Pump activates when:

    Solar collector T < PAR 23 

    The board will not deactivate the solar pump 

until: 

    Solar collector T > PAR 23 + 1°C 

   

Important:

 the default anti-freeze function 

is deactivated PAR 23=0.

  - 

Solar  pump  anti-block  function.

  After  24 

hours  of  inactivity,  the  system  pumps  are 
activated for 3 seconds.

  - 

Diverter valve anti-block function.

 After 24 

hours of inactivity, the diverter valve will be 
activated for 5 seconds (in the systems where 
the diverter valve is present).

  - 

Priority  solar  function.

  The  function  is 

active when: 

    DHW inhibition probe T (PAR 31 - PAR 33) 

< DHW set (parallel integration). 

    DHW inhibition probe T (PAR 31 - PAR 33) 

< DHW set (priority integration) and solar 
loading pump in off for a time > 5 minutes.

• Anomalies

The  following  table  describes  the  possible 
anomalous conditions that will be displayed on 
the basis of the system ration selected. 
The  possible  functioning  error  conditions  are 
displayed on the user interface display.
If an anomaly should occur, the (

) symbol 

starts to flash as well as the back light (anomaly).
If a no communication anomaly should occur, 
the  (

)  +  (

)  symbols  start  to  flash  as 

well as the back light (communication anomaly). 

Description of anomaly

Fault code

S1 NTC sensor fault

81

S2 NTC sensor fault

82

S3 T1000 sensor fault

83

Solar pump off

87

-  Anomaly  81  NTC  sensor  fault:  the  sensor 

fault, intended as a short circuit or open circuit 
causes  the  deactivation  of  the  Solar  Pump 
(active  system  protection).  The  protection  is 
deactivated  immediately  when  this  fault  is 
resolved.

-  Anomaly  82  NTC  sensor  fault:  the  sensor 

fault, intended as a short circuit or open circuit 
causes  the  deactivation  of  the  Solar  Pump 
(active  system  protection).  The  protection  is 
deactivated  immediately  when  this  fault  is 
resolved.

-  Anomaly  83  PT1000  sensor  fault:  the  sensor 

fault, intended as a short circuit or open circuit 
causes  the  deactivation  of  the  Solar  Pump 
(active  system  protection).  The  protection  is 
deactivated  immediately  when  this  fault  is 
resolved.

-  Solar pump Off: the solar control unit signals 

that  the  solar  pump  is  in  forced  Off  mode 
(parameter 24).

 

• Technical data.

Power Supply: ................... 230 Vac + 10% ÷ 15%

Frequency: ...........................................50 Hz ±5%

Mains (PF1): .......................3.15 AF (rapid) 5x20

Free contact outputs: .................5A 30 Vdc relay,

     

10 A 250 Vdc

     (Maximum charge allowed: 0.25 A 230 Vac)

Содержание UB INOX SOLAR 200-2

Страница 1: ...UB INOX Solar 200 2 STORAGE TANK UNIT Instruction booklet and warning IE 1 033447ENG ...

Страница 2: ...on compliance of technical laws in force standards or instructions contained in this book or however supplied by the manufacturer the manufacturer is excluded from any contractual and extra contractual liability for any damage and the appliance warranty is invalidated For further information regarding legislative and statutory provisions relative to the installation consult the Immergas site at th...

Страница 3: ...designed for floor installation they must be used for the storage of domestic hot water and similar purposes They have not be designed for wall installation Important these units are used to store water at a temperature below boiling point at atmospheric pressure They must be connected to a boiler and to aDHWwater distribution network They must be installed in rooms where the temperature cannot fa...

Страница 4: ...use the scrolling keys to select configuration 2 press the i key to confirm the configuration selected 1 5 SYSTEM FILLING Once the storage tank has been connected fill the system via the boiler filling valve Filling is performed at low speed to ensure release of air bubbles in the water via the boiler and central heating system vents Closethefillingvalvewhentheboilermanometer pointer indicates app...

Страница 5: ... can also depend on the value set on the boiler however theDHWtemperatureupperlimitvalueisalways determined by the position of the mixing valve knob position 1 42 C 2 48 C 3 54 C 4 60 C as per standard the values indicated refer to a storage tank with water at 70 C Any release of the three way mixing valve If after a long period of inactivity the three way mixing valve is blocked it is necessary t...

Страница 6: ...ound on the ground floor and the solar collector is found on the roof at a hypothetical height of 6 m the distance to be calculated is 6 m x 0 1 bar 0 6 bar therefore the expansion vessel must be charged to 2 0 6 2 6 bar Hydraulic unit safety valve There is a safety valve present on the hydraulic unit that protects the system from an excessive increase in pressure This valve intervenes by discharg...

Страница 7: ...to previous menu Parameter next value selection Parameter previous value selection Access to the parameters system info value confirmation Functions programming Access to the board parameters menu is given through the buttons present on the control unit To access the parameters menu and modify a value necessary Press the key once and hold for 10 seconds access to the menu Scroll to the parameter t...

Страница 8: ...re C 90 160 C 140 C 18 Tank Maximum Temperature C 70 95 C 80 C 19 Value of the temperature differential between the solar collector maximum temperature PAR 17 and the solar collector temperature above which the solar collector cooling function activates Solar collector cooling function 0 Function deactivated 0 20 C 0 20 Diverter functioning 0 Off 1 Auto 2 On 0 2 1 21 Value of the Δ flow return tem...

Страница 9: ...or T solar collector return T PAR 21 Solar collector anti freeze function The Solar Pump activates when Solar collector T PAR 23 The board will not deactivate the solar pump until Solar collector T PAR 23 1 C Important the default anti freeze function is deactivated PAR 23 0 Solar pump anti block function After 24 hours of inactivity the system pumps are activated for 3 seconds Diverter valve anti...

Страница 10: ...storage tank use the special valve in the lower part of the storage tank Fig 1 5 part 8 Before draining ensure that the DHW inlet valve is closed 2 3 CASE CLEANING Use damp cloths and neutral detergent to clean the storage tank casing Never use abrasive or powder detergents 2 4 DECOMMISSIONING In the event of permanent shutdown of the storage tank contact professional staff for the relative operat...

Страница 11: ...0 Cold water inlet filter 11 One way valve OV 15 Optional 12 Cold water inlet cock 13 One way valve 14 6 bar safety valve 15 Shut off valve with thermometer 16 Solar expansion vessel 17 Solar pump 18 Flow meter 19 Domestic hot water probe 20 DHW inlet probe 21 Stainless steel coil that can be coupled to solar panels 22 Solar system draining valve 23 Solar panels probe AC DHW outlet RU Return from ...

Страница 12: ...k Magnesium anode Check the state of the internal coil Check the presence of any slurry deposits on the bottom of the storage tank Key A12 Solar management control unit B2 Domestic hot water probe NTC B11 Solar collector probe PT1000 B12 Solar storage tank probe NTC B19 Domestic inhibition probe NTC B20 Solar collector return probe PT1000 Optional M6 Solar circuit pump R8 Storage tank function inh...

Страница 13: ...de maximum temperature C 99 Domestic hot water expansion vessel l 8 Dispersions kW 24h 3 42 Coil thickness mm 0 8 Solar coil length mm 6 500 CH coil length mm 10 700 Solar coil exchange surface m2 0 41 CH coil exchange surface m2 0 67 Solar coil capacity l 1 73 CH coil capacity l 2 84 CH solar primary fluid flow rate coil l h 1 140 1 140 Coil head loss at 1000 l h kPa m H2 O 12 3 1 25 Central heat...

Страница 14: ......

Страница 15: ......

Страница 16: ...mmergas com Immergas S p A 42041 Brescello RE Italy T 39 0522 689011 F 39 0522 680617 This instruction booklet is made of ecological paper Cod 1 033447ENG rev ST 000709 000 02 2014 Inglese per IRLANDA IE ...

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