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16 

 

SCHEME 12/17 

 TWO COLLECTORS, TWO PUMPS, TANK AND ADDITIONAL HEAT RECEIVER  

 Installation 12/17 supports: 

 

two  collector  pumps  (operating  independently  in  separate 

circuits),

 

 

accumulation tank with lower circuit,

 

 

two directions of collector positioning,

 

 

additional heat receiver,

 

 

valve switching between main circuit and additional receiver

 

 

Installation sensors:

 

 

two collector sensors,

 

 

accumulation tank sensor,

 

 

sensor of additional receiver

 

 

NOTE 

 

No  possibility  of  connecting  and  selecting  an  additional  device  - 

Peripherals

  submenu  is  not  available  in  the 

service menu. Switching valve controlling the additional receiver is connected in the place of peripheral device.

 

 

Additional parameters to be configured:

 

 

Pump 2 deactivation delta 

 

 

Pump 2 activation delta 2

 

 

Heat receiver : maximum receiver temperature, heat receiver hysteresis  

 

 

 

SCHEME 13/17 

 TWO COLLECTORS, PUMP, VALVE, TANK AND ADDITIONAL TANK CONNECTED IN SERIES

 

Installation 13/17 supports: 

 

collector pump,

 

 

switching valve,

 

 

solar accumulation tank – with lower circuit,

 

 

tank 2 (heated by additional heat source e.g. CH boiler),

 

 

one direction of collector positioning,

 

 

additional  peripherals  (no  possibility  of  cooling  with  DHW 
pump)

 

 
 

Installation sensors:

 

 

collector sensor,

 

 

two sensors of accumulation tank.

 

 

tank 2 sensor

 

 

 

In this system the user may choose the tank which will provide hot water (the controller chooses the tank with higher 
temperature). During low insolation periods (winter), the water is taken from the tank 2 (heated by the additional heat 
source e.g. CH boiler) whereas solar collector water, heated by the solar heating system, is transported to tank 2 input as 
cold water.

 

 

Additional parameters to be configured:

 

 

valve hysteresis

 

 

 

 

Summary of Contents for EU-402N PWM

Page 1: ...1 EU 402N PWM...

Page 2: ...8 Display contrast 9 2 9 Language 9 2 10 Information 9 2 11 Factory settings 9 V Service menu 9 3 Service menu block diagram 10 3 1 Schemat instalacji 11 3 2 Accmulation tank 18 3 3 Solar collector 20...

Page 3: ...f the cables The regulator should not be operated by children NOTE The device may be damaged if struck by a lightning Make sure the plug is disconnected from the power supply during storm Any use othe...

Page 4: ...oiler may be done directly from the controller An additional signal relay is necessary in order to control the heater The controller offers PWM pump control option enabling the user to adjust its rota...

Page 5: ...Icon of active additional device peripherals Automatic operation mode Circulating pump Collector defrosting mode Pellet CH boiler fire up voltage free signal Holiday mode Heater Collector overheating...

Page 6: ...mode Automatic operation In automatic operation mode the pump is active when the minimum difference between collector and tank temperature is reached the temperature difference at which the pump is en...

Page 7: ...mp is disabled when the temperature drops by 5 C Collector temperature is lower than the tank temperature the pump is activated in order to cool the tank down It remains active until the temperatures...

Page 8: ...de must be generated Internet module parameters such as IP address IP mask gate address etc may be set manually or by selecting DHCP option 2 5 GSM MODULE GSM Module is an optional device which cooper...

Page 9: ...ness changes after a few seconds of inactivity 2 8 DISPLAY CONTRAST This parameter is used to adjust the display contrast 2 9 LANGUAGE This option is used to select the language version of the control...

Page 10: ...imum receiver temperature Receiver activation temperature Heat receiver hysteresis Pumps Regulated revolutions Maximum collector temperature Solar pump deactivation delta Solar pump activation delta G...

Page 11: ...ditional sensor 1 PT1000 4 additional sensor 2 PT1000 SCHEME 1 17 BASIC Installation 1 17 supports collector pump accumulation tank one direction of collector positioning additional peripherals Instal...

Page 12: ...SCHEME 4 17 TWO COLLECTORS VALVE Installation 4 17 supports collector pump collector switching valve accumulation tank two directions of collector positioning additional peripherals Installation senso...

Page 13: ...parameters to be configured pre set temperature of tank 2 maximum temperature of tank 2 tank 2 hysteresis oscillation charging oscillation pause maximum heating time Z2 valve hysteresis SCHEME 7 17 TW...

Page 14: ...2 Pump activation delta 2 SCHEME 9 17 HEAT EXCHANGER Installation 9 17 supports collector pump valve switching between the tank and heat exchanger accumulation tank heat exchanger heat receiver one d...

Page 15: ...HEATING Installation 11 17 supports collector pump valve switching between direct boiler circulation and through tank circulation or pump accumulation tank with lower and upper circuit CH boiler retu...

Page 16: ...ivation delta 2 Heat receiver maximum receiver temperature heat receiver hysteresis SCHEME 13 17 TWO COLLECTORS PUMP VALVE TANK AND ADDITIONAL TANK CONNECTED IN SERIES Installation 13 17 supports coll...

Page 17: ...ecting an additional device Peripherals submenu is not available in the service menu Switching valve controlling the additional receiver is connected in the place of peripheral device Additional param...

Page 18: ...ensors of accumulation tank heat receiver sensor Additional parameters to be configured additional submenu in service menu Heat receiver maximum receiver temperature receiver activation temperature he...

Page 19: ...e to switch again Scheme 2 and 6 the setting concerns valve control when cooling the collector down in summer mode or alarm mode as well as when defrosting The valve hysteresis determines the differen...

Page 20: ...installation anti freeze temperature was introduced This parameter determines the minimum safe temperature at which glycol liquid does not freeze temperature measured at the collector In case of a sig...

Page 21: ...or overheat mode Solar pump deactivation delta This function determines the difference between the collector temperature and the tank temperature at which the pump is deactivated so as not to cool dow...

Page 22: ...ing heating circuit 1 is given absolute priority and switching to circuit 2 heating is possible only after the pre set temperature of circuit 1 is reached In the case of scheme 2 the first circulation...

Page 23: ...selected the user should adjust operation time and pause time of the pump during its activity Next the user should define the hours of pump operation using From hour and Through hour functions Enteri...

Page 24: ...ch the controller activates the heater Next the user selects the time period in which the electric heating function will be active using from hour and through hour parameters Contact in compatible wit...

Page 25: ...glycol concentration in water given in percent Calibration this function allows the user to calibrate the temperature difference between the sensors The temperature is measured in the place where the...

Page 26: ...for scheme 11 This parameter determines the minimum difference between the tank temperature and the boiler return circulation temperature at which the valve switches to standard boiler circulation wit...

Page 27: ...see SERVICE MENU Solar Collector Alarm Hysteresis In the case of two tanks both of them are used to cool down the overheated collector at the same time or one by one depending on the operation algori...

Page 28: ...max output load 1A Pump 2 Valve max output load 1A Additional output 1 max output load 1A Fuse 3 15A IX INSTALLATION The controller should be installed by a qualified electrician Make sure that the pl...

Page 29: ...torial diagram it cannot replace CH installation project Its aim is to present how the controller may be expanded This heating installation diagram does not include protective elements which are neces...

Page 30: ...30 PWM pump connection scheme...

Page 31: ...electromagnetic compatibility EU OJ L 96 of 29 03 2014 p 79 Directive 2009 125 EC establishing a framework for the setting of ecodesign requirements for energy related products as well as the regulati...

Page 32: ...32...

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