PROKLIMA regenerativna ventilacijska komo-ra ProkFull s visokoosjetljivom akumulacij-skom masom predstavlja idealno rjesenje za industrijske, proizvodne, hotelske, trgovacke i druge prostore koji


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Regenerativna klima komora Regenative Air handling unit              S povratom vlage Klima komora nove generacije Air handling unit of the new generation             Nije potrebno proirenje postojeeg sustava grijanja No additional heating system required               Za sve aplikacije gdje je potrebna velika koliina svjeeg zraka For all aplications where big air volume ows are required                Idealno za naknadne izvedbe ventilacije Perfect for afterwards ventilation reconstructions        !  ,      Stupanj povrata topline vei od 90 % Heat recovery e" cienc�y 90 % # $!  &  90 % Potpuno automatski rad preko DDC regulacije Automatic operation through the DDC regulation ( )         DDC ! Klimatizacija zraka PROKLIMA regenerativna ventilacijska komo- Air treatment PROKLIMAs regenerative Air handling unit ProkFUll with highly sensitive accumula- tion mass represents stat-of-the-art solu- tion for industrial, production, hotels, shop- ping centers and other facilities with high demands for fresh air. Standard ventilation systems with high fresh air volume change ratio consequently have impact to high en- ergy demands(heating energy in winter time, cooling energy in summer time). Because of its high energy recovery ration (more than 90%), it is possible to avoid additional heat- ing of air. For e.g., on outdoor air temperature of -10 oC and exhaust air temperature of 22 oC, fresh air is heated to almost 20 oC, so in general, additional heating of supply air is not really needed. Unit is ideal for building venti- lation system reimbursements or afterwards reconstructions. Unit is consisting of two heat packages with highly sensitive accumulation mass, through which fresh and extracts air streams are pass- ing interchangeably. Accumulation mass has got supreme characteristics for quick take over and transfer to air stream. Heart of the unit represents the damper system for alternative change over of air streams, driven by the damper actuators and controlled by the automatic control system. Depending on heat load, in some periods of time air streams are redirected by the damp- er system over the accumulation mass of the heat package. With alternate air ow, heat from exhaust air stream is transferred almost        -       !"# $ $& ! &" # & $'#- '*, $+&'*, ', - ' '  &* $3,  '* !*& !"# !4 5 +&*. 6&' '  $ - $"+ !"#* !4 5 +- &* '+'7 !"# $! 8- 8 (+ & ,  & *5&). +-+ ' 8:: + $' (! 90%), 5 +!- 5" $&73/&$" -  +&*. ;$, $ # - $ -10  $ '& +&* 22, 5 +&*  & 20   !*&  &$" . = &" & $&-  373*  & - '* ,  & *  !'. = &5 & $'* $    !"# $- �, + 7 $$ $*& 5  '' +&*.   !& 7�- "'  !' !  - &� $' $*&3 $ +&*. 6&   $ & $$ $ $, $- &'* 8&  $'*  � . ? +  $ +,  - ' $&'  $!+" $ & , $ +&* $!'-   $3"7 ' �* - $  ' '. ?& 8-  $ + '& +&* $��  $"7 $& *& 5 +&*.  ,  $ $ +&* +3  !"#� " . @$ $    !& 8:: + $' ! 90%,  '  - 73   *�&    &  "-  + $"7 + $' & ?  $&, �  $& $'  !$� +-  *& + $ '& +&*  $ $& +&*. ? $*& $&  $  $3"7 +&5   5 - !& *5&.  $"+  (y $ +$)  : $ $- "' $ $+ &�" +&' $' $& +&*  * 5* !'. Princip rada Topli vanjski zrak prolazi kroz regenerator i predaje toplinu pothlaenoj akumulacijskoj Za prostore s velikim topliskim optereenjem, integrirani kompresorski krugovi osiguravaju dodatno hlaenje. S obzirom na povrat velikog dijela topline preko akumulacijske mase, rashladni ureaj moe biti znaajno manjih gabarita i kapaci- Prijelazni period Pri smanjanju potreba za grijanjem, dodatni toplovodni grija (ukoliko je ugraen) sma- Zimski period Najvei stupanja povrata topline i vlage posti- e se tijekom cijelog perioda grijanja neovisno hlaenja nou Operating principle Warm outdoor air passes through the regen- erator heating refrigerated accumulation mass. For spaces with high heat loads, integrated compressor aggregates provide additional cooling. Regarding the huge heat recovery through the accumulation mass, refrigeration aggre- gate could be with signi cantly smaller di- mensions and capacities. Transitive period Regarding smaller demands for heating, ad- ditional water heater (if installed) is reduc- ing capacity. Heat recovery is also slowly reduced. This is achieved by reducing the frequency of opening/closure of heat pack- ages dampers. Likewise the heating mode, frequency of damper opening/closure and air ow thought accumulation mass is gradu- ally adjusted. If requested supply air temperature is too high at the highest opening/closure frequen- cy of the dampers, compressor aggregate is switching on (if installed). Winter mode Biggest heat recovery ratio and humidity re- turn is achived during whole heating period and it is indenpendent of outdoor tempera- ture. Frontal heat package is heated by the ex- haust air stream. Humidity is kept within the ns. At the same time, cold outdoor air is heat- ed and humidi ed in back package. In short interval dampers are reverted and the whole process is repeated in opposite direction. Depending of the requirements, additional water heater (additional option) is used for additional heating of supply air to requested temperature. In general, no additional humid- i cation of supply air is needed, because the humidity from exhaust air stream is transferred to supply air stream in accumulation mass. Free overnight cooling If needed, during summer period it is pos- sible to activate the overnight free cooling mode by using the cold outdoor air. In that case, no damper inversion is done.        E� 5 +&* $*�& + -   &G $ *5& - $. J $3  !"# $ - +, $" *5&,   , !$� &$" *5&. ?& �,  !"#� " 8 +- 3� + 7 , -  5 !'" +�" !#*       "# !*& + - , &$"' " ( - ) "# ,  +  +- 3 $' $ "#  7. Q &� $ ' '/+' $ . &  "# , $ !*& &$" *5&- �,   & $7� $ �+&* + 7  $- . X +& $ $& +&* # ' &5 $ �"  $!' $, 7� &$"' *- &" ( ).    6 !# J $   &  � + + $   5 $ +&*. & $  '  '- ' +&*. ? +&5  $*. & *&' # +&* -   5  +& $. ?    $' $�7  $ $  ! $. ? +  !*&, &$"- ' +&#' " ($ ++) $"- + & $&  +&7 $. Y3   !*& &$"- ' 5" $&' +&*, ..  + '& +&* $  $ $- & +&*   .        ! X !*&,   $& +5-  7�" 5 !& � *- 5& $ $3 *& # +&*. ? 8 � $'  $!- '7. Kondenzator Condenser *   Evaporator    Svjei zrak Fresh air Svjei zrak Fresh air Svjei zrak Fresh air Svjei zrak Fresh air Dobavni zrak ( $    Dobavni zrak ( $    Dobavni zrak ( $    Dobavni zrak ( $    Povratni zrak Extract air '    Povratni zrak Extract air '    Povratni zrak Extract air '    Povratni zrak Extract air '    Otpadni zrak Otpadni zrak Otpadni zrak Otpadni zrak Upravljaki ormar Control switchbox +$-   Kompresori Compressors *   Ventilator Fan '  Regenerator s akumulacijskom masom Regenerator with accumulation mass . $    Evaporator    Tehni"ki podaci Technical data #  $   Na"in ozna"avanja s kompresorima izvedba[ Coding system with compressors execution[ - stocked - side-by-side regenerative unit nominal air volume %    !  $ $[ - &* - +"   "' $ Stocked & !   Tip ureaja Type # ProkFull 3RDC4RDC5RDC Nazivni protok zraka Nominal Air ow ;"' $ +&* /h2.]00^.\00_.200 |skterni pad tlaka |xternal pressure drop ?# $ & - kanalski razvod svjeeg i dobavnog zraka - ventilation ducts of fresh and supply air - " $& 5  $& +&* Pa\00 - kanalski razvod povratnog i otpadnog zraka Stanje vanjskog zraka -18C Outdoor air temperature -18C #      '     -18* Uin povrata toplinske energije zima Heat recovery capacity winter +&"" + $ 8 + kW^\,_``],{^{0,_2 Uin dodatnog toplovodnog grijaa ]0/_0C Capacity of additional water heater ]0/_0C +&"" &$"  ]0/_0 kW9,]^1`,_\21 Pad tlaka na vodenoj strani u grijau Water pressure drop in heater  &   &'   kPa`,\1],{9,] Protok vode kroz izmjenjiva Water volume ow in heater � &' + $! l/s0,120,20,2` Stanje vanjskog zraka -28C Outdoor air temperature -28C #      '     -28* Uin povrata toplinske energije zima Heat recovery capacity winter +&"" + $ 8 + kW_2,{9{2,^{9{,2 Uin dodatnog toplovodnog grijaa ]0/_0C Capacity of additional water heater ]0/_0C +&"" &$"  ]0/_0 kW10,^]1],9{2\,11 Pad tlaka na vodenoj strani u grijau Water pressure drop in heater  &   &'   kPa`,`{,\]10,]2 Protok vode kroz izmjenjiva Water volume ow in heater � &' + $! l/s0,1\0,220,2{ Maks. uin dodatnog toplovodnog grijaa }} Max. capacity of additional water heater }} . $+&"" &$  }} kW1{\0\\ Razina zvu"ne snage kod 250 Hz Sound power level at 250 Hz + , $  .  250 9 - dobavnog ventilatora - $&73  dB{_,]{`,2{{,` - odsisnog ventilatora - '&3  dB{\,]{^,\{`,] : , ! ., - dobavnog ventilatora - 73  kW1,12,2\,0 - odsisnog ventilatora - '5  kW1,12,2\,0 Pogonska snaga Operating capacity   ! ., - dobavnog ventilatora - 73  kW0,9\1,^]2,01 - odsisnog ventilatora - '5  kW0,9\1,^{2,01 - kompresora - compressors - $ kW2,]]^,{{_,_9 Ukupna radna snaga Total working capacity !3 8$ 3" kW^,`\],{\9,`1 Radni napon Tension : ! , Stanje vanjskog zraka \^C / ^_% r.v., stanje odsisnog zraka 2`C / __% r.v., temperatura zraka iza isparivaca 1{._C Fresh air condition \^C / ^_% r.h., extract air condition 2`C / __% r.h., air temperature after the evaporator 1{._C ' # +& \^ / ^_% .., $' '!' +&* 2` / __% .., $ +&* $ $ 1{._ Stanje vanjskog zraka -1{C / 90% r.v., stanje odsisnog zraka 20C / ^0% r.v.~ Temperatura zraka iza grijaa 2{C za vanjsko stanje zraka -1{C / 90% r.v.~ Fresh air condition -1{C / 90% r.h., extract air condition 20C / ^0% r.h.~ Air temperature after the heater 2{C for fresh air condition -1{C / 90% r.h.~ ' # +&* -1{ / 90% .., $' '!' +&* @$ +&* $  2{ $ $* # +&* Stanje vanjskog zraka -2{C / 90% r.v., stanje odsisnog zraka 20C / ^0% r.v. Temperatura zraka iza grijaa 2{C za vanjsko stanje zraka -2{C / 90% r.v. Fresh air condition -2{C / 90% r.h., extract air condition 20C / ^0% r.h. Air temperature after the heater 2{C for fresh air condition -2{C / 90% r.h. ' # +&* -2{ / 90% .., $' '!' +&* @$ +&* $  2{ $ $* # +&* Mjereno prema prostoru Measured to the indoor space +  $3 U radnoj toci kod nazivnog protoka. Druge vrijednosti tlaka na upit In working point at nominal air ow Other pressure values on request ? !� � $ " $ J +� $ +$ Svi tehniki podaci temelje se na nazivnom protoku i povratu topline pri gustoi zraka  1,2{ kg/m All technical data are based on nominal air ow and heat transfer at air density 1,2{ kg/m ? *� &' !+7  " $  + $' $ &"  +&*  1,2{ /m Tehniki podaci ureaja bez ugraenih kompresora na upit Technical data for units without compressors on request @*� &'  !+ $ $ +$ Podaci za dodatni toplovodni grija vrijede ukoliko je isti ugraen Ugradnja ostalih vrsta grijaa na zahtjev Data for additional water heater valid if heater Installation of other types of heaters on request J' &$"' !" &'  ,  !" ,  &* $  $ +$ Zadravamo pravo izmjena tehnikih (D) 6RDC8RDC10RDC12RDC15RDC17RDC20RDC23RDC26RDC30RDC34RDC `._00{.\0010.00012._001_.0001]._0020.0002\.0002`._00\0.000\^.000 ]{]]]`,^]`,`]`,]]],1]`,2]`,{]`,]]`,_]_,\ 1_,`19,_]2\,^129,2`\_,1^1,\{^],0^__,`1`2,\_]0,]^]9,__ 2],1\_,`_^\,^_^`^,2]`,1{`,{101,]11^,_12_,\1\9,1 10^,__1\0,2\1__,]19^,^12\\,292]_,^]\12,]]\`9,_1^1^,{]^]0,]_2{,]{ 2\,``\2,^` ^0,12_0,1_`0,1{`],{_]{,{9{^,_110^,_\11],\21\`,^1 ],\`,]_ ],91{,01{,`^{,{9,_``,\9,]]{,29,_9 0,290,^ 0,^90,`10,]\0,{\0,9`1,0\1,2]1,^\1,`` 12],\^1_{,\ 1{{,^^2\_,__2{2,`]\\^,1\\]],`^^{,1^_0\,1__]1,]\`^0,]1 2_,2\_,_^ ^^,1]__,21``,2_]^,\^{]90,]211^,\`12{,^`1_0,1] ],`]],2 {,`2{,]{9,^{9,`\{,^2`,_910,]`{,9_10,2\ 0,\10,^\ 0,_^0,`]0,{10,911,0`1,11,\91,_`1,{\ ^2_^`_]2{911011{1\_1_`1{120` {9,1{9,`{9,991,\91,292,{92,^91,]9\,^92,]9^,1 {],1{],]{{,1{9,291,\90,990,]92,\91,`90,992,2 \,0^,0_,_],_],_11,011,011,01_,01_,01{,_ \,0^,0_,_],_],_11,011,01_,01_,01_,01{,_ 2,^]\,0`\,]1_,10_,{]],0`{,02{,]]10,]`11,{^1\,9{ 2,_0\,10\,{^_,0]`,^2],22{,\]10,1211,1_12,0{1^,22 `,_09,1011,1`1\,001`,901{,0_20,902_,^02],^0\0,20\^,^0 11,^]1_,2`1{,]12\,1]29,19\2,\\\],29^^,29^9,\1_^,12`2,`0 \x^00 V - _0 Hz Poloena izvedba Side-by-side 9  ,  Tip ureaja Type # ProkFull 3RPC4RPC5RPC Nazivni protok zraka Nominal Air ow ;"' $ +&* /h2.]00^.\00_.200 |skterni pad tlaka |xternal pressure drop ?# $ & - kanalski razvod svjeeg i dobavnog zraka - ventilation ducts of fresh and supply air - " $& 5  $& +&* Pa\00 - kanalski razvod povratnog i otpadnog zraka Stanje vanjskog zraka -18C Outdoor air temperature -18C #      '     -18* Uin povrata toplinske energije zima Heat recovery capacity winter +&"" + $ 8 + kW^\,9\`],]{1,{ Uin dodatnog toplovodnog grijaa ]0/_0C Capacity of additional water heater ]0/_0C +&"" &$"  ]0/_0 kW9,\]1`,`]20,\^ Pad tlaka na vodenoj strani u grijau Water pressure drop in heater  &   &'   kPa`,``],`_],22 Protok vode kroz izmjenjiva Water volume ow in heater � &' + $! l/s0,110,20,2_ Stanje vanjskog zraka -28C Outdoor air temperature -28C #      '     -28* Uin povrata toplinske energije zima Heat recovery capacity winter +&"" + $ 8 + kW_\,^{2,199,29 Uin dodatnog toplovodnog grijaa ]0/_0C Capacity of additional water heater ]0/_0C +&"" &$"  ]0/_0 kW10,11{,2]22,09 Pad tlaka na vodenoj strani u grijau Water pressure drop in heater  &   &'   kPa],01{,2`],] Protok vode kroz izmjenjiva Water volume ow in heater � &' + $! l/s0,120,220,2] Maks. uin dodatnog toplovodnog grijaa Max. capacity of additional water heater . $+&"" &$  kW202{\2 Razina zvu"ne snage kod 250 Hz Sound power level at 250 Hz + , $  .  250 9 - dobavnog ventilatora - $&73  dB{^,]{{{{,^ - odsisnog ventilatora - '&3  dB{2,{{`,^{] : , ! ., - dobavnog ventilatora - 73  kW1,12,2\,0 - odsisnog ventilatora - '5  kW1,12,2\,0 Pogonska snaga Operating capacity   ! ., - dobavnog ventilatora - 73  kW0,]_1,`01,9` - odsisnog ventilatora - '5  kW0,]`1,]12,1^ - kompresora - compressors - $ kW2,]{^,{{_,_9 Ukupna radna snaga Total working capacity !3 8$ 3" kW^,29{,199,`9 Radni napon Tension : ! , Tehni"ki podaci Technical data #  $   Na"in ozna"avanja s kompresorima izvedba[ Coding system with compressors execution[ - stocked - side-by-side regenerative unit nominal air volume %    !  $ $[ - &* - +"   "' $ 6RPC8RPC10RPC12RPC15RPC17RPC20RPC23RPC26RPC30RPC34RPC `._00{.\0010.00012._001_.0001]._0020.0002\.0002`._00\0.000\^.000 ]],^]`,9]`,^]`,`]`,]]],1]`,2]`,{]`,]]`,_]_,\ 1_,^^19,`2\,^^29,^\_,\^1,^1^`,]{_^,1{`2,\9]0,^1]{,`^ 2],^\`^\,^_^`^,2]`,1{],`100,_11`,]12_,{1\9,` 102,]`1\0,]1__,{]19_,_2\^,{\2]_,]]\11,0_\`0,^]^1^,{]^`{,12_21,_ 2^,9{\2,^` ^0,12^9,]\_9,1]`],{_{0,2^90,]210^,_\119,\_1^2,1^ ],{1],{] {,9\{,_{9,`1{,{_10,0^9,2]9,]]9,1]10,^^ 0,\0,^ 0,^90,`10,]20,{\0,9{1,11,2]1,^_1,]\ 12^,_]1_{,1{ 1{9,1`2\`,92{_,\\\\^,1\\]{,\1^\],_1_0^,1_`],^]`\2,2_ 2],1]\_,_^ ^\,{\_1`^,]\]\,]_{{,\^99,2`11^,\`1\1,^91_],0_ {,^{,_2 9,]_9,1`10,__9,`110,]_10,`10,]`10,1`11,1_ 0,\\0,^\ 0,_\0,``0,]90,91,0{1,211,\91,`1,91 ^2_2`2``921091091^21`]1{^1{9 {{,]{9,`{9,991,19190,992,_929\,292,99^,^ {]{{,2{{,\{9,`{9,`{990,990,`91,^91,192,` \,0^,0_,_],_],_],_11,011,01_,01_,01{,_ \,0^,0_,_],_],_],_11,011,01_,01_,01{,_ 2,\\\,0`\,]0_,01_,]``,``{,1\9,0]10,_^12,0{1^,_2 2,^\\,\\\,9__,\_`,21`,9\{,`29,`910,]912,\21^,{` `,_09,1011,1`1\,001`,901{,0_20,902_,^{2],`0\0,20\^,^0 11,2`1_,^91{,{12\,\`2{,{]\1,`^\],`_^^,2^^{,9\_^,`0`\,]{ \x^00 V - _0 Hz Stanje vanjskog zraka \^C / ^_% r.v., stanje odsisnog zraka 2`C / __% r.v., temperatura zraka iza isparivaca 1{._C Fresh air condition \^C / ^_% r.h., extract air condition 2`C / __% r.h., air temperature after the evaporator 1{._C ' # +& \^ / ^_% .., $' '!' +&* 2` / __% .., $ +&* $ $ 1{._ Stanje vanjskog zraka -1{C / 90% r.v., stanje odsisnog zraka 20C / ^0% r.v.~ Temperatura zraka iza grijaa 2{C za vanjsko stanje zraka -1{C / 90% r.v.~ Fresh air condition -1{C / 90% r.h., extract air condition 20C / ^0% r.h.~ Air temperature after the heater 2{C for fresh air condition -1{C / 90% r.h.~ ' # +&* -1{ / 90% .., $' '!' +&* @$ +&* $  2{ $ $* # +&* Stanje vanjskog zraka -2{C / 90% r.v., stanje odsisnog zraka 20C / ^0% r.v. Temperatura zraka iza grijaa 2{C za vanjsko stanje zraka -2{C / 90% r.v. Fresh air condition -2{C / 90% r.h., extract air condition 20C / ^0% r.h. Air temperature after the heater 2{C for fresh air condition -2{C / 90% r.h. ' # +&* -2{ / 90% .., $' '!' +&* @$ +&* $  2{ $ $* # +&* Mjereno prema prostoru Measured to the indoor space +  $3 U radnoj toci kod nazivnog protoka. Druge vrijednosti tlaka na upit In working point at nominal air ow Other pressure values on request ? !� � $ " $ J +� $ +$ Svi tehniki podaci temelje se na nazivnom protoku i povratu topline pri gustoi zraka  1,2{ kg/m All technical data are based on nominal air ow and heat transfer at air density 1,2{ kg/m ? *� &' !+7  " $  + $' $ &"  +&*  1,2{ /m Tehniki podaci ureaja bez ugraenih kompresora na upit Technical data for units without compressors on request @*� &'  !+ $ $ +$ Podaci za dodatni toplovodni grija vrijede ukoliko je isti ugraen Ugradnja ostalih vrsta grijaa na zahtjev Data for additional water heater valid if heater Installation of other types of heaters on request J' &$"' !" &'  ,  !" ,  &* $  $ +$ Zadravamo pravo izmjena tehnikih    Odvod kondenzata ' $   Odvod kondenzata ' $   Stocked & !    (D) Dimenzije izvedbe s debljinom panela _0 mm [ L1^0 mm, Unit dimmensions for units with panel thickness of _0 mm [ E!' $  3 $ _0  [ L1^0 Dimenzije izvedbe s debljinom panela _0 mm [ B^0 mm, L i H iste Unit dimmensions for units with panel thickness of E!' $  3 $ _0  [ Tip ureaja 9   3RDC4RDC5 RDC6 RDC8 RDC10 RDC mm^^00^_00^_00^{00_200_^00 mm]`_10]010]010]012]_1\]_ mm1]1_1]1_1]1_222_222_2\2_ mm2^002^002^002^002^002`00 mm2000210021002^002{002{00 Tot=weight �.=  kg11001^001^\01{0021_02^00 mm^`0^`0^`0]`0]`0]`0 mm]0_100_100_100_12101\10 mm]`0]__]__9`09`010`0 mm``0`__`__9`09`09`0 mm_`0_`0_`0]`0]`0{`0 Tip ureaja 9   12RDC15RDC17RDC20RDC23RDC mm_`00_{00`000`200`200 mm1`{019{_1{{_19{_2190 mm2^1_2^1_292_\02_\02_ mm2`002{002{002{002{00 mm\000\000\200\^00\^00 Tot=weight �.=  kg2{_0\^00^000^^00^]_0 mm]`0]`0_`0``0``0 mm1_{01{{_1]{_1{{_2090 mm10`_10`_12]01\]01\]0 mm9`_9`__`0``0``0 mm{`0{`010`011`01210 Opaske   ! Odvod kondenzata ' $   Navedene dimenzije ureaja sa standardnim panelom debljine 2_ mm i ugraenim kompresorima i toplovodnim grijaem Dimenzije ureaja bez ugraenih kompresora i toplovodnog grijaa na upit Dijeljenje u manje sekcije isporuke mogue na Izraena transportna masa je priblina. Za izvedbu s panelom debljine _0 mm, masa oko 10 % vea Upravljaki ormar za veliine \RxC-_RxC odvojen od samog ureaja. Dimenzije upravljakog ormara {00x{00x210 mm. Oienje upravljakog ormara u tom sluaju nije ukljueno u cijenu ureaja. Unit dimmensions for standard panel thickness of 2_ mm and installed compressors and water heater Dimmensions of unit without compressors and water heater on request. Dividing the smaller delivery sections possible on request Transport weight for standard 2_ mm panel thickess is aproximation Transport weight for units with panel thickness of _0 mm is aprox. 10 % bigger. For maintenance purposes, please provide a free space minimal dimension B on front service side Control switchbox for unit sizes \RxC-_RxC is delivered as separate unit. Dimmensions of control switchbox [ {00x{00x210 mm. Wiring of control switchbox when dislocated from the main unit is not caclculated in unit price. &' +'   & $"7 3 2_   ' $  ' $  &" E!'  !+ $ $ +$. E!'  !+ $  &" $ +$ $  #"#* + +5 $ $" ++ & $�  $!+". J $  3 $ _0   $  10% !"# J !5,  ' !5 $&" &$" $  "' + ? : $ & $+ \RxC- _RxC &   . E!' #: $ {00x{00x210 . &  #: $   �  7�   . Dimenzije izvedbe s debljinom panela _0 mm [ B^0 mm, L i H iste Unit dimmensions for units with panel thickness of _0 mm [ B^0 mm, L and H E!' $  3 Tip ureaja 9   26RDC30RDC34RDC mm``00`{00`{00 mm21902^9_2_9_ mm\_\_\_\_\]\_ mm210019001900 mm1_0019001900 mm1^001^001^00 mm1^001^001^00 mm1`001`001`00 mm2\002^002^00 mm1\001^002^00 Tot=weight �.=  kg___0`^00`]00 kg]`0]`0]`0 kg20902\9_2^9_ mm1_]_1_]_1`]_ mm]`0]`0]`0 mm1^101^101_10 "B" "A" Dimenzije izvedbe s debljinom panela _0 mm [ L1^0 mm, Unit dimmensions for units with panel thickness of _0 mm [ E!' $  3 $ _0  [ L1^0 Dimenzije izvedbe s debljinom panela _0 mm [ B{0 mm, L i H iste Unit dimmensions for units with panel thickness of _0 mm [ E!' $  3 $ _0  [ B{0 Tip ureaja 9   3RPC4RPC5RPC6RPC8RPC10RPC mm^_00^_00^_00^{00_200_^00 mm1^\01^\01_\019^019^020^0 mm120012001\001\001_0_1`0_ mm2^002^0002^002^002`002]00 mm2100210021002^002`002]00 Tot=weight �.=  kg1\001\]01__01{_022002^20 mm`00`00]0090_90_90_ mm]`0]`0{`0{`010`011`0 mm]00]00]0090_90_100_ mm9`09`010`010`012`_1\`_ Tip ureaja 9   12 RPC15 RPC17 RPC20 RPC23 RPC26 RPC mm`000`000`200`\00`\00`\00 mm2__02`_02`_02`_0\1`0\2`0 mm1`__1{`021`_22`_22`_2^]0 mm\000\000\200\\00\\00\\00 mm1^001^001^001^001^001^00 mm1`001`001`001`001`001`00 Tot=weight �.=  kg\200\__0^100^^_0_100__00 mm11001100110011001^0_1^0_ mm``0]`0{`09`09`010`0 mm11]_12]_12]_12]_1^{01_{0 mm1\]01_]_1{{019{019{021{_ mm11]_11]_11]_11]_1^{01^{0 mm11001200120012001^0_1_0_ mm11`01\`01]201{201{201920    Poloena izvedba Side-by-side 9  ,   Odvod kondenzata ' $   Odvod kondenzata ' $   "A" "B" Dimenzije izvedbe s debljinom panela _0 mm [ B{0 mm, L i H iste Unit dimmensions for units with panel thickness of _0 mm [ B{0 mm, E!' $  3 Tip ureaja 9   30RPC34RPC mm`{00`{00 mm\1`0\2`0 mm2]]_2]]_ mm1\001\00 mm2_002_00 mm1^001^00 mm1`001`00 mm2]002]00 mm11001100 Tot=weight �.=  kg`^00`__0 mm1^0_1^0_ mm11`012`0 mm1^{01_{0 mm2^902^90 mm1^{01^{0 mm1^0_1_0_ mm2\202\20 Opaske   ! Navedene dimenzije ureaja sa standardnim panelom debljine 2_ mm i ugraenim kompresorima i toplovodnim grijaem Dimenzije ureaja bez ugraenih kompresora i toplovodnog grijaa na upit Dijeljenje u manje sekcije isporuke mogue na Izraena transportna masa je priblina. Za izvedbu s panelom debljine _0 mm, masa oko 10 % vea Upravljaki ormar za veliine \RxC-_RxC odvojen od samog ureaja. Dimenzije upravljakog ormara {00x{00x210 mm. Oienje upravljakog ormara u tom sluaju nije ukljueno u cijenu ureaja. Unit dimmensions for standard panel thickness of 2_ mm and installed compressors and water heater Dimmensions of unit without compressors and water heater on request. Dividing the smaller delivery sections possible on request Transport weight for standard 2_ mm panel thickess is aproximation Transport weight for units with panel thickness of _0 mm is aprox. 10 % bigger. For maintenance purposes, please provide a free space minimal dimension B on front service side Control switchbox for unit sizes \RxC-_RxC is delivered as separate unit. Dimmensions of control switchbox [ {00x{00x210 mm. Wiring of control switchbox when dislocated from the main unit is not caclculated in unit price. &' +'   & $"7 3 2_   ' $  ' $  &" E!'  !+ $ $ +$. E!'  !+ $  &" $ +$ $  #"#* + +5 $ $" ++ & $�  $!+". J $  3 $ _0   $  10% !"# J !5,  ' !5 $&" &$" $  "' + ? : $ & $+ \RxC- _RxC &   . E!' #: $ {00x{00x210 . &  #: $   �  7�   . Odvod kondenzata ' $   Kuite Konstrukcija ureaja iz valjanih upljih alu- minijskih pro la plasti ciranih u standardnu Ureaj izraen sukladno s normom |N 1{{`. Oplata ureaja od panela sastavljenog iz predplasti ciranog pocinanog lima (deblji- na lima 0,{ mm, debljina sloja plasti kacije 2_um) i ispunom od negorive kamene vune, klase A1 prema |N 1\_01-1 kao toplinskom i zvunom izolacijom. Debljina panela 2_ mm Ureaj postavljen na temeljni okvir od vr- stog pocinanog elinog C pro la visine Brave, ruice i okov omoguavaju jedno- stavno rukovanje, a svi spojevi su zabrtvljeni posebnom gumenom trakom i jame dugo- trajnu nepropusnost za vodu i zrak. umeni Vanjske izvedbe (na zahtjev) Preporua se koritenje postolje poveane Istrujni otvori prema okolini opremljeni istruj- nim haubama (umjesto eksibilnih prikljuaka). Vanjska oplata panela iz pocinanog pla- sti ciranog lima (debljina sloja plasti kacije Kuite ureaja dodatno brtvljeno radi vodo- nepropusnosti. Ureaj opremljen odgovarajuim krovom. Zaklopke Regulacijska zaklopka sastoji se od niza alu- minijskih lopatica s gumenom brtvom uz- duno po lopaticama i bono na okviru, ugraenih u zajedniki aluminijski okvir. Prije- Filtri zraka Za vanjski i odsisni zrak standardne izvedbe Regenerativni izmjenjiva" Ventilatorska jedinica Ventilatorsko kolo statiki i dinamiki balan- sirano na osovini direkno pogonjeno elektro- motorom. |lektromotor klase I| 1 pripremljen Toplovodni grija" zraka (na zahtjev) Izraen iz bakrenih cijevi s aluminijskim lame- lama, sabirna cijev bakrena. rija opremljen sa zatitnim termostatom protiv smrzavanja, ugraenog na okvir s mogunosu izvlae- Dodatni kompresorski rashladni sustav Koristi se za hlaenje prostora, opremljen digitalnim kompresorima sa svitkom ime je omoguena trajna regulacija u svrhu odra- vanja stalne temperature dobavnog zraka. Sastavljen od[ kompresora hlaenog usisnim plinom, montiranog na priguiva vibracija u struji otpadnog zraka~ direktnog isparivaa iz bakrenih cijevi s aluminijskim lamelama i samoisteom povrinom isparivaa, odvaja- em kapljica od plastinih lamela, s posudom od nehrajueg elinog lima za sakuplja- nje kondenzata, ugraenog u struji dobav- nog zraka~ zrakom hlaenog kondenzatora iz bakrenih cijevi s aluminijskim lamelama, bakrene sabirne cijevi~ rashladnog kruga sa suaem rashladnog sredstva, ekspanzijskog ventila, armature, regulacijskih i zatitnih ele- Elektroupravlja"ki ormar Dodatne opcije i pribor ; Ureaj bez kompresora Ureaj s toplovodnim grijaem Ureaj s drugom vrstom grijaa Kuite ureaja debljine panela _0 mm Vanjska izvedba ureaja Vreasti ltri klase F9 |lektromotor klase I|2 Modem ugraen u upravljaki ormar za Tvornii atest Transport ureaja na objekt Montaa ureaja na objektu odinje odravanje prema preporukama proizvoaa Tehni"ki opis Casing Unit housing construction form extruded aluminum pro les powder coated to stan- dard RAL ]0\_ color. Devices are designed in accordance with |N 1{{` standard. Panels consist of inner and outer skin with thermal and acoustic insulation. Outer skin Outdoor (weatherproof) design (on request) It is recommended to use base frame with extended height (200-\00 mm). Unit openings for joints to ventilation ducts equipped with rain hoods (instead of exible canvas). Outer panel skin from galvanized steel plate powder coated with `0 um thick layers. Unit casing additionally sealed to be water- proofed. Unit equipped with appropriate roof. Regulation damper consist of several alumi- num ns with rubber sealing alongside the ns and on side of the frame, all mounted on common aluminum frame. Fins turning with additionally reinforced plastic gear mecha- nism. Regulation of fresh air and extract air dampers by servo motors. Air lters Standard design for fresh and extract air l- Fresh air lter class F_ |xtract air lter class F_ Possibility to install lter class F] and F9 (on request). Regenerative heat exchanger Consist of two heat packages with highly sensitive accumulation mass for regenera- tion, through which fresh and extracts air streams are passing interchangeably Switch over of air streams is done by the damper system driven by the damper actua- tors. Heat from exhaust air stream is accumulated in one heat package, likewise in another heat package heat is transferred to supply air stream. In needed intervals, air streams of exhaust and supply air are redirected from one heat package to another. Fan unit Fan blades statically and dynamically bal- anced on an axis directly driven by the mo- tor. Motor class I|1 prepared for connection to frequency converter. Motor class I|2 avail- able for installation (on request). Plug in fan Water heater (on request) Made of copper tubes with aluminum ns. Collector tube form copper. Heater equipped with frost protection thermostat, mounted on a pull-out frame. Additional cooling system with compressors Used for cooling of spaces, equipped with digital scroll compressor with constant regu- lation for maintaining the permanent tem- perature of supply air. Technical Speci cation Control switchbox Additional options and accessories; Unit without the compressors Unit with water heater Unit with another type of heater Casing with _0 mm thick panels Outdoor design Bag lters class F9 Motor class I|2 Modem installed in control switchbox for remote control and monitoring of opera- Factory certi cate Transport of unit on site Installation of unit on site Maintenance according to manufacturers recommendations     + '* $'* 7'* $:, $:- '*  &'  RAL ]0\_. = + $  |N 1{{`. "#-$  +' + $&" $:'* - '*  ("3  0,{ , "3 $: 0,2_ )  !-  + 7�  '  1,   o |N 1\_01-1 &  �   ++. @3 =   !+7  '-  1_0  + 5* -!+'* $- , �   $&' & !� !5,   & $' $" +   !$�7 &"7 �"  $ &'  +&*. +' 5-  "#7 $ !  -   . 6&  & !- &' $& & 5  ' '.  ) & $"+  � '' (200 - \00 ).  & '& !& '5- ' $( ! $&- ). ?# $' $ + -  "  $:  $  &$" - + $ $ . = !& $" -    ' $  + & 7- '* $  +' $-  &" $  $$�  , '*  !37 77 .  $ $ 3 �+ $' +!�' *+, ' $ +& $'  +.  $ $�  '5 +&#'* $ $ $3 73 8&" ?  ' @, J #  '!' +&* $"+' &' ' :"- ', �, �, $ |N ]]9, $' $ !&,   & & $" &� + DDC ,  +'. � :" & # +&* F_ � :" & '& +&* ?+5"  :"  F]  F9 ($ ++).        $ 6 + &* $!'* $ + '*   !"# &" $"7 & $�& -  $' 5& $ '&  5 +&*. J $!' - $ +&#'* $ ! $ !&'  $, $- '* 8&"' $&. ? & $  $ '- & +&*,  &  &, $ 8 $& $ $- & +&*. Y+ $&' - '  $' 7. ? ! !  ?  �  &- � +!  , $- & 3 8&. Q&" 8&"  I|1 $& & $&� -  . ?+5"  &  I|2 ($ ++). ?-    8&"  - '  !37   +. ?'73� " +$  $ ! &. Y-$"'  5 & $ *' &  - +' . !& - ' :" & "# $*. ?-  +"  & + # &   !4-  ' $ $ DS. J' $+ $&   &$ $ &'. :   ,    ( + + &'* !  7- ' $,  ! + &. ;" $ !+ !- & +3' , - '    +5"7 &5. & , ! $  !     !  & *5& $3, !& :' $"' $- ,   & $&&5 $ $' $& +- 6 +[ $, *5& $- �' +,   #" !  $ '!' +&*~ $ + &'* !  7- ' $  �3, $- & + $'* $,   & + 573 ,   $ '-  +&*~ & + &'* !  7' $  +&#' *5&, &  !~ $ *5&  & *5- &73 5&, 8 #- " $, ', '*  +3'* 8,  +  ' &, +5"7 $-  � + +    $, +   *5- &73   & 5, & $   & -  ' *5&, $& &  DDC . 6 *5& $& & - !'  8� $' *5&- 73 & R^0]C  R^10A . J$ @ M $   ! : $ $"7 !&- '  $'',   !*& &-     7  &. 6+  8&"- '* $!  �&"'*  -  $+  DDC . : 8$ !&  !*&' 8 DDC   8 (!', $7�, !�' $7� $- ).   8$7 �" *&  !+- 7 . & ,      ; = !+ $ =  & =  & $  $   $ 3 ?# $  ' :"'  F9 Q&"  I|2 &, '  #: $, & &   $-   \-* *& " &  !�'  @$   !4 5   !4 E& !5 $ & $+& #  $   $ $ Podaci za upit/narudbu Dodatne opcije i pribor: Ureaj bez kompresora Ureaj s toplovodnim grijaem Ureaj s drugom vrstom grijaa Kuite ureaja debljine panela _0 mm Vanjska izvedba ureaja Vreasti ltri klase F] Vreasti ltri klase F9 |lektromotor klase I|2 Modem ugraen u upravljaki ormar za daljninski nadzor i upravljanje Tvornii atest Transport ureaja na objekt Montaa ureaja na objektu odinje odravanje prema preporukama proizvoaa Opaske (upiite): ........................................................... Kontakt podaci naruitelja: Tvrtka[ ...................................................................................... Ime[ ........................................................................................... Telefon/Mobitel[ ................................................................ Inquiry/Order data Additional options and accessories: Unit without the compressors Unit with water heater Unit with another type of heater Casing with _0 mm thick panels Outdoor design Bag lters class F] Bag lters class F9 Motor class I|2 Modem installed in control switchbox for remote control and monitoring of Factory certi cate Transport of unit on site Installation of unit on site Maintenance according to manufacturers recommendations ll in): Customer's contact data: Company[ ............................................................................. ......................................................................................................Phone/Handy[ .................................................................... &  !  / $ J�  ! !'�  #   # +$  ++, $ $ &73 &'[ !4' $ 5 +&* (m !4' $ '& +&* (m ................ ' 5 +&* -  ( / ..) ................ ' 5 +&* - + ( ................ ' $& +&* -  ( / ..) ' $& +&* - + ( / ..) ' '& +&* -  ( / ..) ' '& +&* - + ( / ..) ?#.$ &. $&�5 (a) ?#.$ &. '.'! (a) .!'[ J ()  () ?' ()  () +&[  @$[         : = !+ $ =  & =  & $  $   $ 3 _0  ?# $  ' :"'  F] ' :"'  F9 Q&"  I|2 &, '  #: $, & &   $  \-* *& " &  !�'  @$   !4 5   !4 E& !5 $ & $+&    (   ): ........................................... ......................................................................................................     : &$[ ....................................................................   :[ ................................................................ @./6'[ ..................................................................... CATALO PROKFULL 2010 Poduzee za proizvodnju opreme za ventilaciju, klimatizaciju i toplozrano grijanje d1o1o1 Sjedite Talani 1^ HR-10000 Zagreb, Hrvatska Ured i pogon HR-10^\0 Samobor, Hrvatska Telefon[ \{_ 1/`_^`-\^\ Faks[ \{_ 1/`_^`-\^^ |-pota[ proklimaproklima.hr Manufacturing and installation of ventilation, airconditioning and heating Talani 1^ HR-10000 Zagreb, Croatia ce and factory HR-10^\0 Samobor, Croatia Phone[ \{_ 1/`_^`-\^\ Fax[ \{_ 1/`_^`-\^^ |-mail[ proklimaproklima.hr (         ! , $ !  )2     Talani 1^ HR-10000 Zagreb,  �@     HR-10^\0 Samobor,  @:[ \{_ 1/`_^`-\^\ [ \{_ 1/`_^`-\^^ Q $�[ proklimaproklima.hr  [ www.proklima.hr Na partner i zastupnik Our partner and representative      www.proklima.hr

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