Manual - Carel
Contents
1. 5 a i ones gt a dP1_ Maximum defrost duration evaporator SYF min F 1 250 30 ay a T I e I I 7 6 emporaneous y dP2 Maximum defrost duration aux evap SYF min F 1 250 30 3 dy Ol the wee h ays 10 4 A up to 60 C 12 A resistive d3 Defrost start delay SYF min C 0 250 0 POUT ours 0 0 23 0 16 A on NO 12 2 A 100000 SFLA 30 LRA 30000 d4 Enable defrost on start up SYF flag C 0 1 0 D Minute min 0 0 59 0 on N O and N C C300 0 N Tab 5 No defrost is performed when the l zip 10 10 A 100000 12 A resistive 12 30000 CRE ign enero Important for the set times to become immediately operational the instrument must be turned off PAo eee a ne 1 A defrost is performed when the instrument and on again otherwise the timers will become operational when the instrument is next started insulation from very low voltage reinforced 6 mm in air 8 mm on surface is switched on Ana tne setac henem iin parts 3750 V insulation d5 Defrost delay on start up SYF min C 0 250 0 g g l insulation between the relay primary 3 mm in air 4 mm on surface d6 Display on hold during defrost SYF C 0 2 1 outputs 1250 V insulation Pa 0 Alternating display of dEF and probe value Table of alarms and signals display buzzer and relay j e ee all acaba haar aca ate a that use a Ea eA o n ry ir a last shown The following table describes the alarms and the signals on the controller with the corresponding capacitors Fluorescent lamps with el2. 0500018EN rel 3 2 del 01 04 2008 PBOO powercompact Models PBOO S Y F C H 0 6 0 E A H N R C B A M L T P Q S U V X Y Z 1 2 3 4 5 A B C D E F O WARNING separate as much as possible the probe and digital input signal cables from the cables carrying inductive loads and power cables to avoid possible electromagnetic disturbance Never run power cables including the electrical panel wiring and signal cables in the same conduits om NO POWER AN po esana DN J CABLES V TOGETHER READ CAREFULLY IN THE TEXT Dimensions mm powercompact g f O O O 2 IC 7 TESPRDE m 753 oea 5 i PE E XX J l 167 k 64 J 75 l 8 Z Z Z Lio Lb 1 F dima di foratura drilling template l versione con faston 8 mm 138 5 x 29mm faston version 8 mm 77 77 IF 77 A p 153 5 powercompact PB wide r x AG aes z mo Tha i AAI hes S O o ari x 183 4 Jok 64 J lt 75 gt Z Z Li Li le dima di foratura drilling template da 138 5 a 150x 31mm versione con faston 8 mm faston version 8 mm 153 5 TAA 165 PSTOOVR100 repeater display interface Pa LA ZL o J wn dima di foratura a C j 39 A drilling template 71x29mm J VE OE 81 35 a MT Fig 1 Panel mounting powercomp
3. 410 10 50 60 H 3 VA 50 mA max DUZZeET enable DUZZEr AlSable Power supply vers N BA 8A o a A3_ Configuration of probe 3 S3 DI1 As for A2 MSYF C 0 3 0 H5 Function of relay 5 As for H1 MSYF flag C 0 13 1 A4_ Configuration of probe 4 S4 DI2 As for A2 MSYF C 0 3 0 H6 Lockk d MSYF a C 0 355 0 H E A RA L 6 VA 50 mA JA5 Configuration of probe 5 55 D13 Asfor sA2 mE c 0 3 0 o 10 1596 50 60 Hz ENN Max Onnguratton OF Probe 2 TOr H8 Select activation of output with time band MSYF flag C 0 1 0 l l c1 Calibration of probe 1 MSYF C F C 20 20 0 0 Time band inked t re Faq for light 3 VA 300 MA max o2_ Calibration of probe 2 MSYF_ C F Cc 20 20 00 eRe T i T i Coe orig 0 12 V 410 15 50 60 Hz To use only the transformer c3_ Calibration of probe 3 MSYF C F c 20 20 00 en Ne pela eae a oe ea 12 Vdc 12 to 18 Vdc TRA12VDEO0 with 315 mA c4_ Calibration of probe 4 MSYFE C F C 20 20 00 H9 Enable set point variation with time band MSYF flag C 0 1 0 slow blow fuse in the secondary St Temperature set point MSYF C F F r1 r2 0 0 0 Set point variation with time band disabled EAH insulation in reference reinforced 6 mm in air 8 mm rd Control delta SYF C F F 0 1 20 2 0 1 Set point variation with time band enabled iy to very low voltage parts on surface 3750 V insulation rn__ Dead band SYF CFF C 0 0 60 4 0 Hdh_ Anti sweat heater offset MSIF I
4. 5 Probe parameters Pro A s together with the PRG MUTE button Control parameters r tL K accesses the menu for setting the type Com pressor parameters C CMP So C configuration or downloading the EE if pressed for more ee g Defrost parameters d dEF i SET than 1 s displays and p E Alarm parameters A ALM A or sets the set point UP CC if pressed for more than 5 s _ A together with the UP CC button starts Ei PAGS PAN the procedure for printing the reports Configuration parameters H configuration CnF function available with management to HACCP parameters H HACCP Bee be implemented RTC parameters rtc rtc Tab 3 Tab 4 Setting the set point desired temperature value To display or set the set point proceed as follows 1 press the set button for more than 1 second to display the set point 2 increase or decrease the value of the set point using the 9 and arg buttons respectively until reaching the desired value 3 press the set button again to confirm the new value Alarms with manual reset l Prg RCS The alarms with manual reset can be reset by pressing the mute and buttons together for more than 5s Manual defrost As well as the automatic defrost function a manual defrost can be enabled if the temperature conditions allow by pressing ut for 5 seconds ON OFF button Pressing this button for 5 s switches the unit on off When the controller is turned off it a
5. MOUNTING IP65 USE COPPER CONDUCTORS ONLY hi ibd iho ewe ie AUX AUK LON Ne 1 J k 115 230 V N j 7 7 7 n 50mA max PROBES DIGITAL INPUTS tLAN o gt 12Q A y8MA m8MA B A A_ vI0 A interface pig eke S 12A5FLA amp BA2FLA 8A2FLA amp BA2FLA amp 12A 12FLA 30LRA 12LRA 1LRA AIARA 7ARA sonenote Oene Fia 6 DISPLAY Ig PBOOS PANEL MOUNTING IP65 USE COPPER CONDUCTORS ONLY 5_ ra a al LO N NaN 1 2 r i ea PROBES DIGITAL INPUTS EN60730 1 8 4 A v 8 4 A fp INTERFACE UL873 amp 8A2FLA 8A 2FLA JTL pecker s 250 V a 12LRA amp 12LRA To CAREL Fig 7 PBOOY PANEL MOUNTING IP65 USE COPPER CONDUCTORS ONLY H Fa a a ma ca m m LO N ANN 1 2 A 7 7 TE PROBES DIGITAL INPUTS EN60730 1 8 4 A 5 4 A m 8 4 A SERIAL INTERFACE UL 873 q 8A2FLA 5A 1FLA q 8A 2FLA i 2 PRG KEY 250 V amp 12LRA W 6LRA 12LRA To caret Fig 8 Option codes CODE DESCRIPTION RTRRESOOO small remote control ROPZ48500 RS485 serial inteface ROPZ485S0 RS485 serial board interface with automatic recognition of the polarity ROPZDSPOO remote display interface PSTOOVR100 remote repeater display ROORGOOOO remote repeater display ir33 range green display ROORROOOO remote repeater display ir33 range red display PSTCONO1B0 repeater display connection cables 1 5 m PSTCONO3B0 repeater display connection cables 3 m PSTCONO5B0 repeater display connection cabl
6. electronically AE e o oa MSYE oe e al 000 1 26 0 or normally di energised Note the buzzer can be disabled by the CAREL Supervision System Classification according to protection against ieee AdF Antifreeze alarm delay MSYF_ min C 0 15 1 electric shock elare appropiate cole Pialoy FO Fan management F flag C 0 2 0 7 Disposal of the product The control is either to be hand held or is no 0 Fans always on X The appliance or the product must be disposed of separately in compliance with the local intented for a hand held equipment 1 Fans controlled according to the temperatu N s in fi edi Software class and structure class A re difference between the virtual control probe Standards In torce on waste disposal Front panel cleaning only use neutral detergents and water and the evaporator temperatur _____ i Fy Serial interface for CAREL network external available on all models Ta ed according to the evaporator IMPORTANT WARNINGS The CAREL product is a state of the art device whose operation is Interface for repeater display external available on models with H and 0 power supply Fi Iban start temperature F cF F150 1 200 50 specified in the technical documentation supplied with the product or can be downloaded Max distance between interface and display 10 mt F2 Fan OFF with compressor OFF F flag C 0 1 1 even prior to purchase from the website www carel com Programming key available for all models 0 Fans always on he customer manufact
7. oe contact resistance lt 10 Q closing current 6 mA rH Maximum temperature read MSYF C F F i F y__ ear years 0 99 0 Cor PTC depending on the mode rL Minimum temperature read MSYF _ C F F M Month months 1 12 0 Maximum distance of probes and digital inputs less than 10 m c0 _ Comp fan and AUX delay on start up in SYF min C 0 15 0 d Day days 1 7 0 Note During instal ation keep the power and load connections separate probe c1 inimum time between successive starts SYF min C 0 15 O h__ Hour hours 0 23 0 cables digital inputs repeater display and supervisory system c2 inimum compressor OFF time SYF min C 0 15 0 n__ Minute min 0 59 0 measurement error c3__ Minimum compressor ON time SYF min C O 15 0 t Duration ore 0 99 0 NTC high 50 KQ at 25 C 1 5 C in the 40T150 C range c4_ Duty setting SYF min C O 100 O0 HF1 Date time of penultimate HF event MSYF C temperature range from 40T150 C 4 C in the external range at cc Continuous cycle duration SYF ore C O 15 O HF2 Date time of third to last HF event MSYF z C 0 3 20T 115 C c6_ Alarm bypass after continuous cycle SYF ore C 0 250 2 Htd_ HACCP alarm delay MSYF min C 0 250 0 Babeiese ohne pe measurement error c7_ Maximum pump down time SYF S C O 900 0 td1 Defrost time band 1 SYF yP Std CAREL NTC nee aes e990 C 1 C in the 50T50 C range c8 Comp start delay after open PD valve SYF S C 0 60 5 d_ Day days 0 11 0 g 3 C in the 50T90 C
8. range factory default 0 not visible from display h Hour hours 0 33 0 7 F measurement erfor c9 Enable autostart function in PD SYF flag C 0 1 0 n inute min 0 59 0 oe Sale at 985 oe 25 os cate 2 C in the 50T50 C range c10 Select Pump down by time or pressure SYF flag C 0 1 0 td2 Defrost time band 2 8 SYF C Peene MOGE rangema 4 C in the 50T150 C range 0 Pump down by pressure td8 depending on the model 1 Pump down by time ton _ILight aux on time band set point varance SYF C p ENGO730 1 UL 873 c11_ Second compressor delay SYF 5 C o 250 4 d___ Day days 0 11 0 T a dO Type of defrost SYF SYF flag C 0 4 0 h Hour hours 2 250 V 250V lact n inute min cycles cycles 2 pectic heater defrost by ie Q toF _ Light aux off time band set point varance SYF C 5 A resistive 1 FLA LoL g epee d Day days 0 11 O 5A 5 1 A 100000 30000 2 Electric heater defrost by time 6 LRA C 300 7 h Hour hours 0 23 0 3 Hot gas defrost by time T gt 0 50 0 8 4 Aon N O 6 4 Electric heater defrost thermostat by time n NUE __ min 4 Aon N C 2 2 tc__ RTC date time setting MSYF Cc AFtheN Cand S Atete 30000 dl _ Interval between defrosts SYF ore F 0 250 8 y Year years 0 0 99 0 8A i i a 100000 E Caco citerai dt1 End defrost temperature evaporator SYF SCE F 50 200 4 0 M M months 1 1 12 1 Rel inui a a gt ae Sete Tele dt2_ End defrost temperature aux evap SYF CF F 50 200 4 0 a TT T J 7 7 3
9. ACCP function HACCP function not HACCP HACCP raien cabled and or HF ae CONTINUOUS CONTINUOUS CYCLE CONTINUOUS CONTINUOUS CYCLE CYCLE enabled CYCLE not enabled request Tab 2 The blinking status indicates a request for activation that cannot be implemented until the end of the corresponding delay times R22 CAREL THESE INSTRUCTIONS prg e If Hdn lt gt 0 1 switch the instrument off 2 switch the instrument back on holding the mate button until the value 0 is shown on the display 3 select the set of default parameters between 0 A MA and Hdn using the D and wv buttons r prg 4 press the mute button until the message Std is shown on the display Automatic assignment of the serial address This is a special procedure that using an application installed on a PC allows setting and managing simply the addresses of all instruments featuring this function connected to the CAREL network The procedure is very simple 1 Using the remote application The Network definition procedure started the application sends a special message lt ADR gt across the CAREL network containing the network address r 2 Pressing the r on an instrument connected to the network recognises the message sent by the remote application automatically sets the address to the desired value and sends a confirmation message to the application containing the unit code and firmware revision message V Wh
10. ECERI C 50_ 200 0 0 ae primary 3 mm in air 4 mm rr_ Reverse differential for control with dead band SYF _ C F C 0 1 20 2 0 HAn Number of HA events recorded MSYF C 0 15 0 Insulation guaranteed nsulation from relay outputs on surface 1250 V insulation r1 Minimum set point allowed MSYF C F C 50 r2 50 HA Date time of last HA event MSYF gt C 0 by the power supply 0 insulation in reference externally guaranteed E Maximum set n allowed ee E 4 ae 02 yY oA a aed to very low voltage parts by safety transformer o ng M e EE ag d Day ma i a ai Direct cooling with defrost contro insulation from relay outputs a a A ee 1 Direct cooling h__ Hour hours 0 23 0 on surface 1250 V insulation n Minut min 0 59 0 S1 TC or PTC depending on the mode 2 Reverse cycle heating oe leer ne p g 7 r4__ Automatic night time set point variation MSYF C F 20 20 30 t Duration OIE 0 29 S2 C or PTC depending on the mode 5 lEnable tem mea HA1 Date time of penultimate HA event MSYF C perature monitoring MSYF flag C 0 1 0 ar DI1 S3 free contact contact resistance lt 10 Q closing current 6 mA 0 Disabled i Enabled HA2 Date time of third to last HA event MSYF C z a E TC or PTC depending on the mode HACCP HFn Number of HF events recorded MSYF C 0 15 0 inputs 7 A rt Temperature monitoring interval MSYF ore F 999 HF Date time of last HF event MSYF z C F p DI2 S54 ree
11. act Panel mounting by two lateral sliding plastic brackets PSTOOVR100 repeater display interface tipo Pozidriv tipo Pozidriv 7 lt Z NO EXCEDER EN EL AJUSTE NAO EXAGERAR gt NO APERTO Panel mounting by two countersunk screws Max diameter 3 9 mm O re Fig 2 Wiring diagrams PBOOC PANEL MOUNTING IP65 USE COPPER CONDUCTORS ONLY Uai 07 fa al A S amama i at EJ S tO N AN al 1 2 N rn n 7 15 28 ua PROBES DIGITAL INPUTS EN60730 1 x 12 2 A o 8 4 A 8 4 A a 10 10 A jetties Cie INTERFACE UL 873 4 12A5FLA 4 8A2FLA amp 8A2FLA 2A 12FLA JL prokey 250V 30LRA 12LRA amp 12LRA 72LRA rondone TOCAREL DISPLAY Fig 3 PBOOFOE PANEL MOUNTING IP65 USE COPPER CONDUCTORS ONLY i 1 es i 11 el 31 41 8 6 7 8 14 15 a 70 ae iN 2 1 2 g X L N N 7 7 7 ae ck PROBES DIGITAL INPUTS EN60730 1 gt 8 4 A g 5 1 A 8 4 A Fig INTERFACE UL 873 q 8A 2FLA q 5A 1FLA g 8A 2FLA 9 PRG KEY 250V 12RA 6LRA 12LRA To caret Fig 4 PBOOFOH PANEL MOUNTING IP65 USE COPPER CONDUCTORS ONLY Uai a angari am aommmn i S aut AUX LO N aN aN 12 N 7 7 7 ety PROBES DIGITAL INPUTS EN60730 1 12 2 A 8 4 A m 8 4 A x 8 4 A _tLAN o Eeen O SERIAL INTERFACE UL 873 12ASFLA amp BA2FLA BALA amp Bala e y JL preker 250 V r 30LRA a 12LRA r 12LRA a 12LRA BAY Otane Fig 5 PBOOH PANEL
12. art in pump down Installation drilling template spacing between fastening screws 165 mm set point cht nessuna OFF OFF autom man _ high condenser temperature pre alarm wide version or 153 5 mm i Aland AH are absolute threshold CHT A flashing factive active manual high condenser temperature alarm l countersunk with maximum thread diameter AL Low temperature alarm threshold MSYF CF F 0 200 00 dor A flashing active active automatic door open for too long alarm fastening screws a fie a ce eel Cae eet AH_ High temperature alarm threshold MSYF C F F 50 200 0 0 Etc flashing OFF OFF autom man _ real time clock fault digits 3 digit LED i Ad _ Low and high temperature signal delay MSYF min F O 250 120 EE amp flashing OFF OFF automatic EEPROM error unit parameters ae TEE ee TT A4 Digital input 1 configuration l a i EF A flashing OFF OFF automatic EEPROM error operating parameters Pine pay rang wer 0 Input not active 1 mmediate external HA mee flashing OFF OFF manual HACCP alarm type HAY operating status indicated by graphic icons on the display alarm HF mco flashing OFF OFF manual ACCP alarm type HE Keypad 8 rubber silicon buttons 2 Delayed external 3 Enable defrost model me Sg nstrument enabled for programming from the Infrared receiver available depending on the model alarm wano selection g remote control Door SWItCN WI Aut ti dd i t d i a backup avai
13. ctually goes into standby and therefore when carrying out maintenance on the device it must be disconnected from the power supply HACCP function powercompact is compliant with the HACCP standards in force since it allows the monitoring of the temperature of the stored food HA alarm exceeded maximum threshold up to three HA events are saved HA HA1 HA2 respectively from the more recent HA to the oldest HA2 and a HAn signal that displays the number of occurred HA events HF alarm power failure lasting over a minute and exceeded AH maximum threshold up to three HF events are saved HF HF1 HF2 respectively from the more recent HF to the oldest HF2 and a HFn signal that displays the number of occurred HF events HA HF alarm setting AH parameter high temperature threshold Ad and Htd Ad Htd HACCP alarm activation delay Display of the details access to HA or HF parameters pressing the A X HACCP button and use 5 or v buttons to glance over HACCP alarm erasing press the HACCP button for more than 5 s the message res indicates that the alarm have been deleted To cancel the A saved alarms press the HACCP and 8 buttons for more than 5 s Continuous cycle A Pressing the button for more than 5 seconds enables the continuous cycle function During operation in continuous cycle the compressor continues to operate for the time cc and it stops when reaches the cc ti
14. e 8 Press set to temporarily save the new value and return to the display of the parameter amp HACCP alarms 9 Repeat the operations from point 1 or point 2 10 If the parameter has sub parameters press set to display the first sub parameter if pressed for more ES Me d ON OFF than 5 s switches the 11 Press the ory button to display all the sub parameters unit on off 12 Press set to display the associated value ty Me M ae SET if pressed for more than 5 s together o Poeser 1 Increase or decrease the value using the Wor vw button respectively menu for setting type With the SET button accesses the menu than 5 sat ae than1 4 Press set to temporarily save the new value and return to the display of the sub parameter code F frequent para for setting the type C configuration or start up Is enters the LA 2g a meters in the event downloading the parameters enables the automatic 5 Press mute to return to the display of the parent parameter of alarm silences the UP CC if pressed for more than 5 s toge procedure serial address audible alarm buzzer ther with the UP CC button resets any for setting Jassignment Saving the new values assigned to the parameters and disables the alarm ealan with menial reset the default procedure prg relay values To definitively save the new values of the modified parameters press the mute button for more than 5 i pe ae more ae ete seconds thus ex
15. ectronic control devices or without phase shift capacitors can be 2 Display o steady inti used within the operating limits specified for each type of relay dd _ Dripping time after defrost SYF min F 0 15 2 EO aoU O tile ae aT ond Inereser inode lt a Maximum d8 _ Alarm bypass after defrost SYF ore F 0 250 1 Icon on Alarm npo Type of connection Cross section current dgd_ Alarm bypass after door open SYF min 0 250 0 Code the display _ nelay Buzzer Reset Description iS 9 Defrost priori tect YF fl TE Aach o onnea E a veme hom 0S oas 128 d ae ihe she ee nee ors S ag C 0 0 rE A flashing active jactive automatic virtual control probe fault p a a A lea ek EQ A flashing OFF OFF automatic room probe S1 fault The installer has to provide the correct dimensioning of the power supply and observed TE I Ifashi OFF OFF i 7 derest arobe Faul cable connection between the instrument and the loads In max load and max 1 The protection times c1 c2 and c3 are not as as ng automatic etrost probe gt 4 tau operating temp conditions cables rated for operation at up to 105 C are required observed E2 3 4 amp flashing OFF OFF automatic probes 3 4 5 fault c ae dimensions 36x167x75 mm d 1 Display of defrost probe 1 MSYF _ C F F nes no OFF OFF automatic probe not enabled ase Plastic mount in depth 64 mm d 2_ Display of defrost probe 2 MSYF C F F gt z LO A fflashing active active automatic low temperature alar
16. en the message sent by the remote application is recognised the instrument shows the message Add on the display for 5 seconds followed by the value of the serial address assigned 3 The application on receiving the confirmation message from the units connected to the network saves the information received in its database increases the serial address and sends the message lt IADR gt again 4 At this point the procedure starting from point 2 can be repeated on another unit connected to the network until defining all the network addresses Note once the address has been assigned to an instrument the operation for safety reasons is disabled on the same instrument for 1 minute preventing a different address from being assigned to the instrument Accessing the configuration parameters type C r Prg 1 Press the mute and set buttons at the same time for more than 5 seconds the display will show the number OO password prompt A 2 Press the Woy v button until displaying the number 22 parameter access password Confirm by pressing the set button 4 The display shows the code of the first modifiable C parameter ad Accessing the configuration parameters type F ig Prg 1 Hold the mute button for more than 5 s if there are active alarms first mute the buzzer the display will show the first modifiable F parameter Modifying the parameters After having displayed the parame
17. es 5m PSOPZKEY00O parameter programming key with extended memory and 12 V batteries included PSOPZKEYAO parameter programming key with 230 Vac power supply IROPZKEYOO parameter programming key with 12 V battery included IROPZKEYAO parameter programming key with extended memory and external 230 Vac power supply VPMSTDKY 0 key programming kit Tab 1 Display powercompact uses a built in display terminal with three LED digits and icon to display the opera ting status An additional display can be connected to the powercompact controller via a suitable interface for example to display the reading of a third probe Signals on the display N ti Icon Function ON orma o on blink Start up o COMPRESS compressor ON compressor OFF compressor request FAN fan ON fan OFF fan request as DEFROST defrost ON defrost OFF defrost request auxiliary output AUX auxiliary output anti sweat heater AUX PHA active AUX not active function active alarms in normal delayed external alarm a A ALARM a d of no alarm present starnn toe eaernal digital input imme diate or delayed ON if real f at least 1 timed Q CLOCK l no timed defrostis clock alarm present time clock defrost has been set ASON Ro IGHT auxiliary output LIGHT auxiliary output anti sweat heater pa active LIGHT not active function active malfunction e g A SERVICE no malfunction EEPROM error or probe fault 7 HACCP alarm HA H
18. iting the parameter setting procedure if pressea orion a ee Goes one ee All the modifications made to the parameters temporarily saved in the RAM can be cancelled and fa UP CC sal s Pe M es be implemented normal operation resumed by not pressing any button for 60 seconds thus allowing the pa e J ISables CONTINUOUS i x x a Lo cycle operation PRG MUTE if pressed for more than 5 s to setting session to expire due to timeout If the instrument is switched off before pressing the mate gether with the PRG MUTE button resets button all the modifications made to the parameters and temporarily saved will be lost p p y any active alarms with manual reset if pressed for more s X LUCE than 1 s enables disa Directly accessing the parameters by selecting the category bles auxiiary AUX2 The configuration parameters can also be accessed in addition to the mode described above via the Loe pasha ae category see the icons and abbreviations in the table below according to the list on the display with aux AUX than 1 s enables disa gly y P bles auxiliary AUX1 the corresponding name and icon To directly access the list of parameters grouped by category press if pressed for more prg E 7G mP vt x DOWN than 5 s enables the mute button for at least 1 second D and to modify the parameter press set D i DEF disables a manual defrost Category Parameters Message Icon e PRG MUTE if pressed for more than
19. lable depending on the model 4 Start defrost compressor and fan Add Signa eos Ere enna JOUEN ane ena stop Prt Signa Printing report Buzzer available on all models aa g girepor sa 7 7 6 Remote on off 7 Curtain switch mA Activation of the of low relative humidity error at 25 C 10 ppm 5 3 min year 8 Low pressure 9 Door switch with fan LrH Signa procedure error in the temperature range l switch stop only T Activation of the of high relative humidit E 10T60 C O e PNY yea A 10 Direct reverse 11 Light sensor HrH signa procedure i ageing lt 5 ppm 2 7 min year 12 Activation ofthe 13 Boor switch with ecb Signa Request to start continuous cycle discharge time 6 months max 8 months AUX output compressor and fans off ccE Signa Request to end continuous cycle recharge time typical 5 hours lt 8 hours max i ana light not managed dFb Signa Request to start defrost 14 Door switch with fans only off and light JFE Signa Request to end defrost Operating temperature 10T65 C not managed On Signa Switch ON Operating humidity lt 90 rH non condensing A5 Digital input 2 configuration DI2 As for A4 MSYF C O 14 O OFF Signa Switch OFF Storage temperature 20T70 C A6 Stop compressor from external alarm SYF min C 0 100 0 HES 5i Reset alarms with manual reset Reset HACCP Storage humidity lt 90 r H non condensing A7_ External alarm detection delay SYF minj C O 250 0 gna alarms Reset tempera
20. m using screws from front panel dimensions dc Time base for defrost oe SYF flag C 0 1 0 HI A flashing active active automatic high temperature alarm panel drilling template 29x138 5 mm distance between fastening O dl in hours dP1 and dP2 in minutes AF r A fflashing active jactive manual antifreeze alarm Mounting screws 153 5 mm AiG eae anc che In seconds mT ae z 5 Ai a IA A flashing lactive lactive automatic immediate alarm from external contact i j unni In ER F fastening screws Soe il with tread diameter 3 9 mm d11 Running time E TE threshold SYF C F C 20 50 10 ile A f flashing active Jactive lau tomatic delayed alain from external contact dimensions 39 4x183x75 mm d12 Advanced defrost SYF C 0 3 0 dEF a lacceso OFF OFF automatic defrost running Case wide version plastic mounting depth EMN dn Nominal defrost duration SYF C 1 100 65 Ed1 2 no OFF OFF autom man __ defrost on evaporator 1 and 2 ended by timeout TET ard ana E E dH _ Proportional factor variation in dl SYF C 0 100 50 Pd A flashing lactive active jautom man maximum time pump down alarm A E E er ertnen using screws from the front or brackets AO _ Alarm and fan differential MSYF_ C F C 0 1 20 2 0 Ip A flashing active active Jautom man llow pressure alarm p A1 Type of threshold AL and AH MSYF flag C 0 1 0 taal amp I fashi re PP 7 dimensions from 138 5x29 to 150x31 il es aerea e oe AtS ashing active jactive autom man autost
21. me out or the minimum temperature envisaged AL minimum temperature alarm threshold Continuous cycle setting cc parameter continuous cycle duration cc 0 never active c6 parameter bypassing the alarm after the continuous cycle it avoids or delays the low temperature alarm after the continuous cycle Procedure for setting the default parameter values To set the default parameter values on the controller proceed as follows r gt If Hdn 0 1 switch the instrument off 2 switch the instrument back on holding the mae button until the message Std is shown on the display Note the default values are only set for the visible parameters C and F For further details see table Summary of Operating parameters Probe configuration A2 A5 In the powercompact series these parameters are used to configure the operating mode of the probes 0 probe absent 1 product probe used for display only 2 defrost probe 3 condenser probe 4 antifreeze probe Configuration of the digital inputs A4 A5 A9 In the powercompact series this parameter and the model of controller used define the meaning of the digital input O input not active 1 immediate external alarm normally closed open alarm 2 delayed external alarm normally closed enable defrost from external contact open disabled an external contact can be connected to
22. se output in contro wit dead band IROPZKEY J6 Display decimal point MSYF flag Cc 0 1 0 1 second compressor step output Chiave di programmazione 0 with tenths of a 1 without tenths of a a te ee Programming key degree degree tl Display decimal point MSYF C 1 7 1 pa a een MIM i Nag j o Ta 1 virtual probe 2 probe 1 2 oe 3 probe 2 4 probe 3 S 5 aye 5 probe 4 6 probe 5 Elp g g SeS C 7 set point 5 z 5 5 IROPZDSPOO IROPZ48550 tE Display on external terminal MSYF C 0 6 0 T bef e Opzione interfaccia Interfaccia scheda seriale 0 remote terminal not present AUX al G o display RS485 intelligente T virtual probe 2 probe 1 elel 5 sl luolz 6 8 Display interface option Smart serial board 3 probe 2 4 probe 3 cli xI o lt z 5 9 interface RS485 UN 5 probe 4 6 probe 5 Ell zI re Solas hele Fig 9 P Select type of probe MSYF C 0 2 0 0 0 NTC standard with range 50T90 C 1 s 1 NTC enhanced with range 401150 C Technical specification 2 PTC standard with range 50T150 C 3 Model Voltage Power A2 Configuration of probe 2 S2 Ma i 7 5 230 V 10 15 50 60 Hz TA l 6 _ f t 1 E 230 V 10 10 50 60 Hz 3 VA 25 mA max 1 Product probe display only Keypad function Disabled vers 16 A 8A 8A 2 Defrost probe H3 Remote control enabling code MSYF C 0 255 0 115 V 10 15 50 60 Hz Ree aa o cea e MSYF flag C 0 1 0 A 115 V
23. t usually energised MSYF flag c 0 13 1 fe tout 1 Alarm output usually de energised 2 Auxiliary ou Summary of operating parameters 3 Light output a 3 UOM Unit of measure Def Default value oo output Symb Code Parameter Models UOM Type Min Max Def 6 Condenser fan output Pw Password MSyr c o 200 22 EAA Se lee ail eco eee 2 Measurement stability MSYF C 1 15 4 8 Auxiliary ou tput with deactivation when OFF 3__ Probe display response MSYE C 0 15 0 9 ont output with deactivation when OFF 4_ Virtual probe MSYE 0 100 0 10 No function associated with the output wA N is lSelect C or F MSYF flag C 0 1 0 11 Rever
24. ter either type C or type F proceed as follows 1 Press the Woy v button to scroll the parameters until reaching the parameter to be modified when scrolling an icon appears on the display representing the category the parameter belongs to prg 2 Alternatively press the mute button to display a menu that is used to quickly access the category of parameters to be modified a Me 3 Scroll the menu with the Wand v buttons the display shows the codes of the various categori es of parameters see the Summary of operating parameters accompanied by the display of the corresponding icon if present 4 Once having reached the desired category press set to go directly to the first parameter in the Buttons on the keypad chosen category if no parameter is visible pressing the set button will have no effect prg Normal operation Request 5 Atthis stage modify the parameters or return to the Categories menu using the mute button Icon Button Pressing the button pressing together with burtonsaddress Start up automatic 6 Press set to display the value associated with the parameter alone other assignment we te 7 Increase or decrease the value using the ory buttons respectively Q enters the menu to leapt a ACS ldisplsy andcelete ih
25. the multifunction input to enable or disable the defrost 4 start defrost from external contact 5 door switch with stopping of compressor and fans open open door 6 remote ON OFF CLOSED ON 7 curtain switch close lowered curtain 8 low pressure switch input for pump down open low pressure 9 door switch with stopping of fans only open open door 10 direct reverse cycle operation open direct 11 light sensor 12 AUX output enabling if configured with H1 o H5 parameters opening enabling 13 door switch with compress and fans OFF with light not managed 14 door switch with fans OFF and light not managed Configuration of the relay outputs AUX1 H1 and AUX2 H5 Establishes whether relays AUX1 and AUX2 present only if envisaged by the model are used as au xiliary outputs e g demister fan or other ON OFF actuator an alarm output a light output a defrost actuator for the auxiliary evaporator pump down valve control or output for the condenser fan Q alarm output normally energised the relay is de energised when an alarm occurs 1 alarm output normally de energised the relay is energised when an alarm occurs 2 auxiliary output 3 light output 4 auxiliary evaporator defrost output 5 pump down valve output 6 condenser fan output 7 __ delayed compressor output amp 8 auxiliary output with OFF shutdown 9 light outp
26. ture monitoring _ Front panel index of protection smooth and stiff panel installation with gasket IP65 A8 Enable alarms Ed1 and Ed2 SYF flag C 0 0 mine A Mashing lkeivs lactive lautormati ndicates an alarm on unit 1 to 6 present in the 0 Alarm signals Ed1 and Ed2 enabled 0 5 g network Environmental polutan 2 normal 1 Alarm signals Ed1 and Ed2 disabled 1 dn Signal signals download in progress PTI of the insulating material printed circuit board 250 insulation 175 A9 Digital input 3 configuration DI3 As for A4 MSYF 3 C 0 14 0 d1 d6 amp flashing OFF OFF Signals download with errors on unit 1 to 6 Period of electric stress across insulating parts long Ado _ Light management mode with door switch MSYF_ flag C 0 1 0 Tab 6 Category of resistance to fire category D and category B UL 94 V0 Ac__ High condenser temperature alarm SYF C F C 00 200 70 0 MAN l l i gory l F gory go Bt AE High condenser temperature alarm differential SYF C F C 01 20 10 The buzzer is enabled if enabled by the parameter H4 The alarm relay is enabled if one of the auxilia elas 0 protection again Eveltage Suges oa Acd_ High condenser temperature alarm dela SYF min C 0 250 0 AUX1 H1 AUX2 H5 has b igned the al lay f i I ised Type of disconnection or interruption 1 B relay contacts micro disconnection AF TE sensor OFF n y SYF S C 0 250 0 ly Ou pus o F MIS SIE ei woes tie eel ea aclon Aom ee Cansiruciionor control incorporated control
27. urer developer or installer of the final equipment accepts all liability and The powercompact range fitted with the standard CAREL NTC probe is compliant with standard J Fans off with compressor off z 5 l re ieee to a en of the i D to tenes the ac gt i eaMy EN 13485 on thermometers for measuring the air temperature in applications on units for the Y Tahe oberire dugde 4 ical tae ete i Wio A 3 A Te a e a P 4 conservation and sale of refrigerated frozen and deep frozen food and ice cream Designation of irane danol operate during defrosts ii a pee are LNT pene i u s saul ala ibed ay ee the instrument EN13485 air S A 1 50190 C The standard CAREL NTC probe is identifiable by Fd Fan OFF after dripping F mim F 0 15 J ei is anna a a n Mue ae wee ae a ae the printed laser code on WP models or the code 103AT 11 on HP models both visible on the F4 Condenser fan stop temperature MSYF C F C 50 200 40 tion relating Q UEN enue G m RAMON LONS PORUCI bp ed g i F5 Condenser fan start differential MSYF CPE C 01 20 50 general contract conditions available on the website www carel com and or by specific agreements sensor part with customers CAREL INDUSTRIES HQs Via dell Industria 11 35020 Brugine Padova Italy Tel 39 0499716611 Fax 39 0499716600 e mail carel carel com www carel com 0500018EN rel 3 2 del 01 04 2008
28. ut with OFF shutdown 10 disabled output 11 reverse output in dead zone control 12 second compressor step output 13 _ second compressor step output with rotation Warning the mode H1 H5 0 is useful for signalling the alarm status even in case of power failure Note in the models fitted with only one auxiliary output to associate the button E to this output set H1 10 and H5 3 It is necessary to associate the relay assigned to aux 1 to the auxiliary output 2 The operation can be performed using the programming kit PSOPZPRGOO and the programming key PSOPZKEY00 A0 Optional connections Date and day for defrost event parameters td1 td8 from Saturday to Sunday 1 every day 0 no event 1 7 Monday Sunday 8 from Monday to Friday 9 from Monday to Saturday 10 HO Serial address MSYF C O 207 1 H1 Function of AUX1 0 Alarm outpu
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