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CLIMAVENETA W3000 compact Technical Manual Download Page 89

C0240111-04-05-GB

“B” HARDWARE (for hermetic compressors) 

Water/air chiller with “B” axial fans

Water/air chiller with “B” centrifuge fans

Digital inputs 

ID1 Circuit 1 high pressure switch 
ID2 Circuit 2 high pressure switch 
ID3 Remote on/off
ID4 Remote Summer/Winter
ID5 Evaporator flow switch
ID6 Circuit 1 low pressure switch 
ID7 Circuit 2 low pressure switch 
ID8 Compressor 1 thermal protection
ID9 Compressor 2 thermal protection

Pump 1 thermal protection

ID11 Fans thermal relay
ID12 Phase sequence
ID13 General enable 
ID14 Pump 2 thermal protection 
ID15 Compressors enable

Analogue inputs

Circuit 1 high pressure transducer 

B2 Circuit 2 high pressure transducer 
B3 Evaporator inlet water temperature 
B4 Evaporator outlet 1 water temperature
B5 Evaporator outlet 2 water temperature
B6
B7 External temperature
B8 Setpoint variation (4-20mA) 

Digital outputs 

NC1 Evaporator antifreeze heating element 

NO2 Circuit 1 cycle reversal valve
NO3 Circuit 2 cycle reversal valve
NO4
NO5 Pump 1
NO6 Compressor 1
NO7

General alarms cumulative

NO9 Pump 2 

NO10 Ventilation step 1
NO11 Ventilation step 2
NO12

Analogue outputs 

Y1 Circuit 1 speed adjustment (PWM)
Y2 Circuit 2 speed adjustment (PWM)

Digital inputs 

ID1 Circuit 1 high pressure switch 
ID2 Circuit 2 high pressure switch 
ID3 Remote on/off

Remote Summer/Winter

ID5 Evaporator flow switch
ID6 Circuit 1 low pressure switch 
ID7 Circuit 2 low pressure switch 
ID8 Compressor 1 thermal protection
ID9 Compressor 2 thermal protection

Pump 1 thermal protection

ID11 Fans thermal relay
ID12 Phase sequence
ID13 General enable 

Pump 2 thermal protection 
Compressors enable

Analogue inputs 

B1 Circuit 1 high pressure transducer 
B2 Circuit 2 high pressure transducer 
B3 Evaporator inlet water temperature 
B4 Evaporator outlet 1 water temperature
B5 Evaporator outlet 2 water temperature
B6
B7 External temperature

Setpoint variation (4-20mA) 

Digital outputs 

NC1 Evaporator antifreeze heating element 

NO2 Circuit 1 cycle reversal valve
NO3 Circuit 2 cycle reversal valve
NO4 Main fan step 
NO5 Pump 1
NO6 Compressor 1
NO7 Compressor 2
NO8 General alarms cumulative
NO9 Pump 2 

NO10 Ventilation step 1
NO11
NO12 Ventilation step 3

Analogue outputs 

Y1 Speed adjustment (PwM) 
Y2

ID4

ID10

ID10

ID14
ID15

B1

B8

Compressor 2

NO8

Ventilation step 2

Ventilation step 3

89

Summary of Contents for W3000 compact

Page 1: ...36061 Bassano del Grappa VI ITALY G B Tel 39 0424 509 500 Fax 39 0424 509 509 www climaveneta it info climaveneta it The information contained in this document may be modified without prior notice No...

Page 2: ...1 5 3 SETPOINT MENU 33 5 4 CLOCK MENU 33 6 MANUFACTURER PROGRAMMING 34 6 1 FREECOOLING 35 6 2 CONDENSATION 36 7 ALARMS 38 ANNEX 1A TABLE OF W3000 MASKS 43 ANNEX 1B TABLE OF W3000 BASE MASKS 63 ANNEX 1...

Page 3: ...ays the alarms and resets normal operating conditions SETPOINT key directly accesses the setpoint menu ON OFF key switches the machine on and off For each compressor the following LED s are also locat...

Page 4: ...n p Esc n p Thermoregulator Menu key Unit menu selection Setpoint menu selection I O menu selection Clock menu selection User menu selection Manufacturer menu selection User Password Factory Password...

Page 5: ...e analogue inputs It also shows the status of the digital outputs and the voltage supplied to the analogue outputs If expansions are necessary depending on the configuration parameters the inputs and...

Page 6: ...witching on the unit The inputs outputs table explaining the functions of the various connectors on the unit is contained in annex 2 at the end of this manual 3 1 Available hardware 6 Fuse Anal og Sel...

Page 7: ...C0240111 04 05 GB 7 W3000 W3000 UNIT XL UNIT B...

Page 8: ...C0240111 04 05 GB W3000 EXPANSION E 8...

Page 9: ...NNECTION In the base expansion connection the entire intelligence of the unit resides in the base The connected expansions are exclusively used as additional I O The cards must be connected together w...

Page 10: ...it with setpoint or secondary setpoint enable 3 E Number of evaporators 0 Number of compressors per circuit 2 Condensing units Unit with 2 alternative compressors per circuit 4 E At least one pump ena...

Page 11: ...as shown in figure 3 2 Figure 3 2 master slave connection 3 2 3 MIXED CONNECTION The mixed connection is used in units with 3 4 cooling circuits where an increase in inputs outputs is required The mas...

Page 12: ...C0240111 04 05 GB Figure 3 3 mixed connection 12...

Page 13: ...ignal 1 2 ON Example B1 and B2 temperature probes B3 and B4 pressure transducers B5 temperature probe B6 ON OFF input ON 1 2 3 4 5 6 DIP ON 1 2 3 4 5 6 DIP 1 2 ON MOUNTING THE CLOCK CARD The clock car...

Page 14: ...to perform are described in the following paragraphs 3 4 1 SETTING THE KEYBOARD ADDRESS After connecting the keyboard to the device using two cables for W3000 and just one cable for W3000 compact per...

Page 15: ...keyboard address setting procedure but this time set the I O card address field with the address number used for the card A mask similar to the one shown to the side will appear Terminal Config Press...

Page 16: ...ork 1 Press UP DOWN and ENTER together and hold down until the mask shown to the side appears Display address Setting 00 I O Card address 2 Set the required address for the keyboard e g 21 Display add...

Page 17: ...se is not performed correctly the entire system will not work The remote keyboard will work problem free if the following operations are performed one after the other 1 Set the on board machine card a...

Page 18: ...red Trm1 21 Pr Trm2 None Trm3 32 Sh Ok No 8 To save the settings and exit the configuration procedure move the cursor to No change it to Yes and press ENTER To exit without saving the settings wait 30...

Page 19: ...tors more than one unit the above configuration may only be used for the last card in the network the nearest to the remote keyboard x REMOTE KEYBOARD FROM 200 metres UP TO 500 metres N B The remote k...

Page 20: ...C0240111 04 05 GB SHIELDED TWISTED Figure 3 6 connecting the remote keyboard for distances between 200 and 500 metres 20...

Page 21: ...Enter again to confirm If On continues to be displayed it means that the unit has been switched on x SWITCHING OFF Move to the On Off parameter and change to Off using the same procedure used to switc...

Page 22: ...the serial card is fitted Check that the Supervisor enable and On Off enable from supervisor parameters in the user menu are set to Yes Proceed as follows x SWITCHING ON Send the switching on command...

Page 23: ...rity change through protocol Using the parameter Make sure the unit is Off Access the setpoint menu and display the Operating mode parameter Move to the Operating mode parameter by pressing Enter and...

Page 24: ...on again Using the supervision protocol Only applicable if the serial card is fitted Check that the Supervisor enable and Enable operating mode from supervisor parameters in the user menu are set to...

Page 25: ...adjustment inlet only x Quick Mind adjustment outlet only x Modulating adjustment Quick mind for outlet required Centrifuge compressor x Proportional step adjustment for inlet and integral for outlet...

Page 26: ...roportional band values according to the number of steps summer N steps Setpoint C Proportional band C Theoretical min outlet T Theoretical max outlet T 2 42 5 2 5 41 2 46 3 4 45 5 43 7 46 3 Table 5 2...

Page 27: ...maximum number of start ups per hour Both return and delivery temperatures can be adjusted Special functions are also present which reduce the number of compressor start ups in the event of very low l...

Page 28: ...ndles start up checks if one compressor is enough to return delivery temperature to the setpoint and avoid unnecessary start ups As the delivery temperature is still at 12 C after about 200 seconds th...

Page 29: ...orbed power kW compressor switch on Set point Prop band 100 Thermoregulator power request Let us take a close look at how the compressor is activated figure 5 6 When the system return temperature lies...

Page 30: ...y a compressor Max theoretical maximum electrical power absorbed by a compressor Let us take a close look at how the compressor is activated figure 5 8 The amplitude of zone A coincides with the tempe...

Page 31: ...f active compressors or their load percentages position of modulating chamber When the temperature rises above zone B following a change in the system load the compressors are activated in order to re...

Page 32: ...C0240111 04 05 GB T Rec C 100 75 50 25 Setpoint recupero Banda regolazione recupero Recovery adjustment band Recovery setpoint Figure 5 10 recovery function of a 4 circuit unit 32...

Page 33: ...pecific operating modes and different setpoints can be set according to requirements Several time bands up to 5 can be set within a 24 hour period Figure 5 10 shows an example the beginning of the fir...

Page 34: ...e n re c u p e r o M e n c o n d e n s a z io n e M e n fre e c o o lin g M e n s b rin a m e n to M e n s ic u re z z e M e n a s s is te n z a M e n in iz ia liz z a z io n e n p n p n p n p n p n p...

Page 35: ...water by the water air heat exchange achieved thanks to the internal fans If instead the air is hot there is no point in it passing through the coil and all the water is cooled with the evaporator co...

Page 36: ...ensation adjustment types in the chiller operating mode are shown below The fans may be turned on using the on off system step in which the fans are turned on progressively one after the other figure...

Page 37: ...ifferential Step2 on Step adjustment Set Point Set Point differential Step4 on Figure 6 4b step condensation adjustment Condensation Pressure Set Point Set Point differential Continuous adjustment 100...

Page 38: ...ure Enabled only in the heat pump mode Low water temperature at evaporator inlet S A 006 High inlet temperature Enabled only in the chiller mode High water temperature at evaporator inlet S A 010 Evap...

Page 39: ...or 2 M 113 Compressor oil 3 as above for compressor 3 M 114 Compressor oil 4 as above for compressor 4 M 115 Compressor oil 5 as above for compressor 5 M 116 Compressor oil 6 as above for compressor 6...

Page 40: ...ith no Freon in circuit 1 A 252 Circuit 2 start up timeout as above for circuit 2 A 253 Circuit 3 start up timeout as above for circuit 3 A 254 Circuit 4 start up timeout as above for circuit 4 A 261...

Page 41: ...1 Probe 1 error expansion 4 analogue as above A 542 Probe 2 error expansion 4 analogue as above A 543 Probe 3 error expansion 4 analogue as above A 544 Probe 4 error expansion 4 analogue as above A 55...

Page 42: ...tion that generated the alarm is eliminated the alarm must be reset by hand A Automatic reset alarm if the condition that generated the alarm is eliminated the alarm is reset automatically A M Automat...

Page 43: ...d 1 22 3 C Cond 2 22 4 C if 2 condensers are fitted Displays inlet and outlet temperatures of the evaporator or condenser depending on whether the unit is in the summer or winter mode and the outlet t...

Page 44: ...the card is provided with its propriety software two padlocks appear on units with 3 or 4 circuits Functions m p Access mask to functions submenu Press Up or Down to scroll the other masks and Esc to...

Page 45: ...shold 1500 days Impulse 10 s When enabled this function activates the pumps for the set impulse time after a period of activity reaches the threshold value Only appears for units with two pumps 058 05...

Page 46: ...ferential for liquid injection 091 092 Compressor modulation Minimum 040 Maximum 091 Sets minimum and maximum values for compressor modulation 093 094 Start revs 15000 Minimum revs 17000 Compressor st...

Page 47: ...CCCCC Visualises the status of the circuits and the valves of the circuit C3 off valve CCCCCCCCCC C4 off valve CCCCCCCCCC Visualises the status of the circuits and the valves of the circuit Recovery m...

Page 48: ...the heat pump mode only displayed if step condensation is set 171 172 Condensation control HeatPump step2 Setpoint 05 0 bar Diff 1 4 bar Sets step 2 in the heat pump mode only displayed if step conde...

Page 49: ...fter the bypass time The calculation is updated every calculation interval 203 204 Ext t evap t difference threshold for changing defrost delay 15 0 C only for auto tuning Maximum difference between e...

Page 50: ...ating the condenser anti freeze alarm 236 237 Recup antifreeze heater Setpoint 04 0 C Diff 04 0 C Sets the setpoint and differential for activating the recuperator anti freeze heater 238 239 Evaporato...

Page 51: ...appears on units with more than 2 circuits 268 269 Master calibr exp2 offset Value B1 0 0bar 04 2bar B2 0 0bar 03 9bar Modifies the probe offsets of expansion 2 Only present if required by the type of...

Page 52: ...calibr exp2 offset Value B7 0 0 C 22 4 C B8 Modifies the probe offsets of expansion 2 Only present if required by the type of machine configured 306 307 Slave calibr exp3 offset Value B1 0 0 C 05 3 C...

Page 53: ...odulated only for modulating screw compressors 329 Input adjustment Type PROPORTIONAL Defines the type of adjustment only visible in the step inlet adjustment mode 330 Integral time 0600 s Integral co...

Page 54: ...percentage of power delivered by the unit in the summer winter in heat pump units and recovery in compatible units where possible modes 361 362 363 En from dig inp On Off N Summer Winter N Allows the...

Page 55: ...C Third daily time band setting 393 394 395 396 397 398 Band 4A Adjust Time 13 30 19 30 Sp S 07 0 C W 45 0 C Sp R 45 0 C Setting of fourth daily time band 399 400 401 402 403 404 Band 5A Off Time 19...

Page 56: ...esent and specifies their state Dig In master exp1 C Contact closed 12345 67890 12345 O Contact open CCCCC CCCCC CCCCC Master is only specified on units with 3 or 4 circuits CCC Displays the state of...

Page 57: ...only specified on units with 3 or 4 circuits An In master exp4 N Value 1 A 2 A Displays analogue inputs 1 and 2 of expansion 4 if present Master is only specified on units with 3 or 4 circuits An In...

Page 58: ...AAAA AAAAA AAAA Displays the state of the digital outputs of expansion 1 if present and specifies their state C Contact closed O Contact open An In slave exp1 N Value 1 35 6 C 2 40 5 C Displays analog...

Page 59: ...ts of expansion 5 if present and specifies their state C Contact closed O Contact open Dig Out slave exp5 12345 67890 12345 AAAAA AAAAA AAAAA AAAAA AAAAA AAAA Displays the state of the digital outputs...

Page 60: ...ure values temperature of the liquid and calculated subcooling values of circuits 3 and 4 Timer tuning defrost Range 1200 03600 s Free Defrost 0370 s Displays for timer tuning defrost the variation ra...

Page 61: ...status of the centrifuge compressors the request and effective activation the rpm and the percentage delivered Comp 2 Start Req 05 0 05 0 Act 15000rpm 050 Displays the operating status of the centrifu...

Page 62: ...deselects compressors 422 423 424 425 426 428 429 W 3000 Code CA 07 00 GB nn This mask contains the reference information of the software Code 07 00 The closed padlock symbol shows that the card is p...

Page 63: ...e unit ON OFF MODE The submask displays the operating mode of the unit CH CH Chiller HP Heat Pump ST The submask displays the operating status of the unit ON H ON K on from keypad ON D on from digital...

Page 64: ...et adjustment 0 expressed in degrees centigrade 337 LL U The submask is used to set the lower limit of the heat pump setpoint with inlet adjustment 0 expressed in degrees centigrade The submask is use...

Page 65: ...f the supervisor is enabled The submask is used to set the speed of communication expressed in bauds Possible values 1200 2400 9600 19 2 19200 371 ID If the supervisor is enabled The submask is used t...

Page 66: ...9 5 expressed in degrees centigrade 413 UIN If the FLOW parameter in the user menu is set to inlet The submask is used to set the winter setpoint with inlet adjustment 0 expressed in degrees centigrad...

Page 67: ...ssor 2 operating hours expressed in thousands 1 e g 1 1000 hours LH 2 Displays compressor 2 operating hours expressed in units 50 e g 50 50 hours SEL1 Enables compressor 1 Y N deselected Y selected 42...

Page 68: ...led 1 enabled 0 024 Pressure transducers enable 0 disabled 1 enabled 0 Low pressure transducers enable 0 disabled 1 enabled 0 026 Enable summer setpoint offset 0 027 Enable winter setpoint offset 0 02...

Page 69: ...0 074 Period for power maintenance impulse 600 s 0 999 075 Period for power increase impulse 10 s 0 999 076 Minimum duration of power increase impulse 1 0 s 0 0 99 9 077 Maximum duration of power inc...

Page 70: ...n winter 0 disabled 1 enabled 0 144 Remote recovery control enable 0 disabled 1 enabled 0 145 Pressure setpoint for forcing chiller status from recovery 23 5 bar 10 0 P253 146 Pressure differential fo...

Page 71: ...aximum condensation limit in continuous adjustment 100 P184 100 184 Minimum condensation limit in continuous adjustment 30 0 P183 185 Adjustment under the minimum condensation limit 0 adjustment alway...

Page 72: ...tor antifreeze heating element setpoint 4 0 C P232 5 0 235 Evaporator antifreeze heating element differential 4 0 C 1 0 10 0 236 Condenser antifreeze alarm setpoint 4 0 C 30 0 5 0 237 Condenser antifr...

Page 73: ...4 Slave probe 9 calibration 0 0 C bar 9 9 9 9 295 Slave probe 10 calibration 0 0 C bar 9 9 9 9 296 Slave probe 1 expansion 1 calibration 0 0 C bar 9 9 9 9 297 Slave probe 2 expansion 1 calibration 0 0...

Page 74: ...52 0 C P914 75 0 346 Temperature adjustment band with step adjustment 2 5 C 2 0 10 0 347 Recovery adjustment band 5 0 C 2 0 10 0 348 Enable secondary setpoint 0 No 1 Yes 0 349 Enable external setpoin...

Page 75: ...perature setpoint in time band 3 A 8 0 C P911 P912 398 Winter temperature setpoint in time band 3 A 40 0 C P913 P914 399 Recovery setpoint in time band 3 A 40 0 C P342 P343 400 Unit status in time ban...

Page 76: ...epends on the adjustment type Minimum recovery setpoint Maximum recovery setpoint Enable limit for advanced time bands Minimum settable value for controlling time bands depends on parameter settings M...

Page 77: ...ssors enable NO2 NO6 General alarms cumulative NO8 Evaporator antifreeze heating element Analogue outputs Y1 Circuit 1 speed adjustment Y2 Circuit 2 speed adjustment Y3 Y4 Digital inputs ID1 Circuit 1...

Page 78: ...ressor 2 NO4 NO5 Cycle reversal valve NO6 NO7 General alarms cumulative NO8 Evaporator antifreeze heating element Analogue outputs Y1 Condensation adjustment Y2 Y3 Y4 Digital inputs ID1 Circuit 1 high...

Page 79: ...O10 NO11 NO12 Compressor 1 NO13 Compressor 2 Analogue outputs Y1 Circuit 1 speed adjustment Y2 Circuit 2 speed adjustment Y3 Y4 Digital inputs ID1 ID2 Phase sequence ID3 Circuit 1 low pressure switch...

Page 80: ...l valve NO6 NO7 General alarms cumulative NO8 Evaporator antifreeze heating element NO9 NO10 NO11 NO12 Compressor 1 NO13 Compressor 2 Analogue outputs Y1 Condensation adjustment Y2 Y3 Y4 Digital input...

Page 81: ...arms cumulative NO14 Compressor 3 Compressor 4 NO16 Ventilation step 1 circuit 2 NO17 Ventilation step 2 circuit 2 NO18 Ventilation step 3 circuit 2 Analogue outputs Y1 Circuit 1 speed adjustment Y2 C...

Page 82: ...heating element NO13 General alarms cumulative NO14 Compressor 3 NO15 Compressor 4 NO16 NO17 NO18 Y1 Condensation adjustment Y2 Y3 Y4 Y5 Y6 Digital inputs ID1 Circuit 1 low pressure switch ID2 Compre...

Page 83: ...igh pressure switch ID14 Circuit 2 high pressure switch ID15 Phase sequence ID16 General enable ID17 Compressors enable ID18 Analogue inputs B1 B2 Evap outlet water temperature blend B3 Evaporator inl...

Page 84: ...ion step 3 circuit 2 Analogue outputs Y1 Circuit 1 speed adjustment Y2 Circuit 2 speed adjustment Y3 Modulation compressor 1 Y4 Modulation compressor 2 Y5 Modulation compressor 3 Y6 Modulation compres...

Page 85: ...s compressor 1 B3 Revs compressor 2 B4 Evap 1 outlet water temperature B5 Evap 2 outlet water temperature B6 Circuit 2 high pressure transducer B7 Revs compressor 3 B8 Revs compressor 4 B9 Evap 1 outl...

Page 86: ...load starting Compressor 2 no load starting NO27 Separation stage 2 compressor 1 NO28 Separation stage 2 compressor 2 NO29 Drip tray resistor Analogue outputs Y1 Circuit 1 speed adjustment Y2 Circuit...

Page 87: ...ensation adjustment Y2 Y3 Y4 Digital inputs ID1 Circuit 1 low pressure switch ID2 Compressor 1 thermal protection ID3 Compressor 2 thermal protection ID4 Circuit 2 low pressure switch ID5 Compressor o...

Page 88: ...B5 Discharge temperature compressor 2 B6 B7 B8 Digital outputs NO1 Compressor 1 start 1 NO2 Compressor 1 start 2 NO3 Separation stage 1 compressor 1 Compressor 2 start 1 NO5 Compressor 2 start 2 NO6 S...

Page 89: ...Ventilation step 1 NO11 Ventilation step 2 NO12 Analogue outputs Y1 Circuit 1 speed adjustment PWM Y2 Circuit 2 speed adjustment PWM Digital inputs ID1 Circuit 1 high pressure switch ID2 Circuit 2 hi...

Page 90: ...p 2 thermal protection Compressors enable Analogue inputs B1 Circuit 1 high pressure transducer B2 Circuit 2 high pressure transducer B3 Evaporator inlet water temperature B4 Evaporator outlet 1 water...

Page 91: ...temperature B2 ID9 Recovery inlet temperature B3 ID10 Recovery outlet temperature B4 ID11 ID12 Digital outputs ID13 Subcooling circuit 1 1 NO1 ID14 Subcooling circuit 1 2 NO2 ID15 Subcooling circuit...

Page 92: ...Circuit 1 low pressure transducer B1 ID18 Not used Circuit 2 low pressure transducer B2 Recovery inlet temperature B3 Analogue inputs Recovery outlet temperature B4 B1 B5 B2 B6 B3 B7 B4 B8 B5 B6 Digi...

Page 93: ...ircuit 1 low pressure transducer B1 ID18 Circuit 2 low pressure transducer B2 Recovery inlet temperature B3 Analogue inputs Recovery outlet temperature B4 B1 Condenser inlet temperature if 2 cond B5 B...

Page 94: ...ransducer B2 ID9 Freecooling inlet temperature B3 ID10 B4 ID11 ID12 Digital outputs ID13 Hp relay circuit 1 1 NO1 ID14 Hp relay circuit 1 2 NO2 ID15 Hp relay circuit 2 1 NO3 ID16 Hp relay circuit 2 2...

Page 95: ...ion ID3 ID4 Compressor 8 thermal protection ID4 ID5 ID6 Analogue inputs ID7 Step 5 B1 ID8 Step 6 B2 ID9 Step 7 B3 ID10 Step 8 B4 ID11 ID12 Digital outputs ID13 Compressor 5 NO1 ID14 Compressor 6 NO2 I...

Page 96: ...tlet water temperature B2 ID9 External temp Cond 2 outlet water temp B3 ID10 Condenser outlet water temperature B4 ID11 ID12 Digital outputs ID13 Rev cycle valve 1 recovery 1 freecooling OFF NO1 ID14...

Page 97: ...ry setpoint variation 4 20mA B2 Freecooling inlet temperature B3 ID10 B4 ID11 ID12 Digital outputs Hp relay circuit 1 1 NO1 ID14 Hp relay circuit 1 2 NO2 Hp relay circuit 2 1 NO3 Analogue inputs Hp re...

Page 98: ...ircuit 2 2 NO4 B1 B2 Analogue outputs B3 Y1 B4 B5 B6 B7 B8 Digital outputs NO1 NO2 NO3 NO4 NO5 NO6 NO7 NO8 NO9 NO11 NO13 NO14 NO15 Expansion E address 5 Digital inputs NO17 Remote Summer Winter ID1 NO...

Page 99: ...ts Analogue inputs B1 Evap 1 outlet water temperature B1 B2 Evap 2 outlet water temperature B2 B3 Recovery inlet temperature B3 B4 Recovery outlet temperature B4 B5 B5 B6 B6 B7 B7 B8 B8 Digital output...

Page 100: ...1 outlet water temperature B1 Evap 2 outlet water temperature B2 B3 Recovery inlet temperature B3 B4 Recovery outlet temperature B4 B5 Condenser inlet temperature if 2 cond B5 B6 Condenser outlet wate...

Page 101: ...O4 B1 B2 Analogue outputs B3 Freecooling modulating valve Y1 B4 B5 B6 B7 B8 Digital outputs NO1 NO2 NO3 NO4 NO5 NO6 NO7 NO8 NO9 NO10 NO11 NO12 NO13 NO14 NO15 Expansion E address 5 NO16 Digital inputs...

Page 102: ...nalogue inputs ID7 Step 1 B1 ID8 Step 2 B2 ID9 Step 3 B3 ID10 Step 4 B4 ID11 ID12 Digital outputs ID13 Separation stage 1 compressor 3 NO1 ID14 Separation stage 2 compressor 3 NO2 Separation stage 1 c...

Page 103: ...setpoint ID2 ID3 ID3 ID4 ID4 ID5 ID6 Analogue inputs ID7 Setpoint variation 4 20mA B1 ID8 B2 ID9 B3 ID10 B4 ID11 ID12 Digital outputs ID13 NO1 ID14 NO2 ID15 NO3 ID16 NO4 ID17 ID18 Analogue outputs Y1...

Page 104: ...ed by thermoregulator Hp nr Heat pump circuit not demanded by thermoregulator Hp Heat pump circuit demanded by thermoregulator R nr Recovery only circuit not demanded by thermoregulator R Recovery onl...

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