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kVent – rel 3.1 – 22/06/2018 

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6.  PARAMETERS TABLE 

 
The following tables show the parameters and values displayed by the terminal and the variables sent to supervisor. 
kVent  can  be  connected  to  various  systems  of  supervision,  in  particular  can  be  used  the  following  communication  protocols  BMS  on  the 
Ethernet port: Modbus® and BacNet™. 
 
The Modbus® address is the address specified in the Modbus® frame. 
 
BMS index meaning 

 

BacNet index meaning 

IR 

Input Register 

 

AV 

Analog Value 

HR 

Holding Register 

 

IV 

Integer Value 

Coil 

 

BV 

Binary Value 

DI 

Discrete Input 

 

PIV 

Positive Integer Value 

 
 

6.1  INFO menu in main mask 

 

Mask 

code 

Description 

Type 

Default 

UoM 

Range 

R/W 

Variable Name 

BMS 

BacNet 

Y00a 

Supply temperature  probe - Probe value 

Real 

  

°C 

 

SupplyTemp.ReadVal 

IR18 

AV18 

Y00a 

Temperature setpoint 

Real 

 

°C 

 

TempRegSetP 

IR1 

AV1 

Y00a 

Modulating heating output - Hardware value 

Real 

  

 

HeatVlv.HW_Val 

IR19 

AV19 

Y00a 

Modulating reverse output - Hardware value 

Real 

  

 

RevOutVlv.HW_Val 

IR20 

AV20 

Y00a 

Modulating cooling output - Hardware value 

Real 

  

 

CoolVlv.HW_Val 

IR21 

AV21 

Y00a 

Modulating cooling/heating signal - Hardware value 

Real 

  

 

Modul_CoolHeat_NoRev.HW_V

al 

IR22 

AV22 

Y00a 

Modulating heat recovery output - Hardware value 

Real 

 

 

HeatRecovery.HW_Val 

IR23 

AV23 

Y00a 

MixDampReq 

Real 

 

 

MixDampReq 

IR24 

AV24 

Y00a 

Modulating reheating output - Hardware value 

Real 

 

 

ReHeatVlv.HW_Val 

IR25 

AV25 

Y00h 

Supply air pressure probe - Probe value 

Real 

 

Pa 

 

SupplyAirP.ReadVal 

IR74 

AV74 

Y00h 

Supply air flow 

Real 

 

m3h 

 

SupplyAirFlow 

IR75 

AV75 

Y00h 

Modulating supply fan - Hardware value 

Real 

 

 

ModulSupplyFan.HW_Val 

IR76 

AV76 

Y00h 

Supply fan - Value 

Bool 

 

 

 

SupplyFan.Ctrl 

DI5 

BV172 

Y00i 

Exhaust air pressure probe - Probe value 

Real 

 

Pa 

 

ExhAirP.ReadVal 

IR77 

AV77 

Y00i 

Return air flow 

Real 

 

m3h 

 

ExhAirFlow 

IR78 

AV78 

Y00i 

Modulating return fan - Hardware value 

Real 

 

 

ModulExhFan.HW_Val 

IR79 

AV79 

Y00i 

Return fan - Value 

Bool 

 

 

 

ExhFan.Ctrl 

DI6 

BV176 

Y00j 

Supply temperature  probe - Probe value 

Real 

 

°C 

 

SupplyTemp.ReadVal 

IR18 

AV18 

Y00j 

Return temperature probe - Probe value 

Real 

 

°C 

 

RetTemp.ReadVal 

IR80 

AV80 

Y00j 

External temperature probe - Probe value 

Real 

 

°C 

 

ExtTemp.ReadVal 

IR81 

AV81 

Y00j 

Exhaust temperature probe - Probe value 

Real 

 

°C 

 

ExhTemp.ReadVal 

IR82 

AV82 

Y00j 

Heating water temperature probe - Probe value 

Real 

 

°C 

 

W_HeatCoilTemp.ReadVal 

IR83 

AV83 

Y00k 

Preheater water temperature probe - Probe value 

Real 

 

°C 

 

W_PreHeatCoilTemp.ReadVal 

IR84 

AV84 

Y00k 

After preheating temperature probe - Probe value 

Real 

 

°C 

 

AfterPreHeatCoilTemp.ReadVal 

IR85 

AV85 

Y00k 

thTune temperature value 

Real 

 

°C 

 

Temp_THTN_1 

IR86 

AV86 

Y00l 

thTune humidity value 

Real 

 

%rh 

 

Hum_THTN_1 

IR87 

AV87 

Y00l 

Supply humidity probe - Probe value 

Real 

 

%rh 

 

SupplyHum.ReadVal 

IR88 

AV88 

Y00l 

Suction temperature probe - Probe value 

Real 

 

%rh 

 

FreshAirHum.ReadVal 

IR89 

AV89 

Y00l 

Return CO2 sensor - Probe value 

Real 

 

ppm 

 

RetAirCO2.ReadVal 

IR90 

AV90 

Y00l 

Return VOC sensor - Probe value 

Real 

 

 

RetAirVOC.ReadVal 

IR91 

AV91 

Y00p 

Digital input remote ON - Hardware value 

Bool 

 

 

 

RemoteOn.HW_Val 

DI13 

BV198 

Y00p 

Digital input remote ON - Input value 

Bool 

 

 

 

RemoteOn.ReadVal 

DI14 

BV199 

Y00p 

Digital input supply filter alarm - Hardware value 

Bool 

 

 

 

SupplyAlrmFilter.HW_Val 

DI15 

BV200 

Y00p 

Digital input supply filter alarm - Input value 

Bool 

 

 

 

SupplyAlrmFilter.ReadVal 

DI16 

BV201 

Y00p 

Digital input supply filter 2 alarm - Hardware value 

Bool 

 

 

 

SupplyAlrmFilter_2.HW_Val 

DI17 

BV202 

Y00p 

Digital input supply filter 2 alarm - Input value 

Bool 

 

 

 

SupplyAlrmFilter_2.ReadVal 

DI18 

BV203 

Y00p 

Digital input return filter alarm - Hardware value 

Bool 

 

 

 

ReturnAlrmFilter.HW_Val 

DI19 

BV204 

Y00p 

Digital input return filter alarm - Input value 

Bool 

 

 

 

ReturnAlrmFilter.ReadVal 

DI20 

BV205 

Y00p 

Digital Input door switch- Hardware value 

Bool 

 

 

 

Door_Switch.HW_Val 

DI1435 

BV1457 

Y00p 

Digital Input door switch-Input  value 

Bool 

 

 

 

Door_Switch.ReadVal 

DI1436 

BV1458 

Y00p 

Digital Input recovery clogeed- Hardware value 

Bool 

 

 

 

Recovery_clogeed.HW_Val 

DI1433 

BV1455 

Y00p 

Digital Input recovery clogeed -Input  value 

Bool 

 

 

 

Recovery_clogeed.ReadVal 

DI1434 

BV1456 

Y00q 

Digital input freeze alarm - Hardware value 

Bool 

 

 

 

FreezeHeat_Alrm.HW_Val 

DI21 

BV206 

Y00q 

Digital input freeze alarm - Input value 

Bool 

 

 

 

FreezeHeat_Alrm.ReadVal 

DI22 

BV207 

Y00q 

Digital input heating overload - Hardware value 

Bool 

 

 

 

DIN_AlHeat.HW_Val 

DI23 

BV208 

Y00q 

Digital input heating overload - Input value 

Bool 

 

 

 

DIN_AlHeat.ReadVal 

DI24 

BV209 

Y00q 

Digital input cooling alarm - Hardware value 

Bool 

 

 

 

CoolAlrm.HW_Val 

DI25 

BV210 

Y00q 

Digital input cooling alarm - Input value 

Bool 

 

 

 

CoolAlrm.ReadVal 

DI26 

BV211 

Y00q 

Digital input humidifier alarm - Hardware value 

Bool 

 

 

 

HumAlrm.HW_Val 

DI27 

BV212 

Y00q 

Digital input humidifier alarm - Input value 

Bool 

 

 

 

HumAlrm.ReadVal 

DI28 

BV213 

Y00q 

Digital input fire alarm - Hardware value 

Bool 

 

 

 

DIN_Fire.HW_Val 

DI29 

BV214 

Y00q 

Digital input fire alarm - Input value 

Bool 

 

 

 

DIN_Fire.ReadVal 

DI30 

BV215 

Y00q 

Digital input fan overload alarm - Hardware value 

Bool 

 

 

 

DIN_FanOvld.HW_Val 

DI31 

BV216 

Y00q 

Digital input fan overload alarm - Input value 

Bool 

 

 

 

DIN_FanOvld.ReadVal 

DI32 

BV217 

Y00r 

Digital input economy mode - Hardware value 

Bool 

 

 

 

DIN_Eco.HW_Val 

DI33 

BV218 

Y00r 

Digital input economy mode - Input value 

Bool 

 

 

 

DIN_Eco.ReadVal 

DI34 

BV219 

Y00r 

Digital input precomfort mode - Hardware value 

Bool 

 

 

 

DIN_PreComf.HW_Val 

DI35 

BV220 

Y00r 

Digital input precomfort mode - Input value 

Bool 

 

 

 

DIN_PreComf.ReadVal 

DI36 

BV221 

Y00r 

Digital input comfort mode - Hardware value 

Bool 

 

 

 

DIN_Comf.HW_Val 

DI37 

BV222 

Содержание kVent

Страница 1: ...kVent rel 3 1 22 06 2018 1 kVent Controller for ventilation units Manual H i g h E f f i c i e n c y S o l u t i o n s...

Страница 2: ...kVent rel 3 1 22 06 2018 2...

Страница 3: ...ontrollers serial boards programming keys or any other accessory in the CAREL product portfolio CAREL adopts a policy of continual development Consequently CAREL reserves the right to make changes and...

Страница 4: ...kVent rel 3 1 22 06 2018 4...

Страница 5: ...CO2 Regulation 25 5 12 Boost function 25 5 13 Minor functions 25 5 14 Import Export parameters 25 6 PARAMETERS TABLE 26 6 1 INFO menu in main mask 26 6 2 SET menu in main mask 29 6 3 MODE menu in mai...

Страница 6: ...e control Air flow control Protection Filters Fire Smoke alarm Frost protection Door switch Interface Browser interface based on WebKit pGDE for advanced function and service thTune for end user 3 dif...

Страница 7: ...cables be laid parallel to the power cables Keep the paths of the probe cables as short as possible and avoid making spiral paths that enclose power devices In case of malfunctions do not attempt to r...

Страница 8: ...ame FieldBus port for ModbusMaster 19200 8N2 With the following parameters is possible to define a different Frame Ha91 Stop bits Ha92 Parity Display protocol on port DISP ModBus master protocol on po...

Страница 9: ...alog outputs Out Y PWM output not optically isolated 2 Analog outputs Out Y Output for single pole stepper motor 1 TOTAL ANALOG OUTPUTS 2 Digital outputs Out NO NC relay output 1 Out NO relay output 5...

Страница 10: ...kVent rel 3 1 22 06 2018 10 Connections example 2 4 3...

Страница 11: ...ure AI4 Fresh temperature AI3 Recovery ON OFF DO10 Recovery 3point valve DO23 DO24 Modulating recovery AO6 Recovery 2 steps DO36 DO37 3 Glycol Supply temperature AI1 Exhaust temperature AI4 Fresh temp...

Страница 12: ...ve control Back water temperature AI6 Fresh temperature AI3 Heat 1 DO4 Modulating heat AO3 Heat 2 DO6 Heat 3 point valve DO17 DO18 Cool Heat common AO12 3 0 10V valve in common with cool Back water te...

Страница 13: ...3 point valve DO27 DO28 Modulating preheater AO7 4 1 modulating After preheater temperature AI11 Modulating preheater AO7 Preheater back water temperature AI10 Preheater 3 point valve DO27 DO28 Prehea...

Страница 14: ...ulating exhaust fan AO2 1 VAV Supply air pressure AI13 Exhaust air pressure AI14 Modulating supply fan AO1 Modulating exhaust fan AO2 2 CAV Supply air pressure AI13 Exhaust air pressure AI14 Modulatin...

Страница 15: ...r 14 Ga66 Exhaust air pressure 12 Gb23 Comfort 11 Gc21 Preheater 11 Gd11 IEC 15 Ga 71 Supply humidity 13 Gb25 Supply filter alarm 12 Gc23 Humidifier 12 Gd12 Cool Heat signal 24 GaB6 VOC sensor 14 Gb27...

Страница 16: ...update the application software of the controllers family with the following methods 1 Update from computer by USB cable 2 Update via USB flash drive 3 Update with file transfer via FTP Attention only...

Страница 17: ...directory on the computer to the UPGRADE directory on the kVent controller 3 Access the system menu on the kVent and select UPGRADE Note when having loaded the update file to the UPGRADE directory vi...

Страница 18: ...and probes are available in a menu connected to the synoptics The individual screens of the synoptics are shown below Set In this menu is possible to see the current setpoint and the working mode def...

Страница 19: ...ck Enable scheduler Clock 2s thTune scheduler settings Fan Change working setpoint 1 ECO 2 PRECOMFORT 3 COMFORT 4 STOP On Off Switch ON OFF th Tune display Exit from settings Clock Mode for 3s Run boo...

Страница 20: ...e comfort zones are ECO PRECOMFORT and COMFORT This working mode can change the following sets if the functions are activated 1 Supply temperature a Economy Z001 b Precomfort Z002 c Comfort Z003 2 Roo...

Страница 21: ...ured by Service I003 No serious alarm On by digital input On by the OR of the following conditions o On by pGD X00a o On by BMS o On by thTune if present o On by scheduler if enabled Variable mode is...

Страница 22: ...reshold The bypass damper can be modulated to reach the desired temperature for the supply air temperature because the freecooling can be considered as the first step of sequential PID regulation In c...

Страница 23: ...e below an example with devices with the same power Min inverter power 20 Max heaters power 33 3kW In this case the second heater will start when the request reach the threshold calculated in the foll...

Страница 24: ...decrease the efficiency of the unit kVent provides a control on external temperature and after preheater device If the unit has a preheater the after preheater temperature is considered for recovery...

Страница 25: ...mode menu X00b or by TH Tune pressing thogheter the buttons Clock Mode for 3s The maximum Boost time is settable on the Setting menu through the parameter H023 5 13 Minor functions Antistack procedure...

Страница 26: ...0l Supply humidity probe Probe value Real rh R SupplyHum ReadVal IR88 AV88 Y00l Suction temperature probe Probe value Real rh R FreshAirHum ReadVal IR89 AV89 Y00l Return CO2 sensor Probe value Real pp...

Страница 27: ...nt valve close Value Bool R CoolVlv_Cl Ctrl DI84 BV269 Y00y Reverse 3point valve open Hardware value Bool R CoolHeatVlv_Op HW_Val DI85 BV270 Y00y Reverse 3point valve open Value Bool R CoolHeatVlv_Op...

Страница 28: ...8 Y0ag Ziehl Abegg return fan electrical info Motr temperature C Real R MB_Devices FanElectricalInfo_Z A_2 MotTemp IR119 AV119 Y0ah Supply fan Value Bool R SupplyFan Ctrl DI5 BV172 Y0ah Modulating sup...

Страница 29: ...dity setpoint Economy Real 50 0 rh 0 0 100 0 R W UnitSetP HumSetP Economy HR7 AV7 Z008 Humidity setpoint PreComfort Real 50 0 rh 0 0 100 0 R W UnitSetP HumSetP PreComfort HR8 AV8 Z009 Humidity setpoin...

Страница 30: ...ed 0 StartMont h HR48 PIV48 Z00e Last day of period USInt 2 1 31 R W Scheduler_OnOffUnit Scheduler _1 VacationsSched 0 EndDay HR49 PIV49 Z00e Last month of period USInt 1 1 12 R W Scheduler_OnOffUnit...

Страница 31: ...PIV77 Z00f Special month USInt 1 1 12 R W Scheduler_OnOffUnit Scheduler _1 SpecDaysSched 5 SpecialM onth HR78 PIV78 Z00f Unit status of the special day 0 OFF 1 ECONOMY 2 PRE COMFORT 3 COMFORT 4 AUTO...

Страница 32: ...R210 PIV210 A042 Time minimum ON ON reheater device UInt 60 s 0 65535 R W ReHeatMinOnOnSameT HR211 PIV211 A043 Minimum reheater hot water valve Real 20 0 0 0 100 0 R W ReHW_MinPID HR212 AV212 A044 Min...

Страница 33: ...Hours counter reverse 2nd step UDInt 0 0 999999 R W HC_Rev_2 MaintThrsh HR326 PIV326 C006 Hours counter reverse 2nd step Bool 0 1 R W HC_Rev_2 Res C38 BV814 C007 Reverse device 2nd step Manual value U...

Страница 34: ...999 9 R W ManSupplyFanIdle HR151 AV151 D025 Delay to switch OFF supply fan UInt 70 s 0 65535 R W DOff_SupplyFan HR152 PIV152 D026 Delay between fan and damper UInt 15 s 0 65535 R W DT_Dmp HR153 PIV15...

Страница 35: ...ating running Bool 0 1 R W FastHeatTrig C30 BV734 E032 Fast heating stop Bool 0 1 R W FastHeatStop C31 BV735 E033 Fast heating time UInt 1500 s 0 65535 R W FastHeatT HR272 PIV272 E034 Fast cooling thr...

Страница 36: ...999 9 999 9 R W AI_ReadFnt 4 Param Min_Val HR781 AV781 Ga19 Analog input functions Maximum value Real 105 0 C 999 9 999 9 R W AI_ReadFnt 4 Param Max_Val HR782 AV782 Ga20 Analog input functions Offset...

Страница 37: ...nt 0 0 70 R W AI_ReadFnt 15 Ch HR844 IV844 Ga72 Analog input functions Type USInt 43 0 50 R W AI_ReadFnt 15 Param Typ HR846 PIV846 Ga73 Analog input functions Minimum value Real 0 0 rh 999 9 999 9 R W...

Страница 38: ...5 Analog input functions Offset Real 0 0 rh 99 9 99 9 R W AI_ReadFnt 25 Param Offset HR909 AV909 DIGITAL IN SET menu 6 10 2 Mask code Description Type Default UoM Range R W Variable Name BMS BacNet Di...

Страница 39: ...s Priority USInt R DI_ReadFnt 20 Prio IR405 PIV405 Digital input functions Status Bool R DI_ReadFnt 20 Hw_Val DI270 BV1797 Gb39 Digital input functions Channel DInt 0 0 70 R W DI_ReadFnt 20 Ch HR948 I...

Страница 40: ...ctions Channel DInt 0 0 50 R W DO_ReadFnt 15 Ch HR984 IV984 Gc30 Digital output functions Logic Bool FALSE 0 1 R W DO_ReadFnt 15 Logic C311 BV1870 Digital output functions Priority USInt R DO_ReadFnt...

Страница 41: ...igital output functions Status Bool R DO_ReadFnt 35 Hw_Val DI308 BV1948 Gc69 Digital output functions Channel DInt 0 0 70 R W DO_ReadFnt 35 Ch HR1024 IV1024 Gc70 Digital output functions Logic Bool FA...

Страница 42: ...72 PIV472 Analog output functions Request Real R AO_ReadFnt 10 Hw_Val IR473 AV473 Gd10 Analog output functions Channel DInt 0 0 60 R W AO_ReadFnt 10 Ch HR1066 IV1066 Analog output functions Priority U...

Страница 43: ...s_PreHeat Economy_Ti HR1113 IV1520 H033 Modes set PID regulations PreHeat Real 5 0 999 9 999 9 R W PIDs_PreHeat Precomfort_Kp HR1132 AV1539 H034 Modes set PID regulations PreHeat Int 120 s 0 65535 R W...

Страница 44: ...uration not allowed Alarm status Bool R Al_UnitCfgError Active DI1037 BV2068 I001 Recovery application code USInt 0 0 4 R W AppCode_Rec HR83 PIV83 I001 Application heating code USInt 0 0 4 R W AppCode...

Страница 45: ...wing alarms log display screen The alarms log memorizes the kVent operation status when the alarms are triggered Each log entry is an even that can be displayed from among all of the events available...

Страница 46: ...eset Stop humidifier Al_SupplyAirHum_Prb DI1036 BV1036 A037 Unit configuration not allowed Auto reset Stop unit Al_UnitCfgError DI1037 BV1037 A038 Supply fan Offline Auto reset Stop unit Al_Offline_ZA...

Страница 47: ...current Auto reset Stop unit Al_LimMainsA_EBM_2 DI1107 BV1107 A108 Return fan Brake mode Auto reset Stop unit Al_BrakeMode_EBM_2 DI1108 BV1108 A109 Return fan Cable break Auto reset Stop unit Al_Cable...

Страница 48: ...m the release 2 1 0 there is the possibility to setup a different PID values for each devices in base of the working mode set The enabling is manage under the menu Settings parameter H028 8 4 HEPA fil...

Страница 49: ...ed the unit of measure from s to min on the time setting for the pump on the heating coils during the off time Fixed the DEV configuration changed FloatValve management now at the startup of the unit...

Страница 50: ...ant value added all the masks to set up the PID parameters for each coils in base of the working mode added the fresh modulating damper Condensing Unit Management Add the RU language Add the CZ langua...

Страница 51: ...kVent rel 3 1 22 06 2018 51...

Страница 52: ...changes or modifications to its products without prior notice All trademarks hereby referenced are the property of their respective owners CAREL is a registered trademark of CAREL INDUSTRIES Hqs in It...

Страница 53: ...kVent rel 3 1 22 06 2018 53 CAREL INDUSTRIES S p a Via dell Industria 11 35020 Brugine Padova Italy Tel 39 049 9716611 Fax 39 049 9716600 http www carel com e mail carel carel com...

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