Templari KITA L Cold Installation And Maintenance Manual Download Page 58

58

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in  fix  or  intermittent    mode  in  base  on  the  external 

temperature.

• 

Res.drain cond.: it enables the activation of 

the resistance for the condensate drain.

• 

ALWAYS  ON  (Set1):  in  this  condition, 

the  resistance  is  always  active  under  this 

parameter

• 

Set: value of temperature reached that the 

resistance condensate drain is always active. 

• 

Diff: differential of temperature. When the 

xternal temperature is equal to Text= Set+Diff 

you go out form this function

• 

MODE  ON-OFF  (Set2):  in  this  condition 

the  resistance  is  activated  under  the  set,  at 

time intervals as defined from the following 

parameters.

• 

Set: value of temperature reached that the 

function is activated.

• 

Diff:  differential  of  temperature.  When 

the  external  temperature  is  equal  to  Text= 

Set+Diff you go out from this function

• 

T.On: time of on of the resistance in minutes.

• 

T.Off: time of off of the rsistance in minutes.

Mask Gfc51: limitation in power consumption.

• 

En.Watt  limit  rps:  Enabling  of  maximum 

allowed  speed  limitation  to  compressor  for 

work of the effective consumption in watt.

• 

Thr.:  maximum  threshold  reachable  by  the 

total consumption (compressor, fan, auxiliary, 

circulator, auxiliary…)

• 

Band:  Band  in  which  the  value  of  instant 

consumption  can  swing,  but  always  staying 

under the threshold set

• 

Fan: Consumtion value read by the fan. The 

reading is possible only thanks to the protocol 

od  communication  modbus  (protocol  to 

communicate)  RS  485  (physic  network 

constitued by a certain number of wires), it is 

set in one to read the effective consumption 

value

• 

Pump:  Consumption  value  of  the  circulator. 

Now  it  is  a  constant  value  and  equal  to  the 

maximum consumption.

• 

Aux:  Consumption  values  of  the  auxiliaries. 

Set equal to 20 W costant.

• 

Update  time:  interval  of  time  passed  that 

you  have  the  update,  up  or  down,  if  all 

the  conditions  aloow  it,  the  variable  that 

contains the maximum speed allowed by the 

comporessor.

• 

Update rps:  positive  or  negative  increasing 

of  the  variable  that  contains  the  maximum 

speed available by the compressor.

Operation: 

• 

ifThr is< the current consumption of the unit 

the  limitation  of  the  maximum  rpm    of  the 

compressor starts  decreasing of “Update rps” 

every “Update time”

• 

if the current consumtion is included between 

(Thr-Band) and Thr correction actions aren’t 

made 

• 

if  the  current  consumption  is  <  than  (Thr-

Band) the compressor is free from binds (the 

maximum speed allowed can increase)

Mask Gfc55: it enables the control of the circulator in 

If the previous parameter is active, also the following 

parameters become editable:

• 

Unit ON:   flow  water  temperature  value 

(sensor B7) that activates the function

• 

Unit OFF: flow  water  temperature  value 

(sensor B7) that stops the protection function.

Mask Gfc23: enabling external reports

• 

It enable warning reports on output NO7: it 

allows  to  enable  the  digital  output  NO7,  to 

whom  it  could  be  connected  for  example  a 

notification led, when the machine is in alarm 

for minor causes.

Mask Gfc25: defrosting setting.

• 

Fan  consumtion:  fan  consumption  in  W 

sized by the electronic and used to start the 

defrosting procedure.

• 

Start up delay: start up delay of the compressor 

after that it is allowed  the defrosting start up.  

To avoid that the defrost starts just after the 

ignition  of  the  compressor,  situation  where 

you  can  have  the  conditions  of  the  defrost 

start up, due to the start up dynamics. 

• 

Fan delay: waiting time before of starting the 

defrost

• 

Defrost delay with temperature differencies: 

Waiting time for the activation of the defrost 

for delta T.

Mask Gfc27: parameters defrost.

• 

En oil defrost: element that allows to enable 

the returno of the oil through defrost cycle. If 

enabled and if the unit required the return of 

the oil normal defrost procedure is activated 

with  maximum  settable  speed  with  the 

following parameter “Defrost Speed”.

• 

Low speed defrost: if ate the moment of 

defrost  start  up  the  compressr  had  a  lower 

speed  than  the  Thershold  the  compressor 

speed during the defrost will be defrost speed.

Mask Gfc34: drip parameters.

• 

Drip manag.: it  enables  the  operation  of 

the fan before the inversion of the 4-way in 

output from the defrost cycle, that rotating at 

a high rpm promotes the disposal of the water 

drops still in the battery.

• 

Fan Dripping Speed: it is the speed where the 

fan is forced il ventilatore in this specific phase  

of the defrost process.

• 

Fan reverse Dir: it allows to enable or not the 

reversing of the rotation direction of the fan. 

If  enabled,  the  dripping  is  made  with  a  fan 

that turns in the opposite.

Mask Gfc37: defrost parameters.

• 

Integration  of  the  system  during  the 

defrosting.:  It  enables  the  integration 

generator  to  the  system  (boiler  or  electric 

resistance).

• 

Def.  end  max  time  exceeded: it allows 

to  choose  between  HISTORY  and 

ALARM,  that  is  to  choose  the 

registration/reporting mode of the event “the 

defrosting is finished because the maximum 

time is exceeded”.

Mask Gfc50: It allows to enable the condensate drain 

Summary of Contents for KITA L Cold

Page 1: ...AIR WATER version Installation and maintenance manual T H E H E A T P U M P...

Page 2: ...e of external device of the heat pump KITA S Si Templari 13 4 4 Components scheme of external device of the heat pump LINE KITA Mi Templari 14 4 5 Components scheme of external device of the heat pump...

Page 3: ...pLAN net multi KITA 35 11 Electronic board 36 11 1 Digital outputs 36 11 2 Digital inputs 36 11 3 Analog outputs 36 11 4 Analog inputs 36 11 5 Wiring diagram KITA S S Plus mono phase 37 11 6 Wiring di...

Page 4: ...5 3 Menu overview 51 15 4 Terminal buttons 52 15 5 Display of the terminal 52 15 6 Main menu 53 15 7 ON OFF menu 53 15 8 SETPOINT menu 53 15 9 Clock timetable menu 54 15 10 Input Output menu 55 15 11...

Page 5: ......

Page 6: ...lari you can find all the information in relation to current regulations of labeling in particular you can find Power to the machine in tension e frequency Thermal power in heating and cooling schemes...

Page 7: ...ges or transformations to the device 2 3 Rules and law provided This heat pump is destined according to the article 1 chapter 2 k of Directive CE 2006 42 CE Machines Directive to the use in domestic a...

Page 8: ...ase DN20 1698 28 3 Mi Cold Mi Cold 3Phase DN20 1698 28 3 Mi Plus Mi Plus 3Phase DN20 1698 28 3 Mi Plus Cold Mi Plus Cold 3Phase DN20 1698 28 3 L33 DN20 1698 28 3 L42 DN25 2520 42 L66 DN25 2520 42 L Co...

Page 9: ...d to the manufacturer a heating resistor for the condensate drain una a three way valve for the combined system and domestic hot water management mesh filter switching rel operating with boiler integr...

Page 10: ...5 125 180 Voltage supply frequency 1 x 230 V 50 Hz Energy efficiency index EEI 0 23 Maximum power 3 180 W Maximum current absorption 0 06 1 4 A Minimum pressure input 0 5 bar Producible water temperat...

Page 11: ...agement module DHW domestic hot water composed by rel temperature sensors and 3 way valves Thanks to that the pump can manage the DHW both in summer and in winter as a priority Heating mode 1 Evaporat...

Page 12: ...Hp 45 bar Lp 30 bar Kompressortyp Compressor type Tipo compressore Inj Hinweis die W rmeleistung wurde in Standardkonditionen gepr ft mit trockene nasse Testspitze 7 6 C Wassertemperatur in out 30 35...

Page 13: ...of external device of the heat pump KITA S Si Templari 1 7 12 6 5 11 8 3 16 2 15 9 4 10 13 14 1 RELEASE VALVES 2 EVAPORATOR 3 COMPRESSOR 4 FILTER 5 FLOWMETER 6 LIQUID INDICATOR 7 INVERTER 8 LIQUID REC...

Page 14: ...ALVES 2 EVAPORATOR 3 COMPRESSOR 4 FILTER 5 FLOWMETER 6 LIQUID INDICATOR 7 INVERTER 8 LIQUID RECEIVER 9 ELECTRIC BOARD 10 PLATE HEAT EXCHANGER 11 CIRCULATION PUMP 12 ECONOMIZER 13 CHECK VALVES 14 ELECT...

Page 15: ...ALVES 2 EVAPORATOR 3 COMPRESSOR 4 FILTER 5 FLOWMETER 6 LIQUID INDICATOR 7 INVERTER 8 LIQUID RECEIVER 9 ELECTRIC BOARD 10 PLATE HEAT EXCHANGER 11 CIRCULATION PUMP 12 ECONOMIZER 13 CHECK VALVES 14 ELECT...

Page 16: ...VES 2 EVAPORATOR 3 COMPRESSOR 4 FILTER 5 FLOWMETER 6 LIQUID INDICATOR 7 INVERTER 8 LIQUID RECEIVER 9 ELECTRIC BOARD 10 PLATE HEAT EXCHANGER 11 CIRCULATION PUMP 12 ECONOMIZER 13 CHECK VALVES 14 ELECTRO...

Page 17: ...for example Consider the weight of the product shown in the technical data Inthetransportofheavyloads complywiththeinstructions and the provisions in force 6 Assembly and installation 6 1 Optional com...

Page 18: ...257 325 1133 325 1791 641 88 289 292 1791 61 136 137 C A B D 1292 35 1257 678 13 C Bottom view A B C D WITH LEGS CON GAMBE WITH BRACKETS CON STAFFE 1513 256 1257 325 1133 325 1791 641 88 289 292 1791...

Page 19: ...A S 400 KITA M 500 KITA L D 3000 E 1000 Respect the minimum distances mentioned above to ensure a sufficient air flow and facilitate maintenance works Verify there is asufficient space for the install...

Page 20: ...ual and service manuals 2 Assembly the product on steel beams blocks of concrete or with the help of a wall holder accessory 3 Verify that under the product water doesn t accumulate non si accumuli 4...

Page 21: ...e amortized feet increase the height of the product facilitating the flow of condensate and reducing vibrations 6 8 Probe installation All probe used for the operation of the plant must be installed p...

Page 22: ...of a Y filter is necessary WARNINGS Install hydraulic system side a safety valve 7 3 Installation of hydraulic part Thorough washing of the system with clean water filling and emptying it many times...

Page 23: ...valve B2 B3 B4 B7 Buffer tank temperature probe DHW temperature probe Outlet temperature probe Inlet temperature probe SIGNAL CABLES OUT IN DHW DW WARNINGS The buffer tank must comply with a minimum...

Page 24: ...ta used KITA S 200 Litres KITA M 300 Litres KITA L 500 Litres KITA Li Plus 800 Litres GA MA RD 3W VE FY UE VB Anti vibration joint Manometer Drin tap 3 way valve Expansion vessel Y filter External uni...

Page 25: ...pump Kita used KITA S 200 Litres KITA M 300 Litres KITA L 500 Litres KITA Li Plus 800 Litres GA MA RD 3W VE FY UE VB Anti vibration joint Manometer Drin tap 3 way valve Expansion vessel Y filter Exte...

Page 26: ...A S 200 Litres KITA M 300 Litres KITA L 500 Litres KITA Li Plus 800 Litres GA MA RD 3W VE FY UE VB Anti vibration joint Manometer Drin tap 3 way valve Expansion vessel Y filter External unit Bypass va...

Page 27: ...ate authorized service center 8 2 Cleaning of the condensate drain Make sure that the condensate drainpipe is in the correct position and no clogged to allow the correct drain of the condensate deposi...

Page 28: ...Plus 11 00 1 59 6 90 18 20A 30mA 5x4 KITA Mi Plus Cold 16 70 1 89 8 84 18 20A 30mA 5x4 KITA L33 400V 3ph 23 10 2 37 9 75 18 20A 30mA 5x4 KITA L42 28 80 2 69 10 71 24 32A 30mA 5x6 KITA L66 18 30 1 46...

Page 29: ...heater security DI8 Remote on off DI9 Switch modbus controller DI10 Flow switch Y1 Y2 Internal fan KITA Air Y3 PWM circulator Y4 External fan KITA Air NO1 Integration NO2 Defrost NO3 Air air or air w...

Page 30: ...ower terminal 2 Auxiliary fuses 4 A 3 Power Phase Neutral and Ground for internal split 4 Sensor terminal block the symbol indicates GND L L L N L N 1 2 4 3 1 3 5 7 9 11 2 4 6 8 10 12 B3 Y3 B7 B2 B4 B...

Page 31: ...rsion S L 12 K3 Rel K3 INTEGRATION MANAGEMENT A1 Relay coil to NO6 uPC contact A2 Relay coil to Neutral external unit 14 Normally open contact NO 12 Normally closed contact NC 11 Common contact C 3 wa...

Page 32: ...11 2 4 6 8 10 12 B3 Y3 B7 B2 B4 B5 1 3 5 7 9 11 2 4 6 8 10 12 B2 Gnd B4 GND B5 VDC B3 GND Y3 GND B7 GND L L L N L N 1 2 4 3 1 3 5 7 9 11 2 4 6 8 10 12 B3 Y3 B7 B2 B4 B5 1 3 5 7 9 11 2 4 6 8 10 12 B2 G...

Page 33: ...C Rel K3 INTEGRATION MANAGEMENT A1 Relay coil to NO6 uPC contact A2 Relay coil to Neutral external unit 14 Normally open contact NO 12 Normally closed contact NC 11 Common contact C Connection 3 way v...

Page 34: ...ites and replaces the PA settings of the heat pump And therefore if the panel enables the PA function it won t be possible to disable it from the PGD1 The ID10 is the contact used to manage the PA fun...

Page 35: ...o con gli altri disposi vi Corrisponde sempre alla COM3 Porta di comunicazione per il monitoraggio Nel caso del pannello 4 la COM1 Nel caso del pannello 7 la COM2 Nel caso del pannello 10 la COM2 3 Ca...

Page 36: ...hooks Din 35 6 1 2 3 4 5 9 7 8 17 10 11 12 13 14 15 16 18 18 18 11 1 Digital outputs NO1 Integration NO2 Defrost NO3 Air air or air water indicator NO4 Circulation pump NO5 Condensate drain heating N...

Page 37: ...ALLY CLOSED CONTACT NORMALLY OPEN CONTACT CIRCUIT BREAKER WITH THERMAL SAFETY SWITCH Flowmeter 4 20 mA CONTROL BOARD CIRCULATOR COMPRESSOR LOW PRESSURE TRANSDUCER Drain heater Auxiliary heater K3 rela...

Page 38: ...ALLY OPEN CONTACT CIRCUIT BREAKER WITH THERMAL SAFETY SWITCH Flowmeter 4 20 mA CONTROL BOARD LOW PRESSURE TRANSDUCER REMOTE CONTROL PANEL Drain heater Auxiliary heater K3 relay 3 way valve K1 relay DH...

Page 39: ...ATURE PROBE 2x BIPOLAR CABLE f p o set up by the customer installer REMOTE CONTROL PANEL Flowmeter 4 20 mA brown black LOW PRESSURE TRANSDUCER CONTROL BOARD LOW PRESSURE TRANSDUCER Drain heater Auxili...

Page 40: ...POLAR CABLE f p o set up by the customer installer PROBES TERMINAL BOARD REMOTE CONTROL PANEL Flowmeter 4 20 mA LOW PRESSURE TRANSDUCER LOW PRESSURE TRANSDUCER CONTROL BOARD Drain heater Auxiliary hea...

Page 41: ...eater K3 relay 3 way valve K1 relay DHW integra on 4 way valve Compressor heater Injec on valve Expansion valve CIRCULATOR REMOTE CONTROL PANEL brown black PROBES TERMINAL BOARD PUFFER TANK TEMPERATUR...

Page 42: ...k Black Black Black Black Black B9 White B8 White White D13 D12 White B12 White White 16 15 17 18 8 7 2 1 4 3 5 6 11 10 3 4 way valve and carter resistance wiring PE Yellow Green N Blue NO4 3 2 1 N Lo...

Page 43: ...rom the necessary time to bring to temperature the oil contained in the compressor then depending on the starting temperature 12 2 Testing and startup Access to men Assistance PRG G Assistance g Manua...

Page 44: ...lv 3V ACS set up in manual MAN if the 3 way valve for domestic hot water management is installed to test the proper operation Restore all settings from manual MAN to automatic AUT Verify during the do...

Page 45: ...t cable of the K Touch Panel to the shield of the Modbus data network Connect the ground terminal of the power supply to the shield of the Modbus data network The shiels of the various cable sections...

Page 46: ...o the PC make sure you DO NOT have the terminal ID09 connected to GND as shown in Figure 5 With this configuration you can simultaneously use the PGD1 control panel and the K Touch Panel If the K touc...

Page 47: ...20V Morse o Terra quadro macchina F N 24V G G0 A B G COM3 COM3 BMS G RX TX RX TX GND 3 2 4 6 7 5b 5a CONNESSIONE PLan CONNESSIONE BMS PLan o BMS BMS connection Heat pump terminal board ground connecti...

Page 48: ...amic 2 Power supply 4 Green yellow shield ground connection 7 HCC touch panel connection 6 Shield compact lever connector 3 5a PC PLan connection 5b PC BMS connection Watch the video for the K Touch c...

Page 49: ...D Vdc Vdc GND 5 Vref GND Y1 Y2 Y3 Y4 DI1 DI2 DI3 DI4 DI5 DI6 DI7 DIC1 B8 B9 B10 B11 B12 GND DI8 DI9 DI10 DIC2 PC ENDWIDERSTAND 120 BMS G MODBUS TERMINATOR RESISTOR 120 MODBUS C4 NO8 NO9 NO10 NO11 NO12...

Page 50: ...set the parameters of operation preference summer winter setpoint Some example figures to use the command and the machine will be reported below 15 1 Fixing of the panel The panel can be fixed direct...

Page 51: ...ors D06 Analog sensors D07 Fan speed Circulator speed D08 Cooling circuit status D09 Work regime D10 Work pressures D11 Work pressures D14 Drain Gas Control D15 EED set up D19 Inverter Engine paramete...

Page 52: ...ction for cold external temperatures and too low temperature of the system the compressor is active until reaching a system temperature of 40 C BOILER AUTOMATIC MANAGEMENT IF REQUIRED The start up of...

Page 53: ...educed We underline that setting this function the efficiency of the machine too is progressively reduced Mask B06 Only in AIR version Automatic Mode Change to pass from cooling mode to heating mode d...

Page 54: ...C04 It permits to enable a pre set operation for 6 different days maximum Press and to enable disable the special day s Confirm with to enter the choice of the starting day of the particular period U...

Page 55: ...nformation about pressures differece between pressure of high and low relation between pressure of high and low alarm count dow delta P low Mask D14 shown the temperature of compressor drain and relev...

Page 56: ...external temperature reaches a value equal to Setpoint Differential Turn off compressors it allows to turn off the heat pump under the defined temperature in Setpoint act the integrated system totall...

Page 57: ...the function antifreeze winter Mask Gfc17 Setpoint on the system temperature for the activation of the antifreeze that activates the circulator Set antifreeze pump primary circuit temperature set that...

Page 58: ...maximum speed allowed can increase Mask Gfc55 it enables the control of the circulator in If the previous parameter is active also the following parameters become editable Unit ON flow water temperat...

Page 59: ...t enables the manual management Manual valve position if the manual management is active it shows the valve opening in steps Mask Gg05 manual or automatic management of the heat pump CH HP Request it...

Page 60: ...ALA12 Ssensor B12 broken or disconnected Automatic 60 sec yes Stop the machine ALB01 Position ID3 high pressure Manual Immediate yes Stop the machine ALB02 High pressure compressor 1 from transducer...

Page 61: ...Gfa01 Just reporting ALT08 Threshold reached worked hors internal battery fan Manual Immediate Settable Gfa01 Just reporting ALU01 Antifreeze geothermal exchanger Manual par Gfc28 Immediate Yes Stop...

Page 62: ...be incoherent with the working field of the unit for example operation DHW with external temperature too high Please refer to the section operative zone allowed of this guide ALC04 The compressor can...

Page 63: ...e between B7 and B3 probes in the case of DHW production is excessive Power limit temperature It is activated if the heat pump is producing water less than 6 or more than 58 The compressor is moves to...

Page 64: ...r Cold 3Phase Air Cold Booster 3Phase Air Plus 3Phase Designa on Heat Pump Type Produkt W rmepumpe Typ Dire ve EC Direc ves EC Anforderungen Dire va 2004 108 EC e 2009 142 EC Direc ve 2004 108 EC e 20...

Page 65: ...65 www templari com...

Page 66: ...66 www templari com...

Page 67: ...67 www templari com...

Page 68: ...AIR WATER version T H E H E A T P U M P vers 11 06 2021 I via Pitagora 20A 35030 Rubano PD Italia Tel 39 049 8597400 info templari com www templari com...

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