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Summary of Contents for Duratech DURA-V10
- Page 1 Manual DURA-V10 DURA-V15 DURA-V20 DURA-V11i DURA-V15i DURA-V20i V / Vi...
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Page 2: Table Of Contents
Table of contents Box contents........................Dimensions......................... 1. Specifications........................1.1. Performance data Dura V................. 1.2. Performance data Dura Vi................ 2. Preface........................... 3. Safety information......................4. Preparing the heat pump for use..................4.1. Typical set-up.................... 4.2. Installation of a check valve..............4.3. Installation of the tubing................4.4. -
Page 3: Box Contents
Box content Heat pump Dura V or Vi Connection clamps Wintercover Drain pipe(Condens Flux) Manual Dimensions DURA-V10 / DURA-V15 / Dura-V20 723mm 776mm DURA-V11i / DURA-V15i / Dura-V20i 723mm 776mm... -
Page 4: Specifications
1. Specifications 1.1 Performance data Dura V DURA-V10 DURA-V15 UNIT Advised Pool volume* Operating air temperature -10 ~ 40 °C Air 27°C / Water 26°C / Humidity 80% Heating Capacity 10,93 16,26 37295 55481 Consumed power 1,17 2,17 9,38 7,48 Air 15°C / Water 26°C / Humidity 70%... - Page 5 DURA-V20 UNIT Advised Pool volume* Operating air temperature -10 ~ 40 °C Air 27°C / Water 26°C / Humidity 80% Heating Capacity 19,74 67356 Consumed power 2,325 8,49 Air 15°C / Water 26°C / Humidity 70% Heating Capacity 14,8 50500 Consumed power 2,52 5,87...
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Page 6: Performance Data Dura Vi
1.2 Performance data Dura Vi DURA-V11i DURA-V15i UNIT Advised Pool volume** 30 - 60 40 - 75 Operating air temperature -10 ~ 40 °C Air 27°C / Water 26°C / Humidity 80% Heating Capacity 3,0 - 11,4 4,0 - 16,0 11601 - 38898 13990 - 51523 Consumed power... - Page 7 DURA-V20i UNIT Advised Pool volume** 50 - 95 Operating air temperature -10 ~ 40 °C Air 27°C / Water 26°C / Humidity 80% Heating Capacity 4,5 - 20,0 19108 - 68243 Consumed power 0,32 - 3,6 13,7 - 6,2 Air 15°C / Water 26°C / Humidity 70% Heating Capacity 4 - 17,5 53912...
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Page 8: Preface
2. Preface In order to provide our customers with a high quality and reliability, this product has been made to strict production standards. This manual includes all the necessary information about installation, debugging, discharging and maintenance. Please read this manual carefully before you open or maintain the unit. -
Page 9: Preparing The Heat Pump For Use
4. Preparing the heat pump for use 4.1 Typical set-up The factory provides the heat pump, Condens flux, connection kit and winter cover. Other parts, including a contingent by-pass must be provided by the user or installer. The heat pump should be located maximum 7,5m(1) away from the swimming pool. -
Page 10: Installation Of The Tubing
It is recommended to use a separate fuse as well as adequate wiring. Model Voltage (V) Fuse (C-curve) Max current (A) Cable section Max Cable lenght DURA-V10 230V / 50Hz 20A(D-class) 2,5 mm 15 meter... - Page 11 Connect the electrical wires using the following steps Step 1: Remove display. Step 2: Unscrew blue front housing. Step 3: Snap off blue front housing Step 4: Remove flow sensor Please turn off filter pump. Flow must be stopped before disconnecting flow sensor. Drain the water out of the condensor to prevent water loss.
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Page 12: Be Aware Of
5. Be aware of 5.1 Heat loss The pool heat pump is installed within 7.5 meters of the pool. The longer the distance from the pool, the greater the heat loss from the tubing. Therefore, the heat loss is minimal for runs of up to 7,5 meters(7,5 meters to and from the pump = 15 meters total), unless the ground is wet or the water table is high. -
Page 13: Unobstructed Space
5.3 Unobstructed space A free area around the heat pump has to be kept clear from any object to get fresh air across the evaporator. Do not obstruct the fan. blow out: 3000mm inlet air: inlet air: 500mm 500mm inlet air: connection 500mm area:1000mm... -
Page 14: Types Of Interfaces In The Heat Pump
6.2 Types of display interfaces in the heat pump 4 types of interfaces can be found in the heat pump. 1: General interface. 2: Enter Parameter interface. example example 3: Error interface 4: Enter Error parameter interface. example example... -
Page 15: General Display Interface
6.3 General interface Set: Highlights when the heat pump is unlocked. Meaning the heat pump desired temperature or parameters can be changed. Low air temperature: Set temperature: The heat pump stops Shows the desired temperature of the swimming working and will restart pool. - Page 16 Following general interface is shown when the water temperature is below 0°C(min water temperature to start the heat pump). Following general interface is shown when the type of heat pump is not selected in the parameter interface. Please contact your service centre or similarly qualified persons for the selection of heat pump in parameter: P57.
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Page 17: Parameter Interface
6.4 Parameter interface Parameters can be set by a qualified person in order to make the heat pump more efficient depending on the specific conditions of the swimming pool. Parameter name: Name of parameter. The following can be found: Consitant parameter User editable settings/parameter Sensor settings/parameter Installer editable settings/parameter... -
Page 18: Error Interface
6.5 Error interface When an issue is deteced the heat pump will try to solve it by analyzing several parameters, restarting components and bypassing electronics. An error is shown on the display when the program can not solve the issue. Please contact your service centre or similarly qualified persons when an error occurs. -
Page 19: Error Parameter Interface
6.6 Error parameter interface A complete list of errors can be found in the error parameter interface. Number of error in the heat pump: Number of error. The following can be found: Noticifaction of Error. Error notification name: Name of error in the heat pump. the following can be found: Ambient temperature sensor error Evaporator temperature sensor error... -
Page 20: Parameter Code List
Parameter Name Minimum Maximum Description SW_VERSINO_DIS Software version display SW_VERSION_CNTRL Software version controller MEM_STAT Memory status: 0=OK, 1=NOT OK BOARD_DSP_PFC_SW_V Cvte board version number BOARD_COMMUNICATION_SW_V_UNIT_TYPE Cvte board version number BOARD_DSP_SW_PRJCT_NBR Cvte board version number BOARD_PFC_SW_PRJCT_NBR Cvte board version number BOARD_COM_SW_PRJCT_NBR Cvte board version number ON_OFF Heat pump status: 0= OFF, 1= ON... - Page 21 TCOND -34,0 °C 125,0 °C Current value of the water outlet -29,2 F 257,0 F temperature sensor (condensor OUT temperature) TWIN -34,0 °C 125,0 °C Current value of the water inlet -29,2 F 257,0 F temperature sensor (condensor IN temperature) TSUDI -34,0 °C 125,0 °C...
- Page 22 EEV_MANUAL_POS Used to set EEV position when in manual mode pswd: 333 & SUPER_HEAT -2,0 °C 12,0 °C set the desired super heat temperature pswd: 333 & 10,4 F 53,6 F DEFR_DELAY Set the minimal time delay pswd: 333 & between 2 defrost cycles Set temperature diff...
- Page 23 Defi ne pump type: PUMP_TYPE pswd: 777 0 = no pump selected 1=DuraV10 2=DuraV15 3=DuraV20 4=DuraV11i (108) 5=DuraV15i (151) 6=DuraV20i (238) 7=DuraV24i (238) 8=DuraV11i (102) 9=DuraV11i (132) 10=DuraV15i (198) defi ne type of refrigerant: 0= R32, 1=R410A MIN WATER TEMP pswd: 777 TOV_AVERAGE_TIME Average time to calculate the super heat...
- Page 24 T_SUDI_SET 0,0 °C 99,9 °C Used in Tsudi protection when super heat ba- pswd: 777 32,0 F 211,8 F sed function is failing COMP_MODE Compressor mode: pswd: 777 0 = Automatic 1 = Set compressor frequency manual COMP_SPEED_MAN_MODE Set the speed of the compressor pswd: 777 COMP_FMAX Maximum compressor frequency...
- Page 25 T_SUDI_SET 0,0 °C 99,9 °C Used in Tsudi protection when super heat ba- pswd: 777 32,0 F 211,8 F sed function is failing COMP_MODE Compressor mode: pswd: 777 0 = Automatic 1 = Set compressor frequency manual COMP_SPEED_MAN_MODE Set the speed of the compressor pswd: 777 COMP_FMAX Maximum compressor frequency...
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Page 26: Error Code List
Eff ect / action Error name Error interface Error parameter interface Description High gas Not possible - The pressure in the system remained 42 bar or higher. Therefore a Please contact your service cent- re or similarly qualifi ed persons in normal working of the heat pump is not accepted. - Page 27 Evaporator Not possible - The evaporator sensor value is either too high, too low or unreal. Please contact your service cent- re or similarly qualifi ed persons in Therefore a normal working of the heat pump is not accepted temperature - This error is combined with suction temperature error and super order to avoid a hazard.
- Page 28 Liquid line Not possible - The liquid line temperature sensor value is either too high, too low Please contact your service cent- re or similarly qualifi ed persons in or unreal. Meaning the intelligent program switched the value to temperature continue working but the replaced value is also too high, too low or order to avoid a hazard.
- Page 29 Compressor Not possible - Inverter board compressor driver failure. Please contact your service cent- re or similarly qualifi ed persons in - 5 hard resets did not solve the problem. Therefore a normal wor- driver fault king of the heat pump is not accepted. order to avoid a hazard.
- Page 30 Power Not possible -The temperature of the board was too high. Please contact your service cent- re or similarly qualifi ed persons in - 5 hard resets did not solve the problem. Therefore a normal wor- components king of the heat pump is not accepted. order to avoid a hazard.
- Page 31 AC input Not possible - Inverter board input voltage was too low. Please contact your service cent- re or similarly qualifi ed persons in - 5 hard resets did not solve the problem. Therefore a normal wor- under voltage king of the heat pump is not accepted. order to avoid a hazard.
- Page 32 Temperature Not possible - Inverter board temperature sensor error. The value out of scope or Please contact your service cent- re or similarly qualifi ed persons in the sensor is broken. sensor fault - 5 hard resets did not solve the problem. Therefore a normal order to avoid a hazard.
- Page 33 - Compressors magnetic fi eld can’t be sensed. Alarm for Not possible Please contact your service cent- re or similarly qualifi ed persons in - 5 hard resets did not solve the problem. Therefore a normal weak working of the heat pump is not accepted. order to avoid a hazard.
- Page 34 EEPROM fault Not possible - Inverter board EEPROM could not be read. Please contact your service cent- rly qualifi ed persons in re or similarly qualifi ed persons in - 5 hard resets did not solve the problem. Therefore a normal error working of the heat pump is not accepted.
- Page 35 DC fan 1 fault Not possible - Inverter board DC fan 1 driver error. DC fan driver is not used in Please contact your service cent- re or similarly qualifi ed persons in DuraVi heat pumps. - 5 hard resets did not solve the problem. Therefore a normal order to avoid a hazard.
- Page 36 - The inverter board’s compressor phase circuit is down. Entering Comp phase Not possible Please contact your service cent- rly qualifi ed persons in re or similarly qualifi ed persons in protection state. circuit down - 5 hard resets did not solve the problem. Therefore a normal order to avoid a hazard.
- Page 37 Decelerate Not possible - During deceleration of the compressor, the compressor current was Please contact your service cent- re or similarly qualifi ed persons in too high. over current - 5 hard resets did not solve the problem. Therefore a normal order to avoid a hazard.
- Page 38 Contant speed Not possible - During normal run of the compressor, the compressor voltage was Please contact your service cent- rly qualifi ed persons in re or similarly qualifi ed persons in too high. over voltage - 5 hard resets did not solve the problem. Therefore a normal order to avoid a hazard.
- Page 39 Current Not possible - Short circuit detected Please contact your service cent- re or similarly qualifi ed persons in - 5 hard resets did not solve the problem. Therefore a normal detected working of the heat pump is not accepted. order to avoid a hazard.
- Page 40 Ferrite bead 1 CONTROL BOARD Sudi Water in EVAP Pres1 Evap Cond Pres2 Flow Flow Water out Display Disp Valve Rs485 Electronic Expansion Heat valve blu -n 4way Ferrite bead 2 yel (l) blk (h) Drain Heater wht -n Compressor blu -n Snubber blu -n...
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Page 41: Wire Control Interface Diagram Dura
7.2 Wire control interface diagram Dura Vi Ferrite bead 1 CONTROL BOARD Pres1 Sudi Evap Cond Water in EVAP Flow Pres2 Flow Water out Display Disp Valve Rs485 Heat blu -n Electronic Expansion valve 4way Ferrite bead 2 yel (l) blk (h) Drain Heater wht -n... -
Page 42: Piping Diagram And Definition Dura V And Dura Vi
Tdis Compressor Wout capillary 2 Tevap 2 way Condensor valve Check valve LIquid vessel Evaporator Main capillary Strainer Electronic Expansion Valve... -
Page 43: Maintenance And Inspection
If you need service or information or if you have a problem, please contact your local dealer. If needed they will contact the manufacturer to solve your problem. They are gladly willing to assist you! You can find more information at www.duratech.be... -
Page 44: Warranty
12. Warranty LIMITED WARRANTY We warrant all parts to be free from manufacturing defects in materials and workmanship for a period of THREE years from the date of retail purchase. This warranty is limited to the first retail purchaser, is not transferable, and does not apply to products that have been moved from their original installation sites. - Page 46 Propulsion Systems bvba Dooren 72 1785 Merchtem, Belgium Tel +32 2 461 02 53 Fax +32 2 706 59 60 www.duratech.be info@propulsionsystems.be We reserve the rights to change all or part of the contents of this document without prior notice...
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