Directions for installation and maintenance
Contents
1. kW Heating nominal intensity A Cooling absorptive power kW Cooling restored power kW B Cooling nominal intensity A Noise level d B A 52 Refrigerant gas H410a Rate of average filling of gas g 950 Overall sizes L x W x H cm 93 x 28 x 55 Possible variations of value according to climatic conditions Outside 4 Controlpanel 111 N 0 g 6 Fast connection for water outlet 1 Fast connection for water intlet Wire connection for power supply Inside Front sheet cover and panel removed 9 10 9 Evaporator i 1111 T re Explored view pressemann 22 Fatcomesion Wire control operation The function of the LED display and control LED display Show the current mode SET button a MODE _ e mm COOL choose mode Press 4 gt tosetand check the operation data CEUEUE oe TIMER button CLOCK button Set the operation parameter When the unit powered up but not running press 4 or to enter operation parameter interface parameter from 0 see Operation Parameter Table Press SET to enter current parameter setting press or to set data for parameter press SET again e2. H gt Ambient temperature Choose the operation mode Press to power on unit Under running the LED displays the water temperature and current mode Press to choose mode mode can be changed under running Stop for 3 4 minutes reverse of cycle and restart new mode AUTO EN mm HEAT MODE wm COOL TIMERON TIMEROFF CLOCK Heating mode wm COOL TIMERON TIMEROFF CLOCK heat MODE Check current temperature O Under running press 4 or to check the current status of the unit You can check water ambient compressor copper temperature Parameter F Parameter H Parameter E Compressor exhaust temperature Parameter d Water temperature Copper temperature Ambient temperature Setting the time press CLOCK botton to set the time The time displayed blinks press CLOCK botton again and then use the arrow 4 and P to change the hour setting To change the minutes press CLOCK botton again Once the correct time is set press CLOCK botton again the end The display returns to normal after 8 seconds Timer switch ON and Timer switch OFF Once the time has been set correctly this function allows a machine start time and a machine stop time to be programmedduring the day Press TIMER ON botton the time disp
3. minutes in the previous operation mode heating cooling auto Immediate stop and wait Complete stop 6 Water Flow refrigerating circuit pressure After putting into service do the settings of pressure of the refrigerant circuit for having an optimal operating of the heat pump following Stage 1 Before starting the Heat Pump ambient temperature around 20 C refrigerant meter shows pressure from 14 to 16kg cm Stage 2 Close completely the by pass valve and open large inlet and outlet valves of the Heat Pump in these conditions the totality of the water flow goes by the Heat Pump Put into service the Heat Pump in heating mode wait for the indicated pressure being stabilized the correct setting of the pressure is from 21 to 35 kg cm In most of cases pump of filtration given a flow until 20m h you do not have to open the by pass valve If the stabilized pressure is under 21kg cnv the progressive opening of the by pass valve will allow rising this pressure The adjustment of the by pass valve done you have in principle no reason to modify it during the season See the paragraph Environment problem too 7 Defrosting The defrosting is necessary only in heating mode Sequences of the defrosting 1 Start The defrosting is engaged if the following conditions are at the same time fulfilled the defrosting sensor temperature goes down to 15 C the compressor runs without stopping for 40 minu
4. Replace the pressure switch Have Too much refrigerant the heat pump checked by a gas present refrigeration technician Not enough Have the heat pump checked by a refrigerant gas refrigeration technician Leak in the cooling Have the heat pump checked by a conduits refrigeration technician Flow switch disconnected non supplied or defective High pressure Low pressure protection Low pressure protection Check the connections the wires change it or replace the electronic card Low ambient Ambient temperature Check and repair temperature is too low or protection protection temperature setting set too low Compressor exhaust temperature Environment problem detected up to 95 Refrigerant leakage more than 3 times in Capillary is half blocked 1HR compressor exhaust temperature sensor Wire control Communication error Signal cable of wire Control is loose Check the connection of signal cable mm Er E ee _ 20
5. Swimming pool heat pump Directions for installation and maintenance contents SE iiid trece Me p3 a sss p3 Delivery control p4 Technical description p4 Technical characteristics Outside Inside BP 85HS A explored view Wire control operation General diagram of the refrigerating circuit Safety and control systems Electric diagram s p14 Rules of installation Hydraulic connections Electric connections Procedure of use Water flow and refrigerating circuit pressure p18 Detrostilhig 19 Environment problem p19 Error messages and what to do e ees p20 1 Introduction We thank you for having chosen our Heat pump This installation and maintenance notice contains the necessary information to its installation delivery control the installation the connections and to
6. ating setting water temp 15 40 factory setting 27 C 3 UA mm AUTO EN mast MODE Parameter 4 Defrosting start temp 30 factory setting 5 Parameter 5 Defrosting exit temp 2 30 C factory setting 15 C B Se Parameter 6 Time of exit defrost under heat mode 0 12min factory setting 6min 4 wj MODE Parameter 7 Low ambient temperature protection 20 10 C factory setting 7 Parameter 8 Compressor protection exhaust temp 95 110 C factory setting 95 C Parameter 9 Automatic restart 0 1 factory setting 1 Parameter A Mode Oheat 1heat amp cool factory setting 1 Parameter b Water pump Mode 0 1 factory setting 1 AUTO EN eor MODE COOL Parameter C Water temperature difference torestart 1 10 C factory setting 2 C MODE Em COOL Parameter Water temperature AUTO EN HEAT MODE mee COOL Parameter E Compressor exhaust temperature Parameter F Copper temperature AUTO EN HEAT MODE Parameter
7. d on the diagram below Exhausting side Do not to install the Heat pump in a confined place the fan would recycle its air and the Heat pump would be down performance The fan should not blow towards the windows or crossing point Safety distance between the swimming pool and the foot bath the fitter must imperatively refer to the standard C15 100 section 702 the machine should not be installed in volume 1 surrounding the swimming pool but at least in volume 2 so ata distance of 3 m minimum of the swimming pool and foot bath Other precautions of installation Do not to install the machine near a way with circulation of car in order to avoid mud projections Avoid directing blowing against dominant winds the machine is intended to be used in winter put it place protected from the falls of snow The machine must be able to be supervised in order that children do not play around Hydraulic connections To respect imperatively Connection is carried out with a by pass located on the circuit of filtration upstream appliances of the chemical treatment of water Technical room Heat Pump Connect intake outlet water PVC pipes DN50 to the openings of the machine in following the inlet outlet indications grease the worms before screwing Blowing gt By pass Chemical treatme DHS Swimming Pool Drain of the condensates insert the plastic elbow in the hole of evacuation
8. e gas circuit breaker a low pressure gas circuit breaker An outlet compressor temperature sensor If a defect occurs on one of these systems defective system off line or abnormal measured value a message of defect appears on the display screen see the paragraph Error codes and what to do of this note Caution the removal or the shunt of one of the control or safety systems involves the cancellation of the guarantee Electric diagram Power fz Geers 19 CN4 4 et c1 Water gD L3 gt Ambient Temp ra Coil Temp YIG Compressor Temp bud H Water inlet Temp H p eet es n ia i L 83 3 B8Se5 897 99 LED 59 5050570 99 PY un Communication 2 9 p So PB S oc D 5 5 Installation Rules of installation Electric and hydraulic connections must be carried out according to standards in effect NF C 15 100 CE I 364 The machine must be installed outside The machine must be posed on its ant vibratory studs set and lying flat and ona massive base concrete slab this base must have a sufficient height to prevent any entry of water by the bottom of the machine Height must be adjusted to fit the connector collecting the condensates The obstacles such as wall and vegetation must be separated from the machine as indicate
9. fficient air flow be sure that the real net of condenser are not blocked Note these error codes are likely to occur if temperature of swimming pool water is high and the ambient air is hot 9 Error codes what to do This table explains the error codes caused by a defective regulating component or by a security operation Second reason if SCEE ano stale Component Possible Intervention the of the heat pump intervention is without effect Water temperature d Check the connections the wires sensor dem t change it or replace the electronic card compressor exhust temperature sensor PP 02 Sensor disconnected non supplied or defective Check the connections the wires change it or replace the electronic card The defrosting is Increase lightly the water flow going into incomplete and the the heat pump the effect is to increase automatism decides the temperature of the refrigerant in the to stop the heat pump evaporator Ambient air Sensor disconnected Gheckahe connactons dhe wires temperature non supplied or Sencor defective change it or replace the electronic card PP 03 The heat pump continues running Defrost sensor PP 07 First anti frost Low temperatures for No action required protection active water and air PP 07 Second anti frost Low temperatures for No action required protection active water and air Insufficient water Chackthawatertlow flow Pressure switch out a order
10. its repair It is a complementary document to the user s manual which describes its instructions for use We invite you to read it first 2 Caution This document is an integral part of the product and it must stays in the technical room This Heat pump is exclusively for heating swimming pools Any other use not in conformity and random will be considered as dangerous and unsuitable The assembly the electric connection and the start up must be carried out by specialized and professional person oy 16A 250V When connect plug to socket power supply please make sure that live wire neutral wire earth wire to plug should be connected as right drawing It is essential to maintain the temperature in the swimming pool lower than the recommended value by the swimming pool s manufacturer Please make sure that minimum water flow speed is 4 5m h In a concern to a constant improvement our products can be modified without notice the present pictures in this note or the characteristics which are described are not contractual 3 Delivery s control At the delivery time check the condition of packing in case of damages have reservation about them to the carrier before 48 hours and by registered letter with acknowledged receipt Before any manipulation check the complete state of the machine 4 Technical description Characteristics Heating consumption power kW Heating restored power
11. layed and ON to blink press TIMER ON botton again Change the hour using the 4 keys Press TIMER botton again to change the minutes using the 4 P TIMER botton again the end Press TIMER OFF botton the time displayed and OFF to blink press TIMER OFF botton again Change the hour using the 4 TIMER OFF botton again to change the minutes using the 4 TIMER OFF botton again the end The time setting is from 0 to 24 hours to recycle When the setting time for on and off is the same the setting time is not available When the setting timer Press CLOCK to deactivate TIMER General diagram of the refrigerating circuit The heat pump 1 reversible allowing the swimming pool s heating or cooling Swimming pool water s heating mode The cold and liquid refrigerant fluid absorbs the heat contained in the air through the evaporator gilled radiator in which it is vaporizing it is then put up in pressure and in temperature by the compressor which sends it in the condenser exchanger where it loses its heat in giving it to the water of swimming pool and comes back in liquid state it loses its pressure and still cools in the expansion capillaries before turning back to the evaporator for a new cycle Hot air Evaporator gilled radiator Pre
12. nserting it in a standard electric box into the technical local the option is supplied with a cover allowing to seal the aperture let by the removal of the control panel Put the heat pump under tension Put in circulation the swimming pool water into the pipes Chose the operation mode Set the water temperature into the swimming pool Switch off External Appliance or Button of heat pump Engage the circuit breaker of the heat Engage the circuit breaker of pump of filtration Press the button Procedure of use Display Jnrn ICU 4 gt f 55 gt 4 AUTOEN n x MODE TMERON TIMEROFF CLOCK TMEROFF CLOCK adjustable from 15 C to 40 C Press the button Press the button Use the circuit breaker of pump of filtration and heat pump gt A 5 ba eo po y 4 gt TURON TWEROFF CLOCK monn 1800 SET E EET TMERON TMEROFF CLOCK Heat pump answer Display current water temperature Stop for 3 4 minutes reverse of cycle and restart in a new mode The heat pump heats or cools until the required temperature P7 P8 Start between 1 4
13. of the bottom and connect the pipe if need Electric connections CAUTION before connecting the machine make sure that the feeder is disconnected to the electrical network The electric installation must be carried out by an experienced electrician and the supply must come from a severing equipment and differential protection the whole must be carried out according to standards in force in the country where the material is installed Characteristics of the electric supply 230 10 single phase current 50 Hz Mode of neutral TT and TN S the circuit of heat pump must be connected to an earth circuit Characteristic minimum of the protection Protection must be of 16 A by circuit breaker or fuse it must protect the Heat pump exclusively the circuit breaker must be specified with curve D the fuse must be specified Am Differential protection 30 mA the length of cable between the connector block of the heat pump and the protection of should not exceed 12 Control The heat pump is fitted out with a water flow detector which function is to apply the signal to the electronic card when the water flow is sufficient We recommend when it is possible to control the heat pump to the filtration pump by contacting relay non supplied to insert in the feeding circuit of the heat pump The remmonded water flow speed is 4 5m h Removed control panel An extension cord allows the removal of the panel in i
14. ssure and gas intake Hot water Compressor Condenser exchanger Swimming pool water s cooling mode The 4 way valve reverses the circulation of the refrigerant fluid the fluid vaporizes in the exchanger evaporator in getting the heat of the water goes through in the compressor which reheats it and through in the gilled radiator which becomes condenser where it comes back to liquid state Cold air Evaporator m duc gilled Single radiator Way valve A Expansion Hot air capillary Pressure and gas intake 4 way H H valve Cold water Heat water Compressor Evaporator exchanger Safety and control systems The heat pump is fitted out Temperature control A temperature sensor of the evaporator starting the defrosting operation An ambient temperature sensor ensuring the cut of the heat pump when the temperature of the external air goes down under 7 C factory settings The normal cycle restarts when the outside temperature goes up to 5C factory settings A temperature sensor placed on the exchanger ensuring the cut of the heat pump when the temperature of the water reaches the required temperature The normal cycle restarts when the temperature in the exchanger goes down to a temperature lower of 2 C factory settings than this required With 4 safety systems A water flow detector placed at the exit of the exchanger Ahigh pressur
15. tes the defrosting sensor temperature goes down to 7 C 2 The compressor and the fan stop 3 After 25 seconds the 4 way valve shifts 4 After 5 seconds the compressor starts alone and the accumulated freeze on the gills becomes melting what is generally with a steam cloud 5 Stop The defrosting stops if one of the following conditions 1 fulfilled the detected temperature by the defrost sensor goes up to 15 C the compressor had run totally 6 minutes 6 The compressor stops 7 The fan start 8 After 5 seconds the 4 way valve shifts 9 After 25 seconds the compressor start for restarting in heating mode 8 Environment problem Under certain external conditions the heat exchanges between the refrigerant and the water on one hand and between the fluid and the air on the other hand are insufficient the consequence is that the refrigerating circuit runs up in pressure and the compressor consumes more electricity The temperature sensors compressor outlet and the magnetic circuit breaker on the compressor power supply protect the compressor from these extreme conditions the error messages EE 06 occur The condition causing this situation is as follows In heating mode insufficient water flow close the by pass valve for increasing the refrigerant exchange gt water In cooling mode too important water flow open the by pass valve for decreasing the water flow and so the exchange water gt refrigerant insu
16. xit the current parameter setting No press in 8s it will exit the setting interface If the heat pump is running press 4 or to enter operation parameter check interface But can t change parameters If the heat pump is running the LED display shows current water temperature If the heat pump is turnoff the LED display shows current time YES 27 YES 27 YES 27 of defrosting Under heat 30 90 min YES 40 40 min YES 5 15 6 Time of exit defrost Under heat mode 0 12 YES 6 min L7 _ Low ambient temperature protection 20 10 C_ YES 7cC 0 Compressor protection UE dO 95 Exhaust temperature LS Automatic restan Mode heat coo amp heat b Water pump mode d Water temperature 9 99 C Measuredvalue E Compressor Exhaust temperature 9 125 C Measured value E Copper temperature 9 99 C Measuredvalue Ambienttemperature 9 99 Measuredvalue AUTO EN AUTO EN AUTOIEN AUTOEN MODE H MODE MODE gEr MODE lt Parameter 1 ol Parameter 2 Ne Parameter 3 ot Auto mode setting water temp 15 40 C Turnround of defrosting under heat 90 ec C Parameter 0 Cooling setting water temp 15 40 C factory setting 27 He
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