BSVILLAGE INVERPAC TURBO Product guide

INVERPAC TURBO
POOL HEAT PUMP
MANUAL BOOK
5

Regulation (EU) n° 517/2014 of 16/04/14 on fluorinated greenhouse
gases and repealing Regulation (EC) n° 842/2006
Leak checks
1. Operators of equipment that contains fluorinated greenhouses gases in quantities of 5 tons of CO2,
equivalent or more and not contained in foams shall ensure that the equipment is checked for leaks.
2. For equipment that contains fluorinated greenhouse gases in quantities of 5 tons of CO2 equivalent or
more, but of less than 50 tons of CO2 equivalent: at least every 12 months.
Picture of the equivalence CO2
Load and Tons amounting CO2
Frequency of test
From 7 at 75 kg load = from 5 at 50 Tons
Each year
Concerning the Gas R32, 7.40kg amounting at 5 tons of CO2, commitment to check each year.
TRAINING AND CERTIFICATION
The operator of the relevant application shall ensure that the relevant personnel have obtained the
necessary certification, which implies appropriate knowledge of the applicable regulations and standards
as well as the necessary competence in emission prevention and recovery of fluorinated greenhouse
gases and handling safety the relevant type and size of equipment.
Record keeping
1. Operators of equipment which is required to be checked for leaks, shall establish and maintain records
for each piece of such equipment specifying the following information:
a) The quantity and type of fluorinated greenhouse gases installed;
b) The quantities of fluorinated greenhouse gases added during installation, maintenance or servicing
or due to leakage;
c) Whether the quantities of installed fluorinated greenhouse gases have been recycled or reclaimed,
including the name and address of the recycling or reclamation facility and, where applicable, the certificate
number;
d) The quantity of fluorinated greenhouse gases recovered
e) The identity of the undertaking which installed, serviced, maintained and where applicable repaired
or decommissioned the equipment, including, where applicable, the number of its certificate;
f) The dates and results of the checks carried out;
g) If the equipment was decommissioned, the measures taken to recover and dispose of the
fluorinated greenhouse gases.
2. The operator shall keep the records for at least five years, undertakings carrying out the activities for
operators shall keep copies of the records for at least five years.
Thank you for using INVERPAC pool heat pump for your pool heating, it will heat your pool water and keep
the constant temperature when the air ambient temperature is at -12 to 43℃.
6

•Specifications
•Dimension
•Installation and Connection
•Adjust the by-pass Kit
•Display Controller Operation
•Malfunction and Trouble Shooting
•Electrical Wiring
•Maintenance
•Exploded View
INDEX
7

This manual includes all the necessary information with the use and the installation of your heat pump.
The installer must read the manual and attentively follow the instructions in implementation and
maintenance.
The installer is responsible for the installation of the product and should follow all the instructions of
the manufacturer and the regulations in application. Incorrect installation against the manual implies
the exclusion of the entire guarantee.
The manufacturer declines any responsibility for the damage caused with the people, objects and of th
e errors due to the installation that disobey the manual guideline.
Any use that is without conformity at the origin of its manufacturing will be regarded as dangerous.
WARNING: Please always empty the water in heat pump during winter time or when the ambient
temperature drops below 0℃, or else the Titanium exchanger will be damaged because of being
frozen, in such case, your warranty will be lost.
WARNING: Please always cut the power supply if you want to open the cabinet to reach inside the
heat pump, because there is high voltage electricity inside.
WARNING: Please well keep the display controller in a dry area, or well close the insulation cover to
protect the display controller from being damaged by humidity.
ATTENTION
WARNING
8

SPECIFICATION
Model
INVERPAC
09
INVERPAC
11
INVERPAC
14
INVERPAC
16
INVERPAC
20
INVERPAC
25
* Performance at Air 28℃, Water 28℃, Humidity 80%
Turbo Heating
capacity
kW
9
11
14
16
20
25
Smart Heating
capacity
kW
7
9
11
14
16
20
Power consumption
kW
1.45-0.21
1.74-0.14
2.18-0.18
2.5-0.2
3.17-0.24
4.12-0.29
C.O.P.
16-6.7
16-6.7
16-6.7
16-6.7
16-6.7
16-6.7
C.O.P. in Turbo
Mode
6.2
6.3
6.4
6.4
6.3
6.3
C.O.P. at 50%
capacity
10.2
10.3
10.4
10.4
10.4
10.3
* Performance at Air 15℃, Water 26℃, Humidity 70%
TURBO Heating
capacity
kW
6.6
7.9
9.5
11.2
15
18
SMART Heating
capacity
kW
5
6.6
7.9
9.5
11.2
15
Power consumption
kW
1.47-0.32
1.72-0.24
2.02-0.25
2.38-0.29
3.26-0.38
3.91-0.49
C.O.P.
7.9-5
8.0-5
8.0-5
8.0-5
8.2-5
8.2-5
C.O.P. in Turbo
Mode
4.5
4.5
4.6
4.6
4.5
4.5
C.O.P. at 50%
capacity
6.7
6.7
6.8
6.8
6.7
6.7
* General data
Compressor type
Inverter compressor
Voltage
V
220-240V/50Hz/1PH
Rated current
A
4.6
5.9
7.2
9.2
10.5
13.2
Max current
A
6.5
7.8
9.7
11.1
14.1
18.3
Minimum fuse
A
10
12
15
16
22
28
Advised water flux
m3/h
2.5
3
3.7
4
5
6
Water pressure drop
Kpa
12
12
14
15
15
18
Heat exchanger
Twist-titanium tube in PVC
Water connection
mm
50
Fan quantity
1
Ventilation type
Horizontal
Noise level(10m)
dB(A)
≤27
≤27
≤28
≤29
≤30
≤32
Noise level(1m)
dB(A)
38-50
39-51
40-52
40-54
40-54
41-56
* Dimension/ Weight
Net weight
kg
63
68
73
78
98
117
Gross weight
kg
68
73
78
83
113
135
Net dimension
mm
862*389*590
989*405*690
1078*396*890
Packing dimension
mm
930*425*735
1060*440*835
1145*490*1035
9

Model
INVERPAC 30
INVERPAC 35T
INVERPAC V25
INVERPAC
V30T
* Performance at Air 28℃, Water 28℃, Humidity 80%
Turbo Heating capacity
kW
30
35
25
30
Smart Heating capacity
kW
26
30
20
26
Power consumption
kW
4.84-0.37
5.83-0.5
4.12-0.29
4.84-0.37
C.O.P.
16-6.6
16-6.6
16-6.7
16-6.6
C.O.P. in Turbo Mode
6.2
6
6.3
6.2
C.O.P. at 50% capacity
10.3
10
10.3
10.3
* Performance at Air 15℃, Water 26℃, Humidity 70%
TURBO Heating capacity
kW
22
24
18
22
SMART Heating capacity
kW
18
22
15
18
Power consumption
kW
4.78-0.68
5.51-0.7
3.91-0.49
4.78-0.68
C.O.P.
8.2-5
8.2-5
8.2-5
8.2-5
C.O.P. in Turbo Mode
4.5
4.35
4.5
4.5
C.O.P. at 50% capacity
6.7
6.2
6.7
6.7
* General data
Compressor type
Inverter compressor
Voltage
V
220-
240V/50Hz/1PH
380-
415V/50Hz/3PH
220-
240V/50Hz/1PH
380-
415V/50Hz/3PH
Rated current
A
17
8.1
13.2
7
Max current
A
21.5
10.5
18.3
8.8
Minimum fuse
A
32
16
28
13
Advised water flux
m3/h
8
10
6
8
Water pressure drop
Kpa
20
25
18
20
Heat exchanger
Twist-titanium tube in PVC
Water connection
mm
50
Fan quantity
2
1
Ventilation type
Horizontal
Vertical
Noise level(10m)
dB(A)
/
/
≤32
≤33
Noise level(1m)
dB(A)
42-60
42-60
41-56
42-60
* Dimension/ Weight
Net weight
kg
128
130
117
130
Gross weight
kg
146
148
135
148
Net dimension
mm
1043*438*1295
760*700*1152
Packing dimension
mm
1150*480*1440
810*750*1280
* above data may be modified without notice. 10

DIMENSION
INVERPAC 09
INVERPAC 11
INVERPAC 14
INVERPAC 16
INVERPAC 20
INVERPAC 25
11

12
INVERPAC 30
INVERPAC 35T
INVERPAC V25
INVERPAC V30T

INSTALLATION AND CONNECTION
Draining port
- Install the draining jet under the bottom panel
- Connect with a water pipe to drain out the water.
Note: Lift the heat pump to install the jet. Never
overturn the heat pump, it could damage the
compressor.
Anti-vibration pad
- Take out 4 Anti-vibration bases
- Put them under each foot of the heat pump.
Water Inlet & outlet junction
-Use the teflon tape to twine around the port for
better sealing performance before connected to the
pipe.
-connect the water Inlet & outlet junction onto the
heat pump
Water in
Water out
Mains Cable wiring
-Open the cover of the electric box inside the
machine
-Connect the cables in the correct terminal
according to electric diagram
Filtration pump wiring (Dry contact)
-Open the cover of the electric box
inside the machine
-Connect the cables in the correct terminal
according to electric diagram.
13

Connection to pilot the water pump
Notes
The factory supplies only the heat pump. All other components, including a bypass if necessary, must
be provided by the user or the installer.
Attention:
Please observe the following rules when installing the heat pump:
1.Any addition of chemicals must take place in the piping located downstream from the heat pump.
2.Install a bypass if the water flow from the swimming pool pump is more than 20% greater than the
allowable flow through the heat exchanger of the heat pump.
3.Install the heat pump above the water level of the swimming pool.
4.Always place the heat pump on a solid foundation and use the included rubber mounts to avoid
vibration and noise.
5.Always hold the heat pump upright. If the unit has been held at an angle, wait at least 24 hours
before starting the heat pump.
L N E
14

Heat pump location
The unit will work properly in any desired location as long as the following three items are present:
1. Fresh air – 2. Electricity – 3. Swimming pool filters
The unit may be installed in virtually any outdoor location as long as the specified minimum distances to
other objects are maintained (see drawing below). Please consult your installer for installation with an indoor
pool. Installation in a windy location does not present any problem at all, unlike the situation with a gas
heater (including pilot flame problems).
ATTENTION: Never install the unit in a closed room with a limited air volume in which the air expelled from
the unit will be reused, or close to shrubbery that could block the air inlet. Such locations impair the
continuous supply of fresh air, resulting in reduced efficiency and possibly preventing sufficient heat output.
See the drawing below for minimum dimensions.
Distance from your swimming pool
The heat pump is normally installed within a perimeter area extending 7.5 m from the swimming pool. The
greater the distance from the pool, the greater the heat loss in the pipes. As the pipes are mostly
underground, the heat loss is low for distances up to 30 m (15 m from and to the pump; 30 m in total) unless
the ground is wet or the groundwater level is high. A rough estimate of the heat loss per 30 m is 0.6 kWh
(2,000 BTU) for every 5 ºC difference between the water temperature in the pool and the temperature of the
soil surrounding the pipe. This increases the operating time by 3% to 5%.
Check-valve installation
Note: If automatic dosing equipment for chlorine and acidity (pH) is used, it is essential to protect the heat
pump against excessively high chemical concentrations which may corrode the heat exchanger. For this
reason, equipment of this sort must always be fitted in the piping on the downstream side of the heat pump,
and it is recommended to install a check-valve to prevent reverse flow in the absence of water circulation.
Damage to the heat pump caused by failure to observe this instruction is not covered by the warranty.
15

Typical arrangement
Note: This arrangement is only an illustrative example.
Initial operation
Note: In order to heat the water in the pool (or hot tub), the filter pump must be running to cause the water to
circulate through the heat pump. The heat pump will not start up if the water is not circulating.
After all connections have been made and checked, carry out the following procedure:
1.Switch on the filter pump. Check for leaks and verify that water is flowing from and to the swimming pool.
2.Connect power to the heat pump and press the On/Off button on the electronic control panel. The unit will
start up after the time delay expires (see below).
3.After a few minutes, check whether the air blowing out of the unit is cooler.
4.When turn off the filter pump , the unit should also turn off automatically , if not, then adjust the flow switch.
5.Allow the heat pump and the filter pump to run 24 hours a day until the desired water temperature is
reached. The heat pump will stop running at this point. After this, it will restart automatically (as long as the
filter pump is running) whenever the swimming pool water temperature drops 2 degree below the set
temperature.
Depending on the initial temperature of the water in the swimming pool and the air temperature, it may take
several days to heat the water to the desired temperature. A good swimming pool cover can dramatically
reduce the required length of time.
Condensation
The air drawn into the heat pump is strongly cooled by the operation of the heat pump for heating the pool
water, which may cause condensation on the fins of the evaporator. The amount of condensation may be as
much as several liters per hour at high relative humidity. This is sometimes mistakenly regarded as a water
leak.
16

Optimal operation of the heat pump occurs when the cooling gas pressure is 22 2 bar.
This pressure can be read on the pressure gauge next to the control heat pump panel. Under these
conditions the water flow through the unit is also optimal.
Note: Operation without a bypass or with improper bypass adjustment may result in sub-optimal heat pump
operation and possibly damage to the heat pump, which renders the warranty null and void.
Water Flow Switch:
It is equipped with a flow switch for protecting the HP unit running with adequate water flow rate .It will turn
on when the pool pump runs and shut it off when the pump shuts off. If the pool water level higher than 1m
above or below the heat pump’s automatic adjustment knob, your dealer may need to adjust its initial start-
up.
Time delay - The heat pump has a built-in 3-minute start-up delay to protect the circuitry and avoid excessive
contact wear. The unit will restart automatically after this time delay expires. Even a brief power interruption
will trigger this time delay and prevent the unit from restarting immediately. Additional power interruptions
during this delay period do not affect the 3-minute duration of the delay.
Use the following procedure to adjust the bypass:
•fully open all three valves
•slowly close valve 1 until the water pressure is increased by approximately 100 to 200 g
•Close valve 3 approximately half-way to adjust the gas pressure in the cooling system
•If the display shows "ON" or error code EE03, close step by step the valve 2, to increase water flow and
stop when the code disappear.
BYPASS KIT INSTALLATION
17

DISPLAY CONTROLLER OPERATION
Guide for operation
When the heat pump connects to the power, the
display shows a code for 3 seconds which indicates
the heat pump model.
On/Off, press to turn on and the display shows the
desired water temperature for 5 seconds, then shows
the inlet water temperature and the operation mode.
During the parameter checking and setting, press
the to quick-exit and save the current setting .
1. Temperature setting, Press to set the water temperature directly. Heating mode
and Auto mode setting range: 6-41℃ Cooling mode setting range: 6-35℃;
2. Lock/unlock, Hold 2 buttons for 5 seconds to lock/Unlock the display. The
display will lock automatically after 30s of standby. (when the display is locked,
the "locker " icon is lighted ON)
Working mode switch: Press to change the working
mode, Turbo, Smart and silent .The default mode is smart
mode.
While you choose the Turbo, the word “Turbo” will be lit,
the heat pump will operate in ‘Full output’ only.
Choose the Smart, the word “Smart” will be lit, the heat
pump will operate in ‘Medium and Full output’.
Choose the Silent, the word “Silent” will be lit, heat pump
will operate in ‘Medium and Small output’.
Mode setting: Press for 5S to switch the heating mode ,cooling
mode and auto mode .
Remark: When defrosting, the heating symbol will flash.
18

Press , then press to check d0-d14 value.
Code
Condition
Scope
Remark
d0
IPM mould temperature
0-120℃
Real testing value
d1
Inlet water temp.
-9℃～99℃
Real testing value
d2
Outlet water temp.
-9℃～99℃
Real testing value
d3
Ambient temp.
-30℃～70℃
flash if Real value<-9
d4
Frequency limitation code
0,1,2,4,8,16
Real testing value
d5
Piping temp.
-30℃～70℃
flash if Real value<-9
d6
Gas exhaust temprature
0℃～C5℃ (125℃)
Real testing value
d7
Step of EEV
0～99
N*5
d8
Compressor running frequency
0～99Hz
Real testing value
d9
Compressor current
0～30A
Real testing value
d10
Current fan speed
0-1200 (rpm)
Real testing value
d11
Error code for last time
All error code
Remark:
d4: Frequency limitation code,
0: No frequency limit;
1:Coil pipe temperature limit;
2: Overheating or overcooling frequency limit;
4:Drive Current frequency limit;
8:Drive voltage frequency limit;
16:Drive high temperature frequency limit
19

Press ,then press to choose P0-P18 value, and press
again to enter the setting interface,in which parameter will flash.
Code
Name
Scope
Default
Remark
P0
Mandatory defrosting
0-1
0
0: Default normal operation
1: mandatory defrosting.
P1
Working mode
0-1
1
1:Heating mode, 0:cooling mode,
P2
Timer on/off
0-1
0
1 Timer on/off is under function，0 Timer on/off is
out of function (The setting of P5 and P6 won’t
work)
P3
Water pump
0-1
0
1:Always running;
0:Depends on the running of compressor
P4
Current time
HH:MM
00：00
0-23:0-59
P5
Timer on
HH:MM
00：00
0-23:0-59
P6
Timer off
HH:MM
00：00
0-23:0-59
P7
Water temp. calibration
-9～9
0
Default setting: 0
P14
Restore to factory
settings
0-1
0
1-Restore to factory settings，
0- default（restore P0, P1, P2, P3, P5, P6, P7,
P8, P9, 10, P11 to factory setting)
P16
Product code
/
/
Depends on the machine
P18
Mode
0-1
0
1—Heating only，
0—Heating/Cooling/Auto mode
Note:
1). Long press for 20s to set P14, P16, P18.
2). P8, P9, P10, P11, P19, P20 parameter is only for factory setting.
20

the light will be on when the value of P2 is 1, which means TIME ON
& OFF function is working. Then set the current time(Parameter P4),
TIMER ON (Parameter P5) and TIMER OFF (Parameter P6). All the
symbols (except symbol ) on the display will be off when TIMER is
OFF.
Note: The symbol keeps on when restart the heat pump after TIME
OFF, unless the value of P2 is set to 0.
Press , then press to choose P14, and enter into the value
setting interface by long press for 20s, in which parameter will flash.
Press or to set the value 1, finally press to save settings.
Symbol of TIMER ON
21

System filtration pilot function
Option 1; P3=0 Filtration pump is related to heat pump operation to start and stop.
Filtration pump starts 60s before compressor, filtration pump start 30s and then the water flow switch detect
flow. Before the heat pump enters into Standby mode, the compressor stops first and after 5 minutes filtration
pump stops.
Condition
Example
Water pump working logic
Heating
mode
P3=0,
T1≥Tset-0.5℃,
last for 30 minutes
P3=0,
T1≥27.5℃, last
for 30 minutes
1. Then it enters
into standby mode for 1
hour (It will not restart
except turn it on
manually.)
2. After 1 hour, the filtration
pump will restart for 5 minutes.
If the T1≤27℃, the heat pump
will start to work until T1≥27.5℃
and last for 30 minutes to go
into standby
Cooling
mode
P3=0,
T1≤Tset+0.5
℃, last for 30
minutes
P3=0,
T1≤28.5℃, last
for 30 minutes
1. Then it enters
into standby mode for 1
hour (It will not restart
except turn it on
manually.)
2. After 1 hour, the filtration
pump will restart for 5 minutes.
If it tests T1≥29℃, the heat
pump will start to work until
T1≤28.5℃ and last for 30
minutes to go into standby
Option 2; P3=1 Filtration pump is always on, P2=0 the timer function is no active
Under condition P3=1, whenT1≥Tset+1℃(T1≥29℃) last for 3 minutes, heat pump will be in standby, while
filtration pump is always on.
Under option 2, with activation of the timer; P2=1 to start and stop the filtration pump according the
programming of the P4 (time), P5 (timer ON) and P6 (timer OFF)
Condition for the heat pump start, timer ON actives;
When the timer reaches the set time of TIMER ON, the filtration pump will start and after 5 minutes the heat
pump start. The heat pump stays in stop if the water in temperature is ≥ Tset+1℃, before the TIMER OFF,
the filtration is still activated.
Condition to stop the heat pump, timer OFF actives;
When the timer reaches the set time of the TIMER OFF, the heat pump will stop and after 5 minutes the
filtration pump stops.
If heat pump is turned ON/OFF manually, the filtration pump will start and stop accordingly.
NOTE :
Tset = Tseting water temperature
For example : Tset = 28℃ Tseting water temperature in your pool heat pump
Tset-0.5 = less 0.5℃ than Tseting temperature, Tset- 0.5 = 28-0.5=27.5℃
Tset+0.5= more 1℃ than Tseting temperature, Tset+ 0.5 = 28+0.5=28.5℃
22

Heating operation logic
Working status
Working mode
Water in
temperature-T1
For example, water
in temperature-T1
Heat pump working level
1
Start-up of
heat pump
When you select
the "Smart
working mode "
T1< Tset-1
T1< 27℃
Powerful mode-frequency F9
2
Tset-1≦T1 < Tset
27℃≦T1 <28℃
Frequency：F9 -F8-F7,...,-F2
3
Tset≦ T1 <Tset+ 1
28℃≦ T1 <29℃
Silent mode-frequency F2
4
T1≧Tset+1
T1≧29℃
HP will be in Standby, stop
working until the water
temperature drops to less
28℃.
5
When you select
the "Silent
working mode".
T1< Tset
T1< 28℃
Smart mode -frequency F5.
6
Tset≦T1 < Tset+1
28℃≦T1 < 29℃
Silent mode-frequency F2/F1.
7
T1≧Tset+1
T1≧29℃
HP will be in Standby, stop
working until the water
temperature drops to less
28℃.
8
When you select
the "Powerful
working mode."
T1<Tset+1
T1<29℃
Powerful mode-frequency
F10/F9
9
T1≧ Tset+1
T1≧29℃
HP will be in Standby, stop
working until the water
temperature drops to less
28℃.
10
Re-start to
heat water
in standby
status
When HP is
working at "
Smart mode"
T1≧Tset
T1≧28℃
Standby
11
Tset＞T1≧Tset-1
28℃＞T1≧27℃
Silent-frequency F2
12
Tset-1＞T1≧Tset-2
27℃＞T1≧26℃
Frequency： F2 -F3-F4,...,-F9
13
<Tset-2
<26℃
Powerful-frequency F9
14
When HP is
working at "
Silent mode"
≧Tset
≧28℃
Standby
15
Tset＞T1≧Tset-1
28℃＞T1≧27℃
Silent mode-frequency F2/F1
16
T1<Tset-1
T1<27℃
Smart -frequency F5
17
When HP is
working at "
Powerful mode"
T1<Tset-1
T1<27℃
Powerful -frequency F10/F9
23

Cooling operation logic
Working
status
Working mode
Water in
temperature
For example, water
in temperature
Heat pump working level
1
Start-up of
heat pump
When you select
the "Smart working
mode "
T1≦Tset-1
T1≦27℃
Standby.
2
Tset-1<T1 ≦Tset
27℃< T1 ≦ 28℃
Silent mode-frequency F2
3
Tset<T1≦Tset+1
28< T1 ≦29℃
frequency：F9 -F8-F7,...,- F2
4
T1≧Tset+1
T1≧29℃
Powerful mode-F9
5
When you select
the "Silent working
mode".
T1≦Tset-1
≦27℃
Standby
6
Tset-1<T1 ≦Tset
27℃< T1≦28℃
Silent mode - frequency F2/F1
7
T1>Tset
T1>28℃
Smart mode -frequency F5
8
When you select
the "Powerful
working mode."
T1>Tset-1
T1>27℃
Powerful mode-frequency
F10/F9
9
T1≦Tset-1
T1≦27℃
Standby
10
Re-start to
cool
water in
standby
status
Smart
T1≦Tset-1
T1≦27℃
Standby
11
Tset ≦T1 <Tset+1
28 ≦T1 <29℃
Silent- frequency F2
12
Tset+1 ≦T1 <Tset+2
29 ≦T1 <30℃
Frequency: F2 -F3-F4,...,- F9
13
T1≧Tset+2
T1≧30℃
Powerful mode -frequency F9
14
Silent
Tset<T1≦Tset+1
28< T1≦29℃
Silent mode-frequency F2/F1
15
T1＞Tset+1
T1＞29℃
Smart mode-frequency F5
16
Powerful
T1＞Tset+1
T1＞29℃
Powerful mode-frequency
F10/F9
17
T1≦Tset-1
T1≦27℃
Standby
24