Bridge BP-90HS-SI EIP Instruction Manual

0
STEPINVERTER
Directions for installation and maintenance

1
Contents
1. Introduction ………………….…………………………….……..…………. p2
2. Caution…………………………………………………….………………….….. p2
3. Delivery control …………………………………………........................ p3
4. Technical description ……………………….…………………………..
p3
Technical characteristics
Outside
Inside
Explored view
Wire control operation
General diagram of the refrigerating circuit
Safety and control systems
Electric diagram
5. Installation ……………………….………………………………….......
p13
Rules of installation
Hydraulic connections
Electric connections
Procedure of use
6. Water flow and refrigerating circuit pressure........................ p17
7. Defrosting …………………………………………………………………… p18
8. Environment problem ………………………………………............
p19
9. Error messages and what to do ………………………………..… p19

2
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 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 stay 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.
When connect to socket (power supply), please make sure that live wire,
neutral wire, earth wire is right.
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 7m³/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
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:
UnitModel Unit BP‐90HS‐SIEIP BP‐110HS‐SIEIP BP‐130HS‐SIEIP
HeatingCapacity  
A26/W26 kW 9.0~2.3 11.0~2.85 13.0~4.0
COP   A26/W26 W/W 6.0~13.8 6.0~13.8 5.9~13.6
HeatingCapacity  
A15/W26 kW 6.4~1.7 7.7~2.05 9.3~2.8
COP   A15/W26 W/W 4.6~7.1 4.6~7.1 4.50~7.0
CoolingCapacity  
A35/W28 kW 4.3~1.0 5.3~1.5 6.2~2.3
PowerInput kW 1.6~0.24 2.0~0.29 2.45~0.36
Current A 7.5~1.1 9.3~1.5 10.7~2.2
PowerSupply V/P/Hz 220/1/50 220/1/50 220/1/50
CompressorQty 1 1 1
HeatingExchanger TitaniuminPVC
WaterConnection mm 50 50 50
Noise1m dB(A) 38~48 39~49 41~52
Noise10m dB(A) 19~29 20~30 21~31
WaterFlowVolume m3/h 4 5 6
Refrigerant(R32) g 500 550 650
Co2weightofthe
fluorinatedgreenhouse
gases
T 0.34 0.37 0.44
NetUnitSize(L/W/H) mm 880x310x600 880x310x600 1020x370x715
CartonSize(L/W/H) mm 940x410x635 940x410x635 1080x470x750
Net/GrossWeight kg 52/58 56/62 61/69
* possible variations of value according to climatic conditions

4
Outside:
Inside:
(Front sheet cover and panel removed)
1 Fanprotectiongrid 
2Frontpanel
3 Topcover
4 Controlpanel
5 Refrigerant pressuremanometer
6 Fastconnectionforwateroutlet
7 Fastconnectionforwaterintlet
8 Wireconnectionforpowersupply
9 Evaporator
10 Fan
11 Compressor
12 Highandlowpressureinterruptor
13 Titaniumheatexchanger
14 Temperaturesensorofswimmingpoolwater
15 Fourwayvalve
16 Ambienttemperaturesensor
17 Defrostsensor
18 Waterflowswitch

5

6
Wire control operation
Wire controller operation
Functions of Buttons
“ ” button
If the machine is on, press this button to turn it off.
If the machine is off, press this button to turn it on. And the TSET will be shown for 5S. Then it will
show the inlet water temperature and working mode. (System will keep the working mode. If no,
the default working mode is Smart mode under Heating.)
During parameter checking or setting, press this button will return to default interface. (The
parameter checking setting will be saved.) Press this button again will turn the machine off.
“MODE”button
Press “M” button 3 seconds to convert modes.
Press this button to check and set parameters, With the function of “▲”“▼”buttons, you can
check current run parameters 1~F.
NO Meanin
g
Ran
g
e Remarks
1 Inlet water temperature -50 ~ 99°C Measured value
2 Outlet water temperature -50 ~ 99°C Measured value
3 Outdoor ambient temperature -50 ~ 99°C Measured value
4 Exhaust gas sensor temperature 0 ~ 150°C Measured value
5 Return gas sensor temperature -50 ~ 150°C Measured value
6 Heating coil sensor temperature -50 ~ 150°C Measured value
7 Cooling coil sensor temperature -50 ~ 150°C Measured value
8 Main EEV steps 80 ~ 480 Measured value
9 Auxiliary EEV steps 150 ~ 480 Measured value
A Current of compressor 0 ~ 30A Measured value
b Module temperature 50 ~ 150°C Measured value
C DC bus voltage value Measured value
d Running frequency of compressor 20 ~ 90Hz Measured value
E Rotation speed of fan 1 0 ~ 1599(rpm) Measured value
F Rotation speed of fan 2 0 ~ 1599(rpm) Measured value

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“▲”“▼”button
TSET setting and Lock/Unlock the screen
TSET setting: Press “▲”/“▼”button, raise or reduce the TSET 1℃ by 1℃.
Lock/Unlock the screen：Press “▲”and“▼”button 3 seconds, to set keylock; Press “▲”
and“▼”button 3 seconds again to release keylock.
“TIME”button
Press “TIME” button for 3s to enter clock setting. With the function of “▲”“▼”buttons, you
can set hour first. Then press “TIME” button again, minute setting will be available。
Press “TIME” button to enter the timer setting. Press “ ” button to set the Timer Switch ON,
Change the hour using the “ ” and “ ” key. Press “ ” button again to change the
minutes using the “ ” and “ ” key; Press “ ” button again to set the Timer Switch OFF,
Change the hour using the “ ” and “ ” key. Press “ ” button again to change the
minutes using the “ ” and “ ” key, Press “ ” button again the display returns to normal.
“” and “ ” light up.
The timer setting is from 0 to 24 hours to recycle.
When the setting timer for on and off is the same,the setting timer is not available.
When the setting timer(displayed blinks), Press “MODE” to deactivate TIMER.
“SMART”Mode
Press "Smart" button to enter smart mode, the machine runs in smart mode.
“POWER”Mode
In heating mode, press "Power" button to enter power mode, the machine runs in power mode.
“SILENT”Mode
Press "Silent" button to enter silent mode, the machine runs in silent mode.
Coercive Defrosting
Press “MODE” and“▼”button 5S when unit is heat mode, the unit go to defrost state,
When fulfilled defrost stop conditions, defrost is stopped.
Symbol explanation
Run light : light on during running
Heating light: light on during heating mode. Heating light flash means defrosting.
Cooling light: light on during cooling mode
AUTO light: light on during auto mode
Timing boot light: light on if timing boot function is enabled.
Timing boot light flash means timing boot checking or setting.
Timing shutdown light: light on if timing shutdown function is enabled.
Timing shutdown light flash means timing shutdown checking or setting.

8
Light on under smart mode, machine working with the standard frequency.
Light on under power mode, machine working with the high powers.
Light on under silent mode, machine working with the low frequency.

9
General diagram of the refrigerating circuit
The heat pump is 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
valve before turning back to the evaporator for a new cycle.
Evaporator
(gilled
Hot air
radiator) Electronic
expansion
valve
Cold air
Pressure and gas
intake
4 way valve
Hotwater
Compressor Condenser
(exchanger)
Cold water

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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.
Evaporator
(gilled
radiator)
Cold air
Hot air
Electronic
expansion
valve
Pressure and gas
intake
4 way
valve
Cold water
Hot water
Compressor Evaporator
(exchanger)

11
Safety and control systems
Heat pumps are equipped with the following standard protection
systems:
1. Water flow switch
Thanks to this flow switch, the heat pump will not work when the filter pump is not working (and the
water is not circulating). This system prevents the heat pump from heating only the water flow in the
heat pump itself. The protection also stops the heat pump if water circulation is cut off or stopped.
2. Refrigerant gas high and low pressure protection
The high pressure protection makes sure the heat pump is not damaged in case of
overpressurisation of the gas. The low pressure protection emits a signal when refrigerant is
escaping from the conduits and the unit cannot be kept running.
3. Overheating protection on the compressor
This protection protects the compressor from overheating.
4. Automatic defrost control
When the air is very humid and cold, ice can form on the evaporator. In that event, a thin layer of ice
appears that will grow increasingly bigger as long as the heat pump is running. When the
temperature of the evaporator has become too low, automatic defrost control will be activated, which
will reverse the heat pump cycle so that hot refrigerant gas is sent through the evaporator during a
brief period of time to defrost it.

5. Anti-frost protection during winter
Anti-frost protection can only be activated when the heat pump is in STAND-BY mode or shu
tdown protection:
1) During standby mode, when the ambient temperature ≤5℃, First anti-frost protection activated.
Water pump will run automatically each10 minutes. When the ambient temperature ≥8℃, First anti-f
rost protection off.
2) When the heat pump shut down, and ambient temperature ≤5℃, outlet water temperature ≤2℃,
Second anti-frost protection activated. Heat pump will turn on automatically and run in heating mod
e. When ambient temperature ≥8℃ or outlet water temperature ≥15℃, Second anti-frost protection
off.
If outlet water sensor fault, inlet water sensor will be use instead.
If outlet water sensor and inlet water sensor both fault, First anti-frost protection activated.
3) During anti-frost protection, the display shows code E04.
Electric diagram
12

1
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 on a
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
indicated on the diagram below.
Exhausting Blowing
side 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 at a
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.
- If the machine is intended to be used in winter, put it in a place protected from the
falls of snow.
- The machine must be able to be supervised in order that children do not play
around
2,5 m mini
0,5 m mini
0,3 m mini
0,5 m mini
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Swimming-Pool
Technical room
Chemical treatment
Blowing
By-pass
Heat Pump
Drain of the
condensates: insert
the plastic elbow in
the hole of
evacuation of the
bottom and connect
the pipe if need.
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.
Connect intake/outlet water PVC pipes DN50 to the
openings of the machine in following the inlet / outlet
indications (grease the worms before screwing)
Filte
r
14

16
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 V +/- 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 m).
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 5~12m³/h(Depending on the model).
Removed control panel:
An extension cord allows the removal of the panel in inserting 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.
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16
Procedure of use
Action
External
Appliance
or Button of heat
pump
Display Heat pump
response
Put the heat pump
under tension
Engage the circuit
breaker of the heat
pump
Display TIME
Put in circulation
the swimming
pool water into
the pipes
Engage the circuit
breaker of pump of
filtration
Start
Press the button
Displays the set
temperature
5S(adjustable) and
the current
temperature
Start between 1-
4 minutes in the
previous operation
mode
(heating/auto
/cooling)
Chose the operation
mode
Press the button 3S
MODE
Stop for 3-4 minutes,
reverse of cycle and
restart in a new
mode
Set the water
temperature
into the
swimming pool
,
adjustable from
10°C to 45°C
The heat pump
heats
or cools until the
required
temperature
Chose the control
mode
The heat pump
operates in smart or
silent mode
Stop
Press the button
Immediate stop
and wait
Switch off
Use the circuit
breaker of pump
of filtration,
and heat pump
Complete stop
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6- Water Flow and 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/cm².
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/cm²;
In most of cases (pump of filtration given a flow until 20m³/h) you do not have to
open the by pass valve.
If the stabilized pressure is under 21kg/cm², 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.
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7- Defrosting
1. Defrosting conditions under heating mode:
When heating, the cumulative running time of the compressor ≥45min (parameter 11)
, and the continuous running time of the compressor ≥5min;
Cooling coil temperature <-3°C (parameter 12);
①(ambient temperature - cooling coil temperature) ≥5°C (parameter 15), and -7 °C
≤ambient temperature ≤17°C (parameter 16) for 30 seconds;
②(ambient temperature - cooling coil temperature) ≥9°C (parameter 15 + 4°C), and a
mbient temperature < -7°C for 30 seconds;
When the above conditions are all met, it will enter defrosting; (Note: ①and ②only n
eed to meet one of them)
When the temperature of the cooling coil is faulty, and the ambient temperature is ≤
20°C, the defrosting will be timed, and the defrosting time is every 10 mins;
2. Defrosting conditions at startup:
When the stop/standby/compressor cut off time ≥30min;
-7°C ≤ambient temperature ≤3°C, and coil temperature <-3°C (parameter 12);
When the compressor starting condition is met (the water temperature is lower than
the backlash/starting temperature, but still not started), and the above conditions ar
e met, it will enter defrosting; .
3. Defrost operation frequency: When entering defrost, the frequency is fixed at 60Hz.
4. Condition for exit the defrosting:
After 2 minutes of defrosting, when the cooling coil temperature is ≥20°C (parameter
14) or the defrosting time reaches 10 mins (parameter 13), it will exit the defrosting.
5 Defrosting steps:
When the defrosting conditions are met, following steps will start:
1) Compressor stops, and fan stops after 15 seconds;
2) The four-way valve is energized at 55 seconds;
3) The compressor restarts at 60S;
4) The water pump keeps running;
The following steps will be performed when the defrosting exit condition is satisfied:
1) Compressor and fan stop;
2) The four-way valve loses power at 55S;
3) The fan is turned on at 60S, and the compressor starts after 5 seconds to resume
normal heating running;
6 The abnormal exit of the defrosting:
1) When the error protection occurs during defrosting, the system immediately exits
the defrosting and stops running;
2) Low pressure protection is not detected during defrosting;
7 Coercive defrosting: When the cooling coil temperature is lower than the defrostin
g exit temperature, press and hold the “M” +
“▼” buttons for 3 seconds to enter the coercive defrosting.
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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 E 12 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 water
In cooling mode:
- too important water flow: open the by pass valve for decreasing the water flow and
so the exchange water refrigerant
- insufficient 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:
This table explains the error codes caused by a defective regulating
component or by a security operation.
Error
codes Problem Cause Solution
E 03 Water over heating fault Water flow not enough
Water flow switch fault
Check the water pump
Pipe block
E 04 Anti-freezing protection Normal protection of machine No need to do anything
E 05 High pressure error
Insufficient water flow Check the water flow
Pressure switch out of order Replace the pressure switch Have
Too much refrigerant gas
present
the heat pump checked by a
refrigeration technician
E 06 Low pressure error
Not enough refrigerant gas Have the heat pump checked by a
refrigeration technician
Leak in the cooling conduits Have the heat pump checked by a
refrigeration technician
E 09
Communication fault
between wire controller
and PCB
Communication wire fault Check or replace the wire
wire controller fault replace the wire controller
E 10
Communication failure of
variable frequency drive
module
PCB failure Please replace the PCB
E 12 Compressor exhaust
temperature is too high
Water temperature and
environmental temperature is
too high
Set to the safety of water
temperature.
Refrigerant leakage Check and repair.
Insufficient water flow Check the water flow
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