Brilix XHP 200 Bedienungsanleitung

Swimming Pool Heat Pump XHP

INSTALLATION

AND USER GUIDE

Illustrative photo

Read the instructions

Thank you for choosing our product and for your trust in our company. To ensure that you can fully enjoy

the product, please read these instructions carefully and strictly follow the user guide so as not to damage the

device and to avoid unnecessary injuries.

Contents

1. Specification ..............................................................................................................................................3

2. Performance curves....................................................................................................................................4

3. Dimensions ................................................................................................................................................5

4. Installation..................................................................................................................................................5

5. Electrical connection..................................................................................................................................9

6. Initial heat pump start-up and its winterization .......................................................................................12

7. Setting operating data..............................................................................................................................14

8. Troubleshooting.......................................................................................................................................20

9. Schematic representation and list of parts...............................................................................................22

10. Spare parts 1............................................................................................................................................23

10. Spare parts 2.............................................................................................................................................24

11. Cabling diagram (example – XHP 60).....................................................................................................24

12. Replacement of parts................................................................................................................................25

1. Specification

1.1 Horizontal EU design, R410A ,HEATING AND COOLING

Models XHP 40 XHP 60 XHP 100 XHP 140 XHP 160 XHP 200

* Capacity at 25 °C/Water27 °C

Heat Output (kW) 3,5 5 9 12 15 18

Power Consumption (kW) 0,56 0,8 1,44 1,92 2,4 2,88

COP 6,25 6,25 6,25 6,25 6,25 6,25

* Capacity at 15 °C/Water 27 °C

Heat Output (kW) 2,56 3,65 6,57 9 9,45 13,5

Power Consumption (kW) 0,61 0,81 1,42 1,95 1,92 2,72

COP 4,2 4,5 4,6 4,6 4,9 5,0

Voltage (V) 220−240 V

Rated Current (A) 2,8 4,1 6,7 9,3 9,6 14,2

Advised Fuse (A) 10 10 20 20 20 35

* Water data

Advised pool volume (m3) 0-15 0-20 25-40 35-60 55-80 60-90

Advised water flux (m3/h) 4,2 4,2 6 8,4 9 10,2

Water pipe in-out spec (mm) 50

* General Data

Compressor rotary

Air flow horizontal

Condenser titanium in PVC

Cooling function x √√√√√

Noise level at 10 m (dB(A)) 39 39 40 43 43 44

Noise level at 1 m (dB(A)) 48 48 48 52 52 53

Water pressure (kPa) 12 12 15 15 15 16

Refrigerant (kg) 0,6 0,62 1,1 1,3 1,4 2,2

* Net Dimension

Net Weight (mm) 740/325/470 750/325/470 930/360/550 1000/360/620 1000/360/855 1000/360/855

Čistá hmotnost (kg) 36 37 50 61 63 98

Packing Dimension (mm) 850/330/540 1060/380/590 1060/380/590 1120/380/590 1165/430/740 1165/430/741

Gross weight(kg) 39 40 53 65 67 110

The above mentioned data subject to change without notice.

2. Performance curves

HEAT OUTPUT CURVE

INPUT curve

COP curve

HEAT OUTPUT (kW)INPUT (kW)COP

Air temperature

Swimming pool water temperature °C

XHP 40

XHP 60

XHP 100

XHP 140

XHP 200

XHP 40

XHP 60

XHP 100

XHP 140

XHP 200

3. Dimensions

Models XHP 40 XHP 60 XHP 100 XHP 140 XHP 160 XHP 200

A 290 350 350 360 410 410

B 410 680 680 655 650 650

C 265 280 280 300 360 360

D 290 350 350 360 410 410

E 750 930 930 1000 1045 1045

F 210 210 230 340 560 560

G 838383838383

H 500 550 550 620 695 695

Unit: mm

4. Installation

4.1 Installation illustration

heat pump

water treatment side joining valve

input for

power cable

output

input

discharge pipe for

condensed water discharge

spout swimming pool

water feed

water input water pump filter

from the filter

BYPASS

valve 1

valve 2

valve 3

from to

HEAT PUMP

Discharge connection

to the

swimming pool

NOTE: The manufacturer delivers only the heat pump system. Other items shown in the illustration are

other necessary components of the water system provided by users or suppliers.

4.2 Selection of the installation position

• It is recommended to install the heat pump in a sunny, spacious and well ventilated place.

• Its position has to guarantee the smooth circulation of air (the location of the air inlet is shown in the

diagram below).

• When operated, the heat pump can produce a substantial amount of water condensate and therefore it is

necessary to take its occurrence into account.

• The installation base has to be firm enough to ensure smooth operation of the device.

• Make sure the device, when installed, is situated vertically, without any inclination.

• Do not install the device in places where there is contamination, corrosive gas or where dirt or fallen leaves

accumulate.

• The heat pump must not be installed in the vicinity of an environment with an inflammable or explosive

atmosphere with common fire hazards.

• Maintain the distances from obstacles as indicated with arrows in the next figure.

ATTENTION:

Please follow the steps below to put the heat pump into operation for the first time:

1. Open the valves to let water into the system.

2. Make sure there is no water leaking in the connections.

3. Run the heat pump with the circulating pump in operation.

Air inlet

Air outlet

• The swimming pool heat pump is usually installed near the swimming pump at a maximum distance of

7.5 metres. If installed beyond this limit, the technology system (pipes) can cause higher heat losses.

Most pipes are installed underground, and although the technology system (pipes) must be provided with

thermal insulation, all tunnels and surrounding soil will still receive the heat, unless the ground is wet

or the water level is high. A very rough estimate of heat losses for 30 metres (15 metres to and from the

pump = 30 metres in total) amounts to 0.6 kW per hour (2,000 BTU) per 5°C of the water temperature

difference in the swimming pool and the ground around the technology (pipes), which increases the run

time by 3 to 5%.

• To achieve the best exchange of heat of the heat pump system, ensure normal water flow according to the

specifications.

4.3 The position of chemical elements in the system is also fundamental to the service

life of the heater.

If an automatic chlorination or bromination system is used, a trap must be installed downstream of the heater.

A water seal must be installed between the chlorinator and the heater to prevent chlorine from returning into

the heat pump (see the following figures).

Pressure chlorination or bromination

Check valve

Filter Chlorinator

Water pump

Check valve

Trap

5. Electrical connection

5.1 Connection diagram for the swimming pool heat pump

XHP 40, XHP 60, XHP 100

IMPORTANT: The installation and connection of this device to the power supply can only be provided by

a person that has the electrical qualifications in accordance with Decree No. 50/1978 Coll. Although the heat

pump is electrically insulated from the rest of the unit, this fact only prevents the passage of electrical current

to or from the water in the swimming pool. It is still necessary to earth the unit, to prepend the circuit breaker

with the current value according to the type of heat pump and current protector with residual current 0.03 A.

Before connecting the heat pump, check whether the electrical mains voltage corresponds to the operating

voltage of the heat pump.

Compressor Fan motor

Four-way valve

Electric expansion

valve

Transformer

OUTPUT3

OUTPUT4

OUTPUT5

RUN/ POWER SUPPLY

brown

red

brown

yellow

yellow/

green

yellow/green

white

black

blue

orange

GROUND

yellow/green

blue

black

GROUND

blue

Ambient temperature sensor

Cooling coil temperature sensor

Returned coolant temperature sensor

Heating coil temperature sensor

Water outlet coil temperature sensor

Water inlet coil temperature sensor

Remote control

Phase sequence protection

High voltage switch

Low voltage switch

Water flow switch

Remote switch

*Section marked with dotted lines is only in some models.

OUTPUT2

OUTPUT1

SINGLE WATER

PUMP

POWER SUPPLY

220−240 V/50 Hz

5.2 Connection diagram for the swimming pool heat pump

XHP 140

Compressor Fan motor

Four-way valve

Electric expansion

valve

Transformer

OUTPUT2

OUTPUT1

OUTPUT3

OUTPUT4

OUTPUT5

RUN/ POWER SUPPLY

brown

red

brown

yellow

yellow/green

white

black

blue

orange

GND

yellow/green

blue

red

GND

blue

Ambient temperature sensor

Returned coolant temperature sensor

Heating coil temperature sensor

Water outlet coil temperature sensor

Water inlet coil temperature sensor

Remote control

Phase sequence protection

High voltage switch

Low voltage switch

Water flow switch

Remote switch

*Section marked with dotted lines is only in some models.

red

brown

red

brown

A.C. contactor

SINGLE WATER

PUMP

POWER SUPPLY

220−240 V/50 Hz

Cooling coil temperature sensor

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