Nibe Fighter 1210 Installation And Maintenance Instructions Manual Download Page 8

Control

FIGHTER 1210

For Home Owners

6

The indoor temperature depends on several factors.
During the hot season, solar radiation and heat given
off by people and equipment are sufficient to keep the
house warm. When it gets colder outside, the heating
system must be started. The colder it is outside, the
warmer radiators and floor heating system must be.
This adjustment takes place automatically, since the
FIGHTER 1210 is equipped with a control computer
for optimal, safe operation.  However, the heat pump
must first be given the correct basic setting.

Control of the heat production is performed based on
the floating condensing principle, i.e. the temperature
level needed for heating at a specific outdoor temper-
ature is produced guided by collected values from the
outdoor and flow sensors. As an option, room sensors
can also be used to compensate for variations in room
temperature. Hot water production is given priority and
controlled by means of temperature sensors in the
water heater and an operating pressostat.

For general information and more reliable control of
the function there are also sensors for incoming and
outgoing brine temperatures (collector). If required, a
minimum limit can be set for the outgoing brine tem-
perature (for example, with a groundwater system).

General

Examples of basic data selection:

1. House with low temperature* radiator systems

Markaryd = Area 10 (5). Select curve 10 on the
display and -2 on the Increase/reduce heat knob.

2. House with floor heating** installed in a 

concrete floor structure

Markaryd = Area 10 (5). Select curve 5 on the dis-
play and -1 on the Increase/reduce heat knob.

3. House with floor heating** installed in a timber

floor structure

Markaryd = Area 10 (5). Select curve 8 (10-2=8)
on the display and -1 on the Increase/reduce heat
knob.

*

A low temperature radiator system refers to a sys-
tem where the flow temperature needs to be 55 °C
on the coldest day.

** Floor heating can be dimensioned very differently.

Examples 2 and 3 above refer to a system where
the flow temperature needs to be approximately
35 - 40 °C resp 45 - 50 °C on the coldest day.

The values stated on the map (see the next page)
apply for the Curve slope.

The first value applies for low temperature radiator
systems. The Increase/reduce heat knob is set to -2.

The value in brackets refers to floor heating systems**
installed in concrete floor structures. When the system
is installed in a timber floor structure you can use the
number before the brackets, but this value must be
reduced by two units. In these cases Increase/reduce
heat is set to -1.

The map values are usually a good starting point and
concern an approximate room temperature of 20°C.
The values can be adjusted later if necessary.

Basic values for the automatic

heating control system

Setting takes place by programming the 
Curve slope, see the section Available information
and settings on the display, and by setting the Heating
curve offset using the Increase/reduce heat knob on
the panel.  

If you do not know the correct settings use the basic
data from the map opposite.

If the required room temperature is not obtained, read-
justment may be necessary.

NOTE! Wait one day between settings so that the tem-
peratures have time to stabilise.

Readjusting the setting.

Cold weather conditions

If the room temperature is too low, increase the val-
ue for the heating curve by one step.

If the room temperature is too high, reduce the val-
ue for the heating curve by one step.

Warm weather conditions

If the room temperature is too low, turn the
Increase/reduce heat knob one step clockwise.

If the room temperature is too high, turn the
Increase/reduce heat knob one step anticlockwise.

Changing the room temperature manually.

If you want to temporarily or permanently increase or
lower the indoor temperature in relation to the previ-
ous heat setting, turn the Increase/reduce heat knob
clockwise or anticlockwise. One scale marking corre-
sponds to a change of about one degree in the room
temperature.

NOTE! An increase in the room temperature may be
inhibited by the radiator or floor heating thermostats, if
so these must be turned up.

Setting, heat

Changing the room 

temperature

Summary of Contents for Fighter 1210

Page 1: ...R INSTALLATION AND MAINTENANCE INSTRUCTIONS FIGHTER 1210 MOS GB 0428 1 411195 FIGHTER 1210 LEK Fighter 1215...

Page 2: ......

Page 3: ...ffset 2 21 Heating curve offset 0 21 Heating curve offset 2 21 Component placement 4 kW Component placement 4 kW 22 Component placement 5 10 kW Component placement 5 10 kW 23 List of components List o...

Page 4: ..._ _ _ _ _ FIGHTER 1210 _ _ kW Installation engineers Completedby the installer when the heat pump is installed The type of brine Mixing proportion freezing point Active drilling depth collector length...

Page 5: ...ressed in the compressor The refrigerant the tem perature of which has now been raised is passed to the condenser where it gives off its energy to the heat ing medium circuit and if necessary to the w...

Page 6: ...r Home Owners 4 Front panel Indicator lamps Function keys Display B Switch A D Increase reduce heat C E NOTE Make sure there is water in the heat pump before turning the switch A into position 1 or WW...

Page 7: ...when additional heat is allowed Flashing rapidly when only additional heat is on Alarm Flashes rapidly when a fault has occurred Raise lower heat The Increase reduce heat knob raises or lowers the ro...

Page 8: ...ve refer to a system where the flow temperature needs to be approximately 35 40 C resp 45 50 C on the coldest day The values stated on the map see the next page apply for the Curve slope The first val...

Page 9: ...outgoing hot water is hotter than the indicated temperature For occasional higher demand for hot water the Extra hot water function can be used to raise the tempera ture to about 60 C for 24 hours pr...

Page 10: ...r then appears within the brackets for HW start Press the Increase or Reduce button to select the start temperature for the hot water heating Press the Channel button to continue Outdoor Current outdo...

Page 11: ...unning hours for heat pump Add time Shows the total hours of operation for addi tional heat Basic Change the left figure from 0 to 1 using the Increase button at the same time as pressing the Oper ati...

Page 12: ...s back when being moved into a building Transport and storage Installation Guideline values for collectors Inspection of the installation FIGHTER 1210 For use with 40 x 2 4 PN 6 3 PEM hose For size 4...

Page 13: ...ture calculated by the computer is obtained General Settings GM P Current value for number of degree minutes The value can be changed in order to hasten the start of heat production Setting range 3050...

Page 14: ...ith EP Option 2 5 may not be used Select the right operating mode before Add drift is activated Add drift locks the operating mode function Man Manual test of outputs Change Man 0 to Man 1 or Man 2 to...

Page 15: ...days at step 1 WW out Shows the flow temperature at step 1 FDP int 2 Shows the number of days at step 2 WW out Shows the flow temperature at step 2 It is possible to set the number of days from 1 to...

Page 16: ...ircuit must be provided because of the risk of dirt and freezing in the evaporator This requires an additional heat exchanger Pipe installation must be carried out in accordance with current norms and...

Page 17: ...ection of ambient cold possible To avoid condensation all pipes and other cold sur faces must be isolated with diffusion proof material Where the cooling demand is high fan convectors with drip trays...

Page 18: ...h 1000 2 4 8 20 80 40 Tryckfall Fl de 1250 1500 1750 60 6 0 0 mvp kPa 250 500 750 0 l h 1000 2 4 8 20 80 40 Tryckfall Fl de 1250 1500 1750 2500 2250 2500 2250 2000 2000 60 6 FIGHTER 1215 4 FIGHTER 12...

Page 19: ...t pump must not be connected without the permission of the electricity supplier and must be connected under the supervision of a qualified electrician If a miniature circuit breaker is used this shoul...

Page 20: ...210 has an immersion heater which is connected for 6 kW on delivery FIGHTER 1210 4 3 kW immersion heater output The change over to oth er outputs is done by connecting cables in the electri cal module...

Page 21: ...ck collector JK Soil collector VV Hot water Operating mode button F r ngare K ldb rarpump Kompressor Kondensor VV KV V rmeb rar pump Expansionsventil Kylmodul Elkassett V xelventil V rme retur Dubbelm...

Page 22: ...rine pump menu Add driftin the service menu Set the Brine pump to position 1 and press Operating mode Set Add drift to 1 and press Operating mode Ensure the brine and heating medium pumps are vented a...

Page 23: ...set is then set A suitable value for floor heating is 1 and for radiator systems 2 Offset heating curve 2 Setting using diagrams 30 40 50 60 70 C FRAMLEDNINGSTEMPERATUR 40 C UTETEMPERATUR 10 0 10 20 3...

Page 24: ...Component placement 4 kW 22 FIGHTER 1210 For the Installer 88 75 38 LEK 11 12 69 39 68 13 14 26 3 10 6 67 25 8 9 34 29 30 VB Fram 49 50 C Varmvatten 51 C LEK...

Page 25: ...Component placement 5 10 kW 23 For the Installer FIGHTER 1210 75 88 38 LEK 9 68 39 26 97 25 3 6 8 67 10 29 30 36...

Page 26: ...Component placement FIGHTER 1210 For the Installer 24 LEK 41 18 65 17 27 7 42 48 28 33 LEK 16 76 87 24 35 96 19 4 86 94 77 71 70 89 5 LEK 73 70 99 71 58 75 95 72 74...

Page 27: ...Anode enamel 39 Reset motor protection 41 Low pressure pressostat 42 Service connection low pressure 48 Expansion valve 52 Safety valve collector side 58 Cover enamel 63 Particle filter KB R25 female...

Page 28: ...Electrical diagram 4 kW FIGHTER 1210 For the Installer 26 Sheet 1 2 Compressor Relay card Connected output 3 kW on delivery Immersion heater...

Page 29: ...agram 4 kW 27 For the Installer FIGHTER 1210 Sheet 2 2 Relay card Outside sensor Compressor start Immersion heater step 1 Immersion heater step 2 Brine pump Heating medium pump Reversing valve Compres...

Page 30: ...Electrical diagram 5 10 kW FIGHTER 1210 For the Installer 28 Sheet 1 2 Compressor Relay card Connected output 3 kW on delivery Immersion heater...

Page 31: ...diagram 5 10 kW 29 FIGHTER 1210 For the Installer Sheet 2 2 Relay card Outside sensor Compressor start Immersion heater step 1 Immersion heater step 2 Brine pump Heating medium pump Reversing valve So...

Page 32: ...taller CPU unit 4 kW CPU unit 5 10 kW CPU card Low pressure Brine in Brine out Heat medium return Heat medium flow Operating pressostat Low pressure Brine in Brine out Heat medium return Heat medium f...

Page 33: ...heat pump for servic ing An area of 800 mm is required in front of the FIGHTER 1210 for service work When FLM 30 is fitted on FIGHTER 1210 the distance to the wall should be 50 mm 598 179 525 525 30 3...

Page 34: ...3 0 18 0 22 0 26 Max temp flow return circuit C 60 50 IP 21 Volume water heater litres 160 Starting current A 42 24 24 24 26 Fuse incl imm heater 6 kW A 16 16 16 20 20 Output brine pump W 130 130 170...

Page 35: ...ur givare Outdoor temperature sensor Aussentemperatur f hler Artikel 018764 Outside sensor Part No 018 764 Particle filter Part No 424 043 R20 1 024 076 R25 1 Clips Part No 016 240 Enclosed kit 63 15...

Page 36: ...reaker trips repeatedly call an electrician Cause Compressor and electric module do not heat Action Check and replace blown circuitand main fuses Cause The compressor does not run because of a too low...

Page 37: ...rt up of cold installation Action Use Electric boiler mode Cause Bad circulation in collector system due to inferior venting low pressure or ice if ice has formed the brine pump 35 will be warm Action...

Page 38: ...in the venting screw Start FIGHTER 1210 and check whether the circu lation pump runs It is usually easier to start the circulation pump with FIGHTER 1210 running switch 8 set to 1 If helping the circu...

Page 39: ......

Page 40: ...AB n sivuliike Pohjant hdentie 17 01451 Vantaa Puh 09 274 697 0 Fax 09 274 697 40 E mail info haato com www haato fi NIBE Systemtechnik GmbH Am Reiherpfahl 3 29223 Celle Tel 05141 7546 0 Fax 05141 75...

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