CTC Union ecoflex, Руководство по установке и обслуживанию

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CTC EcoFlex
End user information
Settings
►
Lang. English
Heat pump No
Indoor sens No
Boiler pellet °C 80
Alarm FlueGas °C 240
El Boiler °C 50
El boiler max kW 6,0
Max fuse A 20
External control NR
Setting house Param
Setting pellet
Holiday off
Set. tank
Setting DHW
Save setting
Load setting
Load factory setting
Service
►
Functiontest pellets
Funktionstest other
Alarm info
Functiontest pellet
►
Auger Feeder Off
Fan % 0
Auger burner % 0
El ignition Off
Funct. test other
►
ElRelay 1,5/3 kW 0
ElRelay 3/6 kW 0
Pellet Off
Heatingcirpump.
Off
MixingValve Close
DHW pump
Off
Diode sensor Off
Alarm stored
Last alarm
xxxxx
Stored alarm
xxxxx
xxxxx
xxxxx
xxxxx
Setting Heating
►
Max Primfl °C 55
Min Primfl °C Off
Heating off 16
Heat curve
Inclination 50
Adjustment 0
Setting pellet
►
Level sensor % 0(50)
Flame detector % 99(50)
Burner type kW 15
Power full auger % 68
Power full fan % 40
Power part auger % 41
Power part fan % 20
Power min auger % 0
Power min fan % 0
Holding min 60
Auger Feeder s 30
Sequenz code 0
Time setting
Day
Thursday
Time 18:03
Stored oper data
Total operation h
8768
El heat kWh 1234
Pellet h 3456
Max prim °C 62
Cold starts 14
Warm starts 354
Night reduction
►
Activated No/Yes
Type WeekProg
Indoor temp red °C
-2
Prim red °C -5
WeekProgram
Installer
►
Settings
Service
Operation data
Outdoor °C
-5
Indoor °C 20(20)
Boiler °C 70
FlueGas °C 160
Primfl . °C 45(45)
▼
Operation data
▲
Current A 12(20)
Pellet startphase 1K
Mixingvalve close
Program ID xxxxxxx
Program date xx-xx-xx
Operation data
▲
Heatingcirc. pump On
Elpower 3,0
▼
With indoor sensor
Without indoor sensor
With indoor sensor
Without indoor sensor
EcoFlex Thurs 8:03
Indoor °C 20.0(20.0)
Indoor Temp NR
Boiler °C 50
►
Operation data
Stored oper data
Night reduction
Installer
Indoor temp
-
● ● ● ●
+ (52)
Set. tank
►
Charge tank Yes
Temp tank °C 70
Diff °C 5
Tank prio No
3.12 Menu Setting House Parameters
(Heating)
(Installer/Settings/Setting Heating)
The house’s heating requirement (the heating curve) is set in this menu. It
is important that this basic setting is correct for your house. Incorrectly set
values can result in insufficient heating, or that unnecessarily high levels of
energy are used to heat your house. Particularly great emphasis should be
focussed on determining the “Inclination” and “Adjustment” values.
Max Primfl.°C 55
Maximum permitted temperature of the water supplied to the radiators.
This functions as an “electronic” lock to protect floor circuits in floor heating
systems.
Min Primfl.°C Off
Adjustable from15–65. If, in the summer months, you want cellar or floor
circuits (e.g. bathrooms) to have a specific level of background heating,
a minimum permitted temperature can be set here. Other sections of the
house should be shut off using thermostat valves or shut off valves.
Heating off°C 16
Outdoor temperature at which the house no longer requires heating.
The radiator pump stops and the mixing valve valve remains closed. The
radiator pump is exercised daily for a short period so that it does not jam.
The system starts automatically when heating is required.
Heat curve
Collective name for the house’s heating curve. The heating curve consists of
an “inclination” and an “adjustment”, which together define the temperature
the house requires at different outdoor temperatures.
Inclination °C 50
This value is the temperature of the water supplied to the radiators at an
outdoor temperature of –15°C. A lower value is set for radiator systems
with larger radiator surface areas (a low temperature system). Floor heating
systems require much lower temperatures. An even lower value should
therefore be selected. The value is increased for high temperature systems,
so that sufficient indoor temperatures are achieved. High temperature
systems are not optimised for heat pump operation and savings will there-
fore be lower.
Adjustment °C 0
The inclination defines how much the temperature of the water supplied
to the radiators should be increased where outdoor temperatures fall. The
adjustment specifies that the temperature level can be raised or be lowered
at a specific outdoor temperature.
Example: Inclination 50 specifies that the temperature of the water supplied
to the radiators is 50°C when the outdoor temperature is –15°C, if the
adjustment is set to 0. If the adjustment is set to +5, the temperature is
55°C. The graph is increased by 5°C at all outdoor temperatures, i.e. the
graph is parallel displaced by 5°C.