CTC EcoHeat

Room temp.

Heating circuit 1 22.4°C (23.5)°C
Heating circuit 2 (45)

Night reduction heat circ. 1

Weekly program Off
Monday 15 - 00   03 - 00
Tuesday 15 - 00   03 - 00
Wednesday 15 - 00   03 - 00
Thursday 15 - 00   03 - 00
Friday 15 - 00   03 - 00
Saturday 15 - 00   03 - 00
Sunday 15 - 00   03 - 00
Decrease Sunday   8:00
Increase Saturday   24:00
Decrease Sunday   6:30
Increase Thursday   11:30


Night reduction heat circ. 2

Weekly program Off
Monday 15 - 00   03 - 00
Tuesday 15 - 00   03 - 00
Wednesday 15 - 00   03 - 00
Thursday 15 - 00   03 - 00
Friday 15 - 00   03 - 00
Saturday 15 - 00   03 - 00
Sunday 15 - 00   03 - 00
Decrease Sunday   8:00
Increase Saturday   24:00
Decrease Sunday   6:30
Increase Thursday   11:30


Holiday

Holiday period 10 days

Hot water

Extra hot water 7.5 hours

On

Temperature

Economic

Weekly program DHW

Weekly program Off
Monday 15 - 00   03 - 00
Tuesday 15 - 00   03 - 00
Wednesday 15 - 00   03 - 00
Thursday 15 - 00   03 - 00
Friday 15 - 00   03 - 00
Saturday 15 - 00   03 - 00
Sunday 15 - 00   03 - 00


Operation system

Operation EcoHeat

Status: HP + Add
Tank upper °C 0 (60)
Tank lower °C 0 (60)
Primary flow 1 °C 0 (43)
Returnn flow °C 0
Radiator pump On
Mixing valve Open
Delay mixing valve 0
Electric power kW 0.0 0.0 0.0
Current L1/L2/L3 0

Stored oper data



Compressor

Stored oper data

Total operation time h: 19
Max primary flow °C 0
Consumption kWh 19
 
Compressor:
Operation time /24 h:m 00:00

Compressor

Compressor: Off
Charge pump Off 0%
Brine pump Off
HP in/out °C 0.0 / 0.0

Operation data heating

Installer

Installer

Installer

Time 09 : 30  
Date: 2012 - 05 - 25


Installer

Settings

Heating circuit 1

Max primary flow °C 55
Min primary flow °C Off
Heating off, out °C 18
Heating off, time 120
Inclination °C 50
Adjustment °C 0
Primary flow reduced -3
>>


Heating circuit 2

Max primary flow °C 55
Min primary flow °C Off
Heating off, out °C 18
Heating off, time 120
Inclination °C 50
Adjustment °C 0
Primary flow reduced -3


Heat pump

Compressor: Blocked
Brine pump on 10 days 0
Tariff HP On


Electric heater

Boiler upper °C 40
Boiler upper add °C 70
Boiler upper extraDHW °C 60
Boiler upper max kW 4.2
Delay mixing valve 180
Main fuse A 18
Input voltage 3x400V
Tariff EL On


Upper tank

Stop temp °C 60
Start/stop diff upper °C 5
Max time upper tank 20
Max time lower tank 40
Time lower after DHW 10


Communication superior

MB address 1
Baudrate 9600
Parity Jämn
Stop bit 1


Settings

Save settings?

Settings

Load settings?

Settings

Load factory settings?

Define system

Def heating circuit 1

Room sensor 1 Yes


Def heating circuit 2

Heating circuit 2 No
Room sensor 2 No


Def heating circuit 2

Flow /level switch None


Service

Function test

Test Heating circuit

Mixing valve 1  
Rad pump1 Off
LED room sensor Off


Test Heat pump

HP Compr. Off
HP Brine p. Off
HP Charge p. 0


Test Valves

3-way valve Down


Test Electric heaterer

Electric heater L1 Off
Electric heater L2 Off
Electric heater L3 Off


Alarm log HP

Latest alarm: Time HP(b) LP(b) SH(K) I(A)
 
Stored alarms:

Factory settings coded.

Settings coded upper tank

Start/stop diff upper °C 5
Stop temp HP extraDHW °C 60
Charge pump min upper % 50
Min diff shift °C 1


Settings coded lower tank

Lower tank max °C 60
Lower tank min °C 35
Start/stop diff lower °C 5


Settings coded compr.oper

Min brine in °C 0.0
Max diff brine °C 0.0
Max compr. temp °C 120.0
Start delay 10
Compressor type ?
Diff HP in/out °C 7.0
Min charge pump DHW 3
Condensation DHW diff max 5.0


Log compressor stop

Type Stops Latest
Stop, high compr temp 0 -
Stop, low evaporation 0 -
Stop, high evaporation 0 -
Stop, low suct gas exp.valve 0 -
Stop, low evapor exp.valve 0 -
Stop, high evapor exp.valve 0 -
Stop, low superheat exp.valve 0 -

Software update via USB

Insert USB and push OK.

Write log to USB

Write log to USB Off


Installation

13. Test current sensors 0
Scanning L1, L2, L3