Technical data

ManualsBrandsWork Pro ManualsAmplifierZENITH 600

CTC EcoZenith i550 Pro

For the property owner

9.5.2.7 Solar panels

dT max. solar °C 7 (3 to 30)

Here you can set the temperature difference determining

when charging of solar energy is started.

Type deﬁned as “Coil”. When the solar panel is this many

degrees warmer than the solar coil in the EcoZenith, the

solar panels’ circulation pump (G30) starts.

Type deﬁned as “Heat exchanger”. When the solar panel

is this many degrees warmer than the lower tank in the

EcoZenith, the solar panels’ circulation pumps (G30)

start.

Solar is always charged primarily in the lower tank. If

enough solar energy and temperature are present, they

are transferred to the upper tank via the heat distribution

pipes.

dT min. solar °C 3 (2 to 20)

When the temperature difference above falls to this set

value, the circulating pump (G30) for the solar panels

stops and the solar energy charge to the lower tank is

terminated.

Min. speed pump % 30 (30 to 100)

Here you set the minimum permissible rpm, in

percentage, for the solar panels’ circulating pump.

Max lower tank °C 85 (10...95)

The maximum permitted temperature in the lower

tank. Charging of the lower tank ceases once the set

temperature has been reached.

Max. brine °C 18 (1 to 30)

Setting for maximum permitted brine temperature. This

menu shows if the function “recharge the bore hole” has

been selected in the “Def Solar Energy” menu. Solar

charging of the bore hole ceases when this value has

been reached.

dT max. bedrock °C 60 (3 to 120)

Setting for start conditions for solar charging of bedrock.

Speciﬁes the temperature difference (solar panels–

bedrock) at which charging begins.

dT min. bedrock °C 30 (1 to 118)

Setting for stop conditions for solar charging of bedrock.

Speciﬁes the temperature difference (solar panels–

bedrock) at which charging stops.

Solar test tank min. 4 (1 to 20)

(Only if vacuum solar panels is deﬁned) When recharging

the bedrock, switching to tank charging is performed

once every 30 minutes to check whether tank charging

is possible (factory setting). The test is carried out at the

set time interval. If sufﬁcient temperature is obtained, tank

charging continues; otherwise the system switches to

charging the bedrock again.

06-07 00-00 00-00

07-08 00-00 00-00

06-09 00-00

03-09 00-00

06-09 00-00

Elec. heater

Upper el.heater(s) kW 9

Lower el.heater kW 9

Lower el.heater °C 50

Delay mixing valve 180

Main fuse A 60

Conversion factor curr. sensors 1:1

Tariff, EL No

Upper tank

Stop temp HP °C 55

Start/stop diff °C 5

Extra DHW stop temp °C 60

Max time upper tank 20

Max time lower tank 40

Min temp °C 45

Add heat upper tank °C 55

Periodic extra DHW, days 14

Max temp diff end DHW °C 3

Stop DHW diff max 3

Run time DHW circ. 4

Time DHW circ 15

Diff start ext DHW buffer 5

Timer DHW circulation

Monday

Tuesday

Wednesday

Thursday

Friday

Saturday

Sunday

Lower tank

Tank max. °C 55

Tank min. °C 25

Diff. tank vs primary °C 0

Start/stop diff tank °C 5

Timer setpoint 50

Timer lower tank

Solar panels

dT max solar °C 7

dT min solar °C 3

Min speed pump % 30

Max lower tank °C 85

Max temp brine °C 18

dT max ground °C 60

dT min ground °C 30

Solar test tank min 4

Test frequency min 30

Winter mode Off

Protection collector

Wood boiler

Start at ﬂ ue gas temp °C 100

Ext Boiler

Ext boiler diff °C 5

Minimum temp ext. boiler ° C 30

Delay. Charge pump (min) 0

Delay. Stop ext. boiler (min) 0

Priority Low

Delay priority low 120

External buffer

dT lower ext °C 7

dT start upper °C 7

dT stop upper °C 3

Charge start lower °C 80

dT start lower °C 7

dT stop lower °C 3

dT setpoint lower °C 7

HP charging

Pool

Pool temp °C 22.0

Pool diff. °C 1.0

Pool prio. °C Low