Bedienungsanleitung Consolar Control 601 (Seite 8 von 63) (Englisch)

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TDMA CONTROL 601/701:

Published 07/2007

the first to the second lower thermal store temperature sen-

sor.

Setting the hysteresis is described under Optional Function

Cooling.

Switch over temperature:

30...90 °C

The required switch over temperature can be set here.

Optional Function Twin Thermal Store Balancing: When

the second lower thermal store sensor temperature is lower

than that of the first, the „twin thermal store“ function is

activated. This activates a three way valve so that the heat

flow is diverted to another thermal store, and simultane-

ously switches from the first to the second lower thermal

store sensor. The hysteresis of 2K is set in the factory.

Optional Function Swimming Pool: When the upper ther-

mal store sensor registers the preset switch over tempera-

ture, the „swimming pool“ function is activated. This

switches off the solar pump and switches on the swimming

pool pump and diverts the heat flow to the swimming pool,

and simultaneously switches from the lower thermal store

sensor to the second sensor.

Setting the switch over temperature and the hysteresis is

described under Optional Function Twin Thermal Store

Prioritizing.

Swimming Pool Max:

0...50 °C

The maximum swimming pool temperature can regulated

via the second thermal store temperature sensor.

Thermal Store Maximum Temperature:

On occassions (e.g. while on holiday, to protect the system

components) it is a good idea to set the maximum allow-

able thermal store temperature to lower than 90 °C. The

cooling temperature must also be set to be lower than the

thermal store maximum allowable temperature, so that the

collector doesn’t idle.

Thermal Store Maximum:

50...90 °C

When the upper thermal store sensor reaches the preset

temperature, the solar pump will switch off.

Cooling, Twin Thermals Store and Swimming Pool Regulating: Input - Function -

Output

Input

Function

Upper thermal store sensor

(part of delivery package)

Thermal store maximum,

Cooling, Twin Thermal

Store, Swimming Pool

Second lower thermal store

sensor

(Art. N

. RE 046)

Twin thermal store, Swim-

ming pool

Input: Cooling, Twin Thermal Store or Swimming Pool

2.3.4 Solar Circuit Frost Protection

The „frost protection“ function allows active safeguarding

against freezing. When the frost protection sensor meas-

ures less than 5 °C the solar pump switches on, and it

switches off again when the temperature rises to 9 °C. It is

only sensible to use this frost protection function with

evacuated tube collectors using pure water (no antifreeze)

in the solar circuit. It is possible to set the pump running

time.

2.3.5 Yield Measurement (Performance Input Data)

Main Menu 12:34

Performance Inputs

The solar yield is determined from the temperature differ-

ence between the yield sensors on the heat exchanger in-

flow and outflows and the flow volume. Alternatively, the

flow volume can be input as a fixed value to avoid having

a flow volume meter. However, this can mean that the re-

sulting yield measurement can have an error of up to 50%

at any time because the viscosity of the heat carrier is

highly temperature dependent.

Antifreeze type:

Propylene / Ethylene

Antifreeze proportion

0...80 %

These two settings are used to determine the viscosity and

heat capacity of the heat carrier. These parameters are

dependent on temperature, the water/antifreeze propor-

tion and the type of antifreeze used: Propylene- Glycol:

Tyfocor L, Tyfocor LS, Antifrogen L, Reinsol Liquid P- NF;

Ethylene-Glycol: Tyfocor, Antifrogen N.

Consolar supplies Tyfocor LS (Art. N

. KR 130/135), and

when using this antifreeze the regulator input value for the

antifreeze proportion should be 40 %.

Flow Volume Meter:

0...1 Liter / Impulse

If a flow meter is connected, the impulse rate of the meter

must be input in order to enable automatic calculation of

the flow volume. The impulse rate to input into the regula-

tor for the Consolar supplied flow volume meter (Art.-N

RE096) is 0.026 l/Impuls.

Solar Through Flow:

0...20 l/ min

If a flow volume meter is connected the through flow must

be set at 0 l/min here.

If no flow meter is connected then the determined solar

through flow (e.g. determined using a Tacosetter) must be

input and set here.

Solar Operating Hours: Return to

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