Bedienungsanleitung Sorel LTDC (Seite 40 von 50) (Englisch)

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Charge time

When solar charging begins, the connected booster pump fills the system for the time set here.

Parallel operation R1/R2

The relay is switched on at the same time as the set relay R1 or R2.

Parallel operation

Here you can additionally set the switch mode.

On : The function switches parallel to the set signal output.

Inverted : The function switches contrary to the set signal output.

Delay

In this menu, it is set how long to wait after switching the signal output until the parallel operated relay switches as well.

Follow-up time

In this menu, it is set how long the parallel-operated relay continues to operate after the set signal output has been deactivated.

Always on

Relay is permanently switched on.

Heating circuit

A heating circuit pump with fixed hysteresis (+/- 1 °) controlled to achieve the target value. A delay of 30 seconds of activation/ deactivation is

fixed to prevent shocks. The RC21 room controller can be used as room sensor.

Room sensor

Select the reference sensor for the room temperature.

Room Reference (Night)

Set room temperature for the night-time mode If the temperature is exceeded at the room sensor outside the set times, the relay will turn off.

Room Reference (Day)

Set room temperature for the daytime mode If the temperature is exceeded at the room sensor at the set times, the relay will turn off.

Release Times

Thermostat activity times

Set the desired periods of time when the thermostat should be active. For each weekday, three times can be specified, furthermore, you can

copy individual day to other days. Outside the set times the thermostat is switched off.

Heat quantity

Constant flow

If “Constant flow” is activated as the type of heat quantity metering, the approximate heat from the manually entered values for antifreeze, its

concentration and the flow from the system and the measured sensor values from the collector and storage are calculated. Additional inform-

ation about antifreeze, its concentration and the flow of the system is required. Additionally through the setting offset ∆T, a correction factor

can be set for the heat quantity collection. Since the collector temperature and the storage temperature can be used for the heat quantity

metering, depending on the system, there may be deviations from the displayed collected temperature to the actual previous temperature or

the displayed storage temperature to the actual return temperature. Through the setting Offset ∆T, this deviation can be corrected.

Example: displayed collector temperature 40°C, read previous temperature 39°C, displayed storage temperature 30°C, read return tem-

perature 31° means a setting of -20% (displayed ∆T 10K, actual ∆T 8K => -20% correction value)

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Sorel LTDC Seite 40

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