Manual Consolar Control 601 (page 17 of 63) (English)

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TDMA CONTROL 601/701:

Published 07/2007

Solid Fuel Boiler Tempera-

ture Sensor

(Art. N

. RE 046)

Minimum temperature

Solid Fuel Boiler Differ-

ence

Thermal Store Tempera-

ture Sensor –Solid Fuel

Boiler

(Art. N

. RE 046)

Solid Fuel Boiler Differen-

Output: Solid Fuel Boiler (Pump)

2.6.3 Buffer Logic

This function enables the boiler to be switched off when the

buffer region of the thermal store has reached the heating

target temperature, whether this has been achieved from

solar energy or by using the boiler.

The buffer logic controls the boiler operation in relation to

the external temperature. The additional „lower buffer

temperature sensor“ which is situated below the „upper

buffer temperature sensor“ enables the boiler to run longer

in order to load the buffer region between these two tem-

perature sensors.

Buffer Logic

Difference : 2...24 K

This function enables the temperature difference to be set

by which the temperature in the heating buffer region

(„lower buffer sensor“ and „upper buffer sensor “) must be

higher than the heating target temperature before the

„boiler on/off“ function is activated.

Buffer Logic

Hysteresis : 1...10 K

The switch hysteresis for the buffer logic can be set here.

Function: Buffer Logic

The Input activates the output de-

pendant on

Boiler on/off out-

put

„lower buffer sensor“ and „upper

buffer sensor“ temperature ≤

heating circuit inflow target tem-

perature 1 plus Buffer logic differ-

ence minus Hysteresis

Boiler On („Boiler

= on/off“ contact

= closed)

Hot Water Back up Heating acti-

vated

Frost protection active

„lower buffer sensor“ and „upper

buffer sensor“ temperature ≥

Heating circuit inflow target tem-

perature 1 plus Buffer Logic Dif-

ference

Boiler Off („Boiler

= on/off“ contact=

open)

Heat limits exceeded

Example: Buffer Logic

Heatin Circuit Target Temperature:

50 °C

Upper Buffer Sensor:

48 °C

Lower Buffer Sensor:

42 °C

Buffer Logic Difference:

Buffer Logic Hysteresis:

When the upper buffer sensor and lower buffer sensor

reach a temperature of 58

C the „boiler on/off“ contact

is opened and the boiler is switched off. When the lower

buffer sensor and upper buffer sensor record a tempera-

ture of below 53 °C, the „boiler on/off“ contact is

closed and the boiler is switched on.

2.7 T-PRO

Main Menu 12:34

T – PRO Input

The CONTROL 601/701 regulators have all-purpose tem-

perature difference regulating capabilities which enable

control of hydraulic switches of different types.

Temperature Sensor 2

Yes / No

If the „Temperature Sensor 2: No“ option is set then the T-

PRO will function as one temperature switch.

T- P R O Difference:

0...30 K

This function is used to set the temperature difference by

which the temperature at Sensor 1 (source) must be higher

than the temperature at Sensor 2 (sink) so that the „T-PRO“

function is activated.

T –P R O H y s t e r e s i s:

0...30 K

To prevent the contact switching continually on and off, the

switch hysteresis is set here.

T e m p e r a t u r e

m i n: 0...100 °C

T e m p e r a t u r e

m a x : 0...140 °C

Minimum or maximum values can be set for both tempera-

ture sensors (T-PRO Sensor 1 and 2) here.

T-PRO Extended Running:

0...60 Min.

The „T-PRO“ function will only be deactivated once the

pre-set extended running time has expired.

Use the T - P R O Time Switch:

Yes / No

If the time switch option „Yes“ is set the T-PRO will only be

active during the two set time periods.

T - P R O :

Each Day/Every Day/Weekend-

Weekdays

The time switch is set as described in paragraph 2.4.1.

Example: Temperature Difference Regulator

Temperature sensor T2:

Yes

T-PRO difference:

T-PRO hysteresis:

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Consolar Control 601 Manual

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