LED blinks three times per 5sec.
The heating zone has a regulation head connected
and a LMS device is paired, but the zone does not
receive correct signals from LMS device –
The
zone implements the heating algorithm in
emergency mode (AUTO 24)
LED blinks slowly (every 0.5s.)
The heating zone is in pairing mode
LED blinks quickly
The heating zone is in deleting mode
Description of voltage output of the circulation pump in
hot utility water circuit.
Programming the operation the circulation pump in hot
utility water circuit – example of AURATON 2030 RTH.
NOTE
:
In order to ensure correct operation (weekly programming), it is necessary to pair
at least one regulator with a clock e.g.
AURATON 2025 RTH
or
AURATON 2030 RTH
.
When only 24 h regulators without a clock (e.g.
AURATON 200
) are paired, then
the pump operates only in interval mode (operating time and break time may be
programmed).
Hot water circuit
MO
F
TU
WE
TH
R
SA
SU
5[min]
10[min]
Controlling the circulation pump in hot utility water circuit
The controller may be programmed with a weekly operation
schedule of the circulation pump. In order to program the
operation pump, follow the procedure:
1. Press the circulation pump button
, to enter "
Hot water
circuit
" mode.
The display will show a weekly schedule of pump operation. Each
day of the week is presented on the timeline.
[wiat]
ź
ź
Activating the regulator head in any heating zone of
AURATON 8000
results in activating
the relay.
The relay is turned off when heating in all zones of
AURATON 8000
is turned off.
Controlling the relay
Signalling controller operation
The controller signals its operation by LEDs, LCD and acoustic signals.
Power supply (ON/OFF) LED:
LED signalling operation of the circulation pump and relay:
LEDs of heating zones :
ź
ź
ź
ON/OFF LED inactive:
The controller is switched OFF
ON/OFF LED is continuously on:
The controller is in normal operation mode
LED inactive:
No central heating pump – relay turned off
LED active at 10%:
Central heating pump detected, but turned off –
relay turned off
LED active at 100%:
Central heating active – relay turned on
LED inactive:
The heating zone has no LMS device paired; no
regulation head is connected to the connection
with a respective number
LED active at 10%:
The heating zone has a LMS device paired and a
regulation head is connected – heating is turned off
LED active at 100%:
The heating zone has a LMS device paired and a
regulation head is connected – heating is turned on
LED blinks once per 5 sec.
Regulation head is connected, but no LMS device is
paired –
The zone is not ready to implement the
heating algorithm
LED blinks twice per 5sec.
LMS device is paired, but no regulation head is
connected –
The zone is not ready to implement
the heating algorithm
8
9
