Ambirad AMBITEC PLUS Handbuch - Seite 7

Blättern Sie online oder laden Sie pdf Handbuch für Bedienfeld Ambirad AMBITEC PLUS herunter. Ambirad AMBITEC PLUS 11 Seiten. Energy saving electronic control panel

Software VO (25)
This is a non-editable display that shows the
software issue number. The technical
department may require this reading is a
problem is encountered in the control panel
operation and assistance is requested.
Changes made under the different versions
are as follows:
Version 6" MK3
Date introduced:
22/05/99
Serial :
S/N 2301 and onwards
Changes
New case and button
layout.
Additional modulating
out-put for damper
motors.
Adjust password level 3 (26)
Adjust password level 2 (27)
Adjust password level 1 (28)

6 Setting passwords

Adjust key numbers 3, 2 and 1
If the password setting is to be left at the
default setting of 0000 where anyone can
make adjustments the disregard all adjust
key instructions. If passwords are to be set
them all three levels must be set to ensure
complete security.
Do not press the Enter key between the
adjust key window setting. Only press it
when all desired levels are set.
Password setting level 3 is the highest
password level allowing access to
adjustments of all variables.
Password setting level 2 will allow
operators to adjust any setting in both lines
of the standard (first) display screen within
the ranges set in the adjustment windows.
Password setting level 1 will allow
operators to adjust any item on the top line
of the standard (first) display screen within
the ranges set in the adjustment windows.
Entry without passwords will still allow
viewing of all settings.
Entering passwords
Adjust key No.3 screen
XXXX will be shown in the window to hide
the password from view.
Use the
to select the first X. Use the
to set the first number of the
password.
Use the
to move to the second X. The
first password number will become an X.
Use the
to set the second number,
following the above instructions. Do the
same for the third and fourth password
number. Press the Select button and the
display will move to:
Adjust key No.2 screen
Set as described for adjust Key 3 screen,
using the password selected for level 2.
Press the Select key and the display will
move to:
Adjust key No.1 screen
Set as described for adjust Key 3, using the
password selected for level 1.
If only one password is set the
'unauthorised' users will have access for
level 2 operation.
If only two passwords are set the
'unauthorised' users will have access for
level 1 operation.
If three passwords are set the 'unauthorised'
users will only be able to view setting and
no changes can be made.
7 Master slave operation
The system sends 12V signals back and
forwards between one unit designated as a
Master Controller and the others which
must be set as slaves. The unit is supplied
set to 'Energy Mizor 00', this is a safe
configuration which disables the
communication line signals.
Having wired the system set the one unit
that is to be the Master panel to 'Master 00' .
All other units must be set as slaves with
numbers '01' upwards.
Note No two slaves should have the same
number and only one panel may be
identified as a master.
The slave number is also used to generate a
start delay. Slave 01 will have one-second
delay on receiving a switch on command
from the master. Slave 02 will have a two
second delay etc. This reduces the gas
surge and electrical surge by preventing all
the slaves from coming on together.
The Master sends the time and date to the
slaves to lock their clocks to the same time.
The time is updated at one-minute intervals.
Any change of time and date at the master
will be sent to the slaves. The master checks
each slave on the system for a burner
failure. Should a failure occur this would
appear not only on the slave controller but
also on the master. The slave number that
failed will in indicated in the digital display.
The failed slave can be reset from either the
master panel or the slave concerned. The
reset signal from the master is only sent to
the failed unit.
The slaves will follow operating instructions
from the master, or can be set to run from
their own internal settings. Each individual
slave has its own temperature sensor for
sensing temperature in its area. Therefore
the set point temperatures are set at each
individual panel.
5