115
80HMA
Schematic-
2
.07
Zone 1
Zone 2
X
X
HMA-M/T
X
2Z Kit
X
NUI-1
X
NUI-2
X
Tst
a
t-
1
Tst
a
t-
2
UFH
X
TFCU
X
TMS 1-2
X
Radiator
DHW
-T
X
3WV2
X
(+)
S
ensor
X
(+) Solar
30AWH/com
.
X
HP-no.com
WP-1
BPHE
Configuration
Note:
J&&&
'
$
$
!&;$
$
$%!&
es
given
in this example by your settings
4)
Sy
stem & User con
figuration (major)
5)
Other configurations
1)
Set Priority curves Comfort /
DHW (Par
.13
> 18) & (Par
.72 > 76)
2)
Anti-legionella setting
(Par
.82
>
86)
3)
Comfort
: Set Heating
/
C
ooling
Climatic
Curves (Par
.51
> 60)
&
&&
!&%&+ &
is ignored
4)
Room Eco
mode (Par
.61)
6)
User
configuration on NUI
1)
Set Day
&
T
ime on each NUI
2)
? J
&!%
/?@
S
etpoints
3)
Set Schedule
–
m
andatory
–
Configuration:
1.
Board Selected
Address: MASTER
& SLA
V
E
1)
Outputs/Inputs/Anal
ogic Inputs Configuration
2)
Configure NUI’
s
Addresses
upon
their
location & the ty
pe of use
3)
Sy
stem
ty
pe, Production
used & Domestic
Hot W
a
ter
ty
pe
Discrete Outputs
co
nfiguration V
a
lue
Par. Nb
Name
Use
V
alue
110.0
DO#1 ~ ( 9 -
4
)
Free
0
110.1
DO#2 ~ ( 9-31)
EH1
6
110.2
DO#3 ~ ( 9-16)
EH2
(5)
7
110.3
DO#4 ~ ( 9-17)
EHS->DHW-T
9
110.4
DO#5 ~ ( 9 -
6
)
Free
0
110.5
DO#6 ~ ( 9 -
4
)
DHW-V
2
Discr
ete Inputs
configuration
V
a
lue
Par. Nb
Name
Use
V
alue
111.0
DI#1 ~
(15-22)
Free
0
111.1
DI#2 ~ (15-20)
Free
0
111.2
DI#3 ~ (15-12)
Free
0
111.3
DI#4 ~ (15-21)
Free
0
111.4
DI#5 ~ (15-13)
Th-S Solar
step
0
111.5
DI#6 ~ (15-14)
Free
0
111.6
DI#7 ~ ( J17 )
Flow
Sw
itch
11
Par. Nb
Description
Value
127
Master 10
(1)
22
Zone
1 or 2
(2)
Analogic Inputs
configuration
V
a
lue
Par. Nb
Name
Use
V
alue
112.0
AI#1 ~ (10-11)
DHW-S
1
112.1
AI#2 ~ (23-24)
OAT
1
112.2
AI#3 ~ ( J6C
)
LWT1
1
Par. Nb
Name
Values
127
Board address Selected
(1)
10
21
21
22
Virtual Zone
selection
(2)
112
126
NUI Connected
Address
8
5
8
6
8
7
107
NUI in
Zone [Use]
0
1
1
128
NUI used:
own address
8
5
8
6
8
7
Æ
Check
it directly
in
front
of
each
NUI used
Par. Nb
Name
Values
127
Board address Selected
(1)
10
21
22
Virtual Zone
selection
(2)
112
77
DHW Setpoint
Eco
mode
5
79
Boiler
delay
time (min)
15
101
OAT
[Boiler=ON & HP=OFF] (°C)
-5
102
Water Anti-Freeze
Setpoint
(°C)
4
4
4
108.0
Y
&
";|}%
DI(0)
1
108.1
Cooling authorization
in
Zone
0
0
0
108.2
Heating authorization
in Zone
1
1
1
108.3
FS [Water
Flow
& Pump=OFF]
1
109.2
DHW Production
if
Anti-Legionella =
Fail
1
109.3
Boiler/EHS= OFF even if
HP= Fail
0
11.0
Home Freeze
protection
1
1
1
11.2
WP=ON all
time
0
0
0
12
Home Freeze
protection
Spt
(°C)
6
6
124
Slave
Type
[Kit 2 Zone= 1]
1
1
Par. Nb
Name
Values
127
Board address Selected
10
22
Virtual Zone
selection
1
71
DHW-^% &¸%
@
^
¸
1
81
DHW-V
[after tank]
1
105
System Type
2
106
Heat source connected
1
:
V
alue
“Bolded”
$
%
follow them
Par. Nb
Description
Value
127
Slave
21
(1)
22
Zone
1 or
2
(2)
Discrete Outputs
co
nfiguration V
a
lue
Par. Nb
Name
Use
V
alue
110.0
DO#1 ~ ( 9-52)
WP-1
1
110.1
DO#2 ~ ( 9-54)
WP-2
2
110.2
DO#3 ~ ( 9-56)
3WV-1
22
110.3
DO#4 ~ ( 9-57)
3WV-1
23
110.4
DO#5 ~ ( 9-50)
3WV-2
(4)
24
110.5
DO#6 ~ ( 9-51)
3WV-2
(4)
25
Discrete Inputs
conf
iguration V
a
lue
Par. Nb
Name
Use
V
alue
111.0
DI#1 ~ (40-58)
Free
0
111.1
DI#2 ~ (40-41)
Free
0
111.2
DI#3 ~ (40-42)
Free
0
111.3
DI#4 ~ (40-44)
Free
0
111.4
DI#5 ~ (40-45)
Free
0
111.5
DI#6 ~ (40-43)
TMS1-ALM
(3)
7
111.6
DI#7 ~ (
J17 )
HIP-1
9
Analogic Inputs
configuration
V
a
lue
Par. Nb
Name
Use
V
alue
112.3
AI#1 ~ (J6A)
TWB2
1
112.4
AI#2 ~ (J6B)
WT1
1
112.5
AI#3~(J22.1-2)
WT2
(4)
1
(1)
Æ
Selecte
d
Board
addre
s
s using
Virtual
Zoning
(for
which
Variable Table is
shown)
(2)
Æ
Selecte
d
Zone Number using Virtual
Zoning
(for which Variable
Table
is
shown)
(3)
Æ
option
:
Use
relays fields supplie
d
(see diagra
m
)
Notes:
(
4)
Æ
@&+
J
,%
$
'
@
^!
&
espe
cia
lly with
Under
Floor
Heatin
g
.
;$
&+
`
%
/= %
/
=
<
J;
|,}
_
Free
`%
+&
_`
(5)
Æ
For
M03
size DO#3 is
‘
Free
`%
+&
_`
Æ
Inverter 30AWH---HC
Æ
Anti-Freeze
solution
requ
e
ste
d
below this
point
Summary of Contents for 80HMA-M00
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