23
ModBus / BacNet connections EN MARK AHU / AIRSTREAM 0661151_R01
ModBus / BacNet connections EN
MA
RK
AH
U /
AIR
STR
EAM
0661
151_
R01
All specifications and information are subject to change without further notice. www.ojelectronics.com 1
© 2018 OJ Electronics A/S · ® The OJ trademark is a registered trademark belonging to OJ Electronics A/S
OJ Air2 Master ControllerRJ12 Modbus/RTU connection
Fig. 1 OJ Air Master, Connector diagram, visual topside down
Fig. 3 Modbus RJ12 socket
Fig. 2 Configuration for communication via external Modbus
12-02-18
All specifications and information are subject to change without further notice. www.ojelectronics.com 1
Modbus RTU/TCPOJ Air2, Program version 3.25 and later versions
Overview
A Modbus address contains either a 1-bit value or a 16-bit integer.
CommunicationTCP/IP: 1 x 10/100 Mbit Ethernet, RJ45 connector.
Pin1 NC, Pin2 GND, Pin3 RS485 B, Pin4 RS485 A, Pin5 NC, Pin6 GND (see fig. 2). Hand terminal: 1 x Modbus, RS485, 115 kBd, +24 V DC, RJ12 connector. RS485 A: Not in useRS485 B & C: 2 x shared local Modbus, RS485, 38.4 kBd, +24 V DC, RJ12 connector. Standard Modbus TCP/IP kommunikationsport: 502
Modbus data format
R = Read OnlyR/W = Read / Write
Supported Modbus commandsOJ Air2 supports the following Modbus commands:
© 2018 OJ Electronics A/S · ® The OJ trademark is a registered trademark belonging to OJ Electronics A/S
16 Preset Multiple Registers
6 Preset Single Registers8 Diagnostics. Sub-function 00 Only - Return Query Data (loop back)15 Force Multiple Coils
3 Read Holding Registers4 Read Input Registers5 Force Single Coil
Function code Description
1 Read Coil Status2 Read Input Status
Holding Register (R/W) 16-bit Output Register 4xInput register (R) 16-bit Input Register 3x
Coil Status (R/W) Discrete Output 0xInput Status (R) Discrete Input 1x
Modbus Type Description Reference
This Protocol contains all Modbus addresses and registers in the OJ-Air2Master. Updating of values in the individual registers is dependent on the actual configuration of the air handling unit. It will, for example, be possible to read out water heating coiltemperature register 3x0030 irrespective of whether or not an water heating coilis installed in the system concerned. The value will, however, only be used if the associated temperature sensor is installed.Modbus can access single addresses or several addresses simultaneously,either reading or writing 1-bit or 16-bit values.
Modbus RS485: 1 x external Modbus, RS485, RJ12 connector, which can be set for 9.6 kBd, 19.2 kBd or 38.4 kBd.
Modbus data types are 1-bit values and 16-bit values.
12-02-18
All specifications and information are subject to change without further notice. www.ojelectronics.com 1
© 2018 OJ Electronics A/S · ® The OJ trademark is a registered trademark belonging to OJ Electronics A/S
OJ Air2 Master ControllerRJ12 Modbus/RTU connection
Fig. 1 OJ Air Master, Connector diagram, visual topside down
Fig. 3 Modbus RJ12 socket
Fig. 2 Configuration for communication via external Modbus
12-02-18
All specifications and information are subject to change without further notice. www.ojelectronics.com 1
© 2018 OJ Electronics A/S · ® The OJ trademark is a registered trademark belonging to OJ Electronics A/S
Fig. 1 OJ Air Master, Connector diagram, visual topside down
OJ Air2 Master Controller1 x RJ45 TCP/IP for BACnet/IP forbindelse for internal BACnet-server in OJ Air2 Master
12-02-18
All specifications and information are subject to change without further notice. www.ojelectronics.com 1
BACnetOJ Air2, Program version 4.18 and subsequent versions.
Overview
Air Handling Unit (AHU), which is equipped with an OJ-Air2Master controller.
The BACnet functionality is implemented in OJ-Air2Masters with software version 2.00 or higher.
The OJ-Air2Master is a BACnet Advanced Application Controller (B-AAC)Supported Data Link Layer Options: BACnet IP
CommunicationBACnet TCP/IP: 1 pcs. 10/100Mbit Ethernet, RJ45 socketStandard BACnet TCP/IP communication port: 47808
The Object_Identifier is automatic set to the last 5 digits in the OJ-Air2Master IP adress.
Samples: IP-adresse = 172.21.0.95 ………………..…….. Object Identifier = 95
IP-adresse = 155.37.0.216 ………………....... Object Identifier = 216
IP-adresse = 155.37.35.123 ………………..... Object Identifier = 35123
IP-adresse = 132.65.124.103 ……………….. Object Identifier = 24103
IP-adresse = 172.20.211.47 ………………..... Object Identifier = 11047
IP-adresse = 155.37.111.123 ………………... Object Identifier = 11123
IP-adresse = 168.25.111.1 ………………..….. Object Identifier = 11001
OBS! The Object_Identifier will only be set once and only when the OJ-Air2 Master is powered up or restarted
Max. 300 values can at the same time be registered to the COV (Change Of Value)
BACnet Interoperability Building Blocks Supported
Standard Object Types Supported
© 2018 OJ Electronics A/S · ® The OJ trademark is a registered trademark belonging to OJ Electronics A/S
Device
Object_Identifier, Object_Name, Object_Type, System_Status, Vendor_Name, Vendor_Identifier, Model_Name, Firmware_Revision, Aplication_Software_Version, Location, Description, Protocol_Version, Protocol_Revision, Protocol_Services_Supported, Protocol_Object_Types_Supported, Object_list, Max_APDU_Length_Accepted, Segmentation_Supported, APDU_Timeout, Number_Of_APDU_Retries, Device_Address_Binding, Database_Revision.
Analog Value Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Units, Priority_Array, Relinquish_Default, COV_Increment.
Binary Input Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Polarity.
Binary Value Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Priority_Array, Relinquish_Default.
Analog Input Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Units, Min_Pres_Value, Max_Pres_Value, Resolution, Reliability, COV_Increment
Device Management DM-DDB-B Device Management-Dynamic Device Binding-B
Device Management DM-DOB-B Device Management-Dynamic Object Binding-B
Device Management DM-DCC-B Device Management-Dynamic Communication Control-B
Object type Properties
Data Sharing DS-RP-B Data Sharing-Read Property-B
Data sharing DS-WP-B Data Sharing-Write Property-B
BACnet features enable BACnet control and monitoring of a complete
This protocol contains all BACnet addresses and registers in the OJ-Air2 Master. Updating of values in the individual registers is dependent on the actual configuration of the air handling unit. It will, for example, be possible to read out water heating coil temperature Analog Input Object Instance 26 irrespective of whether or not an water heating coil is installed in the system concerned. The value will, however, only be used if the associated temperature sensor is installed.
Please also see the documents "OJ-Air2 BACnet PICS" (Protocol Implementation Conformance Statement)
and "OJ-Air2 EDE" (Engineering Data Exchange).
Object Indentifier:
12-02-18
All specifications and information are subject to change without further notice. www.ojelectronics.com 1
BACnetOJ Air2, Program version 4.18 and subsequent versions.
Overview
Air Handling Unit (AHU), which is equipped with an OJ-Air2Master controller.
The BACnet functionality is implemented in OJ-Air2Masters with software version 2.00 or higher.
The OJ-Air2Master is a BACnet Advanced Application Controller (B-AAC)Supported Data Link Layer Options: BACnet IP
CommunicationBACnet TCP/IP: 1 pcs. 10/100Mbit Ethernet, RJ45 socketStandard BACnet TCP/IP communication port: 47808
The Object_Identifier is automatic set to the last 5 digits in the OJ-Air2Master IP adress.
Samples: IP-adresse = 172.21.0.95 ………………..…….. Object Identifier = 95
IP-adresse = 155.37.0.216 ………………....... Object Identifier = 216
IP-adresse = 155.37.35.123 ………………..... Object Identifier = 35123
IP-adresse = 132.65.124.103 ……………….. Object Identifier = 24103
IP-adresse = 172.20.211.47 ………………..... Object Identifier = 11047
IP-adresse = 155.37.111.123 ………………... Object Identifier = 11123
IP-adresse = 168.25.111.1 ………………..….. Object Identifier = 11001
OBS! The Object_Identifier will only be set once and only when the OJ-Air2 Master is powered up or restarted
Max. 300 values can at the same time be registered to the COV (Change Of Value)
BACnet Interoperability Building Blocks Supported
Standard Object Types Supported
© 2018 OJ Electronics A/S · ® The OJ trademark is a registered trademark belonging to OJ Electronics A/S
Device
Object_Identifier, Object_Name, Object_Type, System_Status, Vendor_Name, Vendor_Identifier, Model_Name, Firmware_Revision, Aplication_Software_Version, Location, Description, Protocol_Version, Protocol_Revision, Protocol_Services_Supported, Protocol_Object_Types_Supported, Object_list, Max_APDU_Length_Accepted, Segmentation_Supported, APDU_Timeout, Number_Of_APDU_Retries, Device_Address_Binding, Database_Revision.
Analog Value Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Units, Priority_Array, Relinquish_Default, COV_Increment.
Binary Input Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Polarity.
Binary Value Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Priority_Array, Relinquish_Default.
Analog Input Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Units, Min_Pres_Value, Max_Pres_Value, Resolution, Reliability, COV_Increment
Device Management DM-DDB-B Device Management-Dynamic Device Binding-B
Device Management DM-DOB-B Device Management-Dynamic Object Binding-B
Device Management DM-DCC-B Device Management-Dynamic Communication Control-B
Object type Properties
Data Sharing DS-RP-B Data Sharing-Read Property-B
Data sharing DS-WP-B Data Sharing-Write Property-B
BACnet features enable BACnet control and monitoring of a complete
This protocol contains all BACnet addresses and registers in the OJ-Air2 Master. Updating of values in the individual registers is dependent on the actual configuration of the air handling unit. It will, for example, be possible to read out water heating coil temperature Analog Input Object Instance 26 irrespective of whether or not an water heating coil is installed in the system concerned. The value will, however, only be used if the associated temperature sensor is installed.
Please also see the documents "OJ-Air2 BACnet PICS" (Protocol Implementation Conformance Statement)
and "OJ-Air2 EDE" (Engineering Data Exchange).
Object Indentifier:
12-02-18
All s
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Act
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Act
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AI 2
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AI 2
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Inle
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AI 3
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Ext
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AV
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AV
251
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AV
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AV
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Ope
ratio
n O
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Set
poin
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255
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133
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Min
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Max
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OJ
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12-0
2-18
All specifications and information are subject to change without further notice. www.ojelectronics.com 1
BACnetOJ Air2, Program version 4.18 and subsequent versions.
Overview
Air Handling Unit (AHU), which is equipped with an OJ-Air2Master controller.
The BACnet functionality is implemented in OJ-Air2Masters with software version 2.00 or higher.
The OJ-Air2Master is a BACnet Advanced Application Controller (B-AAC)Supported Data Link Layer Options: BACnet IP
CommunicationBACnet TCP/IP: 1 pcs. 10/100Mbit Ethernet, RJ45 socketStandard BACnet TCP/IP communication port: 47808
The Object_Identifier is automatic set to the last 5 digits in the OJ-Air2Master IP adress.
Samples: IP-adresse = 172.21.0.95 ………………..…….. Object Identifier = 95
IP-adresse = 155.37.0.216 ………………....... Object Identifier = 216
IP-adresse = 155.37.35.123 ………………..... Object Identifier = 35123
IP-adresse = 132.65.124.103 ……………….. Object Identifier = 24103
IP-adresse = 172.20.211.47 ………………..... Object Identifier = 11047
IP-adresse = 155.37.111.123 ………………... Object Identifier = 11123
IP-adresse = 168.25.111.1 ………………..….. Object Identifier = 11001
OBS! The Object_Identifier will only be set once and only when the OJ-Air2 Master is powered up or restarted
Max. 300 values can at the same time be registered to the COV (Change Of Value)
BACnet Interoperability Building Blocks Supported
Standard Object Types Supported
© 2018 OJ Electronics A/S · ® The OJ trademark is a registered trademark belonging to OJ Electronics A/S
Device
Object_Identifier, Object_Name, Object_Type, System_Status, Vendor_Name, Vendor_Identifier, Model_Name, Firmware_Revision, Aplication_Software_Version, Location, Description, Protocol_Version, Protocol_Revision, Protocol_Services_Supported, Protocol_Object_Types_Supported, Object_list, Max_APDU_Length_Accepted, Segmentation_Supported, APDU_Timeout, Number_Of_APDU_Retries, Device_Address_Binding, Database_Revision.
Analog Value Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Units, Priority_Array, Relinquish_Default, COV_Increment.
Binary Input Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Polarity.
Binary Value Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Priority_Array, Relinquish_Default.
Analog Input Object_Identifier, Object_Name, Object_Type, Present_Value, Status_Flags, Event_State, Out_Of_Service, Units, Min_Pres_Value, Max_Pres_Value, Resolution, Reliability, COV_Increment
Device Management DM-DDB-B Device Management-Dynamic Device Binding-B
Device Management DM-DOB-B Device Management-Dynamic Object Binding-B
Device Management DM-DCC-B Device Management-Dynamic Communication Control-B
Object type Properties
Data Sharing DS-RP-B Data Sharing-Read Property-B
Data sharing DS-WP-B Data Sharing-Write Property-B
BACnet features enable BACnet control and monitoring of a complete
This protocol contains all BACnet addresses and registers in the OJ-Air2 Master. Updating of values in the individual registers is dependent on the actual configuration of the air handling unit. It will, for example, be possible to read out water heating coil temperature Analog Input Object Instance 26 irrespective of whether or not an water heating coil is installed in the system concerned. The value will, however, only be used if the associated temperature sensor is installed.
Please also see the documents "OJ-Air2 BACnet PICS" (Protocol Implementation Conformance Statement)
and "OJ-Air2 EDE" (Engineering Data Exchange).
Object Indentifier:
12-02-18
Com
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x.xx
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N/O
FFFa
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ON
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Dam
per,
Rec
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ndar
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ecirc
Func
0x00
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x.xx
01
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ecirc
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ion:
ON
/OFF
Fan
Forc
ed c
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tand
ard
Coo
lFlw
Forc
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0x00
07x.
xxB
V6
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01
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with
coo
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ON
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AH
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ontro
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Sum
mer
/win
ter t
ime
Sta
ndar
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w-S
umFu
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x.xx
BV
7x.
xx0
11
Aut
omat
ic s
umm
er/w
inte
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e: O
N/O
FFFa
nS
peed
Sta
ndar
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x.xx
BV
8x.
xx0
10
Inpu
t for
forc
ed h
igh
spee
d Fa
nS
peed
Sta
ndar
dE
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rfPer
iodO
N0x
0010
x.xx
BV
9x.
xx0
10
Run
-on
time
for f
orce
d hi
gh s
peed
act
ive
Hea
t exc
hang
er d
rive
Spe
edS
tand
ard
EX
C_C
CV
0x00
11x.
xxN
AN
A0
10
Rot
ary
heat
exch
ange
r, tu
rn ra
tatio
n di
rect
ion
to c
ount
er c
lock
wis
e (C
CW
)Fa
nS
peed
Sta
ndar
dE
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rfMeP
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x.xx
NA
NA
01
0In
put f
or fo
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med
ium
spe
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Pre
ssur
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alib
ratio
nS
tand
ard
Man
Zero
Cal
i0x
0020
x.xx
BV
104.
180
10
Sta
rt m
anua
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o ca
libra
tion
(can
be
used
toge
ther
with
aut
omat
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ero
calib
ratio
n)Is
aut
omat
ical
ly re
set t
o ze
ro (O
FF) o
nce
calib
ratio
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s be
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ompl
eted
Pre
ssur
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alib
ratio
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Aut
oZer
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0021
x.xx
BV
114.
180
10
Aut
omat
ic z
ero
calib
ratio
n: O
N/O
FF
Filte
rA
larm
Sta
ndar
dFi
ltDyn
AlrF
unc
0x00
22x.
xxB
V12
x.xx
01
0D
ynam
ic fi
lter a
larm
–>
ON
/OFF
OFF
–>
stat
ic a
larm
lim
it (c
onst
ant)
ON
–>
dyna
mic
ala
rm li
mit
(lim
it ba
sed
on fl
ow)
Filte
rC
alib
ratio
nS
tand
ard
FiltC
alib
rate
0x00
23x.
xxB
V13
x.xx
01
0S
tart
filte
r cal
ibra
tion.
Is a
utom
atic
ally
rese
t to
zero
(OFF
) onc
e ca
libra
tion
has
been
com
plet
ed.
NO
TE! O
NLY
IF "D
YNA
MIC
MO
DE
" IS
SE
T
Filte
rS
tand
ard
FiltC
aliD
one
0x00
24x.
xxB
V14
4.18
01
0Fi
lter c
alib
ratio
n co
mpl
eted
(val
id fi
lter d
ata)
NO
TE! O
NLY
IF "D
YNA
MIC
MO
DE
" IS
SE
T C
ombi
coi
lC
ontro
lS
tand
ard
Cm
bEnC
trlM
B0x
0025
x.xx
BV
224.
180
10
Ena
ble
com
bi c
oil f
or c
ontro
l via
ext
erna
l Mod
bus
[1=M
odbu
s/0=
Dig
. inp
ut]
Com
bi c
oil
Con
trol
Sta
ndar
dC
mbE
nHea
tMB
0x00
26x.
xxB
V17
x.xx
01
1H
ot w
ater
sup
ply
is a
vaila
ble
for t
he c
ombi
coi
l C
ombi
coi
lC
ontro
lS
tand
ard
Cm
bEnC
oolM
B0x
0027
x.xx
BV
18x.
xx0
11
Col
d w
ater
sup
ply
is a
vaila
ble
for t
he c
ombi
coi
lTe
mp.
Out
doo
r C
ontro
lS
tand
ard
MB
TOut
DA
ct0x
0028
x.xx
BV
15x.
xx0
10
Act
ivat
e ou
tdoo
r tem
pera
ture
from
BM
STe
mp.
Roo
mC
ontro
lS
tand
ard
MB
TRoo
m1A
ctiv
0x00
29x.
xxB
V16
x.xx
01
0A
ctiv
ate
room
tem
pera
ture
from
BM
SD
ampe
r, R
ecirc
ulat
ion
Rec
ircul
atio
n he
atS
tand
ard
MB
Forc
eRec
irc0x
0030
4.18
BV
194.
180
10
Forc
e re
circ
via
Ext
. Mod
bus
Dam
per,
Rec
ircul
atio
n R
ecirc
ulat
ion
heat
Sta
ndar
dM
BE
nblF
orce
Rec
0x00
314.
18B
V20
4.18
01
0E
nabl
e M
odbu
s Fo
rce
reci
rc s
igna
l1.
Info
1. In
fo1.
Info
1. In
foIn
put s
tatu
s (R
)B
inar
y in
put (
R)
1. In
fo1.
Info
1. In
fo1.
Info
AH
U c
ontro
ller
Spe
edS
tand
ard
Ope
ratio
n1x
0001
x.xx
BI0
x.xx
01
Ope
ratio
n O
N/O
FFA
HU
con
trolle
rS
peed
Sta
ndar
dE
xtS
top
1x00
02x.
xxB
I1x.
xx0
1E
xter
nal s
top
AH
U c
ontro
ller
Spe
edS
tand
ard
Ext
HiS
peed
1x00
03x.
xxB
I2x.
xx0
1E
xter
nalh
igh
spee
dA
HU
con
trolle
rS
peed
Sta
ndar
dE
xtD
rfLoS
peed
1x00
04x.
xxB
I3x.
xx0
1E
xten
ded
low
spe
ed –
> A
ctiv
e A
HU
con
trolle
rS
peed
Sta
ndar
dE
xtD
rfHiS
peed
1x00
05x.
xxB
I4x.
xx0
1E
xten
ded
high
spe
ed –
> A
ctiv
e A
HU
con
trolle
rFi
reS
tand
ard
Ext
Bra
ndS
top
1x00
06x.
xxB
I78
x.xx
01
Sta
tus
Bra
ndst
op in
put
Fan
Spe
edS
tand
ard
Ext
DrfM
eSpe
ed1x
0007
x.xx
BI2
25x.
xx0
1E
xten
ded
med
ium
spe
ed –
> A
ctiv
e H
eatin
g co
il, E
lect
ricS
tatu
sS
tand
ard
ElB
attP
ower
Red
1x00
10x.
xxB
I5x.
xx0
1P
ower
to e
lect
ric h
eatin
g co
il re
duce
d du
e to
low
flow
A
HU
con
trolle
rS
umm
er N
ight
Coo
lingS
tand
ard
SN
_Drif
t1x
0011
x.xx
BI6
x.xx
01
Sum
mer
nig
ht c
oolin
g is
act
ive
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
N_R
eset
1x00
12x.
xxB
I7x.
xx0
1R
eset
par
amet
ers
for s
umm
er n
ight
coo
ling
(new
cal
cula
tion
is in
itiat
ed)
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
WTC
_Win
tCom
p1x
0013
x.xx
BI8
x.xx
01
Win
ter t
empe
ratu
re c
ompe
nsat
ion
is a
ctiv
eA
HU
con
trolle
rS
umm
er/W
inte
r com
pS
tand
ard
SW
TC_S
umC
omp
1x00
14x.
xxB
I9x.
xx0
1S
umm
er te
mpe
ratu
re c
ompe
nsat
ion
is a
ctiv
e
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
W_S
tatu
s1x
0015
x.xx
BI1
0x.
xx0
1S
umm
er/w
inte
r act
ual s
tatu
sO
FF –
> w
inte
r ope
ratio
n ("
0")
ON
–>
sum
mer
ope
ratio
n ("
1")
Dam
per,
Rec
ircul
atio
n R
ecirc
ulat
ion
heat
Sta
ndar
dR
ecirc
Sta
tus
1x00
16x.
xxB
I11
x.xx
01
Rec
ircul
atio
n st
atus
Hea
t exc
hang
erS
peed
Sta
ndar
dE
XC
_Exe
rcis
e1x
0017
x.xx
BI1
2x.
xx0
1E
xerc
isin
g he
at e
xcha
nger
–>
Act
ive
Hea
t exc
hang
erS
tatu
sS
tand
ard
CE
xcIc
ePro
tect
1x00
18x.
xxB
I13
x.xx
01
Sig
nal t
o cr
oss-
flow
exc
hang
er re
duce
d (fr
ost p
rote
ctio
n)Fa
nS
tatu
sS
tand
ard
Sup
Duc
tMin
Flow
1x00
19x.
xxB
I14
x.xx
01
Sup
ply
duct
pre
ssur
e co
ntro
ller r
educ
ed to
min
. flo
wFa
nS
tatu
sS
tand
ard
Sup
Duc
tMax
Flow
1x00
20x.
xxB
I15
x.xx
01
Sup
ply
duct
pre
ssur
e co
ntro
ller i
ncre
ased
to m
ax. f
low
Fan
Sta
tus
Sta
ndar
dE
xtD
uctM
inFl
ow1x
0021
x.xx
BI1
6x.
xx0
1E
xtra
ct d
uct p
ress
ure
cont
rolle
r red
uced
to m
in. f
low
Fan
Sta
tus
Sta
ndar
dE
xtD
uctM
axFl
ow1x
0022
x.xx
BI1
7x.
xx0
1E
xtra
ct d
uct p
ress
ure
cont
rolle
r inc
reas
ed to
max
. flo
wH
eat e
xcha
nger
Sta
tus
Sta
ndar
dC
oolR
ecov
ery
1x00
23x.
xxB
I18
x.xx
01
Coo
ling
reco
very
–>
stat
usH
eatin
g co
il 1,
Wat
er
Sta
tus
Sta
ndar
dH
W1F
rost
Reg
1x00
24x.
xxB
I19
x.xx
01
Circ
ulat
ion
pum
p on
hea
ting
coil:
Fro
st p
rote
ctio
n –>
Act
ive
Hea
ting
coil
1, W
ater
S
tatu
sS
tand
ard
HW
1Pum
pExe
r1x
0025
x.xx
BI2
0x.
xx0
1C
ircul
atio
n pu
mp
on h
eatin
g co
il: P
ump
exer
cisi
ng –
> A
ctiv
eC
oolin
g co
ilS
tatu
sS
tand
ard
CW
_Pum
pExe
r1x
0026
4.18
BI2
14.
18C
oolW
ater
Coi
l Pum
pExe
rcis
e ac
tive
Hea
ting
coil
1, E
lect
ricS
tatu
sS
tand
ard
Hea
t_Fl
wD
nReg
1x00
27x.
xxB
I22
x.xx
01
Sig
nal t
o he
atin
g co
il re
duce
d (in
suffi
cien
t flo
w) –
> A
ctiv
e
AH
U c
ontro
ller
Sta
tus
Sta
ndar
dTe
mpR
egM
inS
up1x
0028
x.xx
BI2
3x.
xx0
1 "1
" whe
n m
in. s
uppl
y te
mpe
ratu
re c
ontro
l is
activ
e.
Onl
y ac
tive
whe
n Te
mpR
egM
ode
is 1
or 2
(roo
m te
mp.
con
trol)
AH
U c
ontro
ller
Sta
tus
Sta
ndar
dTe
mpR
egM
axS
up1x
0029
x.xx
BI2
4x.
xx0
1"1
" whe
n m
ax. s
uppl
y te
mpe
ratu
re c
ontro
l is
activ
e.O
nly
activ
e w
hen
Tem
pReg
Mod
e is
1 o
r 2 (r
oom
tem
p. c
ontro
l)
Hea
t exc
hang
erS
tatu
sS
tand
ard
Bat
tEX
C_E
xer
1x00
30x.
xxB
I25
x.xx
01
Circ
ulat
ion
pum
p on
hea
t rec
over
y co
il:
Pum
p ex
erci
sing
–>
Act
ive
Hea
ting
coil
1S
tatu
sS
tand
ard
Hea
t_R
E1
1x00
31x.
xxB
I26
x.xx
01
Hea
ting
rela
y 1
Coo
ling
coil
Sta
tus
Sta
ndar
dC
ool_
RE
11x
0032
x.xx
BI2
7x.
xx0
1C
oolin
g re
lay
1
Hea
t exc
hang
erS
tatu
sS
tand
ard
Bat
tEX
C_P
umpR
E1x
0033
x.xx
BI2
8x.
xx0
1C
ircul
atio
n pu
mp
on h
eat r
ecov
ery
coil:
P
ump
–> R
unni
ng
AH
U c
ontro
ller
Ala
rmS
tand
ard
AlrA
ctiv
e1x
0034
x.xx
BI2
9x.
xx0
1A
t lea
st o
ne a
ctiv
e al
arm
AH
U c
ontro
ller
Ala
rmS
tand
ard
Alr_
RE
11x
0035
x.xx
BI3
0x.
xx0
1A
larm
rela
y 1
(A-a
larm
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
E2
1x00
36x.
xxB
I31
x.xx
01
Ala
rm re
lay
2 (B
-ala
rm)
AH
U c
ontro
ller
Fire
Sta
ndar
dA
lr_Fi
reS
igna
l1x
0037
x.xx
BI3
2x.
xx0
1Fi
re a
larm
sig
nal (
room
sen
sor)
AH
U c
ontro
ller
Sm
oke
Sta
ndar
dA
lr_S
mok
eSig
1x00
38x.
xxB
I33
x.xx
01
Sm
oke/
fire
alar
m s
igna
l (du
ct s
enso
r) H
eatin
g co
il, E
lect
ricA
larm
Sta
ndar
dE
L1_O
verH
tBac
1x00
39x.
xxB
I219
x.xx
01
Ele
ctric
coi
l: H
igh
tem
pera
ture
ala
rm s
igna
lH
eatin
g co
il, E
lect
ricA
larm
Sta
ndar
dA
lrElB
attC
ont
1x00
40x.
xxB
I220
x.xx
01
Ele
ctric
coi
l: R
elay
stu
ck
Filte
rA
larm
Sta
ndar
dFi
ltSup
Ala
rm1x
0041
x.xx
BI3
5x.
xx0
1Fi
lter a
larm
for s
uppl
y fil
ter
(pre
ssur
e dr
op a
bove
set
lim
it)Fi
lter
Ala
rmS
tand
ard
FiltE
xtA
larm
1x00
42x.
xxB
I36
x.xx
01
Filte
r ala
rm fo
r ext
ract
filte
r (pr
essu
re d
rop
abov
e se
t lim
it)H
eat e
xcha
nger
Sta
tus
Spe
cial
CE
xcD
eIci
ng1x
0043
x.xx
NA
NA
01
Red
uctio
n of
cro
ss-fl
ow e
xcha
nger
due
to d
e-ic
ing;
dei
cing
sta
rted
Hea
ting
coil
2, E
lect
ricS
tatu
sS
tand
ard
ElB
at2P
ower
Red
1x00
45x.
xxN
AN
A0
1E
lect
ric c
oil 2
- O
utpu
t red
uctio
n ac
tive
due
to lo
w fl
owFi
lter
Ala
rmS
tand
ard
FiltS
up2A
larm
1x00
484.
18B
I253
4.18
01
Filte
r Ala
rm fo
r Sup
2-Fi
lter (
pres
sure
abo
ve L
imit)
Filte
rA
larm
Sta
ndar
dFi
ltExt
2Ala
rm1x
0049
4.18
BI2
544.
180
1Fi
lter A
larm
for E
xt2-
Filte
r (pr
essu
re a
bove
Lim
it)Te
mp.
Sup
ply
Ala
rmS
tand
ard
Sup
Tem
pSen
sErr
1x00
50x.
xxB
I37
x.xx
01
Sup
ply
tem
pera
ture
sen
sor –
sen
sor f
ault
Tem
p. E
xtra
ct
Ala
rmS
tand
ard
Ext
Tem
pSen
sErr
1x00
51x.
xxB
I38
x.xx
01
Ext
ract
tem
pera
ture
sen
sor –
sen
sor f
ault
Tem
p. O
ut d
oor
Ala
rmS
tand
ard
Out
Doo
rSen
sErr
1x00
52x.
xxB
I39
x.xx
01
Out
door
tem
pera
ture
sen
sor –
sen
sor f
ault
Tem
p. R
oom
Ala
rmS
tand
ard
Roo
mS
ensE
rr1x
0053
x.xx
BI4
0x.
xx0
1R
oom
tem
pera
ture
sen
sor –
sen
sor f
ault
Tem
p. E
xhau
stA
larm
Sta
ndar
dE
xhau
stS
ensE
rr1x
0054
x.xx
BI4
1x.
xx0
1E
xhau
st te
mpe
ratu
re s
enso
r – s
enso
r fau
ltH
eatin
g co
il 1,
Wat
er
Ala
rmS
tand
ard
HW
1Sen
sErr
1x00
55x.
xxB
I42
x.xx
01
Hea
ting
coil
tem
pera
ture
sen
sor –
sen
sor f
ault
Hea
t exc
hang
erA
larm
Sta
ndar
dB
attE
XC
_Sen
sEr
1x00
56x.
xxB
I43
x.xx
01
Hea
t rec
over
y co
il te
mpe
ratu
re s
enso
r – s
enso
r fau
ltH
eatin
g co
il 1,
Wat
er
Ala
rmS
tand
ard
HW
1Fro
stA
lr1x
0057
x.xx
BI4
4x.
xx0
1H
eatin
g co
il fro
st a
larm
Coo
ling
coil
Ala
rmS
tand
ard
Coo
l_S
umA
larm
1x00
60x.
xxB
I45
x.xx
01
Coo
ling
shar
ed a
larm
Coo
ling
coil
Ala
rmS
tand
ard
Coo
l_D
I1_A
larm
1x00
61x.
xxB
I46
x.xx
01
Coo
ling
digi
tal a
larm
1 in
put
Coo
ling
coil
Ala
rmS
tand
ard
Coo
l_D
I2_A
larm
1x00
62x.
xxB
I47
x.xx
01
Coo
ling
digi
tal a
larm
2 in
put
Coo
ling
coil
Ala
rmS
tand
ard
Coo
l_D
I3_A
larm
1x00
63x.
xxB
I48
x.xx
01
Coo
ling
digi
tal a
larm
3 in
put
Coo
ling
coil
Ala
rmS
tand
ard
Coo
l_D
I4_A
larm
1x00
64x.
xxB
I49
x.xx
01
Coo
ling
digi
tal a
larm
4 in
put
Fan,
Sup
ply
driv
eS
tatu
sS
tand
ard
Sup
Mot
orO
N1x
0070
x.xx
BI5
0x.
xx0
1S
uppl
y m
otor
ON
/OFF
Fa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
Sup
Mot
orA
larm
1x00
714.
18B
I51
4.18
01
Sup
ply
Mot
or A
larm
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dFC
supM
trAlrV
lo1x
0072
x.xx
BI5
2x.
xx0
1S
uppl
y m
otor
low
vol
tage
ala
rm (o
nly
with
OJ-
FC)
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dFC
supM
trAlrV
hi1x
0073
x.xx
BI5
3x.
xx0
1S
uppl
y m
otor
hig
h vo
ltage
ala
rm(o
nly
with
OJ-
FC)
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dFC
supM
trAlrI
hi1x
0074
x.xx
BI5
4x.
xx0
1S
uppl
y m
otor
hig
h cu
rrent
ala
rm (o
nly
with
OJ-
FC),
mot
or p
rote
ctio
nFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
FCsu
pMtrA
lrTm
p1x
0075
x.xx
BI5
5x.
xx0
1S
uppl
y m
otor
tem
pera
ture
ala
rm (o
nly
with
OJ-
FC)
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dFC
supM
trAlrP
hs1x
0076
x.xx
BI5
6x.
xx0
1S
uppl
y m
otor
pha
se fa
ult a
larm
(onl
y w
ith O
J-FC
)Fa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
FCA
lrSup
Old
Rip
1x00
77x.
xxN
AN
A0
1S
uppl
y m
otor
ripp
le v
olta
ge a
larm
(onl
y w
ith O
J-FC
)Fa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
FCsu
pMtrI
hiLi
m1x
0078
x.xx
BI5
8x.
xx0
1S
uppl
y m
otor
hig
h cu
rrent
lim
it: s
hort-
circ
uit p
rote
ctio
n (o
nly
with
OJ-
FC)
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dFC
supM
trAlrR
ip1x
0079
4.18
BI5
74.
180
1S
uppl
yMot
or V
Rip
ple
Ala
rmFa
n, E
xtra
ct d
rive
Sta
tus
Sta
ndar
dE
xtM
otor
ON
1x00
80x.
xxB
I59
x.xx
01
Ext
ract
mot
or O
N/O
FF
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dFC
extM
trAlrV
lo1x
0082
x.xx
BI6
1x.
xx0
1E
xtra
ct m
otor
low
vol
tage
ala
rm
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dFC
extM
trAlrV
hi1x
0083
x.xx
BI6
2x.
xx0
1E
xtra
ct m
otor
hig
h vo
ltage
ala
rm
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dFC
extM
trAlrI
hi1x
0084
x.xx
BI6
3x.
xx0
1E
xtra
ct m
otor
hig
h cu
rrent
ala
rm
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dFC
extM
trAlrT
mp
1x00
85x.
xxB
I64
x.xx
01
Ext
ract
mot
or te
mpe
ratu
re a
larm
(o
nly
with
OJ-
FC)
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dFC
extM
trAlrP
hs1x
0086
x.xx
BI6
5x.
xx0
1E
xtra
ct m
otor
pha
se fa
ult a
larm
Fa
n, E
xtra
ct d
rive
Ala
rmS
tand
ard
FCA
lrExt
Old
Rip
1x00
87x.
xxN
AN
A0
1E
xtra
ct m
otor
ripp
le v
olta
ge a
larm
Fa
n, E
xtra
ct d
rive
Ala
rmS
tand
ard
FCex
tMtrI
hiLi
m1x
0088
x.xx
BI6
7x.
xx0
1E
xtra
ct m
otor
hig
h cu
rrent
lim
it Fa
n, E
xtra
ct d
rive
Ala
rmS
tand
ard
FCex
tMtrA
lrRip
1x00
894.
18B
I66
4.18
01
Ext
ract
Mot
or V
Rip
ple
Ala
rmH
eat e
xcha
nger
driv
eS
tatu
sS
tand
ard
EX
C_O
N1x
0090
x.xx
BI6
8x.
xx0
1R
otar
y he
at e
xcha
nger
– m
otor
con
trol O
N/O
FF(o
nly
with
OJ-
RH
X2M
)H
eat e
xcha
nger
driv
eS
tatu
sS
tand
ard
EX
C_R
eset
1x00
91x.
xxB
I69
x.xx
01
Rot
ary
heat
exc
hang
er –
rese
t sig
nal
(onl
y w
ith O
J-R
HX
2M)
Hea
t exc
hang
er d
rive
Sta
tus
Sta
ndar
dE
XC
_Dire
ctio
n1x
0092
x.xx
BI7
0x.
xx0
1R
otar
y he
at e
xcha
nger
– ro
tatio
n di
rect
ion
(onl
y w
ith O
J-R
HX
2M)
Hea
t exc
hang
er d
rive
Ala
rmS
tand
ard
EX
C_R
otA
larm
1x00
93x.
xxB
I71
x.xx
01
Rot
ary
heat
exc
hang
er –
rota
tion
alar
m (
only
with
OJ-
RH
X2M
)H
eat e
xcha
nger
driv
eA
larm
Sta
ndar
dE
XC
_Vlo
Ala
rm1x
0094
x.xx
BI7
2x.
xx0
1R
otar
y he
at e
xcha
nger
– lo
w v
olta
ge a
larm
(on
ly w
ith O
J-R
HX
2M)
Hea
t exc
hang
er d
rive
Ala
rmS
tand
ard
EX
C_V
hiA
larm
1x00
95x.
xxB
I73
x.xx
01
Rot
ary
heat
exc
hang
er –
hig
h vo
ltage
ala
rm(o
nly
with
OJ-
RH
X2M
)H
eat e
xcha
nger
driv
eA
larm
Sta
ndar
dE
XC
_Ihi
Ala
rm1x
0096
x.xx
BI7
4x.
xx0
1R
otar
y he
at e
xcha
nger
– h
igh
curre
nt a
larm
(on
ly w
ith O
J-R
HX
2M)
Hea
t exc
hang
er d
rive
Ala
rmS
tand
ard
EX
C_T
empA
larm
1x00
97x.
xxB
I75
x.xx
01
Rot
ary
heat
exc
hang
er –
tem
pera
ture
ala
rm
(onl
y w
ith O
J-R
HX
2M)
Hea
t exc
hang
er d
rive
Sta
tus
Sta
ndar
dE
XC
_Rot
Sig
nal
1x00
98x.
xxB
I76
x.xx
01
Rot
ary
heat
exc
hang
er –
rota
tion
sign
al (o
nly
with
OJ-
RH
X2M
)H
eat e
xcha
nger
driv
eA
larm
Sta
ndar
dE
XC
_Ove
rload
1x00
99x.
xxB
I77
x.xx
01
Rot
ary
heat
exc
hang
er –
torq
ue o
verlo
ad (
only
with
OJ-
RH
X2M
)P
rehe
ater
coi
l, el
ectri
cS
tatu
sS
tand
ard
PH
_Pow
Red
uce
1x01
00x.
xxB
I93
x.xx
01
Pre
-hea
ting
coil
- Out
put r
educ
tion,
low
air
volu
me
Pre
heat
er c
oil,
wat
erS
tatu
sS
tand
ard
PH
Fros
tReg
Act
1x01
01x.
xxB
I89
x.xx
01
Pre
-hea
ting
coil
- Rel
ay fo
r act
ive
heat
ing/
cool
ing
Pre
heat
er c
oil
Sta
tus
Sta
ndar
dP
HH
eatR
elay
1x01
02x.
xxB
I91
x.xx
01
Pre
-hea
ting
coil
- Fro
st p
rote
ctio
n ac
tive
Pre
heat
er c
oil,
wat
erA
larm
Sta
ndar
dP
HFr
zAlrC
ool
1x01
03x.
xxN
AN
A0
1P
re-h
eatin
g co
il - F
rost
ala
rm, c
oolin
gP
rehe
ater
coi
l, el
ectri
cA
larm
Sta
ndar
dP
H_O
verh
eat
1x01
04x.
xxB
I92
x.xx
01
Pre
-hea
ting
coil
- Ove
rhea
ting
faul
tP
rehe
ater
coi
l, w
ater
Ala
rmS
tand
ard
PH
_HW
BS
ensE
rr1x
0105
x.xx
BI9
4x.
xx0
1P
re-h
eatin
g co
il - R
etur
n se
nsor
- S
enso
r fau
ltP
rehe
ater
coi
l, w
ater
Ala
rmS
tand
ard
PH
Free
zeA
larm
1x01
06x.
xxB
I88
x.xx
01
Pre
-hea
ting
coil
- Fro
st a
larm
Pre
heat
er c
oil
Sta
tus
Sta
ndar
dP
HH
eatR
elay
21x
0107
x.xx
BI2
26x.
xx0
1P
rehe
ater
- he
at re
lay
2P
rehe
ater
coi
lS
tatu
sS
peci
alP
HH
eatR
elay
31x
0108
x.xx
BI1
76x.
xx0
1P
re-h
eatin
g co
il - H
eat r
elay
3 (H
eat/C
ool)
Pre
heat
er c
oil,
wat
erS
tatu
sS
tand
ard
PH
Pum
pExe
r1x
0109
4.18
BI9
04.
180
1P
re-h
eate
r Pum
p ex
erci
se a
ctiv
eH
eat p
ump
Sta
tus
Spe
cial
HP
_Coo
lingA
ctv
1x01
10x.
xxB
I108
x.xx
01
Cha
ngeo
ver r
elay
hea
tpum
p ac
tive
Hea
t pum
pS
tatu
sS
peci
alH
P_D
e-ic
ingA
ct1x
0111
x.xx
BI1
09x.
xx0
1S
tatu
s bi
t: D
e-ic
ing
of h
eatp
ump
Coo
ling
coil
Sta
tus
Spe
cial
NO
_CS
topR
TSta
t1x
0112
x.xx
BI1
07x.
xx0
1C
oolin
g st
oppe
d by
room
tem
pera
ture
Coo
ling
coil
Sta
tus
Spe
cial
NO
_CR
ecov
Sta
t1x
0113
x.xx
BI1
06x.
xx0
1C
oolre
cove
ry o
ver d
ampe
r act
ive
Hea
t exc
hang
erA
larm
Spe
cial
AlrN
oRE
XC
ali
1x01
14x.
xxB
I104
x.xx
01
Ala
rm -
pres
sure
tran
smitt
er n
ot c
alib
rate
d (Ic
e gu
ard
roto
r hea
t exc
hang
er)
Hea
t exc
hang
erA
larm
Spe
cial
AlrS
ensR
EX
NC
1x01
15x.
xxB
I105
x.xx
01
Ala
rm -
pres
sure
tran
smitt
er n
ot c
onfig
ered
(Ice
gua
rd ro
tor h
eat e
xcha
nger
)H
eat e
xcha
nger
Ala
rmS
peci
alA
lrRex
Froz
en1x
0116
x.xx
BI1
10x.
xx0
1A
larm
- ro
tor h
eat e
xcha
nger
blo
cked
by
ice
(hig
h pr
essu
re o
ver r
otor
whe
el)
Hea
t exc
hang
erA
larm
Spe
cial
AlrR
exD
usty
1x01
17x.
xxB
I111
x.xx
01
Ala
rm -
roto
r hea
t exc
hang
er b
lock
ed b
y di
rt (h
igh
pres
sure
ove
r rot
or w
heel
)H
eat e
xcha
nger
Ala
rmS
tand
ard
AlrE
XC
EffT
oLow
1x01
184.
18B
I95
4.18
01
Ala
rm -
Hea
t rec
over
y ef
ficie
ncy
belo
w a
larm
lim
itH
eatin
g co
il 2,
Wat
er
Ala
rmS
tand
ard
HW
2Sen
sErr
1x01
50x.
xxB
I86
x.xx
01
Hea
ting
coil
2 - R
etur
n se
nsor
- S
enso
r fau
lt
Hea
ting
coil
2, W
ater
A
larm
Sta
ndar
dH
W2F
rost
Alr
1x01
51x.
xxB
I87
x.xx
01
Hea
ting
coil
2 - F
rost
ala
rmH
eatin
g co
il 2,
Wat
er
Sta
tus
Sta
ndar
dH
W2F
rost
Reg
1x01
52x.
xxB
I84
x.xx
01
Hea
ting
coil
2 - F
rost
con
trol a
ctiv
eH
eatin
g co
il 2,
Wat
er
Sta
tus
Sta
ndar
dH
W2P
umpE
xer
1x01
53x.
xxB
I85
x.xx
01
Hea
ting
coil
2 - C
ircul
atio
n pu
mp,
pum
p ex
erci
sing
act
ive
Hea
ter c
oil 2
Sta
tus
Sta
ndar
dH
eat_
RE
21x
0154
x.xx
BI2
784.
220
1H
eatin
g re
lay
2 (E
xtM
od-R
eser
ve)
Hea
ting
coil
2, E
lect
ricS
tatu
sS
peci
alH
eat_
RE
211x
0155
x.xx
BI2
12x.
xx0
1H
eatin
g re
lay
21 (E
xtM
od-R
eser
ve)
Hea
ting
coil
2, E
lect
ricS
tatu
sS
peci
alH
eat_
RE
221x
0156
x.xx
BI2
13x.
xx0
1H
eatin
g re
lay
22 (E
xtM
od-R
eser
ve)
Hea
ting
coil
2, E
lect
ricS
tatu
sS
peci
alH
eat_
RE
231x
0157
x.xx
BI2
14x.
xx0
1H
eatin
g re
lay
23 (E
xtM
od-R
eser
ve)
Hea
ting
coil
2, E
lect
ricS
tatu
sS
peci
alH
eat_
RE
241x
0159
x.xx
BI2
15x.
xx0
1H
eatin
g re
lay
24 (E
xtM
od-R
eser
ve)
Hea
ting
coil
2, E
lect
ricS
tatu
sS
peci
alH
eat_
RE
251x
0160
x.xx
BI2
16x.
xx0
1H
eatin
g re
lay
25 (E
xtM
od-R
eser
ve)
Tem
p. s
enso
rA
larm
Spe
cial
Add
OnT
Sen
s1E
rr1x
0161
x.xx
BI7
9x.
xx0
1A
dd o
n se
nsor
1 -
Sen
sor f
ault
Tem
p. s
enso
rA
larm
Spe
cial
Add
OnT
Sen
s2E
rr1x
0162
x.xx
BI8
0x.
xx0
1A
dd o
n se
nsor
2 -
Sen
sor f
ault
Tem
p. s
enso
rA
larm
Spe
cial
Add
OnT
Sen
s3E
rr1x
0163
x.xx
BI8
1x.
xx0
1A
dd o
n se
nsor
3 -
Sen
sor f
ault
Tem
p. s
enso
rA
larm
Spe
cial
Add
OnT
Sen
s4E
rr1x
0164
x.xx
BI8
2x.
xx0
1A
dd o
n se
nsor
4 -
Sen
sor f
ault
Hea
ting
coil
1, W
ater
A
larm
Sta
ndar
dH
W_S
tatL
uftA
lr1x
0165
x.xx
NA
NA
01
Sta
tus
frost
ther
mos
tat a
larm
(dig
ital i
nput
)H
eat e
xcha
nger
Ala
rmS
tand
ard
AlrF
rzB
attE
XC
1x01
66x.
xxB
I100
x.xx
01
Fros
t ala
rm fl
uid-
coup
led
coil
(Coi
lEX
C)
Hum
idifi
erA
larm
Sta
ndar
dH
umid
AlrI
np1x
0169
x.xx
NA
NA
01
Hum
idifi
er a
larm
sta
tus
Com
bi c
oil
Ala
rmS
tand
ard
Com
biTS
enE
rr1x
0170
x.xx
BI2
794.
220
1C
ombi
coi
l - R
etur
n se
nsor
- S
enso
r fau
ltC
ombi
coi
lA
larm
Sta
ndar
dC
ombi
Fros
tAlrH
1x01
71x.
xxB
I280
4.22
01
Com
bi c
oil -
Fro
st a
larm
Com
bi c
oil
Sta
tus
Sta
ndar
dC
ombi
Fros
tReg
1x01
72x.
xxB
I281
4.22
01
Com
bi c
oil -
Fro
st p
rote
ctio
n ac
tive
Com
bi c
oil
Sta
tus
Sta
ndar
dC
ombi
Pum
pExe
r1x
0173
x.xx
BI2
824.
220
1C
ombi
coi
l - C
ircul
atio
n pu
mp,
pum
p ex
erci
sing
act
ive
Com
bi c
oil
Sta
tus
Sta
ndar
dC
ombi
Coo
lRel
1x01
74x.
xxB
I283
4.22
01
Com
bi c
oil;
Coo
ling
rela
y ak
tive
Com
bi c
oil
Sta
tus
Sta
ndar
dC
ombi
Hea
tRel
1x01
75x.
xxB
I284
4.22
01
Com
bi c
oil;
Hea
ting
rela
y ak
tive
Hea
ting
coil
2S
tatu
sS
peci
alH
t2D
elay
Sta
tus
1x01
76x.
xxB
I113
x.xx
01
Spe
cial
cus
tom
er c
ode:
Sta
tus
timer
Hea
t2H
eatin
g co
il 2
Sta
tus
Spe
cial
Ht2
Rec
Blk
Act
1x01
77x.
xxB
I115
x.xx
01
Spe
cial
cus
tom
er c
ode:
Blo
kcin
g H
eat2
in re
cirk
ulat
ion
mod
e =
Akt
ivat
edH
eatin
g co
il 2
Sta
tus
Spe
cial
Ht2
Flow
Chg
Act
1x01
78x.
xxB
I112
x.xx
01
Spe
cial
cus
tom
er c
ode:
Flo
w c
hang
ed c
ause
d H
eat2
is a
ktiv
ated
Dam
per,
Rec
ircul
atio
n S
tatu
sS
peci
alIn
tRec
Flow
Sta
t1x
0179
x.xx
BI1
16x.
xx0
1S
peci
al c
usto
mer
cod
e: S
tatu
s lo
w fl
ow d
urin
g 10
0% re
cirk
ulat
ion
Dam
per,
Rec
ircul
atio
n S
tatu
sS
peci
alR
ecC
losD
mpA
ct1x
0180
x.xx
BI1
17x.
xx0
1S
peci
al c
usto
mer
cod
e: R
ecirk
ulat
ion
dam
per i
s cl
osed
Hea
ting
coil
2S
tatu
sS
peci
alH
T2D
elLi
mB
lkN
o1x
0181
x.xx
BI1
14x.
xx0
1S
peci
al c
usto
mer
cod
e: L
imitt
ing
Hea
t2 is
not
act
ivat
edA
HU
con
trolle
rS
tatu
sS
peci
alN
O_C
Sto
pSta
t1x
0182
x.xx
NA
NA
01
Spe
cial
cus
tom
er c
ode:
Out
sdoo
r air
cool
ing:
Sto
p ac
tivat
edH
eatin
g co
il 1
Sta
tus
Spe
cial
HW
1RiF
aAct
iv1x
0183
x.xx
BI1
18x.
xx0
1M
ax. r
aise
-/fal
l-tim
e is
akt
ivat
edD
ampe
r, S
mok
e ev
ac.
Ala
rmS
peci
alA
lr_Fi
reE
vaD
mp
1x01
84x.
xxB
I277
4.22
01
Ala
rm s
mok
e ev
acua
tion
dam
per i
s ac
tivat
edFa
n, S
uppl
y dr
ive
2A
larm
Spe
cial
EC
2sup
MtA
lrVlo
1x01
85x.
xxB
I120
x.xx
01
OJ-
EC
/-DV
2-s
uppl
y ai
r mot
or v
olta
ge lo
w a
larm
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upM
tAlrV
hi1x
0186
x.xx
BI1
21x.
xx0
1O
J-E
C/-D
V 2
-sup
ply
air m
otor
vol
tage
hig
h al
arm
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upM
tAlrI
hi1x
0187
x.xx
BI1
22x.
xx0
1O
J-E
C/-D
V 2
-sup
ply
air m
otor
hig
h cu
rrent
lim
it al
arm
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upM
tAlrT
mp
1x01
88x.
xxB
I123
x.xx
01
OJ-
EC
/-DV
2-s
uppl
y ai
r mot
or te
mpe
ratu
re a
larm
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upM
tAlrP
hs1x
0189
x.xx
BI1
24x.
xx0
1O
J-E
C/-D
V 2
-sup
ply
air m
otor
ala
rm fo
r pha
se e
rror
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upR
otB
lok
1x01
90x.
xxB
I126
x.xx
01
OJ-
EC
/-DV
2-s
uppl
y ai
r mot
or a
larm
for b
lock
ed ro
tor
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upM
tIhiL
im1x
0191
x.xx
BI1
19x.
xx0
1O
J-E
C/-D
V 2
-sup
ply/
supp
ly a
ir m
otor
hig
h cu
rrent
lim
it; s
hortc
uit p
rote
ctio
nFa
n, E
xtra
ct d
rive
2A
larm
Spe
cial
EC
2ext
MtA
lrVlo
1x01
92x.
xxB
I128
x.xx
01
OJ-
EC
/-DV
2-e
xtra
ct/e
xhau
st m
otor
vol
tage
low
ala
rmFa
n, E
xtra
ct d
rive
2A
larm
Spe
cial
EC
2ext
MtA
lrVhi
1x01
93x.
xxB
I129
x.xx
01
OJ-
EC
/-DV
2-e
xtra
ct/e
xhau
st m
otor
vol
tage
hig
h al
arm
Fan,
Ext
ract
driv
e 2
Ala
rmS
peci
alE
C2e
xtM
tAlrI
hi1x
0194
x.xx
BI1
30x.
xx0
1O
J-E
C/-D
V 2
-ext
ract
/exh
aust
mot
or h
igh
curre
nt li
mit
alar
mFa
n, E
xtra
ct d
rive
2A
larm
Spe
cial
EC
2ext
MtA
lrTm
p1x
0195
x.xx
BI1
31x.
xx0
1O
J-E
C/-D
V 2
-ext
ract
/exh
aust
mot
or te
mpe
ratu
re a
larm
Fan,
Ext
ract
driv
e 2
Ala
rmS
peci
alE
C2e
xtM
tAlrP
hs1x
0196
x.xx
BI1
32x.
xx0
1O
J-E
C/-D
V 2
-ext
ract
/exh
aust
mot
or a
larm
for p
hase
erro
rFa
n, E
xtra
ct d
rive
2A
larm
Spe
cial
EC
2ext
Rot
Blo
k1x
0197
x.xx
BI1
34x.
xx0
1O
J-E
C/-D
V 2
-ext
ract
/exh
aust
mot
or a
larm
for b
lock
ed ro
tor
Fan,
Ext
ract
driv
e 2
Ala
rmS
peci
alE
C2e
xtM
tIhiL
im1x
0198
x.xx
BI1
27x.
xx0
1O
J-E
C/-D
V 2
-ext
ract
/exh
aust
mot
or h
igh
curre
nt li
mit;
sho
rtcui
t pro
tect
ion
Tem
p. s
enso
rA
larm
Sta
ndar
dA
lrTTH
6202
Com
1x01
99x.
xxB
I155
x.xx
01
TTH
-620
2 co
mm
unic
atio
n er
ror
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dE
Csu
pMtrA
lrVlo
1x02
00x.
xxB
I138
x.xx
01
OJ-
EC
/-DV
-sup
ply
air m
otor
vol
tage
low
ala
rmFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
supM
trAlrV
hi1x
0201
x.xx
BI1
39x.
xx0
1O
J-E
C/-D
V-s
uppl
y ai
r mot
or v
olta
ge h
igh
alar
mFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
supM
trAlrI
hi1x
0202
x.xx
BI1
40x.
xx0
1O
J-E
C/-D
V-s
uppl
y ai
r mot
or h
igh
curre
nt li
mit
alar
mFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
supM
trAlrT
mp
1x02
03x.
xxB
I141
x.xx
01
OJ-
EC
/-DV
-sup
ply
air m
otor
tem
pera
ture
ala
rmFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
supM
trAlrP
hs1x
0204
x.xx
BI1
42x.
xx0
1O
J-E
C/-D
V-s
uppl
y ai
r mot
or a
larm
for p
hase
erro
rFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
supR
otB
loke
d1x
0205
x.xx
BI1
44x.
xx0
1O
J-E
C/-D
V-s
uppl
y ai
r mot
or a
larm
for b
lock
ed ro
tor
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dE
Csu
pMtrI
hiLi
m1x
0206
x.xx
BI1
37x.
xx0
1O
J-E
C/-D
V-s
uppl
y ai
r mot
or h
igh
curre
nt li
mit;
sho
rtcui
t pro
tect
ion
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
Cex
tMtrA
lrVlo
1x02
07x.
xxB
I146
x.xx
01
OJ-
EC
/-DV
-ext
ract
/exh
aust
mot
or v
olta
ge lo
w a
larm
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
Cex
tMtrA
lrVhi
1x02
08x.
xxB
I147
x.xx
01
OJ-
EC
/-DV
-ext
ract
/exh
aust
mot
or v
olta
ge h
igh
alar
mFa
n, E
xtra
ct d
rive
Ala
rmS
tand
ard
EC
extM
trAlrI
hi1x
0209
x.xx
BI1
48x.
xx0
1O
J-E
C/-D
V-e
xtra
ct/e
xhau
st m
otor
hig
h cu
rrent
lim
it al
arm
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
Cex
tMtrA
lrTm
p1x
0210
x.xx
BI1
49x.
xx0
1O
J-E
C/-D
V-e
xtra
ct/e
xhau
st m
otor
tem
pera
ture
ala
rmFa
n, E
xtra
ct d
rive
Ala
rmS
tand
ard
EC
extM
trAlrP
hs1x
0211
x.xx
BI1
50x.
xx0
1O
J-E
C/-D
V-e
xtra
ct/e
xhau
st m
otor
ala
rm fo
r pha
se e
rror
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
Cex
tRot
Blo
ked
1x02
12x.
xxB
I152
x.xx
01
OJ-
EC
/-DV
-ext
ract
/exh
aust
mot
or a
larm
for b
lock
ed ro
tor
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
Cex
tMtrI
hiLi
m1x
0213
x.xx
BI1
45x.
xx0
1O
J-E
C/-D
V-e
xtra
ct/e
xhau
st m
otor
hig
h cu
rrent
lim
it; s
hortc
uit p
rote
ctio
nIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO1_
Com
m1x
0214
x.xx
BI1
58x.
xx0
1E
xten
tion
IO-M
odul
no.
1 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO2_
Com
m1x
0215
x.xx
BI1
59x.
xx0
1E
xten
tion
IO-M
odul
no.
2 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO3_
Com
m1x
0216
x.xx
BI1
60x.
xx0
1E
xten
tion
IO-M
odul
no.
3 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO4_
Com
m1x
0217
x.xx
BI1
61x.
xx0
1E
xten
tion
IO-M
odul
no.
4 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO5_
Com
m1x
0218
x.xx
BI1
62x.
xx0
1E
xten
tion
IO-M
odul
no.
5 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO6_
Com
m1x
0219
x.xx
BI1
63x.
xx0
1E
xten
tion
IO-M
odul
no.
6 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO7_
Com
m1x
0220
x.xx
BI1
64x.
xx0
1E
xten
tion
IO-M
odul
no.
7 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO8_
Com
m1x
0221
x.xx
BI1
65x.
xx0
1E
xter
nala
l IO
-Mod
ul n
o. 8
- co
mm
unic
atio
n er
ror
Tem
p. s
enso
rA
larm
Spe
cial
AlrA
ddO
nSen
s11x
0222
x.xx
BI1
67x.
xx0
1A
ddon
sen
sor 1
- S
enso
r erro
rTe
mp.
sen
sor
Ala
rmS
peci
alA
lrAdd
OnS
ens2
1x02
23x.
xxB
I168
x.xx
01
Add
on s
enso
r 2 -
Sen
sor e
rror
Tem
p. s
enso
rA
larm
Spe
cial
AlrA
ddO
nSen
s31x
0224
x.xx
BI1
69x.
xx0
1A
ddon
sen
sor 3
- S
enso
r erro
rTe
mp.
sen
sor
Ala
rmS
peci
alA
lrAdd
OnS
ens4
1x02
25x.
xxB
I170
x.xx
01
Add
on s
enso
r 4 -
Sen
sor e
rror
Coo
ling,
DX
Sta
tus
Spe
cial
RO
HR
iFaA
ctiv
1x02
26x.
xxB
I174
x.xx
01
Spe
cial
cus
tom
er c
ode
func
tiona
lity
Com
bi c
oil
Sta
tus
Sta
ndar
dC
mbE
nCtrl
MB
NA
x.xx
BI1
754.
180
10
Com
biC
oil e
nabl
e H
eat/C
ool c
trl v
ia M
BC
ombi
coi
lS
tatu
sS
tand
ard
Cm
b2C
oolR
el1x
0227
x.xx
BI1
73x.
xx0
1C
ombi
coi
l; C
oolin
g re
lay
no. 2
akt
ive
Hea
ting
coil
2, W
ater
A
larm
Sta
ndar
dH
W2F
rost
Alr
1x01
51x.
xxB
I87
x.xx
01
Hea
ting
coil
2 - F
rost
ala
rmH
eatin
g co
il 2,
Wat
er
Sta
tus
Sta
ndar
dH
W2F
rost
Reg
1x01
52x.
xxB
I84
x.xx
01
Hea
ting
coil
2 - F
rost
con
trol a
ctiv
eH
eatin
g co
il 2,
Wat
er
Sta
tus
Sta
ndar
dH
W2P
umpE
xer
1x01
53x.
xxB
I85
x.xx
01
Hea
ting
coil
2 - C
ircul
atio
n pu
mp,
pum
p ex
erci
sing
act
ive
Hea
ter c
oil 2
Sta
tus
Sta
ndar
dH
eat_
RE
21x
0154
x.xx
BI2
784.
220
1H
eatin
g re
lay
2 (E
xtM
od-R
eser
ve)
Hea
ting
coil
2, E
lect
ricS
tatu
sS
peci
alH
eat_
RE
211x
0155
x.xx
BI2
12x.
xx0
1H
eatin
g re
lay
21 (E
xtM
od-R
eser
ve)
Hea
ting
coil
2, E
lect
ricS
tatu
sS
peci
alH
eat_
RE
221x
0156
x.xx
BI2
13x.
xx0
1H
eatin
g re
lay
22 (E
xtM
od-R
eser
ve)
Hea
ting
coil
2, E
lect
ricS
tatu
sS
peci
alH
eat_
RE
231x
0157
x.xx
BI2
14x.
xx0
1H
eatin
g re
lay
23 (E
xtM
od-R
eser
ve)
Hea
ting
coil
2, E
lect
ricS
tatu
sS
peci
alH
eat_
RE
241x
0159
x.xx
BI2
15x.
xx0
1H
eatin
g re
lay
24 (E
xtM
od-R
eser
ve)
Hea
ting
coil
2, E
lect
ricS
tatu
sS
peci
alH
eat_
RE
251x
0160
x.xx
BI2
16x.
xx0
1H
eatin
g re
lay
25 (E
xtM
od-R
eser
ve)
Tem
p. s
enso
rA
larm
Spe
cial
Add
OnT
Sen
s1E
rr1x
0161
x.xx
BI7
9x.
xx0
1A
dd o
n se
nsor
1 -
Sen
sor f
ault
Tem
p. s
enso
rA
larm
Spe
cial
Add
OnT
Sen
s2E
rr1x
0162
x.xx
BI8
0x.
xx0
1A
dd o
n se
nsor
2 -
Sen
sor f
ault
Tem
p. s
enso
rA
larm
Spe
cial
Add
OnT
Sen
s3E
rr1x
0163
x.xx
BI8
1x.
xx0
1A
dd o
n se
nsor
3 -
Sen
sor f
ault
Tem
p. s
enso
rA
larm
Spe
cial
Add
OnT
Sen
s4E
rr1x
0164
x.xx
BI8
2x.
xx0
1A
dd o
n se
nsor
4 -
Sen
sor f
ault
Hea
ting
coil
1, W
ater
A
larm
Sta
ndar
dH
W_S
tatL
uftA
lr1x
0165
x.xx
NA
NA
01
Sta
tus
frost
ther
mos
tat a
larm
(dig
ital i
nput
)H
eat e
xcha
nger
Ala
rmS
tand
ard
AlrF
rzB
attE
XC
1x01
66x.
xxB
I100
x.xx
01
Fros
t ala
rm fl
uid-
coup
led
coil
(Coi
lEX
C)
Hum
idifi
erA
larm
Sta
ndar
dH
umid
AlrI
np1x
0169
x.xx
NA
NA
01
Hum
idifi
er a
larm
sta
tus
Com
bi c
oil
Ala
rmS
tand
ard
Com
biTS
enE
rr1x
0170
x.xx
BI2
794.
220
1C
ombi
coi
l - R
etur
n se
nsor
- S
enso
r fau
ltC
ombi
coi
lA
larm
Sta
ndar
dC
ombi
Fros
tAlrH
1x01
71x.
xxB
I280
4.22
01
Com
bi c
oil -
Fro
st a
larm
Com
bi c
oil
Sta
tus
Sta
ndar
dC
ombi
Fros
tReg
1x01
72x.
xxB
I281
4.22
01
Com
bi c
oil -
Fro
st p
rote
ctio
n ac
tive
Com
bi c
oil
Sta
tus
Sta
ndar
dC
ombi
Pum
pExe
r1x
0173
x.xx
BI2
824.
220
1C
ombi
coi
l - C
ircul
atio
n pu
mp,
pum
p ex
erci
sing
act
ive
Com
bi c
oil
Sta
tus
Sta
ndar
dC
ombi
Coo
lRel
1x01
74x.
xxB
I283
4.22
01
Com
bi c
oil;
Coo
ling
rela
y ak
tive
Com
bi c
oil
Sta
tus
Sta
ndar
dC
ombi
Hea
tRel
1x01
75x.
xxB
I284
4.22
01
Com
bi c
oil;
Hea
ting
rela
y ak
tive
Hea
ting
coil
2S
tatu
sS
peci
alH
t2D
elay
Sta
tus
1x01
76x.
xxB
I113
x.xx
01
Spe
cial
cus
tom
er c
ode:
Sta
tus
timer
Hea
t2H
eatin
g co
il 2
Sta
tus
Spe
cial
Ht2
Rec
Blk
Act
1x01
77x.
xxB
I115
x.xx
01
Spe
cial
cus
tom
er c
ode:
Blo
kcin
g H
eat2
in re
cirk
ulat
ion
mod
e =
Akt
ivat
edH
eatin
g co
il 2
Sta
tus
Spe
cial
Ht2
Flow
Chg
Act
1x01
78x.
xxB
I112
x.xx
01
Spe
cial
cus
tom
er c
ode:
Flo
w c
hang
ed c
ause
d H
eat2
is a
ktiv
ated
Dam
per,
Rec
ircul
atio
n S
tatu
sS
peci
alIn
tRec
Flow
Sta
t1x
0179
x.xx
BI1
16x.
xx0
1S
peci
al c
usto
mer
cod
e: S
tatu
s lo
w fl
ow d
urin
g 10
0% re
cirk
ulat
ion
Dam
per,
Rec
ircul
atio
n S
tatu
sS
peci
alR
ecC
losD
mpA
ct1x
0180
x.xx
BI1
17x.
xx0
1S
peci
al c
usto
mer
cod
e: R
ecirk
ulat
ion
dam
per i
s cl
osed
Hea
ting
coil
2S
tatu
sS
peci
alH
T2D
elLi
mB
lkN
o1x
0181
x.xx
BI1
14x.
xx0
1S
peci
al c
usto
mer
cod
e: L
imitt
ing
Hea
t2 is
not
act
ivat
edA
HU
con
trolle
rS
tatu
sS
peci
alN
O_C
Sto
pSta
t1x
0182
x.xx
NA
NA
01
Spe
cial
cus
tom
er c
ode:
Out
sdoo
r air
cool
ing:
Sto
p ac
tivat
edH
eatin
g co
il 1
Sta
tus
Spe
cial
HW
1RiF
aAct
iv1x
0183
x.xx
BI1
18x.
xx0
1M
ax. r
aise
-/fal
l-tim
e is
akt
ivat
edD
ampe
r, S
mok
e ev
ac.
Ala
rmS
peci
alA
lr_Fi
reE
vaD
mp
1x01
84x.
xxB
I277
4.22
01
Ala
rm s
mok
e ev
acua
tion
dam
per i
s ac
tivat
edFa
n, S
uppl
y dr
ive
2A
larm
Spe
cial
EC
2sup
MtA
lrVlo
1x01
85x.
xxB
I120
x.xx
01
OJ-
EC
/-DV
2-s
uppl
y ai
r mot
or v
olta
ge lo
w a
larm
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upM
tAlrV
hi1x
0186
x.xx
BI1
21x.
xx0
1O
J-E
C/-D
V 2
-sup
ply
air m
otor
vol
tage
hig
h al
arm
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upM
tAlrI
hi1x
0187
x.xx
BI1
22x.
xx0
1O
J-E
C/-D
V 2
-sup
ply
air m
otor
hig
h cu
rrent
lim
it al
arm
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upM
tAlrT
mp
1x01
88x.
xxB
I123
x.xx
01
OJ-
EC
/-DV
2-s
uppl
y ai
r mot
or te
mpe
ratu
re a
larm
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upM
tAlrP
hs1x
0189
x.xx
BI1
24x.
xx0
1O
J-E
C/-D
V 2
-sup
ply
air m
otor
ala
rm fo
r pha
se e
rror
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upR
otB
lok
1x01
90x.
xxB
I126
x.xx
01
OJ-
EC
/-DV
2-s
uppl
y ai
r mot
or a
larm
for b
lock
ed ro
tor
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2s
upM
tIhiL
im1x
0191
x.xx
BI1
19x.
xx0
1O
J-E
C/-D
V 2
-sup
ply/
supp
ly a
ir m
otor
hig
h cu
rrent
lim
it; s
hortc
uit p
rote
ctio
nFa
n, E
xtra
ct d
rive
2A
larm
Spe
cial
EC
2ext
MtA
lrVlo
1x01
92x.
xxB
I128
x.xx
01
OJ-
EC
/-DV
2-e
xtra
ct/e
xhau
st m
otor
vol
tage
low
ala
rmFa
n, E
xtra
ct d
rive
2A
larm
Spe
cial
EC
2ext
MtA
lrVhi
1x01
93x.
xxB
I129
x.xx
01
OJ-
EC
/-DV
2-e
xtra
ct/e
xhau
st m
otor
vol
tage
hig
h al
arm
Fan,
Ext
ract
driv
e 2
Ala
rmS
peci
alE
C2e
xtM
tAlrI
hi1x
0194
x.xx
BI1
30x.
xx0
1O
J-E
C/-D
V 2
-ext
ract
/exh
aust
mot
or h
igh
curre
nt li
mit
alar
mFa
n, E
xtra
ct d
rive
2A
larm
Spe
cial
EC
2ext
MtA
lrTm
p1x
0195
x.xx
BI1
31x.
xx0
1O
J-E
C/-D
V 2
-ext
ract
/exh
aust
mot
or te
mpe
ratu
re a
larm
Fan,
Ext
ract
driv
e 2
Ala
rmS
peci
alE
C2e
xtM
tAlrP
hs1x
0196
x.xx
BI1
32x.
xx0
1O
J-E
C/-D
V 2
-ext
ract
/exh
aust
mot
or a
larm
for p
hase
erro
rFa
n, E
xtra
ct d
rive
2A
larm
Spe
cial
EC
2ext
Rot
Blo
k1x
0197
x.xx
BI1
34x.
xx0
1O
J-E
C/-D
V 2
-ext
ract
/exh
aust
mot
or a
larm
for b
lock
ed ro
tor
Fan,
Ext
ract
driv
e 2
Ala
rmS
peci
alE
C2e
xtM
tIhiL
im1x
0198
x.xx
BI1
27x.
xx0
1O
J-E
C/-D
V 2
-ext
ract
/exh
aust
mot
or h
igh
curre
nt li
mit;
sho
rtcui
t pro
tect
ion
Tem
p. s
enso
rA
larm
Sta
ndar
dA
lrTTH
6202
Com
1x01
99x.
xxB
I155
x.xx
01
TTH
-620
2 co
mm
unic
atio
n er
ror
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dE
Csu
pMtrA
lrVlo
1x02
00x.
xxB
I138
x.xx
01
OJ-
EC
/-DV
-sup
ply
air m
otor
vol
tage
low
ala
rmFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
supM
trAlrV
hi1x
0201
x.xx
BI1
39x.
xx0
1O
J-E
C/-D
V-s
uppl
y ai
r mot
or v
olta
ge h
igh
alar
mFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
supM
trAlrI
hi1x
0202
x.xx
BI1
40x.
xx0
1O
J-E
C/-D
V-s
uppl
y ai
r mot
or h
igh
curre
nt li
mit
alar
mFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
supM
trAlrT
mp
1x02
03x.
xxB
I141
x.xx
01
OJ-
EC
/-DV
-sup
ply
air m
otor
tem
pera
ture
ala
rmFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
supM
trAlrP
hs1x
0204
x.xx
BI1
42x.
xx0
1O
J-E
C/-D
V-s
uppl
y ai
r mot
or a
larm
for p
hase
erro
rFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
supR
otB
loke
d1x
0205
x.xx
BI1
44x.
xx0
1O
J-E
C/-D
V-s
uppl
y ai
r mot
or a
larm
for b
lock
ed ro
tor
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dE
Csu
pMtrI
hiLi
m1x
0206
x.xx
BI1
37x.
xx0
1O
J-E
C/-D
V-s
uppl
y ai
r mot
or h
igh
curre
nt li
mit;
sho
rtcui
t pro
tect
ion
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
Cex
tMtrA
lrVlo
1x02
07x.
xxB
I146
x.xx
01
OJ-
EC
/-DV
-ext
ract
/exh
aust
mot
or v
olta
ge lo
w a
larm
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
Cex
tMtrA
lrVhi
1x02
08x.
xxB
I147
x.xx
01
OJ-
EC
/-DV
-ext
ract
/exh
aust
mot
or v
olta
ge h
igh
alar
mFa
n, E
xtra
ct d
rive
Ala
rmS
tand
ard
EC
extM
trAlrI
hi1x
0209
x.xx
BI1
48x.
xx0
1O
J-E
C/-D
V-e
xtra
ct/e
xhau
st m
otor
hig
h cu
rrent
lim
it al
arm
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
Cex
tMtrA
lrTm
p1x
0210
x.xx
BI1
49x.
xx0
1O
J-E
C/-D
V-e
xtra
ct/e
xhau
st m
otor
tem
pera
ture
ala
rmFa
n, E
xtra
ct d
rive
Ala
rmS
tand
ard
EC
extM
trAlrP
hs1x
0211
x.xx
BI1
50x.
xx0
1O
J-E
C/-D
V-e
xtra
ct/e
xhau
st m
otor
ala
rm fo
r pha
se e
rror
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
Cex
tRot
Blo
ked
1x02
12x.
xxB
I152
x.xx
01
OJ-
EC
/-DV
-ext
ract
/exh
aust
mot
or a
larm
for b
lock
ed ro
tor
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
Cex
tMtrI
hiLi
m1x
0213
x.xx
BI1
45x.
xx0
1O
J-E
C/-D
V-e
xtra
ct/e
xhau
st m
otor
hig
h cu
rrent
lim
it; s
hortc
uit p
rote
ctio
nIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO1_
Com
m1x
0214
x.xx
BI1
58x.
xx0
1E
xten
tion
IO-M
odul
no.
1 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO2_
Com
m1x
0215
x.xx
BI1
59x.
xx0
1E
xten
tion
IO-M
odul
no.
2 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO3_
Com
m1x
0216
x.xx
BI1
60x.
xx0
1E
xten
tion
IO-M
odul
no.
3 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO4_
Com
m1x
0217
x.xx
BI1
61x.
xx0
1E
xten
tion
IO-M
odul
no.
4 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO5_
Com
m1x
0218
x.xx
BI1
62x.
xx0
1E
xten
tion
IO-M
odul
no.
5 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO6_
Com
m1x
0219
x.xx
BI1
63x.
xx0
1E
xten
tion
IO-M
odul
no.
6 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO7_
Com
m1x
0220
x.xx
BI1
64x.
xx0
1E
xten
tion
IO-M
odul
no.
7 -
com
mun
icat
ion
erro
rIO
Ext
ensi
on m
odul
eA
larm
Sta
ndar
dA
lrExt
IO8_
Com
m1x
0221
x.xx
BI1
65x.
xx0
1E
xter
nala
l IO
-Mod
ul n
o. 8
- co
mm
unic
atio
n er
ror
Tem
p. s
enso
rA
larm
Spe
cial
AlrA
ddO
nSen
s11x
0222
x.xx
BI1
67x.
xx0
1A
ddon
sen
sor 1
- S
enso
r erro
rTe
mp.
sen
sor
Ala
rmS
peci
alA
lrAdd
OnS
ens2
1x02
23x.
xxB
I168
x.xx
01
Add
on s
enso
r 2 -
Sen
sor e
rror
Tem
p. s
enso
rA
larm
Spe
cial
AlrA
ddO
nSen
s31x
0224
x.xx
BI1
69x.
xx0
1A
ddon
sen
sor 3
- S
enso
r erro
rTe
mp.
sen
sor
Ala
rmS
peci
alA
lrAdd
OnS
ens4
1x02
25x.
xxB
I170
x.xx
01
Add
on s
enso
r 4 -
Sen
sor e
rror
Coo
ling,
DX
Sta
tus
Spe
cial
RO
HR
iFaA
ctiv
1x02
26x.
xxB
I174
x.xx
01
Spe
cial
cus
tom
er c
ode
func
tiona
lity
Com
bi c
oil
Sta
tus
Sta
ndar
dC
mbE
nCtrl
MB
NA
x.xx
BI1
754.
180
10
Com
biC
oil e
nabl
e H
eat/C
ool c
trl v
ia M
BC
ombi
coi
lS
tatu
sS
tand
ard
Cm
b2C
oolR
el1x
0227
x.xx
BI1
73x.
xx0
1C
ombi
coi
l; C
oolin
g re
lay
no. 2
akt
ive
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dE
Csu
pEE
P_E
rr1x
0228
x.xx
BI1
78x.
xx0
1S
uppl
y ai
r fan
EE
prom
erro
rFa
n, S
uppl
y dr
ive
2A
larm
Spe
cial
EC
2sup
EE
P_E
rr1x
0229
x.xx
BI1
79x.
xx0
1S
uppl
y ai
r fan
2 E
Epr
om e
rror
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
Cex
tEE
P_E
rr1x
0230
x.xx
BI1
80x.
xx0
1E
xhau
st a
ir fa
n E
Epr
om e
rror
Fan,
Ext
ract
driv
e 2
Ala
rmS
peci
alE
C2e
xtE
EP
_Err
1x02
31x.
xxB
I181
x.xx
01
Exh
aust
air
fan
2 E
Eep
rom
erro
rTe
mp.
sen
sor
Ala
rmS
tand
ard
TTH
6040
Com
Alr
1x02
32x.
xxB
I182
x.xx
01
TTH
-604
0 co
mm
unik
atio
n er
ror
Coo
ling,
DX
Ala
rmS
peci
alLo
wO
ilDX
HP
Alr
1x02
33x.
xxB
I183
x.xx
01
Low
oil
leve
l coo
ling
com
pres
sor
AH
U c
ontro
ller
Fire
Sta
ndar
dA
lrFire
Man
Sto
p1x
0234
x.xx
BI2
03x.
xx0
1Fi
re m
ann
stop
Dam
per,
Sm
oke
evac
.S
mok
eS
tand
ard
AlrS
mok
Eva
c1x
0235
x.xx
BI2
04x.
xx0
1S
mok
e ev
acua
tion
activ
ated
Tem
p. R
oom
Ala
rmS
tand
ard
BM
SR
oom
TOO
R1x
0236
x.xx
BI2
01x.
xx0
1B
MS
room
sen
sor o
ut o
f ran
geTe
mp.
Out
doo
r A
larm
Sta
ndar
dB
MS
Out
DTO
OR
1x02
37x.
xxB
I202
x.xx
01
BM
S o
utdo
or te
mpe
ratu
re o
ut o
f ran
geFa
n, S
mok
e ev
ac.
Ala
rmS
tand
ard
AlrS
mok
Eva
Fan
1x02
38x.
xxB
I205
x.xx
01
Sm
oke
evac
uatio
n fa
n al
arm
Dam
per,
Fres
h ai
rS
tatu
sS
tand
ard
Sta
tInle
Rel
1x02
40x.
xxB
I206
x.xx
01
Out
put f
or o
utdo
or a
ir/ex
haus
t air
activ
eD
ampe
r, S
uppl
y ai
rS
tatu
sS
tand
ard
Sta
tSup
Rel
1x02
41x.
xxB
I207
x.xx
01
Out
put f
or s
uppl
y ai
r dam
per a
ktiv
eD
ampe
r, R
ecirc
ulat
ion
Sta
tus
Sta
ndar
dS
tatR
ecR
el1x
0242
x.xx
BI2
08x.
xx0
1O
utpu
t for
reci
rcut
atio
n da
mpe
r ak
tive
Tem
p. O
ut d
oor
Ala
rmS
tand
ard
ExO
utD
Sen
sErr
1x02
43x.
xxB
I209
x.xx
01
Ext
erna
l out
door
tem
pera
ture
sen
sor -
sen
sor e
rror
Pre
heat
er c
oil,
wat
erA
larm
Sta
ndar
dP
HTe
mpS
ensE
rr1x
0244
x.xx
BI2
10x.
xx0
1Te
mpe
ratu
re s
enso
r pre
-hea
ter -
sen
sor e
rror
Coo
ling
coil
Ala
rmS
tand
ard
CW
_TS
ensE
rr1x
0245
x.xx
BI2
11x.
xx0
1C
oolin
g w
ater
sup
ply
tem
pera
ture
- se
nsor
erro
rH
eatin
g co
il 1,
Ele
ctric
Sta
tus
Sta
ndar
dH
eat_
RE
261x
0246
x.xx
BI2
17x.
xx0
1H
eatin
g re
lay2
6 (E
xtM
od-R
eser
ve)
Com
bi c
oil
Sta
tus
Sta
ndar
dC
ombi
_Pum
pRE
1x02
47x.
xxB
I218
x.xx
01
Pum
p re
lay
com
bi c
oil a
ctiv
ated
Hea
ting
coil
2, E
lect
ricA
larm
Sta
ndar
dE
L2_O
verH
tBac
1x02
48x.
xxB
I221
x.xx
01
Ele
ctric
coi
l 2: H
igh
tem
pera
ture
ala
rm s
igna
lH
eatin
g co
il 2,
Ele
ctric
Ala
rmS
tand
ard
AlrB
at2C
onta
ct1x
0249
x.xx
BI2
22x.
xx0
1E
lect
ric c
oil 2
: Rel
ay s
tuck
Filte
rA
larm
Sta
ndar
dO
utFi
ltAlrO
n1x
0250
x.xx
BI2
23x.
xx0
1A
larm
- Ti
me
is o
ut fo
r filt
er c
hang
e su
pply
air
filte
rFi
lter
Ala
rmS
tand
ard
Ext
FiltA
lrOn
1x02
51x.
xxB
I224
x.xx
01
Ala
rm -
Tim
e is
out
for f
ilter
cha
nge
exha
ust a
ir fil
ter
Filte
rC
alib
ratio
nS
tand
ard
FiltC
aliD
one
NA
NA
BI2
27x.
xx0
10
Filte
r Cal
ibra
tion
done
(val
id fi
lterp
ress
dat
a) D
YNA
MIC
MO
DE
ON
LYFa
nS
peed
Sta
ndar
dE
xtD
rfMeP
erio
dN
AN
AB
I228
x.xx
01
0In
put f
or fo
rced
med
ium
spe
ed
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dFC
AlrS
upP
oLim
1x02
52x.
xxB
I229
x.xx
01
Ala
rm -
Sup
ply
air f
an, P
ower
lim
itFa
n, E
xtra
ct d
rive
Ala
rmS
tand
ard
FCA
lrExt
PoL
im1x
0253
x.xx
BI2
30x.
xx0
1A
larm
- E
xhau
st a
ir fa
n, P
ower
lim
itFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
FCA
lrSup
DV
RB
lk1x
0254
x.xx
BI2
31x.
xx0
1A
larm
- S
uppl
y ai
r fan
DV
-FC
Rot
or b
loke
dFa
n, E
xtra
ct d
rive
Ala
rmS
tand
ard
FCA
lrExt
DV
RB
lk1x
0255
x.xx
BI2
32x.
xx0
1A
larm
- E
xhau
st a
ir fa
n, D
V-F
C R
otor
blo
ked
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dD
VA
lrSup
ISto
p1x
0256
x.xx
BI2
33x.
xx0
1A
larm
- S
uppl
y ai
r fan
1, H
igh
Cur
rent
Sto
pFa
n, S
uppl
y dr
ive
2A
larm
Sta
ndar
dD
V2A
lrSup
ISto
p1x
0257
x.xx
BI2
35x.
xx0
1A
larm
- S
uppl
y ai
r fan
2, H
igh
Cur
rent
Sto
pFa
n, E
xtra
ct d
rive
Ala
rmS
tand
ard
DV
AlrE
xtIS
top
1x02
58x.
xxB
I234
x.xx
01
Ala
rm -
Exh
aust
air
fan1
, Hig
h C
urre
nt S
top
Fan,
Ext
ract
driv
e 2
Ala
rmS
tand
ard
DV
2AlrE
xtIS
top
1x02
59x.
xxB
I236
x.xx
01
Ala
rm -
Exh
aust
air
fan2
, Hig
h C
urre
nt S
top
Com
bi c
oil
Sta
tus
Sta
ndar
dC
mbH
eatS
tate
1x02
60x.
xxB
I237
x.xx
01
Sta
tus
com
bi c
oil =
Hea
ting
Com
bi c
oil
Sta
tus
Sta
ndar
dC
mbC
oolS
tate
1x02
61x.
xxB
I238
x.xx
01
Sta
tus
com
bi c
oil =
Hea
ting
Pre
heat
er c
oil,
elec
tric
Ala
rmS
tand
ard
Pre
_Ove
rHtB
ac1x
0262
x.xx
BI2
39x.
xx0
1A
larm
= o
ver h
eatin
g pr
e-he
ater
Pre
heat
er c
oil,
elec
tric
Ala
rmS
tand
ard
AlrP
rhC
onta
ct1x
0263
x.xx
BI2
40x.
xx0
1A
larm
= p
rehe
ater
rela
y ha
ngin
gFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
Sup
HiIO
Alr
1x02
64x.
xxB
I241
x.xx
01
Ala
rm O
J-E
C/-D
V s
uppl
y ai
r = H
igh
IO c
urre
nt
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
CE
xtH
iIOA
lr1x
0265
x.xx
BI2
42x.
xx0
1A
larm
OJ-
EC
/-DV
ext
ract
air
= H
igh
IO c
urre
nt
Fan,
Sup
ply
driv
e 2
Ala
rmS
peci
alE
C2S
upH
iIOA
lr1x
0266
x.xx
BI2
43x.
xx0
1A
larm
OJ-
EC
/-DV
2 su
pply
air
= H
igh
IO c
urre
nt
Fan,
Ext
ract
driv
e 2
Ala
rmS
peci
alE
C2E
xtH
iIOA
lr1x
0267
x.xx
BI2
44x.
xx0
1A
larm
OJ-
EC
/-DV
2 ex
tract
air
= H
igh
IO c
urre
nt
CV
M M
ini M
eter
Ala
rmS
tand
ard
AlrC
omm
CV
MM
ini
1x02
684.
21N
A4.
210
1C
omm
unic
atio
n C
VM
Min
i Met
erC
VM
Min
i Met
erA
larm
Sta
ndar
dA
lrCom
mC
VM
Coo
l1x
0269
4.21
NA
4.21
01
Com
mun
icat
ion
CV
M M
ini C
ool M
eter
Fan,
sup
ply
Ala
rmS
tand
ard
AlrS
upFa
nSto
p1x
0270
4.18
BI2
454.
180
1B
-Alr
Sup
Fan
is s
topp
edH
MI d
ispl
ayA
larm
Sta
ndar
dA
lrCom
HM
I20
1x02
714.
18N
AN
A0
1A
-Alr
Com
m E
rror H
MI2
0D
ampe
r, S
mok
e ev
ac.
Ala
rmS
peci
alA
lrSM
Eva
cDm
p1x
0272
4.18
BI2
464.
180
1S
mok
e E
vac
Dam
per n
ot in
pos
ition
Dam
per,
Sm
oke
evac
.A
larm
Spe
cial
AlrS
MB
Pas
sDm
p1x
0273
4.18
BI2
474.
180
1S
mok
e B
ypas
s D
ampe
r not
in p
ositi
onP
ress
ure
Ala
rmS
tand
ard
DP
TH_1
Com
Alr
1x02
744.
18B
I248
4.18
01
Com
mun
icat
ion
Ala
rm D
PTH
1P
ress
ure
Ala
rmS
tand
ard
DP
TH_2
Com
Alr
1x02
754.
18B
I249
4.18
01
Com
mun
icat
ion
Ala
rm D
PTH
2P
ress
ure
Ala
rmS
tand
ard
DP
TH_3
Com
Alr
1x02
764.
18B
I250
4.18
01
Com
mun
icat
ion
Ala
rm D
PTH
3P
ress
ure
Ala
rmS
tand
ard
DP
TH_4
Com
Alr
1x02
774.
18B
I251
4.18
01
Com
mun
icat
ion
Ala
rm D
PTH
4P
ress
ure
Ala
rmS
tand
ard
DP
TH_5
Com
Alr
1x02
784.
18B
I252
4.18
01
Com
mun
icat
ion
Ala
rm D
PTH
5Fi
lter
Ala
rmS
tand
ard
Sup
Filt2
AlrO
n1x
0279
4.18
BI2
554.
180
1A
larm
from
Sup
plyf
ilter
2filt
ertim
erFi
lter
Ala
rmS
tand
ard
Ext
Filt2
AlrO
n1x
0280
4.18
BI2
564.
180
1A
larm
from
Ext
ract
filte
r2tim
erH
eatin
gA
larm
Sta
ndar
dA
lrFro
stLu
ft1x
0281
4.18
BI8
34.
180
1A
larm
fros
t the
rmos
tat a
larm
(dig
ital i
nput
)Fa
n, S
uppl
y dr
ive
2A
larm
Spe
cial
EC
2sup
_ErrD
ir1x
0282
4.18
BI1
254.
18O
J-E
C/-D
V2-
Sup
ply
air m
otor
Dire
ctio
n er
ror
Fan,
Ext
ract
driv
e 2
Ala
rmS
peci
alE
C2e
xt_E
rrDir
1x02
834.
18B
I133
4.18
01
OJ-
EC
/-DV
-Ext
ract
Mot
or D
irect
ion
erro
rFa
n, S
uppl
y dr
ive
2A
larm
Spe
cial
AlrE
C2S
upC
om1x
0284
4.18
BI1
354.
180
1O
J-E
C/-D
V2
Sup
ply
Com
m A
larm
Fan,
Ext
ract
driv
e 2
Ala
rmS
peci
alA
lrEC
2Ext
Com
1x02
854.
18B
I136
4.18
01
OJ-
EC
/-DV
2 E
xtra
ct C
omm
Ala
rmFa
n, S
uppl
y dr
ive
Ala
rmS
tand
ard
EC
sup_
ErrD
ir1x
0286
4.18
BI1
434.
180
1O
J-E
C/-D
V-S
uppl
yMot
or D
irect
ion
erro
rFa
n, E
xtra
ct d
rive
Ala
rmS
tand
ard
EC
ext_
ErrD
ir1x
0287
4.18
BI1
514.
180
1O
J-E
C/-D
V-E
xtra
ctM
otor
Dire
ctio
n er
ror
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dA
lrOJ_
EC
S_C
omm
1x02
884.
18B
I153
4.18
01
OJ-
EC
/-DV
Sup
ply
Com
m A
larm
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dA
lrOJ_
EC
E_C
omm
1x02
894.
18B
I154
4.18
01
OJ-
EC
/-DV
Ext
ract
Com
m A
larm
Dam
per,
Sm
oke
evac
.A
larm
Spe
cial
AlrB
DR
es7C
om1x
0290
4.18
BI1
564.
180
1C
omm
unic
atio
n A
larm
Bel
imo
Res
No7
Dam
per
Dam
per,
Sm
oke
evac
.A
larm
Spe
cial
AlrB
DR
es7P
os1x
0291
4.18
BI1
574.
180
1P
ositi
on A
larm
Bel
imo
Res
No7
Dam
per
Tem
p. s
enso
rA
larm
Spe
cial
AlrS
upTe
mp2
1x02
924.
18B
I166
4.18
01
Sup
plys
enso
r 2 a
larm
Fan,
Sup
ply
driv
eA
larm
Sta
ndar
dA
lrSup
Mtr
1x02
934.
18B
I171
4.18
01
Sup
Mot
or A
larm
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dA
lrExt
Mtr
1x02
944.
18B
I172
4.18
01
Ext
Mot
or A
larm
Fan,
ATV
driv
e A
larm
Spe
cial
AlrA
tvS
upC
omm
1x02
954.
18B
I96
4.18
01
Ala
rm A
tv C
omm
unic
atio
n al
arm
Sup
ply
Fan,
ATV
driv
e A
larm
Spe
cial
AlrA
tvE
xtC
omm
1x02
964.
18B
I97
4.18
01
Ala
rm A
tv C
com
mun
icat
ion
alar
m E
xtra
ctFa
n, A
TV d
rive
Ala
rmS
peci
alA
lrAtv
Sup
FC1x
0297
4.18
BI9
84.
180
1A
larm
Atv
FC
Sup
ply
Fan,
ATV
driv
e A
larm
Spe
cial
AlrA
tvE
xtFC
1x02
984.
18B
I99
4.18
01
Ala
rm A
tv F
C E
xtra
ctP
rehe
ater
coi
l, el
ectri
cA
larm
Spe
cial
AlrD
eIce
Con
t1x
0299
4.18
BI1
014.
180
1C
onta
ct e
rror D
eIce
r El-c
oil
Pre
heat
er c
oil,
elec
tric
Ala
rmS
peci
alA
lrDeI
ceO
verh
1x03
004.
18B
I102
4.18
01
DeI
cer o
verh
eatin
gsal
arm
El-c
oil
Pre
heat
er c
oil,
elec
tric
Ala
rmS
peci
alA
lrDeI
ceR
educ
1x03
014.
18B
I103
4.18
01
DeI
cer p
ower
redu
ctio
n al
arm
El-c
oil
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
xtM
otor
Ala
rm1x
0302
4.18
BI6
04.
180
1E
xtra
ctM
otor
ON
/OFF
Zone
, PIR
Sta
tus
Sta
ndar
dZM
_PIR
1x03
034.
19B
I257
4.19
01
Zone
Con
trol P
IR A
ctiv
eZo
ne 1
Sta
tus
Sta
ndar
dZM
1_W
inFr
ost
1x03
044.
19B
I258
4.19
01
Zone
Mod
ule
1 - W
indo
wFr
ost V
alue
Zone
1S
tatu
sS
tand
ard
ZM1_
PIR
1x03
054.
19B
I259
4.19
01
Zone
Mod
ule
1 - P
IR A
ctiv
eZo
ne 1
Sta
tus
Sta
ndar
dZM
1_R
oom
TmpE
rr1x
0306
4.19
BI2
604.
190
1Zo
neM
odul
e 1
- Roo
m T
emp
Sen
sor E
rror
Zone
1S
tatu
sS
tand
ard
ZM1_
Sup
Tem
pErr
1x03
074.
19B
I261
4.19
01
Zone
Mod
ule
1 - S
uppl
y Te
mp
Sen
sor E
rror
Zone
2S
tatu
sS
tand
ard
ZM2_
Win
Fros
t1x
0308
4.19
BI2
624.
190
1Zo
neM
odul
e 2
- Win
dow
Fros
t Val
ueZo
ne 2
Sta
tus
Sta
ndar
dZM
2_P
IR1x
0309
4.19
BI2
634.
190
1Zo
neM
odul
e 2
- PIR
Act
ive
Zone
2S
tatu
sS
tand
ard
ZM2_
Roo
mTm
pErr
1x03
104.
19B
I264
4.19
01
Zone
Mod
ule
2 - R
oom
Tem
p S
enso
r Erro
rZo
ne 2
Sta
tus
Sta
ndar
dZM
2_S
upTe
mpE
rr1x
0311
4.19
BI2
654.
190
1Zo
neM
odul
e 2
- Sup
ply
Tem
p S
enso
r Erro
rZo
ne 3
Sta
tus
Sta
ndar
dZM
3_W
inFr
ost
1x03
124.
19B
I266
4.19
01
Zone
Mod
ule
3 - W
indo
wFr
ost V
alue
Zone
3S
tatu
sS
tand
ard
ZM3_
PIR
1x03
134.
19B
I267
4.19
01
Zone
Mod
ule
3 - P
IR A
ctiv
eZo
ne 3
Sta
tus
Sta
ndar
dZM
3_R
oom
TmpE
rr1x
0314
4.19
BI2
684.
190
1Zo
neM
odul
e 3
- Roo
m T
emp
Sen
sor E
rror
Zone
3S
tatu
sS
tand
ard
ZM3_
Sup
Tem
pErr
1x03
154.
19B
I269
4.19
01
Zone
Mod
ule
3 - S
uppl
y Te
mp
Sen
sor E
rror
Zone
4S
tatu
sS
tand
ard
ZM4_
Win
Fros
t1x
0316
4.19
BI2
704.
190
1Zo
neM
odul
e 4
- Win
dow
Fros
t Val
ueZo
ne 4
Sta
tus
Sta
ndar
dZM
4_P
IR1x
0317
4.19
BI2
714.
190
1Zo
neM
odul
e 4
- PIR
Act
ive
Zone
4S
tatu
sS
tand
ard
ZM4_
Roo
mTm
pErr
1x03
184.
19B
I272
4.19
01
Zone
Mod
ule
4 - R
oom
Tem
p S
enso
r Erro
rZo
ne 4
Sta
tus
Sta
ndar
dZM
4_S
upTe
mpE
rr1x
0319
4.19
BI2
734.
190
1Zo
neM
odul
e 4
- Sup
ply
Tem
p S
enso
r Erro
rC
oolin
g co
ilS
tatu
sS
tand
ard
Coo
l_R
E2
1x03
204.
22B
I274
4.21
01
Coo
ling
Rel
ay 2
Coo
ling
coil
Sta
tus
Sta
ndar
dC
ool_
RE
31x
0321
4.22
BI2
754.
210
1C
oolin
g R
elay
3C
oolin
g co
ilS
tatu
sS
tand
ard
Coo
l_R
E4
1x03
224.
22B
I276
4.21
01
Coo
ling
Rel
ay 4
Fan,
sup
ply
Ala
rmS
tand
ard
AlrC
omS
upFa
n1x
0500
x.xx
BI1
85x.
xx0
1C
omm
on A
larm
- su
pply
air
fan
Fan,
sup
ply
Ala
rmS
tand
ard
AlrC
omS
upFl
Du
1x05
01x.
xxB
I187
x.xx
01
Com
mon
Ala
rm -
supp
ly p
ress
ure/
flow
Fan
Ala
rmS
tand
ard
AlrC
omE
xtFa
n1x
0502
x.xx
BI1
86x.
xx0
1C
omm
on A
larm
- ex
tract
fan
Fan
Ala
rmS
tand
ard
AlrC
omE
xtFl
Du
1x05
03x.
xxB
I188
x.xx
01
Com
mon
Ala
rm -
extra
ct p
ress
ure/
flow
Hea
ting
coil,
Wat
er
Ala
rmS
tand
ard
AlrC
omH
WP
ump
1x05
04x.
xxB
I184
x.xx
01
Com
mon
Ala
rm -
circ
ulat
ion
pum
pH
eat e
xcha
nger
Ala
rmS
tand
ard
AlrC
omE
XC
1x05
05x.
xxB
I189
x.xx
01
Com
mon
Ala
rm -
heat
exc
hang
erH
eatin
g co
il, W
ater
A
larm
Sta
ndar
dA
lrCom
Free
ze1x
0506
x.xx
BI1
90x.
xx0
1C
omm
on A
larm
- fro
stH
eatin
g co
il, E
lect
ricA
larm
Sta
ndar
dA
lrCom
ElH
eat
1x05
07x.
xxB
I191
x.xx
01
Com
mon
Ala
rm -
elec
tric
heat
ing
coil
AH
U c
ontro
ller
Ala
rmS
tand
ard
AlrC
omTe
mp
1x05
08x.
xxB
I192
x.xx
01
Com
mon
Ala
rm -
tem
pera
ture
hig
h/lo
wFi
lter
Ala
rmS
tand
ard
AlrC
omS
Filt
1x05
09x.
xxB
I193
x.xx
01
Com
mon
Ala
rm -
supp
ly fi
lter
Filte
rA
larm
Sta
ndar
dA
lrCom
EFi
lt1x
0510
x.xx
BI1
94x.
xx0
1C
omm
on A
larm
- ex
tract
filte
rTe
mp.
sen
sor
Ala
rmS
tand
ard
AlrC
omTm
pSen
s1x
0511
x.xx
BI1
95x.
xx0
1C
omm
on A
larm
- te
mpe
ratu
re s
enso
rC
oolin
g co
ilA
larm
Sta
ndar
dA
lrCom
Coo
l1x
0512
x.xx
BI1
96x.
xx0
1C
omm
on A
larm
- co
olin
gD
ampe
r, D
irect
Mod
bus
Ala
rmS
tand
ard
AlrC
omB
Dam
p1x
0513
x.xx
BI1
97x.
xx0
1C
omm
on A
larm
Bel
imo
dam
per
AH
U c
ontro
ller
Ala
rmS
tand
ard
AlrC
omIn
tern
1x05
14x.
xxB
I198
x.xx
01
Com
mon
Ala
rm -
Inte
rnal
Mod
bus
erro
rA
HU
con
trolle
rS
tatu
sS
tand
ard
BM
S_I
npS
tat
1x05
154.
18B
I199
4.18
01
Act
ivat
e B
MS
con
trol
AH
U c
ontro
ller
Sta
tus
Sta
ndar
dE
xter
nLow
Sta
te1x
0522
x.xx
BI2
00x.
xx0
1In
put e
xter
nal l
ow s
peed
AH
U c
ontro
ller
Sta
tus
Sta
ndar
dS
tartI
npS
tate
1x05
23x.
xxB
I177
x.xx
01
Sta
tus
exte
rnal
sta
rt in
put
1. In
fo1.
Info
1. In
fo1.
Info
Inpu
t reg
iste
r (R
)A
nalo
g in
put (
R)
1. In
fo1.
Info
1. In
fo1.
Info
1. In
fo
AH
U c
ontro
ller
Con
trol
Sta
ndar
dD
riftM
ode
3x00
01x.
xxA
I0x.
xx0
500
Act
ual o
pera
ting
mod
e00
0-09
9: U
nit s
topp
ed10
0-19
9: U
nit i
n lo
w s
peed
mod
e20
0-29
9: U
nit i
n hi
gh s
peed
mod
e30
0-39
9: U
nit i
n sp
ec. c
ontro
l mod
e41
0-41
4: U
nit i
n m
ediu
m s
peed
mod
eP
ress
ure
Cur
rent
val
ueS
tand
ard
Sup
Duc
tPa
Pa
3x00
03x.
xxA
I1x.
xx0
5000
Act
ual s
uppl
y du
ct p
ress
ure
[Pa]
Pre
ssur
eS
et p
oint
Sta
ndar
dS
upD
uctP
aRgS
etP
a3x
0004
x.xx
AI2
x.xx
020
00S
etpo
int f
or s
uppl
y du
ct p
ress
ure
cont
rolle
r [P
a]P
ress
ure
Cur
rent
val
ueS
tand
ard
Ext
Duc
tPa
Pa
3x00
05x.
xxA
I3x.
xx0
5000
Act
ual e
xtra
ct d
uct p
ress
ure
[Pa]
Pre
ssur
eS
et p
oint
Sta
ndar
dE
xtD
uctP
aRgS
etP
a3x
0006
x.xx
AI4
x.xx
020
00S
etpo
int f
or e
xtra
ct d
uct p
ress
ure
cont
rolle
r [P
a]Fa
nC
urre
nt v
alue
Sta
ndar
dS
upFl
owl/s
3x00
07x.
xxA
I5x.
xx0
3000
0A
ctua
l sup
ply
flow
[l/s
] or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)Fa
nS
et p
oint
Sta
ndar
dS
upFl
owR
egS
etl/s
3x00
08x.
xxA
I6x.
xx0
3000
0S
etpo
int f
or s
uppl
y flo
w c
ontro
ller [
l/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Fan
Cur
rent
val
ueS
tand
ard
Ext
Flow
l/s3x
0009
x.xx
AI7
x.xx
030
000
Act
ual e
xtra
ct fl
ow [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Fan
Set
poi
ntS
tand
ard
Ext
Flow
Reg
Set
l/s3x
0010
x.xx
AI8
x.xx
030
000
Set
poin
t for
ext
ract
flow
con
trolle
r [l/s
] or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)C
O2
sens
orC
urre
nt v
alue
Sta
ndar
dC
O2_
ppm
Mea
spp
m3x
0011
x.xx
AI9
x.xx
010
000
CO
2 co
ncen
tratio
n re
cord
ed b
y C
O2
sens
or [p
pm]
Fan
Cur
rent
val
ueS
tand
ard
MtrF
anS
upV
in%
3x00
12x.
xxA
I10
x.xx
010
000
0-10
V D
C s
igna
l to
supp
ly m
otor
Fa
nC
urre
nt v
alue
Sta
ndar
dM
trFan
Ext
Vin
%3x
0013
x.xx
AI1
1x.
xx0
1000
00-
10 V
DC
sig
nal t
o ex
tract
mot
or
Fan
optim
izer
Cur
rent
val
ueS
tand
ard
FAN
_Sup
Prc
Mea
s%
3x00
14x.
xxA
I12
x.xx
010
000
Vol
tage
on
fan
optim
izer
inpu
t: su
pply
sig
nal [
1/10
0%]
Fan
optim
izer
Cur
rent
val
ueS
tand
ard
FAN
_Ext
Prc
Mea
s%
3x00
15x.
xxA
I13
x.xx
010
000
Vol
tage
on
fan
optim
izer
inpu
t: ex
tract
sig
nal [
1/10
0%]
Fan
Set
poi
ntS
tand
ard
Sup
FC_M
axFl
owl/s
3x00
16x.
xxA
I14
x.xx
100
3000
010
000
Sup
ply
FC m
ax. f
low
[l/s
] or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)
Fan
Set
poi
ntS
tand
ard
Ext
FC_M
axFl
owl/s
3x00
17x.
xxA
I15
x.xx
100
3000
010
000
Ext
ract
FC
max
. flo
w [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Tem
p. S
uppl
yC
urre
nt v
alue
Sta
ndar
dS
upTe
mp
°C3x
0020
x.xx
AI1
6x.
xx0
6000
Act
ual s
uppl
y te
mpe
ratu
re [1
/100
°C]
Tem
p. S
uppl
yS
et p
oint
Sta
ndar
dS
upTe
mpR
egS
et°C
3x00
21x.
xxA
I17
x.xx
040
00S
etpo
int f
or s
uppl
y te
mpe
ratu
re c
ontro
ller [
1/10
0°C
]Te
mp.
Ext
ract
C
urre
nt v
alue
Sta
ndar
dE
xtTe
mp
°C3x
0022
x.xx
AI1
8x.
xx0
4000
Act
ual e
xtra
ct te
mpe
ratu
re [1
/100
°C]
Tem
p. E
xtra
ct
Set
poi
ntS
tand
ard
Ext
Tem
pReg
Set
°C3x
0023
x.xx
AI1
9x.
xx10
4000
Set
poin
t for
ext
ract
tem
pera
ture
con
trolle
r [1/
100°
C]
Tem
p. o
ut d
oor
Cur
rent
val
ueS
tand
ard
Out
Doo
rTem
p°C
3x00
24x.
xxA
I20
x.xx
040
00A
ctua
l out
door
tem
pera
ture
[1/1
00°C
]Te
mp.
room
Cur
rent
val
ueS
tand
ard
Roo
mTe
mp
°C3x
0025
x.xx
AI2
1x.
xx0
2120
0A
ctua
l roo
m te
mpe
ratu
re [1
/100
°C]
Tem
p. E
xhau
stC
urre
nt v
alue
Sta
ndar
dE
xhau
stTe
mp
°C3x
0026
x.xx
AI2
2x.
xx0
4000
Act
ual e
xhau
st te
mpe
ratu
re [1
/100
°C]
AH
U c
ontro
ller
Cur
rent
val
ueS
tand
ard
Tem
pReg
Mea
s°C
3x00
27x.
xxA
I23
x.xx
040
00Te
mp.
reco
rded
by
actu
al te
mpe
ratu
re c
ontro
ller [
1/10
0°C
]A
HU
con
trolle
rS
et p
oint
Sta
ndar
dTe
mpR
egV
al°C
3x00
28x.
xxA
I24
x.xx
040
00C
ontro
l val
ue fo
r act
ual t
empe
ratu
re c
ontro
ller [
1/10
0°C
]Te
mp.
afte
r hea
t rec
over
yC
urre
nt v
alue
Sta
ndar
dB
attE
XC
_Tem
p°C
3x00
29x.
xxA
I25
x.xx
060
00W
ater
coi
l tem
pera
ture
dow
nstre
am fr
om h
eat e
xcha
nger
[1/1
00°C
]H
eatin
g co
il 1,
Wat
er
Cur
rent
val
ueS
tand
ard
HW
1Bat
tTem
p°C
3x00
30x.
xxA
I26
x.xx
040
00A
ctua
l hea
ting
coil
tem
pera
ture
[1/1
00°C
]
Fan,
Ext
ract
driv
eA
larm
Sta
ndar
dE
xtM
otor
Ala
rm1x
0302
4.18
BI6
04.
180
1E
xtra
ctM
otor
ON
/OFF
Zone
, PIR
Sta
tus
Sta
ndar
dZM
_PIR
1x03
034.
19B
I257
4.19
01
Zone
Con
trol P
IR A
ctiv
eZo
ne 1
Sta
tus
Sta
ndar
dZM
1_W
inFr
ost
1x03
044.
19B
I258
4.19
01
Zone
Mod
ule
1 - W
indo
wFr
ost V
alue
Zone
1S
tatu
sS
tand
ard
ZM1_
PIR
1x03
054.
19B
I259
4.19
01
Zone
Mod
ule
1 - P
IR A
ctiv
eZo
ne 1
Sta
tus
Sta
ndar
dZM
1_R
oom
TmpE
rr1x
0306
4.19
BI2
604.
190
1Zo
neM
odul
e 1
- Roo
m T
emp
Sen
sor E
rror
Zone
1S
tatu
sS
tand
ard
ZM1_
Sup
Tem
pErr
1x03
074.
19B
I261
4.19
01
Zone
Mod
ule
1 - S
uppl
y Te
mp
Sen
sor E
rror
Zone
2S
tatu
sS
tand
ard
ZM2_
Win
Fros
t1x
0308
4.19
BI2
624.
190
1Zo
neM
odul
e 2
- Win
dow
Fros
t Val
ueZo
ne 2
Sta
tus
Sta
ndar
dZM
2_P
IR1x
0309
4.19
BI2
634.
190
1Zo
neM
odul
e 2
- PIR
Act
ive
Zone
2S
tatu
sS
tand
ard
ZM2_
Roo
mTm
pErr
1x03
104.
19B
I264
4.19
01
Zone
Mod
ule
2 - R
oom
Tem
p S
enso
r Erro
rZo
ne 2
Sta
tus
Sta
ndar
dZM
2_S
upTe
mpE
rr1x
0311
4.19
BI2
654.
190
1Zo
neM
odul
e 2
- Sup
ply
Tem
p S
enso
r Erro
rZo
ne 3
Sta
tus
Sta
ndar
dZM
3_W
inFr
ost
1x03
124.
19B
I266
4.19
01
Zone
Mod
ule
3 - W
indo
wFr
ost V
alue
Zone
3S
tatu
sS
tand
ard
ZM3_
PIR
1x03
134.
19B
I267
4.19
01
Zone
Mod
ule
3 - P
IR A
ctiv
eZo
ne 3
Sta
tus
Sta
ndar
dZM
3_R
oom
TmpE
rr1x
0314
4.19
BI2
684.
190
1Zo
neM
odul
e 3
- Roo
m T
emp
Sen
sor E
rror
Zone
3S
tatu
sS
tand
ard
ZM3_
Sup
Tem
pErr
1x03
154.
19B
I269
4.19
01
Zone
Mod
ule
3 - S
uppl
y Te
mp
Sen
sor E
rror
Zone
4S
tatu
sS
tand
ard
ZM4_
Win
Fros
t1x
0316
4.19
BI2
704.
190
1Zo
neM
odul
e 4
- Win
dow
Fros
t Val
ueZo
ne 4
Sta
tus
Sta
ndar
dZM
4_P
IR1x
0317
4.19
BI2
714.
190
1Zo
neM
odul
e 4
- PIR
Act
ive
Zone
4S
tatu
sS
tand
ard
ZM4_
Roo
mTm
pErr
1x03
184.
19B
I272
4.19
01
Zone
Mod
ule
4 - R
oom
Tem
p S
enso
r Erro
rZo
ne 4
Sta
tus
Sta
ndar
dZM
4_S
upTe
mpE
rr1x
0319
4.19
BI2
734.
190
1Zo
neM
odul
e 4
- Sup
ply
Tem
p S
enso
r Erro
rC
oolin
g co
ilS
tatu
sS
tand
ard
Coo
l_R
E2
1x03
204.
22B
I274
4.21
01
Coo
ling
Rel
ay 2
Coo
ling
coil
Sta
tus
Sta
ndar
dC
ool_
RE
31x
0321
4.22
BI2
754.
210
1C
oolin
g R
elay
3C
oolin
g co
ilS
tatu
sS
tand
ard
Coo
l_R
E4
1x03
224.
22B
I276
4.21
01
Coo
ling
Rel
ay 4
Fan,
sup
ply
Ala
rmS
tand
ard
AlrC
omS
upFa
n1x
0500
x.xx
BI1
85x.
xx0
1C
omm
on A
larm
- su
pply
air
fan
Fan,
sup
ply
Ala
rmS
tand
ard
AlrC
omS
upFl
Du
1x05
01x.
xxB
I187
x.xx
01
Com
mon
Ala
rm -
supp
ly p
ress
ure/
flow
Fan
Ala
rmS
tand
ard
AlrC
omE
xtFa
n1x
0502
x.xx
BI1
86x.
xx0
1C
omm
on A
larm
- ex
tract
fan
Fan
Ala
rmS
tand
ard
AlrC
omE
xtFl
Du
1x05
03x.
xxB
I188
x.xx
01
Com
mon
Ala
rm -
extra
ct p
ress
ure/
flow
Hea
ting
coil,
Wat
er
Ala
rmS
tand
ard
AlrC
omH
WP
ump
1x05
04x.
xxB
I184
x.xx
01
Com
mon
Ala
rm -
circ
ulat
ion
pum
pH
eat e
xcha
nger
Ala
rmS
tand
ard
AlrC
omE
XC
1x05
05x.
xxB
I189
x.xx
01
Com
mon
Ala
rm -
heat
exc
hang
erH
eatin
g co
il, W
ater
A
larm
Sta
ndar
dA
lrCom
Free
ze1x
0506
x.xx
BI1
90x.
xx0
1C
omm
on A
larm
- fro
stH
eatin
g co
il, E
lect
ricA
larm
Sta
ndar
dA
lrCom
ElH
eat
1x05
07x.
xxB
I191
x.xx
01
Com
mon
Ala
rm -
elec
tric
heat
ing
coil
AH
U c
ontro
ller
Ala
rmS
tand
ard
AlrC
omTe
mp
1x05
08x.
xxB
I192
x.xx
01
Com
mon
Ala
rm -
tem
pera
ture
hig
h/lo
wFi
lter
Ala
rmS
tand
ard
AlrC
omS
Filt
1x05
09x.
xxB
I193
x.xx
01
Com
mon
Ala
rm -
supp
ly fi
lter
Filte
rA
larm
Sta
ndar
dA
lrCom
EFi
lt1x
0510
x.xx
BI1
94x.
xx0
1C
omm
on A
larm
- ex
tract
filte
rTe
mp.
sen
sor
Ala
rmS
tand
ard
AlrC
omTm
pSen
s1x
0511
x.xx
BI1
95x.
xx0
1C
omm
on A
larm
- te
mpe
ratu
re s
enso
rC
oolin
g co
ilA
larm
Sta
ndar
dA
lrCom
Coo
l1x
0512
x.xx
BI1
96x.
xx0
1C
omm
on A
larm
- co
olin
gD
ampe
r, D
irect
Mod
bus
Ala
rmS
tand
ard
AlrC
omB
Dam
p1x
0513
x.xx
BI1
97x.
xx0
1C
omm
on A
larm
Bel
imo
dam
per
AH
U c
ontro
ller
Ala
rmS
tand
ard
AlrC
omIn
tern
1x05
14x.
xxB
I198
x.xx
01
Com
mon
Ala
rm -
Inte
rnal
Mod
bus
erro
rA
HU
con
trolle
rS
tatu
sS
tand
ard
BM
S_I
npS
tat
1x05
154.
18B
I199
4.18
01
Act
ivat
e B
MS
con
trol
AH
U c
ontro
ller
Sta
tus
Sta
ndar
dE
xter
nLow
Sta
te1x
0522
x.xx
BI2
00x.
xx0
1In
put e
xter
nal l
ow s
peed
AH
U c
ontro
ller
Sta
tus
Sta
ndar
dS
tartI
npS
tate
1x05
23x.
xxB
I177
x.xx
01
Sta
tus
exte
rnal
sta
rt in
put
1. In
fo1.
Info
1. In
fo1.
Info
Inpu
t reg
iste
r (R
)A
nalo
g in
put (
R)
1. In
fo1.
Info
1. In
fo1.
Info
1. In
fo
AH
U c
ontro
ller
Con
trol
Sta
ndar
dD
riftM
ode
3x00
01x.
xxA
I0x.
xx0
500
Act
ual o
pera
ting
mod
e00
0-09
9: U
nit s
topp
ed10
0-19
9: U
nit i
n lo
w s
peed
mod
e20
0-29
9: U
nit i
n hi
gh s
peed
mod
e30
0-39
9: U
nit i
n sp
ec. c
ontro
l mod
e41
0-41
4: U
nit i
n m
ediu
m s
peed
mod
eP
ress
ure
Cur
rent
val
ueS
tand
ard
Sup
Duc
tPa
Pa
3x00
03x.
xxA
I1x.
xx0
5000
Act
ual s
uppl
y du
ct p
ress
ure
[Pa]
Pre
ssur
eS
et p
oint
Sta
ndar
dS
upD
uctP
aRgS
etP
a3x
0004
x.xx
AI2
x.xx
020
00S
etpo
int f
or s
uppl
y du
ct p
ress
ure
cont
rolle
r [P
a]P
ress
ure
Cur
rent
val
ueS
tand
ard
Ext
Duc
tPa
Pa
3x00
05x.
xxA
I3x.
xx0
5000
Act
ual e
xtra
ct d
uct p
ress
ure
[Pa]
Pre
ssur
eS
et p
oint
Sta
ndar
dE
xtD
uctP
aRgS
etP
a3x
0006
x.xx
AI4
x.xx
020
00S
etpo
int f
or e
xtra
ct d
uct p
ress
ure
cont
rolle
r [P
a]Fa
nC
urre
nt v
alue
Sta
ndar
dS
upFl
owl/s
3x00
07x.
xxA
I5x.
xx0
3000
0A
ctua
l sup
ply
flow
[l/s
] or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)Fa
nS
et p
oint
Sta
ndar
dS
upFl
owR
egS
etl/s
3x00
08x.
xxA
I6x.
xx0
3000
0S
etpo
int f
or s
uppl
y flo
w c
ontro
ller [
l/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Fan
Cur
rent
val
ueS
tand
ard
Ext
Flow
l/s3x
0009
x.xx
AI7
x.xx
030
000
Act
ual e
xtra
ct fl
ow [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Fan
Set
poi
ntS
tand
ard
Ext
Flow
Reg
Set
l/s3x
0010
x.xx
AI8
x.xx
030
000
Set
poin
t for
ext
ract
flow
con
trolle
r [l/s
] or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)C
O2
sens
orC
urre
nt v
alue
Sta
ndar
dC
O2_
ppm
Mea
spp
m3x
0011
x.xx
AI9
x.xx
010
000
CO
2 co
ncen
tratio
n re
cord
ed b
y C
O2
sens
or [p
pm]
Fan
Cur
rent
val
ueS
tand
ard
MtrF
anS
upV
in%
3x00
12x.
xxA
I10
x.xx
010
000
0-10
V D
C s
igna
l to
supp
ly m
otor
Fa
nC
urre
nt v
alue
Sta
ndar
dM
trFan
Ext
Vin
%3x
0013
x.xx
AI1
1x.
xx0
1000
00-
10 V
DC
sig
nal t
o ex
tract
mot
or
Fan
optim
izer
Cur
rent
val
ueS
tand
ard
FAN
_Sup
Prc
Mea
s%
3x00
14x.
xxA
I12
x.xx
010
000
Vol
tage
on
fan
optim
izer
inpu
t: su
pply
sig
nal [
1/10
0%]
Fan
optim
izer
Cur
rent
val
ueS
tand
ard
FAN
_Ext
Prc
Mea
s%
3x00
15x.
xxA
I13
x.xx
010
000
Vol
tage
on
fan
optim
izer
inpu
t: ex
tract
sig
nal [
1/10
0%]
Fan
Set
poi
ntS
tand
ard
Sup
FC_M
axFl
owl/s
3x00
16x.
xxA
I14
x.xx
100
3000
010
000
Sup
ply
FC m
ax. f
low
[l/s
] or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)
Fan
Set
poi
ntS
tand
ard
Ext
FC_M
axFl
owl/s
3x00
17x.
xxA
I15
x.xx
100
3000
010
000
Ext
ract
FC
max
. flo
w [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Tem
p. S
uppl
yC
urre
nt v
alue
Sta
ndar
dS
upTe
mp
°C3x
0020
x.xx
AI1
6x.
xx0
6000
Act
ual s
uppl
y te
mpe
ratu
re [1
/100
°C]
Tem
p. S
uppl
yS
et p
oint
Sta
ndar
dS
upTe
mpR
egS
et°C
3x00
21x.
xxA
I17
x.xx
040
00S
etpo
int f
or s
uppl
y te
mpe
ratu
re c
ontro
ller [
1/10
0°C
]Te
mp.
Ext
ract
C
urre
nt v
alue
Sta
ndar
dE
xtTe
mp
°C3x
0022
x.xx
AI1
8x.
xx0
4000
Act
ual e
xtra
ct te
mpe
ratu
re [1
/100
°C]
Tem
p. E
xtra
ct
Set
poi
ntS
tand
ard
Ext
Tem
pReg
Set
°C3x
0023
x.xx
AI1
9x.
xx10
4000
Set
poin
t for
ext
ract
tem
pera
ture
con
trolle
r [1/
100°
C]
Tem
p. o
ut d
oor
Cur
rent
val
ueS
tand
ard
Out
Doo
rTem
p°C
3x00
24x.
xxA
I20
x.xx
040
00A
ctua
l out
door
tem
pera
ture
[1/1
00°C
]Te
mp.
room
Cur
rent
val
ueS
tand
ard
Roo
mTe
mp
°C3x
0025
x.xx
AI2
1x.
xx0
2120
0A
ctua
l roo
m te
mpe
ratu
re [1
/100
°C]
Tem
p. E
xhau
stC
urre
nt v
alue
Sta
ndar
dE
xhau
stTe
mp
°C3x
0026
x.xx
AI2
2x.
xx0
4000
Act
ual e
xhau
st te
mpe
ratu
re [1
/100
°C]
AH
U c
ontro
ller
Cur
rent
val
ueS
tand
ard
Tem
pReg
Mea
s°C
3x00
27x.
xxA
I23
x.xx
040
00Te
mp.
reco
rded
by
actu
al te
mpe
ratu
re c
ontro
ller [
1/10
0°C
]A
HU
con
trolle
rS
et p
oint
Sta
ndar
dTe
mpR
egV
al°C
3x00
28x.
xxA
I24
x.xx
040
00C
ontro
l val
ue fo
r act
ual t
empe
ratu
re c
ontro
ller [
1/10
0°C
]Te
mp.
afte
r hea
t rec
over
yC
urre
nt v
alue
Sta
ndar
dB
attE
XC
_Tem
p°C
3x00
29x.
xxA
I25
x.xx
060
00W
ater
coi
l tem
pera
ture
dow
nstre
am fr
om h
eat e
xcha
nger
[1/1
00°C
]H
eatin
g co
il 1,
Wat
er
Cur
rent
val
ueS
tand
ard
HW
1Bat
tTem
p°C
3x00
30x.
xxA
I26
x.xx
040
00A
ctua
l hea
ting
coil
tem
pera
ture
[1/1
00°C
]
Filte
rC
urre
nt v
alue
Sta
ndar
dS
upFi
ltPaA
vrP
a3x
0031
x.xx
AI2
7x.
xx0
5000
supp
ly fi
lter p
ress
ure
[1/1
00P
a]Fi
lter
Cur
rent
val
ueS
tand
ard
Ext
FiltP
aAvr
Pa
3x00
32x.
xxA
I28
x.xx
050
00E
xtra
ct fi
lter p
ress
ure
[1/1
00P
a]
Filte
rA
vera
ge v
alue
Sta
ndar
dFi
ltSup
Flow
Avr
Pa
3x00
33x.
xxN
Ax.
xx0
2000
Ave
rage
filte
r sup
ply
flow
- fo
r int
erna
l use
onl
y in
con
nect
ion
to d
ynam
ic fi
lter s
uvei
lanc
e [1
/100
Pa]
Fan
Set
poi
ntS
tand
ard
Sup
Mot
orS
et%
3x00
34x.
xxA
I29
x.xx
010
000
supp
ly m
otor
sig
nal s
etpo
int [
1/10
0%]
Filte
rA
vera
ge v
alue
Sta
ndar
dFi
ltExt
Flow
Avr
Pa
3x00
35x.
xxN
Ax.
xx0
2000
Ave
rage
filte
r exh
aust
flow
- fo
r int
erna
l use
onl
y in
con
nect
ion
to d
ynam
ic fi
lter s
uvei
lanc
e [1
/100
Pa]
Fan
Set
poi
ntS
tand
ard
Ext
Mot
orS
et%
3x00
36x.
xxA
I30
x.xx
010
000
Ext
ract
mot
or s
igna
l set
poin
t [%
]Fi
lter
Ave
rage
val
ueS
tand
ard
FiltS
upP
aAvr
Pa
3x00
37x.
xxN
Ax.
xx0
3000
Ave
rage
sup
filte
r-pre
ssur
e [1
/100
Pa/
30]
Filte
rA
vera
ge v
alue
Sta
ndar
dFi
ltExt
PaA
vrP
a3x
0038
x.xx
NA
x.xx
030
00A
vera
ge e
xtfil
ter-p
ress
ure
[1/1
00P
a/30
]
Filte
rS
et p
oint
Sta
ndar
dFi
ltSup
AlrP
aP
a3x
0039
x.xx
AI3
1x.
xx0
100
supp
ly fi
lter m
onito
r max
. ala
rm li
mit
[Pa]
ON
LY IN
DYN
AM
IC M
OD
E ("
0" IS
STA
TIC
MO
DE
)
Filte
rS
et p
oint
Sta
ndar
dFi
ltExt
AlrP
aP
a3x
0040
x.xx
AI3
2x.
xx0
100
Ext
ract
filte
r mon
itor m
ax. a
larm
lim
it [P
a]O
NLY
IN D
YNA
MIC
MO
DE
("0"
IS S
TATI
C M
OD
E)
Tem
p. h
eat p
ump
Cur
rent
val
ueS
peci
alH
P_O
utdC
oilT
mp
°C3x
0041
x.xx
NA
NA
040
00A
ctua
l out
door
tem
pera
ture
nea
r out
door
hea
t pum
p pa
rts [1
/100
°C]
Hea
t exc
hang
erC
urre
nt v
alue
Sta
ndar
dE
XC
Act
ualE
ff%
3x00
42x.
xxA
I108
x.xx
010
000
Hea
t exc
hang
er e
ffici
ency
[1/1
00%
]Fa
n, A
TV d
rive
Ala
rmS
peci
alA
tvS
upFC
Type
3x00
43x.
xxA
I106
x.xx
030
000
Sup
ply
ATV
freq
uenc
y co
nver
ter -
Act
ual F
C ty
peFa
n, A
TV d
rive
Ala
rmS
peci
alA
tvE
xtFC
Type
3x00
44x.
xxA
I107
x.xx
030
000
Exh
aust
ATV
freq
uenc
y co
nver
ter -
Act
ual F
C ty
pe
Filte
rS
et p
oint
FiltS
up2A
lrPa
Pa
3x00
454.
18x.
xx0
100
Filte
r pre
ssur
e fo
r ala
rm-li
mit
at a
ctua
l flo
w [P
a]
DYN
AM
ICM
OD
E O
NLY
(zer
o in
sta
ticm
ode)
Filte
rS
et p
oint
FiltE
xt2A
lrPa
Pa
3x00
464.
18x.
xx0
100
Filte
r pre
ssur
e fo
r ala
rm-li
mit
at a
ctua
l flo
w [P
a]
DYN
AM
ICM
OD
E O
NLY
(zer
o in
sta
ticm
ode)
Filte
rA
vera
ge v
alue
Sta
ndar
dE
xtFi
lt2P
aAvr
Pa
3x00
474.
18A
I130
4.18
050
00E
xtra
ct 2
Flo
wP
ress
ure
(Avr
-Mea
s) [1
/100
Pa]
Filte
rA
vera
ge v
alue
Sta
ndar
dS
upFi
lt2P
aAvr
Pa
3x00
494.
18A
I131
4.18
050
00S
uppl
y 2
Filte
rPre
ssur
e (A
vr-M
eas)
[1/1
00P
a]A
HU
con
trolle
rS
et p
oint
Sta
ndar
dFl
wTm
pCm
pOut
%3x
0050
x.xx
AI3
3x.
xx0
1000
0Te
mp.
com
pens
ated
flow
set
poin
t per
cent
age
[1/1
00%
]A
HU
con
trolle
rS
umm
er/W
inte
r com
pS
tand
ard
SW
TC_A
ctS
etO
fsC
3x00
51x.
xxA
I34
x.xx
-100
010
00S
umm
er/w
inte
r tem
p. c
ompe
nsat
ion
of a
ctua
l set
poin
t offs
et [1
/100
°C]
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
N_H
eatT
ime
Sec
3x00
52x.
xxN
AN
A0
3000
0S
umm
erN
ight
Tim
e w
ith H
eat D
eman
d [s
ec]
Hea
t exc
hang
erS
et p
oint
Sta
ndar
dH
eatE
XC
Pow
er%
3x00
53x.
xxA
I35
x.xx
010
000
Hea
t exc
hang
e co
ntro
ller h
eatin
g po
wer
[1/1
00%
]H
eatin
gS
et p
oint
Sta
ndar
dH
eatP
ower
%3x
0054
x.xx
AI3
6x.
xx0
1000
0A
ctua
l hea
ting
pow
er [1
/100
%]
Coo
ling
coil
Set
poi
ntS
tand
ard
Coo
lPow
er%
3x00
55x.
xxA
I37
x.xx
010
000
Coo
ling
cont
rolle
r pow
er [1
/100
%]
Coo
ling
coil
Set
poi
ntS
tand
ard
Coo
lAct
Pow
er%
3x00
56x.
xxA
I38
x.xx
010
000
Act
ual c
oolin
g po
wer
[1/1
00%
]C
oolin
g co
ilS
et p
oint
Sta
ndar
dC
oolF
lwFo
rceP
w%
3x00
57x.
xxA
I39
x.xx
010
000
Coo
ling
forc
ed fl
ow p
ower
[1/1
00%
]C
oolin
g, D
XC
urre
nt v
alue
Sta
ndar
dC
oolV
in1A
larm
%3x
0058
x.xx
AI4
0x.
xx0
1000
0C
oolin
g al
arm
1 tr
ansd
ucer
sig
nal [
1/10
0%]
Coo
ling,
DX
Cur
rent
val
ueS
tand
ard
Coo
lVin
2Ala
rm%
3x00
59x.
xxA
I41
x.xx
010
000
Coo
ling
alar
m 2
tran
sduc
er s
igna
l [1/
100%
]C
oolin
g, D
XC
urre
nt v
alue
Sta
ndar
dC
oolV
in3A
larm
%3x
0060
x.xx
AI4
2x.
xx0
1000
0C
oolin
g al
arm
3 tr
ansd
ucer
sig
nal [
1/10
0%]
Coo
ling,
DX
Cur
rent
val
ueS
tand
ard
Coo
lVin
4Ala
rm%
3x00
61x.
xxA
I43
x.xx
010
000
Coo
ling
alar
m 4
tran
sduc
er s
igna
l [1/
100%
]C
oolin
g, D
XC
urre
nt v
alue
Sta
ndar
dC
_LoP
ress
1Bar
Bar
3x00
62x.
xxA
I44
x.xx
010
000
Act
ual l
ow p
ress
ure
sens
or 1
[1/1
00 b
ar]
Coo
ling,
DX
Cur
rent
val
ueS
tand
ard
C_H
iPre
ss1B
arB
ar3x
0063
x.xx
AI4
5x.
xx0
1000
0A
ctua
l hig
h pr
essu
re s
enso
r 1 [1
/100
bar
]C
oolin
g, D
XC
urre
nt v
alue
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ndar
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ress
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xxA
I46
x.xx
010
000
Act
ual l
ow p
ress
ure
sens
or 2
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00 b
ar]
Coo
ling,
DX
Cur
rent
val
ueS
tand
ard
C_H
iPre
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arB
ar3x
0065
x.xx
AI4
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xx0
1000
0A
ctua
l hig
h pr
essu
re s
enso
r 2 [1
/100
bar
]H
eate
r coi
l 2S
et p
oint
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ndar
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Pow
er%
3x00
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xxA
I103
x.xx
010
000
Hea
ting
2 - R
egul
ator
pow
er [1
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%]
Fan,
Sup
ply
driv
eC
urre
nt v
alue
Sta
ndar
dFC
supM
trTyp
e3x
0070
x.xx
AI4
8x.
xx0
256
Sup
ply
mot
or ty
pe (o
nly
with
OJ-
FC)
Fan,
Sup
ply
driv
eS
W v
ersi
onS
tand
ard
FCsu
pMtrF
C_S
W3x
0071
x.xx
AI4
9x.
xx0
1000
Sup
ply
mot
or s
oftw
are
vers
ion
[1/1
00] (
only
with
OJ-
FC)
Fan,
Sup
ply
driv
eS
W v
ersi
onS
tand
ard
FCsu
pMtrI
O_S
W3x
0072
x.xx
AI5
0x.
xx0
1000
Sup
ply
mot
or IO
car
d so
ftwar
e ve
rsio
n [1
/100
] (on
ly w
ith O
J-FC
)Fa
n, S
uppl
y dr
ive
Cur
rent
val
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tand
ard
FCsu
pMtrP
rcO
ut%
3x00
73x.
xxA
I51
x.xx
010
000
Sup
ply
mot
or o
utpu
t per
cent
age
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00%
] (on
ly w
ith O
J-FC
)Fa
n, S
uppl
y dr
ive
Cur
rent
val
ueS
tand
ard
FCsu
pMtrH
zOut
Hz
3x00
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xxA
I52
x.xx
010
000
Sup
ply
mot
or fr
eque
ncy
outp
ut [1
/100
Hz]
(onl
y w
ith O
J-FC
)Fa
n, S
uppl
y dr
ive
Cur
rent
val
ueS
tand
ard
FCsu
pMtrI
out
mA
3x00
75x.
xxA
I53
x.xx
030
000
Sup
ply
mot
or a
ctua
l cur
rent
out
put [
mA
] (on
ly w
ith O
J-FC
)Fa
n, S
uppl
y dr
ive
Cur
rent
val
ueS
tand
ard
FCsu
pMtrP
owO
utW
3x00
76x.
xxA
I54
x.xx
060
00S
uppl
y m
otor
act
ual p
ower
out
put [
Wat
t] (o
nly
with
OJ-
FC)
Fan,
Sup
ply
driv
eS
et p
oint
Sta
ndar
dFC
supM
trPrc
Set
%3x
0077
x.xx
AI5
5x.
xx0
1000
0S
uppl
y m
otor
set
poin
t [%
]Fa
n, S
uppl
y dr
ive
Cur
rent
val
ueS
tand
ard
Sup
SFP
J/m
3x00
78x.
xxA
I56
x.xx
010
000
Spe
cific
fan
pow
er (S
FP),
supp
ly [W
·s/m
3 =
J/m
3] (o
nly
with
OJ-
FC)
Fan,
Ext
ract
driv
eC
urre
nt v
alue
Sta
ndar
dFC
extM
trTyp
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0080
x.xx
AI5
7x.
xx0
256
Ext
ract
mot
or ty
pe (o
nly
with
OJ-
FC)
Fan,
Ext
ract
driv
eS
W v
ersi
onS
tand
ard
FCex
tMtrF
C_S
W3x
0081
x.xx
AI5
8x.
xx0
1000
Ext
ract
mot
or s
oftw
are
vers
ion
[1/1
00] (
only
with
OJ-
FC)
Fan,
Ext
ract
driv
eS
W v
ersi
onS
tand
ard
FCex
tMtrI
O_S
W3x
0082
x.xx
AI5
9x.
xx0
1000
Ext
ract
mot
or IO
car
d so
ftwar
e ve
rsio
n [1
/100
] (on
ly w
ith O
J-FC
)Fa
n, E
xtra
ct d
rive
Cur
rent
val
ueS
tand
ard
FCex
tMtrP
rcO
ut%
3x00
83x.
xxA
I60
x.xx
010
000
Ext
ract
mot
or o
utpu
t per
cent
age
[1/1
00%
] (on
ly w
ith O
J-FC
)Fa
n, E
xtra
ct d
rive
Cur
rent
val
ueS
tand
ard
FCex
tMtrH
zOut
Hz
3x00
84x.
xxA
I61
x.xx
010
000
Ext
ract
mot
or fr
eque
ncy
outp
ut [1
/100
Hz]
(onl
y w
ith O
J-FC
)Fa
n, E
xtra
ct d
rive
Cur
rent
val
ueS
tand
ard
FCex
tMtrI
out
mA
3x00
85x.
xxA
I62
x.xx
030
000
Ext
ract
mot
or a
ctua
l cur
rent
out
put [
mA
] (on
ly w
ith O
J-FC
)Fa
n, E
xtra
ct d
rive
Cur
rent
val
ueS
tand
ard
FCex
tMtrP
owO
utW
3x00
86x.
xxA
I63
x.xx
060
00E
xtra
ct m
otor
act
ual p
ower
out
put [
Wat
t] (o
nly
with
OJ-
FC)
Fan,
Ext
ract
driv
eS
et p
oint
Sta
ndar
dFC
extM
trPrc
Set
%3x
0087
x.xx
AI6
4x.
xx0
1000
0E
xtra
ct m
otor
out
put s
etpo
int [
1/10
0%]
Fan,
Ext
ract
driv
eC
urre
nt v
alue
Sta
ndar
dE
xtS
FPJ/
m3x
0088
x.xx
AI6
5x.
xx0
1000
0S
peci
fic fa
n po
wer
(SFP
), ex
tract
[W·s
/m3
= J/
m3]
(onl
y w
ith O
J-FC
)H
eat e
xcha
nger
driv
eC
urre
nt v
alue
Sta
ndar
dE
XC
_Typ
e3x
0090
x.xx
AI6
6x.
xx0
3R
otar
y he
at e
xcha
nger
– m
otor
type
(onl
y w
ith O
J R
HX
2M)
Hea
t exc
hang
er d
rive
SW
ver
sion
Sta
ndar
dE
XC
_Sof
twar
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0091
x.xx
AI6
7x.
xx0
1000
0R
otar
y he
at e
xcha
nger
– s
oftw
are
vers
ion
[1/1
00] (
only
with
OJ
RH
X2M
)H
eat e
xcha
nger
driv
eC
urre
nt v
alue
Sta
ndar
dE
XC
_Prc
Out
%3x
0092
x.xx
AI6
8x.
xx0
1000
0R
otar
y he
at e
xcha
nger
– p
erce
ntag
e [1
/100
%]
Hea
t exc
hang
er d
rive
Cur
rent
val
ueS
tand
ard
EX
C_R
pmO
utrp
m3x
0093
x.xx
AI6
9x.
xx0
2000
0R
otar
y he
at e
xcha
nger
– s
peed
out
put [
1/10
0 rp
m]
Hea
t exc
hang
er d
rive
Cur
rent
val
ueS
tand
ard
EX
C_I
out
mA
3x00
94x.
xxA
I70
x.xx
010
000
Rot
ary
heat
exc
hang
er –
act
ual o
utpu
t [m
A] (
only
with
OJ
RH
X2M
)H
eat e
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nger
driv
eC
urre
nt v
alue
Sta
ndar
dE
XC
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3x00
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xxA
I71
x.xx
010
0R
otar
y he
at e
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nger
– o
utpu
t pow
er [W
] (on
ly w
ith O
J R
HX
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Hea
t exc
hang
er d
rive
Cur
rent
val
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ard
EX
C_D
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ays
Day
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96x.
xxA
I72
x.xx
032
000
Rot
ary
heat
exc
hang
er –
day
s of
ope
ratio
n (o
nly
with
OJ
RH
X2M
)H
eat e
xcha
nger
driv
eS
et p
oint
Sta
ndar
dE
XC
_Prc
Set
%3x
0097
x.xx
AI7
3x.
xx0
1000
0R
otar
y he
at e
xcha
nger
– p
erce
ntag
e se
tpoi
nt [1
/100
%] (
only
with
OJ
RH
X2M
)IO
Ext
ensi
on m
odul
eS
W v
ersi
onS
tand
ard
EX
TM1_
SW
_Ver
3x01
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xxA
I74
x.xx
010
000
Ext
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on m
odul
e 1
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ion
[1/1
00]
IO E
xten
sion
mod
ule
SW
ver
sion
Sta
ndar
dE
XTM
2_S
W_V
er3x
0101
x.xx
AI7
5x.
xx0
1000
0E
xten
sion
mod
ule
2 so
ftwar
e ve
rsio
n [1
/100
]P
rehe
ater
coi
lC
urre
nt v
alue
Sta
ndar
dP
HW
MTe
mp
°C3x
0102
x.xx
AI1
05x.
xx0
4000
Act
ual t
empe
ratu
re o
f pre
-hea
ting
coil
[1/1
00°C
]P
rehe
ater
coi
lS
et p
oint
Sta
ndar
dP
H_H
eatP
ower
%3x
0103
x.xx
AI1
04x.
xx0
1000
0A
ctua
l out
put o
f pre
-hea
ting
coil
[1/1
00%
]A
HU
con
trolle
rTi
me
Sta
ndar
dTi
meS
w-W
eekD
ay3x
0110
x.xx
AI7
6x.
xx0
6A
ctua
l day
of t
he w
eek
(0=M
on..6
=Sun
)A
HU
con
trolle
rS
tatu
sS
tand
ard
Ext
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aysL
eft
3x01
11x.
xxA
I77
x.xx
06
Ext
ende
d op
erat
ion,
rem
aini
ng n
umbe
r of d
ays
AH
U c
ontro
ller
Sta
tus
Sta
ndar
dE
xtD
rfMin
Left
Min
3x01
12x.
xxA
I78
x.xx
014
39E
xten
ded
oper
atio
n, re
mai
ning
num
ber o
f min
utes
Hea
t pum
pC
urre
nt v
alue
Spe
cial
HP
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lPaM
eas
Pa
3x01
15x.
xxA
I110
x.xx
050
00A
ctua
l pre
ssur
e at
the
heat
pum
p ou
tdoo
r coi
l.A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
03x
0120
x.xx
AI7
9x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
13x
0121
x.xx
AI8
0x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
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0122
x.xx
AI8
1x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
33x
0123
x.xx
AI8
2x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
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0124
x.xx
AI8
3x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
53x
0125
x.xx
AI8
4x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
63x
0126
x.xx
AI8
5x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
73x
0127
x.xx
AI8
6x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
83x
0128
x.xx
AI8
7x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
93x
0129
x.xx
AI8
8x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
03x
0130
x.xx
AI8
9x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
13x
0131
x.xx
AI9
0x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
23x
0132
x.xx
AI9
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xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
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0133
x.xx
AI9
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xx0
100
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ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
43x
0134
x.xx
AI9
3x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
53x
0135
x.xx
AI9
4x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rS
W v
ersi
onS
tand
ard
Mas
terS
W_V
er3x
0140
x.xx
AI9
5x.
xx0
3000
0M
aste
r sof
twar
e ve
rsio
n [1
/100
]H
MI d
ispl
ayS
W v
ersi
onS
tand
ard
Dis
play
SW
_Ver
3x01
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xxA
I96
x.xx
030
000
Dis
play
sof
twar
e ve
rsio
n [1
/100
]D
ampe
r, Fi
reA
larm
Sta
ndar
dA
lrFire
Dm
pNC
ls3x
0142
x.xx
NA
NA
01
Ala
rm, F
ire d
ampe
r not
clo
sed
Dam
per,
Fire
Ala
rmS
tand
ard
AlrF
ireD
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Opn
3x01
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xxN
AN
A0
1A
larm
, Fire
dam
per n
ot o
pen
Dam
per,
Fire
Sta
tus
Sta
ndar
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reD
mpT
stA
ctv
3x01
44x.
xxN
AN
A0
1Fi
re d
ampe
r tes
t is
ongo
ing
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_O
nTim
erR
E1
Sec
3x01
45x.
xxN
AN
A0
600
Tim
er fo
r DX
-Coo
l RE
-1 O
N-P
erio
de [s
ec]
(Ext
Mod
-Res
erve
)C
oolin
g, D
XS
tatu
sS
tand
ard
DX
_OnT
imer
RE
2S
ec3x
0146
x.xx
NA
NA
060
0Ti
mer
for D
X-C
ool R
E-2
ON
-Per
iode
[sec
] (E
xtM
od-R
eser
ve)
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_O
nTim
erR
E3
Sec
3x01
47x.
xxN
AN
A0
600
Tim
er fo
r DX
-Coo
l RE
-3 O
N-P
erio
de [s
ec]
(Ext
Mod
-Res
erve
)C
oolin
g, D
XS
tatu
sS
tand
ard
DX
_OnT
imer
RE
4S
ec3x
0148
x.xx
NA
NA
060
0Ti
mer
for D
X-C
ool R
E-4
ON
-Per
iode
[sec
] (E
xtM
od-R
eser
ve)
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtCnt
13x
0149
x.xx
NA
NA
060
Cou
nter
for D
X-C
ool R
E-1
sta
rts p
er h
our
(Ext
Mod
-Res
erve
)H
eatin
g co
il 2,
Wat
er
Cur
rent
val
ueS
tand
ard
HW
2Bat
tTem
p°C
3x01
50x.
xxN
AN
A0
4000
Hea
ting
2 - H
ydro
nic
coil
retu
rn te
mpe
ratu
re [1
/100
°C]
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtCnt
33x
0151
x.xx
NA
NA
060
Cou
nter
for D
X-C
ool R
E-3
sta
rts p
er h
our
(Ext
Mod
-Res
erve
)C
oolin
g, D
XS
tatu
sS
tand
ard
DX
_Res
tartC
nt4
3x01
52x.
xxN
AN
A0
60C
ount
er fo
r DX
-Coo
l RE
-4 s
tarts
per
hou
r (E
xtM
od-R
eser
ve)
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtTim
1S
ec3x
0153
x.xx
NA
NA
036
00Ti
mer
1 fo
r min
. res
tart
perio
d [s
ec]
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtTim
2S
ec3x
0154
x.xx
NA
NA
036
00Ti
mer
2 fo
r min
. res
tart
perio
d [s
ec]
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtTim
3S
ec3x
0155
x.xx
NA
NA
036
00Ti
mer
3 fo
r min
. res
tart
perio
d [s
ec]
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtTim
4S
ec3x
0156
x.xx
NA
NA
036
00Ti
mer
4 fo
r min
. res
tart
perio
d [s
ec]
Filte
rC
urre
nt v
alue
Sta
ndar
dFi
ltSup
Prc
Sta
t%
3x01
57x.
xxN
AN
A0
1000
0Fi
lter a
ctua
l ala
rmst
atus
for s
up-fi
lter [
1/10
0%]
Filte
rC
urre
nt v
alue
Sta
ndar
dFi
ltExt
Prc
Sta
t%
3x01
58x.
xxN
AN
A0
1000
0Fi
lter a
ctua
l ala
rmst
atus
for e
xt-fi
lter [
1/10
0%]
Filte
rC
urre
nt v
alue
Sta
ndar
dFi
ltSup
New
Pa
Pa
3x01
59x.
xxN
AN
A0
100
Filte
r pre
ssur
e fo
r new
-filte
r at a
ctua
l flo
w [P
a]Fi
lter
Cur
rent
val
ueS
tand
ard
FiltE
xtN
ewP
aP
a3x
0160
x.xx
NA
NA
010
0Fi
lter p
ress
ure
for n
ew-fi
lter a
t act
ual f
low
[Pa]
Tem
p. s
enso
rC
urre
nt v
alue
Spe
cial
Add
OnT
Sen
sor1
°C3x
0161
x.xx
AI9
7x.
xx0
5000
Add
on
sens
or 1
[1/1
00°C
]Te
mp.
sen
sor
Cur
rent
val
ueS
peci
alA
ddO
nTS
enso
r2°C
3x01
62x.
xxA
I98
x.xx
050
00A
dd o
n se
nsor
2 [1
/100
°C]
Tem
p. s
enso
rC
urre
nt v
alue
Spe
cial
Add
OnT
Sen
sor3
°C3x
0163
x.xx
AI9
9x.
xx0
5000
Add
on
sens
or 3
[1/1
00°C
]Te
mp.
sen
sor
Cur
rent
val
ueS
peci
alA
ddO
nTS
enso
r4°C
3x01
64x.
xxA
I100
x.xx
050
00A
dd o
n se
nsor
4 [1
/100
°C]
Fan
Cur
rent
val
ueS
tand
ard
MtrF
anS
upV
in%
NA
x.xx
AI1
01x.
xx0
1000
00-
10 V
DC
sig
nal t
o su
pply
mot
or
Fan
Cur
rent
val
ueS
tand
ard
MtrF
anE
xtV
in%
NA
x.xx
AI1
02x.
xx0
1000
00-
10 V
DC
sig
nal t
o ex
tract
mot
or
Coo
ling,
DX
Set
poi
ntS
peci
alR
OH
Con
dPow
er%
3x01
65x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: S
tep-
up v
alve
- O
utpu
t [1/
100%
]C
oolin
g, D
XS
et p
oint
Spe
cial
RO
HC
ondO
utV
DC
V3x
0166
x.xx
NA
NA
010
000
Onl
y sp
ecia
l cus
tom
er c
ode:
Ste
p-up
val
ve -
Vol
tage
[1/1
000
V]
Coo
ling,
DX
Set
poi
ntS
peci
alR
OH
Shu
ntP
ower
%3x
0167
x.xx
NA
NA
010
000
Onl
y sp
ecia
l cus
tom
er c
ode:
Con
dens
er c
oil -
Out
put [
1/10
0%]
Coo
ling,
DX
Set
poi
ntS
peci
alR
OH
Shu
ntO
utV
DC
V3x
0168
x.xx
NA
NA
010
000
Onl
y sp
ecia
l cus
tom
er c
ode:
Shu
nt v
alve
- V
olta
ge [1
/100
0 V
]H
umid
ifier
Set
poi
ntS
tand
ard
Hum
id_O
utV
DC
V3x
0169
x.xx
NA
NA
010
000
Out
put t
o S
team
Hum
idifi
er [1
/100
0 V
]H
umid
ityC
urre
nt v
alue
Sta
ndar
dH
umid
_Act
RH
Sup
%3x
0170
x.xx
AI1
28x.
xx0
1000
0A
ctua
l % re
l. H
umid
ity S
uppl
y du
ct [
1/10
0%rh
]H
umid
ityC
urre
nt v
alue
Sta
ndar
dH
umid
_Act
RH
Ext
%3x
0171
x.xx
AI1
27x.
xx0
1000
0A
ctua
l % re
l. H
umid
ity E
xtra
ct d
uct [
1/10
0%rh
]H
eatin
g co
il 12
Set
poi
ntS
peci
alH
W12
_VD
CO
utm
VN
Ax.
xxA
I109
x.xx
010
000
Onl
y sp
ecia
l cus
tom
er c
ode:
Hea
t coi
l 1, s
tep2
out
put (
1,2)
VD
C o
utD
ampe
r, R
ecirc
ulat
ion
Sta
tus
Spe
cial
Rec
AltF
low
Act
3x01
72x.
xxA
I111
x.xx
02
Onl
y sp
ecia
l cus
tom
er c
ode:
Act
ual s
tatu
s ch
ange
flow
reci
rc. -
0=N
o ch
ange
; 1=L
ow to
hig
h; 2
=Hig
h to
low
Dam
per,
Rec
ircul
atio
n S
tatu
sS
peci
alR
ecC
losT
imer
Sec
3x01
73x.
xxA
I112
x.xx
072
00O
nly
spec
ial c
usto
mer
cod
e: A
ctua
l sta
tus
timer
for l
ukke
t rec
irkul
erin
g [S
ec]
Hea
ting
coil
2S
tatu
sS
peci
alH
t2D
elay
Tim
erS
ec3x
0174
x.xx
NA
NA
072
00O
nly
spec
ial c
usto
mer
cod
e: T
imer
del
ayed
Hea
t2 [S
ec]
Hea
t exc
hang
erC
urre
nt v
alue
Spe
cial
RE
XC
Pre
ssA
vg3x
0175
x.xx
NA
NA
020
00O
nly
spec
ial c
usto
mer
cod
e: A
ctua
l pre
ss. d
rop
over
rota
ry e
xch.
in e
xhau
st a
ir [P
a]C
ombi
coi
lS
et p
oint
Sta
ndar
dC
ombi
VD
C_O
utV
3x01
76x.
xxA
I113
x.xx
010
000
Com
bi c
oil V
DC
-Sig
nal [
1/10
00 V
]C
ombi
coi
lS
et p
oint
Sta
ndar
dC
ombi
Hea
tPow
%3x
0177
x.xx
AI1
14x.
xx0
1000
0C
ombi
coi
l %-S
igna
l hea
ting
[1/1
00 %
]C
ombi
coi
lS
et p
oint
Sta
ndar
dC
ombi
Coo
lPow
%x.
xxA
I115
x.xx
010
000
Com
bi c
oil %
-Sig
nal C
oolin
g [1
/100
%]
Com
bi c
oil
Cur
rent
val
ueS
peci
alH
eatP
mpH
eatP
ow%
3x01
78x.
xxN
AN
A0
1000
0H
eat p
ump
effic
ienc
y in
hea
t dem
and.
Els
e C
oolP
ower
[1/1
00 %
]Fa
n, S
uppl
y dr
ive
2C
urre
nt v
alue
Spe
cial
EC
2sup
MtT
ype
3x01
79x.
xxN
AN
A0
256
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-s
uppl
y/S
uppl
y ai
r mot
or T
ype
Fan,
Sup
ply
driv
e 2
SW
ver
sion
Spe
cial
EC
2sup
MtE
C_S
W3x
0180
x.xx
NA
NA
010
00O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-sup
ply/
Sup
ply
air m
otor
Sof
twar
e V
er [1
/100
]Fa
n, S
uppl
y dr
ive
2S
W v
ersi
onS
peci
alE
C2s
upB
oot_
SW
3x01
81x.
xxN
AN
A0
1000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-s
uppl
y/S
uppl
y ai
r mot
or B
oot S
oftw
are
Ver
[1/1
00]
Fan,
Sup
ply
driv
e 2
Cur
rent
val
ueS
peci
alE
C2s
upM
tPrc
Out
%3x
0182
x.xx
NA
NA
010
000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-s
uppl
y/S
uppl
y ai
r mot
or p
erce
nt o
utpu
t [1
/100
%]
Fan,
Sup
ply
driv
e 2
Cur
rent
val
ueS
peci
alE
C2s
upM
tRP
MO
utR
PM
3x01
83x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-sup
ply/
Sup
ply
air m
otor
act
ual R
PM
[R
PM
]Fa
n, S
uppl
y dr
ive
2C
urre
nt v
alue
Spe
cial
EC
2sup
MtIo
utm
A3x
0184
x.xx
NA
NA
030
000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-s
uppl
y/S
uppl
y ai
r mot
or a
ctua
l cur
rent
out
put [
mA
]Fa
n, S
uppl
y dr
ive
2C
urre
nt v
alue
Spe
cial
EC
2sup
MtP
owO
utW
3x01
85x.
xxN
AN
A0
7000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-s
uppl
y/S
uppl
y ai
r mot
or a
ctua
l pow
er o
utpu
t [W
att]
Fan,
Sup
ply
driv
e 2
Cur
rent
val
ueS
peci
alE
C2s
upD
riftM
inM
in3x
0186
x.xx
NA
NA
014
40O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-sup
ply/
Sup
ply
air m
otor
act
ual r
unni
ng ti
me
[min
utes
]Fa
n, S
uppl
y dr
ive
2C
urre
nt v
alue
Spe
cial
EC
2sup
Drif
tDay
Day
3x01
87x.
xxN
AN
A0
3000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-sup
ply/
Sup
ply
air m
otor
act
ual r
unni
ng ti
me
[day
s]Fa
n, S
uppl
y dr
ive
2S
et p
oint
Spe
cial
EC
2sup
MtP
rcS
et%
3x01
88x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-sup
ply/
Sup
ply
air m
otor
set
poin
t [1/
100%
]Fa
n, E
xtra
ct d
rive
2C
urre
nt v
alue
Spe
cial
EC
2ext
MtT
ype
3x01
89x.
xxN
AN
A0
256
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-E
xtra
ct/E
xhau
st a
ir m
otor
Typ
eFa
n, E
xtra
ct d
rive
2S
W v
ersi
onS
peci
alE
C2e
xtM
tEC
_SW
3x01
90x.
xxN
AN
A0
1000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-E
xtra
ct/E
xhau
st a
ir m
otor
Sof
twar
e V
er [1
/100
]Fa
n, E
xtra
ct d
rive
2S
W v
ersi
onS
peci
alE
C2e
xtB
oot_
SW
3x01
91x.
xxN
AN
A0
1000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-E
xtra
ct/E
xhau
st a
ir m
otor
Boo
t Sof
twar
e V
er [1
/100
]Fa
n, E
xtra
ct d
rive
2C
urre
nt v
alue
Spe
cial
EC
2ext
MtP
rcO
ut%
3x01
92x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-Ext
ract
/Exh
aust
air
mot
or p
erce
nt o
utpu
t [1
/100
%]
Fan,
Ext
ract
driv
e 2
Cur
rent
val
ueS
peci
alE
C2e
xtM
tRP
MO
utR
PM
3x01
93x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-Ext
ract
/Exh
aust
air
mot
or a
ctua
l RP
M [
RP
M]
Fan,
Ext
ract
driv
e 2
Cur
rent
val
ueS
peci
alE
C2e
xtM
tIout
mA
3x01
94x.
xxN
AN
A0
3000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-Ext
ract
/Exh
aust
air
mot
or a
ctua
l cur
rent
out
put [
mA
]
Hea
t pum
pC
urre
nt v
alue
Spe
cial
HP
_Coi
lPaM
eas
Pa
3x01
15x.
xxA
I110
x.xx
050
00A
ctua
l pre
ssur
e at
the
heat
pum
p ou
tdoo
r coi
l.A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
03x
0120
x.xx
AI7
9x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
13x
0121
x.xx
AI8
0x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
23x
0122
x.xx
AI8
1x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
33x
0123
x.xx
AI8
2x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
43x
0124
x.xx
AI8
3x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
53x
0125
x.xx
AI8
4x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
63x
0126
x.xx
AI8
5x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
73x
0127
x.xx
AI8
6x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
83x
0128
x.xx
AI8
7x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed0
93x
0129
x.xx
AI8
8x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
03x
0130
x.xx
AI8
9x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
13x
0131
x.xx
AI9
0x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
23x
0132
x.xx
AI9
1x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
33x
0133
x.xx
AI9
2x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
43x
0134
x.xx
AI9
3x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rA
larm
Sta
ndar
dA
lr_R
elea
sed1
53x
0135
x.xx
AI9
4x.
xx0
100
Sta
ck fo
r act
ive
alar
ms
(0 in
dica
tes
end
of s
tack
)A
HU
con
trolle
rS
W v
ersi
onS
tand
ard
Mas
terS
W_V
er3x
0140
x.xx
AI9
5x.
xx0
3000
0M
aste
r sof
twar
e ve
rsio
n [1
/100
]H
MI d
ispl
ayS
W v
ersi
onS
tand
ard
Dis
play
SW
_Ver
3x01
41x.
xxA
I96
x.xx
030
000
Dis
play
sof
twar
e ve
rsio
n [1
/100
]D
ampe
r, Fi
reA
larm
Sta
ndar
dA
lrFire
Dm
pNC
ls3x
0142
x.xx
NA
NA
01
Ala
rm, F
ire d
ampe
r not
clo
sed
Dam
per,
Fire
Ala
rmS
tand
ard
AlrF
ireD
mpN
Opn
3x01
43x.
xxN
AN
A0
1A
larm
, Fire
dam
per n
ot o
pen
Dam
per,
Fire
Sta
tus
Sta
ndar
dFi
reD
mpT
stA
ctv
3x01
44x.
xxN
AN
A0
1Fi
re d
ampe
r tes
t is
ongo
ing
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_O
nTim
erR
E1
Sec
3x01
45x.
xxN
AN
A0
600
Tim
er fo
r DX
-Coo
l RE
-1 O
N-P
erio
de [s
ec]
(Ext
Mod
-Res
erve
)C
oolin
g, D
XS
tatu
sS
tand
ard
DX
_OnT
imer
RE
2S
ec3x
0146
x.xx
NA
NA
060
0Ti
mer
for D
X-C
ool R
E-2
ON
-Per
iode
[sec
] (E
xtM
od-R
eser
ve)
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_O
nTim
erR
E3
Sec
3x01
47x.
xxN
AN
A0
600
Tim
er fo
r DX
-Coo
l RE
-3 O
N-P
erio
de [s
ec]
(Ext
Mod
-Res
erve
)C
oolin
g, D
XS
tatu
sS
tand
ard
DX
_OnT
imer
RE
4S
ec3x
0148
x.xx
NA
NA
060
0Ti
mer
for D
X-C
ool R
E-4
ON
-Per
iode
[sec
] (E
xtM
od-R
eser
ve)
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtCnt
13x
0149
x.xx
NA
NA
060
Cou
nter
for D
X-C
ool R
E-1
sta
rts p
er h
our
(Ext
Mod
-Res
erve
)H
eatin
g co
il 2,
Wat
er
Cur
rent
val
ueS
tand
ard
HW
2Bat
tTem
p°C
3x01
50x.
xxN
AN
A0
4000
Hea
ting
2 - H
ydro
nic
coil
retu
rn te
mpe
ratu
re [1
/100
°C]
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtCnt
33x
0151
x.xx
NA
NA
060
Cou
nter
for D
X-C
ool R
E-3
sta
rts p
er h
our
(Ext
Mod
-Res
erve
)C
oolin
g, D
XS
tatu
sS
tand
ard
DX
_Res
tartC
nt4
3x01
52x.
xxN
AN
A0
60C
ount
er fo
r DX
-Coo
l RE
-4 s
tarts
per
hou
r (E
xtM
od-R
eser
ve)
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtTim
1S
ec3x
0153
x.xx
NA
NA
036
00Ti
mer
1 fo
r min
. res
tart
perio
d [s
ec]
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtTim
2S
ec3x
0154
x.xx
NA
NA
036
00Ti
mer
2 fo
r min
. res
tart
perio
d [s
ec]
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtTim
3S
ec3x
0155
x.xx
NA
NA
036
00Ti
mer
3 fo
r min
. res
tart
perio
d [s
ec]
Coo
ling,
DX
Sta
tus
Sta
ndar
dD
X_R
esta
rtTim
4S
ec3x
0156
x.xx
NA
NA
036
00Ti
mer
4 fo
r min
. res
tart
perio
d [s
ec]
Filte
rC
urre
nt v
alue
Sta
ndar
dFi
ltSup
Prc
Sta
t%
3x01
57x.
xxN
AN
A0
1000
0Fi
lter a
ctua
l ala
rmst
atus
for s
up-fi
lter [
1/10
0%]
Filte
rC
urre
nt v
alue
Sta
ndar
dFi
ltExt
Prc
Sta
t%
3x01
58x.
xxN
AN
A0
1000
0Fi
lter a
ctua
l ala
rmst
atus
for e
xt-fi
lter [
1/10
0%]
Filte
rC
urre
nt v
alue
Sta
ndar
dFi
ltSup
New
Pa
Pa
3x01
59x.
xxN
AN
A0
100
Filte
r pre
ssur
e fo
r new
-filte
r at a
ctua
l flo
w [P
a]Fi
lter
Cur
rent
val
ueS
tand
ard
FiltE
xtN
ewP
aP
a3x
0160
x.xx
NA
NA
010
0Fi
lter p
ress
ure
for n
ew-fi
lter a
t act
ual f
low
[Pa]
Tem
p. s
enso
rC
urre
nt v
alue
Spe
cial
Add
OnT
Sen
sor1
°C3x
0161
x.xx
AI9
7x.
xx0
5000
Add
on
sens
or 1
[1/1
00°C
]Te
mp.
sen
sor
Cur
rent
val
ueS
peci
alA
ddO
nTS
enso
r2°C
3x01
62x.
xxA
I98
x.xx
050
00A
dd o
n se
nsor
2 [1
/100
°C]
Tem
p. s
enso
rC
urre
nt v
alue
Spe
cial
Add
OnT
Sen
sor3
°C3x
0163
x.xx
AI9
9x.
xx0
5000
Add
on
sens
or 3
[1/1
00°C
]Te
mp.
sen
sor
Cur
rent
val
ueS
peci
alA
ddO
nTS
enso
r4°C
3x01
64x.
xxA
I100
x.xx
050
00A
dd o
n se
nsor
4 [1
/100
°C]
Fan
Cur
rent
val
ueS
tand
ard
MtrF
anS
upV
in%
NA
x.xx
AI1
01x.
xx0
1000
00-
10 V
DC
sig
nal t
o su
pply
mot
or
Fan
Cur
rent
val
ueS
tand
ard
MtrF
anE
xtV
in%
NA
x.xx
AI1
02x.
xx0
1000
00-
10 V
DC
sig
nal t
o ex
tract
mot
or
Coo
ling,
DX
Set
poi
ntS
peci
alR
OH
Con
dPow
er%
3x01
65x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: S
tep-
up v
alve
- O
utpu
t [1/
100%
]C
oolin
g, D
XS
et p
oint
Spe
cial
RO
HC
ondO
utV
DC
V3x
0166
x.xx
NA
NA
010
000
Onl
y sp
ecia
l cus
tom
er c
ode:
Ste
p-up
val
ve -
Vol
tage
[1/1
000
V]
Coo
ling,
DX
Set
poi
ntS
peci
alR
OH
Shu
ntP
ower
%3x
0167
x.xx
NA
NA
010
000
Onl
y sp
ecia
l cus
tom
er c
ode:
Con
dens
er c
oil -
Out
put [
1/10
0%]
Coo
ling,
DX
Set
poi
ntS
peci
alR
OH
Shu
ntO
utV
DC
V3x
0168
x.xx
NA
NA
010
000
Onl
y sp
ecia
l cus
tom
er c
ode:
Shu
nt v
alve
- V
olta
ge [1
/100
0 V
]H
umid
ifier
Set
poi
ntS
tand
ard
Hum
id_O
utV
DC
V3x
0169
x.xx
NA
NA
010
000
Out
put t
o S
team
Hum
idifi
er [1
/100
0 V
]H
umid
ityC
urre
nt v
alue
Sta
ndar
dH
umid
_Act
RH
Sup
%3x
0170
x.xx
AI1
28x.
xx0
1000
0A
ctua
l % re
l. H
umid
ity S
uppl
y du
ct [
1/10
0%rh
]H
umid
ityC
urre
nt v
alue
Sta
ndar
dH
umid
_Act
RH
Ext
%3x
0171
x.xx
AI1
27x.
xx0
1000
0A
ctua
l % re
l. H
umid
ity E
xtra
ct d
uct [
1/10
0%rh
]H
eatin
g co
il 12
Set
poi
ntS
peci
alH
W12
_VD
CO
utm
VN
Ax.
xxA
I109
x.xx
010
000
Onl
y sp
ecia
l cus
tom
er c
ode:
Hea
t coi
l 1, s
tep2
out
put (
1,2)
VD
C o
utD
ampe
r, R
ecirc
ulat
ion
Sta
tus
Spe
cial
Rec
AltF
low
Act
3x01
72x.
xxA
I111
x.xx
02
Onl
y sp
ecia
l cus
tom
er c
ode:
Act
ual s
tatu
s ch
ange
flow
reci
rc. -
0=N
o ch
ange
; 1=L
ow to
hig
h; 2
=Hig
h to
low
Dam
per,
Rec
ircul
atio
n S
tatu
sS
peci
alR
ecC
losT
imer
Sec
3x01
73x.
xxA
I112
x.xx
072
00O
nly
spec
ial c
usto
mer
cod
e: A
ctua
l sta
tus
timer
for l
ukke
t rec
irkul
erin
g [S
ec]
Hea
ting
coil
2S
tatu
sS
peci
alH
t2D
elay
Tim
erS
ec3x
0174
x.xx
NA
NA
072
00O
nly
spec
ial c
usto
mer
cod
e: T
imer
del
ayed
Hea
t2 [S
ec]
Hea
t exc
hang
erC
urre
nt v
alue
Spe
cial
RE
XC
Pre
ssA
vg3x
0175
x.xx
NA
NA
020
00O
nly
spec
ial c
usto
mer
cod
e: A
ctua
l pre
ss. d
rop
over
rota
ry e
xch.
in e
xhau
st a
ir [P
a]C
ombi
coi
lS
et p
oint
Sta
ndar
dC
ombi
VD
C_O
utV
3x01
76x.
xxA
I113
x.xx
010
000
Com
bi c
oil V
DC
-Sig
nal [
1/10
00 V
]C
ombi
coi
lS
et p
oint
Sta
ndar
dC
ombi
Hea
tPow
%3x
0177
x.xx
AI1
14x.
xx0
1000
0C
ombi
coi
l %-S
igna
l hea
ting
[1/1
00 %
]C
ombi
coi
lS
et p
oint
Sta
ndar
dC
ombi
Coo
lPow
%x.
xxA
I115
x.xx
010
000
Com
bi c
oil %
-Sig
nal C
oolin
g [1
/100
%]
Com
bi c
oil
Cur
rent
val
ueS
peci
alH
eatP
mpH
eatP
ow%
3x01
78x.
xxN
AN
A0
1000
0H
eat p
ump
effic
ienc
y in
hea
t dem
and.
Els
e C
oolP
ower
[1/1
00 %
]Fa
n, S
uppl
y dr
ive
2C
urre
nt v
alue
Spe
cial
EC
2sup
MtT
ype
3x01
79x.
xxN
AN
A0
256
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-s
uppl
y/S
uppl
y ai
r mot
or T
ype
Fan,
Sup
ply
driv
e 2
SW
ver
sion
Spe
cial
EC
2sup
MtE
C_S
W3x
0180
x.xx
NA
NA
010
00O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-sup
ply/
Sup
ply
air m
otor
Sof
twar
e V
er [1
/100
]Fa
n, S
uppl
y dr
ive
2S
W v
ersi
onS
peci
alE
C2s
upB
oot_
SW
3x01
81x.
xxN
AN
A0
1000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-s
uppl
y/S
uppl
y ai
r mot
or B
oot S
oftw
are
Ver
[1/1
00]
Fan,
Sup
ply
driv
e 2
Cur
rent
val
ueS
peci
alE
C2s
upM
tPrc
Out
%3x
0182
x.xx
NA
NA
010
000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-s
uppl
y/S
uppl
y ai
r mot
or p
erce
nt o
utpu
t [1
/100
%]
Fan,
Sup
ply
driv
e 2
Cur
rent
val
ueS
peci
alE
C2s
upM
tRP
MO
utR
PM
3x01
83x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-sup
ply/
Sup
ply
air m
otor
act
ual R
PM
[R
PM
]Fa
n, S
uppl
y dr
ive
2C
urre
nt v
alue
Spe
cial
EC
2sup
MtIo
utm
A3x
0184
x.xx
NA
NA
030
000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-s
uppl
y/S
uppl
y ai
r mot
or a
ctua
l cur
rent
out
put [
mA
]Fa
n, S
uppl
y dr
ive
2C
urre
nt v
alue
Spe
cial
EC
2sup
MtP
owO
utW
3x01
85x.
xxN
AN
A0
7000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-s
uppl
y/S
uppl
y ai
r mot
or a
ctua
l pow
er o
utpu
t [W
att]
Fan,
Sup
ply
driv
e 2
Cur
rent
val
ueS
peci
alE
C2s
upD
riftM
inM
in3x
0186
x.xx
NA
NA
014
40O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-sup
ply/
Sup
ply
air m
otor
act
ual r
unni
ng ti
me
[min
utes
]Fa
n, S
uppl
y dr
ive
2C
urre
nt v
alue
Spe
cial
EC
2sup
Drif
tDay
Day
3x01
87x.
xxN
AN
A0
3000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-sup
ply/
Sup
ply
air m
otor
act
ual r
unni
ng ti
me
[day
s]Fa
n, S
uppl
y dr
ive
2S
et p
oint
Spe
cial
EC
2sup
MtP
rcS
et%
3x01
88x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-sup
ply/
Sup
ply
air m
otor
set
poin
t [1/
100%
]Fa
n, E
xtra
ct d
rive
2C
urre
nt v
alue
Spe
cial
EC
2ext
MtT
ype
3x01
89x.
xxN
AN
A0
256
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-E
xtra
ct/E
xhau
st a
ir m
otor
Typ
eFa
n, E
xtra
ct d
rive
2S
W v
ersi
onS
peci
alE
C2e
xtM
tEC
_SW
3x01
90x.
xxN
AN
A0
1000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-E
xtra
ct/E
xhau
st a
ir m
otor
Sof
twar
e V
er [1
/100
]Fa
n, E
xtra
ct d
rive
2S
W v
ersi
onS
peci
alE
C2e
xtB
oot_
SW
3x01
91x.
xxN
AN
A0
1000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-E
xtra
ct/E
xhau
st a
ir m
otor
Boo
t Sof
twar
e V
er [1
/100
]Fa
n, E
xtra
ct d
rive
2C
urre
nt v
alue
Spe
cial
EC
2ext
MtP
rcO
ut%
3x01
92x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-Ext
ract
/Exh
aust
air
mot
or p
erce
nt o
utpu
t [1
/100
%]
Fan,
Ext
ract
driv
e 2
Cur
rent
val
ueS
peci
alE
C2e
xtM
tRP
MO
utR
PM
3x01
93x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-Ext
ract
/Exh
aust
air
mot
or a
ctua
l RP
M [
RP
M]
Fan,
Ext
ract
driv
e 2
Cur
rent
val
ueS
peci
alE
C2e
xtM
tIout
mA
3x01
94x.
xxN
AN
A0
3000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-Ext
ract
/Exh
aust
air
mot
or a
ctua
l cur
rent
out
put [
mA
]
Fan,
Ext
ract
driv
e 2
Cur
rent
val
ueS
peci
alE
C2e
xtM
tPow
Out
W3x
0195
x.xx
NA
NA
070
00O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-Ext
ract
/Exh
aust
air
mot
or a
ctua
l pow
er o
utpu
t [W
att]
Fan,
Ext
ract
driv
e 2
Cur
rent
val
ueS
peci
alE
C2e
xtD
riftM
inM
in3x
0196
x.xx
NA
NA
014
40O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-Ext
ract
/Exh
aust
air
mot
or a
ctua
l run
ning
tim
e [m
inut
es]
Fan,
Ext
ract
driv
e 2
Cur
rent
val
ueSp
ecia
lE
C2e
xtD
riftD
ayD
ay3x
0197
x.xx
NA
NA
030
000
Onl
y sp
ecia
l cus
tom
er c
ode:
OJ-
EC
/-DV
2-E
xtra
ct/E
xhau
st a
ir m
otor
act
ual r
unni
ng ti
me
[day
s]Fa
n, E
xtra
ct d
rive
2S
et p
oint
Spe
cial
EC
2ext
MtP
rcS
et%
3x01
98x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: O
J-E
C/-D
V 2
-Ext
ract
/Exh
aust
air
mot
or s
etpo
int [
1/10
0%]
Fan,
Sup
ply
driv
e C
urre
nt v
alue
Sta
ndar
dE
Csu
pMtrT
ype
3x02
00x.
xxN
AN
A0
256
OJ-
EC
/-DV
-sup
ply/
Sup
ply
air m
otor
Typ
eFa
n, S
uppl
y dr
ive
SW
ver
sion
Sta
ndar
dE
Csu
pMtrF
C_S
W3x
0201
x.xx
NA
NA
010
00O
J-E
C/-D
V-s
uppl
y/S
uppl
y ai
r mot
or S
oftw
are
Ver
[1/1
00]
Fan,
Sup
ply
driv
e S
W v
ersi
onS
tand
ard
EC
supB
oot_
SW
3x02
02x.
xxN
AN
A0
1000
OJ-
EC
/-DV
-sup
ply/
Sup
ply
air m
otor
Boo
t Sof
twar
e V
er [1
/100
]Fa
n, S
uppl
y dr
ive
Cur
rent
val
ueS
tand
ard
EC
supM
trPrc
Out
%3x
0203
x.xx
NA
NA
010
000
OJ-
EC
/-DV
-sup
ply/
Sup
ply
air m
otor
pro
cent
udg
ang
[1/1
00%
]Fa
n, S
uppl
y dr
ive
Cur
rent
val
ueS
tand
ard
EC
supM
trRP
MO
utR
PM
3x02
04x.
xxN
AN
A0
1000
0O
J-E
C/-D
V-s
uppl
y/S
uppl
y ai
r mot
or a
ctua
l RP
M [
RP
M]
Fan,
Sup
ply
driv
e C
urre
nt v
alue
Sta
ndar
dE
Csu
pMtrI
out
mA
3x02
05x.
xxN
AN
A0
3000
0O
J-E
C/-D
V-s
uppl
y/S
uppl
y ai
r mot
or a
ctua
l cur
rent
out
put [
1/10
0mA
]Fa
n, S
uppl
y dr
ive
Cur
rent
val
ueS
tand
ard
EC
supM
trPow
Out
W3x
0206
x.xx
NA
NA
070
00O
J-E
C/-D
V-s
uppl
y/S
uppl
y ai
r mot
or a
ctua
l pow
er o
utpu
t [W
att]
Fan,
Sup
ply
driv
e C
urre
nt v
alue
Sta
ndar
dE
Csu
pDrif
tMin
Min
3x02
07x.
xxN
AN
A0
1440
OJ-
EC
/-DV
-sup
ply/
Sup
ply
air m
otor
act
ual r
unni
ng ti
me
[min
utes
]Fa
n, S
uppl
y dr
ive
Cur
rent
val
ueS
tand
ard
EC
supD
riftD
ayD
ay3x
0208
x.xx
NA
NA
030
000
OJ-
EC
/-DV
-sup
ply/
Sup
ply
air m
otor
act
ual r
unni
ng ti
me
[day
s]Fa
n, S
uppl
y dr
ive
Set
poi
ntS
tand
ard
EC
supM
trPrc
Set
%3x
0209
x.xx
NA
NA
010
000
OJ-
EC
/-DV
-sup
ply/
Sup
ply
air m
otor
set
poin
t [1/
100%
]Fa
n, E
xtra
ct d
rive
SW
ver
sion
Sta
ndar
dE
Cex
tBoo
t_S
W3x
0210
x.xx
NA
NA
010
00O
J-E
C/-D
V-E
xtra
ct/E
xhau
st a
ir m
otor
Boo
t Sof
twar
e V
er [1
/100
]Fa
n, E
xtra
ct d
rive
Cur
rent
val
ueS
tand
ard
EC
extM
trPrc
Out
%3x
0211
x.xx
NA
NA
010
000
OJ-
EC
/-DV
-Ext
ract
/Exh
aust
air
mot
or p
roce
nt u
dgan
g [1
/100
%]
Fan,
Ext
ract
driv
eC
urre
nt v
alue
Sta
ndar
dE
Cex
tMtrR
PM
Out
RP
M3x
0212
x.xx
NA
NA
010
000
OJ-
EC
/-DV
-Ext
ract
/Exh
aust
air
mot
or a
ctua
l RP
M [
RP
M]
Fan,
Ext
ract
driv
eC
urre
nt v
alue
Sta
ndar
dE
Cex
tMtrI
out
mA
3x02
13x.
xxN
AN
A0
3000
0O
J-E
C/-D
V-E
xtra
ct/E
xhau
st a
ir m
otor
act
ual c
urre
nt o
utpu
t [1/
100m
A]
Fan,
Ext
ract
driv
eC
urre
nt v
alue
Sta
ndar
dE
Cex
tMtrP
owO
utW
3x02
14x.
xxN
AN
A0
7000
OJ-
EC
/-DV
-Ext
ract
/Exh
aust
air
mot
or a
ctua
l pow
er o
utpu
t [W
att]
Fan,
Ext
ract
driv
eC
urre
nt v
alue
Sta
ndar
dE
Cex
tDrif
tMin
Min
3x02
15x.
xxN
AN
A0
1440
OJ-
EC
/-DV
-Ext
ract
/Exh
aust
air
mot
or a
ctua
l run
ning
tim
e [m
inut
es]
Fan,
Ext
ract
driv
eC
urre
nt v
alue
Sta
ndar
dE
Cex
tDrif
tDay
Day
3x02
16x.
xxN
AN
A0
3000
0O
J-E
C/-D
V-E
xtra
ct/E
xhau
st a
ir m
otor
act
ual r
unni
ng ti
me
[day
s]Fa
n, E
xtra
ct d
rive
Cur
rent
val
ueS
tand
ard
EC
extM
trPrc
Set
%3x
0217
x.xx
NA
NA
010
000
OJ-
EC
/-DV
-Ext
ract
/Exh
aust
air
mot
or s
etpo
int [
1/10
0%]
Fan,
Ext
ract
driv
eC
urre
nt v
alue
Sta
ndar
dE
Cex
tMtrT
ype
3x02
18x.
xxN
AN
A0
256
OJ-
EC
/-DV
-Ext
ract
/Exh
aust
air
mot
or T
ype
Fan,
Ext
ract
driv
eS
W v
ersi
onS
tand
ard
EC
extM
trFC
_SW
3x02
19x.
xxN
AN
A0
1000
OJ-
EC
/-DV
-Ext
ract
/Exh
aust
air
mot
or S
oftw
are
Ver
[1/1
00]
Tem
p. S
uppl
y 2
Cur
rent
val
ueS
tand
ard
Sup
plyT
emp2
°C3x
0220
x.xx
NA
NA
040
00O
nly
spec
ial c
usto
mer
cod
e: A
ctua
l sup
ply
supp
ly te
mpe
ratu
re2
[1/1
00°C
]Te
mp.
out
doo
r C
urre
nt v
alue
Sta
ndar
dE
xtO
utD
Tem
p°C
3x02
21x.
xxA
I118
x.xx
-500
050
00E
xter
nal o
utdo
or te
mpe
ratu
re s
enso
r [1/
100°
C]
Pre
heat
er c
oil
Cur
rent
val
ueS
tand
ard
PH
eatT
empA
ir°C
3x02
22x.
xxA
I119
x.xx
040
00Te
mpe
ratu
re a
fter p
re-h
eatin
g co
il [1
/100
°C
]C
oolin
g co
ilC
urre
nt v
alue
Sta
ndar
dC
W_s
uppl
yTem
p°C
3x02
23x.
xxA
I120
x.xx
-400
040
00C
old
wat
er s
uppl
y te
mpe
ratu
re fo
r coo
ling
coil
[1/1
00 °
C]
Dam
per,
Rec
ircul
atio
n S
tatu
sS
tand
ard
Rec
Fres
hAirD
is%
3x02
24x.
xxA
I121
x.xx
010
000
Dam
per p
ositi
on in
take
/out
door
dam
per [
1/10
0 %
]D
ampe
r, R
ecirc
ulat
ion
Sta
tus
Sta
ndar
dR
ecD
ampP
rcD
is%
3x02
25x.
xxA
I122
x.xx
010
000
Dam
per p
ositi
on re
cirk
ulat
ion
[1/1
00 %
]C
oolin
g co
ilS
et p
oint
Sta
ndar
dC
oolV
DC
_Out
2V
3x02
26x.
xxA
I123
x.xx
010
000
Out
put v
olta
ge c
oolin
g va
lve2
(onl
y co
mbi
coi
l) [1
/100
0 V
]Fa
n, A
TV d
rive
Cur
rent
val
ueS
peci
alA
tvE
xtP
ower
kW3x
0227
x.xx
AI1
16x.
xx0
3000
0A
TV e
xtra
ct a
ir ac
tual
pow
er [1
/100
kW
]Fa
n, A
TV d
rive
Cur
rent
val
ueS
peci
alA
tvS
upP
ower
kW3x
0228
x.xx
AI1
17x.
xx0
3000
0A
TV s
uppl
y ai
r act
ual p
ower
[1/1
00 k
W]
Filte
rS
tatu
sS
tand
ard
Out
FilR
estD
ay3x
0230
x.xx
AI1
24x.
xx0
366
Day
s un
til ti
mer
ala
rm fr
om th
e ou
tdoo
r filt
erFi
lter
Sta
tus
Sta
ndar
dE
xtFi
lRes
tDay
3x02
31x.
xxA
I125
x.xx
036
6D
ays
until
tim
er a
larm
from
the
extra
ct fi
lter
Com
bi c
oil
Cur
rent
val
ueS
tand
ard
Com
biB
attT
emp
°CN
Ax.
xxA
I126
x.xx
040
00co
mbi
coi
l - A
ctua
l ret
urn
tem
pera
ture
[1/1
00°C
]H
umid
ityC
urre
nt v
alue
Sta
ndar
dR
elH
umM
ixed
%3x
0232
x.xx
AI1
29x.
xx0
1000
0A
ctua
l rel
ativ
e hu
mid
ity in
mix
ed a
ir [1
/100
%rh
]Fi
lter
Sta
tus
Sta
ndar
dS
upFi
2Res
tDay
3x02
334.
18N
AN
A0
366
Sup
ply
filte
r 2: R
estim
e be
fore
cha
nge
filte
r ala
rm w
ill b
e ac
tivat
edFi
lter
Sta
tus
Sta
ndar
dE
xtFi
l2R
estD
ay3x
0234
4.18
NA
NA
036
6E
xtra
ct fi
lter 2
: Res
time
befo
re c
hang
e fil
ter a
larm
will
be
activ
ated
Zone
Sta
tus
Sta
ndar
dZM
_Cou
nt3x
0235
4.19
AI1
324.
190
4N
umbe
r of D
etec
ted
Zone
Mod
ules
Zone
Sta
tus
Sta
ndar
dZM
_OpM
ode
3x02
364.
19A
I133
4.19
07
Zone
Con
trol O
pera
tion
Mod
eZo
ne 1
Sta
tus
Sta
ndar
dZM
1_S
tatu
s3x
0237
4.19
AI1
344.
190
2Zo
neM
odul
e 1
- Sta
tus:
0=N
o ac
tive
alar
m; 1
=A-a
larm
act
ive;
2=B
-ala
rm a
ctiv
eZo
ne 1
Sta
tus
Sta
ndar
dZM
1_S
up1S
et3x
0238
4.19
AI1
354.
190
0Zo
neM
odul
e 1
- VA
V S
uppl
y 1
Act
uato
r Set
poin
t [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 1
Sta
tus
Sta
ndar
dZM
1_S
up1F
low
3x02
394.
19A
I136
4.19
00
Zone
Mod
ule
1 - V
AV
Sup
ply
1 A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
1S
tatu
sS
tand
ard
ZM1_
Sup
2Set
3x02
404.
19A
I137
4.19
00
Zone
Mod
ule
1 - V
AV
Sup
ply
2 A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 1
Sta
tus
Sta
ndar
dZM
1_S
up2F
low
3x02
414.
19A
I138
4.19
00
Zone
Mod
ule
1 - V
AV
Sup
ply
2 A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
1S
tatu
sS
tand
ard
ZM1_
Ext
Set
3x02
424.
19A
I139
4.19
00
Zone
Mod
ule
1 - V
AV
Ext
ract
Act
uato
r Set
poin
t [sc
ale
depe
ndin
g on
the
conn
ecte
d ac
tuat
or]
Zone
1S
tatu
sS
tand
ard
ZM1_
Ext
Flow
3x02
434.
19A
I140
4.19
00
Zone
Mod
ule
1 - V
AV
Ext
ract
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 1
Sta
tus
Sta
ndar
dZM
1_H
eatS
et3x
0244
4.19
AI1
414.
190
0Zo
neM
odul
e 1
- VA
V H
eatin
g A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 1
Sta
tus
Sta
ndar
dZM
1_H
eatF
low
3x02
454.
19A
I142
4.19
00
Zone
Mod
ule
1 - V
AV
Hea
ting
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 1
Sta
tus
Sta
ndar
dZM
1_C
oolS
et3x
0246
4.19
AI1
434.
190
0Zo
neM
odul
e 1
- VA
V C
oolin
g A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 1
Sta
tus
Sta
ndar
dZM
1_C
oolF
low
3x02
474.
19A
I144
4.19
00
Zone
Mod
ule
1 - V
AV
Hea
ting
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 1
Sta
tus
Sta
ndar
dZM
1_R
oom
Tem
p3x
0248
4.19
AI1
454.
19-4
000
1000
0Zo
neM
odul
e 1
- Roo
m T
empe
ratu
re V
alue
[1/
100°
C]
Zone
1S
tatu
sS
tand
ard
ZM1_
Sup
Tem
p3x
0249
4.19
AI1
464.
19-4
000
1000
0Zo
neM
odul
e 1
- Sup
ply
Tem
pera
ture
Val
ue [
1/10
0°C
]Zo
ne 1
Sta
tus
Sta
ndar
dZM
1_S
etO
ffset
3x02
504.
19A
I147
4.19
-400
010
000
Zone
Mod
ule
1 - R
emot
e S
etpo
int O
ffset
[1/
100°
C]
Zone
1S
tatu
sS
tand
ard
ZM1_
CO
2VO
C3x
0251
4.19
AI1
484.
190
5000
Zone
Mod
ule
1 - C
O2/
VO
C V
alue
[ppm
]Zo
ne 1
Sta
tus
Sta
ndar
dZM
1_R
H3x
0252
4.19
AI1
494.
190
1000
0Zo
neM
odul
e 1
- RH
Val
ue
[1/1
00%
rh]
Zone
2S
tatu
sS
tand
ard
ZM2_
Sta
tus
3x02
534.
19A
I150
4.19
02
Zone
Mod
ule
2 - S
tatu
s: 0
=No
activ
e al
arm
; 1=A
-ala
rm a
ctiv
e; 2
=B-a
larm
act
ive
Zone
2S
tatu
sS
tand
ard
ZM2_
Sup
1Set
3x02
544.
19A
I151
4.19
00
Zone
Mod
ule
2 - V
AV
Sup
ply
1 A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 2
Sta
tus
Sta
ndar
dZM
2_S
up1F
low
3x02
554.
19A
I152
4.19
00
Zone
Mod
ule
2 - V
AV
Sup
ply
1 A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
2S
tatu
sS
tand
ard
ZM2_
Sup
2Set
3x02
564.
19A
I153
4.19
00
Zone
Mod
ule
2 - V
AV
Sup
ply
2 A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 2
Sta
tus
Sta
ndar
dZM
2_S
up2F
low
3x02
574.
19A
I154
4.19
00
Zone
Mod
ule
2 - V
AV
Sup
ply
2 A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
2S
tatu
sS
tand
ard
ZM2_
Ext
Set
3x02
584.
19A
I155
4.19
00
Zone
Mod
ule
2 - V
AV
Ext
ract
Act
uato
r Set
poin
t [sc
ale
depe
ndin
g on
the
conn
ecte
d ac
tuat
or]
Zone
2S
tatu
sS
tand
ard
ZM2_
Ext
Flow
3x02
594.
19A
I156
4.19
00
Zone
Mod
ule
2 - V
AV
Ext
ract
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 2
Sta
tus
Sta
ndar
dZM
2_H
eatS
et3x
0260
4.19
AI1
574.
190
0Zo
neM
odul
e 2
- VA
V H
eatin
g A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 2
Sta
tus
Sta
ndar
dZM
2_H
eatF
low
3x02
614.
19A
I158
4.19
00
Zone
Mod
ule
2 - V
AV
Hea
ting
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 2
Sta
tus
Sta
ndar
dZM
2_C
oolS
et3x
0262
4.19
AI1
594.
190
0Zo
neM
odul
e 2
- VA
V C
oolin
g A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 2
Sta
tus
Sta
ndar
dZM
2_C
oolF
low
3x02
634.
19A
I160
4.19
00
Zone
Mod
ule
2 - V
AV
Coo
ling
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 2
Sta
tus
Sta
ndar
dZM
2_R
oom
Tem
p3x
0264
4.19
AI1
614.
19-4
000
1000
0Zo
neM
odul
e 2
- Roo
m T
empe
ratu
re V
alue
[1/
100°
C]
Zone
2S
tatu
sS
tand
ard
ZM2_
Sup
Tem
p3x
0265
4.19
AI1
624.
19-4
000
1000
0Zo
neM
odul
e 2
- Sup
ply
Tem
pera
ture
Val
ue [
1/10
0°C
]Zo
ne 2
Sta
tus
Sta
ndar
dZM
2_S
etO
ffset
3x02
664.
19A
I163
4.19
-400
010
000
Zone
Mod
ule
2 - R
emot
e S
etpo
int O
ffset
[1/
100°
C]
Zone
2S
tatu
sS
tand
ard
ZM2_
CO
2VO
C3x
0267
4.19
AI1
644.
190
5000
Zone
Mod
ule
2 - C
O2/
VO
C V
alue
[ppm
]Zo
ne 2
Sta
tus
Sta
ndar
dZM
2_R
H3x
0268
4.19
AI1
654.
190
1000
0Zo
neM
odul
e 2
- RH
Val
ue [1
/100
%rh
]Zo
ne 3
Sta
tus
Sta
ndar
dZM
3_S
tatu
s3x
0269
4.19
AI1
664.
190
2Zo
neM
odul
e 3
- Sta
tus:
0=N
o ac
tive
alar
m; 1
=A-a
larm
act
ive;
2=B
-ala
rm a
ctiv
eZo
ne 3
Sta
tus
Sta
ndar
dZM
3_S
up1S
et3x
0270
4.19
AI1
674.
190
0Zo
neM
odul
e 3
- VA
V S
uppl
y 1
Act
uato
r Set
poin
t [sc
ale
depe
ndin
g on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Sup
1Flo
w3x
0271
4.19
AI1
684.
190
0Zo
neM
odul
e 3
- VA
V S
uppl
y 1
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 3
Sta
tus
Sta
ndar
dZM
3_S
up2S
et3x
0272
4.19
AI1
694.
190
0Zo
neM
odul
e 3
- VA
V S
uppl
y 2
Act
uato
r Set
poin
t [sc
ale
depe
ndin
g on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Sup
2Flo
w3x
0273
4.19
AI1
704.
190
0Zo
neM
odul
e 3
- VA
V S
uppl
y 2
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 3
Sta
tus
Sta
ndar
dZM
3_E
xtS
et3x
0274
4.19
AI1
714.
190
0Zo
neM
odul
e 3
- VA
V E
xtra
ct A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 3
Sta
tus
Sta
ndar
dZM
3_E
xtFl
ow3x
0275
4.19
AI1
724.
190
0Zo
neM
odul
e 3
- VA
V E
xtra
ct A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Hea
tSet
3x02
764.
19A
I173
4.19
00
Zone
Mod
ule
3 - V
AV
Hea
ting
Act
uato
r Set
poin
t [sc
ale
depe
ndin
g on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Hea
tFlo
w3x
0277
4.19
AI1
744.
190
0Zo
neM
odul
e 3
- VA
V H
eatin
g A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Coo
lSet
3x02
784.
19A
I175
4.19
00
Zone
Mod
ule
3 - V
AV
Coo
ling
Act
uato
r Set
poin
t [sc
ale
depe
ndin
g on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Coo
lFlo
w3x
0279
4.19
AI1
764.
190
0Zo
neM
odul
e 3
- VA
V C
oolin
g A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Roo
mTe
mp
3x02
804.
19A
I177
4.19
-400
010
000
Zone
Mod
ule
3 - R
oom
Tem
pera
ture
Val
ue [
1/10
0°C
]Zo
ne 3
Sta
tus
Sta
ndar
dZM
3_S
upTe
mp
3x02
814.
19A
I178
4.19
-400
010
000
Zone
Mod
ule
3 - S
uppl
y Te
mpe
ratu
re V
alue
[1/
100°
C]
Zone
3S
tatu
sS
tand
ard
ZM3_
Set
Offs
et3x
0282
4.19
AI1
794.
19-4
000
1000
0Zo
neM
odul
e 3
- Rem
ote
Set
poin
t Offs
et [
1/10
0°C
]Zo
ne 3
Sta
tus
Sta
ndar
dZM
3_C
O2V
OC
3x02
834.
19A
I180
4.19
050
00Zo
neM
odul
e 3
- CO
2/V
OC
Val
ue [p
pm]
Zone
3S
tatu
sS
tand
ard
ZM3_
RH
3x02
844.
19A
I181
4.19
010
000
Zone
Mod
ule
3 - R
H V
alue
[1/1
00%
rh]
Zone
4S
tatu
sS
tand
ard
ZM4_
Sta
tus
3x02
854.
19A
I182
4.19
02
Zone
Mod
ule
4 - S
tatu
s: 0
=No
activ
e al
arm
; 1=A
-ala
rm a
ctiv
e; 2
=B-a
larm
act
ive
Zone
4S
tatu
sS
tand
ard
ZM4_
Sup
1Set
3x02
864.
19A
I183
4.19
00
Zone
Mod
ule
4 - V
AV
Sup
ply
1 A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_S
up1F
low
3x02
874.
19A
I184
4.19
00
Zone
Mod
ule
4 - V
AV
Sup
ply
1 A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
4S
tatu
sS
tand
ard
ZM4_
Sup
2Set
3x02
884.
19A
I185
4.19
00
Zone
Mod
ule
4 - V
AV
Sup
ply
2 A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_S
up2F
low
3x02
894.
19A
I186
4.19
00
Zone
Mod
ule
4 - V
AV
Sup
ply
2 A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
4S
tatu
sS
tand
ard
ZM4_
Ext
Set
3x02
904.
19A
I187
4.19
00
Zone
Mod
ule
4 - V
AV
Ext
ract
Act
uato
r Set
poin
t [sc
ale
depe
ndin
g on
the
conn
ecte
d ac
tuat
or]
Zone
4S
tatu
sS
tand
ard
ZM4_
Ext
Flow
3x02
914.
19A
I188
4.19
00
Zone
Mod
ule
4 - V
AV
Ext
ract
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_H
eatS
et3x
0292
4.19
AI1
894.
190
0Zo
neM
odul
e 4
- VA
V H
eatin
g A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_H
eatF
low
3x02
934.
19A
I190
4.19
00
Zone
Mod
ule
4 - V
AV
Hea
ting
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_C
oolS
et3x
0294
4.19
AI1
914.
190
0Zo
neM
odul
e 4
- VA
V C
oolin
g A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_C
oolF
low
3x02
954.
19A
I192
4.19
00
Zone
Mod
ule
4 - V
AV
Coo
ling
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_R
oom
Tem
p3x
0296
4.19
AI1
934.
19-4
000
1000
0Zo
neM
odul
e 4
- Roo
m T
empe
ratu
re V
alue
[1/
100°
C]
Zone
4S
tatu
sS
tand
ard
ZM4_
Sup
Tem
p3x
0297
4.19
AI1
944.
19-4
000
1000
0Zo
neM
odul
e 4
- Sup
ply
Tem
pera
ture
Val
ue [
1/10
0°C
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_S
etO
ffset
3x02
984.
19A
I195
4.19
-400
010
000
Zone
Mod
ule
4 - R
emot
e S
etpo
int O
ffset
[1/
100°
C]
Zone
4S
tatu
sS
tand
ard
ZM4_
CO
2VO
C3x
0299
4.19
AI1
964.
190
5000
Zone
Mod
ule
4 - C
O2/
VO
C V
alue
[ppm
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_R
H3x
0300
4.19
AI1
974.
190
1000
0Zo
neM
odul
e 4
- RH
Val
ue [1
/100
%rh
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MV
olta
geL1
3x03
014.
21A
I198
4.21
052
00C
VM
Pha
se L
1 to
neu
tral (
N) v
olta
ge [V
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MC
urre
ntL1
3x03
024.
21A
I199
4.21
060
00C
VM
Cur
rent
L1
valu
e [A
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MA
ctP
ower
L13x
0303
4.21
AI2
004.
210
6553
5C
VM
Act
ive
pow
er [k
W]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Vol
tage
L23x
0304
4.21
AI2
014.
210
5200
CV
M P
hase
L2
to n
eutra
l (N
) vol
tage
[V]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Cur
rent
L23x
0305
4.21
AI2
024.
210
6000
CV
M C
urre
nt L
2 va
lue
[A]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Act
Pow
erL2
3x03
064.
21A
I203
4.21
065
535
CV
M A
ctiv
e po
wer
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MV
olta
geL3
3x03
074.
21A
I204
4.21
052
00C
VM
Pha
se L
3 to
neu
tral (
N) v
olta
ge [V
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MC
urre
ntL3
3x03
084.
21A
I205
4.21
060
00C
VM
Cur
rent
L3
valu
e [A
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MA
ctP
ower
L33x
0309
4.21
AI2
064.
210
6553
5C
VM
Act
ive
pow
er [k
W]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Act
Pow
erIII
3x03
104.
21A
I207
4.21
065
535
CV
M A
ctiv
e po
wer
thre
e ph
ases
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MFr
eque
ncy
3x03
114.
21A
I208
4.21
060
0C
VM
Fre
quen
cy v
alue
[Hz]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Vol
tage
L1L2
3x03
124.
21A
I209
4.21
052
00C
VM
Pha
se-p
hase
Vol
tage
L1
to L
2 [V
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MV
olta
geL2
L33x
0313
4.21
AI2
104.
210
5200
CV
M P
hase
-pha
se V
olta
ge L
2 to
L3
[V]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Vol
tage
L3L1
3x03
144.
21A
I211
4.21
052
00C
VM
Pha
se-p
hase
Vol
tage
L3
to L
1 [V
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MA
ctE
nerg
III3x
0315
4.26
4.26
065
535
CV
M A
ctiv
e en
ergy
thre
e ph
ases
[kW
h]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tage
L13x
0330
4.21
AI2
124.
210
5200
CV
M C
ool P
hase
L1
to n
eutra
l (N
) vol
tage
[V]
CV
M M
eter
Sta
tus
Sta
ndar
dC
CV
MC
urre
ntL1
3x03
314.
21A
I213
4.21
060
00C
VM
Coo
l Cur
rent
L1
valu
e [A
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Act
Pow
erL1
3x03
324.
21A
I214
4.21
065
535
CV
M C
ool A
ctiv
e po
wer
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tage
L23x
0333
4.21
AI2
154.
210
5200
CV
M C
ool P
hase
L2
to n
eutra
l (N
) vol
tage
[V]
CV
M M
eter
Sta
tus
Sta
ndar
dC
CV
MC
urre
ntL2
3x03
344.
21A
I216
4.21
060
00C
VM
Coo
l Cur
rent
L2
valu
e [A
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Act
Pow
erL2
3x03
354.
21A
I217
4.21
065
535
CV
M C
ool A
ctiv
e po
wer
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tage
L33x
0336
4.21
AI2
184.
210
5200
CV
M C
ool P
hase
L3
to n
eutra
l (N
) vol
tage
[V]
CV
M M
eter
Sta
tus
Sta
ndar
dC
CV
MC
urre
ntL3
3x03
374.
21A
I219
4.21
060
00C
VM
Coo
l Cur
rent
L3
valu
e [A
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Act
Pow
erL3
3x03
384.
21A
I220
4.21
065
535
CV
M C
ool A
ctiv
e po
wer
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Act
Pow
rIII
3x03
394.
21A
I221
4.21
065
535
CV
M C
ool A
ctiv
e po
wer
thre
e ph
ases
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Freq
uenc
y3x
0340
4.21
AI2
224.
210
600
CV
M C
ool F
requ
ency
val
ue [H
z]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tagL
1L2
3x03
414.
21A
I223
4.21
052
00C
VM
Coo
l Pha
se-p
hase
Vol
tage
L1
to L
2 [V
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tagL
2L3
3x03
424.
21A
I224
4.21
052
00C
VM
Coo
l Pha
se-p
hase
Vol
tage
L2
to L
3 [V
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tagL
3L1
3x03
434.
21A
I225
4.21
052
00C
VM
Coo
l Pha
se-p
hase
Vol
tage
L3
to L
1 [V
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Act
Ene
rgIII
3x03
444.
264.
260
6553
5C
VM
Coo
l Act
ive
ener
gy th
ree
phas
es [k
Wh]
Hea
ting
coil,
Ele
ctric
Sta
tus
Spe
cial
ElB
attA
ctP
owN
AN
AA
I226
4.21
030
000
Act
ual p
ower
(kW
) ele
ctric
al b
atte
ry 1
Hea
ting
coil,
Ele
ctric
Sta
tus
Spe
cial
ElB
att2
Act
Pow
NA
NA
AI2
274.
210
3000
0A
ctua
l pow
er (k
W) e
lect
rical
bat
tery
2Fa
n, s
uppl
yS
tatu
sS
peci
alE
Csu
pMtrP
owO
utN
AN
AA
I228
4.21
030
000
Act
ual p
ower
(kW
) Sup
ply
fan
Fan,
ext
ract
Sta
tus
Spe
cial
EC
extM
trPow
Out
NA
NA
AI2
294.
210
3000
0A
ctua
l pow
er (k
W) E
xtra
ct fa
n1.
Info
1. In
fo1.
Info
1. In
foH
oldi
ng re
gist
er (R
/W)
Ana
log
valu
e (R
/W1.
Info
1. In
fo1.
Info
1. In
fo1.
Info
AH
U c
ontro
ller
Set
poi
ntM
anD
riftM
ode
4x00
01x.
xxA
V0
x.xx
07
0
0=A
uto
1=M
anua
l sto
p2=
Man
ual l
ow3=
Man
ual h
igh
6=M
anua
l med
ium
7=C
alen
der
Zone
3S
tatu
sS
tand
ard
ZM3_
Sup
1Flo
w3x
0271
4.19
AI1
684.
190
0Zo
neM
odul
e 3
- VA
V S
uppl
y 1
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 3
Sta
tus
Sta
ndar
dZM
3_S
up2S
et3x
0272
4.19
AI1
694.
190
0Zo
neM
odul
e 3
- VA
V S
uppl
y 2
Act
uato
r Set
poin
t [sc
ale
depe
ndin
g on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Sup
2Flo
w3x
0273
4.19
AI1
704.
190
0Zo
neM
odul
e 3
- VA
V S
uppl
y 2
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 3
Sta
tus
Sta
ndar
dZM
3_E
xtS
et3x
0274
4.19
AI1
714.
190
0Zo
neM
odul
e 3
- VA
V E
xtra
ct A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 3
Sta
tus
Sta
ndar
dZM
3_E
xtFl
ow3x
0275
4.19
AI1
724.
190
0Zo
neM
odul
e 3
- VA
V E
xtra
ct A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Hea
tSet
3x02
764.
19A
I173
4.19
00
Zone
Mod
ule
3 - V
AV
Hea
ting
Act
uato
r Set
poin
t [sc
ale
depe
ndin
g on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Hea
tFlo
w3x
0277
4.19
AI1
744.
190
0Zo
neM
odul
e 3
- VA
V H
eatin
g A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Coo
lSet
3x02
784.
19A
I175
4.19
00
Zone
Mod
ule
3 - V
AV
Coo
ling
Act
uato
r Set
poin
t [sc
ale
depe
ndin
g on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Coo
lFlo
w3x
0279
4.19
AI1
764.
190
0Zo
neM
odul
e 3
- VA
V C
oolin
g A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
3S
tatu
sS
tand
ard
ZM3_
Roo
mTe
mp
3x02
804.
19A
I177
4.19
-400
010
000
Zone
Mod
ule
3 - R
oom
Tem
pera
ture
Val
ue [
1/10
0°C
]Zo
ne 3
Sta
tus
Sta
ndar
dZM
3_S
upTe
mp
3x02
814.
19A
I178
4.19
-400
010
000
Zone
Mod
ule
3 - S
uppl
y Te
mpe
ratu
re V
alue
[1/
100°
C]
Zone
3S
tatu
sS
tand
ard
ZM3_
Set
Offs
et3x
0282
4.19
AI1
794.
19-4
000
1000
0Zo
neM
odul
e 3
- Rem
ote
Set
poin
t Offs
et [
1/10
0°C
]Zo
ne 3
Sta
tus
Sta
ndar
dZM
3_C
O2V
OC
3x02
834.
19A
I180
4.19
050
00Zo
neM
odul
e 3
- CO
2/V
OC
Val
ue [p
pm]
Zone
3S
tatu
sS
tand
ard
ZM3_
RH
3x02
844.
19A
I181
4.19
010
000
Zone
Mod
ule
3 - R
H V
alue
[1/1
00%
rh]
Zone
4S
tatu
sS
tand
ard
ZM4_
Sta
tus
3x02
854.
19A
I182
4.19
02
Zone
Mod
ule
4 - S
tatu
s: 0
=No
activ
e al
arm
; 1=A
-ala
rm a
ctiv
e; 2
=B-a
larm
act
ive
Zone
4S
tatu
sS
tand
ard
ZM4_
Sup
1Set
3x02
864.
19A
I183
4.19
00
Zone
Mod
ule
4 - V
AV
Sup
ply
1 A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_S
up1F
low
3x02
874.
19A
I184
4.19
00
Zone
Mod
ule
4 - V
AV
Sup
ply
1 A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
4S
tatu
sS
tand
ard
ZM4_
Sup
2Set
3x02
884.
19A
I185
4.19
00
Zone
Mod
ule
4 - V
AV
Sup
ply
2 A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_S
up2F
low
3x02
894.
19A
I186
4.19
00
Zone
Mod
ule
4 - V
AV
Sup
ply
2 A
ctua
tor F
low
[sca
le d
epen
ding
on
the
conn
ecte
d ac
tuat
or]
Zone
4S
tatu
sS
tand
ard
ZM4_
Ext
Set
3x02
904.
19A
I187
4.19
00
Zone
Mod
ule
4 - V
AV
Ext
ract
Act
uato
r Set
poin
t [sc
ale
depe
ndin
g on
the
conn
ecte
d ac
tuat
or]
Zone
4S
tatu
sS
tand
ard
ZM4_
Ext
Flow
3x02
914.
19A
I188
4.19
00
Zone
Mod
ule
4 - V
AV
Ext
ract
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_H
eatS
et3x
0292
4.19
AI1
894.
190
0Zo
neM
odul
e 4
- VA
V H
eatin
g A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_H
eatF
low
3x02
934.
19A
I190
4.19
00
Zone
Mod
ule
4 - V
AV
Hea
ting
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_C
oolS
et3x
0294
4.19
AI1
914.
190
0Zo
neM
odul
e 4
- VA
V C
oolin
g A
ctua
tor S
etpo
int [
scal
e de
pend
ing
on th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_C
oolF
low
3x02
954.
19A
I192
4.19
00
Zone
Mod
ule
4 - V
AV
Coo
ling
Act
uato
r Flo
w [s
cale
dep
endi
ng o
n th
e co
nnec
ted
actu
ator
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_R
oom
Tem
p3x
0296
4.19
AI1
934.
19-4
000
1000
0Zo
neM
odul
e 4
- Roo
m T
empe
ratu
re V
alue
[1/
100°
C]
Zone
4S
tatu
sS
tand
ard
ZM4_
Sup
Tem
p3x
0297
4.19
AI1
944.
19-4
000
1000
0Zo
neM
odul
e 4
- Sup
ply
Tem
pera
ture
Val
ue [
1/10
0°C
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_S
etO
ffset
3x02
984.
19A
I195
4.19
-400
010
000
Zone
Mod
ule
4 - R
emot
e S
etpo
int O
ffset
[1/
100°
C]
Zone
4S
tatu
sS
tand
ard
ZM4_
CO
2VO
C3x
0299
4.19
AI1
964.
190
5000
Zone
Mod
ule
4 - C
O2/
VO
C V
alue
[ppm
]Zo
ne 4
Sta
tus
Sta
ndar
dZM
4_R
H3x
0300
4.19
AI1
974.
190
1000
0Zo
neM
odul
e 4
- RH
Val
ue [1
/100
%rh
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MV
olta
geL1
3x03
014.
21A
I198
4.21
052
00C
VM
Pha
se L
1 to
neu
tral (
N) v
olta
ge [V
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MC
urre
ntL1
3x03
024.
21A
I199
4.21
060
00C
VM
Cur
rent
L1
valu
e [A
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MA
ctP
ower
L13x
0303
4.21
AI2
004.
210
6553
5C
VM
Act
ive
pow
er [k
W]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Vol
tage
L23x
0304
4.21
AI2
014.
210
5200
CV
M P
hase
L2
to n
eutra
l (N
) vol
tage
[V]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Cur
rent
L23x
0305
4.21
AI2
024.
210
6000
CV
M C
urre
nt L
2 va
lue
[A]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Act
Pow
erL2
3x03
064.
21A
I203
4.21
065
535
CV
M A
ctiv
e po
wer
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MV
olta
geL3
3x03
074.
21A
I204
4.21
052
00C
VM
Pha
se L
3 to
neu
tral (
N) v
olta
ge [V
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MC
urre
ntL3
3x03
084.
21A
I205
4.21
060
00C
VM
Cur
rent
L3
valu
e [A
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MA
ctP
ower
L33x
0309
4.21
AI2
064.
210
6553
5C
VM
Act
ive
pow
er [k
W]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Act
Pow
erIII
3x03
104.
21A
I207
4.21
065
535
CV
M A
ctiv
e po
wer
thre
e ph
ases
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MFr
eque
ncy
3x03
114.
21A
I208
4.21
060
0C
VM
Fre
quen
cy v
alue
[Hz]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Vol
tage
L1L2
3x03
124.
21A
I209
4.21
052
00C
VM
Pha
se-p
hase
Vol
tage
L1
to L
2 [V
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MV
olta
geL2
L33x
0313
4.21
AI2
104.
210
5200
CV
M P
hase
-pha
se V
olta
ge L
2 to
L3
[V]
CV
M M
eter
Sta
tus
Sta
ndar
dC
VM
Vol
tage
L3L1
3x03
144.
21A
I211
4.21
052
00C
VM
Pha
se-p
hase
Vol
tage
L3
to L
1 [V
]C
VM
Met
erS
tatu
sS
tand
ard
CV
MA
ctE
nerg
III3x
0315
4.26
4.26
065
535
CV
M A
ctiv
e en
ergy
thre
e ph
ases
[kW
h]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tage
L13x
0330
4.21
AI2
124.
210
5200
CV
M C
ool P
hase
L1
to n
eutra
l (N
) vol
tage
[V]
CV
M M
eter
Sta
tus
Sta
ndar
dC
CV
MC
urre
ntL1
3x03
314.
21A
I213
4.21
060
00C
VM
Coo
l Cur
rent
L1
valu
e [A
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Act
Pow
erL1
3x03
324.
21A
I214
4.21
065
535
CV
M C
ool A
ctiv
e po
wer
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tage
L23x
0333
4.21
AI2
154.
210
5200
CV
M C
ool P
hase
L2
to n
eutra
l (N
) vol
tage
[V]
CV
M M
eter
Sta
tus
Sta
ndar
dC
CV
MC
urre
ntL2
3x03
344.
21A
I216
4.21
060
00C
VM
Coo
l Cur
rent
L2
valu
e [A
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Act
Pow
erL2
3x03
354.
21A
I217
4.21
065
535
CV
M C
ool A
ctiv
e po
wer
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tage
L33x
0336
4.21
AI2
184.
210
5200
CV
M C
ool P
hase
L3
to n
eutra
l (N
) vol
tage
[V]
CV
M M
eter
Sta
tus
Sta
ndar
dC
CV
MC
urre
ntL3
3x03
374.
21A
I219
4.21
060
00C
VM
Coo
l Cur
rent
L3
valu
e [A
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Act
Pow
erL3
3x03
384.
21A
I220
4.21
065
535
CV
M C
ool A
ctiv
e po
wer
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Act
Pow
rIII
3x03
394.
21A
I221
4.21
065
535
CV
M C
ool A
ctiv
e po
wer
thre
e ph
ases
[kW
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Freq
uenc
y3x
0340
4.21
AI2
224.
210
600
CV
M C
ool F
requ
ency
val
ue [H
z]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tagL
1L2
3x03
414.
21A
I223
4.21
052
00C
VM
Coo
l Pha
se-p
hase
Vol
tage
L1
to L
2 [V
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tagL
2L3
3x03
424.
21A
I224
4.21
052
00C
VM
Coo
l Pha
se-p
hase
Vol
tage
L2
to L
3 [V
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Vol
tagL
3L1
3x03
434.
21A
I225
4.21
052
00C
VM
Coo
l Pha
se-p
hase
Vol
tage
L3
to L
1 [V
]C
VM
Met
erS
tatu
sS
tand
ard
CC
VM
Act
Ene
rgIII
3x03
444.
264.
260
6553
5C
VM
Coo
l Act
ive
ener
gy th
ree
phas
es [k
Wh]
Hea
ting
coil,
Ele
ctric
Sta
tus
Spe
cial
ElB
attA
ctP
owN
AN
AA
I226
4.21
030
000
Act
ual p
ower
(kW
) ele
ctric
al b
atte
ry 1
Hea
ting
coil,
Ele
ctric
Sta
tus
Spe
cial
ElB
att2
Act
Pow
NA
NA
AI2
274.
210
3000
0A
ctua
l pow
er (k
W) e
lect
rical
bat
tery
2Fa
n, s
uppl
yS
tatu
sS
peci
alE
Csu
pMtrP
owO
utN
AN
AA
I228
4.21
030
000
Act
ual p
ower
(kW
) Sup
ply
fan
Fan,
ext
ract
Sta
tus
Spe
cial
EC
extM
trPow
Out
NA
NA
AI2
294.
210
3000
0A
ctua
l pow
er (k
W) E
xtra
ct fa
n1.
Info
1. In
fo1.
Info
1. In
foH
oldi
ng re
gist
er (R
/W)
Ana
log
valu
e (R
/W1.
Info
1. In
fo1.
Info
1. In
fo1.
Info
AH
U c
ontro
ller
Set
poi
ntM
anD
riftM
ode
4x00
01x.
xxA
V0
x.xx
07
0
0=A
uto
1=M
anua
l sto
p2=
Man
ual l
ow3=
Man
ual h
igh
6=M
anua
l med
ium
7=C
alen
der
AH
U c
ontro
ller
Set
poi
ntM
trReg
Mod
e4x
0002
x.xx
AV
1x.
xx0
120
0=pr
essu
re1=
flow
2=ex
tract
sla
ve3=
supp
ly s
lave
4=ex
tern
al V
DC
set
poin
t5=
fan
optim
izer
sup
ply/
extra
ct6=
fan
optim
izer
with
ext
ract
sla
ve7-
Gre
en Z
one
8-G
reen
Zon
e sl
ave
9-C
onst
ant s
peed
Pre
ssur
eS
et p
oint
Sup
Duc
tPaL
oSet
Pa
4x00
03x.
xxA
V2
x.xx
020
0050
Set
poin
t for
duc
t pre
ssur
e, lo
w s
uppl
y [P
a]P
ress
ure
Set
poi
ntS
upD
uctP
aHiS
etP
a4x
0004
x.xx
AV
3x.
xx0
2000
200
Set
poin
t for
duc
t pre
ssur
e, h
igh
supp
ly [P
a]
Fan
Set
poi
ntS
upD
uctM
inFl
owl/s
4x00
05x.
xxA
V4
x.xx
030
000
1500
Min
. sup
ply
duct
flow
[l/s
] or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)
Fan
Set
poi
ntS
upD
uctM
axFl
owl/s
4x00
06x.
xxA
V5
x.xx
030
000
1000
0M
ax. s
uppl
y du
ct fl
ow P
322
Pre
ssur
eS
et p
oint
Ext
Duc
tPaL
oSet
Pa
4x00
07x.
xxA
V6
x.xx
020
0050
Set
poin
t for
low
duc
t pre
ssur
e, e
xtra
ct [P
a]P
ress
ure
Set
poi
ntE
xtD
uctP
aHiS
etP
a4x
0008
x.xx
AV
7x.
xx0
2000
200
Set
poin
t for
hig
h du
ct p
ress
ure,
ext
ract
[Pa]
Fan
Set
poi
ntE
xtD
uctM
inFl
owl/s
4x00
09x.
xxA
V8
x.xx
030
000
1500
Min
. ext
ract
duc
t flo
w [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Fan
Set
poi
ntE
xtD
uctM
axFl
owl/s
4x00
10x.
xxA
V9
x.xx
030
000
1000
0M
ax. e
xtra
ct d
uct f
low
[l/s
] or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)
Fan
Set
poi
ntS
upLo
Spe
edS
etl/s
4x00
11x.
xxA
V10
x.xx
030
000
3000
Set
poin
t for
sup
ply
flow
, low
spe
ed [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Fan
Set
poi
ntS
upH
iSpe
edS
etl/s
4x00
12x.
xxA
V11
x.xx
030
000
7000
Set
poin
t for
sup
ply
flow
, hig
h sp
eed
[l/s]
or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)
Fan
Set
poi
ntE
xtLo
Spe
edS
etl/s
4x00
14x.
xxA
V12
x.xx
030
000
3000
Set
poin
t for
ext
ract
flow
, low
spe
ed [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Fan
Set
poi
ntE
xtH
iSpe
edS
etl/s
4x00
15x.
xxA
V13
x.xx
030
000
7000
Set
poin
t for
ext
ract
flow
, hig
h sp
eed
[l/s]
or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)
Fan
Set
poi
ntM
trReg
Offs
et%
4x00
17x.
xxA
V14
x.xx
-500
050
000
Sup
ply/
extra
ct m
otor
offs
et, s
lave
and
CO
2 co
ntro
l [1/
100%
]Fa
nS
et p
oint
MtrR
egO
ffset
%N
AN
AA
V15
x.xx
-500
050
000
Sup
ply/
extra
ct m
otor
offs
et, s
lave
and
CO
2 co
ntro
l [1/
100%
]Fa
nS
et p
oint
MtrR
egO
ffset
%N
AN
AA
V16
x.xx
-500
050
000
Sup
ply/
extra
ct m
otor
offs
et, s
lave
and
CO
2 co
ntro
l [1/
100%
]C
O2
sens
orS
et p
oint
CO
2_U
serS
etLP
ppm
4x00
20x.
xxA
V17
x.xx
010
000
1000
CO
2 co
ntro
l: se
tpoi
nt fo
r low
per
iod
(hig
h C
O2
valu
e) [p
pm]
CO
2 se
nsor
Set
poi
ntC
O2_
Use
rSet
HP
ppm
4x00
21x.
xxA
V18
x.xx
010
000
1000
CO
2 co
ntro
l: se
tpoi
nt fo
r hig
h pe
riod
(hig
h C
O2
valu
e) [p
pm]
CO
2 se
nsor
Set
poi
ntC
O2_
Min
Flow
l/s4x
0022
x.xx
AV
19x.
xx0
3000
030
00C
O2
cont
rol:
min
. flo
w [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
CO
2 se
nsor
Set
poi
ntC
O2_
Max
Flow
l/s4x
0023
x.xx
AV
20x.
xx0
3000
070
00C
O2
cont
rol:
max
. flo
w [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
CO
2 se
nsor
Set
poi
ntC
O2_
Sup
Flw
Offs
%4x
0024
x.xx
AV
21x.
xx-5
000
5000
0C
O2
cont
rol:
supp
ly fl
ow o
ffset
[1/1
00%
]C
O2
sens
orA
larm
CO
2_A
lrLim
itpp
m4x
0025
x.xx
AV
22x.
xx10
010
000
2000
CO
2 co
ncen
tratio
n al
arm
lim
it se
tpoi
nt [p
pm]
CO
2 se
nsor
Con
trol
CO
2_P
Bpp
m4x
0026
x.xx
AV
23x.
xx10
1000
050
0C
O2
cont
rol:
P-b
and
[ppm
]C
O2
sens
orC
ontro
lS
tand
ard
CO
2_I_
Tim
ese
c4x
0027
x.xx
AV
24x.
xx10
3000
070
0C
O2
cont
rol:
I-tim
e [s
ec]
Fan
optim
izer
Set
poi
ntFA
N_S
upM
inFl
owl/s
4x00
28x.
xxA
V25
x.xx
030
000
2000
Fan
optim
izer
sup
ply
cont
rol:
min
. flo
w [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Fan
optim
izer
Set
poi
ntFA
N_S
upM
axFl
owl/s
4x00
29x.
xxA
V26
x.xx
030
000
1000
0Fa
n op
timiz
er e
xtra
ct c
ontro
l: m
in. f
low
[l/s
] or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)
Fan
optim
izer
Set
poi
ntFA
N_E
xtM
inFl
owl/s
4x00
30x.
xxA
V27
x.xx
030
000
2000
Fan
optim
izer
sup
ply
cont
rol:
max
. flo
w [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Fan
optim
izer
Set
poi
ntFA
N_E
xtM
axFl
owl/s
4x00
31x.
xxA
V28
x.xx
030
000
1000
0Fa
n op
timiz
er e
xtra
ct c
ontro
l: m
ax. f
low
[l/s
] or [
m3/
h] o
r [C
FM] (
Dep
endi
ng o
n th
e un
it se
lect
ion
in th
e O
J-A
ir2M
aste
r)
Fan
optim
izer
Set
poi
ntFA
N_E
xtFl
wO
ffs%
4x00
32x.
xxA
V29
x.xx
-500
050
000
Fan
optim
izer
ext
ract
con
trol:
flow
offs
et [1
/100
%]
Fan
Con
trol
Sta
ndar
dS
upM
tr_I_
Tim
ese
c4x
0033
x.xx
AV
30x.
xx5
1000
50S
uppl
y m
otor
con
trol:
I-tim
e se
tpoi
nt [s
ec]
Fan
Con
trol
Sta
ndar
dE
xtM
tr_I_
Tim
ese
c4x
0034
x.xx
AV
31x.
xx5
1000
50E
xtra
ct m
otor
con
trol:
I-tim
e se
tpoi
nt [s
ec]
Fan
Fire
Sup
Flow
Fire
Set
%4x
0035
x.xx
AV
32x.
xx0
1000
080
00S
uppl
y m
otor
spe
ed s
etpo
int i
n ca
se o
f fire
ala
rm [%
]Fa
nFi
reE
xtFl
owFi
reS
et%
4x00
36x.
xxA
V33
x.xx
010
000
8000
Ext
ract
mot
or s
peed
set
poin
t in
case
of f
ire a
larm
[%]
Fan
Con
trol
HS
_Afte
rRun
Set
4x00
37x.
xxA
V34
x.xx
048
00
Run
-on
time,
hig
h sp
eed
[min
]Fa
nS
et p
oint
Flw
TmpC
mpS
et%
4x00
40x.
xxA
V35
x.xx
050
0025
00R
educ
tion
of fl
ow /
perc
enta
ge o
f set
poin
t [1/
100%
]Fa
nS
et p
oint
Flw
TmpC
mpS
tart
°C4x
0041
x.xx
AV
36x.
xx-1
000
1500
500
Red
uctio
n of
flow
/ st
art t
emp.
set
poin
t [1/
100°
C]
Fan
Set
poi
ntFl
wTm
pCm
pSto
p°C
4x00
42x.
xxA
V37
x.xx
-300
0-1
000
-200
0R
educ
tion
of fl
ow /
stop
tem
p. s
etpo
int [
1/10
0°C
]C
oolin
g, D
XS
et p
oint
Spe
cial
DX
Out
Tem
pMin
1°C
4x00
43x.
xxA
V21
1x.
xx0
4000
1600
Min
. out
door
tem
pera
ture
for a
ctiv
atin
g D
X re
lay
no. 1
Coo
ling,
DX
Set
poi
ntS
peci
alD
XO
utTe
mpM
in2
°C4x
0044
x.xx
AV
212
x.xx
040
0016
00M
in. o
utdo
or te
mpe
ratu
re fo
r act
ivat
ing
DX
rela
y no
. 2C
oolin
g, D
XS
et p
oint
Spe
cial
DX
Out
Tem
pMin
3°C
4x00
45x.
xxA
V21
3x.
xx0
4000
1600
Min
. out
door
tem
pera
ture
for a
ctiv
atin
g D
X re
lay
no. 3
Coo
ling,
DX
Set
poi
ntS
peci
alD
XO
utTe
mpM
in4
°C4x
0046
x.xx
AV
214
x.xx
040
0016
00M
in. o
utdo
or te
mpe
ratu
re fo
r act
ivat
ing
DX
rela
y no
. 4A
HU
con
trolle
rTi
me
Sta
ndar
dTi
meS
w-Y
ear
4x00
50x.
xxA
V38
x.xx
2000
2099
Act
ual y
ear
AH
U c
ontro
ller
Tim
eS
tand
ard
Tim
eSw
-Mon
th4x
0051
x.xx
AV
39x.
xx1
12A
ctua
l mon
thA
HU
con
trolle
rTi
me
Sta
ndar
dTi
meS
w-D
ate
4x00
52x.
xxA
V40
x.xx
131
Act
ual d
ate
AH
U c
ontro
ller
Tim
eS
tand
ard
Tim
eSw
-Hou
rh
4x00
53x.
xxA
V41
x.xx
023
Act
ual h
our
AH
U c
ontro
ller
Tim
eS
tand
ard
Tim
eSw
-Min
ute
Min
4x00
54x.
xxA
V42
x.xx
059
Act
ual m
inut
esA
HU
con
trolle
rTi
me
Sta
ndar
dTi
meS
w-S
econ
dS
ec4x
0055
x.xx
AV
43x.
xx0
59A
ctua
l sec
onds
AH
U c
ontro
ller
Con
trol
Ext
DrfS
tartD
ay4x
0056
x.xx
AV
44x.
xx0
60
Ext
ende
d op
erat
ion
star
t – d
ay (0
=Mon
..6=S
un)
AH
U c
ontro
ller
Con
trol
Ext
DrfS
tartM
inM
in4x
0057
x.xx
AV
45x.
xx0
1439
0E
xten
ded
oper
atio
n st
art –
tim
e (h
ours
tim
es 6
0 pl
us m
inut
es)
AH
U c
ontro
ller
Con
trol
Ext
DrfS
topD
ay4x
0058
x.xx
AV
46x.
xx0
60
Ext
ende
d op
erat
ion
stop
– d
ay (0
=Mon
..6=S
un)
AH
U c
ontro
ller
Con
trol
Ext
DrfS
topM
inM
in4x
0059
x.xx
AV
47x.
xx0
1439
0E
xten
ded
oper
atio
n st
op –
tim
e (h
ours
tim
es 6
0 pl
us m
inut
es)
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-D
ayM
ode
4x00
60x.
xxA
V48
x.xx
02
0Ti
mer
pro
gram
type
(0..2
)0=M
on..S
un, 1
=Mon
..Fri+
wee
kend
, 2=a
ll w
eek
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
0M
in4x
0061
x.xx
AV
49x.
xx0
1439
480
Mon
day:
Firs
t per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
1M
in4x
0062
x.xx
AV
50x.
xx0
1439
960
Tues
day:
Firs
t per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
2M
in4x
0063
x.xx
AV
51x.
xx0
1439
360
Wed
nesd
ay: F
irst p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt03
Min
4x00
64x.
xxA
V52
x.xx
014
390
Thur
sday
: Firs
t per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
4M
in4x
0065
x.xx
AV
53x.
xx0
1439
480
Frid
ay: F
irst p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt05
Min
4x00
66x.
xxA
V54
x.xx
014
3996
0S
atur
day:
Firs
t per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
6M
in4x
0067
x.xx
AV
55x.
xx0
1439
360
Sun
day:
Firs
t per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
7M
in4x
0068
x.xx
AV
56x.
xx0
1439
0M
onda
y: S
econ
d pe
riod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
8M
in4x
0069
x.xx
AV
57x.
xx0
1439
480
Tues
day:
Sec
ond
perio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt09
Min
4x00
70x.
xxA
V58
x.xx
014
3996
0W
edne
sday
: Sec
ond
perio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt10
Min
4x00
71x.
xxA
V59
x.xx
014
3936
0Th
ursd
ay: S
econ
d pe
riod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart1
1M
in4x
0072
x.xx
AV
60x.
xx0
1439
0Fr
iday
: Sec
ond
perio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt12
Min
4x00
73x.
xxA
V61
x.xx
014
3948
0S
atur
day:
Sec
ond
perio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt13
Min
4x00
74x.
xxA
V62
x.xx
014
3996
0S
unda
y: S
econ
d pe
riod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart1
4M
in4x
0075
x.xx
AV
63x.
xx0
1439
360
Mon
day:
Thi
rd p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt15
Min
4x00
76x.
xxA
V64
x.xx
014
390
Tues
day:
Thi
rd p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt16
Min
4x00
77x.
xxA
V65
x.xx
014
3948
0W
edne
sday
: Thi
rd p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt17
Min
4x00
78x.
xxA
V66
x.xx
014
3996
0Th
ursd
ay: T
hird
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart1
8M
in4x
0079
x.xx
AV
67x.
xx0
1439
360
Frid
ay: T
hird
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart1
9M
in4x
0080
x.xx
AV
68x.
xx0
1439
0S
atur
day:
Thi
rd p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt20
Min
4x00
81x.
xxA
V69
x.xx
014
3948
0S
unda
y: T
hird
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart2
1M
in4x
0082
x.xx
AV
70x.
xx0
1439
960
Mon
day:
Fou
rth p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt22
Min
4x00
83x.
xxA
V71
x.xx
014
3936
0Tu
esda
y: F
ourth
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart2
3M
in4x
0084
x.xx
AV
72x.
xx0
1439
0W
edne
sday
: Fou
rth p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt24
Min
4x00
85x.
xxA
V73
x.xx
014
3948
0Th
ursd
ay: F
ourth
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart2
5M
in4x
0086
x.xx
AV
74x.
xx0
1439
960
Frid
ay: F
ourth
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart2
6M
in4x
0087
x.xx
AV
75x.
xx0
1439
360
Sat
urda
y: F
ourth
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart2
7M
in4x
0088
x.xx
AV
76x.
xx0
1439
0S
unda
y: F
ourth
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top0
0M
in4x
0089
x.xx
AV
77x.
xx1
1440
960
Mon
day:
Firs
t per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top0
1M
in4x
0090
x.xx
AV
78x.
xx1
1440
1440
Tues
day:
Firs
t per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top0
2M
in4x
0091
x.xx
AV
79x.
xx1
1440
480
Wed
nesd
ay: F
irst p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p03
Min
4x00
92x.
xxA
V80
x.xx
114
4036
0Th
ursd
ay: F
irst p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p04
Min
4x00
93x.
xxA
V81
x.xx
114
4096
0Fr
iday
: Firs
t per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top0
5M
in4x
0094
x.xx
AV
82x.
xx1
1440
1440
Sat
urda
y: F
irst p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p06
Min
4x00
95x.
xxA
V83
x.xx
114
4048
0S
unda
y: F
irst p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p07
Min
4x00
96x.
xxA
V84
x.xx
114
4036
0M
onda
y: S
econ
d pe
riod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top0
8M
in4x
0097
x.xx
AV
85x.
xx1
1440
960
Tues
day:
Sec
ond
perio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p09
Min
4x00
98x.
xxA
V86
x.xx
114
4014
40W
edne
sday
: Sec
ond
perio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p10
Min
4x00
99x.
xxA
V87
x.xx
114
4048
0Th
ursd
ay: S
econ
d pe
riod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
1M
in4x
0100
x.xx
AV
88x.
xx1
1440
360
Frid
ay: S
econ
d pe
riod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
2M
in4x
0101
x.xx
AV
89x.
xx1
1440
960
Sat
urda
y: S
econ
d pe
riod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
3M
in4x
0102
x.xx
AV
90x.
xx1
1440
1440
Sun
day:
Sec
ond
perio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p14
Min
4x01
03x.
xxA
V91
x.xx
114
4048
0M
onda
y: T
hird
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
5M
in4x
0104
x.xx
AV
92x.
xx1
1440
360
Tues
day:
Thi
rd p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p16
Min
4x01
05x.
xxA
V93
x.xx
114
4096
0W
edne
sday
: Thi
rd p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p17
Min
4x01
06x.
xxA
V94
x.xx
114
4014
40Th
ursd
ay: T
hird
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
8M
in4x
0107
x.xx
AV
95x.
xx1
1440
480
Frid
ay: T
hird
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
9M
in4x
0108
x.xx
AV
96x.
xx1
1440
360
Sat
urda
y: T
hird
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top2
0M
in4x
0109
x.xx
AV
97x.
xx1
1440
960
Sun
day:
Thi
rd p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p21
Min
4x01
10x.
xxA
V98
x.xx
114
4014
40M
onda
y: F
ourth
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top2
2M
in4x
0111
x.xx
AV
99x.
xx1
1440
480
Tues
day:
Fou
rth p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p23
Min
4x01
12x.
xxA
V10
0x.
xx1
1440
360
Wed
nesd
ay: F
ourth
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top2
4M
in4x
0113
x.xx
AV
101
x.xx
114
4096
0Th
ursd
ay: F
ourth
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top2
5M
in4x
0114
x.xx
AV
102
x.xx
114
4014
40Fr
iday
: Fou
rth p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p26
Min
4x01
15x.
xxA
V10
3x.
xx1
1440
480
Sat
urda
y: F
ourth
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top2
7M
in4x
0116
x.xx
AV
104
x.xx
114
4036
0S
unda
y: F
ourth
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
04x
0117
x.xx
AV
105
x.xx
06
2M
onda
y: F
irst p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
14x
0118
x.xx
AV
106
x.xx
06
1Tu
esda
y: F
irst p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
24x
0119
x.xx
AV
107
x.xx
06
1W
edne
sday
: Firs
t per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
34x
0120
x.xx
AV
108
x.xx
06
0Th
ursd
ay: F
irst p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
44x
0121
x.xx
AV
109
x.xx
06
2Fr
iday
: Firs
t per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
54x
0122
x.xx
AV
110
x.xx
06
1S
atur
day:
Firs
t per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
64x
0123
x.xx
AV
111
x.xx
06
1S
unda
y: F
irst p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
74x
0124
x.xx
AV
112
x.xx
06
0M
onda
y: S
econ
d pe
riod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
84x
0125
x.xx
AV
113
x.xx
06
2Tu
esda
y: S
econ
d pe
riod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
0M
in4x
0061
x.xx
AV
49x.
xx0
1439
480
Mon
day:
Firs
t per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
1M
in4x
0062
x.xx
AV
50x.
xx0
1439
960
Tues
day:
Firs
t per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
2M
in4x
0063
x.xx
AV
51x.
xx0
1439
360
Wed
nesd
ay: F
irst p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt03
Min
4x00
64x.
xxA
V52
x.xx
014
390
Thur
sday
: Firs
t per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
4M
in4x
0065
x.xx
AV
53x.
xx0
1439
480
Frid
ay: F
irst p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt05
Min
4x00
66x.
xxA
V54
x.xx
014
3996
0S
atur
day:
Firs
t per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
6M
in4x
0067
x.xx
AV
55x.
xx0
1439
360
Sun
day:
Firs
t per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
7M
in4x
0068
x.xx
AV
56x.
xx0
1439
0M
onda
y: S
econ
d pe
riod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart0
8M
in4x
0069
x.xx
AV
57x.
xx0
1439
480
Tues
day:
Sec
ond
perio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt09
Min
4x00
70x.
xxA
V58
x.xx
014
3996
0W
edne
sday
: Sec
ond
perio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt10
Min
4x00
71x.
xxA
V59
x.xx
014
3936
0Th
ursd
ay: S
econ
d pe
riod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart1
1M
in4x
0072
x.xx
AV
60x.
xx0
1439
0Fr
iday
: Sec
ond
perio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt12
Min
4x00
73x.
xxA
V61
x.xx
014
3948
0S
atur
day:
Sec
ond
perio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt13
Min
4x00
74x.
xxA
V62
x.xx
014
3996
0S
unda
y: S
econ
d pe
riod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart1
4M
in4x
0075
x.xx
AV
63x.
xx0
1439
360
Mon
day:
Thi
rd p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt15
Min
4x00
76x.
xxA
V64
x.xx
014
390
Tues
day:
Thi
rd p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt16
Min
4x00
77x.
xxA
V65
x.xx
014
3948
0W
edne
sday
: Thi
rd p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt17
Min
4x00
78x.
xxA
V66
x.xx
014
3996
0Th
ursd
ay: T
hird
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart1
8M
in4x
0079
x.xx
AV
67x.
xx0
1439
360
Frid
ay: T
hird
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart1
9M
in4x
0080
x.xx
AV
68x.
xx0
1439
0S
atur
day:
Thi
rd p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt20
Min
4x00
81x.
xxA
V69
x.xx
014
3948
0S
unda
y: T
hird
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart2
1M
in4x
0082
x.xx
AV
70x.
xx0
1439
960
Mon
day:
Fou
rth p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt22
Min
4x00
83x.
xxA
V71
x.xx
014
3936
0Tu
esda
y: F
ourth
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart2
3M
in4x
0084
x.xx
AV
72x.
xx0
1439
0W
edne
sday
: Fou
rth p
erio
d st
art t
ime
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sta
rt24
Min
4x00
85x.
xxA
V73
x.xx
014
3948
0Th
ursd
ay: F
ourth
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart2
5M
in4x
0086
x.xx
AV
74x.
xx0
1439
960
Frid
ay: F
ourth
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart2
6M
in4x
0087
x.xx
AV
75x.
xx0
1439
360
Sat
urda
y: F
ourth
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
tart2
7M
in4x
0088
x.xx
AV
76x.
xx0
1439
0S
unda
y: F
ourth
per
iod
star
t tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top0
0M
in4x
0089
x.xx
AV
77x.
xx1
1440
960
Mon
day:
Firs
t per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top0
1M
in4x
0090
x.xx
AV
78x.
xx1
1440
1440
Tues
day:
Firs
t per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top0
2M
in4x
0091
x.xx
AV
79x.
xx1
1440
480
Wed
nesd
ay: F
irst p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p03
Min
4x00
92x.
xxA
V80
x.xx
114
4036
0Th
ursd
ay: F
irst p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p04
Min
4x00
93x.
xxA
V81
x.xx
114
4096
0Fr
iday
: Firs
t per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top0
5M
in4x
0094
x.xx
AV
82x.
xx1
1440
1440
Sat
urda
y: F
irst p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p06
Min
4x00
95x.
xxA
V83
x.xx
114
4048
0S
unda
y: F
irst p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p07
Min
4x00
96x.
xxA
V84
x.xx
114
4036
0M
onda
y: S
econ
d pe
riod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top0
8M
in4x
0097
x.xx
AV
85x.
xx1
1440
960
Tues
day:
Sec
ond
perio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p09
Min
4x00
98x.
xxA
V86
x.xx
114
4014
40W
edne
sday
: Sec
ond
perio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p10
Min
4x00
99x.
xxA
V87
x.xx
114
4048
0Th
ursd
ay: S
econ
d pe
riod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
1M
in4x
0100
x.xx
AV
88x.
xx1
1440
360
Frid
ay: S
econ
d pe
riod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
2M
in4x
0101
x.xx
AV
89x.
xx1
1440
960
Sat
urda
y: S
econ
d pe
riod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
3M
in4x
0102
x.xx
AV
90x.
xx1
1440
1440
Sun
day:
Sec
ond
perio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p14
Min
4x01
03x.
xxA
V91
x.xx
114
4048
0M
onda
y: T
hird
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
5M
in4x
0104
x.xx
AV
92x.
xx1
1440
360
Tues
day:
Thi
rd p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p16
Min
4x01
05x.
xxA
V93
x.xx
114
4096
0W
edne
sday
: Thi
rd p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p17
Min
4x01
06x.
xxA
V94
x.xx
114
4014
40Th
ursd
ay: T
hird
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
8M
in4x
0107
x.xx
AV
95x.
xx1
1440
480
Frid
ay: T
hird
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top1
9M
in4x
0108
x.xx
AV
96x.
xx1
1440
360
Sat
urda
y: T
hird
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top2
0M
in4x
0109
x.xx
AV
97x.
xx1
1440
960
Sun
day:
Thi
rd p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p21
Min
4x01
10x.
xxA
V98
x.xx
114
4014
40M
onda
y: F
ourth
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top2
2M
in4x
0111
x.xx
AV
99x.
xx1
1440
480
Tues
day:
Fou
rth p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p23
Min
4x01
12x.
xxA
V10
0x.
xx1
1440
360
Wed
nesd
ay: F
ourth
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top2
4M
in4x
0113
x.xx
AV
101
x.xx
114
4096
0Th
ursd
ay: F
ourth
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top2
5M
in4x
0114
x.xx
AV
102
x.xx
114
4014
40Fr
iday
: Fou
rth p
erio
d st
op ti
me
[min
utes
afte
r mid
nigh
t]A
HU
con
trolle
rW
eek
Sch
edul
eS
tand
ard
Tim
eSw
-Sto
p26
Min
4x01
15x.
xxA
V10
3x.
xx1
1440
480
Sat
urda
y: F
ourth
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-S
top2
7M
in4x
0116
x.xx
AV
104
x.xx
114
4036
0S
unda
y: F
ourth
per
iod
stop
tim
e [m
inut
es a
fter m
idni
ght]
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
04x
0117
x.xx
AV
105
x.xx
06
2M
onda
y: F
irst p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
14x
0118
x.xx
AV
106
x.xx
06
1Tu
esda
y: F
irst p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
24x
0119
x.xx
AV
107
x.xx
06
1W
edne
sday
: Firs
t per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
34x
0120
x.xx
AV
108
x.xx
06
0Th
ursd
ay: F
irst p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
44x
0121
x.xx
AV
109
x.xx
06
2Fr
iday
: Firs
t per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
54x
0122
x.xx
AV
110
x.xx
06
1S
atur
day:
Firs
t per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
64x
0123
x.xx
AV
111
x.xx
06
1S
unda
y: F
irst p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
74x
0124
x.xx
AV
112
x.xx
06
0M
onda
y: S
econ
d pe
riod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
84x
0125
x.xx
AV
113
x.xx
06
2Tu
esda
y: S
econ
d pe
riod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode0
94x
0126
x.xx
AV
114
x.xx
06
1W
edne
sday
: Sec
ond
perio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode1
04x
0127
x.xx
AV
115
x.xx
06
1Th
ursd
ay: S
econ
d pe
riod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode1
14x
0128
x.xx
AV
116
x.xx
06
0Fr
iday
: Sec
ond
perio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode1
24x
0129
x.xx
AV
117
x.xx
06
2S
atur
day:
Sec
ond
perio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode1
34x
0130
x.xx
AV
118
x.xx
06
1S
unda
y: S
econ
d pe
riod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode1
44x
0131
x.xx
AV
119
x.xx
06
1M
onda
y: T
hird
per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode1
54x
0132
x.xx
AV
120
x.xx
06
0Tu
esda
y: T
hird
per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode1
64x
0133
x.xx
AV
121
x.xx
06
2W
edne
sday
: Thi
rd p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode1
74x
0134
x.xx
AV
122
x.xx
06
1Th
ursd
ay: T
hird
per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode1
84x
0135
x.xx
AV
123
x.xx
06
1Fr
iday
: Thi
rd p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode1
94x
0136
x.xx
AV
124
x.xx
06
0S
atur
day:
Thi
rd p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode2
04x
0137
x.xx
AV
125
x.xx
06
2S
unda
y: T
hird
per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode2
14x
0138
x.xx
AV
126
x.xx
06
1M
onda
y: F
ourth
per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode2
24x
0139
x.xx
AV
127
x.xx
06
1Tu
esda
y: F
ourth
per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode2
34x
0140
x.xx
AV
128
x.xx
06
0W
edne
sday
: Fou
rth p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode2
44x
0141
x.xx
AV
129
x.xx
06
2Th
ursd
ay: F
ourth
per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode2
54x
0142
x.xx
AV
130
x.xx
06
1Fr
iday
: Fou
rth p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode2
64x
0143
x.xx
AV
131
x.xx
06
1S
atur
day:
Fou
rth p
erio
d op
erat
ing
mod
e: 0
=OFF
, 1=l
ow s
peed
, 2=h
igh
spee
d
AH
U c
ontro
ller
Wee
k S
ched
ule
Sta
ndar
dTi
meS
w-M
ode2
74x
0144
x.xx
AV
132
x.xx
06
0S
unda
y: F
ourth
per
iod
oper
atin
g m
ode:
0=O
FF, 1
=low
spe
ed, 2
=hig
h sp
eed
AH
U c
ontro
ller
Con
trol
Tem
pReg
Mod
e4x
0148
x.xx
AV
133
x.xx
03
00=
supp
ly, 1
-Ext
ract
, 2=R
oom
, 3=s
uppl
y/ex
tract
diff
eren
tial
AH
U c
ontro
ller
Set
poi
ntTe
mpR
egS
et°C
4x01
49x.
xxA
V13
4x.
xx0
4000
Tem
pera
ture
set
poin
t for
act
ual c
ontro
l typ
e [1
/100
°C]
AH
U c
ontro
ller
Set
poi
ntS
upTe
mpM
inS
et°C
4x01
50x.
xxA
V13
5x.
xx0
4000
1000
Min
. lim
it su
pply
tem
pera
ture
[1/1
00°C
]A
HU
con
trolle
rS
et p
oint
Sup
Tem
pMax
Set
°C4x
0151
x.xx
AV
136
x.xx
2000
5000
3500
Max
. lim
it su
pply
tem
pera
ture
[1/1
00°C
]
AH
U c
ontro
ller
Set
poi
ntS
upTe
mpD
iffS
et°C
4x01
52x.
xxA
V13
7x.
xx10
015
0030
0S
etpo
int:
Tem
pera
ture
diff
eren
tial b
etw
een
supp
ly a
nd e
xtra
ct.
Onl
y re
leva
nt w
hen
Tem
pReg
Mod
e is
3 (s
uppl
y/ex
tract
diff
eren
tial)
(con
stan
t sup
ply/
extra
ct -
diffe
rent
ial t
empe
ratu
re c
ontro
l) [1
/100
°C]
AH
U c
ontro
ller
Ala
rmS
upTe
mpD
iffA
lr°C
4x01
56x.
xxA
V13
8x.
xx20
015
0050
0A
larm
lim
it fo
r tem
pera
ture
diff
eren
tial b
etw
een
supp
ly
setp
oint
and
act
ual v
alue
[1/1
00°C
]H
eatin
gC
ontro
lS
upTe
mpH
eatP
B°C
4x01
57x.
xxA
V13
9x.
xx20
010
000
750
P-b
and
for s
uppl
y ai
r tem
pera
ture
con
trol [
1/10
0°C
]C
oolin
g co
ilC
ontro
lS
tand
ard
Sup
Tem
pCoo
l_IT
sec
4x01
58x.
xxA
V14
0x.
xx10
3000
070
0I-t
ime
for s
uppl
y co
olin
g co
ntro
l [se
c]H
eat e
xcha
nger
Con
trol
Sta
ndar
dS
upTe
mpE
XC
_IT
sec
4x01
59x.
xxA
V14
1x.
xx10
3000
012
0I-t
ime
for s
uppl
y he
at e
xcha
nger
con
trol [
sec]
Hea
ting
Con
trol
Sta
ndar
dS
upTe
mpH
eat_
ITse
c4x
0160
x.xx
AV
142
x.xx
1030
000
300
I-tim
e fo
r sup
ply
heat
ing
cont
rol [
sec]
Fan
Con
trol
Sta
ndar
dS
upTe
mpD
nReg
Itse
c4x
0161
x.xx
AV
143
x.xx
1030
000
120
I-tim
e fo
r sup
ply
flow
redu
ctio
n in
cas
e of
low
sup
ply
tem
pera
ture
[sec
]H
eate
r 2C
ontro
lS
tand
ard
Sup
Tem
pHea
t2IT
sec
4x01
62x.
xxN
AN
A10
3000
030
0I-t
ime
for s
uppl
y he
atin
g2 c
ontro
l [se
c]H
eat p
ump
Con
trol
Spe
ciel
Sup
Tem
pHP
_IT
sec
4x01
64x.
xxN
AN
A10
3000
030
0I-t
ime
for h
eat p
ump[
sec]
Hea
ting
Ala
rmE
xtTe
mpD
iffA
lr°C
4x01
65x.
xxA
V14
4x.
xx20
015
0050
0A
larm
lim
it fo
r tem
pera
ture
diff
eren
tial b
etw
een
extra
ct s
etpo
int a
nd a
ctua
l val
ue [1
/100
°C]
Hea
ting
Con
trol
Ext
Tem
pHea
tPB
°C4x
0166
x.xx
AV
145
x.xx
200
1000
050
0P
-ban
d fo
r ext
ract
air
tem
pera
ture
con
trol [
1/10
0°C
]C
oolin
g co
ilC
ontro
lS
tand
ard
Ext
Tem
pCoo
l_It
sec
4x01
67x.
xxA
V14
6x.
xx10
3000
010
00I-t
ime
for e
xtra
ct c
oolin
g co
ntro
l [se
c]H
eat e
xcha
nger
Con
trol
Sta
ndar
dE
xtTe
mpE
XC
_It
sec
4x01
68x.
xxA
V14
7x.
xx10
3000
030
0I-t
ime
for e
xtra
ct h
eat e
xcha
nger
con
trol [
sec]
Hea
ting
Con
trol
Sta
ndar
dE
xtTe
mpH
eat_
Itse
c4x
0169
x.xx
AV
148
x.xx
1030
000
600
I-tim
e fo
r ext
ract
hea
ting
cont
rol [
sec]
Fan
Con
trol
Sta
ndar
dE
xtTe
mpD
nReg
Itse
c4x
0170
x.xx
AV
149
x.xx
1030
000
300
I-tim
e fo
r ext
ract
flow
redu
ctio
n in
cas
e of
low
sup
ply
tem
pera
ture
[sec
]H
eate
r 2C
ontro
lS
tand
ard
Ext
Tem
pHea
t2It
sec
4x01
71x.
xxN
AN
A10
3000
060
0I-t
ime
for h
eatin
g 2
cont
rol [
sec]
Hea
t pum
pC
ontro
lS
tand
ard
Ext
Tem
pHP
_IT
sec
4x01
73x.
xxN
AN
A10
3000
060
0I-t
ime
for h
eat p
ump
cont
rol [
sec]
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
WTC
_Win
tX1
°C4x
0175
x.xx
AV
150
x.xx
-300
00
-150
0S
umm
er/w
inte
r tem
p. c
omp.
: low
out
door
tem
p. s
etpo
int,
win
ter [
1/10
0°C
]A
HU
con
trolle
rS
umm
er/W
inte
r com
pS
tand
ard
SW
TC_W
intX
2°C
4x01
76x.
xxA
V15
1x.
xx-1
000
1000
0S
umm
er/w
inte
r tem
p. c
omp.
: hig
h ou
tdoo
r tem
p. s
etpo
int,
win
ter [
1/10
0°C
]A
HU
con
trolle
rS
umm
er/W
inte
r com
pS
tand
ard
SW
TC_S
umX
1°C
4x01
77x.
xxA
V15
2x.
xx10
0030
0020
00S
umm
er/w
inte
r tem
p. c
omp.
: low
out
door
tem
p. s
etpo
int,
sum
mer
[1/1
00°C
]A
HU
con
trolle
rS
umm
er/W
inte
r com
pS
tand
ard
SW
TC_S
umX
2°C
4x01
78x.
xxA
V15
3x.
xx20
0040
0030
00S
umm
er/w
inte
r tem
p. c
omp.
: hig
h ou
tdoo
r tem
p. s
etpo
int,
sum
mer
[1/1
00°C
]A
HU
con
trolle
rS
umm
er/W
inte
r com
pS
tand
ard
SW
TCW
inC
omV
al°C
4x01
79x.
xxA
V15
4x.
xx0
1000
500
Sum
mer
/win
ter t
emp.
com
p.: w
inte
r com
pens
atio
n [1
/100
°C]
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
WTC
Sum
Com
Val
°C4x
0180
x.xx
AV
155
x.xx
-100
010
00-5
00S
umm
er/w
inte
r tem
p. c
omp.
: sum
mer
com
pens
atio
n [1
/100
°C]
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
W_M
ode
4x01
85x.
xxA
V15
6x.
xx0
40
Sum
mer
/win
ter c
hang
eove
r: 0=
OFF
(no
sum
mer
/win
ter c
hang
eove
r)1=
Cha
ngeo
ver d
eter
min
ed b
y ou
tdoo
r tem
pera
ture
2=
Cha
ngeo
ver d
eter
min
ed b
y da
te
3=M
anua
l sum
mer
4=
Man
ual w
inte
r
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
W_O
utW
inte
rON
°C4x
0186
x.xx
AV
157
x.xx
-300
040
000
Out
door
tem
pera
ture
for s
tart
of w
inte
r ope
ratio
n (S
W_M
ode
= 1)
[1/1
00°C
]A
HU
con
trolle
rS
umm
er/W
inte
r com
pS
tand
ard
SW
_Out
Sum
mer
ON
°C4x
0187
x.xx
AV
158
x.xx
-300
040
0020
00O
utdo
or te
mpe
ratu
re fo
r sta
rt of
sum
mer
ope
ratio
n (S
W_M
ode
= 1)
[1/1
00°C
]A
HU
con
trolle
rS
umm
er/W
inte
r com
pS
tand
ard
SW
_Mon
thW
intO
N4x
0188
x.xx
AV
159
x.xx
712
11M
onth
for s
tart
of w
inte
r ope
ratio
n (S
W_M
ode
= 2)
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
W_D
ateW
intO
N4x
0189
x.xx
AV
160
x.xx
131
1D
ate
for s
tart
of w
inte
r ope
ratio
n (S
W_M
ode
= 2)
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
W_M
onth
Sum
ON
4x01
90x.
xxA
V16
1x.
xx1
65
Mon
th fo
r sta
rt of
sum
mer
ope
ratio
n (S
W_M
ode
= 2)
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
W_D
ateS
umO
N4x
0191
x.xx
AV
162
x.xx
131
1D
ate
for s
tart
of s
umm
er o
pera
tion
(SW
_Mod
e =
2)D
ampe
r, R
ecirc
ulat
ion
Set
poi
ntR
ecic
Sta
rtTm
p°C
4x01
95x.
xxA
V16
3x.
xx50
040
0019
00S
tartu
p te
mpe
ratu
re fo
r rec
ircul
atio
n [1
/100
°C
]D
ampe
r, R
ecirc
ulat
ion
Set
poi
ntR
ecic
Sto
pTm
p°C
4x01
96x.
xxA
V16
4x.
xx50
040
0021
00S
top
tem
pera
ture
for r
ecirc
ulat
ion
[1/1
00 °
C]
AH
U c
ontro
ller
Fire
Sup
Tem
pFire
Alr
°C4x
0200
x.xx
AV
165
x.xx
5000
1200
080
00S
etpo
int f
or in
tern
al fi
re a
larm
in s
uppl
y du
ct [1
/100
°C]
AH
U c
ontro
ller
Fire
Ext
Tem
pFire
Alr
°C4x
0201
x.xx
AV
166
x.xx
3500
1200
070
00S
etpo
int f
or in
tern
al fi
re a
larm
in e
xtra
ct d
uct [
1/10
0°C
]C
oolin
g co
ilC
ontro
lS
tand
ard
Coo
lFlw
Forc
ePc
%4x
0205
x.xx
AV
167
x.xx
010
000
2500
Incr
ease
in fa
n sp
eed
whe
n co
olin
g is
act
ive
[%]
Coo
ling
coil
Set
poi
ntS
tand
ard
Coo
lOut
TmpM
in°C
4x02
06x.
xxA
V16
8x.
xx0
3000
1500
Min
. out
door
tem
pera
ture
for s
tart
of c
oolin
g C
oolin
g co
ilS
et p
oint
Sta
ndar
dC
oolS
upM
inTm
p°C
4x02
07x.
xxA
V16
9x.
xx0
2500
1200
Min
. sup
ply
tem
pera
ture
whe
n co
olin
g is
act
ive
(onl
y w
ith ro
om te
mp.
con
trol)
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
N_E
xtTm
pSta
rt°C
4x02
10x.
xxA
V17
0x.
xx15
0040
0023
00S
umm
er n
ight
ext
ract
/room
tem
p. s
tart
[1/1
00°C
]A
HU
con
trolle
rS
umm
er N
ight
Coo
lingS
tand
ard
SN
_Ext
TmpS
top
°C4x
0211
x.xx
AV
171
x.xx
1000
3000
2000
Sum
mer
nig
ht e
xtra
ct/ro
om te
mp.
sto
p [1
/100
°C]
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
N_O
utTm
pSta
rt°C
4x02
12x.
xxA
V17
2x.
xx50
020
0012
00S
umm
er n
ight
out
door
tem
p. s
tart
[1/1
00°C
]A
HU
con
trolle
rS
umm
er N
ight
Coo
lingS
tand
ard
SN
_Sup
TmpS
et°C
4x02
13x.
xxA
V17
3x.
xx50
020
0010
00S
umm
er n
ight
sup
ply
tem
p. c
ontro
l set
poin
t [1/
100°
C]
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
N_S
tartT
ime
Min
4x02
14x.
xxA
V17
4x.
xx0
1439
1380
Sum
mer
nig
ht s
tart
[min
]A
HU
con
trolle
rS
umm
er N
ight
Coo
lingS
tand
ard
SN
_Sto
pTim
eM
in4x
0215
x.xx
AV
175
x.xx
014
3936
0S
umm
er n
ight
sto
p [m
in]
Hea
t exc
hang
erS
et p
oint
Spe
cial
CE
xcD
eIce
Tem
p°C
4x02
20x.
xxA
V17
6x.
xx-5
0020
0050
0M
in. e
xhau
st te
mp
setp
oint
for c
ross
-flow
hea
t exc
hang
er [1
/100
°C]
Hea
t exc
hang
erC
ontro
lS
peci
alC
Exc
DeI
ceTe
mpP
°C4x
0221
x.xx
AV
177
x.xx
200
2000
500
P-b
and
for b
ypas
s co
ntro
l of c
ross
-flow
hea
t exc
hang
er [1
/100
°C]
Hea
t exc
hang
erS
et p
oint
Spe
cial
CE
xcD
eIce
Pre
ssP
a4x
0222
x.xx
NA
NA
1050
0030
Set
poin
t for
pre
ssur
e dr
op a
cros
s cr
oss-
flow
exc
hang
er fo
r sta
rt of
de-
icin
g [P
a]H
eat e
xcha
nger
Con
trol
Spe
cial
CE
xcD
eIce
Tim
eS
ec4x
0223
x.xx
NA
NA
180
1800
300
Set
poin
t for
dur
atio
n of
hea
t exc
hang
er d
e-ic
ing
[sec
]
Hea
t exc
hang
erC
ontro
lS
tand
ard
Bat
tEX
C_P
umpF
c4x
0225
x.xx
AV
178
x.xx
03
1
Circ
ulat
ion
pum
p m
ode
on h
eat e
xcha
nger
coi
l:0
–> P
ump
runs
con
stan
tly1
–> P
ump
runs
if h
eat r
ecov
ery
dem
and
is >
0 (A
utoM
ode)
2 –>
Pum
p ru
ns if
out
door
tem
p. is
< te
mp.
set
poin
t for
pum
p st
art
Hea
t exc
hang
erC
ontro
lS
tand
ard
Bat
tEX
C_P
umpS
t°C
4x02
26x.
xxA
V17
9x.
xx0
4000
1500
Sta
rtup
tem
p. s
etpo
int f
or c
ircul
atio
n pu
mp
on h
eat e
xcha
nger
coi
l O
NLY
use
d if
Coi
lEX
C_P
umpF
unc
(Add
ress
224
) = 2
.P
ump
runs
if o
utdo
or te
mp.
is <
tem
p. s
etpo
int f
or p
ump
star
t
Hea
t exc
hang
erA
larm
Sta
ndar
dB
attE
XC
_AlrS
et°C
4x02
27x.
xxA
V18
0x.
xx-1
000
2000
800
Tem
p. d
iffer
entia
l ala
rm s
etpo
int f
or h
eat e
xcha
nger
coi
l A
larm
act
ivat
ed if
tem
pera
ture
diff
eren
tial (
in re
latio
n to
out
door
tem
p.)
dow
nstre
am fr
om h
eat e
xcha
nger
coi
l ope
ratin
g at
50%
pow
er (o
r mor
e) is
low
er th
an th
e al
arm
set
poin
t
Hum
idity
Set
poi
ntS
tand
ard
Hum
id_S
upS
et%
4x02
28x.
xxN
AN
A0
1000
020
00H
umid
ity s
etpo
int f
or s
elec
ted
cont
rol t
ype
(sup
ply/
exha
ust)
[1/1
00%
] RH
Hea
ting
coil
1, W
ater
S
et p
oint
Sta
ndar
dH
W1U
pSta
rtPow
%4x
0230
x.xx
AV
181
x.xx
010
000
5000
Hea
ting
coil:
Sta
rtup
pow
er s
etpo
int [
1/10
0%]
Hea
ting
coil
1, W
ater
C
ontro
lS
tand
ard
HW
1Pum
pFun
c4x
0231
x.xx
AV
182
x.xx
03
1C
ircul
atio
n pu
mp
mod
e on
hea
ting
coil:
0 –>
Pum
p ru
ns c
onst
antly
1 –>
Pum
p ru
ns if
hea
t dem
and
is >
0 (A
utoM
ode)
2 >
Pum
p ru
ns if
out
door
tem
p is
< te
mp
set
poin
t for
pum
p st
art
Hea
ting
coil
1, W
ater
S
et p
oint
Sta
ndar
dH
W1P
mpS
tartT
mp
°C4x
0232
x.xx
AV
183
x.xx
500
3000
1500
Sta
rtup
tem
p. s
etpo
int f
or c
ircul
atio
n pu
mp
on h
eatin
g co
il O
NLY
use
d if
HW
_Pum
pFun
c (A
ddre
ss 2
30) =
2P
ump
runs
if o
utdo
or te
mp.
is <
tem
p. s
etpo
int f
or p
ump
star
t H
eatin
g co
il 1,
Wat
er
Set
poi
ntS
tand
ard
HW
1Frz
Sto
pSet
°C4x
0233
x.xx
AV
184
x.xx
500
4000
2500
Set
poin
t for
fros
t pro
tect
ion
cont
rol w
hen
unit
is in
STO
P m
ode
[1/1
00°C
]H
eatin
g co
il 1,
Wat
er
Set
poi
ntS
tand
ard
HW
1Frz
Drif
tSet
°C4x
0234
x.xx
AV
185
x.xx
200
2000
500
Set
poin
t for
fros
t pro
t. co
ntro
l whe
n un
it is
in O
PE
RA
TIN
G m
ode
[1/1
00°C
]H
eatin
g co
il 1,
Wat
er
Con
trol
Sta
ndar
dH
W1F
reez
ePB
°C4x
0235
x.xx
AV
186
x.xx
200
2000
500
P-b
and
for f
rost
pro
tect
ion
cont
rol [
1/10
0°C
]H
eatin
g co
il 1,
Wat
er
Set
poi
ntS
tand
ard
HW
1Frz
AlrT
pSet
°C4x
0236
x.xx
AV
187
x.xx
200
2000
200
Set
poin
t for
fros
t pro
tect
ion
tem
p. a
larm
[1/1
00°C
]
Hea
ting
coil
1, W
ater
S
et p
oint
Sta
ndar
dH
W1P
mpS
tartP
rc%
4x02
37x.
xxN
AN
A0
1000
030
0
Hea
ting
coil
1S
tart
circ
ulat
ion
pum
p w
ith %
-ope
n va
lve
[1/1
00%
]O
NLY
use
d if
HW
1_P
umpF
unc
(Add
ress
230
) = 1
The
pum
p st
arts
whe
n th
e va
lue
is e
xcee
ded.
Coo
ling
coil
Con
trol
Sta
ndar
dC
W_P
umpF
unc
4x02
40x.
xxA
V18
8x.
xx0
30
Coo
ling
wat
er p
ump
mod
e:
0 –>
Pum
p ru
ns c
onst
antly
1
–> P
ump
runs
if c
oolin
g po
wer
is >
0 (A
utoM
ode)
2 –>
Pum
p ru
ns if
out
door
tem
p. >
tem
p. s
etpo
int f
or p
ump
star
t
Coo
ling
coil
Set
poi
ntS
tand
ard
CW
_Pm
pSta
rtTm
p°C
4x02
41x.
xxA
V18
9x.
xx50
040
0021
00Te
mp.
set
poin
t for
sta
rt of
coo
ling
coil
pum
p
O
NLY
use
d if
CW
_Pum
pFun
c (A
ddre
ss 2
39) =
2P
ump
runs
if o
utdo
or te
mp.
is >
tem
p. s
etpo
int f
or p
ump
star
tG
reen
Zone
Set
poi
ntS
tand
ard
FanO
ptS
upE
xtIn
%4x
0242
x.xx
AV
223
x.xx
010
000
Ext
erna
l sig
nal G
reen
Zone
, sup
ply
[1/1
00%
]G
reen
Zone
Set
poi
ntS
tand
ard
FanO
ptE
xtE
xtIn
%4x
0243
x.xx
AV
224
x.xx
010
000
Ext
erna
l sig
nal G
reen
Zone
, exh
aust
[1/1
00%
]Fi
lter
Ala
rmS
tand
ard
FiltS
upS
tatA
lrP
a4x
0245
x.xx
AV
190
x.xx
1050
080
Ala
rm li
mit
for p
ress
ure
drop
acr
oss
inta
ke fi
lter (
stat
ic m
ode)
Filte
rA
larm
Sta
ndar
dFi
ltExt
Sta
tAlr
Pa
4x02
46x.
xxA
V19
1x.
xx10
500
80A
larm
lim
it fo
r pre
ssur
e dr
op a
cros
s ex
haus
t filt
er (s
tatic
mod
e)Fi
lter
Ala
rmS
tand
ard
FiltS
upD
ynA
lr%
4x02
47x.
xxA
V19
2x.
xx10
0010
000
5000
Ala
rm li
mit
for p
ress
ure
drop
acr
oss
inta
ke fi
lter (
dyna
mic
mod
e)Fi
lter
Ala
rmS
tand
ard
FiltE
xtD
ynA
lr%
4x02
48x.
xxA
V19
3x.
xx10
0010
000
5000
Ala
rm li
mit
for p
ress
ure
drop
acr
oss
exha
ust f
ilter
(dyn
amic
mod
e)Fi
lter
Ala
rmS
tand
ard
FiltS
up2S
taA
lrP
a4x
0249
4.18
AV
258
4.18
1050
080
Filte
r Pre
ssur
e A
lr Li
mit
for S
upFi
lter2
(sta
tic m
ode)
AH
U c
ontro
ller
Ala
rmS
tand
ard
Alr_
Mai
lSet
up4x
0250
x.xx
AV
194
x.xx
03
3
Ala
rm e
mai
l set
up0
–> E
mai
ls n
ot s
ent
1 –>
Em
ails
sen
t for
A-a
larm
s2
–> E
mai
ls s
ent f
or B
-ala
rms
3 –>
Em
ails
sen
t for
A a
nd B
-ala
rms
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
W_O
utW
inte
rON
°C4x
0186
x.xx
AV
157
x.xx
-300
040
000
Out
door
tem
pera
ture
for s
tart
of w
inte
r ope
ratio
n (S
W_M
ode
= 1)
[1/1
00°C
]A
HU
con
trolle
rS
umm
er/W
inte
r com
pS
tand
ard
SW
_Out
Sum
mer
ON
°C4x
0187
x.xx
AV
158
x.xx
-300
040
0020
00O
utdo
or te
mpe
ratu
re fo
r sta
rt of
sum
mer
ope
ratio
n (S
W_M
ode
= 1)
[1/1
00°C
]A
HU
con
trolle
rS
umm
er/W
inte
r com
pS
tand
ard
SW
_Mon
thW
intO
N4x
0188
x.xx
AV
159
x.xx
712
11M
onth
for s
tart
of w
inte
r ope
ratio
n (S
W_M
ode
= 2)
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
W_D
ateW
intO
N4x
0189
x.xx
AV
160
x.xx
131
1D
ate
for s
tart
of w
inte
r ope
ratio
n (S
W_M
ode
= 2)
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
W_M
onth
Sum
ON
4x01
90x.
xxA
V16
1x.
xx1
65
Mon
th fo
r sta
rt of
sum
mer
ope
ratio
n (S
W_M
ode
= 2)
AH
U c
ontro
ller
Sum
mer
/Win
ter c
omp
Sta
ndar
dS
W_D
ateS
umO
N4x
0191
x.xx
AV
162
x.xx
131
1D
ate
for s
tart
of s
umm
er o
pera
tion
(SW
_Mod
e =
2)D
ampe
r, R
ecirc
ulat
ion
Set
poi
ntR
ecic
Sta
rtTm
p°C
4x01
95x.
xxA
V16
3x.
xx50
040
0019
00S
tartu
p te
mpe
ratu
re fo
r rec
ircul
atio
n [1
/100
°C
]D
ampe
r, R
ecirc
ulat
ion
Set
poi
ntR
ecic
Sto
pTm
p°C
4x01
96x.
xxA
V16
4x.
xx50
040
0021
00S
top
tem
pera
ture
for r
ecirc
ulat
ion
[1/1
00 °
C]
AH
U c
ontro
ller
Fire
Sup
Tem
pFire
Alr
°C4x
0200
x.xx
AV
165
x.xx
5000
1200
080
00S
etpo
int f
or in
tern
al fi
re a
larm
in s
uppl
y du
ct [1
/100
°C]
AH
U c
ontro
ller
Fire
Ext
Tem
pFire
Alr
°C4x
0201
x.xx
AV
166
x.xx
3500
1200
070
00S
etpo
int f
or in
tern
al fi
re a
larm
in e
xtra
ct d
uct [
1/10
0°C
]C
oolin
g co
ilC
ontro
lS
tand
ard
Coo
lFlw
Forc
ePc
%4x
0205
x.xx
AV
167
x.xx
010
000
2500
Incr
ease
in fa
n sp
eed
whe
n co
olin
g is
act
ive
[%]
Coo
ling
coil
Set
poi
ntS
tand
ard
Coo
lOut
TmpM
in°C
4x02
06x.
xxA
V16
8x.
xx0
3000
1500
Min
. out
door
tem
pera
ture
for s
tart
of c
oolin
g C
oolin
g co
ilS
et p
oint
Sta
ndar
dC
oolS
upM
inTm
p°C
4x02
07x.
xxA
V16
9x.
xx0
2500
1200
Min
. sup
ply
tem
pera
ture
whe
n co
olin
g is
act
ive
(onl
y w
ith ro
om te
mp.
con
trol)
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
N_E
xtTm
pSta
rt°C
4x02
10x.
xxA
V17
0x.
xx15
0040
0023
00S
umm
er n
ight
ext
ract
/room
tem
p. s
tart
[1/1
00°C
]A
HU
con
trolle
rS
umm
er N
ight
Coo
lingS
tand
ard
SN
_Ext
TmpS
top
°C4x
0211
x.xx
AV
171
x.xx
1000
3000
2000
Sum
mer
nig
ht e
xtra
ct/ro
om te
mp.
sto
p [1
/100
°C]
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
N_O
utTm
pSta
rt°C
4x02
12x.
xxA
V17
2x.
xx50
020
0012
00S
umm
er n
ight
out
door
tem
p. s
tart
[1/1
00°C
]A
HU
con
trolle
rS
umm
er N
ight
Coo
lingS
tand
ard
SN
_Sup
TmpS
et°C
4x02
13x.
xxA
V17
3x.
xx50
020
0010
00S
umm
er n
ight
sup
ply
tem
p. c
ontro
l set
poin
t [1/
100°
C]
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
N_S
tartT
ime
Min
4x02
14x.
xxA
V17
4x.
xx0
1439
1380
Sum
mer
nig
ht s
tart
[min
]A
HU
con
trolle
rS
umm
er N
ight
Coo
lingS
tand
ard
SN
_Sto
pTim
eM
in4x
0215
x.xx
AV
175
x.xx
014
3936
0S
umm
er n
ight
sto
p [m
in]
Hea
t exc
hang
erS
et p
oint
Spe
cial
CE
xcD
eIce
Tem
p°C
4x02
20x.
xxA
V17
6x.
xx-5
0020
0050
0M
in. e
xhau
st te
mp
setp
oint
for c
ross
-flow
hea
t exc
hang
er [1
/100
°C]
Hea
t exc
hang
erC
ontro
lS
peci
alC
Exc
DeI
ceTe
mpP
°C4x
0221
x.xx
AV
177
x.xx
200
2000
500
P-b
and
for b
ypas
s co
ntro
l of c
ross
-flow
hea
t exc
hang
er [1
/100
°C]
Hea
t exc
hang
erS
et p
oint
Spe
cial
CE
xcD
eIce
Pre
ssP
a4x
0222
x.xx
NA
NA
1050
0030
Set
poin
t for
pre
ssur
e dr
op a
cros
s cr
oss-
flow
exc
hang
er fo
r sta
rt of
de-
icin
g [P
a]H
eat e
xcha
nger
Con
trol
Spe
cial
CE
xcD
eIce
Tim
eS
ec4x
0223
x.xx
NA
NA
180
1800
300
Set
poin
t for
dur
atio
n of
hea
t exc
hang
er d
e-ic
ing
[sec
]
Hea
t exc
hang
erC
ontro
lS
tand
ard
Bat
tEX
C_P
umpF
c4x
0225
x.xx
AV
178
x.xx
03
1
Circ
ulat
ion
pum
p m
ode
on h
eat e
xcha
nger
coi
l:0
–> P
ump
runs
con
stan
tly1
–> P
ump
runs
if h
eat r
ecov
ery
dem
and
is >
0 (A
utoM
ode)
2 –>
Pum
p ru
ns if
out
door
tem
p. is
< te
mp.
set
poin
t for
pum
p st
art
Hea
t exc
hang
erC
ontro
lS
tand
ard
Bat
tEX
C_P
umpS
t°C
4x02
26x.
xxA
V17
9x.
xx0
4000
1500
Sta
rtup
tem
p. s
etpo
int f
or c
ircul
atio
n pu
mp
on h
eat e
xcha
nger
coi
l O
NLY
use
d if
Coi
lEX
C_P
umpF
unc
(Add
ress
224
) = 2
.P
ump
runs
if o
utdo
or te
mp.
is <
tem
p. s
etpo
int f
or p
ump
star
t
Hea
t exc
hang
erA
larm
Sta
ndar
dB
attE
XC
_AlrS
et°C
4x02
27x.
xxA
V18
0x.
xx-1
000
2000
800
Tem
p. d
iffer
entia
l ala
rm s
etpo
int f
or h
eat e
xcha
nger
coi
l A
larm
act
ivat
ed if
tem
pera
ture
diff
eren
tial (
in re
latio
n to
out
door
tem
p.)
dow
nstre
am fr
om h
eat e
xcha
nger
coi
l ope
ratin
g at
50%
pow
er (o
r mor
e) is
low
er th
an th
e al
arm
set
poin
t
Hum
idity
Set
poi
ntS
tand
ard
Hum
id_S
upS
et%
4x02
28x.
xxN
AN
A0
1000
020
00H
umid
ity s
etpo
int f
or s
elec
ted
cont
rol t
ype
(sup
ply/
exha
ust)
[1/1
00%
] RH
Hea
ting
coil
1, W
ater
S
et p
oint
Sta
ndar
dH
W1U
pSta
rtPow
%4x
0230
x.xx
AV
181
x.xx
010
000
5000
Hea
ting
coil:
Sta
rtup
pow
er s
etpo
int [
1/10
0%]
Hea
ting
coil
1, W
ater
C
ontro
lS
tand
ard
HW
1Pum
pFun
c4x
0231
x.xx
AV
182
x.xx
03
1C
ircul
atio
n pu
mp
mod
e on
hea
ting
coil:
0 –>
Pum
p ru
ns c
onst
antly
1 –>
Pum
p ru
ns if
hea
t dem
and
is >
0 (A
utoM
ode)
2 >
Pum
p ru
ns if
out
door
tem
p is
< te
mp
set
poin
t for
pum
p st
art
Hea
ting
coil
1, W
ater
S
et p
oint
Sta
ndar
dH
W1P
mpS
tartT
mp
°C4x
0232
x.xx
AV
183
x.xx
500
3000
1500
Sta
rtup
tem
p. s
etpo
int f
or c
ircul
atio
n pu
mp
on h
eatin
g co
il O
NLY
use
d if
HW
_Pum
pFun
c (A
ddre
ss 2
30) =
2P
ump
runs
if o
utdo
or te
mp.
is <
tem
p. s
etpo
int f
or p
ump
star
t H
eatin
g co
il 1,
Wat
er
Set
poi
ntS
tand
ard
HW
1Frz
Sto
pSet
°C4x
0233
x.xx
AV
184
x.xx
500
4000
2500
Set
poin
t for
fros
t pro
tect
ion
cont
rol w
hen
unit
is in
STO
P m
ode
[1/1
00°C
]H
eatin
g co
il 1,
Wat
er
Set
poi
ntS
tand
ard
HW
1Frz
Drif
tSet
°C4x
0234
x.xx
AV
185
x.xx
200
2000
500
Set
poin
t for
fros
t pro
t. co
ntro
l whe
n un
it is
in O
PE
RA
TIN
G m
ode
[1/1
00°C
]H
eatin
g co
il 1,
Wat
er
Con
trol
Sta
ndar
dH
W1F
reez
ePB
°C4x
0235
x.xx
AV
186
x.xx
200
2000
500
P-b
and
for f
rost
pro
tect
ion
cont
rol [
1/10
0°C
]H
eatin
g co
il 1,
Wat
er
Set
poi
ntS
tand
ard
HW
1Frz
AlrT
pSet
°C4x
0236
x.xx
AV
187
x.xx
200
2000
200
Set
poin
t for
fros
t pro
tect
ion
tem
p. a
larm
[1/1
00°C
]
Hea
ting
coil
1, W
ater
S
et p
oint
Sta
ndar
dH
W1P
mpS
tartP
rc%
4x02
37x.
xxN
AN
A0
1000
030
0
Hea
ting
coil
1S
tart
circ
ulat
ion
pum
p w
ith %
-ope
n va
lve
[1/1
00%
]O
NLY
use
d if
HW
1_P
umpF
unc
(Add
ress
230
) = 1
The
pum
p st
arts
whe
n th
e va
lue
is e
xcee
ded.
Coo
ling
coil
Con
trol
Sta
ndar
dC
W_P
umpF
unc
4x02
40x.
xxA
V18
8x.
xx0
30
Coo
ling
wat
er p
ump
mod
e:
0 –>
Pum
p ru
ns c
onst
antly
1
–> P
ump
runs
if c
oolin
g po
wer
is >
0 (A
utoM
ode)
2 –>
Pum
p ru
ns if
out
door
tem
p. >
tem
p. s
etpo
int f
or p
ump
star
t
Coo
ling
coil
Set
poi
ntS
tand
ard
CW
_Pm
pSta
rtTm
p°C
4x02
41x.
xxA
V18
9x.
xx50
040
0021
00Te
mp.
set
poin
t for
sta
rt of
coo
ling
coil
pum
p
O
NLY
use
d if
CW
_Pum
pFun
c (A
ddre
ss 2
39) =
2P
ump
runs
if o
utdo
or te
mp.
is >
tem
p. s
etpo
int f
or p
ump
star
tG
reen
Zone
Set
poi
ntS
tand
ard
FanO
ptS
upE
xtIn
%4x
0242
x.xx
AV
223
x.xx
010
000
Ext
erna
l sig
nal G
reen
Zone
, sup
ply
[1/1
00%
]G
reen
Zone
Set
poi
ntS
tand
ard
FanO
ptE
xtE
xtIn
%4x
0243
x.xx
AV
224
x.xx
010
000
Ext
erna
l sig
nal G
reen
Zone
, exh
aust
[1/1
00%
]Fi
lter
Ala
rmS
tand
ard
FiltS
upS
tatA
lrP
a4x
0245
x.xx
AV
190
x.xx
1050
080
Ala
rm li
mit
for p
ress
ure
drop
acr
oss
inta
ke fi
lter (
stat
ic m
ode)
Filte
rA
larm
Sta
ndar
dFi
ltExt
Sta
tAlr
Pa
4x02
46x.
xxA
V19
1x.
xx10
500
80A
larm
lim
it fo
r pre
ssur
e dr
op a
cros
s ex
haus
t filt
er (s
tatic
mod
e)Fi
lter
Ala
rmS
tand
ard
FiltS
upD
ynA
lr%
4x02
47x.
xxA
V19
2x.
xx10
0010
000
5000
Ala
rm li
mit
for p
ress
ure
drop
acr
oss
inta
ke fi
lter (
dyna
mic
mod
e)Fi
lter
Ala
rmS
tand
ard
FiltE
xtD
ynA
lr%
4x02
48x.
xxA
V19
3x.
xx10
0010
000
5000
Ala
rm li
mit
for p
ress
ure
drop
acr
oss
exha
ust f
ilter
(dyn
amic
mod
e)Fi
lter
Ala
rmS
tand
ard
FiltS
up2S
taA
lrP
a4x
0249
4.18
AV
258
4.18
1050
080
Filte
r Pre
ssur
e A
lr Li
mit
for S
upFi
lter2
(sta
tic m
ode)
AH
U c
ontro
ller
Ala
rmS
tand
ard
Alr_
Mai
lSet
up4x
0250
x.xx
AV
194
x.xx
03
3
Ala
rm e
mai
l set
up0
–> E
mai
ls n
ot s
ent
1 –>
Em
ails
sen
t for
A-a
larm
s2
–> E
mai
ls s
ent f
or B
-ala
rms
3 –>
Em
ails
sen
t for
A a
nd B
-ala
rms
AH
U c
ontro
ller
Ala
rmS
tand
ard
Use
rRE
_Fun
c4x
0251
x.xx
AV
195
x.xx
04
0
Use
r RE
(B-A
larm
rela
y) F
unct
ion:
0 –>
B-a
larm
1 –>
Low
spe
ed in
dica
tion
2 –>
Hig
h sp
eed
indi
catio
n3
-> M
ediu
m s
peed
indi
catio
n
Pre
heat
er c
oil
Set
poi
ntS
tand
ard
PH
Sta
rtPrc
%4x
0252
x.xx
AV
206
x.xx
030
000
5000
Pre
-hea
ting
coil
- Sta
rt-up
out
put s
etpo
int [
1/10
0%];
whe
n sy
stem
is in
sta
rt-up
seq
uenc
e
Pre
heat
er c
oil
Con
trol
Sta
ndar
dP
HP
umpM
ode
4x02
53x.
xxA
V21
0x.
xx0
40
Pre
-hea
ting
coil
Circ
ulat
ion
pum
p fu
nctio
n:
0 –>
Pum
p ru
ns c
onst
antly
1 –>
Pum
p ru
ns if
hea
t out
put i
s >
0 (A
utoM
ode)
2 –>
Pum
p ru
ns if
out
door
tem
p. is
> te
mp.
set
poin
t for
pum
p st
art
Pre
heat
er c
oil
Set
poi
ntS
tand
ard
PH
Pm
pStT
mpH
°C4x
0254
x.xx
AV
208
x.xx
500
3000
1000
Pre
-hea
ting
coil
Sta
rt te
mpe
ratu
re fo
r circ
ulat
ion
pum
p of
pre
-hea
ting
coil.
ON
LY u
sed
if P
HP
umpM
ode
(Add
ress
252
) = 2
Pum
p ru
ns if
out
door
tem
p. is
< te
mp.
set
poin
t for
pum
p st
art
Pre
heat
er c
oil
Set
poi
ntS
tand
ard
PH
Sta
ndby
Tmp
°C4x
0255
x.xx
AV
205
x.xx
500
4000
2500
Pre
-hea
ting
coil
Set
poin
t for
fros
t pro
tect
ion
cont
rol w
hen
syst
em is
in S
TOP
mod
e [1
/100
°C]
Pre
heat
er c
oil
Set
poi
ntS
tand
ard
PH
FrzD
rSet
H°C
4x02
56x.
xxA
V20
9x.
xx20
020
0050
0P
re-h
eatin
g co
ilS
etpo
int f
or fr
ost p
rote
ctio
n co
ntro
l whe
n sy
stem
is in
OP
ER
ATI
NG
mod
e [1
/100
°C]
Pre
heat
er c
oil
Con
trol
Sta
ndar
dP
Hea
tFrz
PB
°C4x
0257
x.xx
AV
207
x.xx
200
2000
500
Pre
-hea
ting
coil
P-b
and
for f
rost
pro
tect
ion
cont
rol [
1/10
0°C
]
Pre
heat
er c
oil
Ala
rmS
tand
ard
PH
Min
AlrF
rz°C
4x02
58x.
xxA
V20
4x.
xx-4
000
1000
020
0P
re-h
eatin
g co
il - F
rost
ala
rmS
etpo
int f
or fr
ost p
rote
ctio
n te
mpe
ratu
re a
larm
[1/1
00°C
]P
rehe
ater
coi
lS
et p
oint
Sta
ndar
dP
Hea
tSet
°C4x
0259
x.xx
AV
203
x.xx
-300
020
0020
0P
re-h
eatin
g co
il - S
etpo
int s
uppl
y du
ct; j
ust a
fter p
re-h
eatin
g co
il H
eatin
g co
il 2,
Wat
er
Set
poi
ntS
tand
ard
HW
2UpS
tartP
ow%
4x02
60x.
xxA
V19
6x.
xx0
1000
050
00H
eatin
g co
il 2
- Sta
rt-up
out
put s
etpo
int [
1/10
0%]
Hea
ting
coil
2, W
ater
C
ontro
lS
tand
ard
HW
2Pum
pFun
c4x
0261
x.xx
AV
197
x.xx
03
1
Hea
ting
coil
2C
ircul
atio
n pu
mp
func
tion:
0 –>
Pum
p ru
ns c
onst
antly
1 ->
Pum
p ru
ns if
hea
ting
valv
e %
-ope
n is
> v
alue
set
in a
ddre
ss =
262
2 –>
Pum
p ru
ns if
out
door
tem
p. is
> te
mp.
set
poin
t for
pum
p st
art (
addr
ess
= 26
1)
Hea
ting
coil
2, W
ater
S
et p
oint
Sta
ndar
dH
W2P
mpS
tartT
mp
°C4x
0262
x.xx
AV
198
x.xx
500
3000
1500
Hea
ting
coil
2S
tart
tem
pera
ture
for c
ircul
atio
n pu
mp
of h
eatin
g co
il 2
ON
LY u
sed
if W
ater
Pum
pFun
c (A
ddre
ss 2
60) =
2P
ump
runs
if o
utdo
or te
mp.
is <
tem
p. s
etpo
int f
or p
ump
star
t
Hea
ting
coil
2, W
ater
S
et p
oint
Sta
ndar
dH
W2P
mpS
tartP
rc%
4x02
63x.
xxN
AN
A0
1000
030
0H
eatin
g co
il 2
- Sta
rt ci
rcul
atio
n pu
mp
with
%-o
pen
valv
e.O
NLY
use
d if
HW
2_P
umpF
unc
(Add
ress
260
) = 1
The
pum
p st
arts
whe
n th
e va
lue
is e
xcee
ded.
Hea
ting
coil
2, W
ater
S
et p
oint
Sta
ndar
dH
W2F
rzS
topS
et°C
4x02
64x.
xxA
V19
9x.
xx50
040
0025
00H
eatin
g co
il 2
- Set
poin
t for
fros
t pro
tect
ion
cont
rol w
hen
unit
is in
STO
P m
ode
[1/1
00°C
]H
eatin
g co
il 2,
Wat
er
Set
poi
ntS
tand
ard
HW
2Frz
Drif
tSet
°C4x
0265
x.xx
AV
200
x.xx
200
2000
500
Hea
ting
coil
2 - S
etpo
int f
or fr
ost p
rote
ctio
n co
ntro
l whe
n un
it is
in O
PE
RA
TIN
G m
ode
[1/1
00°C
]H
eatin
g co
il 2,
Wat
er
Con
trol
Sta
ndar
dH
W2F
reez
ePB
°C4x
0266
x.xx
AV
201
x.xx
200
2000
500
Hea
ting
coil
2 - P
-ban
d fo
r fro
st p
rote
ctio
n co
ntro
l [1/
100°
C]
Hea
ting
coil
2, W
ater
A
larm
Sta
ndar
dH
W2F
rzA
lrTpS
et°C
4x02
67x.
xxA
V20
2x.
xx20
020
0020
0H
eatin
g co
il 2
- Set
poin
t for
fros
t pro
tect
ion
tem
pera
ture
ala
rm [1
/100
°C]
Coo
ling
coil
Set
poi
ntS
tand
ard
CW
_Pum
pSta
rtPr
%4x
0268
x.xx
NA
NA
010
000
2500
Coo
ling
coil
(hyd
roni
c co
olin
g) -
Sta
rt ci
rcul
atio
n pu
mp
with
%-o
pen
valv
eO
NLY
use
d if
CW
_Pum
pFun
c (A
ddre
ss 2
39) =
1.
The
pum
p st
arts
whe
n th
e va
lue
is e
xcee
ded.
Hea
t exc
hang
erS
et p
oint
Sta
ndar
dB
attE
XC
Pm
pStP
r%
4x02
69x.
xxN
AN
A0
1000
025
00H
eat e
xcha
nge
coil
- Sta
rt ci
rcul
atio
n pu
mp
with
%-o
pen
valv
e.O
NLY
use
d if
Coi
lEX
C_P
umpF
c (A
ddre
ss 2
24) =
1.
The
pum
p st
arts
whe
n th
e va
lue
is e
xcee
ded.
Hea
t pum
pS
et p
oint
Spe
cial
HP
_Min
OpT
emp1
°C4x
0270
x.xx
AV
215
x.xx
-400
040
0010
00M
in. o
utdo
or te
mpe
ratu
re fo
r act
ivat
ing
heat
pum
p re
lay
no. 1
Hea
t pum
pS
et p
oint
Spe
cial
HP
_Min
OpT
emp2
°C4x
0271
x.xx
AV
216
x.xx
-400
040
0010
00M
in. o
utdo
or te
mpe
ratu
re fo
r act
ivat
ing
heat
pum
p re
lay
no. 2
Hea
t pum
pS
et p
oint
Spe
cial
HP
_Min
OpT
emp3
°C4x
0272
x.xx
AV
217
x.xx
-400
040
0010
00M
in. o
utdo
or te
mpe
ratu
re fo
r act
ivat
ing
heat
pum
p re
lay
no. 3
Hea
t pum
pS
et p
oint
Spe
cial
HP
_Min
OpT
emp4
°C4x
0273
x.xx
AV
218
x.xx
-400
040
0010
00M
in. o
utdo
or te
mpe
ratu
re fo
r act
ivat
ing
heat
pum
p re
lay
no. 4
Com
bi c
oil
Set
poi
ntS
tand
ard
Com
biU
pStP
ow%
4x02
75x.
xxA
V28
64.
220
1000
050
00C
ombi
coi
l - S
tart-
up o
utpu
t set
poin
t [1/
100%
]
Com
bi c
oil
Con
trol
Sta
ndar
dC
ombi
Pum
pFun
c4x
0276
x.xx
AV
287
4.22
03
1
Com
bi c
oil
Circ
ulat
ion
pum
p fu
nctio
n:0
–> P
ump
runs
con
stan
tly1
-> P
ump
runs
if v
alve
%-o
pen
is >
val
ue s
et in
add
ress
= 2
772
–> P
ump
runs
if o
utdo
or te
mp.
is >
tem
p. s
etpo
int f
or p
ump
star
t (ad
dres
s =
276)
Com
bi c
oil
Set
poi
ntS
tand
ard
Com
biP
mpS
tTm
pH°C
4x02
77x.
xxA
V28
84.
2250
030
0010
00
Com
bi c
oil
Sta
rt te
mpe
ratu
re fo
r circ
ulat
ion
pum
p of
Com
bi c
oil
ON
LY u
sed
if C
ombi
Pum
pFun
c (A
ddre
ss 2
75) =
2
Pum
p ru
ns if
out
door
tem
p. is
< te
mp.
set
poin
t for
pum
p st
art
Com
bi c
oil
Set
poi
ntS
tand
ard
Com
biP
mpS
tPrc
%4x
0278
x.xx
AV
289
4.22
010
000
300
Com
bi c
oil -
Sta
rt ci
rcul
atio
n pu
mp
with
%-o
pen
valv
eO
NLY
use
d if
Com
biP
umpF
unc
(Add
ress
275
) = 1
The
pum
p st
arts
whe
n th
e va
lue
is e
xcee
ded.
Com
bi c
oil
Set
poi
ntC
ombF
rzS
topS
et°C
4x02
79x.
xxA
V29
04.
2250
040
0025
00C
ombi
coi
l - S
etpo
int f
or fr
ost p
rote
ctio
n co
ntro
l whe
n sy
stem
is in
Sto
p m
ode
[1/1
00°C
]C
ombi
coi
lS
et p
oint
Com
bFrz
DrS
etH
°C4x
0280
x.xx
AV
291
4.22
200
2000
500
Com
bi c
oil -
Set
poin
t for
fros
t pro
tect
ion
cont
rol w
hen
syst
em is
in O
pera
ting
mod
e [1
/100
°C]
Com
bi c
oil
Con
trol
Sta
ndar
dC
ombi
FrzP
B°C
4x02
81x.
xxA
V29
24.
2220
020
0050
0C
ombi
coi
l - P
-ban
d fo
r fro
st p
rote
ctio
n co
ntro
l [1/
100°
C]
Com
bi c
oil
Set
poi
ntS
tand
ard
Com
biFr
zAlH
Set
°C4x
0282
x.xx
AV
293
4.22
200
2000
200
Com
bi c
oil -
Set
poin
t for
fros
t pro
tect
ion
tem
pera
ture
ala
rm [1
/100
°C]
Hea
t exc
hang
erS
et p
oint
Sta
ndar
dB
attE
XC
FrzS
top
°C4x
0283
x.xx
AV
219
x.xx
-100
040
0025
00Fl
uid-
coup
led
coil
- Set
poin
t for
fros
t pro
tect
ion
cont
rol w
hen
unit
is in
STO
P m
ode
[1/1
00°C
]
Hea
t exc
hang
erS
et p
oint
Sta
ndar
dB
attE
XC
FrzD
rf°C
4x02
84x.
xxA
V22
0x.
xx-1
000
2000
500
Flui
d-co
uple
d co
il - S
etpo
int f
or fr
ost p
rote
ctio
n co
ntro
l whe
n un
it is
in O
PE
RA
TIN
G m
ode
[1/1
00°C
]H
eat e
xcha
nger
Con
trol
Sta
ndar
dB
attE
XC
Frze
PB
°C4x
0285
x.xx
AV
221
x.xx
200
2000
500
Flui
d-co
uple
d co
il - P
-ban
d fo
r fro
st p
rote
ctio
n co
ntro
l [1/
100°
C]
Hea
t exc
hang
erS
et p
oint
Sta
ndar
dB
attE
XC
FrzA
Set
°C4x
0286
x.xx
AV
222
x.xx
-100
020
0020
0Fl
uid-
coup
led
coil
- Set
poin
t for
fros
t pro
tect
ion
tem
pera
ture
ala
rm [1
/100
°C]
Com
bi c
oil
Cur
rent
val
ueS
tand
ard
Com
biB
attT
emp
°C4x
0287
x.xx
NA
NA
040
00C
ombi
coi
l - A
ctua
l ret
urn
tem
pera
ture
[1/1
00°C
]
Hea
ting
coil,
Wat
er
Con
trol
Spe
cial
HW
12V
DC
Out
Func
4x02
88x.
xxA
V22
5x.
xx0
10
Onl
y sp
ecia
l cus
tom
er c
ode:
Hea
t coi
l 1, s
tep2
out
put (
Out
1,2
): V
alve
act
uato
r typ
e 0-
>0-1
0V, 1
->2-
10V
Hea
ting
coil
12S
et p
oint
Spe
cial
HW
12_V
DC
Out
mV
4x02
89x.
xxN
AN
A0
1000
0O
nly
spec
ial c
usto
mer
cod
e: H
eat c
oil 1
, ste
p2 o
utpu
t (1,
2) V
DC
out
Hea
ting
coil
12S
et p
oint
Spe
cial
Ht2
Lim
itTyp
4x02
90x.
xxA
V22
9x.
xx0
20
Onl
y sp
ecia
l cus
tom
er c
ode:
Hea
t2 li
miti
ng ty
pe 1
Roo
m, 2
Out
door
Hea
ting
coil
12S
et p
oint
Spe
cial
Ht2
StL
imR
Tem
p°C
4x02
91x.
xxA
V23
0x.
xx-5
000
-200
Onl
y sp
ecia
l cus
tom
er c
ode:
Sta
rtdiff
eren
ce te
mpe
ratu
re [1
/100
°C]
Hea
ting
coil
12S
et p
oint
Spe
cial
Ht2
StL
imR
Per
%4x
0292
x.xx
AV
231
x.xx
1000
1000
020
00O
nly
spec
ial c
usto
mer
cod
e: S
teps
ize
limiti
ng ro
omte
mp
[1/1
00%
]H
eatin
g co
il 12
Set
poi
ntS
peci
alH
t2S
tLim
OTe
mp
°C4x
0293
x.xx
AV
232
x.xx
-200
020
00-5
00O
nly
spec
ial c
usto
mer
cod
e: B
lock
ing
of H
eat2
Out
door
tem
p [1
/100
°C]
Hea
ting
coil
12S
et p
oint
Spe
cial
Ht2
Set
Del
Tim
eS
ec4x
0294
x.xx
AV
234
x.xx
072
0036
00O
nly
spec
ial c
usto
mer
cod
e: T
imes
et d
elay
ed H
eat 2
[Sec
]H
eatin
g co
il 12
Set
poi
ntS
peci
alH
t2Fl
owO
ffset
%4x
0295
x.xx
AV
233
x.xx
-500
050
0050
00O
nly
spec
ial c
usto
mer
cod
e: i
n %
of F
low
if H
eat2
is o
n [1
/100
%]
Coo
ling
coil
Set
poi
ntS
peci
alN
O_C
Sto
pRTe
mp
°C4x
0296
x.xx
AV
228
x.xx
030
0023
00O
nly
spec
ial c
usto
mer
cod
e: S
top
cool
ing
over
room
tem
pera
ture
[1/1
00°C
]C
oolin
g co
ilS
et p
oint
Spe
cial
RE
XD
eIce
Per
c4x
0297
x.xx
AV
226
x.xx
3000
1000
050
00O
nly
spec
ial c
usto
mer
cod
e: P
ress
ure
perc
ent o
ver c
alib
ratio
nC
oolin
g co
ilS
et p
oint
Spe
cial
NO
_FA
irCoo
lBlk
°C4x
0298
x.xx
AV
227
x.xx
-400
020
0010
00O
nly
spec
ial c
usto
mer
cod
e: S
top
tem
pera
ture
fres
hair
cool
ing
[1/1
00°C
]H
umid
ityS
et p
oint
Sta
ndar
dD
ehum
Set
_RH
4x02
99x.
xxA
V25
0x.
xx10
0010
000
7000
Set
poi
nt %
rH d
ehum
ifica
tion
[1/1
00%
]D
ampe
r, R
ecirc
ulat
ion
Con
trol
Spe
cial
Rec
Flow
Shi
ft4x
0300
x.xx
AV
235
x.xx
02
0O
nly
spec
ial c
usto
mer
cod
e: S
et C
hang
e A
irflo
w R
ecirc
eD
ampe
r, R
ecirc
ulat
ion
Set
poi
ntS
peci
alR
ecC
losD
StT
emp
°C4x
0301
x.xx
AV
236
x.xx
-100
020
000
Onl
y sp
ecia
l cus
tom
er c
ode:
Tem
pera
ture
for s
tart
with
ope
n da
mpe
r [1/
100°
C]
Dam
per,
Rec
ircul
atio
n A
larm
Spe
cial
RE
XA
lrLP
rcFr
z%
4x03
02x.
xxN
AN
A0
2000
012
000
Onl
y sp
ecia
l cus
tom
er c
ode:
Ala
rmle
vel i
n pe
rcen
t if f
rooz
en [1
/100
%]
Dam
per,
Rec
ircul
atio
n A
larm
Spe
cial
RE
XA
lrLP
rcD
us%
4x03
03x.
xxN
AN
A0
1000
020
00O
nly
spec
ial c
usto
mer
cod
e: A
larm
leve
l in
perc
ent,
if du
sty[
1/10
0%]
Hea
ting
coil,
Wat
er
Con
trol
Spe
cial
HW
1Ris
eT10
0S
ec4x
0304
x.xx
NA
NA
120
7200
3600
Onl
y sp
ecia
l cus
tom
er c
ode:
Ris
etim
e 0.
.100
%, i
n se
c [S
ec]
Coo
ling,
DX
Set
poi
ntS
peci
alR
OH
Ris
eT10
0S
ec4x
0305
x.xx
AV
237
x.xx
120
7200
3600
Onl
y sp
ecia
l cus
tom
er c
ode:
Tim
eset
for C
O2
DX
-Coo
ling-
Agg
rega
te fr
om 0
..10
0% [S
ec]
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
NS
upC
oolF
lwl/s
4x03
06x.
xxA
V23
8x.
xx0
3200
020
00S
etpo
int s
uppl
y ai
r vol
ume
som
mer
nigh
t coo
ling
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
NE
xtC
oolF
lwl/s
4x03
07x.
xxA
V23
9x.
xx0
3200
020
00S
etpo
int e
xtra
ct a
ir vo
lum
e so
mm
erni
ght c
oolin
g [m
3/h]
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
NS
upC
oolP
aP
a4x
0308
x.xx
AV
240
x.xx
050
0050
Set
poin
t sup
ply
air p
ress
ure
som
mer
nigh
t coo
ling
[Pa]
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
NE
xtC
oolP
aP
a4x
0309
x.xx
AV
241
x.xx
050
0050
Set
poin
t ext
ract
air
pres
sure
som
mer
nigh
t coo
ling
[Pa]
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
NS
upC
oolP
rc%
4x03
10x.
xxA
V24
2x.
xx0
1000
020
00S
etpo
int s
uppl
y ai
r con
stan
t spe
ed s
omm
erni
ght c
oolin
g [1
/100
%]
AH
U c
ontro
ller
Sum
mer
Nig
ht C
oolin
gSta
ndar
dS
NE
xtC
oolP
rc%
4x03
11x.
xxA
V24
3x.
xx0
1000
020
00S
etpo
int e
xtra
ct a
ir co
nsta
nt s
peed
som
mer
nigh
t coo
ling
[1/1
00%
]A
HU
con
trolle
rS
umm
er N
ight
Coo
lingS
tand
ard
SN
Slv
Offs
Prc
%4x
0312
x.xx
AV
247
x.xx
-500
050
000
Som
mer
nigh
t coo
ling
slav
e of
fset
[1/1
00%
]C
O2
sens
orS
et p
oint
Spe
cial
CO
2_M
axM
odR
ecpp
m4x
0314
x.xx
AV
248
x.xx
010
000
1000
Onl
y sp
ecia
l cus
tom
er c
ode:
Max
CO
2 (S
tore
mod
e) [p
pm]
CO
2 se
nsor
Set
poi
ntS
peci
alC
O2_
Min
Mod
Rec
ppm
4x03
15x.
xxA
V24
9x.
xx0
1000
010
00O
nly
spec
ial c
usto
mer
cod
e: M
in C
O2
(Sto
re m
ode)
[ppm
]
Fan
Set
poi
ntS
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Sup
Med
Spe
edS
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4x03
20x.
xxA
V25
1x.
xx0
3000
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00S
etpo
int s
uppl
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r flo
w -
med
ium
spe
ed [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
OJ-
Air2
Mas
ter)
Fan
Set
poi
ntS
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Ext
Med
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4x03
21x.
xxA
V25
4x.
xx0
3000
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00S
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st a
ir flo
w -
med
ium
spe
ed [l
/s] o
r [m
3/h]
or [
CFM
] (D
epen
ding
on
the
unit
sele
ctio
n in
the
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ter)
Pre
ssur
eS
et p
oint
Sta
ndar
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upD
uctP
aMeS
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a4x
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x.xx
AV
252
x.xx
050
0012
0S
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int s
uppl
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t pre
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e m
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Fan
Set
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AN
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], Fi
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Fan
Spe
edP
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Set
poi
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ard
Ext
Duc
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eSet
Pa
4x03
23x.
xxA
V25
5x.
xx0
5000
120
Set
poin
t exh
aust
air
duct
pre
ssur
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peed
[Pa]
CO
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Set
poi
ntS
tand
ard
CO
2_U
serS
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Ppp
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x.xx
AV
256
x.xx
010
000
1000
CO
2 co
ntro
ller s
etpo
int
med
ium
spe
ed (H
I CO
2 V
al) [
ppm
]
Dam
per,
Rec
ircul
atio
n S
et p
oint
Sta
ndar
dR
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inFr
esh
%4x
0325
x.xx
AV
257
x.xx
010
000
1000
Set
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t min
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fres
h ai
r; O
nly
if m
odul
ated
reci
rcul
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n is
sel
ecte
d [1
/100
%]
Filte
rA
larm
Sta
ndar
dFi
ltExt
2Sta
Alr
Pa
4x03
264.
18A
V25
94.
1810
500
80Fi
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Lim
it fo
r Ext
Filte
r2 (s
tatic
mod
e)Fi
lter
Ala
rmS
tand
ard
FiltS
up2D
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lr%
4x03
274.
18A
V26
04.
1810
0010
000
5000
Filte
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ssur
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lr Li
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for S
upFi
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dyna
mic
mod
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tand
ard
FiltE
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4x03
284.
18A
V26
14.
1810
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000
5000
Filte
r Pre
ssur
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lr Li
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for E
xtFi
lter (
dyna
mic
mod
e)Zo
ne 1
Set
poi
ntS
tand
ard
ZM1_
Roo
mTm
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4x03
294.
19A
V26
24.
19-4
000
1000
0Zo
neM
odul
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- Roo
m T
empe
ratu
re S
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int
Zone
1S
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oint
Sta
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dZM
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inS
upTe
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4x03
304.
19A
V26
34.
19-4
000
1000
0Zo
neM
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e 1
- Min
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Sup
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Tem
pera
ture
Zone
1S
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Sta
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dZM
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4x03
314.
19A
V26
44.
19-4
000
1000
0Zo
neM
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- Max
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Tem
pera
ture
Zone
1S
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oint
Sta
ndar
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O2S
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4.19
AV
265
4.19
050
00Zo
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m C
O2
Set
poin
tZo
ne 1
Set
poi
ntS
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ard
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Set
4x03
334.
19A
V26
64.
190
1000
0Zo
neM
odul
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- Roo
m R
H S
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int
Zone
1S
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oint
Sta
ndar
dZM
1_P
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inFl
ow4x
0334
4.19
AV
267
4.19
00
Zone
Mod
ule
1 - V
AV
Sup
ply
PIR
Min
Air
Flow
Zone
2S
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oint
Sta
ndar
dZM
2_R
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TmpS
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4.19
AV
268
4.19
-400
010
000
Zone
Mod
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2 - R
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Tem
pera
ture
Set
poin
tZo
ne 2
Set
poi
ntS
tand
ard
ZM2_
Min
Sup
Tem
p4x
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4.19
AV
269
4.19
-400
010
000
Zone
Mod
ule
2 - M
inim
um S
uppl
y Te
mpe
ratu
reZo
ne 2
Set
poi
ntS
tand
ard
ZM2_
Max
Sup
Tem
p4x
0337
4.19
AV
270
4.19
-400
010
000
Zone
Mod
ule
2 - M
axim
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uppl
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mpe
ratu
reZo
ne 2
Set
poi
ntS
tand
ard
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CO
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4x03
384.
19A
V27
14.
190
5000
Zone
Mod
ule
2 - R
oom
CO
2 S
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int
Zone
2S
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Sta
ndar
dZM
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0339
4.19
AV
272
4.19
010
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Zone
Mod
ule
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Set
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tZo
ne 2
Set
poi
ntS
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ard
ZM2_
PIR
Min
Flow
4x03
404.
19A
V27
34.
190
0Zo
neM
odul
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- VA
V S
uppl
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IR M
in A
ir Fl
owZo
ne 3
Set
poi
ntS
tand
ard
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Roo
mTm
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4x03
414.
19A
V27
44.
19-4
000
1000
0Zo
neM
odul
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m T
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ratu
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Zone
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Sta
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424.
19A
V27
54.
19-4
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1000
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neM
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19A
V27
64.
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000
1000
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odul
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pera
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4.19
AV
277
4.19
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tZo
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Set
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19A
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190
1000
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H S
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Sta
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4.19
AV
279
4.19
00
Zone
Mod
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Air
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oint
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AV
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4.19
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Zone
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ture
Set
poin
tZo
ne 4
Set
poi
ntS
tand
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ZM4_
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Tem
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4.19
AV
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4.19
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Zone
Mod
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uppl
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Set
poi
ntS
tand
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ZM4_
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Tem
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4.19
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4.19
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190
5000
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4.19
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Set
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top
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