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I n t e g r a t e d C o n t r o l S o l u t i o n s & E n e r g y S a v i n g s
NO POWER
& SIGNAL
CABLES
TOGETHER
READ CAREFULLY IN THE TEXT!
pRack PR100
Quick guide
compressor rack controller
LEIA E CONSERVEESTAS INSTRUÇÕES
READ AND SAVETHESE INSTRUCTIONS
pRack +040000071 rel. 1.1 - 14.10.20113
ENG
IMPORTANT
CAREL bases the development of its products on decades of experience
in HVAC, on the continuous investments in technological innovations
to products, procedures and strict quality processes with in-circuit
and functional testing on 100% of its products, and on the most
innovative production technology available on the market. CAREL and
its subsidiaries nonetheless cannot guarantee that all the aspects of
the product and the software included with the product respond to
the requirements of the fi nal application, despite the product being
developed according to start-of-the-art techniques. The customer
(manufacturer, developer or installer of the fi nal equipment) accepts
all liability and risk relating to the confi guration of the product in order
to reach the expected results in relation to the specifi c fi nal installation
and/or equipment. CAREL may, based on specifi c agreements, act as a
consultant for the positive commissioning of the fi nal unit/application,
however in no case does it accept liability for the correct operation of
the fi nal equipment/system.
The CAREL product is a state-of-the-art product, whose operation is
specifi ed in the technical documentation supplied with the product or
can be downloaded, even prior to purchase, from the website www.
CAREL.com.
Each CAREL product, in relation to its advanced level of technology,
requires setup / confi guration / programming / commissioning to be
able to operate in the best possible way for the specifi c application. The
failure to complete such operations, which are required/indicated in the
user manual, may cause the fi nal product to malfunction; CAREL accepts
no liability in such cases.
Only qualifi ed personnel may install or carry out technical service on
the product.
The customer must only use the product in the manner described in the
documentation relating to the product.
In addition to observing any further warnings described in this manual,
the following warnings must be heeded for all CAREL products:
• Prevent the electronic circuits from getting wet. Rain, humidity
and all types of liquids or condensate contain corrosive minerals
that may damage the electronic circuits. In any case, the product
should be used or stored in environments that comply with the
temperature and humidity limits specifi ed in the manual.
• Do not install the device in particularly hot environments. Too
high temperatures may reduce the life of electronic devices,
damage them and deform or melt the plastic parts. In any case,
the product should be used or stored in environments that
comply with the temperature and humidity limits specifi ed in
the manual.
• Do not attempt to open the device in any way other than
described in the manual.
• Do not drop, hit or shake the device, as the internal circuits and
mechanisms may be irreparably damaged.
• Do not use corrosive chemicals, solvents or aggressive
detergents to clean the device.
• Do not use the product for applications other than those
specifi ed in the technical manual.
All of the above suggestions likewise apply to the controllers, serial
boards, programming keys or any other accessory in the CAREL product
portfolio.
CAREL adopts a policy of continual development. Consequently, CAREL
reserves the right to make changes and improvements to any product
described in this document without prior warning.
The technical specifi cations shown in the manual may be changed
without prior warning.
The liability of CAREL in relation to its products is specifi ed in the
CAREL general contract conditions, available on the website www.
CAREL.com and/or by specifi c agreements with customers; specifi cally,
to the extent where allowed by applicable legislation, in no case will
CAREL, its employees or subsidiaries be liable for any lost earnings or
sales, losses of data and information, costs of replacement goods or
services, damage to things or people, downtime or any direct, indirect,
incidental, actual, punitive, exemplary, special or consequential damage
of any kind whatsoever, whether contractual, extra-contractual or due
to negligence, or any other liabilities deriving from the installation, use
or impossibility to use the product, even if CAREL or its subsidiaries are
warned of the possibility of such damage.
DISPOSAL
INFORMATION FOR USERS ON THE CORRECT HANDLING OF WASTE ELECTRICAL AND ELECTRONIC EQUIPMENT (WEEE)
In reference to European Union directive 2002/96/EC issued on 27
January 2003 and the related national legislation, please note that:
• WEEE cannot be disposed of as municipal waste and such waste
must be collected and disposed of separately;
• the public or private waste collection systems defi ned by local
legislation must be used. In addition, the equipment can be
returned to the distributor at the end of its working life when
buying new equipment;
• the equipment may contain hazardous substances: the improper
use or incorrect disposal of such may have negative eff ects on
human health and on the environment;
• the symbol (crossed-out wheeled bin) shown on the product or
on the packaging and on the instruction sheet indicates that the
equipment has been introduced onto the market after 13 August
2005 and that it must be disposed of separately;
• in the event of illegal disposal of electrical and electronic waste,
the penalties are specifi ed by local waste disposal legislation.
Warranty on the materials: 2 years (from the date of production,
excluding consumables).
Approval: the quality and safety of CAREL INDUSTRIES Hqs products
are guaranteed by the ISO 9001 certifi ed design and production system.
WARNING: separate as much as possible the probe and digital input
signal cables from the cables carrying inductive loads and power cables
to avoid possible electromagnetic disturbance. Never run power cables
(including the electrical panel wiring) and signal cables in the same
conduits.
NO POWER
& SIGNAL
CABLES
TOGETHER
READ CAREFULLY IN THE TEXT!
Key icone
NOTE: to bring attention to a very important
subject; in particular, regarding the
practical use of the various functions of
the product.
IMPORTANT: to bring critical issues regarding the use
of the pRack PR100 to the attention of
the user.
TUTORIAL: some simple examples to accompany
the user in confi guring the most common
settings.
pRack +040000071 rel. 1.1 - 14.10.20115
ENG
Content
1. START UP 7
1.1 Starting the fi rst time .............................................................................................................................................7
1.2 Pre-confi gurations ..................................................................................................................................................7
1.3 Wizard .............................................................................................................................................................................7
1.4 Example of confi guring a system with 2 suction and condenser lines using ....................
the Wizard ....................................................................................................................................................................8
2. PRE-CONFIGURATION 10
1.5 Advanced confi guration ..................................................................................................................................10
2.1 Pre-confi guration 1: RS2 ..................................................................................................................................11
2.2 Pre-confi guration 2: RS3 ..................................................................................................................................12
2.3 Pre-confi guration 3: RS3p ..............................................................................................................................14
2.4 Pre-confi guration 4: RS3i .................................................................................................................................16
2.5 Pre-confi guration 5: RS4 ..................................................................................................................................18
2.6 Pre-confi gurazione 6: RS4i ..............................................................................................................................20
2.7 Pre-confi guration 7: SL3d ................................................................................................................................22
2.8 Pre-confi guration 8: SL5d ................................................................................................................................24
2.9 Pre-confi guration 9: SW1 .................................................................................................................................26
2.10 Pre-confi guration 10: SW2 ..............................................................................................................................28
2.11 Pre-confi guration 11: d-RS2 ...........................................................................................................................30
2.12 Pre-confi guration 12: d-RS3 ...........................................................................................................................32
2.13 Pre-confi guration 13: d-RS4 ...........................................................................................................................34
3. PARAMETERS TABLE 36
pRack +040000071 rel. 1.1 - 14.10.20117
ENG
1. START UP
1.1 Starting the fi rst time
After having correctly installed pRack, as described
in the User Manual cod. +0300011EN, a number of
preliminary operations are required to confi gure the
installation.
Tutorial: the pRack PR100 confi guration
procedure varies according to the complexity of
the installation:
A. systems with only one board and maximum one external terminal. In this case, simply connect the
terminal (if not built-in), power up the board and
select one of the confi guration solutions described
below.
B. systems with more than one board in pLAN or two external terminals. In this case, the additional
operations described in Appendix A. 2 of the User
Manual cod.+0300011EN need to be completed
before proceeding with confi guration.
The procedure for confi guring an installation described
below is the same for all system confi gurations that
feature just one pRack PR100 board, and for system
confi gurations with more than one board connected
in a pLAN.
When fi rst starting the pRack PR100 board, after waiting
around 1 minute, a screen is shown for choosing the
language used to display the program (English or Italian).
Press ENTER ( ) to change the language displayed,
while pressing ESC displays the following screen.
Note: If no option is chosen within a time set by
parameter and visible on the screen, the current
language remains selected.
Note: pRack PR100 is available as standard with
English and Italian languages loaded on board.
Other languages are available at ksa.carel.com that can
be loaded onto the control using the pRack Manager
software, following the procedure described in Chap. 10
of the User Manual cod.+0300011EN.
After having selected the user interface language, the
pRack PR100 software shows a screen for choosing
between three possible system confi guration solutions,
as follows:
• Pre-confi gurations
• Wizard
• Advanced confi guration.
Important: after having confi gured the system,
the confi guration can be modifi ed, it can be
modifi ed by repeating the same procedure, making
sure the Carel default values have been reset as
described in paragraph 6.8.2 of the User Manual
cod.+0300011EN.
Important: after having confi gured the system,
power down the controller and power up again.
1.2 Pre-confi gurations
Start up
Select Config.Item: PRE-CONFIGURATION
Choose one from theconfiguration in thelist
Fig. 1.a
This solution is used to choose between thirteen
confi gurations pre-loaded in the pRack PR100 software.
For the description of the pre-confi gurations see the
table below, while for the complete description of each
confi guration see Chap.2.
pRack PR100 automatically confi gures the inputs and
outputs as described in paragraph 4.1.4 of the User
Manual cod.+0300011EN; for details on the inputs and
outputs associated with each pre-confi guration, see
Chap. 2.
1.3 Wizard
Start up
Select Config.Item: WIZARD
Answer the questionsto have a fullyconfiguration
Fig. 1.b
This solution is used to obtain the recommended
confi guration for the specifi c installation. By responding
to a series of questions, screen by screen, the user is
guided through the selection of the devices present.
Once the guided selection procedure has been
completed, the end result (report) is shown, and if
the confi guration is suitable the parameters to start
operation of the pRack PR100 can be installed directly,
including those associated with the inputs and
outputs as described in parag. 4.1.4 of the User Manual
cod.+0300011EN.
Note: after having confi gured the parameters
using the Wizard, the confi guration can be
modifi ed manually, within the context of the selected
pRack +040000071 rel. 1.1 - 14.10.2011 8
ENG
system confi guration.Important: before starting the pRack PR100,
carefully check the settings made automatically
by the software.
Tutorial: The following paragraph shows a
confi guration example using the Wizard for an
installation with two suction lines.
1.4 Example of confi guring a system
with 2 suction and condenser
lines using the Wizard
Below is a possible example of using the Wizard to
confi gure a typical system like the one shown in the
fi gure, with 2 suction lines and 2 condenser lines on
diff erent boards:
J7 J10J9J8J5
J1
G G0
+5
Vre
f
+V
DC
ID1
GN
D
J3
C1
NC
1
NO
1
J2
SY
NC
B1
B2
B3
B4
B5
B6
GN
D
ser ia l card 2
ser ia l card 1
J4
J6
TL
AN
GN
D C2
NO
2
GN
DY2
Y1
GNX
ISOLATED
Tx/RxPWM 0/10V
GNDTx/Rx
24 V (+10/-15%); 50/60 Hz48 V (36Vmin…72 Vmax)
input voltage: max. power:
8 VA / 6 W
I/O
I/O
J7 J10J9J8J5
J1
G G0
+5
Vre
f
+V
DC
ID1
GN
D
J3
C1
NC
1
NO
1
J2
SY
NC
B1
B2
B3
B4
B5
B6
GN
D
ser ia l card 2
ser ia l card 1
J4
J6
TL
AN
GN
D C2
NO
2
GN
DY2
Y1
GNX
ISOLATED
Tx/RxPWM 0/10V
GNDTx/Rx
24 V (+10/-15%); 50/60 Hz48 V (36Vmin…72 Vmax)
input voltage: max. power:
8 VA / 6 W
I/O
pLAN
I/O
Fig. 1.c
The preliminary operations to be completed before
confi guration are as follows:
1. with the boards not connected in the pLAN, power
up the second pRack board and set the pLAN
address to 2 (for details see Appendix A.2 of the
User Manual cod.+0300011EN)
2. power down and connect the two boards in the
pLAN, plus any terminals, as described in paragraph
3.7 of the User Manual cod.+0300011EN.
3. power up the boards and wait for the Wizard
selection screen to be displayed
Then select the type of system as SUCTION &
CONDENSER:
Wizard Ib01
Type of Installation:
SUCTION & CONDENSER
Fig. 1.d
Set the type of compressors and control for suction
line 1, answering the questions prompted by the pRack
PR100 software, e.g.:
Wizard Ib03Compressor config.
Compressor type: RECIPROCATING
Compressor number: 3
Fig. 1.e
Wizard Ib40Compressor config.Regulation by: PRESSUREMeasure unit: barg
Refrigerant: R404A
Fig. 1.f
Wizard Ib41Compressor config.Regulation type: PROPORTIONAL BAND
Enable integral timeaction: YES
Fig. 1.g
After having confi gured suction line 1, a prompt will be
shown to confi gure another suction line, obviously the
answer is YES:
pRack +040000071 rel. 1.1 - 14.10.20119
ENG
Wizard Ib43Compressor config.
Configure anothersuction line: YES
Fig. 1.h
To the next question, which prompts if there is a pRack
board dedicated to the second line, answer YES; in this
way, the pRack PR100 software prepares to confi gure
the board with address 2 in the pLAN:
Wizard Ib45Compressor config.
Dedicated pRackboard forsuction line: YES
Fig. 1.i
After having answered the questions for the
confi guration of the second suction line, the software
then asks if there is a pLAN board dedicated to
condenser line 1. In the case shown in the example,
answer NO.
Wizard Ib90Compressor config.
Dedicated pRackboard forsuction line: NO
Fig. 1.j
After having confi gured condenser line 1, the software
asks if condenser line 2 is used; answer YES:
Wizard Ib96
Configure anothercondensing line: YES
Fig. 1.k
After having also confi gured the second condenser line,
the software asks if a summary should be displayed of
the settings made:
Wizard Ib2a
Visualize Wizardreport: NO(Push (DOWN)to continue)
Fig. 1.l
If the settings are correct, the set values can be installed:
Wizard Ib3aBoard necessary
All boards prsent(ENTER) to continue
1
2
Fig. 1.m
After waiting a few seconds, the unit can be started.
Wizard
Successfully complete
Press (ENTER) tocontinue
Fig. 1.n
Note: after having confi gured pRack PR100, the
device needs to be switched off and on again to
permanently save the new data.
pRack +040000071 rel. 1.1 - 14.10.2011 10
ENG
1.5 Advanced confi guration
Start up
Select Config.Item:ADVANCED CONFIGURATION
It only defines thestructure of the plantFor very expert users
Fig. 1.o
This solution is used to establish the confi guration
of the pLAN structure required for correct system
operation.
Once the procedure for selecting the various factors
that aff ect the fi nal confi guration has been completed,
the pRack PR100 software verifi es whether the pLAN
confi guration is exact and prepares the user interface
for confi guration of the parameters that need to be set
manually by the user.
Important: this confi guration solution is only
recommended for expert users, as all the system
parameters need to be set manually
2. PRECONFIGURATION
Here below there are listed the confi guration pre-set in the pRack software with the related features.
To enter the pre-confi guration list it is necessary to select the item PRE-CONFIGURATION in the screen shown by
pRack software at start up (see Chapter 1).
Summary of pre-confi gurations
compressors fans Units in the pLAN(as
well as the terminal)
pRack PR100 VersionN° index lines type N° capacity
stepmodulation No. of
comp. alarms
N° inverter
1 RS2 1 Piston - Scroll 2 - - 1 2 - 1 Compact
2 RS3 1 Piston - Scroll 3 - - 1 3 - 1 Small
3 RS3p 1 Piston - Scroll 3 1 - 2 1 Inverter 1 Medium
4 RS3i 1 Piston - Scroll 3 Inverter 3 1 Inverter 1 Medium
5 RS4 1 Piston - Scroll 4 - - 2 4 - 1 Medium
6 RS4i 1 Piston - Scroll 4 - Inverter 3 1 Inverter 1 Large
7 SL3d 1 Scroll 3 - Digital 1 2 - 1 Medium
8 SL5d 1 Scroll 5 - Digital 1 1 Inverter 1 Medium
9 SW1 1 Screw 1 2 - 2 2 - 1 Small
10 SW2 1 Screw 2 2 - 2 1 Inverter 1 Small
11 d-RS2 2 Piston - Scroll 2 - - 1 2 - 1 Medium
2 - - 1
12 d-RS3 2 Piston - Scroll 3 - - 1 3 - 1 Large
3 - - 1 3 -
13 d-RS4 2 Piston - Scroll 4 - Inverter 3 1 Inverter 1,2 Medium + Medium
4 - Inverter 3 1 Inverter
Tab. 2.a
pRack +040000071 rel. 1.1 - 14.10.201111
ENG
2.1 Pre-confi guration 1: RS2
C1NO1B5/ID3T suctB3
NO2B6/ID4
C2F1NO3 NO4
F2
NO5
T disB4
B7/ID5
Psuct B1
Fig. 2.a
Description2 reciprocating/ scroll compressors
2 fans
1 generic alarm for each compressor
1 generic alarm for condensers
HP/LP pressostats
pRack compact, PRK100X**
I/O list
Digital outputspRack PR100 Compact pRack PR100 S, M, L, XLNO1 NO1 Compressor 1NO2 NO2 Compressor 2NO3 NO3 Fan 1NO4 NO4 Fan 2NO5 NO5 Alarms output
Digital inputsID1 ID1 Suction HP pressostatID2 ID2 Suction LP pressostatB5 ID3 Generic compressor 1 alarmB6 ID4 Generic compressor 2 alarmB7 ID5 Generic condenser alarm
Analog inputsB1 B1 Suction pressure probe 4...20 mA -0.5..7.0 bargB3 B3 Suction temperature probe NTCB4 B4 Discharge temperature probe HTNTC
Tab. 2.b
Main parametersParameter Mask index ValueSuction regulation by Cab01 PRESSURESuction regulation type Cab01 NEUTRAL ZONESuction setpoint Cab03 3.5,bargSuction diff erential Cab08 0.3 bargCompressors rotation type Caf10 FIFORefrigerant Caf04 R404AHigh suction pressure alarm threshold Cae24 6.0 bargLow suction pressure alarm threshold Cae26 0.0 bargCondenser regulation by Dab01 TEMPERATURECondenser regulation type Dab01 PROPORTIONAL BANDCondenser setpoint Dab03 30.0 °CCondenser diff erential Dab09 2.0 °CHigh condenser pressure alarm threshold Dae01 55.0 °CLow condenser pressure alarm threshold Dae03 5.0 °C
Tab. 2.c
pRack +040000071 rel. 1.1 - 14.10.2011 12
ENG
2.2 Pre-confi guration 2: RS3
F1NO4 NO5
F2
NO7C1NO1ID3
Tsuct Psuct B3 B1
ID6
NO6F3
C2NO2ID4
C3NO3ID5
TdisB4
PcondB2
Fig. 2.b
Description3 reciprocating/ scroll compressors
3 fans
1 generic alarm for each compressor
1 generic alarm for condenser
HP/LP pressostats
pRack S, PRK100S**
pRack +040000071 rel. 1.1 - 14.10.201113
ENG
I/O list
Digital outputsNO1 Compressor 1
NO2 Compressor 2
NO3 Compressor 3
NO4 Fan 1
NO5 Fan 2
NO6 Fan 3
NO7 Alarms output
Digital inputsID1 Suction HP pressostat
ID2 Suction LP pressostat
ID3 Generic compressor 1 alarm
ID4 Generic compressor 2 alarm
ID5 Generic compressor 3 alarm
ID6 Common fan overload
Analog inputsB1 Suction pressure probe 4...20 mA -0.5..7.0 barg
B2 Condensing pressure probe 4...20 mA 0.0..30.0 barg
B3 Suction temperature probe NTC
B4 Discharge temperature probe HTNTC
Tab. 2.d
Main parameters
Parameter Mask index ValueSuction regulation by Cab01 PRESSURE
Suction regulation type Cab01 NEUTRAL ZONE
Suction setpoint Cab03 3.5,barg
Suction diff erential Cab08 0.3 barg
Compressors rotation type Caf10 FIFO
Refrigerant Caf04 R404A
High suction pressure alarm threshold Cae24 6.0 barg
Low suction pressure alarm threshold Cae26 0.0 barg
Condenser regulation by Dab01 PRESSURE
Condenser regulation type Dab01 PROPORTIONAL BAND
Condenser setpoint Dab03 12.0 barg
Condenser diff erential Dab07 2.0 barg
High condenser pressure alarm threshold Dae01 24.0 barg
Low condenser pressure alarm threshold Dae03 7.0 barg
Tab. 2.e
pRack +040000071 rel. 1.1 - 14.10.2011 14
ENG
2.3 Pre-confi guration 3: RS3p
Y1ID10
NO7ID9
F
NO8C1NO1NO2ID3ID4
Tsuct Psuct B3 B1
C2NO3NO4ID5ID6
C3NO5NO6ID7ID8
TdisB4
PcondB2
TextB5
Fig. 2.c
Description3 reciprocating compressors with one unloader each
1 fan stage with inverter
2 alarms for each compressor: thermal overload, oil
1 generic alarm for condenser
HP/LP pressostats
pRack M, PRK100M*
pRack +040000071 rel. 1.1 - 14.10.201115
ENG
I/O list
Digital outputsNO1 Compressor 1
NO2 Compressor 1, unloader
NO3 Compressor 2
NO4 Compressor 2, unloader
NO5 Compressor 3
NO6 Compressor 3, unloader
NO7 Fan
NO8 Alarms output
Digital inputsID1 Suction HP pressostat
ID2 Suction LP pressostat
ID3 Compressor 1, thermal overload alarm
ID4 Compressor 1, oil alarm
ID5 Compressor 2, thermal overload alarm
ID6 Compressor 2, oil alarm
ID7 Compressor 3, thermal overload alarm
ID8 Compressor 3, oil alarm
ID9 Common fan overload
ID10 Inverter alarm
Analog outputsY1 Common condenser inverter
Analog inputsB1 Suction pressure probe 4...20 mA -0.5..7.0 barg
B2 Condensing pressure probe 4...20 mA 0.0..30.0 barg
B3 Suction temperature probe NTC
B4 Discharge temperature probe HTNTC
B5 External temperature probe NTCTab. 2.f
Main parametersParameter Mask index ValueSuction regulation by Cab01 PRESSURESuction regulation type Cab03 NEUTRAL ZONESuction setpoint Cab08 3.5,bargSuction diff erential Caf10 0.3 bargCompressors rotation type Caf04 FIFORefrigerant Cae24 R404AHigh suction pressure alarm threshold Cae26 6.0 bargLow suction pressure alarm threshold Cab01 0.0 bargCondenser regulation by Dab01 PRESSURECondenser regulation type Dab03 PROPORTIONAL BANDCondenser setpoint Dab07 12.0 bargCondenser diff erential Dae01 2.0 bargHigh condenser pressure alarm threshold Dae03 24.0 bargLow condenser pressure alarm threshold Cab01 7.0 barg
Tab. 2.g
pRack +040000071 rel. 1.1 - 14.10.2011 16
ENG
2.4 Pre-confi guration 4: RS3i
Y2ID14
NO4ID12
F
NO5C1NO1ID3ID4ID5
Tsuct Psuct B3 B1
C2NO2ID6ID7ID8
C3NO3ID9ID10ID11
TdisB4
PcondB2
TextB5
Y1ID13
Fig. 2.d
Description3 reciprocating compressors, the fi rst with inverter
1 fan stage with inverter
3 alarms for each compressor: thermal overload, oil, HP/LP
1 generic alarm for condenser
HP/LP pressostats
pRack M, PRK100M
pRack +040000071 rel. 1.1 - 14.10.201117
ENG
I/O List
Digital outputsNO1 Compressor 1
NO2 Compressor 2
NO3 Compressor 3
NO4 Fan 1
NO5 Alarms output
Digital inputsID1 Suction HP pressostat
ID2 Suction LP pressostat
ID3 Compressor 1, thermal overload alarm
ID4 Compressor 1, oil alarm
ID5 Compressor 1, HP/LP alarm
ID6 Compressor 2, thermal overload alarm
ID7 Compressor 2, oil alarm
ID8 Compressor 2, HP/LP alarm
ID9 Compressor 3, thermal overload alarm
ID10 Compressor 3, oil alarm
ID11 Compressor 3, HP/LP alarm
ID12 Common fan overload
ID13 Compressor inverter alarm
ID14 Condenser inverter alarm
Analog outputsY1 First compressor inverter 0...10 Vdc
Y2 Condenser inverter 0...10 Vdc
Analog inputsB1 Suction pressure probe 4...20 mA -0.5..7.0 barg
B2 Condensing pressure probe 4...20 mA 0.0..30.0 barg
B3 Suction temperature probe NTC
B4 Discharge temperature probe HTNTC
B5 External temperature probe NTC
Tab. 2.h
Main parameters
Parameter Mask index ValueSuction regulation by Cab01 PRESSURE
Suction regulation type Cab01 NEUTRAL ZONE
Suction setpoint Cab03 3.5,barg
Suction diff erential Cab08 0.3 barg
Compressors rotation type Caf10 FIFO
Refrigerant Caf04 R404A
High suction pressure alarm threshold Cae24 6.0 barg
Low suction pressure alarm threshold Cae26 0.0 barg
Condenser regulation by Dab01 PRESSURE
Condenser regulation type Dab01 PROPORTIONAL BAND
Condenser setpoint Dab03 12.0 barg
Condenser diff erential Dab07 2.0 barg
High condenser pressure alarm threshold Dae01 24.0 barg
Low condenser pressure alarm threshold Dae03 7.0 barg
Tab. 2.i
pRack +040000071 rel. 1.1 - 14.10.2011 18
ENG
2.5 Pre-confi guration 5: RS4
ID11
NO9C1NO1ID3ID4
Tsuct Psuct B3 B1
C2NO2ID5ID6
C3NO3ID7ID8
TdisB4
PcondB2
TextB5
F1NO5 NO6
F2NO7F3
NO8F4
C3NO4ID9ID10
Fig. 2.e
Descrizption4 reciprocating/ scroll compressors
4 fans
2 alarms for each compressor: thermal overload, oil
1 generic alarm for condenser
HP/LP pressostats
pRack M, PRK100M*
pRack +040000071 rel. 1.1 - 14.10.201119
ENG
I/O List
Digital outputsNO1 Compressor 1
NO2 Compressor 2
NO3 Compressor 3
NO4 Compressor 4
NO5 Fan1
NO6 Fan2
NO7 Fan3
NO8 Fan4
NO9 Alarms output
Digital inputsID1 Suction HP pressostat
ID2 Suction LP pressostat
ID3 Compressor 1, thermal overload alarm
ID4 Compressor 1, oil alarm
ID5 Compressor 2, thermal overload alarm
ID6 Compressor 2, oil alarm
ID7 Compressor 3, thermal overload alarm
ID8 Compressor 3, oil alarm
ID9 Compressor 4, thermal overload alarm
ID10 Compressor 4, oil alarm
ID11 Common fan overload
Analog inputsB1 Suction pressure probe 4...20 mA -0.5..7.0 barg
B2 Condensing pressure probe 4...20 mA 0.0..30.0 barg
B3 Suction temperature probe NTC
B4 Discharge temperature probe HTNTC
B5 External temperature probe NTC
Tab. 2.j
Main parameters
Parameter Mask index ValueSuction regulation by Cab01 PRESSURE
Suction regulation type Cab01 NEUTRAL ZONE
Suction setpoint Cab03 3.5,barg
Suction diff erential Cab08 0.3 barg
Compressors rotation type Caf10 FIFO
Refrigerant Caf04 R404A
High suction pressure alarm threshold Cae24 6.0 barg
Low suction pressure alarm threshold Cae26 0.0 barg
Condenser regulation by Dab01 PRESSURE
Condenser regulation type Dab01 PROPORTIONAL BAND
Condenser setpoint Dab03 12.0 barg
Condenser diff erential Dab07 2.0 barg
High condenser pressure alarm threshold Dae01 24.0 barg
Low condenser pressure alarm threshold Dae03 7.0 barg
Tab. 2.k
pRack +040000071 rel. 1.1 - 14.10.2011 20
ENG
2.6 Pre-confi gurazione 6: RS4i
NO5ID15
F
Y2ID17
Y1ID16
NO6C1NO1ID3ID4ID5
Tsuct Psuct B3 B1
C2NO2ID6ID7ID8
C3NO3ID9ID10ID11
TdisB4
PcondB2
TextB5
C3NO4ID12ID13ID14
Fig. 2.f
Description4 reciprocating/ scroll compressors, the fi rst with inverter
1 fan stage with inverter
3 alarms for each compressor: thermal overload, oil diff erential, HP/LP
1 generic alarm for condenser
HP/LP pressostats
pRack L, PRK100L**
pRack +040000071 rel. 1.1 - 14.10.201121
ENG
I/O List
Digital outputsNO1 Compressor 1
NO2 Compressor 2
NO3 Compressor 3
NO4 Compressor 4
NO5 Fan
NO6 Alarms output
Digital inputsID1 Suction HP pressostat
ID2 Suction LP pressostat
ID3 Compressor 1, thermal overload alarm
ID4 Compressor 1, oil diff erential alarm
ID5 Compressor 1, HP/LP alarm
ID6 Compressor 2, thermal overload alarm
ID7 Compressor 2, oil diff erential alarm
ID8 Compressor 2, HP/LP alarm
ID9 Compressor 3, thermal overload alarm
ID10 Compressor 3, oil diff erential alarm
ID11 Compressor 3, HP/LP alarm
ID12 Compressor 4, thermal overload alarm
ID13 Compressor 4, oil diff erential alarm
ID14 Compressor 4, HP/LP alarm
ID15 Common fan overload
ID16 Compressor inverter alarm
ID17 Condenser inverter alarm
Analog outputsY1 First compressor inverter 0...10 Vdc
Y2 Common condenser inverter 0...10 Vdc
Analog inputsB1 Suction pressure probe 4...20 mA -0.5...7.0 barg
B2 Condensing pressure probe 4...20 mA 0.0...30.0 barg
B3 Suction temperature probe NTC
B4 Discharge temperature probe HTNTC
B5 External temperature probe NTCTab. 2.l
Main parameters
Parameter Mask index ValueSuction regulation by Cab01 PRESSURE
Suction regulation type Cab01 NEUTRAL ZONE
Suction setpoint Cab03 3.5,barg
Suction diff erential Cab08 0.3 barg
Compressors rotation type Caf10 FIFO
Refrigerant Caf04 R404A
High suction pressure alarm threshold Cae24 6.0 barg
Low suction pressure alarm threshold Cae26 0.0 barg
Condenser regulation by Cab01 PRESSURE
Condenser regulation type Dab01 PROPORTIONAL BAND
Condenser setpoint Dab03 12.0 barg
Condenser diff erential Dab07 2.0 barg
High condenser pressure alarm threshold Dae01 24.0 barg
Low condenser pressure alarm threshold Dae03 7.0 barg
Tab. 2.m
pRack +040000071 rel. 1.1 - 14.10.2011 22
ENG
2.7 Pre-confi guration 7: SL3d
F1NO4 NO5
F2
NO6C1NO1, N07ID3
Tsuct Psuct B3 B1
ID6
C2NO2ID4
C3NO3ID5
TdisB4
PcondB2
Fig. 2.g
Description3 scroll compressors, the fi rst Digital Scroll2 fans
1 generic alarm for each compressor
1 generic alarm for condenser
HP/LP pressostats
pRack M, PRK100M**
pRack +040000071 rel. 1.1 - 14.10.201123
ENG
Lista I/O
Digital outputsNO1 Compressor 1
NO2 Compressor 2
NO3 Compressor 3
NO4 Fan 1
NO5 Fan 2
NO6 Alarms output
NO7 - SSR Compressor 1 – Digital Scroll
Digital inputsID1 Suction HP pressostat
ID2 Suction LP pressostat
ID3 Compressor 1, generic alarm
ID4 Compressor 2, generic alarm
ID5 Compressor 3, generic alarm
ID6 Common fan overload
Analog inputsB1 Suction pressure probe 4...20 mA -0.5..7.0 barg
B2 Condensing pressure probe 4...20 mA 0.0..30.0 barg
B3 Suction temperature probe NTC
B4 Discharge temperature probe HTNTC
B5 External temperature probe NTC
Tab. 2.n
Main parameters
Parameter Mask index ValueSuction regulation by Cab01 PRESSURE
Suction regulation type Cab01 NEUTRAL ZONE
Suction setpoint Cab03 3.5,barg
Suction diff erential Cab08 0.3 barg
Compressors rotation type Caf10 FIFO
Refrigerant Caf04 R404A
High suction pressure alarm threshold Cae24 6.0 barg
Low suction pressure alarm threshold Cae26 0.0 barg
Condenser regulation by Dab01 PRESSURE
Condenser regulation type Dab01 PROPORTIONAL BAND
Condenser setpoint Dab03 12.0 barg
Condenser diff erential Dab07 2.0 barg
High condenser pressure alarm threshold Dae01 24.0 barg
Low condenser pressure alarm threshold Dae03 7.0 bargTab. 2.o
pRack +040000071 rel. 1.1 - 14.10.2011 24
ENG
2.8 Pre-confi guration 8: SL5d
NO6ID8
F
Y1ID9
NO8
TdisB4
PcondB2
TextB5
C1NO1, N07ID3
Tsuct Psuct B3 B1
C2NO2ID4
C3NO3ID5
C4NO4ID6
C5NO5ID7
Fig. 2.h
Description5 scroll compressors, the fi rst Digital Scroll1 fan stage with inverter
1 generic alarm for each compressor
1 generic alarm for condenser
HP/LP pressostats
pRack L, PRK100L**
pRack +040000071 rel. 1.1 - 14.10.201125
ENG
I/O List
Digital outputsNO1 Compressor 1
NO2 Compressor 2
NO3 Compressor 3
NO4 Compressor 4
NO5 Compressor 5
NO6 Fan
NO7 - SSR Compressor 1 – Digital ScrollNO8 Alarms output
Digital inputsID1 Suction HP pressostat
ID2 Suction LP pressostat
ID3 Compressor 1, generic alarm
ID4 Compressor 2, generic alarm
ID5 Compressor 3, generic alarm
ID6 Compressor 4, generic alarm
ID7 Compressor 5, generic alarm
ID8 Common fan overload
ID9 Condenser inverter alarm
Analog outputsY1 Common condenser inverter 0..10 Vdc
Analog inputsB1 Suction pressure probe 4...20 mA -0.5..7.0 barg
B2 Condensing pressure probe 4...20 mA 0.0..30.0 barg
B3 Suction temperature probe NTC
B4 Discharge temperature probe HTNTC
B5 External temperature probe NTC
Tab. 2.p
Main parameters
Parameter Mask index ValueSuction regulation by Cab01 PRESSURE
Suction regulation type Cab01 NEUTRAL ZONE
Suction setpoint Cab03 3.5,barg
Suction diff erential Cab08 0.3 barg
Compressors rotation type Caf10 FIFO
Refrigerant Caf04 R404A
High suction pressure alarm threshold Cae24 6.0 barg
Low suction pressure alarm threshold Cae26 0.0 barg
Condenser regulation by Dab01 PRESSURE
Condenser regulation type Dab01 PROPORTIONAL BAND
Condenser setpoint Dab03 12.0 barg
Condenser diff erential Dab07 2.0 barg
High condenser pressure alarm threshold Dae01 24.0 barg
Low condenser pressure alarm threshold Dae03 7.0 barg
Tab. 2.q
pRack +040000071 rel. 1.1 - 14.10.2011 26
ENG
2.9 Pre-confi guration 9: SW1
C1NO1NO2NO7NO12ID3ID4
F1NO3 NO4
F2
NO5
Tsuct Psuct B3 B1
ID5
TdisB4
PcondB2
TextB5
Fig. 2.i
Description1 screw compressor with continuous modulation
- 2 pulsing capacity valves
- 2 relays for start up
2 fan stages
2 alarms for each compressor: generic, oil warning
1 generic alarm for condenser
HP/LP pressostats
pRack S, PRK100S**
pRack +040000071 rel. 1.1 - 14.10.201127
ENG
I/O List
Digital outputsNO1 Line relay
NO2 Part winding
NO3 Fan 1
NO4 Fan 2
NO5 Alarms output
NO7 - SSR CR1 pulsing capacity valve
NO12 - SSR CR2 pulsing capacity valve
Digital inputsID1 Suction HP pressostat
ID2 Suction LP pressostat
ID3 Compressor 1, generic alarm
ID4 Compressor 1, oil fl ow warning
ID5 Common fan overload
Analog inputsB1 Suction pressure probe 4...20 mA -0.5...7.0 barg
B2 Condensing pressure probe 4...20 mA 0.0...30.0 barg
B3 Suction temperature probe NTC
B4 Discharge temperature HTNTC
B5 External temperature NTC
Tab. 2.r
Main parameters
Parameter Mask index ValueSuction regulation by Cab01 PRESSURE
Suction regulation type Cab01 NEUTRAL ZONE
Suction setpoint Cab03 3.5,barg
Suction diff erential Cab08 0.3 barg
Compressors rotation type Caf10 FIFO
Refrigerant Caf04 R404A
High suction pressure alarm threshold Cae24 6.0 barg
Low suction pressure alarm threshold Cae26 0.0 barg
Condenser regulation by Dab01 PRESSURE
Condenser regulation type Dab01 PROPORTIONAL BAND
Condenser setpoint Dab03 12.0 barg
Condenser diff erential Dab07 2.0 barg
High condenser pressure alarm threshold Dae01 24.0 barg
Low condenser pressure alarm threshold Dae03 7.0 barg
Tab. 2.s
pRack +040000071 rel. 1.1 - 14.10.2011 28
ENG
2.10 Pre-confi guration 10: SW2
C1NO1NO2NO3NO4ID3ID4
Y1ID8
C2NO5NO6NO7NO8ID5ID6
NO9ID7
F2
NO10
Tsuct Psuct B3 B1
TdisB4
PcondB2
TextB5
Fig. 2.j
Description2 screw compressors
- 2 capacity valves each
- 2 relays for start up each
1 fan stage with inverter
2 alarms for each compressor: generic, oil warning
1 generic alarm for condenser
HP/LP pressostats
pRack M, PRK100M**
pRack +040000071 rel. 1.1 - 14.10.201129
ENG
I/O List
Digital outputsNO1 Screw compressor 1, line relay
NO2 Screw compressor 1, part winding
NO3 Screw compressor 1, CR1 valve
NO4 Screw compressor 1, CR2 valve
NO5 Screw compressor 2, line relay
NO6 Screw compressor 2, part winding
NO7 Screw compressor 2, CR1 valve
NO8 Screw compressor 2, CR2 valve
NO9 Fan 1
NO10 Alarms output
Digital inputsID1 Suction HP pressostat
ID2 Suction LP pressostat
ID3 Compressor 1, generic alarm
ID4 Compressor 1, oil fl ow warning
ID5 Compressor 2, generic alarm
ID6 Compressor 2, oil fl ow warning
ID7 Common fan overload
ID8 Condenser inverter alarm
Analog outputsY1 Common condenser inverter 0...10 Vdc
Analog inputsB1 Suction pressure probe 4...20 mA -0.5...7.0 barg
B2 Condensing pressure probe 4...20 mA 0.0...30.0 barg
B3 Suction temperature probe NTC
B4 Discharge temperature probe HTNTC
B5 External temperature probe NTCTab. 2.t
Main parameters
Parameter Mask index ValueSuction regulation by Cab01 PRESSURE
Suction regulation type Cab01 NEUTRAL ZONE
Suction setpoint Cab03 3.5,barg
Suction diff erential Cab08 0.3 barg
Compressors rotation type Caf10 FIFO
Refrigerant Caf04 R404A
High suction pressure alarm threshold Cae24 6.0 barg
Low suction pressure alarm threshold Cae26 0.0 barg
Condenser regulation by Dab01 PRESSURE
Condenser regulation type Dab01 PROPORTIONAL BAND
Condenser setpoint Dab03 12.0 barg
Condenser diff erential Dab07 2.0 barg
High condenser pressure alarm threshold Dae01 24.0 barg
Low condenser pressure alarm threshold Dae03 7.0 barg
Tab. 2.u
pRack +040000071 rel. 1.1 - 14.10.2011 30
ENG
2.11 Pre-confi guration 11: d-RS2
TextB7
C1_L2NO6ID8
T suct PsuctB6 B3
NO7ID9
C2_L2
F1NO3 NO4
F2
ID5
NO5
TdisB5
PcondB2
L1 L2
C1_L1NO1ID3
T suct PsuctB4 B1
NO2ID4
C2_L1
Fig. 2.k
DescriptionDouble suction line
2 reciprocating/ scroll compressors for each line
2 fans
1 generic alarm for each compressor
1 generic alarm for condenser
HP/LP1/LP2 pressostats
pRack M, PRK100M*
pRack +040000071 rel. 1.1 - 14.10.201131
ENG
I/O List
Digital outputsNO1 L1-Compressor 1
NO2 L1-Compressor 2
NO3 Fan 1
NO4 Fan 2
NO5 Alarms output
NO6 L2-Compressor 1
NO7 L2-Compressor 2
Digital inputsID1 HP1 suction pressostat
ID2 LP1 suction pressostat
ID3 L1-Compressor 1, generic alarm
ID4 L1-Compressor 2, generic alarm
ID5 Common fan overload
ID6 HP2 suction pressostat
ID7 LP2 suction pressostat
ID8 L2-Compressor 1, generic alarm
ID9 L2-Compressor 2, generic alarm
Analog inputsB1 Suction pressure probe L1 4...20 mA -0.5...7.0 barg
B2 Condensing pressure probe 4...20 mA 0.0...30.0 barg
B3 Suction pressure probe L2 4...20 mA -0.5...7.0 barg
B4 Suction temperature probe L1 NTC
B5 Discharge temperature probe HTNTC
B6 Suction temperature probe L2 NTC
B7 External temperature probe NTC
Tab. 2.v
Main parameters
Parameter Mask index ValueSuction regulation by Cab01/ Cbb01 PRESSURE
Suction regulation type Cab01/ Cbb01 NEUTRAL ZONE
Suction setpoint Cab03/ Cbb03 3.5,barg
Suction diff erential Cab08/ Cbb08 0.3 barg
Compressors rotation type Caf10/ Cbf10 FIFO
Refrigerant Caf04/ Cbf04 R404A
High suction pressure alarm threshold Cae24/ Cbe24 6.0 barg
Low suction pressure alarm threshold Cae26/ Cbe26 0.0 barg
Condenser regulation by Dab01 PRESSURE
Condenser regulation type Dab01 PROPORTIONAL BAND
Condenser setpoint Dab03 12.0 barg
Condenser diff erential Dab07 2.0 barg
High condenser pressure alarm threshold Dae01 24.0 barg
Low condenser pressure alarm threshold Dae03 7.0 barg
Tab. 2.w
pRack +040000071 rel. 1.1 - 14.10.2011 32
ENG
2.12 Pre-confi guration 12: d-RS3
TextB9
L1
F1NO4 NO5
F2
NO7C1NO1ID3
Tsuct Psuct B4 B1
ID6
NO6F3
C2NO2ID4
C3NO3ID5
TdisB5
PcondB2
L2
F1NO11 NO12
F2
C1NO8ID9
Tsuct Psuct B7 B3
ID12
NO13F3
C2NO9ID10
C3NO10ID11
TdisB8
PcondB6
Fig. 2.l
Description2 lines in the same board
3 reciprocating/ scroll compressors for each line
3 fans for each line
1 generic alarm for each compressor
1 generic alarm for each condenser
HP/LP pressostats
pRack L, PRK100L*
pRack +040000071 rel. 1.1 - 14.10.201133
ENG
I/O List
Digital outputsNO1 L1-Compressor 1 NO8 L2-Compressor 1
NO2 L1-Compressor 2 NO9 L2-Compressor 2
NO3 L1-Compressor 3 NO10 L2-Compressor 3
NO4 L1-Fan 1 NO11 L2-Fan 1
NO5 L1-Fan 2 NO12 L2-Fan 2
NO6 L1-Fan 3 NO13 L2-Fan 3
NO7 Common alarms output
Digital inputsID1 L1-Suction HP pressostat
ID2 L1-Suction LP pressostat
ID3 L1-Compressor 1, generic alarm
ID4 L1-Compressor 2, generic alarm
ID5 L1-Compressor 3, generic alarm
ID6 L1-Common fan overload
ID7 L2-Suction HP pressostat
ID8 L2-Suction LP pressostat
ID9 L2-Compressor 1, generic alarm
ID10 L2-Compressor 2, generic alarm
ID11 L2-Compressor 3, generic alarm
ID12 L2-Common fan overload
Analog inputsB1 L1-Suction pressure probe 4...20 mA -0.5...7.0 barg
B2 L1-Condensing pressure probe 4...20mA 0.0...30.0 barg
B3 L2-Suction pressure probe 4...20 mA -0.5...7.0 barg
B4 L1-Suction temperature probe NTC
B5 L1-Discharge temperature probe HTNTC
B6 L2-Condensing pressure probe 4...20mA 0.0...30.0 barg
B7 L2-Suction temperature probe NTC
B8 L2-Discharge temperature probe HTNTC
B9 External temperature probe NTC
Tab. 2.x
Main parameters
Parameter Mask index ValueSuction regulation by Cab01/ Cbb01 PRESSURE
Suction regulation type Cab01/ Cbb01 NEUTRAL ZONE
Suction setpoint Cab03/ Cbb03 3.5,barg
Suction diff erential Cab05/ Cbb05 0.3 barg
Compressors rotation type Caf10/ Cbf10 FIFO
Refrigerant Caf04/ Cbf04 R404A
High suction pressure alarm threshold Cae24/ Cbe24 6.0 barg
Low suction pressure alarm threshold Cae26/ Cbe26 0.0 barg
Condenser regulation by Dab01/ Dbb01 PRESSURE
Condenser regulation type Dab01 /Dbb01 PROPORTIONAL BAND
Condenser setpoint Dab03/ Dbb03 12.0 barg
Condenser diff erential Dab07/ Dbb07 2.0 barg
High condenser pressure alarm threshold Dae01/ Dbe01 24.0 barg
Low condenser pressure alarm threshold Dae03/ Dbe03 7.0 bargTab. 2.y
pRack +040000071 rel. 1.1 - 14.10.2011 34
ENG
2.13 Pre-confi guration 13: d-RS4
L1
NO5ID15
F
Y2ID17
Y1ID16
NO6C1NO1ID3ID4ID5
Tsuct Psuct B3 B1
C2NO2ID6ID7ID8
C3NO3ID9ID10ID11
TdisB4
PcondB2
TextB5
C3NO4ID12ID13ID14
L2
NO5ID15
F
Y2ID17
Y1ID16
NO6C1NO1ID3ID4ID5
Tsuct Psuct B3 B1
C2NO2ID6ID7ID8
C3NO3ID9ID10ID11
TdisB4
PcondB2
TextB5
C3NO4ID12ID13ID14
Fig. 2.m
Description2 lines in separated boards
4 reciprocating/ scroll compressors for each line
First compressor with inverter
1 fan stage with inverter for each line
3 alarms for each compressor: thermal overload, oil, HP/LP
1 generic alarm for each condenser
HP/LP pressostats
2 pRack M, PRK100M**, one for each line
pRack +040000071 rel. 1.1 - 14.10.201135
ENG
I/O list for each board
Digital outputsNO1 Compressor 1 NO4 Compressor 4
NO2 Compressor 2 NO5 Fan
NO3 Compressor 3 NO6 Alarms output
Digital inputsID1 Suction HP pressostat
ID2 Suction LP pressostat
ID3 Compressor 1, thermal overload alarm
ID4 Compressor 1, oil diff erential alarm
ID5 Compressor 1, HP/LP alarm
ID6 Compressor 2, thermal overload alarm
ID7 Compressor 2, oil diff erential alarm
ID8 Compressor 2, HP/LP alarm
ID9 Compressor 3, thermal overload alarm
ID10 Compressor 3, oil diff erential alarm
ID11 Compressor 3, HP/LP alarm
ID12 Compressor 4, thermal overload alarm ID15 Common fan overload
ID13 Compressor 4, oil diff erential alarm ID16 Compressor inverter alarm
ID14 Compressor 4, HP/LP alarm ID17 Condenser inverter alarm
Analog outputsY1 First compressor inverter 0...10 Vdc
Y2 Common condenser inverter 0...10 Vdc
Analog inputsB1 Suction pressure probe 4...20 mA -0.5...7.0 barg
B2 Condensing pressure probe 4...20 mA 0.0...30.0 barg
B3 Suction temperature probe NTC
B4 Discharge temperature probe HTNTC
B5 – solo linea 1 External temperature probe NTC
Tab. 2.z
Main parameters
Parameter Mask index ValueSuction regulation by Cab01/ Cbb01 PRESSURE
Suction regulation type Cab01/ Cbb01 NEUTRAL ZONE
Suction setpoint Cab03/ Cbb03 3.5,barg
Suction diff erential Cab05/ Cbb05 0.3 barg
Compressors rotation type Caf10/ Cbf10 FIFO
Refrigerant Caf04/ Cbf04 R404A
High suction pressure alarm threshold Cae24/ Cbe24 6.0 barg
Low suction pressure alarm threshold Cae26/ Cbe26 0.0 barg
Condenser regulation by Dab01 /Dbb01 PRESSURE
Condenser regulation type Dab01 /Dbb01 PROPORTIONAL BAND
Condenser setpoint Dab03/ Dbb03 12.0 barg
Condenser diff erential Dab07/ Dbb07 2.0 barg
High condenser pressure alarm threshold Dae01/ Dbe01 24.0 barg
Low condenser pressure alarm threshold Dae03/ Dbe03 7.0 barg
Tab. 2.aa
36
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tio
n p
erc
en
tag
e (
wit
h u
nit
ON
)--
-%
0…
10
0--
-N
um
be
r o
f fa
ns
on
(w
ith
un
it O
N)
---
---
0…
16
---
Fan
ac
tiv
ati
on
pe
rce
nta
ge
(w
ith
un
it O
N)
---
%0
…1
00
37
Ma
in s
cre
en
fo
r d
ou
-
ble
su
cti
on
lin
e a
nd
do
ub
le c
on
de
nse
r
line
, se
pa
rate
scr
ee
ns
for
ea
ch li
ne
(dis
pla
y
on
ly)
---
Ho
urs
an
d m
inu
tes
…
…
…
---
Da
te…
…
…
L1
-Su
cti
on
Su
cti
on
pre
ssu
re o
r te
mp
era
ture
(lin
e 1
)--
-…
…
(**
)L1
-Co
nd
en
s.C
on
de
nsi
ng
pre
ssu
re o
r te
mp
era
ture
(lin
e 1
)--
-…
…
(**
)L1
-Su
pe
rhe
at
Su
pe
rhe
at
(lin
e 1
)--
-…
…
(**
)L1
-Su
ct.
tem
p.
Su
cti
on
te
mp
era
ture
(lin
e 1
)--
-…
…
(**
)L1
-Dis
ch.t
em
pD
isch
arg
e t
em
pe
ratu
re (
line
1)
---
…
… (
**)
---
Un
it s
tatu
s (w
ith
un
it O
FF
)--
---
-S
ee
va
lue
s o
n s
cre
en
fo
r si
ng
le
line
---
Nu
mb
er
of
com
pre
sso
rs o
n (
wit
h u
nit
ON
, lin
e 1
)--
---
-0
…1
2--
-C
om
pre
sso
r a
cti
va
tio
n p
erc
en
tag
e (
wit
h u
nit
ON
, lin
e 1
)--
-%
0…
10
0--
-N
um
be
r o
f fa
ns
on
(w
ith
un
it O
N, l
ine
1)
---
---
0…
16
---
Fan
ac
tiv
ati
on
pe
rce
nta
ge
(w
ith
un
it O
N, l
ine
1)
---
%0
…1
00
L2-S
uc
tio
nS
uc
tio
n p
ress
ure
or
tem
pe
ratu
re (
line
2)
---
…
… (
**)
L2-C
on
de
ns.
Co
nd
en
sin
g p
ress
ure
or
tem
pe
ratu
re (
line
2)
---
…
… (
**)
L2-S
up
erh
ea
tS
up
erh
ea
t (l
ine
2)
---
…
… (
**)
L2-S
uc
t.te
mp
.S
uc
tio
n t
em
pe
ratu
re (
line
2)
---
…
… (
**)
L2-D
isch
.te
mp
Dis
cha
rge
te
mp
era
ture
(lin
e 2
)--
-…
…
(**
)
---
Un
it s
tatu
s (w
ith
un
it O
FF
)--
---
-S
ee
va
lue
s o
n s
cre
en
fo
r si
ng
le
line
---
Nu
mb
er
of
com
pre
sso
rs o
n (
wit
h u
nit
ON
, lin
e 2
)--
---
-0
…1
2--
-C
om
pre
sso
r a
cti
va
tio
n p
erc
en
tag
e (
wit
h u
nit
ON
, lin
e 2
)--
-%
0…
10
0--
-N
um
be
r o
f fa
ns
on
(w
ith
un
it O
N, l
ine
2)
---
---
0…
16
---
Fan
ac
tiv
ati
on
pe
rce
nta
ge
(w
ith
un
it O
N, l
ine
2)
---
%0
…1
00
Ma
in s
cre
en
fo
r d
ou
-
ble
su
cti
on
lin
e a
nd
do
ub
le c
on
de
nse
r
line
, sa
me
scr
ee
n f
or
bo
th li
ne
s (d
isp
lay
on
ly)
---
Ho
urs
an
d m
inu
tes
…
…
…
---
Da
te…
…
…
L1
-Su
cti
on
Su
cti
on
pre
ssu
re o
r te
mp
era
ture
(lin
e 1
)--
-…
…
(**
)L1
-Co
nd
en
s.C
on
de
nsi
ng
pre
ssu
re o
r te
mp
era
ture
(lin
e 1
)--
-…
…
(**
)L2
-Su
cti
on
Su
cti
on
pre
ssu
re o
r te
mp
era
ture
(lin
e 2
)--
-…
…
(**
)L2
-Co
nd
en
s.C
on
de
nsi
ng
pre
ssu
re o
r te
mp
era
ture
(lin
e 2
)--
-…
…
(**
)L1
-Su
ct.
tem
p.
Su
cti
on
te
mp
era
ture
(lin
e 1
)--
-…
…
(**
)L1
-Su
pe
rhe
at
Co
nd
en
-
sin
gS
up
erh
ea
t (l
ine
1)
---
…
… (
**)
L2-S
uc
t.te
mp
.S
uc
tio
n t
em
pe
ratu
re (
line
2)
---
…
… (
**)
L2-S
up
erh
ea
tS
up
erh
ea
t (l
ine
2)
---
…
… (
**)
L1-D
isch
.te
mp
Dis
cha
rge
te
mp
era
ture
(lin
e 1
)--
-…
…
(**
)
L2-D
isch
.te
mp
Dis
cha
rge
te
mp
era
ture
(lin
e 2
)--
-…
…
(**
)
---
Un
it s
tatu
s (w
ith
un
it O
FF
)--
---
-S
ee
va
lue
s o
n s
cre
en
fo
r si
ng
le
line
---
Co
mp
ress
or
ac
tiv
ati
on
pe
rce
nta
ge
(w
ith
un
it O
N, l
ine
1)
---
%0
…1
00
---
Co
mp
ress
or
ac
tiv
ati
on
pe
rce
nta
ge
(w
ith
un
it O
N, l
ine
2)
---
%0
…1
00
---
Fan
ac
tiv
ati
on
pe
rce
nta
ge
(w
ith
un
it O
N, l
ine
1)
---
%0
…1
00
---
Fan
ac
tiv
ati
on
pe
rce
nta
ge
(w
ith
un
it O
N, l
ine
2)
---
%0
…1
00
38
Ma
in s
cre
en
fo
r
do
ub
le s
uc
tio
n li
ne
an
d s
ing
le c
on
de
nse
r
line
,
(dis
pla
y o
nly
)
---
Ho
urs
an
d m
inu
tes
…
…
…
Su
cti
on
:D
ate
…
…
…
L1S
uc
tio
n p
ress
ure
or
tem
pe
ratu
re (
line
1)
---
…
… (
**)
L2S
uc
tio
n p
ress
ure
or
tem
pe
ratu
re (
line
2)
---
…
… (
**)
Co
nd
en
sin
gC
on
de
nsi
ng
pre
ssu
re o
r te
mp
era
ture
---
…
… (
**)
L1-S
uc
t.te
mp
.S
uc
tio
n t
em
pe
ratu
re (
line
1)
---
…
… (
**)
L1-D
isch
.te
mp
Dis
cha
rge
te
mp
era
ture
(lin
e 1
)--
-…
…
(**
)L1
-Su
pe
rhe
at
Su
pe
rhe
at
(lin
e 1
)--
-…
…
(**
)L2
-Su
ct.
tem
p.
Su
cti
on
te
mp
era
ture
(lin
e 2
)--
-…
…
(**
)L2
-Dis
ch.t
em
pD
isch
arg
e t
em
pe
ratu
re (
line
2)
---
…
… (
**)
L2-S
up
erh
ea
tS
up
erh
ea
t (l
ine
2)
---
…
… (
**)
---
Un
it s
tatu
s (w
ith
un
it O
FF
)--
---
-S
ee
va
lue
s o
n s
cre
en
fo
r si
ng
le
line
---
Co
mp
ress
or
ac
tiv
ati
on
pe
rce
nta
ge
(w
ith
un
it O
N, l
ine
1)
---
%0
…1
00
---
Co
mp
ress
or
ac
tiv
ati
on
pe
rce
nta
ge
(w
ith
un
it O
N, l
ine
2)
---
%0
…1
00
---
Fan
ac
tiv
ati
on
pe
rce
nta
ge
(w
ith
un
it O
N, l
ine
1)
---
%0
…1
00
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
A.Unit status
Aa
01
(dis
pla
y o
nly
)
Pre
ssu
reS
uc
tio
n p
ress
ure
(lin
e 1
)--
-…
…
(**
)
Sa
t.te
mp
.S
atu
rate
d s
uc
tio
n t
em
pe
ratu
re (
line
1)
---
…
… (
**)
Ac
t.se
tpo
int
Eff
ec
tive
se
t p
oin
t fo
r p
ress
ure
co
ntr
ol (
wit
h c
om
pe
nsa
tio
n a
pp
lied
, lin
e
1)
…(*
*)…
…(*
*)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r p
ress
ure
co
ntr
ol (
line
1)
…(*
*)…
…(*
*)
Aa
02
(dis
pla
y o
nly
)
Pre
ssu
reS
uc
tio
n p
ress
ure
(lin
e 1
)--
-…
…
(**)
Sa
t.te
mp
.S
atu
rate
d s
uc
tio
n t
em
pe
ratu
re (
line
1)
---
…
…(*
*)
Ac
t.se
tpo
int
Eff e
ctiv
e s
et
po
int
for
tem
pe
ratu
re c
on
tro
l (w
ith
co
mp
en
sati
on
ap
plie
d, l
ine
1)
…(*
*)…
…(*
*)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r te
mp
era
ture
co
ntr
ol (
line
1)
…(*
*)…
…(*
*)
Aa
03
(dis
pla
y o
nly
)
Ac
tua
l/re
q.
Ca
pa
city
de
live
red
/ca
pa
city
re
qu
ire
d f
or
suc
tio
n li
ne
(lin
e 1
)--
-%
0/0
…1
00
/10
0
Re
g.s
tatu
sC
on
tro
l sta
tus
(acc
ord
ing
to
th
e t
ype
of
con
tro
l se
t, li
ne
1)
---
---
Sto
p In
cre
as
De
cre
ase
Sta
nd
by
Op
era
tin
g
Tim
ing
s
Alla
rms
Re
g.t
ype
Co
mp
ress
or
con
tro
l typ
e (
line
1)
Ne
utr
al z
on
e--
-P
rop
ort
ion
al b
an
d
Ne
utr
al z
on
eS
etp
oin
tEff
ect
ive
su
ctio
n p
ress
ure
se
t p
oin
t (w
ith
co
mp
en
sati
on
ap
plie
d, l
ine
1)
…(*
*)…
…(*
*)
Aa
04
(dis
pla
y o
nly
)
C0
1, C
02
, …
C1
2T
ime
re
mai
nin
g t
o n
ext
co
mp
ress
or
star
t (l
ine
1)
---
s0
…3
20
00
C0
1
Ca
pa
city
de
live
red
by
com
pre
sso
r 1
on
lin
e 1
(a
''!''
to
th
e r
igh
t o
f th
e
va
lue
me
an
s th
at
som
e f
orm
of
com
pre
sso
r ca
pa
city
ove
rrid
e is
ac
tive
,
e.g
. tim
es,
ala
rms,
sta
rt-u
p p
roce
du
re)
---
%0
…1
00
……
……
…
C1
2C
ap
aci
ty d
eliv
ere
d b
y co
mp
ress
or
12
(lin
e 1
)--
-%
0…
10
0
Aa
05
(dis
pla
y o
nly
)
Tem
pe
ratu
reS
uc
tio
n t
em
pe
ratu
re (
line
1)
---
…
…(*
*)
Su
pe
rhe
at
Su
pe
rhe
at
(lin
e 1
)--
-…
…
(**)
39
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Aa
11
(dis
pla
y o
nly
)
Dis
ch.1
Dis
cha
rge
te
mp
era
ture
, co
mp
ress
or
1 (
line
1)
---
…
…(*
*)
……
……
…
Dis
ch.6
Dis
cha
rge
te
mp
era
ture
, co
mp
ress
or
6 (
line
1)
---
…
…(*
*)
Aa
13
(dis
pla
y o
nly
)
Liq
.inj.1
: DO
Nu
mb
er
of
dig
ita
l ou
tpu
t a
sso
cia
ted
an
d s
tatu
s o
f liq
uid
inje
cti
on
/
eco
no
miz
er
(*)
com
pre
sso
r 1
(lin
e 1
)--
-…
0
…2
9O
N /
OF
F
……
……
…
Liq
.inj.6
: DO
Nu
mb
er
of
dig
ita
l ou
tpu
t a
sso
cia
ted
an
d s
tatu
s o
f liq
uid
inje
cti
on
/
eco
no
miz
er
(*)
com
pre
sso
r 6
(lin
e 1
)--
-…
0
…2
9O
N /
OF
F
Aa
15
(dis
pla
y o
nly
)
Dis
cha
rge
te
mp
era
ture
Dig
ita
l Scr
ollT
M c
om
pre
sso
r d
isch
arg
e t
em
pe
ratu
re (
line
1)
---
…
…(*
*)
Ca
p.r
ed
uc
tio
nD
igit
al S
cro
llTM
co
mp
ress
or
cap
aci
ty r
ed
uc
tio
n in
pro
gre
ss (
line
1)
NO
/ Y
ES
Oil
sum
p t
em
p.
Dig
ital
Scr
ollT
M c
om
pre
sso
r o
il su
mp
te
mp
era
ture
(lin
e 1
) --
-…
…
(**)
Oil
sta
tus
Dig
ita
l Scr
ollT
M c
om
pre
sso
r o
il d
iluti
on
sta
tus
(lin
e 1
) O
k /
Dilu
ite
Aa
16
(dis
pla
y o
nly
)
Sta
tus
Dig
ita
l Scr
ollT
M c
om
pre
sso
r o
pe
rati
ng
sta
tus
(lin
e 1
) --
---
-
Off
Sta
rt u
p
On
Ala
rm
Off
by
tim
e
On
by
tim
e
Mo
d. m
anu
al
In p
um
p d
ow
n
Co
un
tdo
wn
Dig
ital
Scr
ollT
M c
om
pre
sso
r ti
me
co
un
t (l
ine
1)
---
s0
…9
99
Co
mp
r.D
igit
al S
cro
llTM
co
mp
ress
or
sta
tus
(lin
e 1
) --
---
-O
FF
/ O
N
Va
lve
Dig
ita
l Scr
ollT
M v
alv
e s
tatu
s(lin
e 1
) --
---
-O
FF
/ O
N
Re
qu
est
ed
ca
p.
Dig
ita
l Scr
ollT
M c
om
pre
sso
r ca
pa
city
re
qu
ire
d (
line
1)
---
%0
…1
00
Cu
rre
nt
cap
ac.
Dig
ita
l Scr
ollT
M c
om
pre
sso
r e
ff e
cti
ve c
ap
aci
ty (
line
1)
---
%0
…1
00
Aa
20
(dis
pla
y o
nly
)
Pre
ssu
reC
on
de
nsi
ng
pre
ssu
re (
line
1)
---
…
… (
**)
Sa
t.te
mp
.S
atu
rate
d c
on
de
nsi
ng
te
mp
era
ture
(lin
e 1
)--
-…
…
(**
)
Ac
t.se
tpo
int
Eff
ect
ive
se
t p
oin
t fo
r p
ress
ure
co
ntr
ol (
wit
h c
om
pe
ns.
ap
plie
d, l
ine
1)
… (
**)
……
(**
)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r p
ress
ure
co
ntr
ol (
line
1)
… (
**)
……
(**
)
Aa
21
(dis
pla
y o
nly
)
Pre
ssu
reC
on
de
nsi
ng
pre
ssu
re (
line
1)
---
…
… (
**)
Sa
t.te
mp
.S
atu
rate
d c
on
de
nsi
ng
te
mp
era
ture
(lin
e 1
)--
-…
…
(**
)
Ac
t.se
tpo
int
Eff e
ctiv
e s
et
po
int
for
tem
pe
ratu
re c
on
tro
l (w
ith
co
mp
e. a
pp
lied
, lin
e 1
)…
(**
)…
… (
**)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r te
mp
era
ture
co
ntr
ol (
line
1)
… (
**)
……
(**
)
Aa
22
(dis
pla
y o
nly
)
Ac
tua
l/re
q.
Ca
pa
city
de
live
red
/ca
pa
city
re
qu
ire
d f
or
con
de
nse
r lin
e (
line
1)
---
%0
/0 …
10
0/1
00
Sta
tus
Co
ntr
ol s
tatu
s (a
cco
rdin
g t
o t
he
typ
e o
f co
ntr
ol s
et,
lin
e 1
)--
---
-
Sto
p
Incr
ea
se
De
cre
ase
Sta
nd
-by
Op
era
tin
g
Tim
ing
s
Ala
rms
Re
g.t
ype
Co
nd
en
ser
con
tro
l typ
e (
line
1)
Ne
utr
al z
on
e--
-P
rop
ort
ion
al b
an
d
Ne
utr
al z
on
eS
etp
oin
tC
on
de
nse
r co
ntr
ol e
ff e
ctiv
e s
et
po
int
(wit
h c
om
pe
ns.
ap
plie
d, l
ine
1)
… (
**)
……
(**)
Aa
23
(d
isp
lay
on
ly)
F1
Po
we
r o
utp
ut
of
fan
1 o
n li
ne
1 (
a ''
!'' t
o t
he
rig
ht
of
the
va
lue
me
an
s th
at
som
e f
orm
of
po
we
r o
verr
ide
is a
cti
ve)
---
%0
…1
00
……
……
…
F8
Po
we
r o
utp
ut
of
fan
8 o
n li
ne
1 (
a ''
!'' t
o t
he
rig
ht
of
the
va
lue
me
an
s th
at
som
e f
orm
of
po
we
r o
verr
ide
is a
cti
ve)
---
%0
…1
00
40
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Aa
24
(d
isp
lay
on
ly)
F9
Po
we
r o
utp
ut
of
fan
9 o
n li
ne
1 (
a ''
!'' t
o t
he
rig
ht
of
the
va
lue
me
an
s th
at
som
e f
orm
of
po
we
r o
verr
ide
is a
cti
ve)
---
%0
…1
00
……
……
…
F1
6P
ow
er
ou
tpu
t o
f fa
n 1
6 o
n li
ne
1 (
a ''
!'' t
o t
he
rig
ht
of
the
va
lue
me
an
s
tha
t so
me
fo
rm o
f p
ow
er
ove
rrid
e is
ac
tive
)--
-%
0…
10
0
Aa
25
(d
isp
lay
on
ly)
Dis
cha
rge
te
mp
era
ture
Dis
cha
rge
te
mp
era
ture
(lin
e 1
)--
-…
…
(**)
Ext
ern
al t
em
pe
ratu
reO
uts
ide
te
mp
era
ture
(lin
e 1
)--
-…
…(*
*)
Aa
31
(d
isp
lay
on
ly)
Pre
ssu
reS
uc
tio
n p
ress
ure
(lin
e 2
)--
-…
…
(**
)
Sa
t.te
mp
.S
atu
rate
d s
uc
tio
n t
em
pe
ratu
re (
line
2)
---
…
… (
**)
Ac
t.se
tpo
int
Eff
ec
tive
se
t p
oin
t fo
r p
ress
ure
co
ntr
ol (
wit
h c
om
pe
nsa
tio
n a
pp
lied
, lin
e
2)
…(*
*)…
…(*
*)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r p
ress
ure
co
ntr
ol (
line
2)
…(*
*)…
…(*
*)
Aa
32
(d
isp
lay
on
ly)
Pre
ssu
reS
uc
tio
n p
ress
ure
(lin
e 2
)--
-…
…
(**)
Sa
t.te
mp
.S
atu
rate
d s
uc
tio
n t
em
pe
ratu
re (
line
2)
---
…
…(*
*)
Ac
t.se
tpo
int
Eff
ec
tive
se
t p
oin
t fo
r te
mp
era
ture
co
ntr
ol (
wit
h c
om
pe
nsa
tio
n a
pp
lied
,
line
2)
…(*
*)…
…(*
*)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r te
mp
era
ture
co
ntr
ol (
line
2)
…(*
*)…
…(*
*)
Aa
33
(d
isp
lay
on
ly)
Ac
tua
l/re
q.
Ca
pa
city
de
live
red
/ca
pa
city
re
qu
ire
d f
or
suc
tio
n li
ne
(lin
e 2
)--
-%
0/0
…1
00
/10
0
Sta
tus
Co
ntr
ol s
tatu
s (a
cco
rdin
g t
o t
he
typ
e o
f co
ntr
ol s
et,
lin
e 2
)--
---
-
Sto
p
Incr
ea
s
De
cre
ase
Sta
nd
by
Op
era
tin
g
Tim
ing
s
Ala
rms
Re
g.t
ype
Co
mp
ress
or
con
tro
l typ
e (
line
2)
Ne
utr
al z
on
e--
-P
rop
ort
ion
al b
an
d
Ne
utr
al z
on
eS
etp
oin
tE
ff e
ctiv
e s
uct
ion
pre
ssu
re s
et
po
int
(wit
h c
om
pe
nsa
tio
n a
pp
lied
, lin
e 2
)…
(**)
……
(**)
Aa
34
(d
isp
lay
on
ly)
C0
1, C
02
, …
C1
2T
ime
re
mai
nin
g t
o n
ext
co
mp
ress
or
star
t (l
ine
2)
---
s0
…3
20
00
C0
1
Ca
pa
city
de
live
red
by
com
pre
sso
r 1
on
lin
e 2
(a
''!''
to
th
e r
igh
t o
f th
e
va
lue
me
an
s th
at
som
e f
orm
of
com
pre
sso
r ca
pa
city
ove
rrid
e is
ac
tive
,
e.g
. tim
es,
ala
rms,
sta
rt-u
p p
roce
du
re)
---
%0
…1
00
……
……
…
C1
2C
ap
aci
ty d
eliv
ere
d b
y co
mp
ress
or
12
(lin
e 2
)--
-%
0…
10
0
Aa
05
(d
isp
lay
on
ly)
Tem
pe
ratu
reS
uc
tio
n t
em
pe
ratu
re (
line
2)
---
…
…(*
*)
Su
pe
rhe
at
Su
pe
rhe
at
(lin
e 2
)--
-…
…
(**)
Aa
41
(d
isp
lay
on
ly)
Dis
ch.1
Dis
cha
rge
te
mp
era
ture
, co
mp
ress
or
1 (
line
2)
---
…
…(*
*)
……
……
…
Dis
ch.6
Dis
cha
rge
te
mp
era
ture
, co
mp
ress
or
6 (
line
2)
---
…
…(*
*)
Aa
43
(dis
pla
y o
nly
)
Liq
.inj.1
: DO
N.ro
of d
igit
al o
utp
ut
asso
ciat
ed
an
d s
tatu
s liq
uid
inje
ctio
n c
om
.1 (l
ine
2)
---
…
0…
29
ON
/ O
FF
……
……
…
Liq
.inj.6
: DO
Nu
mb
er
of d
igit
al o
utp
ut
asso
ciat
ed
an
d s
tatu
s liq
uid
inje
ctio
n c
om
pr.
6 (l
ine
2)
---
…
0…
29
ON
/ O
FF
Aa
45
(dis
pla
y o
nly
)
Dis
cha
rge
te
mp
era
ture
Dig
ita
l Scr
ollT
M c
om
pre
sso
r d
isch
arg
e t
em
pe
ratu
re (
line
2)
---
…
…(*
*)
Ca
p.r
ed
uc
tio
nD
igit
al S
cro
llTM
co
mp
ress
or
cap
aci
ty r
ed
uc
tio
n in
pro
gre
ss (
line
2)
NO
/ S
I
Oil
sum
p t
em
p.
Dig
ita
l Scr
ollT
M c
om
pre
sso
r o
il su
mp
te
mp
era
ture
(lin
e 2
) --
-…
…
(**)
Oil
sta
tus
Dig
ita
l Scr
ollT
M c
om
pre
sso
r o
il d
iluti
on
sta
tus
(lin
e 2
) O
k /
Dilu
te
41
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Aa
46
(dis
pla
y o
nly
)
Sta
tus
Dig
ita
l Scr
ollT
M c
om
pre
sso
r o
pe
rati
ng
sta
tus
(lin
e 2
) --
---
-
Off
Sta
rt u
p
On
Ala
rm
Off
da
te
mp
o
On
da
te
mp
o
Mo
d.m
an
ua
le
In p
um
p d
ow
nC
ou
ntd
ow
nD
igit
al S
cro
llTM
co
mp
ress
or
tim
e c
ou
nt
(lin
e 2
) --
-s
0…
99
9
Co
mp
r.D
igit
al S
cro
llTM
co
mp
ress
or
sta
tus
(lin
e 2
) --
---
-O
FF
/ O
N
Va
lve
Dig
ita
l Scr
ollT
M v
alv
e s
tatu
s(lin
e 2
) --
---
-O
FF
/ O
N
Re
qu
est
ed
ca
p.
Dig
ita
l Scr
ollT
M c
om
pre
sso
r ca
pa
city
re
qu
ire
d (
line
2)
---
%0
…1
00
Cu
rre
nt
cap
ac.
Dig
ita
l Scr
ollT
M c
om
pre
sso
r e
ff e
cti
ve c
ap
aci
ty (
line
2)
---
%0
…1
00
Aa
50
(d
isp
lay
on
ly)
Pre
ssu
reC
on
de
nsi
ng
pre
ssu
re (
line
2)
---
…
… (
**)
Sa
t.te
mp
.S
atu
rate
d c
on
de
nsi
ng
te
mp
era
ture
(lin
e 2
)--
-…
…
(**
)
Ac
t.se
tpo
int
Eff
ec
tive
se
t p
oin
t fo
r p
ress
ure
co
ntr
ol (
wit
h c
om
pe
nsa
tio
n a
pp
lied
, lin
e
2)
…(*
*)…
…(*
*)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r p
ress
ure
co
ntr
ol (
line
2)
…(*
*)…
…(*
*)
Aa
51
(d
isp
lay
on
ly)
Pre
ssu
reC
on
de
nsi
ng
pre
ssu
re (
line
2)
---
…
…(*
*)
Sa
t.te
mp
.S
atu
rate
d c
on
de
nsi
ng
te
mp
era
ture
(lin
e 2
)--
-…
…
(**)
Ac
t.se
tpo
int
Eff
ec
tive
se
t p
oin
t fo
r te
mp
era
ture
co
ntr
ol (
wit
h c
om
pe
nsa
tio
n a
pp
lied
,
line
2)
…(*
*)…
…(*
*)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r te
mp
era
ture
co
ntr
ol (
line
2)
…(*
*)…
…(*
*)
Aa
52
(d
isp
lay
on
ly)
Ac
tua
l/re
q.
Ca
pa
city
de
live
red
/ca
pa
city
re
qu
ire
d f
or
con
de
nse
r lin
e (
line
2)
---
%0
/0 …
10
0/1
00
Re
g.s
tatu
sC
on
tro
l sta
tus
(acc
ord
ing
to
th
e t
ype
of
con
tro
l se
t, li
ne
2)
---
---
Sto
p In
cre
as
De
cre
ase
Sta
nd
by
Op
era
tin
g
Tim
ing
s
Ala
rms
Re
g.t
ype
Co
nd
en
ser
con
tro
l typ
e (
line
2)
Ne
utr
al z
on
e--
-P
rop
ort
ion
al b
an
d
Ne
utr
al z
on
eS
etp
oin
tC
on
de
nse
r co
ntr
ol e
ff e
ctiv
e s
et
po
int
(wit
h c
om
pe
nsa
t. ap
plie
d, l
ine
2)
…(*
*)…
…(*
*)
Aa
53
(d
isp
lay
on
ly)
F1
Po
we
r o
utp
ut
of
fan
1 o
n li
ne
2 (
a ''
!'' t
o t
he
rig
ht
of
the
va
lue
me
an
s th
at
som
e f
orm
of
po
we
r o
verr
ide
is a
cti
ve)
---
%0
…1
00
……
……
…
F8
Po
we
r o
utp
ut
of
fan
8 o
n li
ne
2 (
a ''
!'' t
o t
he
rig
ht
of
the
va
lue
me
an
s th
at
som
e f
orm
of
po
we
r o
verr
ide
is a
cti
ve)
---
%0
…1
00
Aa
54
(d
isp
lay
on
ly)
F9
Po
we
r o
utp
ut
of
fan
9 o
n li
ne
2 (
a ''
!'' t
o t
he
rig
ht
of
the
va
lue
me
an
s th
at
som
e f
orm
of
po
we
r o
verr
ide
is a
cti
ve)
---
%0
…1
00
……
……
…
F1
6P
ow
er
ou
tpu
t o
f fa
n 1
6 o
n li
ne
2 (
a ''
!'' t
o t
he
rig
ht
of
the
va
lue
me
an
s
tha
t so
me
fo
rm o
f p
ow
er
ove
rrid
e is
ac
tive
)--
-%
0…
10
0
Aa
55
(d
isp
lay
on
ly)
Dis
cha
rge
te
mp
era
ture
Dis
cha
rge
te
mp
era
ture
(lin
e 2
)--
-…
…
(**)
Ext
ern
al t
em
pe
ratu
reO
uts
ide
te
mp
era
ture
(lin
e 2
)--
-…
…(*
*)
42
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Aa
60
(d
isp
lay
on
ly)
Sta
tus,
curr
.E
ff e
cti
ve s
tatu
s o
f sc
rew
co
mp
ress
or
1 w
ith
ste
pp
ed
mo
du
lati
on
---
---
Off
Sta
rt u
p
Sta
ge
1
Sta
ge
2
Sta
ge
3
Sta
ge
4
Sta
tus,
re
q.
Sta
tus
req
uir
ed
fo
r th
e s
cre
w c
om
pre
sso
r 1
wit
h s
tep
pe
d m
od
ula
tio
n--
---
-
Off
Sta
rt u
p
Sta
ge
1
Sta
ge
2
Sta
ge
3
Sta
ge
4
Min
imu
m o
n t
ime
Co
un
tdo
wn
fo
r m
inim
um
on
tim
e s
cre
w c
om
p. 1
wit
h s
tep
pe
d m
od
u-
lati
on
---
s0
…9
99
Min
.off
/sta
rts
Co
un
tdo
wn
fo
r m
inim
um
off
tim
e o
r w
ait
be
twe
en
su
cce
ssiv
e s
tart
s
scre
w c
om
p. 1
wit
h s
tep
pe
d m
od
ula
tio
n--
-s
0…
99
9
Ne
xt s
tep
Co
un
tdo
wn
fo
r n
ext
ste
p a
cti
va
tio
n s
cre
w c
om
p. 1
wit
h s
tep
pe
d
mo
du
lati
on
---
s0
…9
99
Aa
61
(d
isp
lay
on
ly)
Sta
tus
Eff
ec
tive
sta
tus
of
scre
w c
om
pre
sso
r 1
wit
h c
on
tin
uo
us
cap
aci
ty
mo
du
lati
on
---
---
Off
Sta
rt u
p
No
rm. o
pe
-
rati
ng
Sh
ut
do
wn
Sh
ut
do
wn
co
un
td.
Scr
ew
co
mp
. 1 o
ff t
ime
wit
h c
on
tin
uo
us
cap
aci
ty m
od
ula
tio
n--
-s
0…
99
9
Ma
x.p
ow
.co
un
tdo
wn
Co
un
tdo
wn
fo
r m
inim
um
off
tim
e o
r w
ait
be
twe
en
su
cce
ssiv
e s
tart
s
scre
w c
om
p. 1
wit
h c
on
tin
uo
us
cap
aci
ty m
od
ula
tio
n--
-s
0…
99
9
Min
.on
co
un
tdo
wn
Co
un
tdo
wn
to
sta
rt s
cre
w c
om
p. 1
wit
h c
on
tin
uo
us
cap
aci
ty m
od
ula
tio
n--
-s
0…
99
9
Aa
62
(d
isp
lay
on
ly)
Sta
tus,
curr
.E
ff e
cti
ve s
tatu
s o
f sc
rew
co
mp
ress
or
2
---
---
Off
Sta
rt u
p
Sta
ge
1
Sta
ge
2
Sta
ge
3
Sta
ge
4
Sta
tus,
re
q.
Sta
tus
req
uir
ed
fo
r th
e s
cre
w c
om
pre
sso
r 2
---
---
Off
Sta
rt u
p
Sta
ge
1
Sta
ge
2
Sta
ge
3
Sta
ge
4M
inim
um
on
tim
eC
ou
ntd
ow
n f
or
min
imu
m o
n t
ime
scr
ew
co
mp
. 2--
-s
0…
99
9
Min
.off
/sta
rts
Co
un
tdo
wn
fo
r m
inim
um
off
tim
e o
r w
ait
be
twe
en
su
cce
ssiv
e s
tart
s
scre
w c
om
p. 2
---
s0
…9
99
Ne
xt s
tep
Co
un
tdo
wn
fo
r n
ext
ste
p a
cti
va
tio
n s
cre
w c
om
p. 2
---
s0
…9
99
Aa
70
(d
isp
lay
on
ly)
Zo
ne
En
velo
pe
zo
ne
fo
r sc
rew
co
mp
ress
or
1--
---
-0
…1
4
Ma
x a
dm
it.t
ime
Ma
xim
um
du
rati
on
allo
we
d in
th
e z
on
em
in0
…9
99
Co
un
tdo
wn
Co
un
tdo
wn
s
0…
32
00
0
Ma
x a
dm
it.p
ow
er
Ma
xim
um
ca
pa
city
allo
we
d in
th
e z
on
e%
0…
10
0
Aa
71
(d
isp
lay
on
ly)
Sta
rtu
p s
tatu
sS
tart
-up
sta
tus
for
scre
w c
om
pre
sso
r 1
---
---
Off
Co
mp
ress
or
on
Inte
rme
dia
te in
terv
al
Fin
al i
nte
rva
l
Co
mp
ress
or
off
Re
sta
rtA
larm
N°
sta
rtu
p r
est
art
Nu
mb
er
of
rest
art
s --
---
-0
…9
9
43
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Aa
72
(d
isp
lay
on
ly)
Err
.co
de
Typ
e o
f e
rro
r in
en
velo
pe
de
fi n
itio
n--
---
-N
o e
rro
r
En
v. d
ef.
inco
nsi
st.
Al.c
od
eTy
pe
of
ala
rm a
cti
va
ted
---
---
No
Ala
rm
Ma
x ti
me
ela
pse
d
Zo
ne
no
t a
llow
ed
Ma
x. n
o. o
f re
sta
rts
En
vel.d
ef.e
rro
r co
de
Typ
e o
f e
rro
r in
se
lec
tio
n o
f p
red
efi
ne
d e
nve
lop
e--
---
-
No
err
or
Co
mp
. no
t su
pp
ort
ed
Ga
s ty
pe
no
t a
llow
ed
Aa
an
(d
isp
lay
on
ly)
Re
g.v
ar.
Co
ntr
ol v
aria
ble
val
ue
for
ge
ne
ric
stag
e fu
nct
ion
1
---
…
…(*
*)E
na
ble
En
ab
ling
va
ria
ble
sta
tus
for
ge
ne
ric
sta
ge
fu
nc
tio
n 1
--
---
- N
ot
ac
tive
/ a
cti
ve
Se
tpo
int
Co
ntr
ol s
et
po
int
for
ge
ne
ric
sta
ge
fu
nc
tio
n 1
--
-…
…
(**)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r g
en
eri
c st
ag
e f
un
cti
on
1
---
…
…(*
*)M
od
eC
on
tro
l mo
de
fo
r g
en
eri
c st
age
fu
nct
ion
1 (
dir
ect
or
reve
rse
)--
---
-D
, RS
tatu
sS
tatu
s o
f g
en
eri
c st
ag
e f
un
cti
on
1--
---
-N
ot
ac
tive
/ a
cti
ve
……
……
……
Aa
ar
(dis
pla
y o
nly
)
Re
g.v
ar.
Co
ntr
ol v
ari
ab
le v
alu
e f
or
the
ge
ne
ric
sta
ge
fu
nc
tio
n 5
---
…
…(*
*)
En
ab
leE
na
blin
g v
ari
ab
le s
tatu
s fo
r th
e g
en
eri
c st
ag
e f
un
cti
on
5--
---
-N
ot
ac
tive
/ a
cti
ve
Se
tpo
int
Co
ntr
ol s
et
po
int
for
the
ge
ne
ric
sta
ge
fu
nc
tio
n 5
---
…
…(*
*)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r th
e g
en
eri
c st
ag
e f
un
cti
on
5--
-…
…
(**)
Mo
de
Co
ntr
ol m
od
e f
or
the
ge
ne
ric
sta
ge
fu
nc
tio
n 5
(d
ire
ct
or
reve
rse
)--
---
-D
, R
Sta
tus
Sta
tus
of
ge
ne
ric
sta
ge
fu
nc
tio
n 5
---
---
No
t a
cti
ve /
ac
tive
Aa
as
(dis
pla
y o
nly
)
Re
g.v
ari
ab
leC
on
tro
l va
ria
ble
va
lue
fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
1--
-…
…
(**)
En
ab
leE
na
blin
g v
ari
ab
le s
tatu
s fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
1--
---
-N
ot
ac
tive
/ a
cti
ve
Se
tpo
int
Co
ntr
ol s
et
po
int
for
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
---
…
…(*
*)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
1--
-…
…
(**)
Mo
de
Co
ntr
ol m
od
e f
or
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
(d
ire
ct
or
reve
rse
)--
---
-D
, R
Sta
tus
Sta
tus
of
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
---
%0
.0…
10
0.0
Aa
at
(dis
pla
y o
nly
)
Re
g.v
ari
ab
leC
on
tro
l va
ria
ble
va
lue
fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
2--
-…
…
(**)
En
ab
leE
na
blin
g v
ari
ab
le s
tatu
s fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
2--
---
- N
ot
ac
tive
/ a
cti
ve
Se
tpo
int
Co
ntr
ol s
et
po
int
for
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 2
---
…
…(*
*)
Diff
ere
nti
al
Co
ntr
ol d
iff e
ren
tia
l fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
2--
-…
…
(**)
Mo
de
Co
ntr
ol m
od
e f
or
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 2
(d
ire
ct
or
reve
rse
)--
---
-D
, R
Sta
tus
Sta
tus
of
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 2
---
%0
.0…
10
0.0
Aa
au
(d
isp
lay
on
ly)
Re
g.v
ari
ab
leC
on
tro
l va
ria
ble
sta
tus
for
ge
ne
ric
ala
rm f
un
cti
on
1--
---
-N
ot
ac
tive
/ a
cti
ve
En
ab
leE
na
blin
g v
ari
ab
le s
tatu
s fo
r g
en
eri
c a
larm
fu
nc
tio
n 1
---
---
No
t a
cti
ve /
ac
tive
Typ
eTy
pe
of
ala
rm f
or
ge
ne
ric
ala
rm f
un
cti
on
1--
---
- Li
gh
t /
Se
rio
us
De
lay
tim
eC
on
tro
l diff
ere
nti
al f
or
ge
ne
ric
ala
rm f
un
cti
on
1--
-s
0…
99
99
Sta
tus
Sta
tus
of
ge
ne
ric
ala
rm f
un
cti
on
1--
---
-N
ot
ac
tive
/ a
cti
ve
Aa
av (
dis
pla
y o
nly
)
Re
g.v
ari
ab
leC
on
tro
l va
ria
ble
sta
tus
for
ge
ne
ric
ala
rm f
un
cti
on
2--
---
-N
ot
ac
tive
/ a
cti
ve
En
ab
leE
na
blin
g v
ari
ab
le s
tatu
s fo
r g
en
eri
c a
larm
fu
nc
tio
n 2
---
---
No
t a
cti
ve /
ac
tive
Typ
eTy
pe
of
ala
rm f
or
ge
ne
ric
ala
rm f
un
cti
on
2--
---
- Li
gh
t /
Se
rio
us
De
lay
tim
eC
on
tro
l diff
ere
nti
al f
or
ge
ne
ric
ala
rm f
un
cti
on
2--
-s
0…
99
99
Sta
tus
Sta
tus
of
ge
ne
ric
ala
rm f
un
cti
on
2--
---
-N
ot
ac
tive
/ a
cti
ve
44
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Aa
aw (
dis
pla
y o
nly
)
We
ekd
ayD
ay o
f th
e w
ee
k--
---
-M
on
da
y, …
, Su
nd
ay
TB
1: -
-:--
->
--:
--E
na
blin
g a
nd
de
fi n
itio
n o
f ti
me
ba
nd
1: s
tart
ho
ur
an
d m
inu
tes,
en
d h
ou
r
an
d m
inu
tes
for
the
ge
ne
ric
sch
ed
ulin
g f
un
cti
on
---
……
……
……
…
TB
4: -
-:--
->
--:
--E
na
blin
g a
nd
de
fi n
itio
n o
f ti
me
ba
nd
4: s
tart
ho
ur
an
d m
inu
tes,
en
d h
ou
r
an
d m
inu
tes
for
the
ge
ne
ric
sch
ed
ulin
g f
un
cti
on
---
……
Sta
tus
Sta
tus
of
ge
ne
ric
sch
ed
ulin
g f
un
cti
on
---
---
No
t a
cti
ve /
ac
tive
Aa
ax
(dis
pla
y o
nly
)
Sta
tus
Sta
tus
of
he
at
reco
very
fu
nc
tio
n (
line
1)
---
---
OF
F /
ON
He
at
recl
. te
mp
.H
ea
t re
cove
ry t
em
pe
ratu
re (
line
1)
---
…
…(*
*)
An
.OU
T m
od
ula
t.S
tatu
s o
f m
od
ula
tin
g h
ea
t re
cove
ry v
alv
e o
utp
ut
(lin
e 1
)--
---
- 0
.0…
10
0.0
HR
Pre
ven
tS
tatu
s o
f p
reve
nti
on
via
he
at
reco
very
(lin
e 1
)--
---
-O
FF
/ O
N
Aa
ay (
dis
pla
y o
nly
)
Sta
tus
Sta
tus
of
he
at
reco
very
fu
nc
tio
n (
line
2)
---
---
OF
F /
ON
He
at
recl
. te
mp
.H
ea
t re
cove
ry t
em
pe
ratu
re (
line
2)
---
…
…(*
*)
An
.OU
T m
od
ula
t.S
tatu
s o
f m
od
ula
tin
g h
ea
t re
cove
ry v
alv
e o
utp
ut
(lin
e 2
)--
---
- 0
.0…
10
0.0
HR
Pre
ven
tS
tatu
s o
f p
reve
nti
on
via
he
at
reco
very
(lin
e 2
)--
---
-O
FF
/ O
N
Aa
az
(dis
pla
y o
nly
)
Sta
tus
Sta
tus
of
Ch
illB
oo
ste
r d
ev
ice
(lin
e 1
)--
---
-O
FF
/ O
N
Ext
.te
mp
.O
uts
ide
te
mp
era
ture
(lin
e 1
)--
-…
…
(**)
Ext
.te
mp
.th
r.C
hill
Bo
ost
er
ac
tiv
ati
on
th
resh
old
(lin
e 1
)--
-…
…
(**)
Tim
e f
an
10
0%
Nu
mb
er
of
min
ute
s e
lap
sed
wit
h f
an
s a
t 1
00
/nu
mb
er
of
min
ute
s a
llow
ed
(lin
e 1
)--
-m
in0
…9
99
/0…
99
9
Aa
a1
(d
isp
lay
on
ly)
Sta
tus
Sta
tus
of
Ch
illB
oo
ste
r d
ev
ice
(lin
e 2
)--
---
-O
FF
/ O
N
Ext
.te
mp
.O
uts
ide
te
mp
era
ture
(lin
e 2
)--
-…
…
(**)
Ext
.te
mp
.th
r.C
hill
Bo
ost
er
ac
tiv
ati
on
th
resh
old
(lin
e 2
)--
-…
…
(**)
Tim
e f
an
10
0%
Nu
mb
er
of
min
ute
s e
lap
sed
wit
h f
an
s a
t 1
00
/nu
mb
er
of
min
ute
s a
llow
ed
(lin
e 1
)--
-m
in0
…9
99
/0…
99
9
Aa
a2
(d
isp
lay
on
ly)
Co
nd
.te
mp
.S
atu
rate
d c
on
de
nsi
ng
te
mp
era
ture
(lin
e 1
)--
-…
…
(**)
Liq
uid
Te
mp
.Li
qu
id t
em
pe
ratu
re (
line
1)
---
…
…(*
*)
Su
bco
olin
gS
ub
coo
ling
(lin
e 1
)--
-…
…
(**)
Sta
tus
Sta
tus
of
sub
coo
ling
fu
nc
tio
n (
line
1)
---
---
Op
en
/ C
lose
d
Aa
a3
(d
isp
lay
on
ly)
Co
nd
.te
mp
.S
atu
rate
d c
on
de
nsi
ng
te
mp
era
ture
(lin
e 2
)--
-…
…
(**)
Liq
uid
Te
mp
.Li
qu
id t
em
pe
ratu
re (
line
2)
---
…
…(*
*)
Su
bco
olin
gS
ub
coo
ling
(lin
e 2
)--
-…
…
(**)
Sta
tus
Sta
tus
of
sub
coo
ling
fu
nc
tio
n (
line
2)
---
---
Op
en
/ C
lose
d
Ab
01
(d
isp
lay
on
ly)
Use
r se
tp.
Use
r-d
efi
ne
d s
et
po
int
for
suc
tio
n p
ress
ure
co
ntr
ol,
pro
po
rtio
na
l co
ntr
ol
(lin
e 1
)--
-…
…
(**)
Ac
tua
l.se
tpo
int
Eff
ec
tive
se
t p
oin
t fo
r su
cti
on
pre
ssu
re c
on
tro
l, p
rop
ort
ion
al c
on
tro
l (w
ith
com
pe
nsa
tio
n a
pp
lied
, lin
e 1
)--
-…
…
(**)
Diff
.S
uc
tio
n p
ress
ure
co
ntr
ol d
iff e
ren
tia
l, p
rop
ort
ion
al c
on
tro
l (lin
e 1
)--
-…
…
(**)
45
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Ab
02
(d
isp
lay
on
ly)
Use
r se
tp.
Use
r-d
efi
ne
d s
et
po
int
for
suc
tio
n p
ress
ure
co
ntr
ol,
pro
po
rtio
na
l co
ntr
ol
(lin
e 1
)--
-…
…
(**)
Ac
tua
l.se
tpo
int
Eff
ec
tive
se
t p
oin
t fo
r su
cti
on
pre
ssu
re c
on
tro
l, p
rop
ort
ion
al c
on
tro
l (w
ith
com
pe
nsa
tio
n a
pp
lied
, lin
e 1
)--
-…
…
(**)
Ne
utr
al z
on
eN
eu
tra
l zo
ne
fo
r su
cti
on
pre
ssu
re c
on
tro
l (lin
e 1
)--
-…
…
(**)
Incr
.diff
.In
cre
ase
diff
ere
nti
al fo
r su
ctio
n p
ress
ure
co
ntr
ol,
ne
utr
al z
on
e c
on
tro
l (lin
e
1)
---
…
…(*
*)
De
cr.d
iff .
De
cre
ase
diff
ere
nti
al fo
r su
ctio
n p
ress
ure
co
ntr
ol,
ne
utr
al z
on
e c
on
tro
l
(lin
e 1
)--
-…
…
(**)
Ab
03
(d
isp
lay
on
ly)
Use
r se
tp.
Use
r-d
efi
ne
d s
et
po
int
for
suc
tio
n p
ress
ure
co
ntr
ol,
pro
po
rtio
na
l co
ntr
ol
(lin
e 2
)--
-…
…
(**)
Ac
tua
l.se
tp.
Eff
ec
tive
se
t p
oin
t fo
r su
cti
on
pre
ssu
re c
on
tro
l, p
rop
ort
ion
al c
on
tro
l (w
ith
com
pe
nsa
tio
n a
pp
lied
, lin
e 2
)--
-…
…
(**)
Diff
.S
uc
tio
n p
ress
ure
co
ntr
ol d
iff e
ren
tia
l, p
rop
ort
ion
al c
on
tro
l (lin
e 2
)--
-…
…
(**)
Ab
04
(d
isp
lay
on
ly)
Use
r se
tp.
Use
r-d
efi
ne
d s
et
po
int
for
suc
tio
n p
ress
ure
co
ntr
ol,
pro
po
rtio
na
l co
ntr
ol
(lin
e 2
)--
-…
…
(**)
Ac
tua
l.se
tp.
Eff
ec
tive
se
t p
oin
t fo
r su
cti
on
pre
ssu
re c
on
tro
l, p
rop
ort
ion
al c
on
tro
l (w
ith
com
pe
nsa
tio
n a
pp
lied
, lin
e 2
)--
-…
…
(**)
Ne
utr
al z
on
eN
eu
tra
l zo
ne
fo
r su
cti
on
pre
ssu
re c
on
tro
l (lin
e 2
)--
-…
…
(**)
Incr
.diff
.In
cre
ase
diff
ere
nti
al fo
r su
ctio
n p
ress
ure
co
ntr
ol,
ne
utr
al z
on
e c
on
tro
l (lin
e
2)
---
…
…(*
*)
De
cr.d
iff .
De
cre
ase
diff
ere
nti
al fo
r su
ctio
n p
ress
ure
co
ntr
ol,
ne
utr
al z
on
e c
on
tro
l
(lin
e 2
)--
-…
…
(**)
Ab
05
(d
isp
lay
on
ly)
Use
r se
tp.
Use
r-d
efi
ne
d s
et
po
int
for
con
de
nsi
ng
pre
ssu
re c
on
tro
l, p
rop
ort
ion
al
con
tro
l (lin
e 1
)--
-…
…
(**)
Ac
tua
l.se
tp.
Eff
ec
tive
se
t p
oin
t fo
r co
nd
en
sin
g p
ress
ure
co
ntr
ol,
pro
po
rtio
na
l co
ntr
ol
(wit
h c
om
pe
nsa
tio
n a
pp
lied
, lin
e 1
)--
-…
…
(**)
Diff
.C
on
de
nsi
ng
pre
ssu
re c
on
tro
l diff
ere
nti
al,
pro
po
rt.c
on
tro
l (lin
e 1
)--
-…
…
(**)
Ab
06
(d
isp
lay
on
ly)
Use
r se
tp.
Use
r-d
efi
ne
d s
et
po
int
for
con
de
nsi
ng
pre
ssu
re c
on
tro
l, p
rop
ort
ion
al
con
tro
l (lin
e 1
)--
-…
…
(**)
Ac
tua
l.se
tp.
Eff
ec
tive
se
t p
oin
t fo
r co
nd
en
sin
g p
ress
ure
co
ntr
ol,
pro
po
rtio
na
l co
ntr
ol
(wit
h c
om
pe
nsa
tio
n a
pp
lied
, lin
e 1
)--
-…
…
(**)
Ne
utr
al z
on
eN
eu
tra
l zo
ne
fo
r co
nd
en
sin
g p
ress
ure
co
ntr
ol (
line
1)
---
…
…(*
*)
Incr
.diff
.In
cre
ase
diff
ere
nti
al f
or
the
co
nd
en
sin
g p
ress
ure
co
ntr
ol,
ne
utr
al z
on
e
con
tro
l (lin
e 1
)--
-…
…
(**)
De
cr.d
iff .
De
cre
ase
diff
ere
nti
al f
or
the
co
nd
en
sin
g p
ress
ure
co
ntr
ol,
ne
utr
al z
on
e
con
tro
l (lin
e 1
)--
-…
…
(**)
Ab
07
(d
isp
lay
on
ly)
Use
r se
tp.
Use
r-d
efi
ne
d s
et
po
int
for
con
de
nsi
ng
pre
ssu
re c
on
tro
l, p
rop
ort
ion
al
con
tro
l (lin
e 2
)--
-…
…
(**)
Ac
tua
l.se
tp.
Eff
ec
tive
se
t p
oin
t fo
r co
nd
en
sin
g p
ress
ure
co
ntr
ol,
pro
po
rtio
na
l co
ntr
ol
(wit
h c
om
pe
nsa
tio
n a
pp
lied
, lin
e 2
)--
-…
…
(**)
Diff
.C
on
de
nsi
ng
pre
ssu
re c
on
tro
l diff
ere
nti
al,
pro
po
rtio
na
l co
ntr
ol
(lin
e 2
)--
-…
…
(**)
46
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Ab
08
(d
isp
lay
on
ly)
Use
r se
tp.
Use
r-d
efi
ne
d s
et
po
int
for
con
de
nsi
ng
pre
ssu
re c
on
tro
l, p
rop
ort
ion
al
con
tro
l (lin
e 2
)--
-…
…
(**)
Ac
tua
l se
tp.
Eff
ec
tive
se
t p
oin
t fo
r co
nd
en
sin
g p
ress
ure
co
ntr
ol,
pro
po
rtio
na
l co
ntr
ol
(wit
h c
om
pe
nsa
tio
n a
pp
lied
, lin
e 2
)--
-…
…
(**)
Ne
utr
al z
on
eN
eu
tra
l zo
ne
fo
r co
nd
en
sin
g p
ress
ure
co
ntr
ol (
line
2)
---
…
…(*
*)
Incr
.diff
.In
cre
ase
diff
ere
nti
al f
or
the
co
nd
en
sin
g p
ress
ure
co
ntr
ol,
ne
utr
al z
on
e
con
tro
l (lin
e 2
)--
-…
…
(**)
De
cr.d
iff .
De
cre
ase
diff
ere
nti
al f
or
the
co
nd
en
sin
g p
ress
ure
co
ntr
ol,
ne
utr
al z
on
e
con
tro
l (lin
e 2
)--
-…
…
(**)
Ab
12
Se
tpo
int
Se
tpo
int
wit
ho
ut
com
pe
nsa
tio
n (
suc
tio
n li
ne
1)
3.5
ba
rg…
…(*
*)
Ab
13
Se
tpo
int
Se
tpo
int
wit
ho
ut
com
pe
nsa
tio
n (
con
de
nse
r lin
e 1
)1
2.0
ba
rg…
…(*
*)
Ab
14
Se
tpo
int
Se
tpo
int
wit
ho
ut
com
pe
nsa
tio
n (
suc
tio
n li
ne
2)
3.5
ba
rg…
…(*
*)
Ab
15
Se
tpo
int
Se
tpo
int
wit
ho
ut
com
pe
nsa
tio
n (
con
de
nse
r lin
e 2
)1
2.0
ba
rg…
…(*
*)
Ac0
1S
tatu
sU
nit
sta
tus
(dis
pla
y o
nly
)O
ff f
rom
ke
ypa
d--
-
Wa
itin
g..
Unit
On/
Off
fro
m a
larm
Off
fro
m
bla
cko
ut
Off
fro
m B
MS
Off
by
de
fau
lt
Off
by
de
fau
lt
Off
by
DIN
Off
fro
m
keyp
ad
Ma
nu
al o
p.
Pre
ven
t H
P
---
On
-Off
fro
m k
eyp
ad
(lin
e 1
)O
FF
---
OF
F /
ON
Ac0
2
L1:
L2:
Un
it s
tatu
s (d
isp
lay
on
ly)
Off
fro
m k
eyp
ad
---
…(S
ee
ab
ove
Ac0
1)
---
On
-Off
fro
m k
eyp
ad
(lin
e 1
)O
FF
---
OF
F /
ON
---
On
-Off
fro
m k
eyp
ad
(lin
e 2
)O
FF
---
OF
F /
ON
Ac0
3
En
ab
le o
f u
nit
On
Off
By
dig
it in
pu
tE
na
ble
un
it O
n/O
ff f
rom
dig
it in
pu
t (l
ine
1)
NO
---
NO
/ Y
ES
By
sup
erv
iso
rE
na
ble
un
it O
n/O
ff f
rom
su
pe
rvis
or
(lin
e 1
)N
O--
-N
O /
YE
S
By
bla
ck o
ut
En
ab
le u
nit
On
/Off
fro
m b
lack
ou
t (l
ine
1)
NO
---
NO
/ Y
ES
Ac0
4U
nit
on
de
lay
aft
er
bla
cko
ut
Sys
tem
on
de
lay
aft
er
bla
ck o
ut
(lin
e 1
)0
s0
…9
99
Ac0
6
En
ab
le o
f u
nit
On
Off
By
dig
it in
pu
tE
na
ble
un
it O
n/O
ff f
rom
dig
it in
pu
t (l
ine
2)
NO
---
NO
/ Y
ES
By
sup
erv
iso
rE
na
ble
un
it O
n/O
ff f
rom
su
pe
rvis
or
(lin
e 2
)N
O--
-N
O /
YE
S
By
bla
ck o
ut
En
ab
le u
nit
On
/Off
fro
m b
lack
ou
t (l
ine
2)
NO
---
NO
/ Y
ES
Ac0
7U
nit
on
de
lay
aft
er
bla
cko
ut
Sys
tem
on
de
lay
aft
er
bla
ck o
ut
(lin
e 2
)0
s0
…9
99
47
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
B.Ingr./Usc.
(th
e I/
Os
ava
ilab
le d
ep
en
d o
n t
he
se
lec
ted
co
nfi
gu
rati
on
, th
e f
ollo
win
g a
re ju
st s
om
e e
xam
ple
s. F
or
the
co
mp
lete
list
of
I/O
po
siti
on
s av
aila
ble
se
e A
pp
en
dix
A.5
)
Ba
a0
2
DI
Ala
rm 1
fo
r co
mp
ress
or
1 D
I po
siti
on
(lin
e 1
)0
3--
---
-, 0
1…
18
, B1
…B
10
(**
**)
Sta
tus
(dis
pla
y o
nly
)S
tatu
s o
f a
larm
1 f
or
com
pre
sso
r 1
DI (
line
1)
---
---
Ch
iuso
/ A
pe
rto
Log
icLo
gic
of
ala
rm 1
fo
r co
mp
ress
or
1 D
I (lin
e 1
)N
C--
-N
C /
NO
Fun
cti
on
(d
isp
lay
on
ly)
Ala
rm 1
fo
r co
mp
ress
or
1 f
un
cti
on
sta
tus
(lin
e 1
)--
---
-N
ot
ac
tive
/ a
cti
ve…
……
……
…B
ab
01
---
Su
cti
on
pre
ssu
re p
rob
e p
osi
tio
n (
line
1)
B1
---
---,
B1
…B
10
(**
**)
Ba
b0
1
---
Su
ct
pre
ssu
re p
rob
e t
ype
(lin
e 1
)4
...2
0m
A--
---
--
0-1
V -
0-1
0V
- 4
...2
0m
A-
0-5
V--
- (d
isp
lay
on
ly)
Su
cti
on
pre
ssu
re v
alu
e (
line
1)
---
……
(**)
Up
pe
r v
alu
eS
uc
t p
ress
ure
ma
xim
um
va
lue
(lin
e 1
)7
.0 b
arg
……
(**)
Low
er
va
lue
Su
ct
pre
ssu
re m
inim
um
va
lue
(lin
e 1
)-0
,5 b
arg
……
(**)
Ca
libra
tio
nS
uc
tio
n p
ress
ure
pro
be
ad
just
me
nt
(lin
e 1
)0
.0 b
arg
……
(**)
……
……
……
Ba
c02
Lin
e r
ela
y D
OC
om
pre
sso
r 1
lin
e D
O p
osi
tio
n a
nd
sta
tus
(On
/Off
) d
isp
lay
(lin
e 1
)…
---
---,
01
…2
9 (
****
)P
art
win
din
g D
O/S
tar
rela
y D
O (
*)
Co
mp
ress
or
1 p
art
win
din
g o
r st
ar
DO
po
siti
on
an
d s
tatu
s (O
n/O
ff )
dis
pla
y (l
ine
1)
…--
---
-, 0
1…
29
(**
**)
---/
De
lta
re
lay
DO
(*)
Co
mp
ress
or
1 d
elt
a D
O p
osi
tio
n a
nd
sta
tus
(On
/Off
) d
isp
lay
(lin
e 1
)…
---
---,
01
…2
9 (
****
)
Ba
c03
DO
Co
mp
ress
or
1 u
nlo
ad
er
1 D
O p
osi
tio
n (
line
1)
…--
---
-, 0
1…
29
(**
**)
Sta
tus
(dis
pla
y o
nly
)S
tatu
s fo
r co
mp
ress
or
1 u
nlo
ad
er
1 D
O (
line
1)
---
---
Clo
sed
/ O
pe
n
Log
icLo
gic
fo
r co
mp
ress
or
1 u
nlo
ad
er
1 D
O (
line
1)
NO
---
NC
/ N
OFu
nc
tio
n (
dis
pla
y o
nly
)C
om
pre
sso
r 1
un
loa
de
r 1
fu
nc
tio
n s
tatu
s (l
ine
1)
---
---
No
t a
cti
ve /
ac
tive
……
……
……
Ba
d0
1A
OC
om
pre
sso
r m
od
ula
tin
g d
ev
ice
AO
po
siti
on
(lin
e 1
)0
---
---,
01
…0
6 (
****
)S
tatu
s (d
isp
lay
on
ly)
Mo
du
lati
ng
de
vic
e o
utp
ut
va
lue
(lin
e 1
)0
%0
.0…
10
0.0
……
……
……
Bb
01
Su
cti
on
L1
Su
cti
on
lin
e 1
in m
an
ua
l mo
de
DIS
---
DIS
/ A
BS
uc
tio
n L
2S
uc
tio
n li
ne
2 in
ma
nu
al m
od
eD
IS--
-D
IS /
AB
Dis
cha
rge
L1
Co
nd
en
ser
line
1 in
ma
nu
al m
od
eD
IS--
-D
IS /
AB
Dis
cha
rge
L2
Co
nd
en
ser
line
2 in
ma
nu
al m
od
eD
IS--
-D
IS /
AB
Tim
eo
ut
Ma
nu
al m
od
e d
ura
tio
n a
fte
r la
st k
ey
pre
sse
d1
0m
in0
…5
00
Bb
a0
2C
om
pre
sso
r 1
Forc
e t
o
Ma
nu
al s
tag
es
req
ue
st f
or
com
pre
sso
r 1
(lin
e 1
)O
FF
---
OF
F /
ON
2 S
TAG
ES(*
)
3 S
TAG
ES
(*)
4 S
TAG
ES
(*)
……
……
……
Bb
a1
6C
om
pre
sso
r 1
2
Forc
e t
o
Ma
nu
al s
tag
e r
eq
ue
st f
or
com
pre
sso
r 1
2 (
line
1)
OF
F--
-O
FF
/ O
N
2 S
TAG
ES(*
)
3 S
TAG
ES
(*)
4 S
TAG
ES
(*)
Bb
a1
7
Oil
coo
l pu
mp
1
Forc
e t
o
Ma
nu
al o
pe
rati
ng
sta
tus
for
oil
coo
ling
pu
mp
1 (
line
1)
OF
F--
-O
FF
/ O
N
Oil
coo
l pu
mp
2
Forc
e t
o
Ma
nu
al o
pe
rati
ng
sta
tus
for
oil
coo
ling
pu
mp
2 (
line
1)
OF
F--
-O
FF
/ O
N
Bb
a1
8O
il co
ol f
an
Forc
e t
o
Ma
nu
al o
pe
rati
ng
sta
tus
for
oil
coo
ling
fa
n (
line
1)
OF
F--
-O
FF
/ O
N
Bb
a2
0C
om
pre
sso
r 1
Forc
e t
o
Ma
nu
al s
tag
e r
eq
ue
st f
or
com
pre
sso
r 1
(lin
e 2
)O
FF
---
OF
F /
ON
2 S
TAG
ES (*
)
3 S
TAG
ES
(*)
4 S
TAG
ES
(*)
……
……
…
48
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Bb
a3
4C
om
pre
sso
r 1
2
Forc
e t
o
Ma
nu
al s
tag
e r
eq
ue
st f
or
com
pre
sso
r 1
2 (
line
2)
OF
F--
-O
FF
/ O
N
2 S
TAG
ES (
*)
3 S
TAG
ES
(*)
4 S
TAG
ES
(*)
Bb
a3
5
Oil
coo
l pu
mp
1
Forc
e t
o
Ma
nu
al o
pe
rati
ng
sta
tus
for
oil
coo
ling
pu
mp
1 (
line
2)
OF
F--
-O
FF
/ O
N
Oil
coo
l pu
mp
2
Forc
e t
o
Ma
nu
al o
pe
rati
ng
sta
tus
for
oil
coo
ling
pu
mp
2 (
line
2)
OF
F--
-O
FF
/ O
N
Bb
a3
7O
il co
ol f
an
Forc
e t
o
Ma
nu
al o
pe
rati
ng
sta
tus
for
oil
coo
ling
fa
n (
line
2)
OF
F--
-O
FF
/ O
N
Bb
a3
8Fa
n1
forc
e
Ma
nu
al o
pe
rati
ng
sta
tus
for
fan
1 (
line
1)
OF
F--
-O
FF
/ O
N
……
……
……
Bb
a5
3Fa
n1
6
forc
e
Ma
nu
al o
pe
rati
ng
sta
tus
for
fan
16
(lin
e 1
)O
FF
---
OF
F /
ON
Bb
a5
4H
ea
t re
cla
im p
um
p
forc
e
Ma
nu
al o
pe
rati
ng
sta
tus
for
he
at
reco
very
pu
mp
(lin
e 1
)O
FF
---
OF
F /
ON
Bb
a5
5C
hill
Bo
ost
er
forc
e
Ma
nu
al o
pe
rati
ng
sta
tus
for
Ch
illB
oo
ste
r (l
ine
1)
OF
F--
-O
FF
/ O
N
Bb
a5
7Fa
n1
forc
e
Ma
nu
al o
pe
rati
ng
sta
tus
for
fan
1 (
line
2)
OF
F--
-O
FF
/ O
N
……
……
……
Bb
a7
2Fa
n1
6
forc
e
Ma
nu
al o
pe
rati
ng
sta
tus
for
fan
16
(lin
e 2
)O
FF
---
OF
F /
ON
Bb
a7
3H
ea
t re
cla
im p
um
p
forc
e
Ma
nu
al o
pe
rati
ng
sta
tus
for
he
at
reco
very
pu
mp
(lin
e 2
)O
FF
---
OF
F /
ON
Bb
a7
4C
hill
Bo
ost
er
forc
e
Ma
nu
al o
pe
rati
ng
sta
tus
for
Ch
illB
oo
ste
r (l
ine
2)
OF
F--
-O
FF
/ O
N
Bb
b0
5C
om
pre
sso
r 1
Forc
e t
o
Ma
nu
al c
on
tin
uo
us
cap
aci
ty r
eq
ue
st f
or
com
pre
sso
r 1
(lin
e 1
)0
.0%
0.0
…1
00
.0
Bb
b0
6O
il co
ol p
um
p
Forc
e t
o
Ma
nu
al r
eq
ue
st f
or
oil
coo
ling
pu
mp
(lin
e 1
)0
.0%
0.0
…1
00
.0
Bb
b0
7C
om
pre
sso
r 1
Forc
e t
o
Ma
nu
al c
on
tin
uo
us
cap
aci
ty r
eq
ue
st f
or
com
pre
sso
r 1
(lin
e 2
)0
.0%
0.0
…1
00
.0
Bb
b0
8O
il co
ol p
um
p
Forc
e t
o
Ma
nu
al r
eq
ue
st f
or
oil
coo
ling
pu
mp
(lin
e 2
)0
.0%
0.0
…1
00
.0
Bb
b0
9Fa
n1
Forc
e t
o
Ma
nu
al c
on
tin
uo
us
cap
aci
ty r
eq
ue
st f
or
fan
1 (
line
1)
0.0
%0
.0…
10
0.0
Bb
b1
0H
ea
t re
cla
im p
um
p
forc
e
Ma
nu
al r
eq
ue
st f
or
he
at
reco
very
pu
mp
(lin
e 1
)0
.0%
0.0
…1
00
.0
Bb
b1
1Fa
n1
Forc
e t
o
Ma
nu
al c
on
tin
uo
us
cap
aci
ty r
eq
ue
st f
or
fan
1 (
line
2)
0.0
%0
.0…
10
0.0
Bb
b1
2H
ea
t re
cla
im p
um
p
forc
e
Ma
nu
al r
eq
ue
st f
or
he
at
reco
very
pu
mp
(lin
e 2
)0
.0%
0.0
…1
00
.0
Bc0
1Te
st D
ou
tE
na
ble
DO
te
st m
od
eN
O--
-N
O /
YE
S
Tim
eo
ut
Test
mo
de
du
rati
on
aft
er
last
bu
tto
n p
ress
ed
10
min
0…
50
0
49
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Bc0
2Te
st A
ou
tE
na
ble
AO
te
st m
od
eN
O--
-N
O /
SI
Tim
eo
ut
Test
mo
de
du
rati
on
aft
er
last
bu
tto
n p
ress
ed
10
min
0…
50
0
Bca
10
DO
1D
O 1
log
ic f
or
test
NO
---
NO
/ N
C
DO
1 v
alu
e f
or
test
OF
F--
-O
FF
/ O
N
……
……
……
Bca
26
DO
29
DO
29
log
ic f
or
test
NO
---
NO
/ N
C
DO
29
va
lue
fo
r te
stO
FF
---
OF
F /
ON
Bcb
10
AO
1A
O 1
va
lue
fo
r te
st0
.0--
-0
.0…
10
0.0
……
……
…
Bcb
12
AO
6A
O 6
va
lue
fo
r te
st0
.0--
-0
.0…
10
0.0
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
C.Compressors (*)
(The
I/O
s av
aila
ble
dep
end
on th
e se
lect
ed c
onfi g
urat
ion,
the
follo
win
g ar
e ju
st s
ome
exam
ple
s. F
or th
e co
mp
lete
list
of I
/O p
ositi
ons
avai
lab
le s
ee
Ap
pen
dix
A.5
)
Ca
a0
1
DI
Ala
rm 1
fo
r co
mp
ress
or
1 D
I po
siti
on
(lin
e 1
)0
3--
---
-, 0
1…
18
, B1
…B
10
(**
**)
Sta
tus
(dis
pla
y o
nly
)S
tatu
s o
f a
larm
1 f
or
com
pre
sso
r 1
DI (
line
1)
---
---
Clo
sed
/ O
pe
nLo
gic
Log
ic o
f a
larm
1 f
or
com
pre
sso
r 1
DI (
line
1)
NC
---
NC
/ N
OFu
nc
tio
n (
dis
pla
y o
nly
)A
larm
1 f
or
com
pre
sso
r 1
fu
nc
tio
n s
tatu
s (l
ine
1)
---
---
No
t a
cti
ve /
ac
tive
……
……
……
Ca
a0
8
Lin
e r
ela
y D
OC
om
pre
sso
r 1
pa
rt w
ind
ing
or
sta
r D
O p
osi
tio
n a
nd
sta
tus
(On
/Off
)
dis
pla
y (l
ine
1)
…--
---
-, 0
1…
29
(**
**)
Pa
rt w
ind
ing
DO
/Sta
r
rela
y D
O (
*)
Co
mp
ress
or
1 d
elt
a D
O p
osi
tio
n a
nd
sta
tus
(On
/Off
) d
isp
lay
(lin
e 1
)…
---
---,
01
…2
9 (
****
)
---/
De
lta
re
lay
DO
(*)
Co
mp
ress
or
1 li
ne
DO
po
siti
on
an
d s
tatu
s (O
n/O
ff )
dis
pla
y (l
ine
1)
…--
---
-, 0
1…
29
(**
**)
Ca
a0
9
DO
Un
loa
de
r 1
fo
r co
mp
ress
or
1 D
O p
osi
tio
n (
line
1)
…--
---
-, 0
1…
29
(**
**)
Sta
tus
(dis
pla
y o
nly
)S
tatu
s o
f u
nlo
ad
er
1 f
or
com
pre
sso
r 1
DI (
line
1)
---
---
Clo
sed
/ O
pe
nLo
gic
Log
ic o
f u
nlo
ad
er
1 f
or
com
pre
sso
r 1
DI (
line
1)
NC
---
NC
/ N
OFu
nc
tio
n (
dis
pla
y o
nly
)U
nlo
ad
er
1 f
or
com
pre
sso
r 1
fu
nc
tio
n s
tatu
s (l
ine
1)
---
---
No
t a
cti
ve /
ac
tive
……
……
……
Ca
a1
4A
OC
om
pre
sso
r m
od
ula
tin
g d
ev
ice
AO
po
siti
on
(lin
e 1
)0
---
---,
01
…0
6 (
****
)S
tatu
s (d
isp
lay
on
ly)
Mo
du
lati
ng
de
vic
e o
utp
ut
va
lue
(lin
e 1
)0
%0
.0…
10
0.0
……
……
……
Ca
aa
l
---
Su
cti
on
pre
ssu
re p
rob
e p
osi
tio
n (
line
1)
B1
---
---,
B1
…B
10
(**
**)
---
Su
ct
pre
ssu
re p
rob
e t
ype
(lin
e 1
)
4...
20
mA
---
----
0-1
V
0-1
0V
4...
20
mA
0-5
V--
- (d
isp
lay
on
ly)
Su
cti
on
te
mp
era
ture
va
lue
(lin
e 1
)--
-…
…(*
*)U
pp
er
va
lue
Su
ct
pre
ssu
re m
axi
mu
m li
mit
(lin
e 1
)7
.0 b
arg
……
(**)
Low
er
va
lue
Su
ct
pre
ssu
re m
inim
um
lim
it (
line
1)
-0,5
ba
rg…
…(*
*)C
alib
rati
on
Su
cti
on
pre
ssu
re p
rob
e a
dju
stm
en
t (l
ine
1)
0.0
ba
rg…
…(*
*)…
……
……
…
50
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Ca
b0
1
Re
gu
lati
on
by
Co
mp
ress
or
con
tro
l by
tem
pe
ratu
re o
r p
ress
ure
(lin
e 1
)P
RE
SS
UR
E--
-P
RE
SS
UR
E T
EM
PE
RA
TU
RE
Re
gu
lati
on
typ
eC
om
pre
sso
r co
ntr
ol t
ype
(lin
e 1
)N
eu
tra
l zo
ne
---
Pro
po
rtio
na
l ba
nd
Ne
utr
al z
on
e
Ca
b0
2M
inim
um
Co
mp
ress
or
setp
oin
t lo
we
r lim
it (
line
1)
…(*
*)…
…(*
*)M
axi
mu
mC
om
pre
sso
r se
tpo
int
hig
he
r lim
it (
line
1)
…(*
*)…
…(*
*)C
ab
03
Se
tpo
int
Co
mp
ress
or
setp
oin
t (l
ine
1)
…(*
*)…
…(*
*)
Ca
b0
4/C
ab
6 (
**)
Re
g.t
ype
Typ
e f
or
pro
po
rtio
na
l co
ntr
ol (
line
1)
PR
OP
OR
T.--
-P
RO
PO
RT
ION
AL
PR
OP.
+IN
T.In
teg
ral t
ime
Inte
gra
l tim
e f
or
pro
po
rtio
na
l co
ntr
ol (
line
1)
30
0s
0…
99
9C
ab
05
/Ca
b7
(**
)D
iff e
ren
tia
lD
iff e
ren
tia
l fo
r p
rop
ort
ion
al c
on
tro
l (lin
e 1
)…
(**)
……
(**)
Ca
b0
8/C
ab
10
(**
)N
Z d
iff .
Ne
utr
al z
on
e c
on
tro
l diff
ere
nti
al (
line
1)
…(*
*)…
…(*
*)A
cti
v.d
iff .
Ne
utr
al z
on
e c
on
tro
l diff
ere
nti
al f
or
de
vic
e a
cti
va
tio
n (
line
1)
…(*
*)…
…(*
*)D
ea
ct.
diff
. N
eu
tra
l zo
ne
co
ntr
ol d
iff e
ren
tia
l fo
r d
ev
ice
de
ac
tiv
ati
on
(lin
e 1
)…
(**)
……
(**)
Ca
b0
9/C
ab
11
(**
)E
n.fo
rce
off
po
we
rE
na
ble
ca
pa
city
imm
ed
iate
de
cre
asi
ng
to
0 (
line
1)
NO
---
NO
/ Y
ES
Se
tp.fo
r fo
rce
off
Th
resh
old
fo
r ca
pa
city
de
cre
asi
ng
to
0 (
line
1)
…(*
*)…
…(*
*)
Ca
b1
2
Po
we
r lo
ad
to
10
0%
min
tim
e
Min
imu
m t
ime
to
incr
ea
se c
ap
aci
ty r
eq
ue
st t
o 1
00
%, N
eu
tra
l zo
ne
con
tro
l (su
cti
on
lin
e 1
)1
5s
0…
99
99
Po
we
r lo
ad
to
10
0%
ma
x
tim
e
Ma
xim
um
tim
e t
o in
cre
ase
ca
pa
city
re
qu
est
to
10
0%
, Ne
utr
al z
on
e
con
tro
l (su
cti
on
lin
e 1
)9
0s
0…
99
99
Ca
b1
3
Po
we
r u
nlo
ad
to
0%
min
tim
e
Min
imu
m t
ime
to
de
cre
ase
ca
pa
city
re
qu
est
to
0%
, Ne
utr
al z
on
e c
on
tro
l
(su
cti
on
lin
e 1
)3
0s
0…
99
99
Po
we
r u
nlo
ad
to
0%
ma
x ti
me
Ma
xim
um
tim
e t
o d
ecr
ea
se c
ap
aci
ty r
eq
ue
st t
o 0
%, N
eu
tra
l zo
ne
co
ntr
ol
(su
cti
on
lin
e 1
)1
80
s0
…9
99
9
Ca
c01
Wo
rkin
g h
ou
rs
Co
mp
ress
or
1
Co
mp
ress
or
1 o
pe
rati
ng
ho
urs
(lin
e 1
) --
-h
0…
99
99
99
(Ch
eck
in…
) C
om
pre
sso
r 1
re
ma
inin
g o
pe
rati
ng
ho
urs
(lin
e 1
)…
h0
…9
99
99
9C
om
pre
sso
r 2
Co
mp
ress
or
2 o
pe
rati
ng
ho
urs
(lin
e 1
) --
-h
0…
99
99
99
(Ch
eck
in…
) C
om
pre
sso
r 2
re
ma
inin
g o
pe
rati
ng
ho
urs
(lin
e 1
)…
h0
…9
99
99
9…
……
……
…
Ca
c11
Wo
rkin
g h
ou
rs
Co
mp
ress
or
11
Co
mp
ress
or
11
op
era
tin
g h
ou
rs (
line
1)
---
h0
…9
99
99
9
(Ch
eck
in…
) C
om
pre
sso
r 1
1 r
em
ain
ing
op
era
tin
g h
ou
rs (
line
1)
…h
0…
99
99
99
Co
mp
ress
or
12
Co
mp
ress
or
12
op
era
tin
g h
ou
rs (
line
1)
---
h0
…9
99
99
9(C
he
ck in
…)
Co
mp
ress
or
12
re
ma
inin
g o
pe
rati
ng
ho
urs
(lin
e 1
)…
h0
…9
99
99
9
Ca
c13
Co
mp
ress
or
thre
sho
ld
wo
rkin
g h
ou
rs
Co
mp
ress
or
ma
inte
na
nce
th
resh
old
ho
urs
(lin
e 1
)8
80
00
h0
…9
99
99
99
Ca
c14
Co
mp
ress
or
ho
urs
re
set
Re
set
com
pre
sso
r o
pe
rati
ng
ho
urs
(lin
e 1
)N
---
NO
/ Y
ES
Ca
d0
1
En
ab
le s
uc
tio
n s
etp
oin
t
com
pe
nsa
tio
n
En
ab
le s
etp
oin
t co
mp
en
sati
on
(su
cti
on
lin
e 1
)N
O--
-N
O /
YE
S
En
ab
le c
om
pe
nsa
tio
n b
y
an
alo
g IN
En
ab
le s
etp
oin
t co
mp
en
sati
on
by
pro
be
(su
cti
on
lin
e 1
)N
O--
-N
O /
YE
S
Ca
d0
2W
inte
r o
ff se
tO
ff se
t a
pp
lied
fo
r W
inte
r p
eri
od
0.0
…-9
99
,9…
99
9,9
Clo
sin
g o
ff se
tO
ff se
t a
pp
lied
fo
r cl
osi
ng
pe
rio
d0
.0…
-99
9,9
…9
99
,9
Ca
d0
3E
na
ble
se
tpo
int
com
pe
n-
sati
on
by
sch
ed
ule
r
En
ab
le s
che
du
ler
setp
oin
t co
mp
en
sati
on
(su
cti
on
lin
e 1
)N
O--
-N
O /
YE
S
51
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Ca
d0
4
Ac
tiv.
Tim
e B
an
ds
Day
of
the
we
ek
LUN
, MA
R, .
..DO
M
TB
1: -
-:--
->
--:
--T
ime
ba
nd
1 e
na
blin
g a
nd
de
fi n
itio
n: s
tart
ho
ur
an
d m
inu
te, e
nd
ho
ur
an
d m
inu
te (
suc
tio
n li
ne
1)
---
……
……
……
…T
B4
: --:
-- -
> -
-:--
Tim
e b
an
d 4
en
ab
ling
an
d d
efi
nit
ion
: sta
rt h
ou
r a
nd
min
ute
, en
d h
ou
r
an
d m
inu
te (
suc
tio
n li
ne
1)
---
……
Ch
an
ge
sT
ime
ba
nd
ch
an
ge
ac
tio
n
---
---
---
CO
NF
IRM
&S
AV
E
LOA
D P
RE
VIO
US
CLE
AR
ALL
Co
py
toC
op
y se
ttin
gs
to o
the
r d
ays
0--
-M
ON
DA
Y…S
UN
DA
Y; M
ON
-FR
I;
MO
N-S
AT;
SA
T&
SU
N; A
LL D
AY
SC
ad
05
Ch
an
ge
se
t b
y D
IE
na
ble
se
tpo
int
com
pe
nsa
tio
n b
y d
igit
al i
np
ut
(su
ct/
con
d li
ne
1)
NO
---
NO
/ Y
ES
Ca
d0
6
---
Po
siti
on
of
the
pro
be
fo
r su
cti
on
pre
ssu
re s
etp
oin
t co
mp
en
sati
on
(lin
e1
)--
---
---
-, B
1…
B1
0 (
****
)--
-Ty
pe
of
the
pro
be
fo
r su
cti
on
pre
ssu
re s
etp
oin
t co
mp
en
sati
on
(lin
e1
)4
...2
0m
A--
---
--
0-1
V -
0-1
0V
- 4
...2
0m
A-
0-5
V--
- (d
isp
lay
on
ly)
Co
mp
en
sati
on
va
lue
(lin
e 1
)--
-…
-99
.9…
99
.9m
ax
Ma
xim
um
va
lue
of
com
pe
nsa
tio
n (
line
1)
---
…-9
9.9
…9
9.9
min
Min
imu
m v
alu
e o
f co
mp
en
sati
on
(lin
e 1
)--
-…
-99
.9…
99
.9
Ca
d0
8E
na
ble
fl o
ati
ng
su
cti
on
setp
oin
t
En
ab
le fl
oa
tin
g s
etp
oin
t (s
uc
tio
n li
ne
1)
NO
---
NO
/ Y
ES
Ca
d0
9
Ma
xim
um
fl o
ati
ng
setp
oin
t
Ma
x co
mp
ress
or
fl o
ati
ng
se
tpo
int
sett
ab
le (
line
1)
…(*
*)…
…(*
*)
Min
imu
m fl
oa
tin
g
setp
oin
t
Min
imu
m c
om
pre
sso
r fl
oa
tin
g s
etp
oin
t se
tta
ble
(lin
e 1
)…
(**)
……
(**)
Ca
d1
0
Ma
x.se
tpo
int
va
ria
tio
n
ad
mit
ted
Ma
xim
um
de
lta
ad
mit
ted
fo
r fl
oa
tin
g s
etp
oin
t (s
uc
tio
n li
ne
1)
…(*
*)…
…(*
*)
Offl
in
e d
ecr
ea
sin
g t
ime
Re
du
cti
on
tim
e w
he
n s
up
erv
iso
r is
offl
in
e f
or
fl o
ati
ng
se
tpo
int
(su
cti
on
lin
e 1
)0
min
0…
99
9
Ca
e0
1N
um
be
r o
f a
larm
s fo
r
ea
ch c
om
pre
sso
r
Nu
mb
er
of
ala
rms
for
ea
ch c
om
pre
sso
r (l
ine
1)
1/4
(*)
---
0…
4/7
(*)
Ca
e0
2
Ala
rm1
de
scri
pti
on
Se
lec
tio
n o
f th
e fi
rst
co
mp
ress
or
ala
rm d
esc
rip
tio
n: G
en
eri
c, O
verl
oa
d,
Hig
h p
ress
ure
, Lo
w p
ress
ure
, Oil
(lin
e 1
)…
---
(
No
t av
aila
ble
)
(
No
t se
lec
ted
)
(
Se
lec
ted
)
Ca
e0
3
Ala
rm1
de
scri
pti
on
(*)
Se
lec
tio
n o
f th
e fi
rst
co
mp
ress
or
ala
rm d
esc
rip
tio
n: R
ota
tio
n, O
il w
arn
ing
(lin
e 1
)…
---
(
No
t av
aila
ble
)
(
No
t se
lec
ted
)
(
Se
lec
ted
)
Ca
e0
4
Ac
tiv.
de
lay
Ac
tiv
ati
on
de
lay
for
com
pre
sso
r a
larm
1 d
uri
ng
wo
rkin
g (
line
1)
0s
0…
99
9S
tart
up
de
lay
Ac
tiv
ati
on
de
lay
for
com
pre
sso
r a
larm
1 a
t st
art
up
(lin
e 1
)0
s0
…9
99
Re
set
Typ
e o
f re
set
for
com
pre
sso
r a
larm
1 (
line
1)
AU
T.--
-A
UT.
/ M
AN
.P
rio
rity
Typ
e o
f p
rio
rity
fo
r co
mp
ress
or
ala
rm 1
(lin
e 1
)G
RA
VE
---
Lig
ht
/ S
eri
ou
s…
……
……
…
Ca
e2
4
Su
cti
on
pre
ssu
re/t
em
pe
-
ratu
re h
igh
ala
rm
Typ
e o
f h
igh
su
cti
on
pre
ssu
re/t
em
pe
ratu
re a
larm
th
resh
old
AS
SO
LUTO
---
AB
SO
LUT
E /
RE
LAT
IVE
Th
resh
old
Hig
h s
uc
tio
n p
ress
ure
/te
mp
era
ture
ala
rm t
hre
sho
ld…
(**)
……
(**)
52
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Ca
e2
5A
larm
diff
.H
igh
su
cti
on
pre
ssu
re/t
em
pe
ratu
re a
larm
diff
ere
nti
al
…(*
*)…
…(*
*)
Ala
rm d
ela
yH
igh
su
cti
on
pre
ssu
re/t
em
pe
ratu
re a
larm
de
lay
12
0s
0…
99
9
Ca
e2
6
Su
cti
on
pre
ssu
re/t
em
pe
-
ratu
re lo
w a
larm
Typ
e o
f lo
w s
uc
tio
n p
ress
ure
/te
mp
era
ture
ala
rm t
hre
sho
ldA
SS
OLU
TO--
-A
BS
OLU
TE
/ R
ELA
TIV
E
Th
resh
old
Low
su
cti
on
pre
ssu
re/t
em
pe
ratu
re a
larm
th
resh
old
…(*
*)…
…(*
*)
Ca
e2
7A
larm
diff
.Lo
w s
uc
tio
n p
ress
ure
/te
mp
era
ture
ala
rm d
iff e
ren
tia
l…
(**)
……
(**)
Ala
rm d
ela
yLo
w s
uc
tio
n p
ress
ure
/te
mp
era
ture
ala
rm d
ela
y3
0s
0…
99
9
Ca
e2
8
En
ab
le o
il te
mp
era
ture
ala
rm m
an
ag
em
en
t (*
)
En
ab
le D
igit
al S
cro
ll o
il te
mp
era
ture
ala
rm (
line
1)
NO
---
NO
/ Y
ES
En
ab
le d
isch
arg
e t
em
p.
ala
rm m
an
ag
em
en
t (*
)
En
ab
le D
igit
al S
cro
ll d
isch
arg
e t
em
pe
ratu
re a
larm
(lin
e 1
)N
O--
-N
O /
YE
S
Ca
e2
9
Low
su
pe
rhe
at
ala
rm
thre
sho
ld
Th
resh
old
fo
r lo
w s
up
erh
ea
t a
larm
(lin
e 1
)3
.0K
0.0
…9
9,9
Ala
rm d
iff .
Low
su
pe
rhe
at
ala
rm d
iff e
ren
tia
l (lin
e 1
)1
.0K
0.0
…9
,9S
wit
ch O
FF
co
mp
.E
na
ble
co
mp
ress
or
off
fo
r lo
w s
up
erh
ea
t a
larm
(lin
e 1
)N
O--
-N
O /
YE
SR
ese
tTy
pe
of
low
su
pe
rhe
at
ala
rm r
ese
t (l
ine
1)
MA
NU
ALE
---
MA
NU
AL
/ A
UTO
Ala
rm d
ela
yLo
w s
up
erh
ea
t a
larm
de
lay
(lin
e 1
)3
0s
0…
99
9
Ca
e3
0
Tim
e o
f se
mi-
au
tom
ati
c
ala
rm e
va
lua
tio
n
Tim
e o
f se
mi-
au
tom
ati
c a
larm
ev
alu
ati
on
fo
r sc
rew
co
mp
ress
ors
ou
t o
f
en
velo
pe
(lin
e 1
)2
min
0…
99
9
N°
of
reti
es
be
fore
ala
rm
be
com
es
ma
nu
al
Nu
mb
er
of
retr
ies
be
fore
ala
rm b
eco
me
s m
an
ua
l (lin
e 1
)3
---
0…
9
Ca
e4
0S
wit
ch o
ff c
om
p.1
En
ab
le c
om
pre
sso
r 1
off
fo
r co
mp
ress
or
inve
rte
r w
arn
ing
(lin
e 1
)N
O--
-N
O /
YE
SR
ese
tTy
pe
of
com
pre
sso
r in
vert
er
wa
rnin
g r
ese
t (l
ine
1)
MA
NU
ALE
---
MA
NU
AL
/ A
UTO
Ala
rm d
ela
yC
om
pre
sso
r in
vert
er
wa
rnin
g a
cti
va
tio
n d
ela
y (l
ine
1)
0s
0…
99
9
Ca
f02
Co
mp
ress
ors
typ
eTy
pe
of
com
pre
sso
rs (
line
1)
ALT
ER
NA
TIV
I--
-
RE
CIP
RO
CA
TIN
G
SC
RO
LL
SC
RE
WC
om
pre
sso
rs n
um
be
rN
um
be
r o
f co
mp
ress
ors
(lin
e 1
)2
/3 (
*)--
-1
…6
/12
(*)
Ca
f03
Cm
p1
,…E
na
ble
co
mp
ress
ors
(lin
e 1
)D
IS--
-D
IS /
EN
Ca
f04
Re
frig
era
nt
typ
eTy
pe
of
refr
ige
ran
t (s
uc
tio
n L
ine
1)
R4
04
A--
-
R2
2 -
R1
34
a -
R4
04
A -
R4
07
C -
R4
10
A -
R5
07
A -
R2
90
- R
60
0 -
R6
00
a -
R7
17
-R
74
4 -
R7
28
-
R1
27
0 -
R4
17
A -
R4
22
D
Ca
f05
Min
on
tim
e
Min
imu
m c
om
pre
sso
r o
n t
ime
(lin
e 1
)3
0s
0…
99
9M
in o
ff t
ime
Min
imu
m c
om
pre
sso
r o
ff t
ime
(lin
e 1
)1
20
s0
…9
99
Min
tim
e t
o s
tart
sa
me
com
pre
sso
r
Min
imu
m t
ime
be
twe
en
sa
me
co
mp
ress
or
sta
rts
(lin
e 1
)3
60
s0
…9
99
Ca
f06
Ign
itio
n t
ype
Typ
e o
f co
mp
ress
ors
sta
rt u
p
DIR
EC
T--
-
DIR
EC
T
PAR
T W
IND
ING
STA
R D
ELT
A
Ca
f07
Sta
r ti
me
Sta
r re
lay
run
tim
e0
ms
0…
99
99
Sta
r lin
e d
ela
yD
ela
y b
etw
ee
n s
tar
an
d li
ne
re
lay
0m
s0
…9
99
9S
tar
de
lta
de
lay
De
lay
be
twe
en
sta
r a
nd
de
lta
re
lay
0m
s0
…9
99
9C
af0
8P
art
win
din
g d
ela
yP
art
win
din
g d
ela
y0
ms
0…
99
99
53
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Ca
f09
Eq
ua
liza
tio
nE
na
ble
co
mp
ress
ors
eq
ua
liza
tio
n a
t st
art
up
NO
---
NO
/ Y
ES
Eq
ua
liza
t.ti
me
Eq
ua
liza
tio
n d
ura
tio
n0
s0
…9
99
Ca
f10
De
vic
es
rota
tio
n t
ype
Typ
e o
f ro
tati
on
FIF
O--
-
----
--
FIF
O
LIF
O
TIM
E /
CU
STO
M
Ca
f11
De
v. u
nlo
ad
se
qu
en
ceU
nlo
ad
er
seq
ue
nce
in r
ela
tio
n t
o c
om
pre
sso
r a
cti
va
tio
n (
C=
com
pre
sso
r,
p=
un
loa
de
r)C
pp
pC
pp
p--
-
---
----
-
CC
pp
pp
pp
Cp
pp
Cp
pp
Ca
f12
Loa
d u
p t
ime
De
lay
be
twe
en
diff
ere
nt
com
pre
sso
r st
art
s1
0s
0…
99
9Lo
ad
do
wn
tim
eD
ela
y b
etw
ee
n d
iff e
ren
t co
mp
ress
or
sto
ps
0s
0…
99
9U
nlo
ad
er
de
lay
De
lay
be
twe
en
sta
ge
s0
s0
…9
99
Ca
f13
Cu
sto
m r
ota
tio
n
Sw
itch
ON
ord
er
Ord
er
of
swit
ch O
N f
or
com
pre
sso
r cu
sto
m r
ota
tio
n1
---
1…
16
Ca
f14
Cu
sto
m r
ota
tio
n
Sw
itch
OF
F o
rde
r
Ord
er
of
swit
ch O
FF
fo
r co
mp
ress
or
cust
om
ro
tati
on
1--
-1
…1
6
Ca
f15
Mo
du
late
sp
ee
d d
ev
ice
Co
mp
ress
or
dri
ver
typ
e (
line
1)
NO
NE
---
NO
NE
INV
ER
TE
R
DIG
ITA
L S
CR
OLL
CO
NT
INU
OU
S S
CR
EW
Ca
f16
Min
. fre
qu
en
cy
Min
imu
m in
vert
er
fre
qu
en
cy
30
Hz
0…
15
0M
ax.
fre
qu
en
cy
Ma
xim
um
inve
rte
r fr
eq
ue
nc
y6
0H
z0
…1
50
Ca
f17
Min
on
tim
e
Co
mp
ress
or
con
tro
lled
by
inve
rte
r m
inim
um
ON
tim
e (
line
1)
30
s0
…9
99
Min
off
tim
eC
om
pre
sso
r co
ntr
olle
d b
y in
vert
er
min
imu
m O
FF
tim
e (
line
1)
60
s0
…9
99
Min
tim
e t
o s
tart
sa
me
com
pre
sso
r
Co
mp
ress
or
con
tro
lled
by
inve
rte
r m
inim
um
tim
e b
etw
ee
n s
am
e
com
pre
sso
r st
art
s (l
ine
1)
18
0s
0…
99
9
Ca
f18
Dig
ita
l Scr
oll
co
mp
.
va
lve
re
gu
lati
on
Dig
ita
l Scr
oll
co
mp
. va
lve
co
ntr
ol t
ype
(lin
e 1
)O
PT
IMIS
ED
CO
NT
RO
L--
-
OP
TIM
ISE
D C
ON
TR
OL
VAR
IAB
LE C
YC
LE T
IME
FIX
ED
CY
CLE
TIM
EC
ycle
tim
eC
ycle
tim
e v
alu
e (
line
1)
13
s1
2…
20
Ca
f19
Oil
dilu
tio
nD
igit
al S
cro
ll, e
na
ble
oil
tem
pe
ratu
re a
larm
(lin
e 1
)E
NA
BLE
---
DIS
AB
LE/E
NA
BLE
Dis
ch.t
em
pe
r.D
igit
al S
cro
ll, e
na
ble
dis
cha
rge
te
mp
era
ture
ala
rm (
line
1)
EN
AB
LE--
-D
ISA
BLE
/EN
AB
LE
Ca
f20
Co
mp
r.Ma
nu
fac
ture
rC
om
pre
sso
r m
an
ufa
ctu
rer
for
scre
w c
om
pre
sso
rs
Ge
ne
rico
---
GE
NE
RIC
BIT
ZE
R
RE
FC
OM
P
HA
NB
ELL
Co
mp
ress
or
seri
es
Co
mp
ress
or
seri
es
…(*
**)
---
…(*
**)
Ca
f21
Nu
mb
er
of
va
lve
sN
um
be
r o
f v
alv
es
use
d f
or
cap
aci
ty c
on
tro
l3
---
1…
4S
tag
es
con
fi g
ura
tio
nS
tag
e c
on
fi g
ura
tio
n f
or
scre
w c
om
pre
sso
r 1
25
/50
/75
/10
0%
10
0; 5
0/1
00
; 50
/75
/10
0;
25
/50
/75
/10
0; 3
3/6
6/1
00
54
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Ca
f22
Co
mm
on
tim
eE
na
ble
co
mm
on
de
lay
tim
e (
fro
m o
ne
sta
ge
to
th
e f
ollo
win
g)
for
scre
w
com
pre
sso
r 1
EN
AB
LE--
-D
ISA
BLE
/EN
AB
LE
Co
mm
on
tim
e/t
ime
be
twe
en
ste
ps
Co
mm
on
de
lay
tim
e (
fro
m o
ne
sta
ge
an
d t
he
fo
llow
ing
) fo
r sc
rew
com
pre
sso
r 1
0s
0…
99
9
Fro
m…
to…
Min
imu
m c
om
pre
sso
r d
ela
y ti
me
in o
rde
r to
re
ach
ea
ch c
ap
aci
ty s
tag
e
fro
m p
rev
iou
s fo
r sc
rew
co
mp
ress
or
1…
s0
…9
99
Ca
f23
Inte
rmit
ten
t v
alv
e t
ime
Inte
rmit
ten
t o
n/o
ff t
ime
fo
r ca
pa
city
co
ntr
ol v
alv
es
for
scre
w c
om
pre
sso
r
11
0s
0…
99
Ca
f24
Va
lve
co
nf.
Co
nfi
gu
rati
on
of
the
be
hav
iou
r o
f th
e v
alv
es
du
rin
g s
tart
/sto
p a
nd
sta
ge
s fo
r sc
rew
co
mp
ress
or
1…
---
O (
ON
)
X (
OF
F)
I (In
term
itte
nt)
P (
Pu
lsin
g)
Ca
f25
Lim
it c
om
p.p
erm
an
en
ce
at
min
po
we
r
En
ab
le t
ime
lim
it a
t m
inim
um
ca
pa
city
fo
r sc
rew
co
mp
ress
or
1E
na
ble
---
DIS
AB
LE
EN
AB
LEM
ax.
pe
rma
n.t
ime
Ma
x ti
me
fo
r co
mp
ress
or
op
era
tio
n a
t m
inim
um
ca
pa
city
fo
r sc
rew
com
pre
sso
r 1
60
s0
…9
99
9
Lim
ita
t.o
n f
or
Tim
e t
o r
etu
rn t
o m
inim
um
aft
er
the
co
mp
ress
or
wa
s fo
rce
d t
o s
eco
nd
sta
ge
aft
er
stay
ing
at
min
imu
m f
or
ma
xim
um
tim
e f
or
scre
w c
om
pre
sso
r
1
0s
0…
99
99
Ca
f26
Min
.ou
tpu
t p
ow
er
Min
imu
m c
om
pre
sso
r ca
pa
city
in c
ase
of
hig
h c
ap
aci
ty r
an
ge
(u
sua
lly
25
%),
on
ly f
or
con
tin
uo
us
com
pre
sso
rs2
5%
0…
10
0
Ca
f27
Co
mp
ress
or
sta
rt-u
p
ph
ase
du
rati
on
Sta
rt-u
p p
ha
se t
ime
(a
fte
r e
lec
tric
sta
rt-u
p)
10
s0
…9
99
Ma
xim
un
tim
e t
o r
ea
ch
-ma
xim
um
po
we
r
Ma
xim
um
tim
e in
ord
er
to r
ea
ch m
axi
mu
m c
om
pre
sso
r ca
pa
city
(co
n-
tin
uo
us
cap
aci
ty c
on
tro
l)1
20
s0
…9
99
-min
imu
m p
ow
er
Min
imu
m t
ime
in o
rde
r to
re
ach
min
imu
m c
om
pre
sso
r ca
pa
city
(co
n-
tin
uo
us
cap
aci
ty c
on
tro
l)1
20
s0
…9
99
Ca
f28
Inte
rmit
ten
tIn
term
itte
nt
on
/off
tim
e f
or
cap
aci
ty c
on
tro
l va
lve
s 1
0s
0…
99
Pu
lse
pe
rio
dP
uls
ing
pe
rio
d f
or
va
lve
s (f
or
con
tin
uo
us
com
pre
sso
rs)
3s
1…
10
Min
.Pu
ls.In
cr.
Min
imu
m p
uls
e t
ime
fo
r in
cre
ase
ca
pa
city
(v
alv
es
con
tro
l)0
,5s
0.0
…9
,9M
ax.
Pu
ls.In
cr.
Ma
xim
um
pu
lse
tim
e f
or
incr
ea
se c
ap
aci
ty (
va
lve
s co
ntr
ol)
1.0
s0
.0…
9,9
Min
.Pu
ls.D
ecr
.M
inim
um
pu
lse
tim
e f
or
de
cre
ase
ca
pa
city
(v
alv
es
con
tro
l)0
,5s
0.0
…9
,9M
ax.
Pu
ls.D
ecr
.M
axi
mu
m p
uls
e t
ime
fo
r d
ecr
ea
se c
ap
aci
ty (
va
lve
s co
ntr
ol)
1.0
s0
.0…
9,9
Ca
f29
Va
lve
co
nf.
Co
nfi
gu
rati
on
of
the
be
hav
iou
r o
f th
e v
alv
es
du
rin
g s
tart
/sto
p, i
ncr
.min
%
to 1
00
%, d
ecr
.10
0%
to
min
%, s
tan
db
y, d
ecr
.10
0%
to
50
%…
---
O (
ON
)
X (
OF
F)
I (In
term
itte
nt)
P (
Pu
lsin
g)
Ca
f36
Nu
mb
er
of
va
lve
sN
um
be
r o
f co
ntr
ol c
ap
aci
ty v
alv
es
for
scre
w c
om
pre
sso
r 2
3--
-1
…4
Sta
ge
s co
nfi
gu
rati
on
Sta
ge
co
nfi
gu
rati
on
fo
r sc
rew
co
mp
ress
or
22
5/5
0/
75
/10
0%
10
0; 5
0/1
00
; 50
/75
/10
0;
25
/50
/75
/10
0; 3
3/6
6/1
00
……
……
……
Ca
f90
Diff
ere
nt
size
sE
na
ble
co
mp
ress
ors
of
diff
ere
nt
size
s (l
ine
1)
NO
---
NO
/ Y
ES
Diff
ere
nt
nu
mb
er
of
va
lve
s
En
ab
le c
om
pre
sso
r ca
pa
city
co
ntr
ol (
line
1)
NO
---
NO
/SI
55
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Ca
f91
S1
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
1 (
line
1)
Si
10
.0
---
kW
NO
/SI
0.0
…5
00
.0…
……
……
S4
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
4 (
line
1)
NO
---
---
kW
---
NO
/SI
0.0
…5
00
.0
Ca
f92
S1
En
ab
le s
tag
es
an
d s
tag
es
for
com
pre
sso
r g
rou
p 1
(lin
e 1
)S
i
10
0
---
%
NO
/SI
10
0; 5
0/1
00
; 50
/75
/10
0;
25
/50
/75
/10
0; 3
3/6
6/1
00
……
……
…S
4E
na
ble
sta
ge
s a
nd
sta
ge
s fo
r co
mp
ress
or
gro
up
4 (
line
1))
NO
---
---
kW
NO
/SI
S1
…S
4
Ca
f93
C0
1S
ize
gro
up
fo
r co
mp
ress
or
1 (
line
1)
or
pre
sen
ce o
f in
vert
er
S1
---
S1
…S
4/I
NV
……
……
…C
12
Siz
e g
rou
p f
or
com
pre
sso
r 6
(lin
e 1
)S
1--
-S
1…
S4
Ca
f95
Min
on
tim
eM
inim
um
Dig
ita
l Scr
ollT
M c
om
pre
sso
r O
n t
ime
(lin
e 1
)6
0s
0…
99
9M
in o
ff t
ime
Min
imu
m D
igit
al S
cro
llTM
co
mp
ress
or
Off
tim
e(l
ine
1)
18
0s
0…
99
9M
in t
ime
to
sta
rt s
am
e
com
pre
sso
r
Min
imu
m t
ime
be
twe
en
sta
rts
for
Dig
ita
l Scr
ollT
M c
om
pre
sso
r (l
ine
1)
36
0s
0…
99
9
Re
ac
tiv
ate
sta
rt-u
p
pro
ced
ure
aft
er
Dig
ita
l Scr
ollT
M c
om
pre
sso
r st
art
-up
pro
ced
ure
re
ac
tiv
ati
on
tim
e (
line
1)
48
0m
in0
…9
99
9
Ca
g0
1
Min
imu
m v
olt
ag
eV
olt
age
co
rre
spo
nd
ing
to
th
e m
inim
um
cap
acit
y o
f th
e in
vert
er
(lin
e 1
)0
.0V
0.0
…1
0.0
Ma
xim
um
vo
lta
ge
Vo
ltag
e c
orr
esp
on
din
g t
o t
he
max
imu
m c
apac
ity
of t
he
inve
rte
r (li
ne
1)
10
.0V
0.0
…1
0.0
No
min
al f
req
.N
om
inal
fre
qu
en
cy
(no
min
al c
apac
ity
at n
om
inal
fre
qu
en
cy)
(lin
e 1
)5
0H
z0
…1
50
No
min
al p
ow
er
No
min
al c
ap
aci
ty f
or
com
pre
sso
r m
an
ag
ed
by
inve
rte
r a
t n
om
ina
l
fre
qu
en
cy
(lin
e 1
)1
0.0
Kw
0.0
…5
00
.0
Ca
g0
2
Ris
ing
tim
eT
ime
to
pa
ss f
rom
min
ca
pa
city
to
ma
x ca
pa
city
fo
r m
od
ula
tin
g d
ev
ice
(lin
e 1
)9
0s
0…
60
0
Falli
ng
tim
eT
ime
to
pa
ss f
rom
ma
x ca
pa
city
to
min
ca
pa
city
fo
r m
od
ula
tin
g d
ev
ice
(lin
e 1
)3
0s
0…
60
0
Ca
g0
3
En
ab
le c
om
pre
sso
r m
o-
du
lati
on
insi
de
ne
utr
al
zon
e
En
ab
le c
om
pre
sso
r 1
mo
du
lati
on
insi
de
Ne
utr
al z
on
e (
line
1)
SI
---
NO
/ Y
ES
Ca
g0
4E
na
ble
su
cti
on
pre
ss.
ba
cku
p p
rob
e
En
ab
le s
cre
en
s fo
r su
cti
on
pre
ssu
re b
ack
up
pro
be
co
nfi
gu
rati
on
(lin
e 1
)N
O--
-N
O /
YE
S
Ca
g0
5R
eq
ue
st in
ca
se o
f re
gu
-
lat.
pro
be
fa
ult
Co
mp
ress
or
forc
ing
va
lue
in c
ase
of
suc
tio
n p
rob
es
fau
lt (
line
1)
50
.0%
0.0
…1
00
.0
Ca
g0
6E
na
ble
an
ti li
qu
id r
etu
rn
va
lve
En
ab
le li
qu
id n
on
re
turn
fu
nc
tio
n (
line
1)
NO
---
NO
/ Y
ES
Ca
g0
7E
na
ble
co
mp
ress
or
en
ve-
lop
ma
na
ge
me
nt
(*)
En
ab
le c
om
pre
sso
r e
nve
lop
e m
an
ag
em
en
t (s
cre
w o
nly
).
For d
etai
ls o
n co
nfi g
urat
ion
cont
act C
arel
.N
O--
-N
O /
YE
S
The
follo
win
g p
aram
eter
s re
fer t
o lin
e 2,
for d
etai
ls s
ee th
e co
rres
pon
ding
par
amet
ers
for l
ine
1 ab
ove
56
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Cb
a0
1
DI
Ala
rm 1
fo
r co
mp
ress
or
1 D
I po
siti
on
(lin
e 2
)0
3--
---
-, 0
1…
18
, B1
…B
10
(**
**)
Sta
tus
(dis
pla
y o
nly
)S
tatu
s o
f a
larm
1 f
or
com
pre
sso
r 1
DI (
line
2)
---
---
Clo
sed
/ O
pe
nLo
gic
Log
ic o
f a
larm
1 f
or
com
pre
sso
r 1
DI (
line
2)
NC
---
NC
NO
Fun
cti
on
(d
isp
lay
on
ly)
Ala
rm 1
fo
r co
mp
ress
or
1 f
un
cti
on
sta
tus
(lin
e 2
)--
---
-N
ot
ac
tive
/ a
cti
ve…
……
……
…
Cb
b0
1
Re
gu
lati
on
by
Co
mp
ress
or
con
tro
l by
tem
pe
ratu
re o
r p
ress
ure
(lin
e 2
)P
RE
SS
UR
E--
-P
RE
SS
ION
E T
EM
PE
RA
TU
RA
Re
gu
lati
on
typ
eC
om
pre
sso
r co
ntr
ol t
ype
(lin
e 2
)N
eu
tra
l zo
ne
---
Pro
po
rtio
na
l ba
nd
Ne
utr
al z
on
e…
……
……
…
Cb
c01
Wo
rkin
g h
ou
rs
Co
mp
ress
or
1
Co
mp
ress
or
1 m
ax
op
era
tin
g h
ou
rs (
line
2)
---
---
0…
99
99
99
……
……
……
Cb
d0
1
En
ab
le s
uc
tio
n s
etp
oin
t
com
pe
nsa
tio
n
En
ab
le s
etp
oin
t co
mp
en
sati
on
(su
cti
on
lin
e 2
)N
O--
-N
O /
YE
S
En
ab
le c
om
pe
nsa
tio
n b
y
an
alo
g IN
En
ab
le s
etp
oin
t co
mp
en
sati
on
by
pro
be
(su
cti
on
lin
e 2
)N
O--
-N
O /
YE
S
……
……
……
Cb
e0
1N
um
be
r o
f a
larm
s fo
r
ea
ch c
om
pre
sso
r
Nu
mb
er
of
ala
rms
for
ea
ch c
om
pre
sso
r (l
ine
2)
1--
-0
…4
……
……
……
Cb
f02
Co
mp
ress
ors
typ
eTy
pe
of
com
pre
sso
rs (
line
2)
REC
IPR
OC
ATI
NG
---
RE
CIP
RO
CA
TIN
G /
Scr
oll
Co
mp
ress
ors
nu
mb
er
Nu
mb
er
of
com
pre
sso
rs (
line
2)
2/3
(*)
---
1…
12
……
……
……
Cb
g0
1
Min
imu
m v
olt
ag
eV
olt
age
co
rre
spo
nd
ing
at
the
min
imu
m c
apac
ity
of t
he
inve
rte
r (li
ne
2)
0.0
Hz
0.0
…1
0.0
Ma
xim
um
vo
lta
ge
Vo
ltag
e c
orr
esp
on
din
g a
t th
e m
axim
um
cap
acit
y o
f th
e in
vert
er
(lin
e 2
)1
0.0
Hz
0.0
…1
0.0
No
min
al f
req
.N
om
ina
l fre
qu
en
cy
(no
min
al c
ap
aci
ty a
t n
om
ina
l fre
qu
en
cy)
(lin
e 2
)5
0H
z0
…1
50
No
min
al p
ow
er
No
min
al c
ap
aci
ty f
or
com
pre
sso
r m
an
ag
ed
by
inve
rte
r a
t n
om
ina
l
fre
qu
en
cy
(lin
e 2
)1
0.0
Kw
0.0
…5
00
.0
……
……
……
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
D.Condensers
(The
I/O
s av
aila
ble
dep
end
on th
e se
lect
ed c
onfi g
urat
ion,
the
follo
win
g ar
e ju
st s
ome
exam
ple
s. F
or th
e co
mp
lete
list
of I
/O p
ositi
ons
avai
lab
le s
ee A
pp
en-
dix
A.5
)
Da
a0
1
DI
Fan
1 o
verl
oa
d D
I po
siti
on
(lin
e 1
)…
---
---,
01
…1
8, B
1…
B1
0 (
****
)S
tatu
s (d
isp
lay
on
ly)
Sta
tus
of
fan
1 o
verl
oa
d D
I (lin
e 1
)--
---
-C
lose
d
Op
en
Log
icLo
gic
of
fan
1 o
verl
oa
d D
I (lin
e 1
)N
C--
-N
C /
NO
Fun
cti
on
(d
isp
lay
on
ly)
Fan
1 o
verl
oa
d f
un
cti
on
sta
tus
(lin
e 1
)--
---
-N
ot
ac
tive
Ac
tive
……
……
……
57
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Da
a1
8
---
Co
nd
en
sin
g p
ress
ure
ba
cku
p p
rob
e p
osi
tio
n (
line
1)
B1
---
---,
B1
…B
10
(**
**)
---
Co
nd
en
sin
g p
ress
ure
ba
cku
p p
rob
e t
ype
(lin
e 1
)
4...
20
mA
---
----
0-1
V
0-1
0V
4...
20
mA
0-5
V--
- (d
isp
lay
on
ly)
Co
nd
en
sin
g p
ress
ure
ba
cku
p p
rob
e v
alu
e (
line
1)
---
……
(**)
Up
pe
r v
alu
eC
on
d. p
ress
ure
ba
cku
p p
rob
e m
ax.
lim
it (
line
1)
30
.0 b
arg
……
(**)
Low
er
va
lue
Co
nd
. pre
ssu
re b
ack
up
pro
be
min
. lim
it (
line
1)
0.0
ba
rg…
…(*
*)C
alib
rati
on
Co
nd
. pre
ssu
re b
ack
up
pro
be
ad
just
me
nt
(lin
e 1
)0
.0 b
arg
……
(**)
……
……
……
Da
a2
1
DO
Fan
1 D
O p
osi
tio
n (
line
1)
03
---
---,
01
…2
9 (
****
)S
tatu
s (d
isp
lay
on
ly)
Sta
tus
of
fan
1 D
O (
line
1)
---
---
Clo
sed
/ O
pe
nLo
gic
Log
ic o
f fa
n 1
DO
(lin
e 1
)N
C--
-N
C /
NO
Fun
cti
on
(d
isp
lay
on
ly)
Fan
1 f
un
cti
on
sta
tus
(lin
e 1
)--
---
-N
ot
ac
tive
/ a
cti
ve…
……
……
…
Da
a3
8A
OIn
vert
er
fan
AO
po
siti
on
(lin
e 1
)0
---
---,
01
…0
6 (
****
)S
tatu
s (d
isp
lay
on
ly)
Inve
rte
r fa
n o
utp
ut
va
lue
(lin
e 1
)0
%0
.0…
10
0.0
……
……
……
Da
b0
1
Re
gu
lati
on
by
Co
nd
en
ser
con
tro
l by
tem
pe
ratu
re o
r p
ress
ure
(lin
e 1
)P
RE
SS
UR
E--
-P
RE
SS
UR
E/T
EM
PE
RA
TU
RE
Re
gu
lati
on
typ
eC
on
de
nse
r co
ntr
ol t
ype
(lin
e 1
)P
RO
PO
RT
I. B
AN
D--
-P
RO
PO
RT
ION
AL
BA
ND
NE
UT
RA
L Z
ON
E
Da
b0
2M
inim
um
Co
nd
en
ser
setp
oin
t lo
we
r lim
it (
line
1)
…(*
*)…
…(*
*)M
axi
mu
mC
on
de
nse
rs s
etp
oin
t h
igh
er
limit
(lin
e 1
)…
(**)
……
(**)
Da
b0
3S
etp
oin
tC
on
de
nse
r se
tpo
int
(lin
e 1
)…
(**)
……
(**)
Da
b0
4
Fan
s w
ork
on
ly w
he
n a
t
lea
st o
ne
co
mp
ress
or
wo
rks
En
ab
le f
an
op
era
tio
n li
nke
d t
o c
om
pre
sso
r o
pe
rati
on
NO
---
NO
/ Y
ES
Da
b0
5
Cu
t_O
ff e
na
ble
En
ab
le f
an
cu
t-o
ff f
un
cti
on
NO
---
NO
/ Y
ES
Cu
t-O
ff r
eq
ue
stC
ut-
off
va
lue
0.0
%0
.0…
10
0.0
Diff
.C
ut-
off
diff
ere
nti
al
…(*
*)…
…(*
*)H
yste
resi
sC
ut-
off
hys
tere
sis
…(*
*)…
…(*
*)
Da
b6
/ D
ab
8 (
**)
Re
g.t
ype
Typ
e f
or
pro
po
rtio
na
l co
ntr
ol (
con
de
nse
r lin
e 1
)P
RO
PO
RT.
---
PR
OP
OR
T. /
PR
OP.
+IN
T.In
teg
ral t
ime
Inte
gra
l tim
e f
or
pro
p. c
on
tro
l (co
nd
. lin
e 1
)3
00
s0
…9
99
Da
b7
/ D
ab
9 (
**)
Diff
ere
nti
al
Diff
ere
nti
al f
or
pro
po
rtio
na
l co
ntr
ol (
con
d. l
ine
1)
…(*
*)…
…(*
*)
Da
b1
0/D
ab
11
(**
)N
Z d
iff .
Ne
utr
al z
on
e c
on
tro
l diff
ere
nti
al (
line
1)
…(*
*)…
…(*
*)A
cti
v.d
iff .
Ne
utr
al z
on
e c
on
tro
l diff
ere
nti
al f
or
de
vic
e a
cti
va
tio
n (
line
1)
…(*
*)…
…(*
*)D
ea
ct.
diff
.N
eu
tra
l zo
ne
co
ntr
ol d
iff e
ren
tia
l fo
r d
ev
ice
de
ac
tiv
ati
on
(lin
e 1
)…
(**)
……
(**)
Da
b1
2/D
ab
13
(**
)E
n.fo
rce
off
po
we
rE
na
ble
ca
pa
city
imm
ed
iate
de
cre
asi
ng
to
0 (
line
1)
NO
---
NO
/ Y
ES
Se
tp.fo
r fo
rce
off
Th
resh
old
fo
r ca
pa
city
de
cre
asi
ng
to
0 (
line
1)
…(*
*)…
…(*
*)
Da
b1
4
Po
we
r lo
ad
to
10
0%
min
tim
e
Min
imu
m t
ime
to
incr
ea
se c
ap
aci
ty r
eq
ue
st t
o 1
00
%, N
eu
tra
l zo
ne
con
tro
l (co
nd
en
ser
line
1)
15
s0
…9
99
9
Po
we
r lo
ad
to
10
0%
ma
x
tim
e
Ma
xim
um
tim
e t
o in
cre
ase
ca
pa
city
re
qu
est
to
10
0%
, Ne
utr
al z
on
e
con
tro
l (co
nd
en
ser
line
1)
90
s0
…9
99
9
58
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Da
b1
5
Po
we
r u
nlo
ad
to
0%
min
tim
e
Min
imu
m t
ime
to
de
cre
ase
ca
pa
city
re
qu
est
to
0%
, Ne
utr
al z
on
e c
on
tro
l
(co
nd
en
ser
line
1)
30
s0
…9
99
9
Po
we
r u
nlo
ad
to
0%
ma
x ti
me
Ma
xim
um
tim
e t
o d
ecr
ea
se c
ap
aci
ty r
eq
ue
st t
o 0
%, N
eu
tra
l zo
ne
co
ntr
ol
(co
nd
en
ser
line
1)
18
0s
0…
99
99
Da
d0
1E
na
ble
co
nd
en
sin
g
setp
oin
t co
mp
en
sati
on
En
ab
le s
etp
oin
t co
mp
en
sati
on
(co
nd
en
ser
line
1)
NO
---
NO
/ Y
ES
Da
d0
2W
inte
r o
ff se
tE
na
ble
se
tpo
int
com
pe
nsa
tio
n (
con
de
nse
r lin
e 1
)0
.0…
-99
9,9
…9
99
,9C
losi
ng
off
set
Off
set
ap
plie
d f
or
Win
ter
pe
rio
d0
.0…
-99
9,9
…9
99
,9
Da
d0
3E
na
ble
se
tpo
int
com
pe
n-
sati
on
by
sch
ed
ule
r
En
ab
le s
che
du
ler
setp
oin
t co
mp
en
sati
on
(co
nd
en
ser
line
1)
NO
---
NO
/ Y
ES
Da
d0
4
Ac
tiv.
Tim
e B
an
ds
Day
of
the
we
ek
---
---
MO
N, .
..SU
NT
B1
: --:
-- -
> -
-:--
Tim
e b
an
d 1
en
ab
ling
an
d d
efi
nit
ion
: sta
rt h
ou
r a
nd
min
ute
, en
d h
ou
r
an
d m
inu
te (
suc
tio
n li
ne
1)
---
……
……
……
…T
B4
: --:
-- -
> -
-:--
Tim
e b
an
d 4
en
ab
ling
an
d d
efi
nit
ion
: sta
rt h
ou
r a
nd
min
ute
, en
d h
ou
r
an
d m
inu
te (
suc
tio
n li
ne
1)
---
……
Ch
an
ge
sT
ime
ba
nd
ch
an
ge
s a
cti
on
---
---
---
CO
NF
IRM
&S
AV
E
LOA
D P
RE
VIO
US
CLE
AR
ALL
Co
py
toC
op
y se
ttin
gs
to o
the
r d
ays
0--
-M
ON
DA
Y…S
UN
DA
Y; M
ON
-FR
I;
MO
N-S
AT;
SA
T&
SU
N; A
LL D
AY
S
Da
d0
5E
na
ble
fl o
ati
ng
co
nd
en
-
sin
g s
etp
oin
t
En
ab
le fl
oa
tin
g s
etp
oin
t (c
on
de
nse
r lin
e 1
)N
O--
-N
O/
YE
S
Da
d0
6
Off
set
for
ext
ern
al t
em
-
pe
ratu
re
Tem
pe
ratu
re d
elt
a f
or
fl o
ati
ng
se
tpo
int
(co
nd
en
ser
line
1)
0.0
…-9
,9…
9,9
Co
ntr
olle
d b
y:
-Dig
ita
l in
pu
t
En
ab
le fl
oa
tin
g c
on
de
nsi
ng
fro
m d
igit
al i
np
ut
NO
---
NO
/ Y
ES
Da
d0
7C
ha
ng
e s
et
by
dig
ita
l
inp
ut
En
ab
le s
etp
oin
t co
mp
en
sati
on
by
dig
ita
l in
pu
t (s
uc
tio
n/c
on
de
nsi
ng
line
1)
NO
---
NO
/ Y
ES
Da
e0
1
Co
nd
.pre
ssu
re/t
em
pe
ra-
ture
hig
h a
larm
Typ
e o
f h
igh
co
nd
en
sin
g p
ress
ure
/te
mp
era
ture
ala
rm t
hre
sho
ld (
line
1)
AB
SO
LUT
E--
-A
BS
OLU
TE
/ R
ELA
TIV
E
Th
resh
old
Hig
h c
on
de
nsi
ng
pre
ssu
re/t
em
pe
ratu
re a
larm
th
resh
old
(lin
e 1
)2
4.0
ba
rg…
…(*
*)
Da
e0
2
Co
nd
.pre
ssu
re/t
em
pe
ra-
ture
ala
rm d
iff .
Hig
h c
on
de
nsi
ng
pre
ssu
re/t
em
pe
ratu
re a
larm
diff
ere
nti
al (
line
1)
1.0
ba
rg…
…(*
*)
Ala
rm d
ela
yH
igh
co
nd
en
sin
g p
ress
ure
/te
mp
era
ture
ala
rm d
ela
y (l
ine
1)
60
s0
…9
99
Da
e0
3
Co
nd
.pre
ssu
re/t
em
pe
ra-
ture
low
ala
rm
Typ
e o
f lo
w c
on
de
nsi
ng
pre
ssu
re/t
em
pe
ratu
re a
larm
th
resh
old
(lin
e 1
)A
BS
OLU
TE
---
AB
SO
LUT
E /
RE
LAT
IVE
Th
resh
old
Low
co
nd
en
sin
g p
ress
ure
/te
mp
era
ture
ala
rm t
hre
sho
ld (
line
1)
7.0
ba
rg…
…(*
*)
Da
e0
4
Co
nd
.pre
ssu
re/t
em
pe
ra-
ture
ala
rm d
iff .
Low
co
nd
en
sin
g p
ress
ure
/te
mp
era
ture
ala
rm d
iff e
ren
tia
l (lin
e 1
)1
.0 b
arg
……
(**)
Ala
rm d
ela
yLo
w c
on
de
nsi
ng
pre
ssu
re/t
em
pe
ratu
re a
larm
de
lay
(lin
e 1
)3
0s
0…
99
9
Da
e0
5
Co
mm
on
fa
n o
verl
oa
dC
om
mo
n f
an
ove
rlo
ad
(lin
e 1
)Y
ES
---
NO
/ Y
ES
De
lay
Co
mm
on
fa
n o
verl
oa
d a
larm
ac
tiv
ati
on
de
lay
AU
TOM
AT
IC--
-A
UTO
MA
TIC
MA
NU
AL
Re
set
Typ
e o
f co
mm
on
fa
n o
verl
oa
d a
larm
re
set
0s
0…
50
0
59
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
esD
af0
1N
um
be
r o
f p
rese
nt
fan
sN
um
be
r o
f fa
ns
(lin
e 1
)3
---
0…
16
Da
f02
Fan
1, F
an
2, …
En
ab
le f
an
s 1
to
12
(lin
e 1
)A
B--
-D
IS /
AB
Da
f03
Fan
13
, Fa
n1
4, …
En
ab
le f
an
s 1
3 t
o 1
6 (
line
1)
AB
---
DIS
/ A
B
Da
f04
Re
frig
era
nt
typ
eTy
pe
of
refr
ige
ran
t (c
on
de
nse
r lin
e 1
)
R4
04
A--
-
R2
2 -
R1
34
a -
R4
04
A -
R4
07
C
- R
41
0A
- R
50
7A
- R
29
0 -
R6
00
- R
60
0a
- R
71
7 -
R7
44
- R
72
8 -
R1
27
0 -
R4
17
A -
R4
22
D
Da
f05
De
vic
es
rota
tio
n t
ype
Typ
e o
f ro
tati
on
de
vic
es
(co
nd
en
ser
line
1)
FIF
O--
-
----
--
FIF
O
LIF
O
TE
MP
O
CU
STO
M
Da
f07
, Da
f08
Cu
sto
m r
ota
tio
n
Sw
itch
ON
ord
er
Sw
itch
ON
ord
er
for
fan
s w
ith
cu
sto
m r
ota
tio
n (
con
de
nse
r lin
e 1
)1
---
1…
16
Da
f09
, Da
f10
Cu
sto
m r
ota
tio
n
Sw
itch
OF
F o
rde
r
Sw
itch
OF
F o
rde
r fo
r fa
ns
wit
h c
ust
om
ro
tati
on
(co
nd
en
ser
line
1)
1--
-1
…1
6
Da
g0
1
Mo
du
late
sp
ee
d d
ev
ice
Fan
dri
ver
typ
e (
line
1)
NO
NE
---
NO
NE
INV
ET
ER
PH
AS
E C
ON
TR
OL
Da
g0
2
Ne
utr
al z
on
e r
eg
.Fa
n c
on
tro
l als
o in
sid
e N
eu
tra
l zo
ne
(lin
e 1
)N
O--
-N
O /
YE
SM
in.o
ut
va
lue
Min
imu
m v
olt
ag
e f
or
com
pre
sso
r in
vert
er
(lin
e 1
)0
.0V
0.0
…9
,9M
ax.
ou
t v
alu
eM
axi
mu
m v
olt
ag
e f
or
com
pre
sso
r in
vert
er
(lin
e 1
)1
0.0
V0
.0…
99
,9M
in. p
ow
er
refe
r.M
inim
um
ca
pa
city
of
fan
mo
du
lati
ng
de
vic
e (
line
1)
60
%0
…1
00
Ma
x. p
ow
er
refe
r.M
axi
mu
m c
ap
aci
ty o
f fa
n m
od
ula
tin
g d
ev
ice
(lin
e 1
)1
00
%0
…9
99
Da
g0
3
Ris
ing
tim
eT
ime
to
pa
ss f
rom
min
ca
pa
city
to
ma
x ca
pa
city
fo
r fa
n m
od
ula
tin
g
de
vic
e (
line
1)
12
00
s0
…3
20
00
Falli
ng
tim
eT
ime
to
pa
ss f
rom
ma
x ca
pa
city
to
min
ca
pa
city
fo
r fa
n m
od
ula
tin
g
de
vic
e (
line
1)
12
00
s0
…3
20
00
Nu
m.c
on
tro
l.fa
ns
Nu
mb
er
of
fan
s u
nd
er
inve
rte
r (o
nly
fo
r a
larm
en
ab
ling
)1
---
0…
16
Da
g0
4
Sp
lit C
on
de
nse
rE
na
ble
sp
lit c
on
de
nse
r (l
ine
1)
NO
---
NO
/ Y
ES
Co
ntr
olle
d b
y:
-Dig
ita
l in
pu
t
Sp
lit C
on
de
nse
r co
ntr
olle
d b
y d
igit
al i
np
ut
(lin
e 1
)--
---
-N
O /
YE
S
-Ext
ern
al t
em
p.
Sp
lit C
on
de
nse
r co
ntr
olle
d b
y o
uts
ide
te
mp
era
ture
(lin
e 1
)--
---
-N
O /
YE
S-S
che
du
ler
Sp
lit C
on
de
nse
r co
ntr
olle
d b
y sc
he
du
ler
(lin
e 1
)--
---
-N
O /
YE
S
Da
g0
5
Est
. Te
mp
.Th
r.S
plit
co
nd
en
ser
by
ou
tsid
e t
em
pe
ratu
re m
an
ag
em
en
t se
tpo
int
(lin
e 1
)1
0.0
°C
…-9
9,9
…9
9,9
Est
. Te
mp
.Diff
.S
plit
co
nd
en
ser
by
ou
tsid
e t
em
pe
ratu
re m
an
ag
em
en
t d
iff e
ren
tia
l (lin
e 1
)2
,5 °
C…
-99
,9…
99
,9
Da
g0
6
Typ
eFa
ns
en
ab
led
wit
h s
plit
co
nd
en
ser
(lin
e 1
)C
US
TOM
---
CU
STO
M
OD
D
EV
EN
GR
EA
TE
R T
HA
N
LES
S T
HA
N--
-O
nly
wh
en
en
ab
ling
typ
e is
GR
EA
TE
R T
HA
N o
r LE
SS
TH
AN
, nu
mb
er
of
fan
s to
co
nsi
de
r fo
r sp
litti
ng
(lin
e 1
)0
---
0…
16
60
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Da
g0
9
Dis
ab
le s
plit
co
nd
en
ser
as
fi rs
t st
ag
e o
f H
P
pre
sso
sta
t
Dis
ab
le s
plit
co
nd
en
ser
wh
en
hig
h c
on
de
nsi
ng
pre
ssu
re p
reve
nt
occ
urs
(lin
e 1
)N
O--
-N
O /
YE
S
for
Du
rati
on
of
split
co
nd
en
ser
de
ac
tiv
ati
on
fo
r h
igh
co
nd
en
sin
g
pre
ssu
re p
reve
nt
(lin
e 1
)0
h0
…2
4
Da
g1
0
An
ti-n
ois
eE
na
ble
sile
nce
r (l
ine
1)
DIS
AB
.--
-D
ISA
BLE
/ E
NA
BLE
Ma
x o
utp
ut
Ma
xim
um
re
qu
est
allo
we
d w
he
n s
ilen
cer
fun
cti
on
is a
cti
ve (
line
1)
75
.0 %
%0
.0…
10
0.0
Co
ntr
olle
d b
y:
-Dig
ita
l in
pu
t
Sile
nce
r co
ntr
olle
d b
y d
igit
al i
np
ut
(co
nd
en
ser
line
1)
NO
---
NO
/ Y
ES
-Sch
ed
ule
rS
ilen
cer
con
tro
lled
by
sch
ed
ule
r (c
on
de
nse
r lin
e 1
)N
O--
-N
O /
YE
S
Da
g1
2
Ac
tiv.
Tim
e B
an
ds
Day
of
the
we
ek
---
---
MO
N, .
.., S
UN
TB
1: -
-:--
->
--:
--T
ime
ba
nd
1 e
na
blin
g a
nd
de
fi n
itio
n: s
tart
ho
ur
an
d m
inu
te, e
nd
ho
ur
an
d m
inu
te (
con
de
nse
r lin
e 1
)--
-…
…
……
……
…T
B4
: --:
-- -
> -
-:--
Tim
e b
an
d 4
en
ab
ling
an
d d
efi
nit
ion
: sta
rt h
ou
r a
nd
min
ute
, en
d h
ou
r
an
d m
inu
te (
con
de
nse
r lin
e 1
)--
-…
…
Ch
an
ge
sT
ime
ba
nd
ch
an
ge
s a
cti
on
---
---
---
CO
NF
IRM
&S
AV
E
LOA
D P
RE
VIO
US
CLE
AR
ALL
Co
py
toC
op
y se
ttin
gs
to o
the
r d
ays
0--
-M
ON
DA
Y…S
UN
DA
Y; M
ON
-FR
I;
MO
N-S
AT;
SA
T&
SU
N; A
LL D
AY
S
Da
g1
3
Sp
ee
d U
pE
na
ble
sp
ee
d u
p (
con
de
nse
r lin
e 1
)Y
ES
---
NO
/ Y
ES
Sp
ee
d U
p t
ime
Sp
ee
d u
p t
ime
(co
nd
en
ser
line
1)
5s
0…
60
Ext
.Te
mp
.Ma
na
ge
Enab
le s
pe
ed
up
man
age
me
nt
by
ou
tsid
e t
em
pe
ratu
re (c
on
de
n. l
ine
1)
DIS
---
DIS
/ A
BE
xt.T
em
p.T
hre
sh.
Ou
tsid
e t
em
pe
ratu
re t
hre
sho
ld f
or
sp
ee
d u
p m
an
ag
em
en
t
(co
nd
en
ser
line
1)
25
.0 °
C…
-99
,9…
99
,9
Ext
.Te
mp
.Diff
.O
uts
ide
te
mp
era
ture
diff
ere
nti
al f
or
sp
ee
d u
p m
an
ag
em
en
t
(co
nd
en
ser
line
1)
2,5
°C
…-9
9,9
…9
9,9
Da
g1
4E
na
ble
co
nd
en
sin
g p
ress
.
ba
cku
p p
rob
e
En
ab
le t
he
scr
ee
ns
for
con
de
nsi
ng
pre
ssu
re b
ack
up
pro
be
con
fi g
ura
tio
n (
con
de
nse
r lin
e 1
)N
O--
-N
O /
YE
S
Da
g1
5R
eq
ue
st in
ca
se o
f e
gu
lat.
pro
be
s fa
ult
Va
lue
of
fan
s fo
rcin
g in
ca
se o
f co
nd
en
sin
g p
rob
es
fau
lt (
line
1)
50
.0%
0.0
…1
00
.0
The
follo
win
g p
aram
eter
s re
fer t
o lin
e 2,
for d
etai
ls s
ee th
e co
rres
pon
ding
par
amet
ers
for l
ine
1 ab
ove
Db
a0
1
DI
Fan
1 o
verl
oa
d D
I po
siti
on
(lin
e 2
)…
---
---,
01
…1
8, B
1…
B1
0 (
****
)S
tatu
s (d
isp
lay
on
ly)
Sta
tus
of
fan
1 o
verl
oa
d D
I (lin
e 2
)--
---
-C
lose
d /
Op
en
Log
icLo
gic
of
fan
1 o
verl
oa
d D
I (lin
e 2
)N
C--
-N
C /
NO
Fun
cti
on
(d
isp
lay
on
ly)
Fan
1 o
verl
oa
d f
un
cti
on
sta
tus
(lin
e 2
)--
---
-N
ot
ac
tive
/ a
cti
ve…
……
……
…
Db
b0
1
Re
gu
lati
on
by
Co
nd
en
ser
con
tro
l by
tem
pe
ratu
re o
r p
ress
ure
(lin
e 2
)P
RE
SS
UR
E--
-P
RE
SS
UR
E T
EM
PE
RA
TU
RE
Re
gu
lati
on
typ
eC
on
de
nse
r co
ntr
ol t
ype
(lin
e 2
)P
RO
PO
RT
ION
AL
BA
ND
---
Pro
po
rtio
na
l ba
nd
Ne
utr
al z
on
e…
……
……
…
61
Mas
k in
dex
Dis
pla
y D
escr
ipti
onD
escr
ipti
onD
efau
ltU
OM
Valu
es
Db
d0
1E
na
ble
co
nd
en
sin
g
setp
oin
t co
mp
en
sati
on
En
ab
le s
etp
oin
t co
mp
en
sati
on
(co
nd
en
ser
line
2)
NO
---
NO
/ Y
ES
……
……
……
Db
e0
1
Co
nd
.te
mp
era
ture
/pre
s-
sure
hig
h a
larm
Typ
e o
f h
igh
co
nd
en
sin
g p
ress
ure
/te
mp
era
ture
ala
rm t
hre
sho
ld
(lin
e 2
)A
BS
OLU
TE
--
-A
BS
OLU
TE
/ R
ELA
TIV
E
Th
resh
old
Hig
h c
on
de
nsi
ng
pre
ssu
re/t
em
pe
ratu
re a
larm
th
resh
old
(lin
e 2
)2
4.0
ba
rg…
…(*
*)…
……
……
…D
bf0
1N
um
be
r o
f p
rese
nt
fan
sN
um
be
r o
f fa
ns
(lin
e 2
)3
---
0…
16
……
……
……
Db
g0
1
Mo
du
late
sp
ee
d d
ev
ice
Fan
dri
ver
typ
e (
line
2)
NO
NE
---
NO
NE
INV
ET
ER
PH
AS
E C
ON
TR
OL
……
……
……
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
E.Other funct.
(The
I/O
s av
aila
ble
dep
end
on th
e se
lect
ed c
onfi g
urat
ion,
the
follo
win
g ar
e ju
st s
ome
exam
ple
s. F
or th
e co
mp
lete
list
of I
/O p
ositi
ons
avai
lab
le s
ee A
pp
endi
x A
.5)
Ea
aa
04
---
Oil
tem
pe
ratu
re p
rob
e p
osi
tio
n (
line
1)
B1
---
---,
B1
…B
10
(**
**)
---
Oil
tem
pe
ratu
re p
rob
e t
ype
(lin
e 1
)
4...
20
mA
---
---
NTC
- P
T1
00
0 -
0-1
V -
0-1
0V
-
4...
20
mA
- 0
-5V
- H
TN
TC--
- (d
isp
lay
on
ly)
Oil
tem
pe
ratu
re p
rob
e v
alu
e (
line
1)
---
……
(**
)
Up
pe
r v
alu
e
Oil
tem
pe
ratu
re p
rob
e m
ax.
lim
it (
line
1)
30
.0 b
arg
……
(**
)Lo
we
r v
alu
eO
il te
mp
era
ture
pro
be
min
. lim
it (
line
1)
0.0
ba
rg…
… (
**)
Ca
libra
tio
nO
il te
mp
era
ture
pro
be
ad
just
me
nt
(lin
e 1
)0
.0 b
arg
……
(**
)…
……
……
…
Ea
aa
45
DO
Oil
leve
l va
lve
DO
po
siti
on
, co
mp
ress
or
6 (
line
1)
03
---
---,
01
…2
9 (
****
)S
tatu
s (d
isp
lay
on
ly)
Oil
leve
l va
lve
DO
sta
tus,
co
mp
ress
or
6 (
line
1)
---
---
Clo
sed
/ O
pe
nLo
gic
Oil
leve
l va
lve
DO
log
ic, c
om
pre
sso
r 6
(lin
e 1
)N
C--
-N
C /
NO
Fun
cti
on
(d
isp
lay
on
ly)
Oil
leve
l fu
nc
tio
n s
tatu
s, c
om
pre
sso
r 6
(lin
e 1
)--
---
-N
ot
ac
tive
/ A
cti
ve
Ea
ab
04
Co
mm
on
oil
coo
ler
En
ab
le c
om
mo
n o
il co
olin
g (
line
1)
SI
---
NO
/ Y
ES
Oil
pu
mp
s n
um
be
rN
um
be
r o
f o
il p
um
ps
for
com
mo
n o
il co
ole
r (l
ine
1)
0--
-0
to
1 (
An
alo
g o
utp
ut)
0 t
o 2
(D
igit
al o
utp
uts
)E
na
ble
Ao
ut
pu
mp
En
ab
le A
O o
f co
mm
on
oil
coo
ler
pu
mp
(lin
e 1
)S
I--
-N
O (
Dig
ita
l ou
tpu
ts)
YE
S (
An
alo
g o
utp
ut)
Ea
ab
05
Se
tpo
int
Co
mm
on
oil
coo
ler
setp
oin
t (l
ine
1)
0.0
°C
……
(**
)D
iff e
ren
tia
lC
om
mo
n o
il co
ole
r d
iff e
ren
tia
l (lin
e 1
)0
.0 °
C…
-9.9
…9
.9
Ea
ab
06
Pu
mp
sta
rt d
ela
yT
ime
de
lay
be
fore
th
e s
tart
-up
of
pu
mp
2 a
fte
r p
um
p1
tu
rns
on
(lin
e 1
)0
s
0…
99
9
Ea
ab
07
Oil
pu
mp
s n
um
be
rS
cre
w c
om
pre
sso
rs: n
um
be
r o
f o
il co
ole
r p
um
ps
en
ab
led
(lin
e1
)0
---
0 t
o 1
(A
na
log
ou
tpu
t)
0 t
o 2
(D
igit
al o
utp
uts
)E
na
ble
Ao
ut
pu
mp
Scr
ew
co
mp
ress
ors
: en
ab
le A
O f
or
oil
coo
ler
pu
mp
(lin
e 1
)S
I--
-N
O (
Dig
ita
l ou
tpu
ts)
YE
S (
An
alo
g o
utp
ut)
62
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Ea
ab
08
Se
tpo
int
Scr
ew
co
mp
ress
ors
: oil
tem
pe
ratu
re s
etp
oin
t (l
ine
1)
0.0
°C/°
F…
Diff
ere
nti
al
Scr
ew
co
mp
ress
ors
: oil
tem
pe
ratu
re d
iff e
ren
tia
l (lin
e 1
)0
.0°C
/°F
…
Ea
ab
09
Th
resh
old
Co
mm
on
oil
hig
h t
em
pe
ratu
re a
larm
th
resh
old
(lin
e 1
)1
00
.0 °
C°C
/°F
…D
iff e
ren
tia
lC
om
mo
n o
il h
igh
te
mp
era
ture
ala
rm d
iff e
ren
tia
l (lin
e 1
)1
0.0
°C
°C/°
F…
De
lay
Co
mm
on
oil
hig
h t
em
pe
ratu
re a
larm
de
lay
(lin
e 1
)0
s0
to
32
76
7
Ea
ab
10
En
.oil
lev.
ma
na
g.
En
ab
le o
il le
vel m
an
ag
em
en
t (l
ine
1)
NO
---
NO
/ Y
ES
Nu
m.A
larm
oil
leve
lN
um
be
r o
f co
mp
ress
or
ala
rm a
sso
cia
ted
wit
h o
il le
vel (
line
1)
0--
-0
to
4/7
(*)
Ea
ab
11
Tim
e o
pe
nO
il le
vel v
alv
e o
pe
nin
g t
ime
(lin
e 1
)0
s0
…9
99
Tim
e c
lose
Oil
leve
l va
lve
clo
sin
g t
ime
(lin
e 1
)0
s0
…9
99
Eb
aa
01
DO
Su
bco
olin
g v
alv
e D
O p
osi
tio
n (
line
1)
…--
---
-, 0
1…
29
(**
**)
Sta
tus
(dis
pla
y o
nly
)S
tatu
s o
f su
bco
olin
g v
alv
e D
O (
line
1)
---
---
Clo
sed
/ O
pe
nLo
gic
Log
ic o
f su
bco
olin
g v
alv
e (
line
1)
NO
---
NC
/ N
OFu
nc
tio
n (
dis
pla
y o
nly
)S
ub
coo
ling
va
lve
fu
nc
tio
n s
tatu
s (l
ine
1)
---
---
No
t a
cti
ve /
Ac
tive
Eb
ab
01
Su
bco
olin
g c
on
tro
lE
na
ble
su
bco
olin
g f
un
cti
on
(lin
e 1
)N
O--
-N
O /
YE
S--
-S
ub
coo
ling
co
ntr
ol t
ype
(lin
e 1
)B
Y C
ON
D. &
LIQ
UID
TE
MP.
---
BY
CO
ND
.& L
IQU
ID T
EM
P.
ON
LY B
Y L
IQU
ID. T
EM
P.T
hre
sho
ldT
hre
sho
ld f
or
sub
coo
ling
co
ntr
ol (
line
1)
0.0
°C
…-9
99
9.9
…9
99
9.9
Su
bco
ol.v
alu
e (
dis
pla
y
on
ly)
Su
bco
olin
g v
alu
e (
line
1)
0.0
°C
…-9
99
.9…
99
9.9
Eca
a0
1
---
Dis
cha
rge
te
mp
era
ture
pro
be
po
siti
on
, co
mp
ress
or
1 (
line
1)
B1
---
---,
B1
…B
10
(**
**)
---
Typ
e o
f d
isch
arg
e t
em
pe
ratu
re p
rob
e, c
om
pre
sso
r 1
(lin
e 1
)
4...
20
mA
---
---
NTC
- P
T1
00
0 -
0-1
V -
0-1
0V
-
4...
20
mA
- 0
-5V
- H
TN
TC--
- (d
isp
lay
on
ly)
Dis
cha
rge
te
mp
era
ture
va
lue
, co
mp
ress
or
1 (
line
1)
---
……
(**
)U
pp
er
va
lue
Ma
xim
um
dis
cha
rge
te
mp
era
ture
va
lue
, co
mp
ress
or
1 (
line
1)
30
.0 b
arg
……
(**
)Lo
we
r v
alu
eM
inim
um
dis
cha
rge
te
mp
era
ture
va
lue
, co
mp
ress
or
1 (
line
1)
0.0
ba
rg…
… (
**)
Ca
libra
tio
nD
isch
arg
e t
em
pe
ratu
re p
rob
e c
alib
rati
on
, co
mp
ress
or
1 (
line
1)
0.0
ba
rg…
… (
**)
……
……
……
Eca
a1
2
DO
Eco
no
miz
er
va
lve
DO
po
siti
on
, co
mp
ress
or
6 (
line
1)
…--
---
-, 0
1…
29
(**
**)
Sta
tus
(dis
pla
y o
nly
)E
con
om
ize
r v
alv
e D
O s
tatu
s, c
om
pre
sso
r 6
(lin
e 1
)--
---
-C
lose
d /
Op
en
Log
icE
con
om
ize
r v
alv
e D
O lo
gic
, co
mp
ress
or
6 (
line
1)
NO
---
NC
/ N
OFu
nc
tio
n (
dis
pla
y o
nly
)E
con
om
ize
r v
alv
e f
un
cti
on
sta
tus,
co
mp
ress
or
6 (
line
1)
---
---
No
t a
cti
ve /
Ac
tive
Eca
b0
4 (
*)
Eco
no
miz
er
En
ab
le e
con
om
ize
r fu
nc
tio
n (
line
1)
NO
---
NO
/ Y
ES
Co
mp
r.Po
we
r T
hr.
Ca
pa
city
pe
rce
nta
ge
th
resh
old
fo
r e
con
om
ize
r a
cti
va
tio
n (
line
1)
0%
0…
10
0P
ress
.Lim
.C
on
de
nsi
ng
te
mp
era
ture
th
resh
old
fo
r e
con
om
ize
r a
cti
va
tio
n (
line
1)
0.0
°C
…-9
99
.9…
99
9.9
Dis
ch.T
.Th
r.D
isch
arg
e t
em
pe
ratu
re t
hre
sho
ld f
or
eco
no
miz
er
ac
tiv
ati
on
(lin
e 1
)0
.0 °
C…
-99
9.9
…9
99
.9
Eca
b0
5 (
*)
Eco
no
miz
er
En
ab
le e
con
om
ize
r fu
nc
tio
n f
or
scre
w c
om
pre
sso
r 1
(lin
e 1
)N
O--
-N
O /
YE
SS
etp
oin
tS
etp
oin
t fo
r e
con
om
ize
r fu
nc
tio
n w
ith
dis
cha
rge
te
mp
era
ture
fo
r sc
rew
com
pre
sso
r 1
…
(**)
……
(**
)
Diff
ere
nti
al
Diff
ere
nti
al f
or
eco
no
miz
er
fun
cti
on
wit
h d
isch
arg
e t
em
pe
ratu
re f
or
scre
w c
om
pre
sso
r 1
…(*
*)…
… (
**)
63
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Eca
b0
6 (
*)
Min
.po
we
r a
cti
v.M
inim
um
scr
ew
co
mp
ress
or
1 c
ap
aci
ty f
or
eco
no
miz
er
ac
tiv
ati
on
75
%0
; 25
; 50
; 75
; 10
0C
on
d.p
ress
.ch
eck
En
ab
le e
con
om
ize
r fu
nc
tio
n w
ith
co
nd
en
sin
g t
em
pe
ratu
re f
or
scre
w
com
pre
sso
r 1
DIS
---
DIS
/ E
N
Se
tpo
int
Se
tpo
int
for
eco
no
miz
er
fun
cti
on
wit
h c
on
de
nsi
ng
te
mp
era
ture
fo
r
scre
w c
om
pre
sso
r 1
60
.0°C
/°F
…
Diff
ere
nti
al
Diff
ere
nti
al f
or
eco
no
miz
er
fun
cti
on
wit
h c
on
de
nsi
ng
te
mp
era
ture
fo
r
scre
w c
om
pre
sso
r 1
5.0
°C/°
F…
Ed
aa
01
---
Dis
cha
rge
te
mp
era
ture
pro
be
po
siti
on
, co
mp
ress
or
1 (
line
1)
B1
---
---,
B1
…B
10
(**
**)
---
Co
mp
ress
or
1 d
isch
arg
e t
em
pe
ratu
re p
rob
e p
osi
tio
n (
line
1)
4...
20
mA
---
---
NTC
- P
T1
00
0 -
0-1
V -
0-1
0V
-
4...
20
mA
- 0
-5V
- H
TN
TC--
- (d
isp
lay
on
ly)
Co
mp
ress
or
1 d
isch
arg
e t
em
pe
ratu
re p
rob
e t
ype
(lin
e 1
)--
-…
… (
**)
Up
pe
r v
alu
eC
om
pre
sso
r 1
dis
cha
rge
te
mp
era
ture
pro
be
va
lue
(lin
e 1
)3
0.0
ba
rg…
… (
**)
Low
er
va
lue
Co
mp
ress
or
1 d
isch
arg
e t
em
pe
ratu
re p
rob
e m
ax.
lim
it (
line
1)
0.0
ba
rg…
… (
**)
Ca
libra
tio
nC
om
pre
sso
r 1
dis
cha
rge
te
mp
era
ture
pro
be
min
. lim
it (
line
1)
0.0
ba
rg…
… (
**)
……
……
……
Ed
aa
12
DO
Inje
cti
on
va
lve
DO
po
siti
on
, co
mp
ress
or
6 (
line
1)
…--
---
-, 0
1…
29
(**
**)
Sta
tus
(dis
pla
y o
nly
)In
jec
tio
n v
alv
e D
O s
tatu
s, c
om
pre
sso
r 6
(lin
e 1
)--
---
-C
lose
d /
Op
en
Log
icIn
jec
tio
n v
alv
e D
O lo
gic
, co
mp
ress
or
6 (
line
1)
NO
---
NC
/ N
OFu
nc
tio
n (
dis
pla
y o
nly
)In
jec
tio
n v
alv
e f
un
cti
on
sta
tus,
co
mp
ress
or
6 (
line
1)
---
---
No
t a
cti
ve /
Ac
tive
Ed
ab
01
/Ed
ab
03
(*)
Liq
uid
Inje
cti
on
En
ab
le li
qu
id in
jec
tio
n f
un
cti
on
(lin
e 1
)D
IS--
-D
IS /
AB
Th
resh
old
Liq
uid
inje
cti
on
se
t p
oin
t (l
ine
1)
70
.0 °
C…
… (
**)
Diff
ere
nti
al
Liq
uid
inje
cti
on
diff
ere
nti
al (
line
1)
5.0
……
(**
)
Ee
aa
02
DI
He
at
reco
very
fro
m d
igit
al i
np
ut
DI p
osi
tio
n (
line
1)
…--
---
-, 0
1…
18
, B1
…B
10
(**
**)
Sta
tus
(dis
pla
y o
nly
)S
tatu
s o
f h
ea
t re
cove
ry D
I (lin
e 1
)--
---
-C
lose
d /
Op
en
Log
icLo
gic
of
he
at
reco
very
DI (
line
1)
NC
---
NC
/ N
OFu
nc
tio
n (
dis
pla
y o
nly
)S
tatu
s o
f h
ea
t re
cove
ry f
rom
dig
ita
l in
pu
t D
I fu
nc
tio
n (
line
1)
---
---
No
t a
cti
ve /
ac
tive
Ee
aa
03
DO
He
at
reco
very
pu
mp
DO
po
siti
on
(lin
e 1
)--
---
---
-, 0
1…
29
……
……
…Fu
nc
tio
n (
dis
pla
y o
nly
)S
tatu
s o
f h
ea
t re
cove
ry p
um
p (
line
1)
---
---
No
t a
cti
ve /
ac
tive
Ee
aa
04
AO
He
at
reco
very
da
mp
er
DO
po
siti
on
(lin
e 1
)--
---
---
-, 0
1…
29
……
……
…S
tatu
sH
ea
t re
cove
ry d
am
pe
r D
O s
tatu
s (l
ine
1)
---
---
No
t a
cti
ve /
ac
tive
Ee
aa
05
---
He
at
reco
very
ou
tle
t te
mp
era
ture
pro
be
po
siti
on
(lin
e 1
)B
1--
---
-, B
1…
B1
0 (
****
)--
-Ty
pe
of
he
at
reco
very
ou
tle
t te
mp
era
ture
pro
be
(lin
e 1
)
4...
20
mA
---
---
NTC
- P
T10
00
- 0
-1V
- 0
-10
V -
4...2
0m
A -
0-5
V -
HTN
TC--
- (d
isp
lay
on
ly)
He
at
reco
very
ou
tle
t te
mp
era
ture
va
lue
(lin
e 1
)--
-…
…(*
*)U
pp
er
va
lue
Ma
xim
um
he
at
reco
very
ou
tle
t te
mp
era
ture
va
lue
(lin
e 1
)3
0.0
ba
rg…
…(*
*)Lo
we
r v
alu
eM
inim
um
he
at
reco
very
ou
tle
t te
mp
era
ture
va
lue
(lin
e 1
)0
.0 b
arg
……
(**)
Ca
libra
tio
nH
ea
t re
cove
ry o
utl
et
tem
pe
ratu
re p
rob
e c
alib
rati
on
(lin
e 1
)0
.0 b
arg
……
(**)
Ee
ab
01
En
ab
le H
ea
t R
ecl
aim
En
ab
le h
ea
t re
cove
ry f
un
cti
on
(lin
e 1
)N
O--
-N
O /
YE
S
Ee
ab
02
Co
nd
en
sin
g p
ress
ure
Low
er
Lim
it
Co
nd
en
sin
g p
ress
ure
low
er
limit
fo
r h
ea
t re
cove
ry (
line
1)
0.0
ba
rg…
… (
**)
Ee
ab
03
Mo
du
lati
on
by
tem
pe
-
ratu
re
En
ab
le h
ea
t re
cove
ry c
on
tro
l by
dis
cha
rge
te
mp
era
ture
(lin
e 1
)N
O--
-N
O /
YE
S
Ee
ab
04
Se
tpo
int
He
at
reco
very
: dis
cha
rge
te
mp
era
ture
se
tpo
int
(lin
e 1
)0
.0 °
C…
… (
**)
Diff
ere
nti
al
He
at
reco
very
: dis
cha
rge
te
mp
era
ture
diff
ere
nti
al (
line
1)
0.0
°C
…0
.0…
99
,9
64
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Ee
ab
05
Dis
ab
le fl
oa
tin
g c
on
de
n-
sin
g p
ress
ure
Dis
ab
le fl
oa
tin
g c
on
de
nsi
ng
pre
ssu
re w
he
n h
ea
t re
cla
im is
ac
tive
NO
---
NO
/ Y
ES
Se
tpo
int
off
set
Off
set
tha
t m
ust
be
ap
plie
d t
o t
he
co
nd
en
sin
g s
etp
oin
t in
ste
ad
of
fl o
ati
ng
co
nd
en
sin
g w
he
n h
ea
t re
cla
im is
ac
tive
---
…-9
9.9
…9
9.9
Ee
ab
06
En
ab
le a
cti
va
tio
n b
y
sch
ed
ule
r
En
ab
le h
ea
t re
cove
ry c
on
tro
l by
sch
ed
ule
r (l
ine
1)
NO
---
NO
/ S
I
Ee
ab
07
Ac
tive
.Tim
e B
an
ds
We
ek
of
the
day
---
---
MO
N, .
.., S
UN
TB
1: -
-:--
->
--:
--T
ime
ba
nd
1 e
na
blin
g a
nd
de
fi n
itio
n: s
tart
ho
ur
an
d m
inu
te, e
nd
ho
ur
an
d m
inu
te (
con
de
nse
r lin
e 1
)--
-…
…
……
……
…T
B4
: --:
-- -
> -
-:--
Tim
e b
an
d 4
en
ab
ling
an
d d
efi
nit
ion
: sta
rt h
ou
r a
nd
min
ute
, en
d h
ou
r
an
d m
inu
te (
con
de
nse
r lin
e 1
)--
-…
…
Ch
an
ge
sT
ime
ba
nd
ch
an
ge
s a
cti
on
---
---
---
CO
NF
IRM
&S
AV
E
LOA
D P
RE
VIO
US
CLE
AR
ALL
Co
py
toC
op
y se
ttin
gs
to o
the
r d
ays
0--
-M
ON
DA
Y…S
UN
DA
Y; M
ON
-FR
I;
MO
N-S
AT;
SA
T&
SU
N; A
LL D
AY
S
Efa
05
Ge
n.F
un
ct.
1E
na
ble
ge
ne
ric
sta
ge
fu
nc
tio
n 1
DIS
AB
. --
-D
ISA
BLE
/ E
NA
BLE
…..
……
…
Ge
n.F
un
ct.
5E
na
ble
ge
ne
ric
sta
ge
fu
nc
tio
n 5
DIS
AB
. --
-D
ISA
BLE
/ E
NA
BLE
Efa
06
Re
gu
lati
on
va
ria
ble
Co
ntr
ol v
ari
ab
le f
or
ge
ne
ric
sta
ge
fu
nc
tio
n 1
---
---
…M
od
eD
ire
ct
or
reve
rse
co
ntr
ol
DIR
EC
T--
-D
IRE
CT
/ R
EV
ER
SE
Efa
07
En
ab
leE
na
blin
g v
ari
ab
le f
or
ge
ne
ric
sta
ge
fu
nc
tio
n 1
---
---
…D
esc
rip
tio
nE
na
ble
de
scri
pti
on
ch
an
ge
SK
IP--
-S
KIP
/ C
HA
NG
E--
----
----
----
-D
esc
rip
tio
n--
---
-…
Efa
08
Se
tpo
int
Se
tpo
int
for
ge
ne
ric
sta
ge
fu
nc
tio
n 1
0.0
°C
……
(**
)D
iff e
ren
tia
lD
iff e
ren
tia
l fo
r g
en
eri
c st
ag
e f
un
cti
on
10
.0 °
C…
… (
**)
Efa
09
Hig
h a
larm
Hig
h a
larm
en
ab
ling
fo
r g
en
eri
c st
ag
e f
un
cti
on
1D
isa
b.
---
DIS
AB
LE /
EN
AB
LEH
igh
ala
rmH
igh
ala
rm t
hre
sho
ld f
or
ge
ne
ric
sta
ge
fu
nc
tio
n 1
0.0
°C
……
(**
)D
ela
y ti
me
Hig
h a
larm
de
lay
for
ge
ne
ric
sta
ge
fu
nc
tio
n 1
0s
0…
99
99
Ala
rm t
ype
Low
ala
rm e
na
blin
g f
or
ge
ne
ric
sta
ge
fu
nc
tio
n 1
LIG
HT
---
Lig
ht
/ S
eri
ou
sLo
w a
larm
Low
ala
rm t
hre
sho
ld f
or
ge
ne
ric
sta
ge
fu
nc
tio
n 1
Dis
ab
.--
-D
ISA
BLE
/ E
NA
BLE
Low
ala
rmLo
w a
larm
de
lay
for
ge
ne
ric
sta
ge
fu
nc
tio
n 1
0.0
°C
……
(**
)D
ela
y ti
me
Low
ala
rm d
ela
y fo
r g
en
eri
c st
ag
e f
un
cti
on
10
s0
…9
99
9A
larm
typ
eTy
pe
of
low
ala
rm f
or
ge
ne
ric
sta
ge
fu
nc
tio
n 1
LIG
HT
---
Lig
ht
/ S
eri
ou
s…
……
……
…
Efb
05
Ge
n.M
od
ula
t.1
En
ab
le g
en
eri
c m
od
ula
tin
g f
un
cti
on
1 m
an
ag
em
en
tD
ISA
B.
---
DIS
AB
LE /
EN
AB
LEG
en
.Mo
du
lat.
2E
na
ble
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 2
ma
na
ge
me
nt
DIS
AB
.--
-D
ISA
BLE
/ E
NA
BLE
Efb
06
Re
gu
lati
on
va
ria
ble
Co
ntr
ol v
ari
ab
le f
or
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
---
---
…M
od
eD
ire
ct
or
reve
rse
mo
du
lati
on
DIR
EC
T--
-D
IRE
CT
/ R
EV
ER
SE
Efb
07
En
ab
leE
na
blin
g v
ari
ab
le f
or
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
---
---
…D
esc
rip
tio
nE
na
ble
de
scri
pti
on
ch
an
ge
SK
IP--
-S
KIP
/ C
HA
NG
E--
----
----
----
-D
esc
rip
tio
n--
---
-…
Efb
08
Se
tpo
int
Se
tpo
int
for
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
0.0
°C
……
(**
)D
iff e
ren
tia
lD
iff e
ren
tia
l fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
10
.0 °
C…
… (
**)
65
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Efb
09
Hig
h a
larm
Hig
h a
larm
en
ab
ling
fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
1D
ISA
B.
---
DIS
AB
LE /
EN
AB
LEH
igh
ala
rmH
igh
ala
rm t
hre
sho
ld f
or
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
0.0
°C
……
(**
)D
ela
y ti
me
Hig
h a
larm
de
lay
for
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
0s
0…
99
99
Ala
rm t
ype
Low
ala
rm e
na
blin
g f
or
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
LIG
HT
---
Lig
ht
/ S
eri
ou
s
Efb
01
0
Ou
t u
pp
er
limit
Ou
tpu
t u
pp
er
limit
fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
11
00
.0%
0…
10
0O
ut
low
er
limit
Ou
tpu
t lo
we
r lim
it f
or
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
0.0
%0
…1
00
En
ab
le c
uto
ff E
na
ble
cu
t o
ff f
un
cti
on
fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
1N
O--
-N
O /
SI
Cu
toff
diff
.C
ut
off
diff
ere
nti
al f
or
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
0.0
°C
……
(**
)C
uto
ff h
ys.
Cu
t o
ff h
yste
resi
s fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
10
.0 °
C…
… (
**)
Efb
20
Low
ala
rmLo
w a
larm
en
ab
ling
fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
1D
isa
b.
---
DIS
AB
LE /
EN
AB
LELo
w a
larm
Low
ala
rm t
hre
sho
ld f
or
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
0.0
°C
……
(**
)D
ela
y ti
me
Low
ala
rm d
ela
y fo
r g
en
eri
c m
od
ula
tin
g f
un
cti
on
10
s0
…9
99
9A
larm
typ
eLo
w a
larm
typ
e f
or
ge
ne
ric
mo
du
lati
ng
fu
nc
tio
n 1
LIG
HT
---
Lig
ht
/ S
eri
ou
s…
……
……
…
Efc
05
Ge
n.a
larm
1E
na
ble
ge
ne
ric
ala
rm f
un
cti
on
1 m
an
ag
em
en
tD
ISA
B.
---
DIS
AB
LE /
EN
AB
LEG
en
.ala
rm 2
En
ab
le g
en
eri
c a
larm
fu
nc
tio
n 2
ma
na
ge
me
nt
DIS
AB
.--
-D
ISA
BLE
/ E
NA
BLE
Efc
06
Re
gu
lati
on
va
ria
ble
Mo
nit
ore
d v
ari
ab
le f
or
ge
ne
ric
ala
rm f
un
cti
on
1--
---
-…
En
ab
leE
na
blin
g v
ari
ab
le f
or
ge
ne
ric
ala
rm f
un
cti
on
1--
---
-…
De
scri
pti
on
En
ab
le d
esc
rip
tio
n c
ha
ng
eS
KIP
---
SK
IP /
CH
AN
GE
----
----
----
---
De
scri
pti
on
---
---
…
Efc
07
Ala
rm t
ype
Ala
rm t
ype
fo
r g
en
eri
c a
larm
fu
nc
tio
n 1
LIG
HT
---
Lig
ht
/ S
eri
ou
sD
ela
y ti
me
De
lay
for
ge
ne
ric
ala
rm f
un
cti
on
10
s0
…9
99
9…
……
……
…
Efd
05
Ge
ne
ric
Fun
cti
on
Sch
ed
ule
r
En
ab
le g
en
eri
c sc
he
du
ler
fun
cti
on
DIS
AB
.--
-D
ISA
BLE
/ E
NA
BLE
Ge
n.fu
nc
t.sc
he
du
ling
con
ne
cte
d t
o g
lob
al
sch
ed
ulin
g
Ge
ne
ric
sch
ed
ule
r fu
nc
tio
n c
on
sid
ers
th
e s
am
e s
pe
cia
l day
s a
nd
pe
rio
ds
of
glo
ba
l sch
ed
ule
rN
O--
-N
O /
YE
S
Efd
06
En
ab
leE
na
blin
g v
ari
ab
le f
or
ge
ne
ric
sch
ed
ule
r fu
nc
tio
n--
---
-…
Efd
07
Ac
tiv.
Tim
e B
an
ds
Day
of
the
we
ek
---
---
MO
N, .
.., S
UN
TB
1: -
-:--
->
--:
--T
ime
ba
nd
1 e
na
blin
g a
nd
de
fi n
itio
n: s
tart
ho
ur
an
d m
inu
te, e
nd
ho
ur
an
d m
inu
te (
suc
tio
n li
ne
1)
---
……
……
……
…T
B4
: --:
-- -
> -
-:--
Tim
e b
an
d 4
en
ab
ling
an
d d
efi
nit
ion
: sta
rt h
ou
r a
nd
min
ute
, en
d h
ou
r
an
d m
inu
te (
suc
tio
n li
ne
1)
---
……
Ch
an
ge
sT
ime
ba
nd
ch
an
ge
s a
cti
on
---
---
---
CO
NF
IRM
&S
AV
E
LOA
D P
RE
VIO
US
CLE
AR
ALL
Co
py
toC
op
y se
ttin
gs
to o
the
r d
ays
0--
-
MO
ND
AY…
SU
ND
AY
; MO
N-F
RI;
MO
N-S
AT;
SA
T&
SU
N;
ALL
DA
YS
Efe
05
Ge
n.A
Me
asu
reG
en
eri
c a
na
log
ue
inp
ut
A u
nit
of
me
asu
re s
ele
cti
on
°C--
-°C
; °F;
bar
g; p
sig
; %; p
pm
-…
……
……
66
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Efe
06
/Efe
07
(**
)
---
Ge
ne
ric
pro
be
A p
osi
tio
nB
1--
---
-, B
1…
B1
0 (
****
)--
-G
en
eri
c p
rob
e A
typ
e4
...2
0m
A--
-…
(**)
---
(dis
pla
y o
nly
)G
en
eri
c p
rob
e A
va
lue
---
……
(**)
Up
pe
r v
alu
eG
en
eri
c p
rob
e A
ma
x. li
mit
30
.0 b
arg
……
(**)
Low
er
va
lue
Ge
ne
ric
pro
be
A m
in. l
imit
0.0
ba
rg…
…(*
*)C
alib
rati
on
Ge
ne
ric
pro
be
A a
dju
stm
en
t0
.0 b
arg
……
(**)
…...
...…
……
Efe
16
DI
Ge
ne
ric
dig
ita
l in
pu
t F
DI p
osi
tio
n--
---
---
-, 0
1…
18
, B1
…B
10
(**
**)
Sta
tus
(dis
pla
y o
nly
)S
tatu
s o
f g
en
eri
c d
igit
al i
np
ut
F D
I--
---
-C
lose
d /
Op
en
Log
icLo
gic
of
ge
ne
ric
dig
ita
l in
pu
t F
DI
NC
---
NC
/ N
OFu
nc
tio
n (
dis
pla
y o
nly
)S
tatu
s o
f g
en
eri
c d
igit
al i
np
ut
F D
I--
---
-N
ot
ac
tive
/ a
cti
ve…
......
……
…
Efe
21
DO
Ge
ne
ric
sta
ge
1 D
O p
osi
tio
n…
---
---,
01
…2
9 (
****
)S
tatu
s (d
isp
lay
on
ly)
Sta
tus
of
ge
ne
ric
sta
ge
1 D
O--
---
-C
lose
d /
Op
en
Log
icLo
gic
of
ge
ne
ric
sta
ge
1 D
ON
O--
-N
C /
NO
Fun
cti
on
(d
isp
lay
on
ly)
Ge
ne
ric
sta
ge
1 D
O f
un
cti
on
sta
tus
---
---
No
t a
cti
ve /
ac
tive
……
……
……
Efe
29
Mo
du
lati
ng
.1G
en
eri
c m
od
ula
tin
g 1
AO
po
siti
on
0--
---
-, 0
1…
06
(**
**)
Sta
tus
(dis
pla
y o
nly
)G
en
eri
c m
od
ula
tin
g 1
ou
tpu
t v
alu
e
0%
0.0
…1
00
.0…
……
……
…
Eg
aa
01
DI
Ch
illB
oo
ste
r fa
ult
DI p
osi
tio
n (
line
1)
---
---
---,
01
…1
8, B
1…
B1
0 (
****
)S
tatu
s (d
isp
lay
on
ly)
Sta
tus
of
Ch
illB
oo
ste
r fa
ult
DI (
line
1)
---
---
Clo
sed
/ O
pe
nLo
gic
Log
ic o
f C
hill
Bo
ost
er
fau
lt D
I (lin
e 1
)N
C--
-N
C /
NO
Fun
cti
on
(d
isp
lay
on
ly)
Sta
tus
of
Ch
illB
oo
ste
r fa
ult
(lin
e 1
)--
---
-N
ot
ac
tive
/ a
cti
ve
Eg
aa
02
DO
Ch
illB
oo
ste
r D
O p
osi
tio
n (
line
1)
…--
---
-, 0
1…
29
(**
**)
Sta
tus
(dis
pla
y o
nly
)S
tatu
s o
f C
hill
Bo
ost
er
DO
(lin
e 1
)--
---
-C
lose
d /
Op
en
Log
icLo
gic
of
Ch
illB
oo
ste
r D
O (
line
1)
NO
---
NC
/ N
OFu
nc
tio
n (
dis
pla
y o
nly
)S
tatu
s o
f C
hill
Bo
ost
er
fun
cti
on
(lin
e 1
)--
---
-N
ot
ac
tive
/ a
cti
ve
Eg
ab
01
De
vic
e p
rese
nt
En
ab
le C
hill
Bo
ost
er
fun
cti
on
(lin
e 1
)N
O--
-N
O /
YE
SD
ea
cti
va
tio
n w
he
n
fan
spo
we
r fa
lls u
nd
er
Fan
ca
pa
city
un
de
r w
hic
h C
hill
Bo
ost
er
is d
ea
cti
va
ted
(lin
e 1
)9
5%
0…
10
0
Eg
ab
02
Be
fore
th
e a
cti
va
tio
n f
an
s
at
ma
x fo
r
Fan
s w
ork
at
ma
xim
um
ca
pa
city
at
lea
st f
or
this
tim
e b
efo
re
Ch
illB
oo
ste
r a
cti
va
tio
n (
line
1)
5m
in0
…3
00
Ext
.Te
mp
.Th
r.O
uts
ide
te
mp
era
ture
th
resh
old
fo
r C
hill
Bo
ost
er
ac
tiv
ati
on
(lin
e 1
)3
0.0
°C
……
(**)
Eg
ab
03
Sa
nit
ary
pro
c.E
na
ble
hyg
ien
e p
roce
du
re (
line
1)
DIS
AB
.--
-D
ISA
BLE
/ E
NA
BLE
sta
rt a
tH
ygie
ne
pro
ced
ure
sta
rtin
g t
ime
(lin
e 1
)0
0:0
0--
-…
Du
rati
on
Hyg
ien
e p
roce
du
re d
ura
tio
n (
line
1)
0m
in0
…3
0E
xt.t
em
p.t
hr
Ou
tsid
e t
em
pe
ratu
re t
hre
sho
ld fo
r h
ygie
ne
pro
ced
ure
act
ivat
i. (l
ine
1)
5.0
°C
……
(**)
Eg
ab
04
Ch
illB
oo
ste
r re
qu
ire
s
ma
inte
na
nce
aft
er
Ch
illB
oo
ste
r m
axi
mu
m r
un
nin
g t
ime
(lin
e 1
)2
00
h0
…9
99
Re
set
ma
inte
na
nce
tim
eC
hill
Bo
ost
er
ma
inte
na
nce
tim
e r
ese
t (l
ine
1)
NO
---
NO
/ Y
ES
Eh
b0
1
Avo
id s
imu
lta
ne
ou
s
pu
lse
s b
etw
.lin
es
En
ab
le s
imu
lta
ne
ou
s co
mp
ress
or
sta
rt u
p in
hib
itio
n
NO
---
NO
/ Y
ES
De
lay
De
lay
be
twe
en
sta
rt u
p f
or
com
pre
sso
rs o
n d
iff e
ren
t lin
es
0s
0…
99
9
Eh
b0
3
Forc
e o
ff L
2 C
om
p.s
fo
r
line
1 f
au
lt
En
ab
le li
ne
2 c
om
pre
sso
r sw
itch
OF
F d
ue
to
lin
e 1
co
mp
ress
or
fau
ltN
O--
-N
O /
YE
S
De
lay
De
lay
for
line
2 c
om
pre
sso
r sw
itch
off
aft
er
seri
ou
s a
larm
on
lin
e 1
com
pre
sso
rs0
s0
…9
99
67
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Eh
b0
4
Sw
itch
on
L1
Co
mp
.s f
or
L2 a
cti
va
tio
n
En
ab
le li
ne
1 c
om
pre
sso
r sw
itch
ON
du
e t
o li
ne
2 c
om
pre
sso
r
swit
ch O
NN
O--
-N
O /
YE
S
Sw
itch
on
pe
rio
dD
ela
y fo
r lin
e1
co
mp
ress
or
swit
ch o
n f
or
line
2 c
om
pre
sso
r sw
itch
on
30
s0
…9
99
Forc
e o
ff l
ine
2 if
lin
e
1 is
off
En
ab
le li
ne
2 c
om
pre
sso
r sw
itch
OF
F d
ue
to
lin
e 1
sw
itch
OF
FN
O--
-N
O /
YE
S
Eh
b0
5
En
ab
le m
in t
hre
sho
ld f
or
L1 a
cti
va
tio
n
En
ab
le L
1 a
cti
va
tio
n b
y D
SS
on
ly w
he
n s
uc
tio
n p
ress
ure
is g
rea
ter
tha
n
a m
inim
um
th
resh
old
NO
---
NO
/ Y
ES
Th
resh
old
Min
imu
m t
hre
sho
ld f
or
line
1 a
cti
va
tio
n b
y D
SS
---
……
(**
)
The
follo
win
g p
aram
eter
s re
fer t
o lin
e 2,
for d
etai
ls s
ee th
e co
rres
pon
ding
par
amet
ers
for l
ine
1 ab
ove
Ea
ba
04
---
Oil
tem
pe
ratu
re p
rob
e p
osi
tio
n (
line
2)
B1
---
---,
B1
…B
10
(**
**)
---
Oil
tem
pe
ratu
re p
rob
e t
ype
(lin
e 2
)
4...
20
mA
---
---
NTC
- P
T1
00
0 -
0-1
V -
0-1
0V
-
4...
20
mA
- 0
-5V
- H
TN
TC--
- (d
isp
lay
on
ly)
Oil
tem
pe
ratu
re p
rob
e v
alu
e (
line
2)
---
……
(**)
Up
pe
r v
alu
eO
il te
mp
era
ture
pro
be
ma
x. li
mit
(lin
e 2
)3
0.0
ba
rg…
…(*
*)Lo
we
r v
alu
eO
il te
mp
era
ture
pro
be
min
. lim
it (
line
2)
0.0
ba
rg…
…(*
*)C
alib
rati
on
Oil
tem
pe
ratu
re p
rob
e a
dju
stm
en
t (l
ine
2)
0.0
ba
rg…
…(*
*)…
……
……
…
Ea
bb
04
Oil
pu
mp
s n
um
be
rN
um
be
r o
f o
il p
um
ps
for
com
mo
n o
il co
ole
r (l
ine
2)
0--
-0
to
1 (
dig
ita
l in
pu
t)
0 t
o 2
(D
igit
al o
utp
uts
)E
na
ble
Ao
ut
pu
mp
En
ab
le A
O o
f co
mm
on
oil
coo
ler
pu
mp
(lin
e 2
)Y
ES
---
NO
(D
igit
al o
utp
uts
)
YE
S (
dig
ita
l in
pu
t)…
……
……
…
Eb
ba
01
DO
Su
bco
olin
g v
alv
e D
O p
osi
tio
n (
line
2)
…--
---
-, 0
1…
29
(**
**)
Sta
tus
(dis
pla
y o
nly
)S
tatu
s o
f su
bco
olin
g v
alv
e D
O (
line
2)
---
---
Clo
sed
/ O
pe
nLo
gic
Log
ic o
f su
bco
olin
g v
alv
e (
line
2)
NO
---
NC
/ N
OFu
nc
tio
n (
dis
pla
y o
nly
)S
ub
coo
ling
va
lve
fu
nc
tio
n s
tatu
s (l
ine
2)
---
---
No
t a
cti
ve
Ac
tive
……
……
……
Eb
bb
01
Su
bco
olin
g c
on
tro
lE
na
ble
su
bco
olin
g f
un
cti
on
(lin
e2
)N
O--
-N
O /
YE
S--
-S
ub
coo
ling
co
ntr
ol t
ype
(lin
e 2
)
CO
ND
&LI
QU
ID
TE
MP.
---
CO
ND
&LI
QU
ID T
EM
P.
LIQ
UID
TE
MP.
ON
LY
Th
resh
old
Th
resh
old
fo
r su
bco
olin
g c
on
tro
l (lin
e 2
)0
.0 °
C…
-99
99
,9…
99
99
,9S
ub
coo
l.va
lue
(d
isp
lay
on
ly)
Va
lue
of
sub
coo
ling
(lin
e 2
)0
.0 °
C…
-99
9,9
…9
99
,9
……
……
……
Ecb
b0
4
Eco
no
miz
er
En
ab
le e
con
om
ize
r fu
nc
tio
n (
line
2)
NO
---
NO
/ S
IC
om
pr.P
ow
er
Th
r.C
ap
aci
ty p
erc
en
t th
resh
old
fo
r e
con
om
ize
r a
cti
va
tio
n (
line
2)
0%
0…
10
0P
ress
.Lim
.C
on
de
nsi
ng
te
mp
era
ture
th
resh
old
fo
r e
con
om
ize
r a
cti
va
tio
n (
line
2)
0.0
°C
…-9
99
,9…
99
9,9
Dis
ch.T
.Th
r.D
isch
arg
e t
em
pe
ratu
re t
hre
sho
ld f
or
eco
no
miz
er
ac
tiv
ati
on
(lin
e 2
)0
.0 °
C…
-99
9,9
…9
99
,9…
……
……
…
68
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Ed
ba
01
---
Co
mp
ress
or
1 d
isch
arg
e t
em
pe
ratu
re p
rob
e p
osi
tio
n (
line
2)
B1
---
---,
B1
…B
10
(**
**)
---
Co
mp
ress
or
1 d
isch
arg
e t
em
pe
ratu
re p
rob
e t
ype
(lin
e 2
)
4...
20
mA
---
---
NTC
- P
T1
00
0 -
0-1
V -
0-1
0V
-
4...
20
mA
- 0
-5V
- H
TN
TC--
- (d
isp
lay
on
ly)
Co
mp
ress
or
1 d
isch
arg
e t
em
pe
ratu
re p
rob
e v
alu
e (
line
2)
---
……
(**)
Ed
ba
01
Up
pe
r v
alu
eC
om
pre
sso
r 1
dis
cha
rge
te
mp
era
ture
pro
be
ma
x. li
mit
(lin
e 2
)3
0.0
ba
rg…
…(*
*)Lo
we
r v
alu
eC
om
pre
sso
r 1
dis
cha
rge
te
mp
era
ture
pro
be
min
. lim
it (
line
2)
0.0
ba
rg…
…(*
*)C
alib
rati
on
Co
mp
ress
or
1 d
isch
arg
e t
em
pe
ratu
re p
rob
e a
dju
stm
en
t (l
ine
2)
0.0
ba
rg…
…(*
*)…
……
……
…
Ed
bb
01
Liq
uid
Inje
cti
on
En
ab
le li
qu
id in
jec
tio
n f
un
cti
on
(lin
e 2
)D
IS--
-D
IS /
AB
Th
resh
old
Liq
uid
inje
cti
on
se
tpo
int
(lin
e 2
)7
0.0
°C
……
(**
)D
iff e
ren
tia
lLi
qu
id in
jec
tio
n d
iff e
ren
tia
l (lin
e 2
)5
.0…
… (
**)
……
……
……
Ee
ba
02
DI
He
at
reco
very
fro
m d
igit
al i
np
ut
DI p
osi
tio
n (
line
2)
…--
---
-, 0
1…
18
, B1
…B
10
(**
**)
Sta
tus
Sta
tus
of
he
at
reco
very
DI (
line
2)
---
---
Clo
sed
/ O
pe
nLo
gic
Log
ic o
f h
ea
t re
cove
ry D
I (lin
e 2
)N
C--
-N
C /
NO
Fun
cti
on
Sta
tus
of
he
at
reco
very
fro
m d
igit
al i
np
ut
DI f
un
cti
on
(lin
e 2
)--
---
-N
ot
ac
tive
/ a
cti
veE
eb
b0
1E
na
ble
He
at
Re
cla
imE
na
ble
he
at
reco
very
fu
nc
tio
n (
line
2)
NO
---
NO
/ S
I…
……
……
…
Eg
ba
01
DI
Ch
illB
oo
ste
r fa
ult
DI p
osi
tio
n (
line
2)
---
---
---,
01
…1
8, B
1…
B1
0 (
****
)S
tatu
sS
tatu
s o
f C
hill
Bo
ost
er
fau
lt D
I (lin
e 2
)--
---
-C
lose
d /
Op
en
Log
icLo
gic
of
Ch
illB
oo
ste
r fa
ult
DI (
line
2)
NC
---
NC
/ N
OFu
nc
tio
nS
tatu
s o
f C
hill
Bo
ost
er
fau
lt D
I (lin
e 2
1)
---
---
No
t a
cti
ve /
ac
tive
……
……
……
Eg
bb
01
De
vic
e p
rese
nt
Ch
illB
oo
ste
r fu
nc
tio
n e
na
ble
(lin
e 2
)N
O--
-N
O /
SI
De
ac
tiv
ati
on
wh
en
fan
spo
we
r fa
lls u
nd
er
Fan
s ca
pa
city
un
de
r w
hic
h C
hill
Bo
ost
er
is d
ea
cti
va
ted
(lin
e 2
)9
5%
0…
10
0
……
……
……
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
F.settings
Faa
a0
1S
um
me
r/W
inte
rE
na
ble
Su
mm
er/
Win
ter
pe
rio
d m
an
ag
em
en
t (l
ine
1)
NO
---
NO
/ S
IS
pe
cia
l day
sE
na
ble
sp
eci
al d
ays
ma
na
ge
me
nt
(lin
e 1
)N
O--
-N
O /
SI
Ho
liday
pe
rio
ds
En
ab
le h
olid
ay p
eri
od
ma
na
ge
me
nt
(lin
e 1
)N
O--
-N
O /
SI
Faa
a0
2B
eg
inS
um
me
r p
eri
od
be
gin
nin
g d
ate
(lin
e 1
)--
---
-0
1/G
en
…3
1/D
icE
nd
Su
mm
er
pe
rio
d e
nd
da
te (
line
1)
---
---
01
/Ge
n…
31
/Dic
Faa
a0
3D
ay 0
1S
pe
cia
l day
1 d
ate
(lin
e 1
)--
---
-0
1/G
en
…3
1/D
ic…
……
……
…Fa
aa
04
Day
10
Sp
eci
al d
ay 1
0 d
ate
(lin
e 1
)--
---
-0
1/G
en
…3
1/D
ic
Faa
a0
5
P1
Ho
liday
pe
rio
d P
1 b
eg
inn
ing
da
te (
line
1)
---
---
01
/Ge
n…
31
/Dic
---
Ho
liday
pe
rio
d P
1 e
nd
da
te (
line
1)
---
---
01
/Ge
n…
31
/Dic
……
……
…P
5H
olid
ay p
eri
od
P5
be
gin
nin
g d
ate
(lin
e 1
)--
---
-0
1/G
en
…3
1/D
ic--
-H
olid
ay p
eri
od
P5
en
d d
ate
(lin
e 1
)--
---
-0
1/G
en
…3
1/D
ic
69
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
Faa
b0
1D
ate
fo
rma
tD
ate
fo
rma
tD
D/M
M/Y
Y--
-
---
-
DD
/MM
/YY
MM
/DD
/YY
YY
/MM
/DD
Faa
b0
2/F
aa
b0
3/
Faa
b0
4
Ho
ur
Ho
ur
an
d m
inu
te…
…
…
D
ate
Da
te…
…
…
D
ay (
dis
pla
y o
nly
)D
ay o
f th
e w
ee
k ca
lcu
late
d f
rom
cu
rre
nt
da
te…
…
M
on
day
… S
un
day
Faa
b0
5
Da
ily s
avin
g t
ime
En
ab
le d
aylig
ht
sav
ing
tim
eD
ISA
B.
---
DIS
AB
LE /
EN
AB
LETr
an
siti
on
tim
eO
ff se
t ti
me
60
---
0…
24
0S
tart
, ...
Sta
rtin
g w
ee
k, d
ay a
nd
mo
nth
an
d h
ou
r fo
r d
aylig
ht
sav
ing
tim
e…
…
…
E
nd
, ...
En
d w
ee
k, d
ay a
nd
mo
nth
an
d h
ou
r fo
r d
aylig
ht
sav
ing
tim
e…
…
…
Fb
01
Lan
gu
ag
eC
urr
en
t la
ng
ua
ge
EN
GLI
SH
---
…
Fb0
2
Dis
ab
le la
ng
ua
ge
ma
sk a
t
sta
rt-u
pD
isa
ble
th
e c
ha
ng
e la
ng
ua
ge
scr
ee
n a
t st
art
-up
YE
S--
-N
O /
SI
Co
un
tdo
wn
Sta
rtin
g v
alu
e f
or
cou
ntd
ow
n, t
ime
ch
an
ge
lan
gu
ag
e s
cre
en
ac
tive
.6
0s
0…
60
Fb0
3M
ain
ma
sk s
ele
cti
on
Ma
in s
cre
en
se
lec
tio
nLI
NE
1--
-
LIN
E 1
LIN
E 2
DO
UB
LE S
UC
TIO
N
DO
UB
LE C
ON
DE
NS
ER
Fca
01
Ad
dre
ssA
dd
ress
of
the
co
ntr
olle
r in
a s
up
erv
iso
ry s
yste
m n
etw
ork
(lin
e 1
)1
96
---
0 t
o 2
07
Pro
toco
lS
up
erv
iso
r co
mm
un
ica
tio
n p
roto
col (
line
1)
pR
AC
K M
AN
A-
GE
R--
-
--
CA
RE
L S
LAV
E L
OC
AL
CA
RE
L S
LAV
E R
EM
OT
E
MO
DB
US
SLA
VE
pR
AC
K M
AN
AG
ER
CA
RE
L S
LAV
E G
SM
Ba
ud
rate
Su
pe
rvis
or
com
mu
nic
ati
on
ba
ud
ra
te (
line
1)
19
20
0--
-1
20
0 t
o 1
92
00
Fd0
1In
sert
pa
ssw
ord
Pa
ssw
ord
00
00
---
0…
99
99
Log
ge
d a
s (d
isp
lay
on
ly)
Cu
rre
nt
pa
ssw
ord
leve
l--
---
-U
ser,
Se
rvic
e, M
an
ufa
ctu
rer
Fd0
2Lo
go
ut
Log
ou
tN
O--
-N
O /
SI
Fd0
3U
ser
Use
r p
ass
wo
rd0
00
0--
-0
…9
99
9S
erv
ice
Se
rvic
e p
ass
wo
rd1
23
4--
-0
…9
99
9M
an
ufa
ctu
rer
Ma
nu
fac
ture
r p
ass
wo
rd1
23
4--
-0
…9
99
9
The
follo
win
g p
aram
eter
s re
fer t
o lin
e 2,
for d
etai
ls s
ee th
e co
rres
pon
ding
par
amet
ers
for l
ine
1 ab
ove
Fcb
01
Ad
dre
ssE
na
ble
su
mm
er/
win
ter
pe
rio
d m
an
ag
em
en
t (l
ine
2)
19
6--
-0
…2
07
Pro
toco
lE
na
ble
sp
eci
al d
ays
ma
na
ge
me
nt
(lin
e 2
)
pR
AC
K
MA
NA
GE
R--
-
--
CA
RE
L S
LAV
E L
OC
AL
CA
RE
L S
LAV
E R
EM
OT
E
MO
DB
US
SLA
VE
pR
AC
K M
AN
AG
ER
CA
RE
L S
LAV
E G
SM
Ba
ud
rate
En
ab
le h
olid
ay p
eri
od
ma
na
ge
me
nt
(lin
e 2
)1
92
00
---
12
00
…1
92
00
70
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
G.Safety
Gb
a0
1P
reve
nt
en
ab
leE
na
ble
co
nd
en
sin
g p
ress
ure
pre
ven
t (l
ine
1)
NO
---
NO
SI
Gb
a0
2
Se
tpo
int
Co
nd
en
sin
g p
ress
ure
pre
ven
t th
resh
old
(lin
e 1
)0
.0 b
arg
……
(**
)D
iff e
ren
tia
lC
on
de
nsi
ng
pre
ssu
re p
reve
nt
diff
ere
nti
al (
line
1)
0.0
ba
rg…
0.0
…9
9,9
De
cre
ase
co
mp
ress
or
po
we
r ti
me
De
cre
asi
ng
ca
pa
city
tim
e (
line
1)
0s
0…
99
9
Gb
a0
3
En
ab
le H
ea
t R
ecl
aim
as
fi rs
t p
reve
nt
ste
p
En
ab
ling
he
at
reco
very
as
fi rs
t st
ag
e f
or
con
de
nsi
ng
HP
pre
ven
t
(lin
e 1
)N
O--
-N
O
SI
Off
set
He
atR
.O
ff se
t b
etw
ee
n h
ea
t re
cove
ry a
nd
pre
ven
t se
tpo
int
(lin
e 1
)0
.0 b
arg
…0
.0…
99
,9
Gb
a0
4
En
ab
le C
hill
Bo
ost
er
as
fi rs
t p
reve
nt
ste
p
En
ab
le C
hill
Bo
ost
er
as
fi rs
t st
ag
e f
or
con
de
nsi
ng
HP
pre
ven
t (l
ine
1)
NO
---
NO
SI
Off
set
Ch
ill.
Off
set
be
twe
en
Ch
illB
oo
ste
r a
nd
pre
ven
t se
tpo
int
(lin
e 1
)0
.0 b
arg
…0
.0…
99
,9
Gb
a0
5
Pre
ven
t m
ax.
nu
m
Ma
xim
um
nu
mb
er
of
pre
ven
t a
llow
ed
be
fore
lock
ing
co
mp
ress
or
(lin
e
1)
3--
-1
…5
Pre
ven
t m
ax.
nu
mb
er
ev
alu
ati
on
tim
e
Pre
ven
t m
axi
mu
m n
um
be
r e
va
lua
tio
n t
ime
60
h0
…9
99
Re
set
au
tom
ati
c p
reve
nt
Re
set
nu
mb
er
of
pre
ven
t (l
ine
1)
NO
---
NO
/ S
I
Gca
01
Co
mm
on
HP
typ
eTy
pe
of
rese
t fo
r co
mm
on
HP
ala
rm (
line
1)
AU
TO--
-A
UTO
/ M
AN
Co
mm
on
HP
de
lay
Co
mm
on
hig
h p
ress
ure
de
lay
(lin
e 1
)1
0s
0…
99
9
Gca
02
Co
mm
on
LP
sta
rt d
ela
yLo
w c
om
mo
n c
on
de
nsi
ng
pre
ssu
re d
ela
y a
t st
art
up
(lin
e 1
)6
0s
0…
99
9C
om
mo
n L
P d
ela
yLo
w c
om
mo
n c
on
de
nsi
ng
pre
ssu
re d
ela
y d
uri
ng
op
era
tio
n (
line
1)
20
s0
…9
99
Gca
03
Tim
e o
f se
mi-
au
tom
ati
c
ala
rm e
va
lua
tio
n
Pe
rio
d o
f LP
ev
alu
ati
on
(lin
e 1
)1
20
min
0…
99
9
N°
of
reti
es
be
fore
ala
rm
be
com
es
ma
nu
al
Nu
mb
er
of
LP in
pe
rio
d a
fte
r w
hic
h t
he
ala
rm b
eco
me
s m
an
ua
l
(lin
e 1
)5
---
0…
99
9
Gca
04
Liq
uid
ala
rm d
ela
yLi
qu
id le
vel a
larm
de
lay
(lin
e 1
)0
s0
…9
99
Oil
ala
rm d
ela
yC
om
mo
n o
il a
larm
de
lay
(lin
e 1
)0
s0
…9
99
Gca
05
Ou
tpu
t a
larm
s re
lays
ac
tiv
ati
on
wit
h
Se
lec
t a
larm
re
lay
ou
tpu
t a
cti
va
tio
n f
or
ac
tive
ala
rms
or
ala
rms
no
t re
set
Ac
tive
ala
rms
Ac
tive
ala
rms
Ala
rms
no
t re
set
The
follo
win
g p
aram
eter
s re
fer t
o lin
e 2,
for d
etai
ls s
ee th
e co
rres
pon
ding
par
amet
ers
for l
ine
1 ab
ove
Gb
b0
1P
reve
nt
en
ab
leE
na
ble
co
nd
en
sin
g p
ress
ure
pre
ven
t (l
ine
2)
NO
---
NO
/ S
I…
……
……
…
Gcb
01
Co
mm
on
HP
typ
eTy
pe
of
rese
t fo
r co
mm
on
HP
ala
rm (
line
2)
AU
TO--
-A
UTO
/ M
AN
Co
mm
on
HP
de
lay
Co
mm
on
hig
h p
ress
ure
de
lay
(lin
e 2
)1
0s
0…
99
9…
……
……
…
71
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UO
MVa
lues
H.Info
H0
1 (
dis
pla
y o
nly
)V
er.
So
ftw
are
ve
rsio
n a
nd
da
te…
---
…
Bio
sB
ios
vers
ion
an
d d
ate
…--
-…
Bo
ot
Bo
ot
vers
ion
an
d d
ate
…--
-…
H0
2 (
dis
pla
y o
nly
)B
oa
rd t
ype
Typ
e o
f h
ard
wa
re…
---
…
Bo
ard
siz
eH
ard
wa
re s
ize
…--
-…
Tota
l fl a
shFl
ash
me
mo
ry s
ize
---
kB…
RA
MR
AM
siz
e--
-kB
…
Bu
ilt-I
n t
ype
Typ
e o
f b
uilt
-in
dis
pla
y--
---
-N
on
e /
PG
D1
Ma
in c
ycle
Nu
mb
er
of
cyc
les
pe
r se
con
d a
nd
so
ftw
are
cyc
le t
ime
---
cicl
i/s
ms
…
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UM
Valu
es
I.Setup
Ia0
1P
re-c
on
fi g
ura
tio
nP
re-c
on
fi g
ura
tio
n s
ele
cte
d0
1. R
S2
---
--N
OT
US
ED
—
01
. RS
2
02
. RS
3
03
. RS
3p
04
. RS
3i
05
. RS
4
06
. RS
4i
07
. SL3
d
08
. SL5
d
09
. SW
1
10
. SW
2
11
. SW
3
12
. d-R
S2
13
. d-R
S3
14
. d-R
S4
Ia0
2 (
solo
vis
ua
.)B
oa
rds
ne
cess
ary
pLA
N b
oa
rds
req
uir
ed
fo
r th
e s
ele
cte
d p
re-c
on
fi g
ura
tio
n
---
---
---
Ia0
3 (
solo
vis
ua
.)S
uc
tio
n li
ne
Nu
mb
er
of
suc
tio
n li
ne
s fe
atu
red
in t
he
pre
-co
nfi
gu
rati
on
---
---
0…
2C
on
de
nse
r lin
eN
um
be
r o
f co
nd
en
ser
line
s fe
atu
red
in t
he
pre
-co
nfi
gu
rati
on
---
---
0…
2
Ia0
4 (
dis
pla
y o
nly
)
Nu
m.C
om
p. L
1N
um
be
r o
f co
mp
ress
ors
fe
atu
red
in t
he
pre
-co
nfi
gu
rati
on
(lin
e 1
)…
---
1…
12
Co
mp
.typ
e L
1Ty
pe
of
com
pre
sso
rs f
ea
ture
d in
th
e p
re-c
on
fi g
ura
tio
n (
line
1)
RE
CIP
RO
CA
TIN
G--
-R
EC
IPR
OC
AT
ING
SC
RO
LL
SC
RE
WN
um
.Co
mp
. L2
Nu
mb
er
of
com
pre
sso
rs f
ea
ture
d in
th
e p
re-c
on
fi g
ura
tio
n (
line
2)
…--
-1
…1
2
Co
mp
.typ
e L
2Ty
pe
of
com
pre
sso
rs f
ea
ture
d in
th
e p
re-c
on
fi g
ura
tio
n (
line
2)
RE
CIP
RO
CA
TIN
G--
-R
EC
IPR
OC
AT
ING
SC
RO
LL
Ia0
5 (
dis
pla
y o
nly
)
Nu
m.a
larm
s p
er
com
p.
Nu
mb
er
of
ala
rms
for
com
pre
sso
r fe
atu
red
in t
he
pre
-co
nfi
gu
rati
on
1/4
(*)
---
0…
4/7
(*)
Co
nd
.Ge
n.A
larm
En
ab
le c
om
mo
n c
on
de
nse
r a
larm
EN
---
EN
/DIS
HP
co
mm
.pre
sso
sta
tE
na
ble
co
mm
on
HP
pre
ssu
re s
wit
chE
N--
-E
N/D
ISLP
co
mm
.pre
sso
sta
tE
na
ble
co
mm
on
LP
pre
ssu
re s
wit
chE
N--
-E
N/D
IS
Ib0
1
Typ
e o
f In
sta
llati
on
Typ
e o
f sy
ste
mS
UC
TIO
N +
CO
ND
EN
SE
R
---
SU
CT
ION
CO
ND
EN
SE
R
SU
CT
ION
+ C
ON
DE
NS
ER
72
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UM
Valu
esIb
02
Me
asu
re U
nit
sU
nit
of
me
asu
re°C
/ba
rg--
-°C
/ba
rg /
°F
/psi
g
Ib0
3
Co
mp
ress
ors
typ
eTy
pe
of
com
pre
sso
rs (
line
1)
RE
CIP
RO
CA
TIN
G--
-R
EC
IPR
OC
AT
ING
SC
RO
LL
SC
RE
WC
om
pre
sso
rs n
um
be
rN
um
be
r o
f co
mp
ress
ors
(lin
e 1
)2
/3 (
*)--
-1
…6
/12
(*)
Ib0
4N
um
be
r o
f a
larm
s fo
r
ea
ch c
om
pre
sso
r
Nu
mb
er
of
ala
rms
for
ea
ch c
om
pre
sso
r (l
ine
1)
1--
-0
…4
/7 (
*)
Ib0
5
Mo
du
late
sp
ee
d d
ev
ice
Mo
du
lati
ng
sp
ee
d d
ev
ice
fo
r fi
rst
com
pre
sso
r (l
ine
1)
No
ne
---
NO
NE
INV
ER
TE
R
---/
DIG
ITA
L S
CR
OLL
(*)
---/
ST
EP
LES
S*)
Ib3
0
Co
mp
ress
ors
siz
es
Co
mp
ress
ors
siz
es
(lin
e 1
)S
AM
E C
APA
CIT
Y
& S
AM
E S
TAG
E
CO
NF.
---
SAM
E C
APA
C.&
SAM
E ST
AG
E C
ON
F.
SAM
E C
APA
C.&
DIF
F. S
TAG
E C
ON
F.
DE
FIN
E S
IZE
S
Ib3
4
S1
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
1 (
line
1)
YE
S
10
.0
---
kW
NO
/ Y
ES
0.0
…5
00
.0…
……
……
S4
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
4 (
line
1)
NO
---
---
kW
NO
/ Y
ES
0.0
…5
00
.0
Ib3
5
S1
En
ab
le s
tag
es
an
d s
tag
es
for
com
pre
sso
r g
rou
p 1
(lin
e 1
)Y
ES
10
0
---
%
NO
/SI.
10
0; 5
0/1
00
; 50
/75
/10
0;
25
/50
/75
/10
0; 3
3/6
6/1
00
……
……
…S
4E
na
ble
sta
ge
s a
nd
sta
ge
s fo
r co
mp
ress
or
gro
up
4 (
line
1))
NO
---
---
kW
NO
/ Y
ES
S1
…S
4
Ib3
6C
01
Siz
e g
rou
p f
or
com
pre
sso
r 1
(lin
e 1
) o
r p
rese
nce
of
inve
rte
rS
1--
-S
1…
S4
/IN
V…
……
……
C1
2S
ize
gro
up
fo
r co
mp
ress
or
12
(lin
e 1
)S
1--
-S
1…
S4
Ib1
0
Co
mp
r.Ma
nu
fac
ture
rC
om
pre
sso
r m
an
ufa
ctu
rer
for
scre
w c
om
pre
sso
rsG
en
eri
c--
-G
EN
ER
IC
BIT
ZE
R
RE
FC
OM
P
HA
NB
ELL
Co
mp
ress
or
seri
es
Co
mp
ress
or
seri
es
…(*
**)
---
…(*
**)
Ib1
1C
om
pre
sso
rs s
ize
sC
om
pre
sso
r si
zes
(lin
e 1
)S
AM
E
CA
PAC
ITY
---
SA
ME
CA
PAC
ITY
DE
FIN
E S
IZE
S
Ib1
6
S1
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
1 (
line
1)
SI
---
---
kW
NO
/SI
0.0
…5
00
.0…
……
……
S4
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
4 (
line
1)
NO
---
---
kW
NO
/SI
0.0
…5
00
.0--
---
-
Ib1
7C
01
Siz
e g
rou
p f
or
com
pre
sso
r 1
(lin
e 1
) o
r p
rese
nce
of
inve
rte
rS
1--
-S
1…
S4
/IN
V…
……
……
C0
6S
ize
gro
up
fo
r co
mp
ress
or
12
(lin
e 1
)--
---
-S
1…
S4
73
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UM
Valu
es
Ib2
0C
om
pre
sso
rs s
ize
sC
om
pre
sso
rs s
ize
s (l
ine
1)
SA
ME
CA
PAC
ITY
---
SA
ME
CA
PAC
ITY
DE
FIN
E S
IZE
S
Ib2
1
S1
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
1 (
line
1)
SI
---
---
kW
NO
/YE
S
0.0
…5
00
.0…
……
……
S4
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
4 (
line
1)
NO
---
---
kW
NO
/YE
S
0.0
…5
00
.0
Ib2
2C
01
Siz
e g
rou
p f
or
com
pre
sso
r 1
(lin
e 1
) o
r p
rese
nce
of
inve
rte
rS
1--
-S
1…
S4
/IN
V…
……
……
C1
2S
ize
gro
up
fo
r co
mp
ress
or
6 (
line
1)
S1
---
S1
…S
4
Ib4
0R
eg
ula
tio
n b
yC
om
pre
sso
r co
ntr
ol b
y te
mp
era
ture
or
pre
ssu
re (
line
1)
PR
ES
SU
RE
---
PR
ES
SU
RE
/ T
EM
PE
RA
TU
RE
Me
asu
re u
nit
Un
it o
f m
ea
sure
(lin
e 1
)b
arg
---
…
Ib4
0
Re
frig
era
nt
Typ
e o
f re
frig
era
nt
(su
cti
on
Lin
e 1
)
R4
04
A--
-
R2
2 -
R1
34
a -
R4
04
A -
R4
07
C
- R
41
0A
- R
50
7A
- R
29
0 -
R6
00
- R
60
0a
- R
71
7 -
R7
44
- R
72
8 -
R1
27
0 -
R4
17
A -
R4
22
D
Ib4
1
Re
gu
lati
on
typ
eC
om
pre
sso
r co
ntr
ol t
ype
(lin
e 1
)N
eu
tra
l zo
ne
---
Pro
po
rtio
na
l ba
nd
Ne
utr
al z
on
eE
na
ble
inte
gra
l tim
e
ac
tio
n
En
ab
le in
teg
ral t
ime
fo
r p
rop
ort
ion
al s
uc
tio
n li
ne
co
ntr
ol (
line
1)
NO
---
NO
/ Y
ES
Ib4
2S
etp
oin
tS
etp
oin
t w
ith
ou
t co
mp
en
sati
on
(su
cti
on
lin
e 1
)3
.5 b
arg
…(*
*)…
(**)
Diff
ere
nti
al
Diff
ere
nti
al (
suc
tio
n li
ne
1)
0.3
ba
rg…
(**)
…(*
*)
Ib4
3C
on
fi g
ure
an
oth
er
suc
tio
n li
ne
Se
con
d s
uc
tio
n li
ne
co
nfi
gu
rati
on
NO
---
NO
/ Y
ES
Ib4
5D
ed
ica
ted
pR
ack
bo
ard
for
suc
tio
n li
ne
Su
cti
on
lin
es
on
diff
ere
nt
bo
ard
sN
O--
-N
O /
YE
S
Ib5
0C
om
pre
sso
rs t
ype
Typ
e o
f co
mp
ress
ors
(lin
e 2
)R
EC
IPR
OC
AT.
---
RE
CIP
RO
CA
TIN
G /
SC
RO
LLC
om
pre
sso
rs n
um
be
rN
um
be
r o
f co
mp
ress
ors
(lin
e 2
)3
---
1…
12
Ib5
1N
um
be
r o
f a
larm
s fo
r
ea
ch c
om
pre
sso
r
Nu
mb
er
of
ala
rms
for
ea
ch c
om
pre
sso
r (l
ine
2)
1--
-0
…4
Ib5
2
Mo
du
late
sp
ee
d d
ev
ice
Mo
du
lati
ng
sp
ee
d d
ev
ice
fo
r fi
rst
com
pre
sso
r (l
ine
2)
NO
NE
---
NO
NE
INV
ER
TE
R
---/
DIG
ITA
L S
CR
OLL
(*)
Ib7
0
Co
mp
ress
ors
siz
es
Co
mp
ress
ors
siz
es
(lin
e 1
)S
AM
E
CA
PAC
ITY
---
SAM
E C
APA
C.&
SAM
E ST
AG
E C
ON
F.
SAM
E C
APA
C.&
DIF
F. S
TAG
E C
ON
F.
DE
FIN
E S
IZE
S
Ib7
4
S1
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
1 (
line
1)
SI
---
---
kW
NO
/YE
S
0.0
…5
00
.0…
……
……
S4
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
4 (
line
1)
NO
---
---
kW
NO
/YE
S
0.0
…5
00
.0
Ib7
5
S1
En
ab
le s
tag
es
an
d s
tag
es
for
com
pre
sso
r g
rou
p 1
(lin
e 1
)S
I
10
0
---
%
NO
/YE
S
10
0; 5
0/1
00
; 50
/75
/10
0;
25
/50
/75
/10
0; 3
3/6
6/1
00
……
……
…S
46
En
ab
le s
tag
es
an
d s
tag
es
for
com
pre
sso
r g
rou
p 4
(lin
e 1
))N
O
---
---
kW
NO
/YE
S
S1
…S
4
74
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UM
Valu
es
Ib7
6C
01
Siz
e g
rou
p f
or
com
pre
sso
r 1
(lin
e 1
) o
r p
rese
nce
of
inve
rte
rS
1--
-S
1…
S4
/IN
V…
……
……
C1
2S
ize
gro
up
fo
r co
mp
ress
or
6 (
line
1)
S1
---
S1
…S
4Ib
60
Co
mp
ress
ors
siz
es
Co
mp
ress
ors
siz
es
(lin
e 1
)S
AM
E C
APA
CIT
Y--
-S
AM
E C
APA
CIT
Y /
DEF
INE
SIZ
ES
Ib6
1
S1
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
1 (
line
1)
SI
---
---
kW
NO
/YE
S
0.0
…5
00
.0…
……
……
S4
En
ab
le s
ize
an
d s
ize
fo
r co
mp
ress
or
gro
up
4 (
line
1)
NO
---
---
kW
NO
/YE
S
0.0
…5
00
.0
Ib6
2C
01
Siz
e g
rou
p f
or
com
pre
sso
r 1
(lin
e 1
) o
r p
rese
nce
of
inve
rte
rS
1--
-S
1…
S4
/IN
V…
……
……
C1
2S
ize
gro
up
fo
r co
mp
ress
or
6 (
line
1)
S1
---
S1
…S
4
Ib8
0
Re
gu
lati
on
by
Co
mp
ress
or
con
tro
l by
tem
pe
ratu
re o
r p
ress
ure
(lin
e 1
)P
RE
SS
UR
E--
-P
RE
SS
UR
E /
TE
MP
ER
AT
UR
EM
ea
sure
un
itU
nit
of
me
asu
re (
line
1)
ba
rg--
-…
Re
frig
era
nt
Typ
e o
f re
frig
era
nt
(su
cti
on
Lin
e 1
)
R4
04
A--
-
R2
2 -
R1
34
a -
R4
04
A -
R4
07
C
- R
41
0A
- R
50
7A
- R
29
0 -
R6
00
- R
60
0a
- R
71
7 -
R7
44
- R
72
8 -
R1
27
0 -
R4
17
A -
R4
22
D
Ib8
1
Re
gu
lati
on
typ
eC
om
pre
sso
r co
ntr
ol t
ype
(lin
e 1
)N
eu
tra
l zo
ne
---
Pro
po
rtio
na
l ba
nd
Ne
utr
al z
on
eE
na
ble
inte
gra
l tim
e
ac
tio
n
En
ab
le in
teg
ral t
ime
fo
r p
rop
ort
ion
al s
uc
tio
n li
ne
co
ntr
ol (
line
2)
NO
---
NO
/ S
I
Ib8
2S
etp
oin
tS
etp
oin
t w
ith
ou
t co
mp
en
sati
on
(su
cti
on
lin
e 2
)3
.5 b
arg
…(*
*)…
(**)
Diff
ere
nti
al
Diff
ere
nti
al (
suc
tio
n li
ne
2)
0.3
ba
rg…
(**)
…(*
*)
Ib9
0D
ed
ica
ted
pR
ack
bo
ard
for
con
de
nse
r lin
e
Su
ct.
line
(s)
an
d c
on
d.li
ne
(s)
on
diff
ere
nt
bo
ard
s, t
ha
t is
, co
nd
en
ser
line
(s)
on
de
dic
ate
d b
oa
rdN
O--
-N
O/Y
ES
Ib9
1Fa
ns
nu
mb
er
Nu
mb
er
of
fan
s (l
ine
1)
3--
-0
…1
6
Ib5
4
Mo
du
late
sp
ee
d d
ev
ice
Fan
mo
du
lati
ng
sp
ee
d d
ev
ice
(lin
e 1
)
NO
NE
---
NE
SS
UN
O
INV
ER
TE
R
CO
NT
R. T
AG
LIO
DI F
AS
E
Ib9
3R
eg
ula
tio
n b
yFa
ns
con
tro
l by
tem
pe
ratu
re o
r p
ress
ure
va
lue
(lin
e 1
)P
RE
SS
UR
E
---
PR
ES
SIO
NE
/ T
EM
PE
RA
TU
RA
Me
asu
re u
nit
Un
it o
f m
ea
sure
(lin
e 1
)b
arg
---
…
Ib9
3
Re
frig
era
nt
Typ
e o
f re
frig
era
nt
(co
nd
en
ser
line
1)
R4
04
A--
-
R2
2 -
R1
34
a -
R4
04
A -
R4
07
C
- R
41
0A
- R
50
7A
- R
29
0 -
R6
00
- R
60
0a
- R
71
7 -
R7
44
- R
72
8 -
R1
27
0 -
R4
17
A -
R4
22
D
Ib9
4
Re
gu
lati
on
typ
eFa
n c
on
tro
l typ
e (
line
1)
Pro
po
rtio
na
l
ba
nd
---
Pro
po
rtio
na
l ba
nd
Ne
utr
al z
on
eE
na
ble
inte
gra
l tim
e
ac
tio
n
En
ab
le in
teg
ral t
ime
fo
r p
rop
ort
ion
al b
an
d c
on
tro
l N
O--
-N
O/Y
ES
Ib9
5S
etp
oin
tS
etp
oin
t w
ith
ou
t co
mp
en
sati
on
(co
nd
en
ser
line
1)
12
.0 b
arg
…(*
*)…
(**)
Diff
ere
nti
al
Diff
ere
nti
al (
con
de
nse
r lin
e 1
)2
.0 b
arg
…(*
*)…
(**)
Ib9
6C
on
fi g
ure
an
oth
er
con
de
nsi
ng
lin
e
Se
con
d c
on
de
nse
r lin
e c
on
fi g
ura
tio
nN
O--
-N
O/Y
ES
Ib1
aFa
ns
nu
mb
er
Nu
mb
er
of
fan
s (l
ine
2)
3--
-0
…1
6
75
Mas
k in
dex
Dis
pla
y de
scrip
tion
Des
crip
tion
Def
ault
UM
Valu
es…
……
……
…Ib
1e
Diff
ere
nti
al
Diff
ere
nti
al (
con
de
nse
r lin
e 2
)2
.0 b
arg
…(*
*)…
(**)
Ic0
1
Typ
e o
f In
sta
llati
on
Typ
e o
f p
lan
tA
SP
IRA
Z+
CO
N-
DE
NS
AZ
.--
-
AS
PIR
AZ
ION
E
CO
ND
EN
SA
ZIO
NE
AS
PIR
AZ
. + C
ON
DE
NS
AZ
.Ic
02
Me
asu
re U
nit
sU
nit
of
me
asu
re°C
/ba
rg--
-°C
/ba
rg
/ °
F/p
sig
Ic0
3N
um
be
r o
f su
cti
on
lin
es
Nu
mb
er
of
suc
tio
n li
ne
s1
---
0…
2
Ic0
4D
ed
ica
ted
pR
ack
bo
ard
for
suc
tio
n li
ne
Su
cti
on
lin
es
are
on
diff
ere
nt
bo
ard
sN
O--
-N
O/Y
ES
Ic0
5
Co
mp
ress
ors
typ
eTy
pe
of
com
pre
sso
rs (
line
1)
RE
CIP
RO
CA
TIN
G--
-R
EC
IPR
OC
AT
ING
SC
RO
LL
SC
RE
WC
om
pre
sso
rs n
um
be
rN
um
be
r o
f co
mp
ress
ors
(lin
e 1
)4
---
1…
6/1
2 (
*)
Ic0
6
Co
mp
ress
ors
typ
eTy
pe
of
com
pre
sso
rs (
line
2)
RE
CIP
RO
CA
TIN
G--
-R
EC
IPR
OC
AT
ING
SC
RO
LL
SC
RE
WC
om
pre
sso
rs n
um
be
rN
um
be
r o
f co
mp
ress
ors
(lin
e 2
)0
---
1…
6
Ic0
7N
um
be
r o
f co
nd
en
sin
g
line
s
Nu
mb
er
of
con
de
nse
r lin
es
in t
he
sys
tem
1--
-0
…2
Ic0
8Li
ne
1N
um
be
r o
f fa
ns
(lin
e 1
)4
---
0…
16
Lin
e 2
Nu
mb
er
of
fan
s (l
ine
2)
0--
-0
…1
6
Ic0
9D
ed
ica
ted
pR
ack
bo
ard
for
con
de
nse
r lin
e
Co
nd
en
ser
line
s a
re o
n d
iff e
ren
t b
oa
rds
NO
---
NO
/YE
S
Ic1
0 (
solo
vis
ua
l.)B
oa
rds
ne
cess
ary
pLA
N b
oa
rds
req
uir
ed
fo
r th
e s
ele
cte
d p
re-c
on
fi g
ura
tio
n--
---
---
-
Id0
1S
ave
co
nfi
gu
rati
on
Sav
e M
an
ufa
ctu
rer
con
fi g
ura
tio
nN
O--
-N
O/Y
ES
Loa
d c
on
fi g
ura
tio
nM
an
ua
l in
sta
llati
on
of
Ma
nu
fac
ture
r co
nfi
gu
rati
on
N
O--
-N
O/Y
ES
Id0
2R
est
ore
Ca
rel d
efa
ult
Ma
nu
al i
nst
alla
tio
n o
f C
are
l de
fau
lt v
alu
es
NO
---
NO
/YE
S (*
) D
ep
en
din
g o
n t
he
typ
e o
f co
mp
ress
or
(**)
De
pe
nd
ing
on
th
e u
nit
of
me
asu
re s
ele
cte
d
(***
) D
ep
en
din
g o
n t
he
co
mp
ress
or
ma
nu
fac
ture
r, se
e r
ela
tive
pa
rag
rap
h
(***
*) D
ep
en
din
g o
n t
he
ha
rdw
are
siz
e
77
NOTE:_______________________________________________
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NOTE:_______________________________________________
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CAREL INDUSTRIES - HeadquartersVia dell’Industria, 11 - 35020 Brugine - Padova (Italy)
Tel. (+39) 049.9716611 - Fax (+39) 049.9716600
e-mail: [email protected] - www.carel.com
Agenzia / Agency:
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