PLC_1

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Table of contents
PLC_1 [CPU 314C-2 PN/DP] 3 - 1
Program blocks
Main [OB1] 4 - 1
MEMORY=PERIPHERAL [FC1] 5 - 1
ENERGY MONITORING [FC4] 6 - 1
UMG96RM [DB2] 7 - 1
COMPLETE RESTART [OB100] 8 - 1
CYCL_FLT [OB80] 9 - 1
I/O_FLT1 [OB82] 10 - 1
PROG_ERR [OB121] 11 - 1
MOD_ERR [OB122] 12 - 1
CYC_INT5 [OB35] 13 - 1
I/O_FLT2 [OB83] 14 - 1
RACK_FLT [OB86] 15 - 1
OBNL_FLT [OB85] 16 - 1
Retentive Memory [DB1] 17 - 1
ALARM MESSAGES [FC2] 18 - 1
DATE AND TIME [FC3] 19 - 1
PLC Time [DB3] 20 - 1
AUXILIARY WATCHDOG TIMERS [FC5] 21 - 1
PRIMARY PUMP [FC6] 22 - 1
SECONDARY PUMP [FC7] 23 - 1
COOLING TOWER FANS [FC9] 24 - 1
PV_FLOW_MONITORING [FC10] 25 - 1
SYSTEM START_STOP_FAULT [FC11] 26 - 1
VFD SPEED CONTROL [FC12] 27 - 1
CHILLER START_STOP [FC13] 28 - 1
PV_FLOW [DB28] 29 - 1
PV_LEVEL_MONITORING [FC14] 30 - 1
PV_PRESSURE_MONITORING [FC15] 31 - 1
PV_TEMPERATURE_MONITORING [FC16] 32 - 1
PV_LEVEL [DB29] 33 - 1
PV_PRESSURE [DB30] 34 - 1
PV_TEMPERATURE [DB31] 35 - 1
SECONDARY DUTY CYCLE [FC17] 36 - 1
PV_SV [DB41] 37 - 1
PRIMARY DUTY CYCLE [FC18] 38 - 1
Coefficient of Performance [FC19] 39 - 1
COP [DB42] 40 - 1
System blocks
System diagnostics
RSE_DB [DB49] 41 - 1
RSE_DIAGNOSTIC_STATUS_DB [DB127] 42 - 1
RSE_FB [FB49] 43 - 1
RSE_FC [FC49] 44 - 1
RSE_GLOBAL_DB [DB50] 45 - 1
Program resources
P103A [DB5] 46 - 1
DT_TOD [FC8] 47 - 1
P103B [DB4] 48 - 1
P103C [DB6] 49 - 1
P104A [DB7] 50 - 1
P104B [DB8] 51 - 1
P104C [DB9] 52 - 1
CT_FAN 01 [DB11] 53 - 1
CT_FAN 02 [DB12] 54 - 1
CT_FAN 03 [DB13] 55 - 1
CT_FAN 04 [DB14] 56 - 1
CT_FAN 05 [DB15] 57 - 1
CT_FAN 06 [DB16] 58 - 1
PIT 101 Valve [DB17] 59 - 1
Absorption Chiller [DB10] 60 - 1
Trane Chiller [DB19] 61 - 1
Carrier-6 Chiller [DB21] 62 - 1
Carrier-7 Chiller [DB24] 63 - 1
SCALE [FC105] 64 - 1
CALL 2nd VFD [DB35] 65 - 1
CONT_C [FB41] 66 - 1

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DISCONNECT 2nd VFD [DB34] 67 - 1
Technology objects
CONT_C_DB_1 [DB27] 68 - 1
CONT_C_DB_2 [DB38] 69 - 1
PLC tags
Default tag table [220]
PLC tags 70 - 1
User constants 71 - 1
HMI Messages [79]
PLC tags 72 - 1
Memory Bits [121]
PLC tags 74 - 1
PID_TAGS [9]
PLC tags 76 - 1
PLC data types 78 - 1
Watch and force tables
Force table 79 - 1
PID_01_02 80 - 1
PLC alarms
PLC alarms 81 - 1
User diagnostics alarms 82 - 1
System alarms 83 - 1
Text lists 84 - 1
Local modules
DI 16/DO 16x24VDC/0.5A_1 85 - 1
DI 32x24VDC_1 86 - 1
DI 32x24VDC_2 87 - 1
DO 32x24VDC/0.5A_1 88 - 1
AI 8x13BIT_1 89 - 1
AI 8x13BIT_2 90 - 1
AI 8x13BIT_3 91 - 1
AO 4x12BIT_1 92 - 1
Distributed I/O
DP-Mastersystem (1): PROFIBUS_1 93 - 1
Slave_1 94 - 1
Kons.: 62 Word In, 4 Byte Out_1 95 - 1

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PLC_1 [CPU 314C-2 PN/DP]
PLC_1
General
Name PLC_1 Author SARFRAZ Comment
Rack 0 Slot 2
GeneralCatalog information
Short designation CPU 314C-2 PN/DP Description Work memory 192KB; 0.6ms/1000
instructions; DI24/DO16; AI5/AO2
integrated; 4 pulse outputs
(2.5kHz); 4 channels counting and
measuring with 24 V (60kHz) incre‐
mental encoders; integrated posi‐
tioning function; PROFINET inter‐
face and 2 Ports; MRP; PROFINET
CBA; PROFINET CBA Proxy; TCP/IP
transport protocol; combined
MPI/DP interface (MPI or DP master
or DP slave); multi-tier configura‐
tion up to 31 modules; capable of
sending and receiving in direct data
exchange; constant bus cycle time;
routing; firmware V3.3
Order number 6ES7 314-6EH04-0AB0
Firmware version V3.3
GeneralIdentification & Maintenance
Plant designation Location identifier
Isochronous mode interrupts
OB number Priority Distributed I/O Process image partition(s) Delay time (ms) Automatic setting
OB 61: 25 0 0.000 True
Isochronous mode interruptsOB 61
Application cycle
(ms):
0ms Time lag: 0.000ms Automatic setting True
Distributed I/O: 0
Isochronous mode interruptsOB 61Process image partition
PIP:
MPI/DP interfaceGeneral
Name MPI/DP interface_1 Comment
MPI/DP interfacePROFIBUS addressInterface networked with
Subnet: PROFIBUS_1
MPI/DP interfacePROFIBUS addressParameters
Interface type: PROFIBUS Address: 2 Highest address: 126
Transmission speed: 1.5 Mbps
MPI/DP interfaceOperating mode
Operating mode DP master DP master system: DP-Mastersystem (1) Assigned DP Master: Not assigned
MPI/DP interfaceOperating modeDPOperatingModeAddOnsMenu
Test, commissioning
and routing
False Watchdog True
MPI/DP interfaceAnchor (TimeSyncMenu)
The TreeNode Time‐
SyncMenu was not
filled by some ACF
MPI/DP interfaceSYNC/FREEZE
Group SYNC FREEZE Comment
1 True True
2 True True
3 True True
4 True True
5 True True
6 True True
7 True True
8 True True
MPI/DP interfaceDiagnostics addressesDiagnostics addresses
Start address 2047
Overview of addresses
Inputs True Outputs True Address gaps False
Slot True

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Overview of addressesOverview of addresses
Type Addr. from Addr. to Module PIP DP PN Rack Slot
I* 2047 2047 MPI/DP interface_1 - - - 0 2 X1
I* 2046 2046 PROFINET inter‐
face_1
- - - 0 2 X2
I* 2045 2045 Port_1 - - - 0 2 X2 P1 R
I* 2044 2044 Port_2 - - - 0 2 X2 P2 R
I 816 831 Count_1 - - - 0 2 7
I 832 847 Positioning_1 - - - 0 2 8
I 0 1 DI 16/DO
16x24VDC/0.5A_1
OB1-PI - - 0 4
I* 2043 2043 Slave_1 - 1(3) - 0 0
I 368 491 Kons.: 62 Word In,
4 Byte Out_1
- 1(3) - 0 1
I 752 761 AI 5/AO 2_1 - - - 0 2 6
I 124 126 DI 24/DO 16_1 OB1-PI - - 0 2 5
I 2 5 DI 32x24VDC_1 OB1-PI - - 0 5
I 6 9 DI 32x24VDC_2 OB1-PI - - 0 6
I 268 283 AI 8x13BIT_1 - - - 0 8
I 284 299 AI 8x13BIT_2 - - - 0 9
I 300 315 AI 8x13BIT_3 - - - 0 10
Q 816 831 Count_1 - - - 0 2 7
Q 832 847 Positioning_1 - - - 0 2 8
Q 0 1 DI 16/DO
16x24VDC/0.5A_1
OB1-PI - - 0 4
Q 368 375 AO 4x12BIT_1 - - - 0 11
Q 256 259 Kons.: 62 Word In,
4 Byte Out_1
- 1(3) - 0 1
Q 752 755 AI 5/AO 2_1 - - - 0 2 6
Q 124 125 DI 24/DO 16_1 OB1-PI - - 0 2 5
Q 2 5 DO 32x24VDC/
0.5A_1
OB1-PI - - 0 7
PROFINET interface [X2]General
Name PROFINET interface_1 Comment
PROFINET interface [X2]Ethernet addressesInterface networked with
Subnet: PN/IE_1
PROFINET interface [X2]Ethernet addressesIP protocol
Set IP address in the project IP address: 192.168.0.1 Subnet mask: 255.255.255.0
Use router False
PROFINET interface [X2]Ethernet addressesPROFINET
PROFINET device
name is set directly
at the device
False Generate PROFINET
device name auto‐
matically
True PROFINET device
name
plc_1
Converted name: plcxb1d0ed Device number: 0
PROFINET interface [X2]Time synchronizationNTP mode
Enable time syn‐
chronization via NTP
server
False IP addresses Server 1 0.0.0.0
Server 2 0.0.0.0 Server 3 0.0.0.0 Server 4 0.0.0.0
Update interval 10s
PROFINET interface [X2]Operating modePNOperatingModeInsiderPNOperatingModeMenuType5
IO controller True IO system Device number 0
IO device False Assigned IO control‐
ler
Parameter assign‐
ment of PN inter‐
face by higher-level
IO controller
0
Prioritized startup False Device number
PROFINET interface [X2]Advanced optionsInterface options
Call the user pro‐
gram if communica‐
tion errors occur
False Support device re‐
placement without
exchangeable medi‐
um
True Use IEC V2.2 LLDP
mode
True
Send keepalives for
connections
30s
PROFINET interface [X2]Advanced optionsMedia redundancy
MRP domain mrpdomain-1 Media redundancy
role:
Not device in the ring
PROFINET interface [X2]Advanced optionsReal time settingsIO communication
Send clock: 1.000ms
PROFINET interface [X2]Advanced optionsReal time settingsSynchronization
Sync domain: Sync-Domain_1 Synchronization
role:
Unsynchronized RT class: RT,IRT
PROFINET interface [X2]Advanced optionsReal time settingsReal time options
Calculated band‐
width for cyclic IO
data:
0.000ms
PROFINET interface [X2]Advanced optionsPort [X2 P1]General
Rack 1 Name Port_1 Rack 1
Comment Name Port_1 Comment
PROFINET interface [X2]Advanced optionsPort [X2 P1]Port interconnectionLocal port:
Local port: PLC_1PROFINET interface_1
[X2]Port_1 [X2 P1 R]
Medium: Copper Cable name: ---

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PROFINET interface [X2]Advanced optionsPort [X2 P1]Port interconnectionPartner port:
Alternative partners False Partner port: Any partner
PROFINET interface [X2]Advanced optionsPort [X2 P1]Port optionsActivate
Activate this port for
use
True
PROFINET interface [X2]Advanced optionsPort [X2 P1]Port optionsConnection
Transmission rate /
duplex:
Automatic Monitor False Enable autonegotia‐
tion
True
PROFINET interface [X2]Advanced optionsPort [X2 P1]Port optionsBoundaries
End of detection of
accessible devices
False End of topology dis‐
covery
False End of the sync do‐
main
False
PROFINET interface [X2]Advanced optionsPort [X2 P1]Diagnostics addressesDiagnostics addresses
Start address 2045 Start address 2045
PROFINET interface [X2]Diagnostics addressesDiagnostics addresses
Start address 2046
DI 24/DO 16General
Name DI 24/DO 16_1 Comment
DI 24/DO 16GeneralCatalog information
Short designation DI 24/DO 16 Description Digital input/output DI24 + DO16
DI 24/DO 16InputsChannel group 0 - 3
Input delay 3ms
DI 24/DO 16InputsChannel group 0 - 3Hardware interrupt channel 0Rising (positive) edge
Rising (positive)
edge
False
DI 24/DO 16InputsChannel group 0 - 3Hardware interrupt channel 0Falling (negative) edge
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Input delay 3ms
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Input delay 3ms
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False

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Rising (positive)
edge
False
Falling (negative)
edge
False
Input delay 3ms
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Input delay 3ms
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Input delay 3ms
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
Rising (positive)
edge
False
Falling (negative)
edge
False
DI 24/DO 16I/O addressesInput addresses
Start address 124 End address 126 Process image OB1-PI
Interrupt OB num‐
ber
40
DI 24/DO 16I/O addressesOutput addresses
AI 5/AO 2General
Name AI 5/AO 2_1 Comment

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AI 5/AO 2GeneralCatalog information
Short designation AI 5/AO 2 Description Analog I/O AI5 + AO2
AI 5/AO 2Inputs
Temperature unit Degrees Celsius
AI 5/AO 2InputsChannel 0
Measuring type Deactivated Measuring range Deactivated Interference fre‐
quency suppression
---
Integration time ---
quency suppression
---
quency suppression
---
quency suppression
---
Measuring type Deactivated Measuring range Deactivated
AI 5/AO 2OutputsOutput 0
Output type Voltage Output range 0..10V
AI 5/AO 2OutputsOutput 1
Output type Voltage Output range 0..10V
AI 5/AO 2I/O addressesInput addresses
Start address 752 End address 761 Process image None
Interrupt OB num‐
ber
40
AI 5/AO 2I/O addressesOutput addresses
CountGeneral
Name Count_1 Comment
CountGeneralCatalog information
Short designation Count Description 4 channels; counting and frequen‐
cy measurement at 60 kHz, pulse
width modulation at 2.5 kHz
switching frequency
CountInterrupt selection
Interrupt selection None
CountChannel 0
Operating mode Not configured
CountChannel 1
CountChannel 2
CountChannel 3
CountI/O addressesInput addresses
Interrupt OB num‐
ber
40
CountI/O addressesOutput addresses
PositioningGeneral
Name Positioning_1 Comment
PositioningGeneralCatalog information
Short designation Positioning Description 1 channel; positioning with analog
and digital outputs, counting fre‐
quency
PositioningInterrupt selection
Interrupt selection None
PositioningChannel 0
Operating mode None
PositioningI/O addressesInput addresses
Interrupt OB num‐
ber
40
PositioningI/O addressesOutput addresses
Startup
Startup if preset
configuration does
not match actual
configuration
True Reset outputs at hot
restart
True Disable hot restart
when started by op‐
erator or by a com‐
munication job
True
Startup after POWER
ON
Warm restart
StartupMonitoring time for
Ready message
from modules
650x 100 ms Parameter transfer
to modules
100x 100 ms
Cycle
Update process im‐
age cyclically
True Cycle monitoring
time
150ms Minimum scan cycle
time [ms]:
0
Cycle load due to
communication
20% Size of the process
image input:
256 Size of the process
image output:
256
OB85 call if I/O ac‐
cess error occurs
No OB85 call
Clock memory
Clock memory True Memory byte 50

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InterruptsTime-of-day interrupts
OB number Priority Active Execution Start time
OB 10: 2 False None 1994-01-01 00:00:00.000
InterruptsTime-delay interrupts
OB number Priority Process image partition(s)
OB 20: 3 None
OB 21: 4 None
InterruptsCyclic interrupts
OB number Priority Execution Phase offset Unit
OB 32: 9 1000 0 ms
OB 33: 10 500 0 ms
OB 34: 11 200 0 ms
OB 35: 12 100 0 ms
InterruptsHardware interrupts
OB number Priority
OB 40: 16
InterruptsInterrupts for DPV1
OB number Priority
OB 55: 2
OB 56: 2
OB 57: 2
InterruptsAsynchronous error interrupts
OB number Priority
OB 82: 26
OB 83: 26
OB 85: 26
OB 86: 26
OB 87: 26
Retentive memory
Number of memory
bytes starting at MB
0
0 Number of S7 timers
starting at T 0
0 Number of S7 coun‐
ters starting at C 0
8
Protection
Password Confirm password
Protection
Level of protection No protection
Protection Can be canceled with password
Can be canceled
with password
False
Diagnostics system
Report cause of
STOP
True Number of alarms in
the diagnostics buf‐
fer
10
System diagnosticsGeneral
Activate system di‐
agnostics for this
PLC
True
System diagnosticsAlarm settings
Category Alarm Acknowledgement Alarm class
Fault True False No Acknowledgement
Maintenance demanded True False No Acknowledgement
Maintenance required True False No Acknowledgement
Info True False No Acknowledgement
System diagnosticsDiagnostic support
Query for status "ac‐
tivated/deactivated"
after startup
False Send alarm if status
changes from/to ac‐
tivated or deactiva‐
ted
False
Additional blocks for diagnostic data Create Block name Block number
Diagnostic status DB: True RSE_DIAGNOSTIC_STATUS_DB 127
System diagnosticsSystem diagnostic blocks
System diagnostic blocks Block name Block number
FB: RSE_FB 49
DB: RSE_DB 49
Global DB: RSE_GLOBAL_DB 50
FC: RSE_FC 49
Time of day
Correction factor 0ms
Time of daySynchronization on PLC
Type of synchroni‐
zation
None Time interval None
Time of daySynchronization on MPI
Type of synchroni‐
zation
None Time interval None
Web serverGeneral
Activate web server
on this module
True Permit access only
with HTTPS
False
Web serverAutomatic update
Enable automatic
update
True Update interval 10s
Web serverLanguages
Active Web server language Assign project language
False German None
True English English (United States)
False French None
False Spanish None
False Italian None
False Japanese None
False Chinese (simplified) None

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Web serverUser management
User name User rights
Everybody
Web serverUser defined web pages
Application name HTML source path Default HTML page Files with dynamic content Web DB number Fragment DB number
index.htm .htm;.html 333 334
Web serverDisplay classes of messages
Display class Active
0 True
1 True
2 True
3 True
4 True
5 True
6 True
7 True
8 True
9 True
10 True
11 True
12 True
13 True
14 True
15 True
16 True
Anchor (ParameterCommunicationMenu)
The TreeNode Pa‐
rameterCommunica‐
tionMenu was not
filled by some ACF
Anchor (AddressesOverviewMenu)
The AddressesOver‐
viewMenu was not
filled by some ACF

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PLC_1 [CPU 314C-2 PN/DP] / Program blocks
Main [OB1]
Main Properties
General
Name Main Number 1 Type OB Language STL
Numbering automatic
Information
Title "Main Program Sweep (Cy‐
cle)"
Author Comment Family
Version 0.1 User-defined
ID
Name Data type Offset Default value Comment
Temp
OB1_EV_CLASS Byte 0.0 Bits 0-3 = 1 (Coming event), Bits 4-7 = 1 (Event class 1)
OB1_SCAN_1 Byte 1.0 1 (Cold restart scan 1 of OB 1), 3 (Scan 2-n of OB 1)
OB1_PRIORITY Byte 2.0 Priority of OB Execution
OB1_OB_NUMBR Byte 3.0 1 (Organization block 1, OB1)
OB1_RESERVED_1 Byte 4.0 Reserved for system
OB1_PREV_CYCLE Int 6.0 Cycle time of previous OB1 scan (milliseconds)
OB1_MIN_CYCLE Int 8.0 Minimum cycle time of OB1 (milliseconds)
OB1_MAX_CYCLE Int 10.0 Maximum cycle time of OB1 (milliseconds)
OB1_DATE_TIME Date_And_Time 12.0 Date and time OB1 started
Constant
Network 1:
0001 CALL "MEMORY=PERIPHERAL"
0002 CALL "ALARM MESSAGES"
0003 CALL "DATE AND TIME"
0004 CALL "ENERGY MONITORING"
0005 CALL "AUXILIARY WATCHDOG TIMERS"
0006 CALL "PRIMARY PUMP"
0007 CALL "SECONDARY PUMP"
0008 CALL "COOLING TOWER FANS"
0009 CALL "PV_FLOW_MONITORING"
0010 CALL "SYSTEM START_STOP_FAULT"
0011 CALL "VFD SPEED CONTROL"
0012 CALL "CHILLER START_STOP"
0013 CALL "PV_LEVEL_MONITORING"
0014 CALL "PV_PRESSURE_MONITORING"
0015 CALL "PV_TEMPERATURE_MONITORING"
0016 CALL "SECONDARY DUTY CYCLE"
0017 CALL "PRIMARY DUTY CYCLE"
0018 CALL "Coefficient of Performance"
Symbol Address Type Comment
Network 2: Call system diagnostics block
0001 CALL "RSE_FB", "RSE_DB"

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MEMORY=PERIPHERAL [FC1]
MEMORY=PERIPHERAL Properties
General
Name MEMORY=PERIPHERAL Number 1 Type FC Language STL
Numbering automatic
Information
Title Author Comment Family
ID
Input
Output
InOut
Temp
Constant
Return
MEMORY=PERIPHERAL Void
Network 1: MEMORY BITS AGAINST PERIPHERAL INPUTS
0001 A "SURGE FAULT INPUT (4SPD3)"
0002 = "SURGE FAULT INPUT (4SPD3) MEMORY BIT"
0003 A "PHASE SEQUENCE RELAY (4PFR5)"
0004 = "PHASE SEQUENCE RELAY (4PFR5) MEMORY BIT"
0005 A "PANEL COOLING FAN MCB INPUT (5F4)"
0006 = "PANEL COOLING FAN MCB INPUT (5F4) MEMORY BIT"
0007 A "SYSTEM START PUSH BUTTON (8S4)"
0008 = "SYSTEM START PUSH BUTTON (8S4) MEMORY BIT"
0009 A "SYSTEM STOP PUSH BUTTON (8S5)"
0010 = "SYSTEM STOP PUSH BUTTON (8S5) MEMORY BIT"
0011 A "SYSTEM RESET PUSH BUTTON (8S5.1)"
0012 = "SYSTEM RESET PUSH BUTTON (8S5.1) MEMORY BIT"
0013 A "EMERGENCY STOP AT PANEL (8S6)"
0014 = "EMERGENCY STOP AT PANEL (8S6) MEMORY BIT"
0015 A "AUTO/MANUAL SELECTOR SWITCH (8SS6.1)"
0016 = "AUTO/MANUAL SELECTOR SWITCH (8SS6.1) MEMORY BIT"
0017 A "FIELD INSTRUMENT MCB (5F0.0)"
0018 = "FIELD INSTRUMENT MCB (5F0.0) MEMORY BIT"
0019 A "FIELD INSTRUMENT MCB (5F1)"
0020 = "FIELD INSTRUMENT MCB (5F1) MEMORY BIT"
0023 A "FIELD INSTRUMENT MCB (5F3.1)"
0024 = "FIELD INSTRUMENT MCB (5F3.1) MEMORY BIT"
0027 A "SPARE(7)"
0028 = "SPARE(82) MEMORY BIT"
0029 A "SPARE(8)"
0031 A "SPARE(9)"
0033 A "SPARE(10)"
0035 A "SPARE(11)"
0037 A "SPARE(12)"
0039 A "SPARE(13)"
0041 A "SPARE(14)"
0043 A "SPARE(15)"
0045 A "SPARE(16)"
0047 A "SPARE(17)"
0049 A "Primary Pump P103A Running Feed Back"
0050 = "Primary Pump P103A Running Feed Back MEMORY BIT"
0051 A "Primary Pump P103B Running Feed Back"
0052 = "Primary Pump P103B Running Feed Back MEMORY BIT"
0053 A "Primary Pump P103C Running Feed Back"
0054 = "Primary Pump P103C Running Feed Back MEMORY BIT"
0055 A "Secondary Pump P104A VFD Running Feed Back"
0056 = "Secondary Pump P104A VFD Running Feed Back MEMORY BIT"
0057 A "Secondary Pump P104B VFD Running Feed Back"
0058 = "Secondary Pump P104B VFD Running Feed Back MEMORY BIT"
0059 A "Secondary Pump P104C VFD Running Feed Back"
0060 = "Secondary Pump P104C VFD Running Feed Back MEMORY BIT"
0061 A "Cooling Tower Fan 01 Running Feed Back"
0062 = "Cooling Tower Fan 01 Running Feed Back MEMORY BIT"

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0073 A "Return Water PIT 101 Valve Open Feed Back"
0074 = "Return Water PIT 101 Valve Open Feed Back MEMORY BIT"
0075 A "SPARE(34)"
0077 A "SPARE(35)"
0079 A "SPARE(36)"
0081 AN "Primary Pump P103A Manual Mode Selected"
0082 = "Primary Pump P103A Auto/Manual Mode Selected MEMORY BIT"
0083 AN "Primary Pump P103B Manual Mode Selected"
0084 = "Primary Pump P103B Auto/Manual Mode Selected MEMORY BIT"
0085 AN "Primary Pump P103C Manual Mode Selected"
0086 = "Primary Pump P103C Auto/Manual Mode Selected MEMORY BIT"
0087 AN "Secondary Pump P104A Manual Mode Selected"
0088 = "Secondary Pump P104A Auto/Manual Mode Selected MEMORY BIT"
0089 AN "Secondary Pump P104B Manual Mode Selected"
0090 = "Secondary Pump P104B Auto/Manual Mode Selected MEMORY BIT"
0091 AN "Secondary Pump P104C Manual Mode Selected"
0092 = "Secondary Pump P104C Auto/Manual Mode Selected MEMORY BIT"
0093 AN "Cooling Tower Fan 01 Manual Mode Selected"
0094 = "Cooling Tower Fan 01 Auto/Manual Mode Selected MEMORY BIT"
0105 A "SPARE(40)"
0107 A "SPARE(41)"
0109 A "SPARE(42)"
0111 A "SPARE(43)"
0113 A "Absorption Chiller Unit-A Running Feedback"
0114 = "Absorption Chiller Unit-A Running Feedback MEMORY BIT"
0115 A "Absorption Chiller Unit-B Running Feedback"
0116 = "Absorption Chiller Unit-B Running Feedback MEMORY BIT"
0117 A "Trane Chiller Unit-A Running Feedback"
0118 = "Trane Chiller Unit-A Running Feedback MEMORY BIT"
0119 A "Trane Chiller Unit-B Running Feedback"
0120 = "Trane Chiller Unit-B Running Feedback MEMORY BIT"
0121 AN "Carrier-6 Chiller Unit-A Running Feedback"
0122 = "Carrier-6 Chiller Unit-A Running Feedback MEMORY BIT"
0123 AN "Carrier-6 Chiller Unit-B Running Feedback"
0124 = "Carrier-6 Chiller Unit-B Running Feedback MEMORY BIT"
0125 AN "Carrier-6 Chiller Unit-C Running Feedback"
0126 = "Carrier-6 Chiller Unit-C Running Feedback MEMORY BIT"
0127 AN "Carrier-7 Chiller Unit-A Running Feedback"
0128 = "Carrier-7 Chiller Unit-A Running Feedback MEMORY BIT"
0129 AN "Carrier-7 Chiller Unit-B Running Feedback"
0130 = "Carrier-7 Chiller Unit-B Running Feedback MEMORY BIT"
0131 A "Carrier-7 Chiller Unit-C Running Feedback"
0132 = "Carrier-7 Chiller Unit-C Running Feedback MEMORY BIT"
0133 A "SPARE(44)"
0135 A "SPARE(45)"
0137 A "SPARE(46)"
0139 A "SPARE(47)"
0141 A "SPARE(48)"
0143 A "SPARE(49)"
0145
"Absorption Chiller Unit-A Running
Feedback MEMORY BIT"
%M4.0 Bool
Feedback"
%I4.0 Bool
"Absorption Chiller Unit-B Running
%M4.1 Bool
Feedback"
%I4.1 Bool

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"AUTO/MANUAL SELECTOR
SWITCH (8SS6.1) MEMORY BIT"
%M126.7 Bool
SWITCH (8SS6.1)"
%I126.7 Bool
"Carrier-6 Chiller Unit-A Running
%M4.4 Bool
Feedback"
%I4.4 Bool
"Carrier-6 Chiller Unit-B Running
%M4.5 Bool
Feedback"
%I4.5 Bool
"Carrier-6 Chiller Unit-C Running
%M4.6 Bool
Feedback"
%I4.6 Bool
%M4.7 Bool
Feedback"
%I4.7 Bool
%M5.0 Bool
Feedback"
%I5.0 Bool
%M5.1 Bool
Feedback"
%I5.1 Bool
"Cooling Tower Fan 01 Auto/
Manual Mode Selected MEMORY
BIT"
%M2.6 Bool
"Cooling Tower Fan 01 Manual
Mode Selected"
%I2.6 Bool
"Cooling Tower Fan 01 Running
Feed Back MEMORY BIT"
%M0.6 Bool
Feed Back"
%I0.6 Bool
BIT"
%M2.7 Bool
Mode Selected"
%I2.7 Bool
%M0.7 Bool
Feed Back"
%I0.7 Bool
BIT"
%M3.0 Bool
Mode Selected"
%I3.0 Bool
%M1.0 Bool
Feed Back"
%I1.0 Bool
BIT"
%M3.1 Bool
Mode Selected"
%I3.1 Bool
%M1.1 Bool
Feed Back"
%I1.1 Bool
BIT"
%M3.2 Bool
Mode Selected"
%I3.2 Bool
%M1.2 Bool
Feed Back"
%I1.2 Bool
BIT"
%M3.3 Bool
Mode Selected"
%I3.3 Bool
%M1.3 Bool
Feed Back"
%I1.3 Bool
"EMERGENCY STOP AT PANEL
(8S6) MEMORY BIT"
%M126.6 Bool
(8S6)"
%I126.6 Bool
"FIELD INSTRUMENT MCB (5F0.0)
MEMORY BIT"
%M124.0 Bool
"FIELD INSTRUMENT MCB (5F0.0)" %I124.0 Bool
"FIELD INSTRUMENT MCB (5F1)
MEMORY BIT"
%M124.1 Bool
"FIELD INSTRUMENT MCB (5F1)" %I124.1 Bool
MEMORY BIT"
%M124.2 Bool

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MEMORY BIT"
%M124.3 Bool
"FIELD INSTRUMENT MCB (5F3.1)" %I124.3 Bool
MEMORY BIT"
%M124.4 Bool
"PANEL COOLING FAN MCB INPUT
(5F4) MEMORY BIT"
%M126.2 Bool
(5F4)"
%I126.2 Bool
"PHASE SEQUENCE RELAY (4PFR5)
MEMORY BIT"
%M126.1 Bool
"PHASE SEQUENCE RELAY (4PFR5)" %I126.1 Bool
"Primary Pump P103A Auto/
BIT"
%M2.0 Bool
"Primary Pump P103A Manual
Mode Selected"
%I2.0 Bool
"Primary Pump P103A Running
%M0.0 Bool
Feed Back"
%I0.0 Bool
"Primary Pump P103B Auto/
BIT"
%M2.1 Bool
"Primary Pump P103B Manual
Mode Selected"
%I2.1 Bool
"Primary Pump P103B Running
%M0.1 Bool
Feed Back"
%I0.1 Bool
"Primary Pump P103C Auto/
BIT"
%M2.2 Bool
"Primary Pump P103C Manual
Mode Selected"
%I2.2 Bool
"Primary Pump P103C Running
%M0.2 Bool
Feed Back"
%I0.2 Bool
"Return Water PIT 101 Valve Open
%M1.4 Bool
Feed Back"
%I1.4 Bool
"Secondary Pump P104A Auto/
BIT"
%M2.3 Bool
"Secondary Pump P104A Manual
Mode Selected"
%I2.3 Bool
"Secondary Pump P104A VFD Run‐
ning Feed Back MEMORY BIT"
%M0.3 Bool
ning Feed Back"
%I0.3 Bool
"Secondary Pump P104B Auto/
BIT"
%M2.4 Bool
"Secondary Pump P104B Manual
Mode Selected"
%I2.4 Bool
"Secondary Pump P104B VFD Run‐
%M0.4 Bool
ning Feed Back"
%I0.4 Bool
"Secondary Pump P104C Auto/
BIT"
%M2.5 Bool
"Secondary Pump P104C Manual
Mode Selected"
%I2.5 Bool
"Secondary Pump P104C VFD Run‐
%M0.5 Bool
ning Feed Back"
%I0.5 Bool
"SPARE(7)" %I124.5 Bool

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"SPARE(82) MEMORY BIT" %M124.5 Bool
"SURGE FAULT INPUT (4SPD3)
MEMORY BIT"
%M126.0 Bool
"SURGE FAULT INPUT (4SPD3)" %I126.0 Bool
"SYSTEM RESET PUSH BUTTON
(8S5.1) MEMORY BIT"
%M126.5 Bool
(8S5.1)"
%I126.5 Bool
"SYSTEM START PUSH BUTTON
(8S4) MEMORY BIT"
%M126.3 Bool
(8S4)"
%I126.3 Bool
"SYSTEM STOP PUSH BUTTON
(8S5) MEMORY BIT"
%M126.4 Bool
(8S5)"
%I126.4 Bool
"Trane Chiller Unit-A Running
%M4.2 Bool
Feedback"
%I4.2 Bool
"Trane Chiller Unit-B Running
%M4.3 Bool
Feedback"
%I4.3 Bool

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ENERGY MONITORING [FC4]
ENERGY MONITORING Properties
General
Name ENERGY MONITORING Number 4 Type FC Language STL
Numbering automatic
Information
ID
Input
Output
InOut
Temp
Constant
Return
ENERGY MONITORING Void
Network 1: ENERGY ANALYZER UMG96RM-P
0001 L 8
0002 T "WRITE PROFILE 8":P
0003 L "VOLTAGE L1-N":P
0004 TRUNC
0005 T "UMG96RM"."VOLTAGE L1-N"
0007 TRUNC
0010 TRUNC
0012 L "CURRENT-L1":P
0013 T "UMG96RM"."CURRENT-L1"
0018 L "CURRENT SUM L1...L3":P
0019 T "UMG96RM"."CURRENT SUM L1...L3"
0020 L "POWER-L1":P
0021 TRUNC
0022 T "UMG96RM"."POWER-L1"
0023 L "POWER-L2":P
0024 TRUNC
0026 L "POWER-L3":P
0027 TRUNC
0029 L "POWER SUM L1...L3":P
0030 TRUNC
0031 T "UMG96RM"."POWER SUM L1...L3"
0032 L "Cos phi-L1":P
0033 ABS
0034 T "UMG96RM"."Cos phi-L1"
0036 ABS
0039 ABS
0041 L "FREQUENCY"
0042 TRUNC
0043 T "UMG96RM".FREQUENCY
0044
0045 //SPD SURGE COUNTER(4 SPD3 )
0046
0047 A "TIMER SURGE COUNTER"
0048 FP "PULSE_3"
0049 JNB WNV_0
0050 L "UMG96RM"."SURGE COUNTER"
0051 L 1
0052 +I
0053 T "UMG96RM"."SURGE COUNTER"
0054 WNV_0: NOP 0
0055
"Cos phi-L1":P %ID425:P DWord
"CURRENT SUM L1...L3":P %ID409:P DWord
"CURRENT-L1":P %ID393:P DWord

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"FREQUENCY" %ID437 DWord
"POWER SUM L1...L3":P %ID441:P DWord
"POWER-L1":P %ID413:P DWord
"PULSE_3" %M77.5 Bool
"TIMER SURGE COUNTER" %T7 Timer
"UMG96RM"."Cos phi-L1" %DB2.DBD44 Real
"UMG96RM"."CURRENT SUM
L1...L3"
%DB2.DBD24 Real
"UMG96RM"."CURRENT-L1" %DB2.DBD12 Real
"UMG96RM"."POWER SUM L1...L3" %DB2.DBD40 DInt
"UMG96RM"."POWER-L1" %DB2.DBD28 DInt
"UMG96RM"."SURGE COUNTER" %DB2.DBW60 Int
"UMG96RM"."VOLTAGE L1-N" %DB2.DBD0 DInt
"UMG96RM".FREQUENCY %DB2.DBD56 Real
"VOLTAGE L1-N":P %ID369:P DWord
"WRITE PROFILE 8":P %QB256:P Byte

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UMG96RM [DB2]
UMG96RM Properties
General
Name UMG96RM Number 2 Type DB Language DB
Numbering automatic
Information
ID
Name Data type Offset Start value Retain Accessible
from HMI
Visible in
HMI
Setpoint Comment
Static
VOLTAGE L1-N DInt 0.0 0 True True True False
CURRENT-L1 Real 12.0 0.0 True True True False
CURRENT SUM L1...L3 Real 24.0 0.0 True True True False
POWER-L1 DInt 28.0 0 True True True False
POWER SUM L1...L3 DInt 40.0 0 True True True False
Cos phi-L1 Real 44.0 0.0 True True True False
FREQUENCY Real 56.0 0.0 True True True False
SURGE COUNTER Int 60.0 0 True True True False

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COMPLETE RESTART [OB100]
COMPLETE RESTART Properties
General
Name COMPLETE RESTART Number 100 Type OB Language STL
Numbering manual
Information
Title "Complete Restart" Author Comment Family
ID
Temp
OB100_EV_CLASS Byte 0.0 16#13, Event class 1, Entering event state, Event logged in di‐
agnostic buffer
OB100_STRTUP Byte 1.0 16#81/82/83/84 Method of startup
OB100_STOP Word 6.0 Event that caused CPU to stop (16#4xxx)
OB100_STRT_INFO DWord 8.0 Information on how system started
Constant
Network 1: Initialize PID loop Function, OB 100 is a Start-up OB, as are OB101 and OB102, these are executed on a CPU Start or Restart of
the System
0001 SET
0002 = "COM_RST"
0003 SET
0004 = "P_SEL_1"
0005 = "I_SEL_1"
0006 = "D_SEL_1"
"COM_RST" %M60.0 Bool
"D_SEL_1" %M60.5 Bool
"I_SEL_1" %M60.4 Bool
"P_SEL_1" %M60.3 Bool

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CYCL_FLT [OB80]
CYCL_FLT Properties
General
Name CYCL_FLT Number 80 Type OB Language STL
Numbering manual
Information
Title "Cycle Time Fault" Author Comment Family
ID
Temp
OB80_EV_CLASS Byte 0.0 16#35, Event class 3, Entering event state, Internal fault event
OB80_FLT_ID Byte 1.0 16#XX, Fault identifcation code
OB80_ERROR_INFO Word 6.0 Error information on event
OB80_ERR_EV_CLASS Byte 8.0 Class of event causing error
OB80_ERR_EV_NUM Byte 9.0 Number of event causing error
OB80_OB_PRIORITY Byte 10.0 Priority of OB causing error
OB80_OB_NUM Byte 11.0 Number of OB causing error
Constant

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I/O_FLT1 [OB82]
I/O_FLT1 Properties
General
Name I/O_FLT1 Number 82 Type OB Language STL
Numbering manual
Information
Title "I/O Point Fault" Author Comment Family
ID
Temp
OB82_IO_FLAG Byte 5.0 Input (01010100), Output (01010101)
OB82_MDL_ADDR Word 6.0 Base address of module with fault
OB82_MDL_DEFECT Bool 8.0 Module defective
OB82_INT_FAULT Bool 8.1 Internal fault
OB82_EXT_FAULT Bool 8.2 External fault
OB82_PNT_INFO Bool 8.3 Point information
OB82_EXT_VOLTAGE Bool 8.4 External voltage low
OB82_FLD_CONNCTR Bool 8.5 Field wiring connector missing
OB82_NO_CONFIG Bool 8.6 Module has no configuration data
OB82_CONFIG_ERR Bool 8.7 Module has configuration error
OB82_MDL_TYPE Byte 9.0 Type of module
OB82_SUB_MDL_ERR Bool 10.0 Sub-Module is missing or has error
OB82_COMM_FAULT Bool 10.1 Communication fault
OB82_MDL_STOP Bool 10.2 Module is stopped
OB82_WTCH_DOG_FLT Bool 10.3 Watch dog timer stopped module
OB82_INT_PS_FLT Bool 10.4 Internal power supply fault
OB82_PRIM_BATT_FLT Bool 10.5 Primary battery is in fault
OB82_BCKUP_BATT_FLT Bool 10.6 Backup battery is in fault
OB82_RESERVED_2 Bool 10.7 Reserved for system
OB82_RACK_FLT Bool 11.0 Rack fault, only for bus interface module
OB82_PROC_FLT Bool 11.1 Processor fault
OB82_EPROM_FLT Bool 11.2 EPROM fault
OB82_RAM_FLT Bool 11.3 RAM fault
OB82_ADU_FLT Bool 11.4 ADU fault
OB82_FUSE_FLT Bool 11.5 Fuse fault
OB82_HW_INTR_FLT Bool 11.6 Hardware interupt input in fault
OB82_RESERVED_3 Bool 11.7 Reserved for system
Constant

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PROG_ERR [OB121]
PROG_ERR Properties
General
Name PROG_ERR Number 121 Type OB Language STL
Numbering manual
Information
Title "Programming Error" Author Comment Family
ID
Temp
OB121_SW_FLT Byte 1.0 16#XX Software programming fault
OB121_BLK_TYPE Byte 4.0 16#88/8A/8B/8C/8E Type of block fault occured in
OB121_FLT_REG Word 6.0 16#XX Specific register that caused fault
OB121_BLK_NUM Word 8.0 Number of block that programming fault occured in
OB121_PRG_ADDR Word 10.0 Address in block where programming fault occured
Constant

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MOD_ERR [OB122]
MOD_ERR Properties
General
Name MOD_ERR Number 122 Type OB Language STL
Numbering manual
Information
Title "Module Access Error" Author Comment Family
ID
Temp
OB122_SW_FLT Byte 1.0 16#XX Software error code
OB122_BLK_TYPE Byte 4.0 16#88/8C/8E Type of block fault occured in
OB122_MEM_AREA Byte 5.0 Memory area where access error occured
OB122_MEM_ADDR Word 6.0 Memory address where access error occured
OB122_BLK_NUM Word 8.0 Block number in which error occured
OB122_PRG_ADDR Word 10.0 Program address where error occured
Constant

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CYC_INT5 [OB35]
CYC_INT5 Properties
General
Name CYC_INT5 Number 35 Type OB Language LAD
Numbering manual
Information
Title "Cyclic Interrupt" Author Comment Family
ID
Temp
OB35_EV_CLASS Byte 0.0 Bits 0-3 = 1 (Coming event), Bits 4-7 = 1 (Event class 1)
OB35_STRT_INF Byte 1.0 16#36 (OB 35 has started)
OB35_PHASE_OFFSET Word 6.0 Phase offset (msec)
OB35_RESERVED_3 Int 8.0 Reserved for system
OB35_EXC_FREQ Int 10.0 Frequency of execution (msec)
Constant
Network 1: INITIALIZATION
0001 A "COM_RST"
Network 2: PID CONTROLLER (SECONDARY PUMPS)
0001 CALL CONT_C , "CONT_C_DB_1"
0002 COM_RST :="COM_RST"
0003 MAN_ON :="MAN_ON_1"
0004 PVPER_ON :="PVPER_ON_1"
0005 P_SEL :="P_SEL_1"
0006 I_SEL :="I_SEL_1"
0007 INT_HOLD :=
0008 I_ITL_ON :=
0009 D_SEL :="D_SEL_1"
0010 CYCLE :=
0011 SP_INT :=
0012 PV_IN :="PV_PRESSURE"."Pressure Transmitter Secondary Pump Common Header"
0013 PV_PER :=
0014 MAN :=
0015 GAIN :=
0016 TI :=
0017 TD :=
0018 TM_LAG :=
0019 DEADB_W :=
0020 LMN_HLM :=
0021 LMN_LLM :=
0022 PV_FAC :=
0023 PV_OFF :=
0024 LMN_FAC :=
0025 LMN_OFF :=
0026 I_ITLVAL :=
0027 DISV :=
0028 LMN :=
0029 LMN_PER :=
0030 QLMN_HLM :=
0031 QLMN_LLM :=
0032 LMN_P :=
0033 LMN_I :=
0034 LMN_D :=
0035 PV :=
0036 ER :=
"MAN_ON_1" %M60.1 Bool
"PV_PRESSURE"."Pressure Transmit‐
ter Secondary Pump Common
Header"
%DB30.DBD4 Real
"PVPER_ON_1" %M60.2 Bool
Network 3: If RLO = "0" Jump to Jump label "WNV_LHR_PK" and Continue Program Execution there.

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0001 A "COM_RST"
0002 JCN WNV_LHR_PK
0003 CLR
0004 = "COM_RST"
0005 WNV_LHR_PK : NOP 0

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I/O_FLT2 [OB83]
I/O_FLT2 Properties
General
Name I/O_FLT2 Number 83 Type OB Language STL
Numbering automatic
Information
Title "I/O Point Fault" Author Comment Family
ID
Temp
OB83_EV_CLASS Byte 0.0 16#38/39, Event class 3, module inserted/removed (8/9)
OB83_MDL_ID Byte 5.0 Input module (01010100), Output module (01010101)
OB83_MDL_ADDR Word 6.0 Base address of module with point fault
OB83_RACK_NUM Int 8.0 Number of rack that has module with point fault
OB83_MDL_TYPE Word 10.0 Module type with point fault
Constant

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RACK_FLT [OB86]
RACK_FLT Properties
General
Name RACK_FLT Number 86 Type OB Language STL
Numbering automatic
Information
Title "Loss Of Rack Fault" Author Comment Family
ID
Temp
OB86_EV_CLASS Byte 0.0 16#38/39 Event class 3
OB86_FLT_ID Byte 1.0 16#C1/C4/C5, Fault identification code
OB86_MDL_ADDR Word 6.0 Base address of IM module in rack with fault
OB86_RACKS_FLTD Array[0..31] of
Bool
8.0 Racks in fault
OB86_RACKS_FLTD[0] Bool 0.0
Constant

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OBNL_FLT [OB85]
OBNL_FLT Properties
General
Name OBNL_FLT Number 85 Type OB Language STL
Numbering manual
Information
Title "Organization Block (OB)
Not Loaded Fault"
Author Comment Family
ID
Temp
OB85_EV_CLASS Byte 0.0 16#35 Event class 3
OB85_FLT_ID Byte 1.0 16#XX, Fault identification code
OB85_RESERVED_3 Int 6.0 Reserved for system
OB85_ERR_EV_CLASS Byte 8.0 Class of event causing error
OB85_ERR_EV_NUM Byte 9.0 Number of event causing error
OB85_OB_PRIOR Byte 10.0 Priority of OB causing error
OB85_OB_NUM Byte 11.0 Number of OB causing error
Constant
Network 1:
0001 L b#16#A1 //
0002 L #OB85_FLT_ID
0003 ==I
0004 JC K_OB
0005 L b#16#A2 //
0006 ==I
0007 JC K_OB
0008 L b#16#A3 //
0009 L #OB85_FLT_ID
0010 ==I
0011 JC K_B
0012 JU F_PA
0013
#OB85_FLT_ID Byte 16#XX, Fault identification code
Network 2:
0001 K_OB: JU STOP
0002 JU ENDE
0003
Network 3:
0001 K_B: JU STOP
0002 JU ENDE
0003
Network 4:
0001 F_PA: NOP 0
0002 JU ENDE
0003
Network 5:
0001 STOP: CALL STP
0002
Network 6:

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0001 ENDE: NOP 0
0002

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Retentive Memory [DB1]
Retentive Memory Properties
General
Name Retentive Memory Number 1 Type DB Language DB
Numbering automatic
Information
ID
from HMI
Visible in
HMI
Setpoint Comment
Static
PRIMARY PUMP P103A MAIN‐
TENANCE ON/OFF
Bool 0.0 false True True True False
PRIMARY PUMP P103C MAIN‐
TENANCE ON/OFF
PRIMARY PUMP P103B MAIN‐
TENANCE ON/OFF
SECONDARY PUMP P104A
MAINTENANCE ON/OFF
SECONDARY PUMP P104B
MAINTENANCE ON/OFF
SECONDARY PUMP P104C
MAINTENANCE ON/OFF
COOLING TOWER FAN 01
MAINTENANCE ON/OFF
MAINTENANCE ON/OFF
MAINTENANCE ON/OFF
MAINTENANCE ON/OFF
MAINTENANCE ON/OFF
MAINTENANCE ON/OFF
SECONDARY PUMP A-B ON
DUTY HOUR WHILE MAINTE‐
NANCE OFF
SECONDARY PUMP B-C ON
NANCE OFF
SECONDARY PUMP C-A ON
NANCE OFF
PRIMARY PUMP A-B ON DUTY
HOUR WHILE MAINTENANCE
OFF
PRIMARY PUMP B-C ON DUTY
OFF
PRIMARY PUMP C-A ON DUTY
OFF
ABSORPTION CHILLER ON
MAINTENANCE ON/OFF
TRANE CHILLER ON MAINTE‐
NANCE ON/OFF
CARRIER-6 CHILLER ON MAIN‐
TENANCE ON/OFF
CARRIER-7 CHILLER ON MAIN‐
TENANCE ON/OFF
RETURN PIT VALVE TRANS‐
MITTER MAINTENANCE
ON/OFF

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ALARM MESSAGES [FC2]
ALARM MESSAGES Properties
General
Name ALARM MESSAGES Number 2 Type FC Language STL
Numbering automatic
Information
Title HMI ALARM MESSAGES Author Comment Family
ID
Input
Output
InOut
Temp
Constant
Return
ALARM MESSAGES Void
Network 1: SURGE FAULT, THREE PHASE SEQUENCE, PANEL COOLING FAN, MANUAL MODE MESSAGES
0001 // "SURGE FAULT ON MAIN INCOMING SUPPLY (4SPD3) MESSAGE BIT"
0002 A "SURGE FAULT INPUT (4SPD3) MEMORY BIT"
0003 S "SURGE FAULT ON MAIN INCOMING SUPPLY (4SPD3) MESSAGE BIT"
0004
0005 //TIMER SURGE COUNTER
0006 A "SURGE FAULT ON MAIN INCOMING SUPPLY (4SPD3) MESSAGE BIT"
0007 L S5T#1S
0008 SD "TIMER SURGE COUNTER"
0009 NOP 0
0010
0011 //RESET
0012 O "TIMER SURGE COUNTER"
0013 O "SYSTEM RESET PUSH BUTTON (8S5.1) MEMORY BIT"
0014 O "RESET ALARM HMI BUTTON"
0015 R "SURGE FAULT ON MAIN INCOMING SUPPLY (4SPD3) MESSAGE BIT"
0016
0017 // "THREE PHASE SEQUENCE WRONG (4PFR5) MESSAGE BIT"
0018 A "PHASE SEQUENCE RELAY (4PFR5) MEMORY BIT"
0019 S "THREE PHASE SEQUENCE WRONG (4PFR5) MESSAGE BIT"
0020
0021 //RESET
0024 R "THREE PHASE SEQUENCE WRONG (4PFR5) MESSAGE BIT"
0025
0026 // "PANEL COOLING FAN MCB OFF (5F4) MESSAGE BIT"
0027 AN "PANEL COOLING FAN MCB INPUT (5F4) MEMORY BIT"
0028 = "PANEL COOLING FAN MCB OFF (5F4) MESSAGE BIT"
0029
0030 // "EMERGENCY STOP OPERATED FROM PANEL (8S6) MESSAGE BIT"
0031 AN "EMERGENCY STOP AT PANEL (8S6) MEMORY BIT"
0032 = "EMERGENCY STOP OPERATED FROM PANEL (8S6) MESSAGE BIT"
0033
0034 // "MANUAL MODE SELECTED FROM PANEL (8SS6.1) MESSAGE BIT"
0035 AN "AUTO/MANUAL SELECTOR SWITCH (8SS6.1) MEMORY BIT"
0036 = "MANUAL MODE SELECTED FROM PANEL (8SS6.1) MESSAGE BIT"
%M126.7 Bool
(8S6) MEMORY BIT"
%M126.6 Bool
"EMERGENCY STOP OPERATED
FROM PANEL (8S6) MESSAGE BIT"
%M201.3 Bool
"MANUAL MODE SELECTED FROM
PANEL (8SS6.1) MESSAGE BIT"
%M201.5 Bool
(5F4) MEMORY BIT"
%M126.2 Bool
"PANEL COOLING FAN MCB OFF
(5F4) MESSAGE BIT"
%M201.2 Bool
MEMORY BIT"
%M126.1 Bool
"RESET ALARM HMI BUTTON" %M21.5 Bool
"SURGE FAULT INPUT (4SPD3)
MEMORY BIT"
%M126.0 Bool
"SURGE FAULT ON MAIN INCOM‐
ING SUPPLY (4SPD3) MESSAGE BIT"
%M201.0 Bool
(8S5.1) MEMORY BIT"
%M126.5 Bool
"THREE PHASE SEQUENCE WRONG
(4PFR5) MESSAGE BIT"
%M201.1 Bool
"TIMER SURGE COUNTER" %T7 Timer

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Network 2: FIELD INSTRUMENT MCB'S MESSAGES
0001 // "FIELD INSTRUMENT MCB (5F0.0) MESSAGE BIT"
0002 AN "FIELD INSTRUMENT MCB (5F0.0) MEMORY BIT"
0003 = "FIELD INSTRUMENT MCB (5F0.0) MESSAGE BIT"
0004 // "FIELD INSTRUMENT MCB (5F1) MESSAGE BIT"
0005 AN "FIELD INSTRUMENT MCB (5F1) MEMORY BIT"
0006 = "FIELD INSTRUMENT MCB (5F1) MESSAGE BIT"
0011 AN "FIELD INSTRUMENT MCB (5F3.1) MEMORY BIT"
0012 = "FIELD INSTRUMENT MCB (5F3.1) MESSAGE BIT"
MEMORY BIT"
%M124.0 Bool
MESSAGE BIT"
%M201.6 Bool
MEMORY BIT"
%M124.1 Bool
MESSAGE BIT"
%M201.7 Bool
MEMORY BIT"
%M124.2 Bool
MESSAGE BIT"
%M200.0 Bool
MEMORY BIT"
%M124.3 Bool
MESSAGE BIT"
%M200.1 Bool
MEMORY BIT"
%M124.4 Bool
MESSAGE BIT"
%M200.2 Bool
Network 3: PUMPS AND FANS AUXILIARY FEED BACK MESSAGES
0001 // "PRIMARY PUMP P103A AUXILIARY FEED BACK FAULT MESSAGE BIT"
0002 A "P103A".Q
0003 S "PRIMARY PUMP P103A AUXILIARY FEED BACK FAULT MESSAGE BIT"
0004
0005 //^^^//
0008 R "PRIMARY PUMP P103A AUXILIARY FEED BACK FAULT MESSAGE BIT"
0009
0010 // "PRIMARY PUMP P103B AUXILIARY FEED BACK FAULT MESSAGE BIT"
0011 A "P103B".Q
0012 S "PRIMARY PUMP P103B AUXILIARY FEED BACK FAULT MESSAGE BIT"
0013
0014 //^^^//
0017 R "PRIMARY PUMP P103B AUXILIARY FEED BACK FAULT MESSAGE BIT"
0018
0019 // "PRIMARY PUMP P103C AUXILIARY FEED BACK FAULT MESSAGE BIT"
0020 A "P103C".Q
0021 S "PRIMARY PUMP P103C AUXILIARY FEED BACK FAULT MESSAGE BIT"
0022
0023 //^^^//
0026 R "PRIMARY PUMP P103C AUXILIARY FEED BACK FAULT MESSAGE BIT"
0027
0028 // "SECONDARY PUMP P104A VFD FEED BACK FAULT MESSAGE BIT"
0029 A "P104A".Q
0030 S "SECONDARY PUMP P104A VFD FEED BACK FAULT MESSAGE BIT"
0031
0032 //^^^//
0035 R "SECONDARY PUMP P104A VFD FEED BACK FAULT MESSAGE BIT"
0036
0037 // "SECONDARY PUMP P104B VFD FEED BACK FAULT MESSAGE BIT"
0038 A "P104B".Q
0039 S "SECONDARY PUMP P104B VFD FEED BACK FAULT MESSAGE BIT"
0040
0041 //^^^//
0044 R "SECONDARY PUMP P104B VFD FEED BACK FAULT MESSAGE BIT"
0045
0046 // "SECONDARY PUMP P104C VFD FEED BACK FAULT MESSAGE BIT"
0047 A "P104C".Q

Totally Integrated
Automation Portal
0048 S "SECONDARY PUMP P104C VFD FEED BACK FAULT MESSAGE BIT"
0049
0050 //^^^//
0053 R "SECONDARY PUMP P104C VFD FEED BACK FAULT MESSAGE BIT"
0054
0055 // "COOLING TOWER FAN 01 AUXILIARY FEED BACK FAULT MESSAGE BIT"
0056 A "CT_FAN 01".Q
0057 S "COOLING TOWER FAN 01 AUXILIARY FEED BACK FAULT MESSAGE BIT"
0058
0059 //^^^//
0062 R "COOLING TOWER FAN 01 AUXILIARY FEED BACK FAULT MESSAGE BIT"
0063
0065 A "CT_FAN 02".Q
0067
0068 //^^^//
0072
0074 A "CT_FAN 03".Q
0076
0077 //^^^//
0081
0083 A "CT_FAN 04".Q
0085
0086 //^^^//
0090
0092 A "CT_FAN 05".Q
0094
0095 //^^^//
0099
0101 A "CT_FAN 06".Q
0103
0104 //^^^//
0108
0109 // "WATER PIT101 VALVE FEED BACK FAULT MESSAGE BIT"
0110 A "PIT 101 Valve".Q
0111 S "WATER PIT101 VALVE FEED BACK FAULT MESSAGE BIT"
0112
0113 //^^^//
0116 R "WATER PIT101 VALVE FEED BACK FAULT MESSAGE BIT"
"COOLING TOWER FAN 01 AUXILI‐
ARY FEED BACK FAULT MESSAGE
BIT"
%M203.1 Bool
BIT"
%M203.2 Bool
BIT"
%M203.3 Bool
BIT"
%M203.4 Bool
BIT"
%M203.5 Bool
BIT"
%M203.6 Bool
"CT_FAN 01".Q %DB11.DBX6.0 Bool

Totally Integrated
Automation Portal
"P103A".Q %DB5.DBX6.0 Bool
"P103B".Q %DB4.DBX6.0 Bool
"P103C".Q %DB6.DBX6.0 Bool
"P104A".Q %DB7.DBX6.0 Bool
"P104B".Q %DB8.DBX6.0 Bool
"P104C".Q %DB9.DBX6.0 Bool
"PIT 101 Valve".Q %DB17.DBX6.0 Bool
"PRIMARY PUMP P103A AUXILIARY
FEED BACK FAULT MESSAGE BIT"
%M200.3 Bool
"PRIMARY PUMP P103B AUXILIARY
%M200.4 Bool
"PRIMARY PUMP P103C AUXILIARY
%M200.5 Bool
"SECONDARY PUMP P104A VFD
%M200.6 Bool
"SECONDARY PUMP P104B VFD
%M200.7 Bool
"SECONDARY PUMP P104C VFD
%M203.0 Bool
(8S5.1) MEMORY BIT"
%M126.5 Bool
"WATER PIT101 VALVE FEED BACK
FAULT MESSAGE BIT"
%M203.7 Bool
Network 4: PUMPS AND FANS MANUAL MODE SELECTED MESSAGES
0001 // "PRIMARY PUMP P103A MANUAL MODE SELECTED MESSAGE BIT"
0002 A "Primary Pump P103A Auto/Manual Mode Selected MEMORY BIT"
0003 = "PRIMARY PUMP P103A MANUAL MODE SELECTED MESSAGE BIT"
0004 // "PRIMARY PUMP P103B MANUAL MODE SELECTED MESSAGE BIT"
0005 A "Primary Pump P103B Auto/Manual Mode Selected MEMORY BIT"
0006 = "PRIMARY PUMP P103B MANUAL MODE SELECTED MESSAGE BIT"
0007 // "PRIMARY PUMP P103C MANUAL MODE SELECTED MESSAGE BIT"
0008 A "Primary Pump P103C Auto/Manual Mode Selected MEMORY BIT"
0009 = "PRIMARY PUMP P103C MANUAL MODE SELECTED MESSAGE BIT"
0010 // "SECONDARY PUMP P104A MANUAL MODE SELECTED MESSAGE BIT"
0011 A "Secondary Pump P104A Auto/Manual Mode Selected MEMORY BIT"
0012 = "SECONDARY PUMP P104A MANUAL MODE SELECTED MESSAGE BIT"
0013 // "SECONDARY PUMP P104B MANUAL MODE SELECTED MESSAGE BIT"
0014 A "Secondary Pump P104B Auto/Manual Mode Selected MEMORY BIT"
0015 = "SECONDARY PUMP P104B MANUAL MODE SELECTED MESSAGE BIT"
0016 // "SECONDARY PUMP P104C MANUAL MODE SELECTED MESSAGE BIT"
0017 A "Secondary Pump P104C Auto/Manual Mode Selected MEMORY BIT"
0018 = "SECONDARY PUMP P104C MANUAL MODE SELECTED MESSAGE BIT"
0019 // "COOLING TOWER FAN 01 MANUAL MODE SELECTED MESSAGE BIT"
0020 A "Cooling Tower Fan 01 Auto/Manual Mode Selected MEMORY BIT"
0021 = "COOLING TOWER FAN 01 MANUAL MODE SELECTED MESSAGE BIT"
BIT"
%M2.6 Bool
"COOLING TOWER FAN 01 MAN‐
UAL MODE SELECTED MESSAGE
BIT"
%M202.6 Bool
BIT"
%M2.7 Bool
BIT"
%M202.7 Bool
BIT"
%M3.0 Bool
BIT"
%M205.0 Bool
BIT"
%M3.1 Bool

Totally Integrated
Automation Portal
BIT"
%M205.1 Bool
BIT"
%M3.2 Bool
BIT"
%M205.2 Bool
BIT"
%M3.3 Bool
BIT"
%M205.3 Bool
BIT"
%M2.0 Bool
"PRIMARY PUMP P103A MANUAL
MODE SELECTED MESSAGE BIT"
%M202.0 Bool
BIT"
%M2.1 Bool
"PRIMARY PUMP P103B MANUAL
%M202.1 Bool
BIT"
%M2.2 Bool
"PRIMARY PUMP P103C MANUAL
%M202.2 Bool
BIT"
%M2.3 Bool
"SECONDARY PUMP P104A MAN‐
BIT"
%M202.3 Bool
BIT"
%M2.4 Bool
"SECONDARY PUMP P104B MAN‐
BIT"
%M202.4 Bool
BIT"
%M2.5 Bool
"SECONDARY PUMP P104C MAN‐
BIT"
%M202.5 Bool
Network 5: CHILLERS RUNNING FEED BACK FAULT MESSAGES
0001 // "ABSORPTION CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
0002 A "Absorption Chiller".Q
0003 // S "ABSORPTION CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
0004
0005 //^^^//
0008 // R "ABSORPTION CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
0009
0010 // "TRANE CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
0011 A "Trane Chiller".Q
0012 S "TRANE CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
0013
0014 //^^^//
0017 R "TRANE CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
0018
0019 // ""CARRIER-6 CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
0020 A "Carrier-6 Chiller".Q
0021 S "CARRIER-6 CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
0022
0023 //^^^//
0026 R "CARRIER-6 CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
0027
0028 // ""CARRIER-7 CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
0029 A "Carrier-7 Chiller".Q
0030 S "CARRIER-7 CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
0031
0032 //^^^//
0035 R "CARRIER-7 CHILLER RUNNING FEED BACK FAULT MESSAGE BIT"
"Absorption Chiller".Q %DB10.DBX6.0 Bool
"CARRIER-6 CHILLER RUNNING
%M204.0 Bool
"Carrier-6 Chiller".Q %DB21.DBX6.0 Bool

Totally Integrated
Automation Portal
"CARRIER-7 CHILLER RUNNING
%M204.3 Bool
"Carrier-7 Chiller".Q %DB24.DBX6.0 Bool
(8S5.1) MEMORY BIT"
%M126.5 Bool
"TRANE CHILLER RUNNING FEED
BACK FAULT MESSAGE BIT"
%M205.6 Bool
"Trane Chiller".Q %DB19.DBX6.0 Bool
Network 6: CHILLERS INLET OUTLET TEMPERATURE, FLOW AND RETURN LEVEL MESSAGES
0001 // "TRANE CHILLER OUTLET WATER TEMPERATURE HIGH (TT-107) MESSAGE BIT"
0002 L "PV_TEMPERATURE"."Temperature Transmitter Trane Chiller Outlet"
0003 L 6.0
0004 >=R
0005 A "Trane Chiller Unit_A-B Running"
0006 = "TRANE CHILLER OUTLET WATER TEMPERATURE HIGH (TT-107) MESSAGE BIT"
0007
0008 // TRANE CHILLER INLET WATER TEMPERATURE HIGH (TT-102) MESSAGE BIT
0009 L "PV_TEMPERATURE"."Temperature Transmitter Trane Chiller Inlet"
0010 L 10.0
0011 >=R
0013 = "TRANE CHILLER INLET WATER TEMPERATURE HIGH (TT-102) MESSAGE BIT"
0014
0015 // "CARRIER-7 CHILLER OUTLET WATER TEMPERATURE HIGH (TT-109) MESSAGE BIT"
0016 L "PV_TEMPERATURE"."Temperature Transmitter Carrier-7 Outlet"
0017 L 6.0
0018 >=R
0019 A "Carrier-7 Chiller Unit_A-B-C Running"
0020 = "CARRIER-7 CHILLER OUTLET WATER TEMPERATURE HIGH (TT-109) MESSAGE BIT"
0021
0022 // "CARRIER-7 CHILLER INLET WATER TEMPERATURE HIGH (TT-104) MESSAGE BIT"
0023 L "PV_TEMPERATURE"."Temperature Transmitter Carrier-7 Inlet"
0024 L 10.0
0025 >=R
0027 = "CARRIER-7 CHILLER INLET WATER TEMPERATURE HIGH (TT-104) MESSAGE BIT"
0028
0029 // "CARRIER-6 CHILLER INLET WATER TEMPERATURE HIGH (TT-103) MESSAGE BIT"
0031 L 10.0
0032 >=R
0034 = "CARRIER-6 CHILLER INLET WATER TEMPERATURE HIGH (TT-103) MESSAGE BIT"
0035
0036 // "CARRIER-6 CHILLER OUTLET WATER TEMPERATURE HIGH (TT-103) MESSAGE BIT"
0038 L 6.0
0039 >=R
0041 = "CARRIER-6 CHILLER OUTLET WATER TEMPERATURE HIGH (TT-108) MESSAGE BIT"
0042
0043 // "ABSORPTION CHILLER INLET WATER TEMPERATURE HIGH (TT-101) MESSAGE BIT"
0044 // L "PV_TEMPERATURE"."Temperature Transmitter Absorption Inlet"
0045 L 10.0
0046 >=R
0047 A "Absorption Chiller Unit_A-B Running"
0048 // = "ABSORPTION CHILLER INLET WATER TEMPERATURE HIGH (TT-101) MESSAGE BIT"
0049
0050 // "ABSORPTION CHILLER OUTLET WATER TEMPERATURE HIGH (TT-101) MESSAGE BIT"
0051 // L "PV_TEMPERATURE"."Temperature Transmitter Absorption Outlet"
0052 L 6.0
0053 >=R
0055 // = "ABSORPTION CHILLER OUTLET WATER TEMPERATURE HIGH (TT-106) MESSAGE BIT"
0056
0057 // "SECONDARY PUMPS COMMON HEADER TEMPERATURE HIGH (TT-107) MESSAGE BIT"
0058 L "PV_TEMPERATURE"."Temperature Transmitter Secondary Pumps Common Header"
0059 L 6.0
0060 >=R
0061 = "SECONDARY PUMPS COMMON HEADER TEMPERATURE HIGH (TT-107) MESSAGE BIT"
0062
0063 // "RETURN PIT-101 WATER TEMPERATURE HIGH (TT-101) MESSAGE BIT"
0064 L "PV_TEMPERATURE"."Temperature Transmitter Return Pit"
0065 L 10.0
0066 >=R
0067 = "RETURN PIT-101 WATER TEMPERATURE HIGH (TT-101) MESSAGE BIT"
0068
0069 // "COOLING TOWER WATER SUPPLY LINE TEMPERATURE HIGH (TT-001) MESSAGE BIT"
0070 L "PV_TEMPERATURE"."Temperature Transmitter Cooling tower Fan Supply line"
0071 L 28.0
0072 >=R
0073 = "COOLING TOWER WATER SUPPLY LINE TEMPERATURE HIGH (TT-001) MESSAGE BIT"
0074
0075 // "COOLING TOWER WATER RETURN LINE TEMPERATURE HIGH (TT-111) MESSAGE BIT"
0076 L "PV_TEMPERATURE"."Temperature Transmitter Cooling tower Fan Return line"
0077 L 34.0

Totally Integrated
Automation Portal
0078 >=R
0079 = "COOLING TOWER WATER RETURN LINE TEMPERATURE HIGH (TT-111) MESSAGE BIT"
0080
0081 // "LOW WATER FLOW AT ABSORPTION CHILLER OUTLET LINE (FT-101) MESSAGE BIT"
0082 // A "SYSTEM START_STOP_SR"
0083 L "COP"."Absorption Chiller"."m3/h to GPM"
0084 L 40.0
0085 <=R
0086 A "Absorption Chiller Start Output Relay (25R3)"
0088 // S "LOW WATER FLOW AT ABSORPTION CHILLER OUTLET LINE (FT-101) MESSAGE BIT"
0089
0090 // ABSORPTION FLOW MESSAGE RESET
0093 O
0094 AN "Absorption Chiller Start Output Relay (25R3)"
0096 O
0098 AN "Absorption Chiller Unit_A-B Running"
0099 // R "LOW WATER FLOW AT ABSORPTION CHILLER OUTLET LINE (FT-101) MESSAGE BIT"
0100
0101 // "LOW WATER FLOW AT TRANE CHILLER OUTLET LINE (FT-102) MESSAGE BIT"
0102 A "SYSTEM START_STOP_SR"
0103 L "COP"."Trane Chiller"."m3/h to GPM"
0104 L 40.0
0105 <=R
0106 A "Trane Chiller Start Output Relay (25R3.1)"
0108 S "LOW WATER FLOW AT TRANE CHILLER OUTLET LINE (FT-102) MESSAGE BIT"
0109
0110 // TRANE FLOW MESSAGE RESET
0113 O
0114 AN "Trane Chiller Start Output Relay (25R3.1)"
0116 O
0118 AN "Trane Chiller Unit_A-B Running"
0119 R "LOW WATER FLOW AT TRANE CHILLER OUTLET LINE (FT-102) MESSAGE BIT"
0120
0121 // "LOW WATER FLOW AT CARRIER-6 CHILLER OUTLET LINE (FT-103) MESSAGE BIT"
0123 L "COP"."Carrier-6 Chiller"."m3/h to GPM"
0124 L 40.0
0125 <=R
0126 A "Carrier-6 Chiller Start Output Relay (25R4)"
0128 S "LOW WATER FLOW AT CARRIER-6 CHILLER OUTLET LINE (FT-103) MESSAGE BIT"
0129
0130 // CARRIER-6 FLOW MESSAGE RESET
0133 O
0134 AN "Carrier-6 Chiller Start Output Relay (25R4)"
0136 O
0138 AN "Carrier-6 Chiller Unit_A-B-C Running"
0139 R "LOW WATER FLOW AT CARRIER-6 CHILLER OUTLET LINE (FT-103) MESSAGE BIT"
0140
0141 // "LOW WATER FLOW AT CARRIER-7 CHILLER OUTLET LINE (FT-104) MESSAGE BIT"
0144 L 40.0
0145 <=R
0146 A "Carrier-7 Chiller Start Output Relay (25R4.1)"
0148 S "LOW WATER FLOW AT CARRIER-7 CHILLER OUTLET LINE (FT-104) MESSAGE BIT"
0149
0150 // CARRIER-7 FLOW MESSAGE RESET
0153 O
0154 AN "Carrier-7 Chiller Start Output Relay (25R4.1)"
0156 O
0159 R "LOW WATER FLOW AT CARRIER-7 CHILLER OUTLET LINE (FT-104) MESSAGE BIT"
0160
0161 // "RETURN WATER PIT-101 WATER LEVEL LOW (LT-101) MESSAGE BIT"
0162 L "PV_LEVEL"."Level Transmitter Return PIT 101"
0163 L 30.0
0164 <=R
0165 = "RETURN WATER PIT-101 WATER LEVEL LOW (LT-101) MESSAGE BIT"
0166

Totally Integrated
Automation Portal
"Absorption Chiller Start Output
Relay (25R3)"
%Q2.0 Bool
"Absorption Chiller Unit_A-B Run‐
ning"
%M74.3 Bool
"CARRIER-6 CHILLER INLET WATER
TEMPERATURE HIGH (TT-103)
MESSAGE BIT"
%M207.0 Bool
"CARRIER-6 CHILLER OUTLET WA‐
TER TEMPERATURE HIGH (TT-108)
MESSAGE BIT"
%M207.4 Bool
"Carrier-6 Chiller Start Output Re‐
lay (25R4)"
%Q2.2 Bool
"Carrier-6 Chiller Unit_A-B-C Run‐
ning"
%M74.1 Bool
"CARRIER-7 CHILLER INLET WATER
MESSAGE BIT"
%M207.1 Bool
"CARRIER-7 CHILLER OUTLET WA‐
TER TEMPERATURE HIGH (TT-109)
MESSAGE BIT"
%M207.5 Bool
lay (25R4.1)"
%Q2.3 Bool
ning"
%M74.2 Bool
"COOLING TOWER WATER RETURN
LINE TEMPERATURE HIGH (TT-111)
MESSAGE BIT"
%M206.3 Bool
"COOLING TOWER WATER SUPPLY
LINE TEMPERATURE HIGH (TT-001)
MESSAGE BIT"
%M206.2 Bool
"COP"."Absorption Chiller"."m3/h
to GPM"
%DB42.DBD0 Real
"COP"."Carrier-6 Chiller"."m3/h to
GPM"
%DB42.DBD32 Real
GPM"
%DB42.DBD48 Real
"COP"."Trane Chiller"."m3/h to
GPM"
%DB42.DBD16 Real
"LOW WATER FLOW AT CARRIER-6
CHILLER OUTLET LINE (FT-103)
MESSAGE BIT"
%M209.0 Bool
MESSAGE BIT"
%M209.1 Bool
"LOW WATER FLOW AT TRANE
MESSAGE BIT"
%M206.7 Bool
"PV_LEVEL"."Level Transmitter Re‐
turn PIT 101"
%DB29.DBD0 Real
"PV_TEMPERATURE"."Temperature
Transmitter Carrier-6 Inlet"
%DB31.DBD20 Real
Transmitter Carrier-6 Outlet"
%DB31.DBD4 Real
%DB31.DBD24 Real
%DB31.DBD8 Real
Transmitter Cooling tower Fan Re‐
turn line"
%DB31.DBD44 Real
Transmitter Cooling tower Fan
Supply line"
%DB31.DBD40 Real
Transmitter Return Pit"
%DB31.DBD36 Real
Transmitter Secondary Pumps
Common Header"
%DB31.DBD32 Real
Transmitter Trane Chiller Inlet"
%DB31.DBD16 Real
Transmitter Trane Chiller Outlet"
%DB31.DBD0 Real
"RETURN PIT-101 WATER TEMPER‐
ATURE HIGH (TT-101) MESSAGE
BIT"
%M206.5 Bool
"RETURN WATER PIT-101 WATER
LEVEL LOW (LT-101) MESSAGE BIT"
%M206.4 Bool
"SECONDARY PUMPS COMMON
HEADER TEMPERATURE HIGH
(TT-107) MESSAGE BIT"
%M207.6 Bool
(8S5.1) MEMORY BIT"
%M126.5 Bool
"SYSTEM START_STOP_SR" %M21.7 Bool
"TRANE CHILLER INLET WATER
MESSAGE BIT"
%M204.7 Bool
"TRANE CHILLER OUTLET WATER
MESSAGE BIT"
%M207.3 Bool
"Trane Chiller Start Output Relay
(25R3.1)"
%Q2.1 Bool
"Trane Chiller Unit_A-B Running" %M74.0 Bool

Totally Integrated
Automation Portal
Network 7: "SYSTEM_RUNNING_STOP_FAULT_MESSAGES
0002 = "SYSTEM RUNNING MESSAGE BIT"
0003 NOT
0004 = "SYSTEM STOP MESSAGE BIT"
0005 A "FAULT NOT RESET"
0006 = "SYSTEM FAULT MESSAGE BIT"
"FAULT NOT RESET" %M22.0 Bool
"SYSTEM FAULT MESSAGE BIT" %M209.4 Bool
"SYSTEM RUNNING MESSAGE BIT" %M209.2 Bool
"SYSTEM STOP MESSAGE BIT" %M209.3 Bool
Network 8: PUMPS, CHILLERS AND FANS ON MAINTENANCE MESSAGES
0001 A "Retentive Memory"."PRIMARY PUMP P103A MAINTENANCE ON/OFF"
0002 = "PRIMARY PUMP P103A ON MAINTENANCE MESSAGE BIT"
0003 A "Retentive Memory"."PRIMARY PUMP P103B MAINTENANCE ON/OFF"
0004 = "PRIMARY PUMP P103B ON MAINTENANCE MESSAGE BIT"
0005 A "Retentive Memory"."PRIMARY PUMP P103C MAINTENANCE ON/OFF"
0006 = "PRIMARY PUMP P103C ON MAINTENANCE MESSAGE BIT"
0007 A "Retentive Memory"."SECONDARY PUMP P104A MAINTENANCE ON/OFF"
0008 = "SECONDARY PUMP P104A ON MAINTENANCE MESSAGE BIT"
0009 A "Retentive Memory"."SECONDARY PUMP P104B MAINTENANCE ON/OFF"
0010 = "SECONDARY PUMP P104B ON MAINTENANCE MESSAGE BIT"
0011 A "Retentive Memory"."SECONDARY PUMP P104C MAINTENANCE ON/OFF"
0012 = "SECONDARY PUMP P104C ON MAINTENANCE MESSAGE BIT"
0013 A "Retentive Memory"."COOLING TOWER FAN 01 MAINTENANCE ON/OFF"
0014 = "COOLING TOWER FAN 01 ON MAINTENANCE MESSAGE BIT"
0025 A "Retentive Memory"."ABSORPTION CHILLER ON MAINTENANCE ON/OFF"
0026 = "ABSORPTION CHILLER ON MAINTENANCE MESSAGE BIT"
0027 A "Retentive Memory"."TRANE CHILLER ON MAINTENANCE ON/OFF"
0028 = "TRANE CHILLER ON MAINTENANCE MESSAGE BIT"
0029 A "Retentive Memory"."CARRIER-6 CHILLER ON MAINTENANCE ON/OFF"
0030 = "CARRIER-6 CHILLER ON MAINTENANCE MESSAGE BIT"
0032 = "CARRIER-7 CHILLER ON MAINTENANCE MESSAGE BIT"
"ABSORPTION CHILLER ON MAIN‐
TENANCE MESSAGE BIT"
%M211.1 Bool
"CARRIER-6 CHILLER ON MAINTE‐
NANCE MESSAGE BIT"
%M211.3 Bool
"CARRIER-7 CHILLER ON MAINTE‐
NANCE MESSAGE BIT"
%M211.4 Bool
"COOLING TOWER FAN 01 ON
MAINTENANCE MESSAGE BIT"
%M208.3 Bool
%M208.4 Bool
%M208.5 Bool
%M208.6 Bool
%M208.7 Bool
%M211.0 Bool
"PRIMARY PUMP P103A ON MAIN‐
%M209.5 Bool
"PRIMARY PUMP P103B ON MAIN‐
%M209.7 Bool
"PRIMARY PUMP P103C ON MAIN‐
%M209.6 Bool
"Retentive Memory"."ABSORPTION
CHILLER ON MAINTENANCE ON/
OFF"
%DB1.DBX2.2 Bool
"Retentive Memory"."CARRIER-6
OFF"
%DB1.DBX2.4 Bool
OFF"
%DB1.DBX2.5 Bool
"Retentive Memory"."COOLING
TOWER FAN 01 MAINTENANCE
ON/OFF"
%DB1.DBX0.6 Bool
ON/OFF"
%DB1.DBX0.7 Bool

Totally Integrated
Automation Portal
ON/OFF"
%DB1.DBX1.0 Bool
ON/OFF"
%DB1.DBX1.1 Bool
ON/OFF"
%DB1.DBX1.2 Bool
ON/OFF"
%DB1.DBX1.3 Bool
"Retentive Memory"."PRIMARY
PUMP P103A MAINTENANCE ON/
OFF"
%DB1.DBX0.0 Bool
PUMP P103B MAINTENANCE ON/
OFF"
%DB1.DBX0.2 Bool
PUMP P103C MAINTENANCE ON/
OFF"
%DB1.DBX0.1 Bool
"Retentive Memory"."SECONDARY
OFF"
%DB1.DBX0.3 Bool
OFF"
%DB1.DBX0.4 Bool
OFF"
%DB1.DBX0.5 Bool
"Retentive Memory"."TRANE CHILL‐
ER ON MAINTENANCE ON/OFF"
%DB1.DBX2.3 Bool
"SECONDARY PUMP P104A ON
%M208.0 Bool
"SECONDARY PUMP P104B ON
%M208.1 Bool
"SECONDARY PUMP P104C ON
%M208.2 Bool
"TRANE CHILLER ON MAINTE‐
NANCE MESSAGE BIT"
%M211.2 Bool

Totally Integrated
Automation Portal
DATE AND TIME [FC3]
DATE AND TIME Properties
General
Name DATE AND TIME Number 3 Type FC Language LAD
Numbering automatic
Information
ID
Input
Output
InOut
Temp
temp1 Int 0.0
temp3 Time_Of_Day 2.0
temp2 Int 6.0
Constant
Return
DATE AND TIME Void
Network 1: READ PLC TIME and WRITE PLC TIME
0001 // READ PLC TIME
0002 A(
0003 CALL RD_SYS_T
0004 Date_And_Time
0005 RET_VAL :=#temp1
0006 OUT :="PLC Time"."READ PLC DATE TIME"
0007 A BR
0008 )
0009 JNB WNV_01
0010 CALL T_CONV
0011 Date_And_Time TO Time_Of_Day
0012 IN :="PLC Time"."READ PLC DATE TIME"
0013 OUT :=#temp3
0014 WNV_01 : NOP 0
0015
0016 // WRITE PLC TIME
0017 A(
0018 A "SET PLC TIME"
0019 L S5T#5S
0020 SD "SET PLC TIMER"
0021 A "SET PLC TIMER"
0022 )
0023 JNB WNV_02
0024 CALL WR_SYS_T
0025 Date_And_Time
0026 IN :="PLC Time"."WRITE PLC DATE TIME"
0027 RET_VAL :=#temp2
0028 WNV_02 : NOP 0
"PLC Time"."READ PLC DATE TIME" P#DB3.DBX8.0 Date_And_Time
"PLC Time"."WRITE PLC DATE TIME" P#DB3.DBX0.0 Date_And_Time
"SET PLC TIME" %M21.6 Bool
"SET PLC TIMER" %T1 Timer
#temp1 Int
#temp2 Int
#temp3 Time_Of_Day

Totally Integrated
Automation Portal
PLC Time [DB3]
PLC Time Properties
General
Name PLC Time Number 3 Type DB Language DB
Numbering automatic
Information
ID
from HMI
Visible in
HMI
Setpoint Comment
Static
WRITE PLC DATE TIME Date_And_Time 0.0 DT#1990-01-01-00:00:00 True True True False
READ PLC DATE TIME Date_And_Time 8.0 DT#1990-01-01-00:00:00 True True True False
SECONDARY PUMPS MAINTE‐
NANCE HOURE SET POINT
Real 16.0 0.0 True True True False
PRIMARY PUMPS MAINTE‐
NANCE HOURE SET POINT
HOUR COUNTER (PRIMARY) Real 24.0 0.0 True True True False
SECOND COUNTER (PRIMARY) DInt 28.0 0 True True True False
SECOND COUNTER (SECON‐
DARY)
DInt 32.0 0 True True True False
HOUR COUNTER (SECON‐
DARY)

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AUXILIARY WATCHDOG TIMERS [FC5]
AUXILIARY WATCHDOG TIMERS Properties
General
Name AUXILIARY WATCHDOG
TIMERS
Number 5 Type FC Language LAD
Numbering automatic
Information
ID
Input
Output
InOut
Temp
Output_0 Bool 0.0
Output_1 Bool 0.1
Output_2 Bool 0.2
Output_3 Bool 0.3
Output_4 Bool 0.4
Output_5 Bool 0.5
Output_6 Bool 0.6
Output_7 Bool 0.7
Output_8 Bool 1.0
Output_9 Bool 1.1
Output_10 Bool 1.2
Output_11 Bool 1.3
Output_12 Bool 1.4
Output_13 Bool 1.5
Output_14 Bool 1.6
Output_15 Bool 1.7
Output_16 Bool 2.0
Output_17 Bool 2.1
Output_18 Bool 2.2
Output_19 Bool 2.3
Output_20 Bool 2.4
Output_21 Bool 2.5
Output_22 Bool 2.6
Constant
Return
AUXILIARY WATCHDOG TIMERS Void
Network 1: Primary Pump P103A Auxiliary Watchdog Timer
0001 A "AUTO/MANUAL SELECTOR SWITCH (8SS6.1) MEMORY BIT"
0002 AN "Primary Pump P103A Auto/Manual Mode Selected MEMORY BIT"
0003 A "Primary Pump P103A Start Output Relay (15R3)"
0004 AN "Primary Pump P103A Running Feed Back MEMORY BIT"
0005 AN "Retentive Memory"."PRIMARY PUMP P103A MAINTENANCE ON/OFF"
0006 = #Output_0
0007 CALL TON , "P103A"
0008 Time
0009 IN :=#Output_0
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
BIT"
%M2.0 Bool
%M0.0 Bool
"Primary Pump P103A Start Output
Relay (15R3)"
%Q0.0 Bool
OFF"
%DB1.DBX0.0 Bool
#Output_0 Bool
Network 2: Primary Pump P103B Auxiliary Watchdog Timer
0002 AN "Primary Pump P103B Auto/Manual Mode Selected MEMORY BIT"
0003 A "Primary Pump P103B Start Output Relay (15R3.1)"
0004 AN "Primary Pump P103B Running Feed Back MEMORY BIT"
0005 AN "Retentive Memory"."PRIMARY PUMP P103B MAINTENANCE ON/OFF"
0006 = #Output_1
0007 CALL TON , "P103B"

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0008 Time
0009 IN :=#Output_1
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
BIT"
%M2.1 Bool
%M0.1 Bool
"Primary Pump P103B Start Output
Relay (15R3.1)"
%Q0.1 Bool
OFF"
%DB1.DBX0.2 Bool
#Output_1 Bool
Network 3: Primary Pump P103C Auxiliary Watchdog Timer
0002 AN "Primary Pump P103C Auto/Manual Mode Selected MEMORY BIT"
0003 A "Primary Pump P103C Start Output Relay (15R4)"
0004 AN "Primary Pump P103C Running Feed Back MEMORY BIT"
0005 AN "Retentive Memory"."PRIMARY PUMP P103C MAINTENANCE ON/OFF"
0006 = #Output_2
0007 CALL TON , "P103C"
0008 Time
0009 IN :=#Output_2
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
BIT"
%M2.2 Bool
%M0.2 Bool
"Primary Pump P103C Start Output
Relay (15R4)"
%Q0.2 Bool
OFF"
%DB1.DBX0.1 Bool
#Output_2 Bool
Network 4: Secondary Pump P104A Auxiliary Watchdog Timer
0002 AN "Secondary Pump P104A Auto/Manual Mode Selected MEMORY BIT"
0003 A "Secondary Pump P104A VFD Start Output Relay (15R5)"
0004 AN "Secondary Pump P104A VFD Running Feed Back MEMORY BIT"
0005 AN "Retentive Memory"."SECONDARY PUMP P104A MAINTENANCE ON/OFF"
0006 = #Output_3
0007 CALL TON , "P104A"
0008 Time
0009 IN :=#Output_3
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
OFF"
%DB1.DBX0.3 Bool
BIT"
%M2.3 Bool
%M0.3 Bool
"Secondary Pump P104A VFD Start
Output Relay (15R5)"
%Q0.4 Bool
#Output_3 Bool
Network 5: Secondary Pump P104B Auxiliary Watchdog Timer
0002 AN "Secondary Pump P104B Auto/Manual Mode Selected MEMORY BIT"
0003 A "Secondary Pump P104B VFD Start Output Relay (15R6)"
0004 AN "Secondary Pump P104B VFD Running Feed Back MEMORY BIT"
0005 AN "Retentive Memory"."SECONDARY PUMP P104B MAINTENANCE ON/OFF"
0006 = #Output_4
0007 CALL TON , "P104B"

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0008 Time
0009 IN :=#Output_4
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
OFF"
%DB1.DBX0.4 Bool
BIT"
%M2.4 Bool
%M0.4 Bool
"Secondary Pump P104B VFD Start
%Q0.6 Bool
#Output_4 Bool
Network 6: Secondary Pump P104C Auxiliary Watchdog Timer
0002 AN "Secondary Pump P104C Auto/Manual Mode Selected MEMORY BIT"
0003 A "Secondary Pump P104C VFD Start Output Relay (16R3)"
0004 AN "Secondary Pump P104C VFD Running Feed Back MEMORY BIT"
0005 AN "Retentive Memory"."SECONDARY PUMP P104C MAINTENANCE ON/OFF"
0006 = #Output_5
0007 CALL TON , "P104C"
0008 Time
0009 IN :=#Output_5
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
OFF"
%DB1.DBX0.5 Bool
BIT"
%M2.5 Bool
%M0.5 Bool
"Secondary Pump P104C VFD Start
%Q1.0 Bool
#Output_5 Bool
Network 7: Cooling Tower Fan 01 Auxiliary Watchdog Timer
0002 AN "Cooling Tower Fan 01 Auto/Manual Mode Selected MEMORY BIT"
0003 A "Cooling Tower Fan 01 Start Output Relay (16R3.1)"
0004 AN "Cooling Tower Fan 01 Running Feed Back MEMORY BIT"
0005 AN "Retentive Memory"."COOLING TOWER FAN 01 MAINTENANCE ON/OFF"
0006 = #Output_6
0007 CALL TON , "CT_FAN 01"
0008 Time
0009 IN :=#Output_6
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
BIT"
%M2.6 Bool
%M0.6 Bool
"Cooling Tower Fan 01 Start Out‐
put Relay (16R3.1)"
%Q1.1 Bool
ON/OFF"
%DB1.DBX0.6 Bool
#Output_6 Bool
0003 A "Cooling Tower Fan 02 Start Output Relay (16R4)"
0006 = #Output_7

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0008 Time
0009 IN :=#Output_7
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
BIT"
%M2.7 Bool
%M0.7 Bool
put Relay (16R4)"
%Q1.2 Bool
ON/OFF"
%DB1.DBX0.7 Bool
#Output_7 Bool
0006 = #Output_8
0008 Time
0009 IN :=#Output_8
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
BIT"
%M3.0 Bool
%M1.0 Bool
put Relay (16R4.1)"
%Q1.3 Bool
ON/OFF"
%DB1.DBX1.0 Bool
#Output_8 Bool
0006 = #Output_9
0008 Time
0009 IN :=#Output_9
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
BIT"
%M3.1 Bool
%M1.1 Bool
put Relay (16R5)"
%Q1.4 Bool
ON/OFF"
%DB1.DBX1.1 Bool
#Output_9 Bool
0006 = #Output_10

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0008 Time
0009 IN :=#Output_10
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
BIT"
%M3.2 Bool
%M1.2 Bool
put Relay (16R5.1)"
%Q1.5 Bool
ON/OFF"
%DB1.DBX1.2 Bool
#Output_10 Bool
0006 = #Output_11
0008 Time
0010 PT :=t#2s
0011 Q :=
0012 ET :=
%M126.7 Bool
BIT"
%M3.3 Bool
%M1.3 Bool
put Relay (16R6)"
%Q1.6 Bool
ON/OFF"
%DB1.DBX1.3 Bool
#Output_11 Bool
Network 13: Return Water PIT 101 Valve Auxiliary Watchdog Timer
0002 A "Return Water PIT 101 Valve Open Output Relay (16R6.1)"
0003 AN "Return Water PIT 101 Valve Open Feed Back MEMORY BIT"
0004 = #Output_12
0005 CALL TON , "PIT 101 Valve"
0006 Time
0008 PT :=t#2s
0009 Q :=
0010 ET :=
%M126.7 Bool
%M1.4 Bool
Output Relay (16R6.1)"
%Q1.7 Bool
#Output_12 Bool
Network 14: Absorption Chiller Auxiliary Watchdog Timer
0001 /// A "AUTO/MANUAL SELECTOR SWITCH (8SS6.1) MEMORY BIT"
0003 AN "Absorption Chiller Unit_A-B Running"
0004 AN "Retentive Memory"."ABSORPTION CHILLER ON MAINTENANCE ON/OFF"
0005 = #Output_13
0006 // CALL TON , "Absorption Chiller"
0007 // time_type:=Time
0008 // IN :=#Output_13
0009 // PT :=t#5m
0010 // Q :=
0011 // ET :=
Relay (25R3)"
%Q2.0 Bool

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"Absorption Chiller Unit_A-B Run‐
ning"
%M74.3 Bool
OFF"
%DB1.DBX2.2 Bool
#Output_13 Bool
Network 15: Trane Chiller Auxiliary Watchdog Timer
0003 AN "Trane Chiller Unit_A-B Running"
0004 AN "Retentive Memory"."TRANE CHILLER ON MAINTENANCE ON/OFF"
0005 = #Output_15
0006 CALL TON , "Trane Chiller"
0007 Time
0009 PT :=t#5m
0010 Q :=
0011 ET :=
%M126.7 Bool
%DB1.DBX2.3 Bool
(25R3.1)"
%Q2.1 Bool
#Output_15 Bool
Network 16: Carrier-6 Chiller Auxiliary Watchdog Timer
0004 AN "Retentive Memory"."CARRIER-6 CHILLER ON MAINTENANCE ON/OFF"
0005 = #Output_17
0006 CALL TON , "Carrier-6 Chiller"
0007 Time
0009 PT :=t#5m
0010 Q :=
0011 ET :=
%M126.7 Bool
lay (25R4)"
%Q2.2 Bool
ning"
%M74.1 Bool
OFF"
%DB1.DBX2.4 Bool
#Output_17 Bool
Network 17: Carrier-7 Chiller Auxiliary Watchdog Timer
0005 = #Output_20
0006 CALL TON , "Carrier-7 Chiller"
0007 Time
0009 PT :=t#5m
0010 Q :=
0011 ET :=
%M126.7 Bool
lay (25R4.1)"
%Q2.3 Bool
ning"
%M74.2 Bool
OFF"
%DB1.DBX2.5 Bool
#Output_20 Bool

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PRIMARY PUMP [FC6]
PRIMARY PUMP Properties
General
Name PRIMARY PUMP Number 6 Type FC Language LAD
Numbering automatic
Information
ID
Input
Output
InOut
Temp
Constant
Return
PRIMARY PUMP Void
Network 1: AUTO MOD "Primary Pump P103A Start Output Relay (15R3)"
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"Retentive
Memory".
"PRIMARY PUMP
A-B ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
%DB1.DBX1.7%DB1.DBX1.7
"Primary Pump
P103A Auto/
Manual Mode
Selected
MEMORY BIT"
%M2.0%M2.0
"PRIMARY PUMP
P103A
AUXILIARY FEED
BACK FAULT
MESSAGE BIT"
%M200.3%M200.3 "Retentive
Memory".
"PRIMARY PUMP
P103A
MAINTENANCE
ON/OFF"
"A(A-B) PRIMARY"
%M76.7%M76.7
"NO PRIMARY
PUMP ON
MAINTENANCE"
%M71.0%M71.0
"Primary Pump
P103B Auto/
Manual Mode
Selected
MEMORY BIT"
%M2.1%M2.1
"PRIMARY PUMP
P103B
AUXILIARY FEED
BACK FAULT
MESSAGE BIT"
Memory".
"PRIMARY PUMP
P103B
MAINTENANCE
ON/OFF"
"B(A-B) PRIMARY"
%M77.1%M77.1
"A(A-B) PRIMARY" %M76.7 Bool
%M126.7 Bool
"B(A-B) PRIMARY" %M77.1 Bool
"NO PRIMARY PUMP ON MAINTE‐
NANCE"
%M71.0 Bool
BIT"
%M2.0 Bool
%M200.3 Bool
BIT"
%M2.1 Bool
%M200.4 Bool
PUMP A-B ON DUTY HOUR WHILE
MAINTENANCE OFF"
%DB1.DBX1.7 Bool
OFF"
%DB1.DBX0.0 Bool
OFF"
%DB1.DBX0.2 Bool
Network 2: "Primary Pump P103A Start Output Relay (15R3)"
0001 //MANUAL MOD "Primary Pump P103A Start Output Relay (15R3)"
0002 A(
0003 AN "SYSTEM START_STOP_SR"
0004 AN "Primary Pump P103A Auto/Manual Mode Selected MEMORY BIT"
0006 O
0008 A "Retentive Memory"."PRIMARY PUMP P103A MAINTENANCE ON/OFF"
0009 )
0010 A "PRIMARY PUMP P103A MANUAL ON/OFF MEMORY BIT"
0011 = "Primary Pump P103A Start Memory Bit"
0012
0013 //"Primary Pump P103A Start Output Relay (15R3)"
0014 O "A(A-B) PRIMARY"
0015 O "A(A-C) PRIMARY"
0016 O "Primary Pump P103A Start Memory Bit"
0017 = "Primary Pump P103A Start Output Relay (15R3)"

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0018
"A(A-B) PRIMARY" %M76.7 Bool
"A(A-C) PRIMARY" %M77.0 Bool
%M126.7 Bool
BIT"
%M2.0 Bool
ON/OFF MEMORY BIT"
%M20.0 Bool
"Primary Pump P103A Start Memo‐
ry Bit"
%M76.4 Bool
"Primary Pump P103A Start Output
Relay (15R3)"
%Q0.0 Bool
OFF"
%DB1.DBX0.0 Bool
Network 3: AUTO MOD "Primary Pump P103B Start Output Relay (15R3.1)"
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"Retentive
Memory".
"PRIMARY PUMP
B-C ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Primary Pump
P103B Auto/
Manual Mode
Selected
MEMORY BIT"
%M2.1%M2.1
"PRIMARY PUMP
P103B
AUXILIARY FEED
BACK FAULT
MESSAGE BIT"
Memory".
"PRIMARY PUMP
P103B
MAINTENANCE
ON/OFF"
"B(B-C) PRIMARY"
%M77.2%M77.2
"NO PRIMARY
PUMP ON
MAINTENANCE"
%M71.0%M71.0
"Primary Pump
P103C Auto/
Manual Mode
Selected
MEMORY BIT"
%M2.2%M2.2
"PRIMARY PUMP
P103C
AUXILIARY FEED
BACK FAULT
MESSAGE BIT"
Memory".
"PRIMARY PUMP
P103C
MAINTENANCE
ON/OFF"
"C(B-C) PRIMARY"
%M77.4%M77.4
%M126.7 Bool
"B(B-C) PRIMARY" %M77.2 Bool
"C(B-C) PRIMARY" %M77.4 Bool
NANCE"
%M71.0 Bool
BIT"
%M2.1 Bool
%M200.4 Bool
BIT"
%M2.2 Bool
%M200.5 Bool
PUMP B-C ON DUTY HOUR WHILE
MAINTENANCE OFF"
%DB1.DBX2.0 Bool
OFF"
%DB1.DBX0.2 Bool
OFF"
%DB1.DBX0.1 Bool
Network 4: "Primary Pump P103B Start Output Relay (15R3.1)"
0001 //MANUAL MOD "Primary Pump P103B Start Output Relay (15R3.1)"
0002
0003 A(
0005 AN "Primary Pump P103B Auto/Manual Mode Selected MEMORY BIT"
0007 O
0009 A "Retentive Memory"."PRIMARY PUMP P103B MAINTENANCE ON/OFF"
0010 )
0011 A "PRIMARY PUMP P103B MANUAL ON/OFF MEMORY BIT"
0012 = "Primary Pump P103B Start Memory Bit"
0013
0014 //"Primary Pump P103B Start Output Relay (15R3.1)"
0015 O "B(A-B) PRIMARY"
0016 O "B(B-C) PRIMARY"
0017 O "Primary Pump P103B Start Memory Bit"
0018 = "Primary Pump P103B Start Output Relay (15R3.1)"
0019

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%M126.7 Bool
"B(A-B) PRIMARY" %M77.1 Bool
"B(B-C) PRIMARY" %M77.2 Bool
BIT"
%M2.1 Bool
ON/OFF MEMORY BIT"
%M20.1 Bool
"Primary Pump P103B Start Memo‐
ry Bit"
%M76.5 Bool
"Primary Pump P103B Start Output
Relay (15R3.1)"
%Q0.1 Bool
OFF"
%DB1.DBX0.2 Bool
Network 5: AUTO MOD "Primary Pump P103C Start Output Relay (15R4)"
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"Retentive
Memory".
"PRIMARY PUMP
C-A ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Primary Pump
P103C Auto/
Manual Mode
Selected
MEMORY BIT"
%M2.2%M2.2
"PRIMARY PUMP
P103C
AUXILIARY FEED
BACK FAULT
MESSAGE BIT"
Memory".
"PRIMARY PUMP
P103C
MAINTENANCE
ON/OFF"
"C(A-C) PRIMARY"
%M77.3%M77.3
"NO PRIMARY
PUMP ON
MAINTENANCE"
%M71.0%M71.0
"Primary Pump
P103A Auto/
Manual Mode
Selected
MEMORY BIT"
%M2.0%M2.0
"PRIMARY PUMP
P103A
AUXILIARY FEED
BACK FAULT
MESSAGE BIT"
Memory".
"PRIMARY PUMP
P103A
MAINTENANCE
ON/OFF"
"A(A-C) PRIMARY"
%M77.0%M77.0
"A(A-C) PRIMARY" %M77.0 Bool
%M126.7 Bool
"C(A-C) PRIMARY" %M77.3 Bool
NANCE"
%M71.0 Bool
BIT"
%M2.0 Bool
%M200.3 Bool
BIT"
%M2.2 Bool
%M200.5 Bool
PUMP C-A ON DUTY HOUR WHILE
MAINTENANCE OFF"
%DB1.DBX2.1 Bool
OFF"
%DB1.DBX0.0 Bool
OFF"
%DB1.DBX0.1 Bool
Network 6: MANUAL MOD "Primary Pump P103C Start Output Relay (15R4)"
0001 // MANUAL MOD "Primary Pump P103C Start Output Relay (15R4)"
0002
0003 A(
0005 AN "Primary Pump P103C Auto/Manual Mode Selected MEMORY BIT"
0007 O
0009 A "Retentive Memory"."PRIMARY PUMP P103C MAINTENANCE ON/OFF"
0010 )
0011 A "PRIMARY PUMP P103C MANUAL ON/OFF MEMORY BIT"
0012 = "Primary Pump P103C Start Memory Bit"
0013
0014 //"Primary Pump P103C Start Output Relay (15R4)"
0015 O "C(A-C) PRIMARY"
0016 O "C(B-C) PRIMARY"
0017 O "Primary Pump P103C Start Memory Bit"
0018 = "Primary Pump P103C Start Output Relay (15R4)"
0019
%M126.7 Bool

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"C(A-C) PRIMARY" %M77.3 Bool
"C(B-C) PRIMARY" %M77.4 Bool
BIT"
%M2.2 Bool
ON/OFF MEMORY BIT"
%M20.2 Bool
"Primary Pump P103C Start Memo‐
ry Bit"
%M76.6 Bool
"Primary Pump P103C Start Output
Relay (15R4)"
%Q0.2 Bool
OFF"
%DB1.DBX0.1 Bool
Network 7: "PRIMARY PUMPS RUNNING FEED BACK" AND RELEASE HMI BUTTON ON AUTO SELECTION
0001 // PRIMARY PUMPS RUNNING FEED BACK
0003 A(
0004 O "Primary Pump P103A Running Feed Back MEMORY BIT"
0005 O "Primary Pump P103B Running Feed Back MEMORY BIT"
0006 O "Primary Pump P103C Running Feed Back MEMORY BIT"
0007 )
0008 = "PRIMARY PUMPS RUNNING FEED BACK"
0009
0010 // RELEASE HMI BUTTON ON AUTO SELECTION
0013 R "PRIMARY PUMP P103A MANUAL ON/OFF MEMORY BIT"
0014 //^^^^//
0017 R "PRIMARY PUMP P103B MANUAL ON/OFF MEMORY BIT"
0018 //^^^^//
0021 R "PRIMARY PUMP P103C MANUAL ON/OFF MEMORY BIT"
0022
0023 // RELEASE HMI BUTTON ON MANUAL SELECTION
0024 A "Primary Pump P103A Auto/Manual Mode Selected MEMORY BIT"
0025 R "PRIMARY PUMP P103A MANUAL ON/OFF MEMORY BIT"
0026 A "Primary Pump P103B Auto/Manual Mode Selected MEMORY BIT"
0027 R "PRIMARY PUMP P103B MANUAL ON/OFF MEMORY BIT"
0028 A "Primary Pump P103C Auto/Manual Mode Selected MEMORY BIT"
0029 R "PRIMARY PUMP P103C MANUAL ON/OFF MEMORY BIT"
0030
%M126.7 Bool
BIT"
%M2.0 Bool
ON/OFF MEMORY BIT"
%M20.0 Bool
%M0.0 Bool
BIT"
%M2.1 Bool
ON/OFF MEMORY BIT"
%M20.1 Bool
%M0.1 Bool
BIT"
%M2.2 Bool
ON/OFF MEMORY BIT"
%M20.2 Bool
%M0.2 Bool
"PRIMARY PUMPS RUNNING FEED
BACK"
%M22.3 Bool
OFF"
%DB1.DBX0.0 Bool
OFF"
%DB1.DBX0.2 Bool
OFF"
%DB1.DBX0.1 Bool

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SECONDARY PUMP [FC7]
SECONDARY PUMP Properties
General
Name SECONDARY PUMP Number 7 Type FC Language LAD
Numbering automatic
Information
ID
Input
Output
InOut
Temp
Constant
Return
SECONDARY PUMP Void
Network 1: AUTO MOD "Secondary Pump P104A-B VFD Start Output Relay (15R5)"
Network 1: AUTO MOD "Secondary Pump P104A-B VFD Start Output Relay (15R5)"
MOVE
MOVE
2
2
1
1
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"Return PIT
Level 30%
Stop Secondary
Pumps"
%M75.0%M75.0
"PRIMARY PUMPS
RUNNING FEED
BACK"
%M22.3%M22.3
"Retentive
Memory".
"SECONDARY
PUMP A-B ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Secondary
Pump P104A
Auto/Manual
Mode Selected
MEMORY BIT"
%M2.3%M2.3
"SECONDARY
PUMP P104A
VFD FEED
BACK FAULT
MESSAGE BIT"
Memory".
"SECONDARY
PUMP P104A
MAINTENANCE
ON/OFF"
"Retentive
Memory".
"SECONDARY
PUMP P104B
MAINTENANCE
ON/OFF"
"A(A-B)
SECONDARY"
%M75.6%M75.6
"NO
SECONDARY
PUMP ON
MAINTENANCE"
%M70.2%M70.2
"CALL 2nd VFD
ON DELAY TIME
SET_RESET"
%M70.0%M70.0
"Secondary
Pump P104B
Auto/Manual
Mode Selected
MEMORY BIT"
%M2.4%M2.4
"SECONDARY
PUMP P104B
VFD FEED
BACK FAULT
MESSAGE BIT"
Memory".
"SECONDARY
PUMP P104B
MAINTENANCE
ON/OFF"
"Retentive
Memory".
"SECONDARY
PUMP P104C
MAINTENANCE
ON/OFF"
"B(A-B)
SECONDARY"
%M76.0%M76.0
"CONT_C_DB_
1".LMN_PER
%DB27.DBW76%DB27.DBW76
"Secondary
Pump P104B
VFD Speed
Control":P
%QW370:P%QW370:P
"CONT_C_DB_
1".LMN_PER
"Secondary
Pump P104A
VFD Speed
Control":P
%QW368:P%QW368:P
EN
IN
ENO
OUT1
EN
IN
ENO
OUT1
"A(A-B) SECONDARY" %M75.6 Bool
%M126.7 Bool
"B(A-B) SECONDARY" %M76.0 Bool
"CALL 2nd VFD ON DELAY TIME
SET_RESET"
%M70.0 Bool
"CONT_C_DB_1".LMN_PER %DB27.DBW76 Word manipulated value peripherie
"NO SECONDARY PUMP ON MAIN‐
TENANCE"
%M70.2 Bool

Totally Integrated
Automation Portal
BACK"
%M22.3 Bool
MAINTENANCE OFF"
%DB1.DBX1.4 Bool
OFF"
%DB1.DBX0.3 Bool
OFF"
%DB1.DBX0.4 Bool
OFF"
%DB1.DBX0.5 Bool
"Return PIT Level 30% Stop Secon‐
dary Pumps"
%M75.0 Bool
BIT"
%M2.3 Bool
%M200.6 Bool
"Secondary Pump P104A VFD
Speed Control":P
%QW368:P Int
BIT"
%M2.4 Bool
%M200.7 Bool
"Secondary Pump P104B VFD
Speed Control":P
%QW370:P Int
Network 2: "Secondary Pump P104A VFD Start Output Relay (15R5)"
0001 //MANUAL MOD "Secondary Pump P104A VFD Start Output Relay (15R5)"
0002
0003 A(
0007 O
0009 A "Retentive Memory"."SECONDARY PUMP P104A MAINTENANCE ON/OFF"
0010 )
0011 A "SECONDARY PUMP P104A MANUAL ON/OFF MEMORY BIT"
0012 = "Secondary Pump P104A Start Memory Bit"
0013
0014 //"Secondary Pump P104A VFD Start Output Relay (15R5)"
0015
0016 O "A(A-B) SECONDARY"
0017 O "A(A-C) SECONDARY"
0018 O "Secondary Pump P104A Start Memory Bit"
0019 = "Secondary Pump P104A VFD Start Output Relay (15R5)"
0020
"A(A-B) SECONDARY" %M75.6 Bool
"A(A-C) SECONDARY" %M75.7 Bool
%M126.7 Bool
OFF"
%DB1.DBX0.3 Bool
BIT"
%M2.3 Bool
UAL ON/OFF MEMORY BIT"
%M20.3 Bool
"Secondary Pump P104A Start
Memory Bit"
%M75.3 Bool
"Secondary Pump P104A VFD Start
%Q0.4 Bool
Network 3: AUTO MOD "Secondary Pump P104B-C VFD Start Output Relay (15R6)"

Totally Integrated
Automation Portal
Network 3: AUTO MOD "Secondary Pump P104B-C VFD Start Output Relay (15R6)"
MOVE
MOVE
2
2
1
1
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"Return PIT
Level 30%
Stop Secondary
Pumps"
%M75.0%M75.0
"PRIMARY PUMPS
RUNNING FEED
BACK"
%M22.3%M22.3
"Retentive
Memory".
"SECONDARY
PUMP B-C ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Secondary
Pump P104B
Auto/Manual
Mode Selected
MEMORY BIT"
%M2.4%M2.4
"SECONDARY
PUMP P104B
VFD FEED
BACK FAULT
MESSAGE BIT"
Memory".
"SECONDARY
PUMP P104B
MAINTENANCE
ON/OFF"
"Retentive
Memory".
"SECONDARY
PUMP P104C
MAINTENANCE
ON/OFF"
"B(B-C)
SECONDARY"
%M76.1%M76.1
"NO
SECONDARY
PUMP ON
MAINTENANCE"
%M70.2%M70.2
"CALL 2nd VFD
ON DELAY TIME
SET_RESET"
%M70.0%M70.0
"Secondary
Pump P104C
Auto/Manual
Mode Selected
MEMORY BIT"
%M2.5%M2.5
"SECONDARY
PUMP P104C
VFD FEED
BACK FAULT
MESSAGE BIT"
Memory".
"SECONDARY
PUMP P104C
MAINTENANCE
ON/OFF"
"Retentive
Memory".
"SECONDARY
PUMP P104A
MAINTENANCE
ON/OFF"
"C(B-C)
SECONDARY"
%M76.3%M76.3
"CONT_C_DB_
1".LMN_PER
"Secondary
Pump P104C
VFD Speed
Control":P
%QW372:P%QW372:P
"CONT_C_DB_
1".LMN_PER
"Secondary
Pump P104B
VFD Speed
Control":P
%QW370:P%QW370:P
EN
IN
ENO
OUT1
EN
IN
ENO
OUT1
%M126.7 Bool
"B(B-C) SECONDARY" %M76.1 Bool
"C(B-C) SECONDARY" %M76.3 Bool
SET_RESET"
%M70.0 Bool
TENANCE"
%M70.2 Bool
BACK"
%M22.3 Bool
MAINTENANCE OFF"
%DB1.DBX1.5 Bool
OFF"
%DB1.DBX0.3 Bool
OFF"
%DB1.DBX0.4 Bool
OFF"
%DB1.DBX0.5 Bool
dary Pumps"
%M75.0 Bool
BIT"
%M2.4 Bool
%M200.7 Bool
Speed Control":P
%QW370:P Int
BIT"
%M2.5 Bool
%M203.0 Bool

Totally Integrated
Automation Portal
"Secondary Pump P104C VFD
Speed Control":P
%QW372:P Int
Network 4: "Secondary Pump P104B VFD Start Output Relay (15R6)"
0001 //MANUAL MOD "Secondary Pump P104B VFD Start Output Relay (15R6)"
0002
0003 A(
0007 O
0009 A "Retentive Memory"."SECONDARY PUMP P104B MAINTENANCE ON/OFF"
0010 )
0011 A "SECONDARY PUMP P104B MANUAL ON/OFF MEMORY BIT"
0012 = "Secondary Pump P104B Start Memory Bit"
0013
0014 //"Secondary Pump P104B VFD Start Output Relay (15R6)"
0015
0016 O "B(A-B) SECONDARY"
0017 O "B(B-C) SECONDARY"
0018 O "Secondary Pump P104B Start Memory Bit"
0019 = "Secondary Pump P104B VFD Start Output Relay (15R6)"
0020
%M126.7 Bool
"B(A-B) SECONDARY" %M76.0 Bool
"B(B-C) SECONDARY" %M76.1 Bool
OFF"
%DB1.DBX0.4 Bool
BIT"
%M2.4 Bool
%M20.4 Bool
"Secondary Pump P104B Start
Memory Bit"
%M75.4 Bool
"Secondary Pump P104B VFD Start
%Q0.6 Bool
Network 5: AUTO MOD "Secondary Pump P104C-A VFD Start Output Relay (16R3)"

Totally Integrated
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Network 5: AUTO MOD "Secondary Pump P104C-A VFD Start Output Relay (16R3)"
MOVE
MOVE
2
2
1
1
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"Return PIT
Level 30%
Stop Secondary
Pumps"
%M75.0%M75.0
"PRIMARY PUMPS
RUNNING FEED
BACK"
%M22.3%M22.3
"Retentive
Memory".
"SECONDARY
PUMP C-A ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Secondary
Pump P104C
Auto/Manual
Mode Selected
MEMORY BIT"
%M2.5%M2.5
"SECONDARY
PUMP P104C
VFD FEED
BACK FAULT
MESSAGE BIT"
Memory".
"SECONDARY
PUMP P104C
MAINTENANCE
ON/OFF"
"Retentive
Memory".
"SECONDARY
PUMP P104A
MAINTENANCE
ON/OFF"
"C(A-C)
SECONDARY"
%M76.2%M76.2
"NO
SECONDARY
PUMP ON
MAINTENANCE"
%M70.2%M70.2
"CALL 2nd VFD
ON DELAY TIME
SET_RESET"
%M70.0%M70.0
"Secondary
Pump P104A
Auto/Manual
Mode Selected
MEMORY BIT"
%M2.3%M2.3
"SECONDARY
PUMP P104A
VFD FEED
BACK FAULT
MESSAGE BIT"
Memory".
"SECONDARY
PUMP P104A
MAINTENANCE
ON/OFF"
"Retentive
Memory".
"SECONDARY
PUMP P104B
MAINTENANCE
ON/OFF"
"A(A-C)
SECONDARY"
%M75.7%M75.7
"CONT_C_DB_
1".LMN_PER
"Secondary
Pump P104A
VFD Speed
Control":P
%QW368:P%QW368:P
"CONT_C_DB_
1".LMN_PER
"Secondary
Pump P104C
VFD Speed
Control":P
%QW372:P%QW372:P
EN
IN
ENO
OUT1
EN
IN
ENO
OUT1
"A(A-C) SECONDARY" %M75.7 Bool
%M126.7 Bool
"C(A-C) SECONDARY" %M76.2 Bool
SET_RESET"
%M70.0 Bool
TENANCE"
%M70.2 Bool
BACK"
%M22.3 Bool
MAINTENANCE OFF"
%DB1.DBX1.6 Bool
OFF"
%DB1.DBX0.3 Bool
OFF"
%DB1.DBX0.4 Bool
OFF"
%DB1.DBX0.5 Bool
dary Pumps"
%M75.0 Bool
BIT"
%M2.3 Bool
%M200.6 Bool
Speed Control":P
%QW368:P Int
BIT"
%M2.5 Bool
%M203.0 Bool

Totally Integrated
Automation Portal
Speed Control":P
%QW372:P Int
Network 6: "Secondary Pump P104C VFD Start Output Relay (16R3)"
0001 //MANUAL MOD "Secondary Pump P104C VFD Start Output Relay (16R3)"
0002
0003 A(
0007 O
0009 A "Retentive Memory"."SECONDARY PUMP P104C MAINTENANCE ON/OFF"
0010 )
0011 A "SECONDARY PUMP P104C MANUAL ON/OFF MEMORY BIT"
0012 = "Secondary Pump P104C Start Memory Bit"
0013
0014 //"Secondary Pump P104C VFD Start Output Relay (16R3)"
0015
0016 O "C(A-C) SECONDARY"
0017 O "C(B-C) SECONDARY"
0018 O "Secondary Pump P104C Start Memory Bit"
0019 = "Secondary Pump P104C VFD Start Output Relay (16R3)"
0020
%M126.7 Bool
"C(A-C) SECONDARY" %M76.2 Bool
"C(B-C) SECONDARY" %M76.3 Bool
OFF"
%DB1.DBX0.5 Bool
BIT"
%M2.5 Bool
%M20.5 Bool
"Secondary Pump P104C Start
Memory Bit"
%M75.5 Bool
"Secondary Pump P104C VFD Start
%Q1.0 Bool
Network 7: SECONDARY PUMPS RUNNING FEED BACK AND ELEASE HMI BUTTON
0001 // SECONDARY PUMPS RUNNING FEED BACK
0003 A "PRIMARY PUMPS RUNNING FEED BACK"
0004 A(
0005 O "Secondary Pump P104A VFD Running Feed Back MEMORY BIT"
0006 O "Secondary Pump P104B VFD Running Feed Back MEMORY BIT"
0007 O "Secondary Pump P104C VFD Running Feed Back MEMORY BIT"
0008 )
0009 = "SECONDARY PUMPS RUNNING FEED BACK"
0010
0014 R "SECONDARY PUMP P104A MANUAL ON/OFF MEMORY BIT"
0015 //^^^^//
0018 R "SECONDARY PUMP P104B MANUAL ON/OFF MEMORY BIT"
0019 //^^^^//
0022 R "SECONDARY PUMP P104C MANUAL ON/OFF MEMORY BIT"
0023
0025 A "Secondary Pump P104A Auto/Manual Mode Selected MEMORY BIT"
0026 R "SECONDARY PUMP P104A MANUAL ON/OFF MEMORY BIT"
0027 A "Secondary Pump P104B Auto/Manual Mode Selected MEMORY BIT"
0028 R "SECONDARY PUMP P104B MANUAL ON/OFF MEMORY BIT"
0029 A "Secondary Pump P104C Auto/Manual Mode Selected MEMORY BIT"
0030 R "SECONDARY PUMP P104C MANUAL ON/OFF MEMORY BIT"
0031
%M126.7 Bool
BACK"
%M22.3 Bool
OFF"
%DB1.DBX0.3 Bool

Totally Integrated
Automation Portal
OFF"
%DB1.DBX0.4 Bool
OFF"
%DB1.DBX0.5 Bool
BIT"
%M2.3 Bool
%M20.3 Bool
%M0.3 Bool
BIT"
%M2.4 Bool
%M20.4 Bool
%M0.4 Bool
BIT"
%M2.5 Bool
%M20.5 Bool
%M0.5 Bool
"SECONDARY PUMPS RUNNING
FEED BACK"
%M22.4 Bool

Totally Integrated
Automation Portal
COOLING TOWER FANS [FC9]
COOLING TOWER FANS Properties
General
Name COOLING TOWER FANS Number 9 Type FC Language LAD
Numbering automatic
Information
ID
Input
Output
InOut
Temp
L0.0 Bool 0.0
L0.1 Bool 0.1
Constant
Return
COOLING TOWER FANS Void
Network 1: COOLING TOWER FANS START_STOP
0001 //"Cooling Tower Fan 01 Start Output Relay (16R3.1)"
0002
0006 AN "COOLING TOWER FAN 01 AUXILIARY FEED BACK FAULT MESSAGE BIT"
0008 A "COLLING TOWER FANS (1-6) RUNNING"
0009 O
0010 A(
0014 O
0017 )
0018 A "COOLING TOWER FAN 01 MANUAL ON/OFF MEMORY BIT"
0019 = "Cooling Tower Fan 01 Start Output Relay (16R3.1)"
0020
0021 //"Cooling Tower Fan 02 Start Output Relay (16R4)"
0022
0029 O
0030 A(
0034 O
0037 )
0039 = "Cooling Tower Fan 02 Start Output Relay (16R4)"
0040
0042
0049 O
0050 A(
0054 O
0057 )
0060
0061

Totally Integrated
Automation Portal
0063
0070 O
0071 A(
0075 O
0078 )
0081
0083
0090 O
0091 A(
0095 O
0098 )
0101
0103
0110 O
0111 A(
0115 O
0118 )
0121
%M126.7 Bool
"COLLING TOWER FANS (1-6) RUN‐
NING"
%M73.4 Bool
NING"
%M73.5 Bool
NING"
%M73.6 Bool
BIT"
%M2.6 Bool
BIT"
%M203.1 Bool
%M20.6 Bool
put Relay (16R3.1)"
%Q1.1 Bool
BIT"
%M2.7 Bool
BIT"
%M203.2 Bool
%M20.7 Bool
put Relay (16R4)"
%Q1.2 Bool
BIT"
%M3.0 Bool

Totally Integrated
Automation Portal
BIT"
%M203.3 Bool
%M21.0 Bool
put Relay (16R4.1)"
%Q1.3 Bool
BIT"
%M3.1 Bool
BIT"
%M203.4 Bool
%M21.1 Bool
put Relay (16R5)"
%Q1.4 Bool
BIT"
%M3.2 Bool
BIT"
%M203.5 Bool
%M21.2 Bool
put Relay (16R5.1)"
%Q1.5 Bool
BIT"
%M3.3 Bool
BIT"
%M203.6 Bool
%M21.3 Bool
put Relay (16R6)"
%Q1.6 Bool
ON/OFF"
%DB1.DBX0.6 Bool
ON/OFF"
%DB1.DBX0.7 Bool
ON/OFF"
%DB1.DBX1.0 Bool
ON/OFF"
%DB1.DBX1.1 Bool
ON/OFF"
%DB1.DBX1.2 Bool
ON/OFF"
%DB1.DBX1.3 Bool
Network 2: FIRST STARTUP ALL COOLING TOWER FANS ON (TEMP@34C) WITH SETPOINT AND AUTO ON-OFF ALL COOLING TOWER FANS
WHEN (TEMP@34C) REVERT
Real
>=
Real
<=
S
Real
>
S
S
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"COOLING
TOWER FANS
RESET DUTY"
%M73.7%M73.7
"COLLING
TOWER FANS (
1-6) RUNNING"
%M73.4%M73.4
"COLLING
TOWER FANS (
2-5) RUNNING"
%M73.5%M73.5
"COLLING
TOWER FANS (
3-4) RUNNING"
%M73.6%M73.6
"PV_
TEMPERATURE".
"Temperature
Transmitter
Cooling tower
Fan Supply
line"
%DB31.DBD40%DB31.DBD40
33.0
"PV_
TEMPERATURE".
"Temperature
Transmitter
Cooling tower
Fan Supply
line"
34.0
"COLLING
TOWER FANS (
1-6) RUNNING"
%M73.4%M73.4
"SYSTEM START
PUSH BUTTON (
8S4) MEMORY
BIT"
%M126.3%M126.3
"PV_
TEMPERATURE".
"Temperature
Transmitter
Cooling tower
Fan Supply
line"
34.0
"COLLING
TOWER FANS (
2-5) RUNNING"
%M73.5%M73.5
"COLLING
TOWER FANS (
3-4) RUNNING"
%M73.6%M73.6
%M126.7 Bool

Totally Integrated
Automation Portal
NING"
%M73.4 Bool
NING"
%M73.5 Bool
NING"
%M73.6 Bool
"COOLING TOWER FANS RESET DU‐
TY"
%M73.7 Bool
Supply line"
%DB31.DBD40 Real
(8S4) MEMORY BIT"
%M126.3 Bool
Network 3: AUTO START_STOP (1-6) COOLING FANS (TEMP@32C)
Real
>=
Real
<=
R
S
S
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"COOLING
TOWER FANS
RESET DUTY"
%M73.7%M73.7
"PV_
TEMPERATURE".
"Temperature
Transmitter
Cooling tower
Fan Supply
line"
31.0
"PV_
TEMPERATURE".
"Temperature
Transmitter
Cooling tower
Fan Supply
line"
32.0
"COLLING
TOWER FANS (
1-6) RUNNING"
%M73.4%M73.4
"COLLING
TOWER FANS (
2-5) RUNNING"
%M73.5%M73.5
"COLLING
TOWER FANS (
3-4) RUNNING"
%M73.6%M73.6
%M126.7 Bool
NING"
%M73.4 Bool
NING"
%M73.5 Bool
NING"
%M73.6 Bool
TY"
%M73.7 Bool
Supply line"
%DB31.DBD40 Real
Network 4: AUTO START_STOP (1-6) (2-5) COOLING FANS (TEMP@30C)
Real
>=
Real
<=
R
R
S
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"COOLING
TOWER FANS
RESET DUTY"
%M73.7%M73.7
"PV_
TEMPERATURE".
"Temperature
Transmitter
Cooling tower
Fan Supply
line"
29.0
"PV_
TEMPERATURE".
"Temperature
Transmitter
Cooling tower
Fan Supply
line"
30.0
"COLLING
TOWER FANS (
1-6) RUNNING"
%M73.4%M73.4
"COLLING
TOWER FANS (
2-5) RUNNING"
%M73.5%M73.5
"COLLING
TOWER FANS (
3-4) RUNNING"
%M73.6%M73.6
%M126.7 Bool
NING"
%M73.4 Bool
NING"
%M73.5 Bool
NING"
%M73.6 Bool
TY"
%M73.7 Bool

Totally Integrated
Automation Portal
Supply line"
%DB31.DBD40 Real
Network 5: AUTO START_STOP (1-6) (2-5) (3-4) COOLING FANS (TEMP@27C)
Real
<=
R
R
R
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"COOLING
TOWER FANS
RESET DUTY"
%M73.7%M73.7
"PV_
TEMPERATURE".
"Temperature
Transmitter
Cooling tower
Fan Supply
line"
27.0
"COLLING
TOWER FANS (
1-6) RUNNING"
%M73.4%M73.4
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"COOLING
TOWER FANS
RESET DUTY
TIMER"
%T5%T5
"COLLING
TOWER FANS (
2-5) RUNNING"
%M73.5%M73.5
"COLLING
TOWER FANS (
3-4) RUNNING"
%M73.6%M73.6
%M126.7 Bool
NING"
%M73.4 Bool
NING"
%M73.5 Bool
NING"
%M73.6 Bool
TY TIMER"
%T5 Timer
TY"
%M73.7 Bool
Supply line"
%DB31.DBD40 Real
Network 6: // "COOLING TOWER FANS DUTY RESET TIMER"
0001 // "COOLING TOWER FANS DUTY RESET TIMER"
0002 A "COOLING TOWER FANS RESET DUTY"
0003 L S5T#2S
0004 SD "COOLING TOWER FANS RESET DUTY TIMER"
0005 NOP 0
TY TIMER"
%T5 Timer
TY"
%M73.7 Bool
Network 7: COOLING TOWER FANS RUNNING FEED BACK AND RELEASE HMI BUTTON ON AUTO SELECTION
0001 // COOLING TOWER FANS RUNNING FEED BACK
0004 A(
0005 O "Cooling Tower Fan 01 Running Feed Back MEMORY BIT"
0007 )
0008 A(
0011 )
0012 A(
0015 )
0016 = "COOLING TOWER FANS RUNNING FEED BACK"
0017
0021 R "COOLING TOWER FAN 01 MANUAL ON/OFF MEMORY BIT"
0022 //^^^^//

Totally Integrated
Automation Portal
0026 //^^^^//
0030 //^^^^//
0034 //^^^^//
0038 //^^^^//
0042
0056
%M126.7 Bool
BIT"
%M2.6 Bool
%M20.6 Bool
%M0.6 Bool
BIT"
%M2.7 Bool
%M20.7 Bool
%M0.7 Bool
BIT"
%M3.0 Bool
%M21.0 Bool
%M1.0 Bool
BIT"
%M3.1 Bool
%M21.1 Bool
%M1.1 Bool
BIT"
%M3.2 Bool
%M21.2 Bool
%M1.2 Bool
BIT"
%M3.3 Bool
%M21.3 Bool
%M1.3 Bool
"COOLING TOWER FANS RUNNING
FEED BACK"
%M72.5 Bool
ON/OFF"
%DB1.DBX0.6 Bool
ON/OFF"
%DB1.DBX0.7 Bool
ON/OFF"
%DB1.DBX1.0 Bool
ON/OFF"
%DB1.DBX1.1 Bool
ON/OFF"
%DB1.DBX1.2 Bool

Totally Integrated
Automation Portal
ON/OFF"
%DB1.DBX1.3 Bool

Totally Integrated
Automation Portal
PV_FLOW_MONITORING [FC10]
PV_FLOW_MONITORING Properties
General
Name PV_FLOW_MONITORING Number 10 Type FC Language LAD
Numbering automatic
Information
ID
Input
Output
InOut
Temp
__B--01 Bool 0.0
__B--02 Bool 0.1
__B--03 Bool 0.2
__B--04 Bool 0.3
))_W_01 Word 2.0
))_W_02 Word 4.0
))_W_03 Word 6.0
))_W_04 Word 8.0
((_R_01 Real 10.0
((_R_02 Real 14.0
((_R_03 Real 18.0
((_R_04 Real 22.0
Constant
Return
PV_FLOW_MONITORING Void
Network 1: Promag 10 Flow Transmitter at Trane Chiller Chilled Water Outlet Line (FT102)
0001 CALL SCALE
0002 IN :="Promag 10 Flow Transmitter at Trane Chiller Chilled Water Outlet Line (FT102)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0005 BIPOLAR :=#"__B--01"
0006 RET_VAL :=#"))_W_01"
0007 OUT :=#"((_R_01"
0008
0009 L #"((_R_01"
0010 T "PV_FLOW"."Flow Transmitter Trane Chiller"
"Promag 10 Flow Transmitter at
Trane Chiller Chilled Water Outlet
Line (FT102)":P
%IW268:P Int
"PV_FLOW"."Flow Transmitter
Trane Chiller"
%DB28.DBD0 Real
#"((_R_01" Real
#"))_W_01" Word
#"__B--01" Bool
Network 2: "Promag 10 Flow Transmitter at Carrier-6, Chilled water outlet line (FT103)
0001 CALL SCALE
0002 IN :="Promag 10 Flow Transmitter at Carrier-6, Chilled water outlet line (FT103)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0005 BIPOLAR :=#"__B--02"
0006 RET_VAL :=#"))_W_02"
0007 OUT :=#"((_R_02"
0008
0009 L #"((_R_02"
0010 T "PV_FLOW"."Flow Transmitter Carrier-6"
Carrier-6, Chilled water outlet line
(FT103)":P
%IW270:P Int
"PV_FLOW"."Flow Transmitter Car‐
rier-6"
%DB28.DBD4 Real
#"((_R_02" Real
#"))_W_02" Word
#"__B--02" Bool
Network 3: Promag 10 Flow Transmitter at Carrier-7, Chilled water outlet line (FT104)
0001 CALL SCALE
0002 IN :="Promag 10 Flow Transmitter at Carrier-7, Chilled water outlet line (FT104)":P

Totally Integrated
Automation Portal
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0005 BIPOLAR :=#"__B--03"
0006 RET_VAL :=#"))_W_03"
0007 OUT :=#"((_R_03"
0008
0009 L #"((_R_03"
0010 T "PV_FLOW"."Flow Transmitter Carrier-7"
Carrier-7, Chilled water outlet line
(FT104)":P
%IW272:P Int
rier-7"
%DB28.DBD8 Real
#"((_R_03" Real
#"))_W_03" Word
#"__B--03" Bool
Network 4: Promag 10 Flow Transmitter at Absorption Chiller Chilled Water Outlet Line (FT101)"
0001 CALL SCALE
0002 IN :="Promag 10 Flow Transmitter at Absorption Chiller Chilled Water Outlet Line (FT101)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0005 BIPOLAR :=#"__B--04"
0006 RET_VAL :=#"))_W_04"
0007 OUT :=#"((_R_04"
0008
0009 L #"((_R_04"
0010 T "PV_FLOW"."Flow Transmitter Absorption Chiller"
Absorption Chiller Chilled Water
Outlet Line (FT101)":P
%IW300:P Int
"PV_FLOW"."Flow Transmitter Ab‐
sorption Chiller"
%DB28.DBD12 Real
#"((_R_04" Real
#"))_W_04" Word
#"__B--04" Bool

Totally Integrated
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SYSTEM START_STOP_FAULT [FC11]
SYSTEM START_STOP_FAULT Properties
General
Name SYSTEM
START_STOP_FAULT
Numbering automatic
Information
ID
Input
Output
InOut
Temp
Constant
Return
SYSTEM START_STOP_FAULT Void
Network 1: SYSTEM START STOP PUSHBUTTON
SR
"SYSTEM START
PUSH BUTTON (
8S4) MEMORY
BIT"
%M126.3%M126.3
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"SYSTEM STOP
PUSH BUTTON (
8S5) MEMORY
BIT"
%M126.4%M126.4
"FAULT NOT
RESET"
%M22.0%M22.0
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
S
R1
Q
%M126.7 Bool
(8S4) MEMORY BIT"
%M126.3 Bool
(8S5) MEMORY BIT"
%M126.4 Bool
Network 2: FAULT NOT RESET
0001 AN "SYSTEM FAULT MEMORY BIT"
0002 S "FAULT NOT RESET"
0003 A(
0006 )
0007 R "FAULT NOT RESET"
"SYSTEM FAULT MEMORY BIT" %M22.1 Bool
(8S5.1) MEMORY BIT"
%M126.5 Bool
Network 3: SYSTEM FAULT, SYSTEM START-STOP INDICATION
0001 // SYSTEM START-STOP INDICATION
0003 = "System Run Indication (Green 28H6)"
0004 NOT
0005 = "System Stop Indication (Red 28H5.1)"
0006 A "FAULT NOT RESET"
0007 = "System Fault Indication (Yellow 28H6.1)"
0008

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0009 // SYSTEM FAULT
0010 AN "PHASE SEQUENCE RELAY (4PFR5) MEMORY BIT"
0011 A "EMERGENCY STOP AT PANEL (8S6) MEMORY BIT"
0013 A "FIELD INSTRUMENT MCB (5F0.0) MEMORY BIT"
0014 A "FIELD INSTRUMENT MCB (5F1) MEMORY BIT"
0016 A "FIELD INSTRUMENT MCB (5F3.1) MEMORY BIT"
0018 A(
0019 ON "Primary Pump P103A Auto/Manual Mode Selected MEMORY BIT"
0020 O "Retentive Memory"."PRIMARY PUMP P103A MAINTENANCE ON/OFF"
0021 )
0022 A(
0023 ON "Primary Pump P103B Auto/Manual Mode Selected MEMORY BIT"
0024 O "Retentive Memory"."PRIMARY PUMP P103B MAINTENANCE ON/OFF"
0025 )
0026 A(
0027 ON "Primary Pump P103C Auto/Manual Mode Selected MEMORY BIT"
0028 O "Retentive Memory"."PRIMARY PUMP P103C MAINTENANCE ON/OFF"
0029 )
0030 A(
0031 ON "Secondary Pump P104A Auto/Manual Mode Selected MEMORY BIT"
0032 O "Retentive Memory"."SECONDARY PUMP P104A MAINTENANCE ON/OFF"
0033 )
0034 A(
0035 ON "Secondary Pump P104B Auto/Manual Mode Selected MEMORY BIT"
0036 O "Retentive Memory"."SECONDARY PUMP P104B MAINTENANCE ON/OFF"
0037 )
0038 A(
0039 ON "Secondary Pump P104C Auto/Manual Mode Selected MEMORY BIT"
0040 O "Retentive Memory"."SECONDARY PUMP P104C MAINTENANCE ON/OFF"
0041 )
0042 A(
0043 ON "Cooling Tower Fan 01 Auto/Manual Mode Selected MEMORY BIT"
0044 O "Retentive Memory"."COOLING TOWER FAN 01 MAINTENANCE ON/OFF"
0045 )
0046 A(
0049 )
0050 A(
0053 )
0054 A(
0057 )
0058 A(
0061 )
0062 A(
0065 )
0066 A(
0067 ON "PRIMARY PUMP P103A AUXILIARY FEED BACK FAULT MESSAGE BIT"
0068 O "Retentive Memory"."PRIMARY PUMP P103A MAINTENANCE ON/OFF"
0069 )
0070 A(
0071 ON "PRIMARY PUMP P103B AUXILIARY FEED BACK FAULT MESSAGE BIT"
0072 O "Retentive Memory"."PRIMARY PUMP P103B MAINTENANCE ON/OFF"
0073 )
0074 A(
0075 ON "PRIMARY PUMP P103C AUXILIARY FEED BACK FAULT MESSAGE BIT"
0076 O "Retentive Memory"."PRIMARY PUMP P103C MAINTENANCE ON/OFF"
0077 )
0078 A(
0079 ON "SECONDARY PUMP P104A VFD FEED BACK FAULT MESSAGE BIT"
0081 )
0082 A(
0083 ON "SECONDARY PUMP P104B VFD FEED BACK FAULT MESSAGE BIT"
0084 O "Retentive Memory"."SECONDARY PUMP P104B MAINTENANCE ON/OFF"
0085 )
0086 A(
0087 ON "SECONDARY PUMP P104C VFD FEED BACK FAULT MESSAGE BIT"
0089 )
0090 A(
0091 ON "COOLING TOWER FAN 01 AUXILIARY FEED BACK FAULT MESSAGE BIT"
0093 )
0094 A(
0097 )
0098 A(

Totally Integrated
Automation Portal
0101 )
0102 A(
0105 )
0106 A(
0109 )
0110 A(
0113 )
0114 = "SYSTEM FAULT MEMORY BIT"
%M126.7 Bool
BIT"
%M2.6 Bool
BIT"
%M203.1 Bool
BIT"
%M2.7 Bool
BIT"
%M203.2 Bool
BIT"
%M3.0 Bool
BIT"
%M203.3 Bool
BIT"
%M3.1 Bool
BIT"
%M203.4 Bool
BIT"
%M3.2 Bool
BIT"
%M203.5 Bool
BIT"
%M3.3 Bool
BIT"
%M203.6 Bool
(8S6) MEMORY BIT"
%M126.6 Bool
MEMORY BIT"
%M124.0 Bool
MEMORY BIT"
%M124.1 Bool
MEMORY BIT"
%M124.2 Bool
MEMORY BIT"
%M124.3 Bool
MEMORY BIT"
%M124.4 Bool
MEMORY BIT"
%M126.1 Bool
BIT"
%M2.0 Bool
%M200.3 Bool
BIT"
%M2.1 Bool
%M200.4 Bool
BIT"
%M2.2 Bool
%M200.5 Bool
ON/OFF"
%DB1.DBX0.6 Bool
ON/OFF"
%DB1.DBX0.7 Bool
ON/OFF"
%DB1.DBX1.0 Bool

Totally Integrated
Automation Portal
ON/OFF"
%DB1.DBX1.1 Bool
ON/OFF"
%DB1.DBX1.2 Bool
ON/OFF"
%DB1.DBX1.3 Bool
OFF"
%DB1.DBX0.0 Bool
OFF"
%DB1.DBX0.2 Bool
OFF"
%DB1.DBX0.1 Bool
OFF"
%DB1.DBX0.3 Bool
OFF"
%DB1.DBX0.4 Bool
OFF"
%DB1.DBX0.5 Bool
BIT"
%M2.3 Bool
%M200.6 Bool
BIT"
%M2.4 Bool
%M200.7 Bool
BIT"
%M2.5 Bool
%M203.0 Bool
"System Fault Indication (Yellow
28H6.1)"
%Q5.7 Bool
"SYSTEM FAULT MEMORY BIT" %M22.1 Bool
"System Run Indication (Green
28H6)"
%Q5.6 Bool
"System Stop Indication (Red
28H5.1)"
%Q5.5 Bool

Totally Integrated
Automation Portal
VFD SPEED CONTROL [FC12]
VFD SPEED CONTROL Properties
General
Name VFD SPEED CONTROL Number 12 Type FC Language LAD
Numbering automatic
Information
ID
Input
Output
InOut
Temp
out1 Real 0.0
out2 Real 4.0
out3 Bool 8.0
Constant
Return
VFD SPEED CONTROL Void
Network 1: CALL SECOND VFD TO ACHIEVE DESIRD SET POINT
SUB
Real
Real
>=
Real
>=
TON
Time
Real
>=
Real
>=
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"CONT_C_DB_
1".QLMN_HLM
%DB27.DBX78.0%DB27.DBX78.0
"CONT_C_DB_
1".SP_INT
"PV_PRESSURE".
"Pressure
Transmitter
Secondary
Pump Common
Header"
#out1
#out1
0.5
"Secondary
Pump P104A
VFD Running
Feed Back
MEMORY BIT"
%M0.3%M0.3
"VFD P104A
SPEED"
%MD90%MD90
49.0
"CALL 2nd VFD"
%DB35%DB35
t#1m ...
"Secondary
Pump P104B
VFD Running
Feed Back
MEMORY BIT"
%M0.4%M0.4
"VFD P104B
SPEED"
%MD94%MD94
49.0
"Secondary
Pump P104C
VFD Running
Feed Back
MEMORY BIT"
%M0.5%M0.5
"VFD P104C
SPEED"
%MD98%MD98
49.0
EN
IN1
IN2
ENO
OUT
Real
IN
PT
Q
ET
Time
"CONT_C_DB_1".QLMN_HLM %DB27.DBX78.0 Bool high limit of manipulated value reached
"CONT_C_DB_1".SP_INT %DB27.DBD6 Real internal setpoint
Header"
%DB30.DBD4 Real
%M0.3 Bool
%M0.4 Bool
%M0.5 Bool
"VFD P104A SPEED" %MD90 Real
"VFD P104B SPEED" %MD94 Real
"VFD P104C SPEED" %MD98 Real
#out1 Real
Network 2: DISCONNECT SECOND VFD TO ACHIEVE DESIRD SET POINT

Totally Integrated
Automation Portal
SUB
Real
Real
<=
Real
<=
TON
Time
Real
<=
Real
<=
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"CONT_C_DB_
1".QLMN_HLM
%DB27.DBX78.0%DB27.DBX78.0
"CONT_C_DB_
1".SP_INT
"PV_PRESSURE".
"Pressure
Transmitter
Secondary
Pump Common
Header"
#out2
#out2
0.5
"Secondary
Pump P104A
VFD Running
Feed Back
MEMORY BIT"
%M0.3%M0.3
"VFD P104A
SPEED"
%MD90%MD90
20.0
"DISCONNECT
2nd VFD"
%DB34%DB34
t#1m ...
"Secondary
Pump P104B
VFD Running
Feed Back
MEMORY BIT"
%M0.4%M0.4
"VFD P104B
SPEED"
%MD94%MD94
20.0
"Secondary
Pump P104C
VFD Running
Feed Back
MEMORY BIT"
%M0.5%M0.5
"VFD P104C
SPEED"
%MD98%MD98
20.0
EN
IN1
IN2
ENO
OUT
Real
IN
PT
Q
ET
Time
"CONT_C_DB_1".QLMN_HLM %DB27.DBX78.0 Bool high limit of manipulated value reached
Header"
%DB30.DBD4 Real
%M0.3 Bool
%M0.4 Bool
%M0.5 Bool
#out2 Real
Network 3: 2nd VFD CALL, DISCONNECT Set-Reset
0001 // CALL 2nd VFD
0002 A "CALL 2nd VFD".Q
0003 S "CALL 2nd VFD ON DELAY TIME SET_RESET"
0004
0005 // DISCONNECT 2nd VFD
0006 O "DISCONNECT 2nd VFD".Q
0007 ON "SYSTEM START_STOP_SR"
0008 R "CALL 2nd VFD ON DELAY TIME SET_RESET"
SET_RESET"
%M70.0 Bool
"CALL 2nd VFD".Q %DB35.DBX6.0 Bool
"DISCONNECT 2nd VFD".Q %DB34.DBX6.0 Bool
Network 4: HMI SETPOINT FOR DESIRED PRESSURE (SECONDARY PUMPS)
0001 L "PV_SV"."SECONDARY PUMPS BAR SET POINT FROM HMI"
0002 T "CONT_C_DB_1".SP_INT
"PV_SV"."SECONDARY PUMPS BAR
SET POINT FROM HMI"
%DB41.DBD0 Real
Network 5: Secondary Pumps VFD Speed Control at Manual MODE
0001 // Secondary Pump P104A VFD Speed Control at Manual MODE
0004 A(
0005 ON "AUTO/MANUAL SELECTOR SWITCH (8SS6.1) MEMORY BIT"
0007 )
0008 A "SECONDARY PUMP P104A MANUAL ON/OFF MEMORY BIT"
0009 JNB WNV_0
0010 L "PV_SV"."VFD P104A SPEED MANUAL SETPOINT"
0011 T "Secondary Pump P104A VFD Speed Control":P
0012 WNV_0: NOP 0
0013
0014 // Secondary Pump P104B VFD Speed Control at Manual MODE

Totally Integrated
Automation Portal
0017 A(
0020 )
0021 A "SECONDARY PUMP P104B MANUAL ON/OFF MEMORY BIT"
0022 JNB WNV_1
0023 L "PV_SV"."VFD P104B SPEED MANUAL SETPOINT"
0024 T "Secondary Pump P104B VFD Speed Control":P
0025 WNV_1: NOP 0
0026
0027 // Secondary Pump P104C VFD Speed Control at Manual MODE
0030 A(
0033 )
0034 A "SECONDARY PUMP P104C MANUAL ON/OFF MEMORY BIT"
0035 JNB WNV_2
0036 L "PV_SV"."VFD P104C SPEED MANUAL SETPOINT"
0037 T "Secondary Pump P104C VFD Speed Control":P
0038 WNV_2: NOP 0
0039
%M126.7 Bool
"PV_SV"."VFD P104A SPEED MAN‐
UAL SETPOINT"
%DB41.DBW28 Int
"PV_SV"."VFD P104B SPEED MAN‐
UAL SETPOINT"
%DB41.DBW30 Int
"PV_SV"."VFD P104C SPEED MAN‐
UAL SETPOINT"
%DB41.DBW32 Int
OFF"
%DB1.DBX0.3 Bool
OFF"
%DB1.DBX0.5 Bool
BIT"
%M2.3 Bool
%M20.3 Bool
Speed Control":P
%QW368:P Int
BIT"
%M2.4 Bool
%M20.4 Bool
Speed Control":P
%QW370:P Int
BIT"
%M2.5 Bool
%M20.5 Bool
Speed Control":P
%QW372:P Int
Network 6: VFD P104A SPEED MONITORING
0001 CALL SCALE
0002 IN :="Secondary Pump P104A VFD Speed Feed Back":P
0003 HI_LIM :=50.0
0004 LO_LIM :=0.0
0005 BIPOLAR :="UNSCALE_BIPOLAR"
0006 RET_VAL :="UNSCALE_RET_VAL"
0007 OUT :="VFD P104A SPEED"
Speed Feed Back":P
%IW310:P Int
"UNSCALE_BIPOLAR" %M60.6 Bool
"UNSCALE_RET_VAL" %MW92 Word
Network 7: VFD P104B SPEED MONITORING
0001 CALL SCALE
0002 IN :="Secondary Pump P104B VFD Speed Feed Back":P
0003 HI_LIM :=50.0
0004 LO_LIM :=0.0
0007 OUT :="VFD P104B SPEED"

Totally Integrated
Automation Portal
Speed Feed Back":P
%IW312:P Int
Network 8: VFD P104C SPEED MONITORING
0001 CALL SCALE
0002 IN :="Secondary Pump P104C VFD Speed Feed Back":P
0003 HI_LIM :=50.0
0004 LO_LIM :=0.0
0007 OUT :="VFD P104C SPEED"
Speed Feed Back":P
%IW314:P Int

Totally Integrated
Automation Portal
CHILLER START_STOP [FC13]
CHILLER START_STOP Properties
General
Name CHILLER START_STOP Number 13 Type FC Language LAD
Numbering automatic
Information
ID
Input
Output
InOut
Temp
Constant
Return
CHILLER START_STOP Void
Network 1: CHILLERS RUNNING FEED BACK AND START_STOP
0001 /// CHILLERS RUNNING FEED BACK
0003 A(
0004 O "Absorption Chiller Unit-A Running Feedback MEMORY BIT"
0005 O "Absorption Chiller Unit-B Running Feedback MEMORY BIT"
0006 O "Trane Chiller Unit-A Running Feedback MEMORY BIT"
0007 O "Trane Chiller Unit-B Running Feedback MEMORY BIT"
0008 O "Carrier-6 Chiller Unit-A Running Feedback MEMORY BIT"
0009 O "Carrier-6 Chiller Unit-B Running Feedback MEMORY BIT"
0010 O "Carrier-6 Chiller Unit-C Running Feedback MEMORY BIT"
0013 ON "Carrier-7 Chiller Unit-C Running Feedback MEMORY BIT"
0014 )
0015 = "CHILLERS RUNNING FEED BACK"
0016
0017 // Absorption Chiller Unit_A-B Running
0018 // O "Absorption Chiller Unit-A Running Feedback MEMORY BIT"
0019 O "Absorption Chiller Unit-B Running Feedback MEMORY BIT"
0020 // = "Absorption Chiller Unit_A-B Running"
0021
0022 //Trane Chiller Unit_A-B Running
0023 O "Trane Chiller Unit-A Running Feedback MEMORY BIT"
0024 O "Trane Chiller Unit-B Running Feedback MEMORY BIT"
0025 = "Trane Chiller Unit_A-B Running"
0026
0027 //Carrier-6 Chiller Unit_A-B-C Running
0031 = "Carrier-6 Chiller Unit_A-B-C Running"
0032
0033 //Carrier-7 Chiller Unit_A-B-C Running
0037 = "Carrier-7 Chiller Unit_A-B-C Running"
0038
0042 R "Absorption Chiller MANUAL ON/OFF MEMORY BIT"
0043 //^^^^//
0046 R "Trane Chiller MANUAL ON/OFF MEMORY BIT"
0047 //^^^^//
0050 R "Carrier-6 Chiller MANUAL ON/OFF MEMORY BIT"
0051 //^^^^//
0054 R "Carrier-7 Chiller MANUAL ON/OFF MEMORY BIT"
0055
"Absorption Chiller MANUAL
ON/OFF MEMORY BIT"
%M73.0 Bool
%M4.0 Bool
%M4.1 Bool

Totally Integrated
Automation Portal
%M126.7 Bool
"Carrier-6 Chiller MANUAL ON/OFF
MEMORY BIT"
%M73.2 Bool
ning"
%M74.1 Bool
%M4.4 Bool
%M4.5 Bool
%M4.6 Bool
MEMORY BIT"
%M73.3 Bool
ning"
%M74.2 Bool
%M4.7 Bool
%M5.0 Bool
%M5.1 Bool
"CHILLERS RUNNING FEED BACK" %M22.2 Bool
OFF"
%DB1.DBX2.2 Bool
OFF"
%DB1.DBX2.4 Bool
OFF"
%DB1.DBX2.5 Bool
%DB1.DBX2.3 Bool
"Trane Chiller MANUAL ON/OFF
MEMORY BIT"
%M73.1 Bool
%M4.2 Bool
%M4.3 Bool
Network 2: CHILLERS START_STOP
0001 //"Absorption Chiller Start Output Relay (25R3)"
0002
0003 A(
0007 A "SECONDARY PUMPS RUNNING FEED BACK"
0009 AN "LOW WATER FLOW AT ABSORPTION CHILLER OUTLET LINE (FT-101) MESSAGE BIT"
0010 O
0011 A(
0014 O
0015 A "Retentive Memory"."ABSORPTION CHILLER ON MAINTENANCE ON/OFF"
0017 )
0018 A "Absorption Chiller MANUAL ON/OFF MEMORY BIT"
0019 )
0020 A "BY PASS BIT"
0021 = "Absorption Chiller Start Output Relay (25R3)"
0022
0023 //"Trane Chiller Start Output Relay (25R3.1)"
0024
0030 A "Trane Chiller Remote Start"
0031 AN "LOW WATER FLOW AT TRANE CHILLER OUTLET LINE (FT-102) MESSAGE BIT"
0032 O
0033 A(
0036 O
0038 A "Retentive Memory"."TRANE CHILLER ON MAINTENANCE ON/OFF"
0039 )
0040 A "Trane Chiller MANUAL ON/OFF MEMORY BIT"
0041 = "Trane Chiller Start Output Relay (25R3.1)"
0042
0043 //"Carrier-6 Chiller Start Output Relay (25R4)"
0044

Totally Integrated
Automation Portal
0050 A "Carrier-6 Chiller Remote Start"
0051 AN "LOW WATER FLOW AT CARRIER-6 CHILLER OUTLET LINE (FT-103) MESSAGE BIT"
0052 O
0053 A(
0056 O
0059 )
0060 A "Carrier-6 Chiller MANUAL ON/OFF MEMORY BIT"
0061 = "Carrier-6 Chiller Start Output Relay (25R4)"
0062
0063 //"Carrier-7 Chiller Start Output Relay (25R4.1)"
0064
0070 A "Carrier-7 Chiller Remote Start"
0071 AN "LOW WATER FLOW AT CARRIER-7 CHILLER OUTLET LINE (FT-104) MESSAGE BIT"
0072 O
0073 A(
0076 O
0079 )
0080 A "Carrier-7 Chiller MANUAL ON/OFF MEMORY BIT"
0081 = "Carrier-7 Chiller Start Output Relay (25R4.1)"
0082
"Absorption Chiller MANUAL
ON/OFF MEMORY BIT"
%M73.0 Bool
Relay (25R3)"
%Q2.0 Bool
%M126.7 Bool
"BY PASS BIT" %M70.7 Bool
MEMORY BIT"
%M73.2 Bool
"Carrier-6 Chiller Remote Start" %M74.5 Bool
lay (25R4)"
%Q2.2 Bool
MEMORY BIT"
%M73.3 Bool
lay (25R4.1)"
%Q2.3 Bool
"LOW WATER FLOW AT ABSORP‐
TION CHILLER OUTLET LINE
(FT-101) MESSAGE BIT"
%M206.6 Bool
MESSAGE BIT"
%M209.0 Bool
MESSAGE BIT"
%M209.1 Bool
"LOW WATER FLOW AT TRANE
MESSAGE BIT"
%M206.7 Bool
BACK"
%M22.3 Bool
OFF"
%DB1.DBX2.2 Bool
OFF"
%DB1.DBX2.4 Bool
OFF"
%DB1.DBX2.5 Bool
%DB1.DBX2.3 Bool
"SECONDARY PUMPS RUNNING
FEED BACK"
%M22.4 Bool
"Trane Chiller MANUAL ON/OFF
MEMORY BIT"
%M73.1 Bool
"Trane Chiller Remote Start" %M74.4 Bool
(25R3.1)"
%Q2.1 Bool
Network 3: FIRST STARTUP ALL CHILLERS ON (TEMP@10C) WITH SETPOINT ANDAUTO ON-OFF ALL CHILLERS WHEN (TEMP@10C) REVERT

Totally Integrated
Automation Portal
Real
>=
Real
<=
S
Real
>
S
S
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"CHILLERS
RESET DUTY"
%M74.7%M74.7 "Carrier-6
Chiller Remote
Start"
%M74.5%M74.5
"Carrier-7
Chiller Remote
Start"
%M74.6%M74.6
"Trane Chiller
Remote Start"
%M74.4%M74.4
"PV_
TEMPERATURE".
"Temperature
Transmitter
Secondary
Pumps
Common
Header"
7.8
"PV_
TEMPERATURE".
"Temperature
Transmitter
Secondary
Pumps
Common
Header"
9.0
"Carrier-6
Chiller Remote
Start"
%M74.5%M74.5
"SYSTEM START
PUSH BUTTON (
8S4) MEMORY
BIT"
%M126.3%M126.3
"PV_
TEMPERATURE".
"Temperature
Transmitter
Secondary
Pumps
Common
Header"
9.0
"Carrier-7
Chiller Remote
Start"
%M74.6%M74.6
"Trane Chiller
Remote Start"
%M74.4%M74.4
%M126.7 Bool
"CHILLERS RESET DUTY" %M74.7 Bool
Common Header"
%DB31.DBD32 Real
(8S4) MEMORY BIT"
%M126.3 Bool
Network 4: AUTO START_STOP Carrier-6 CHILLERS (TEMP@8C)
Real
>=
Real
<=
R
S
S
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"CHILLERS
RESET DUTY"
%M74.7%M74.7
"PV_
TEMPERATURE".
"Temperature
Transmitter
Secondary
Pumps
Common
Header"
6.5
"PV_
TEMPERATURE".
"Temperature
Transmitter
Secondary
Pumps
Common
Header"
7.5
"Carrier-6
Chiller Remote
Start"
%M74.5%M74.5
"Carrier-7
Chiller Remote
Start"
%M74.6%M74.6
"Trane Chiller
Remote Start"
%M74.4%M74.4
%M126.7 Bool
Common Header"
%DB31.DBD32 Real
Network 5: AUTO START_STOP Carrier-7 and Carrier-6 CHILLERS (TEMP@6C)

Totally Integrated
Automation Portal
Real
>=
Real
<=
R
R
S
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"CHILLERS
RESET DUTY"
%M74.7%M74.7
"PV_
TEMPERATURE".
"Temperature
Transmitter
Secondary
Pumps
Common
Header"
5.5
"PV_
TEMPERATURE".
"Temperature
Transmitter
Secondary
Pumps
Common
Header"
6.0
"Carrier-6
Chiller Remote
Start"
%M74.5%M74.5
"Carrier-7
Chiller Remote
Start"
%M74.6%M74.6
"Trane Chiller
Remote Start"
%M74.4%M74.4
%M126.7 Bool
Common Header"
%DB31.DBD32 Real
Network 6: AUTO START_STOP Carrier-7, Carrier-6 and Trane CHILLERS (TEMP@5C)
Real
<=
R
R
R
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"AUTO/MANUAL
SELECTOR
SWITCH (8SS6.
1) MEMORY
BIT"
%M126.7%M126.7
"CHILLERS
RESET DUTY"
%M74.7%M74.7
"PV_
TEMPERATURE".
"Temperature
Transmitter
Secondary
Pumps
Common
Header"
5.0
"Carrier-6
Chiller Remote
Start"
%M74.5%M74.5
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"CHILLERS
RESET DUTY
TIMER"
%T6%T6
"Carrier-7
Chiller Remote
Start"
%M74.6%M74.6
"Trane Chiller
Remote Start"
%M74.4%M74.4
%M126.7 Bool
"CHILLERS RESET DUTY TIMER" %T6 Timer
Common Header"
%DB31.DBD32 Real
Network 7: // "CHILLERS RESET DUTY TIMER"
0001 // "CHILLERS RESET DUTY TIMER"
0002 A "CHILLERS RESET DUTY"
0003 L S5T#2S
0004 SD "CHILLERS RESET DUTY TIMER"
0005 NOP 0
0006
"CHILLERS RESET DUTY TIMER" %T6 Timer

Totally Integrated
Automation Portal
PV_FLOW [DB28]
PV_FLOW Properties
General
Name PV_FLOW Number 28 Type DB Language DB
Numbering automatic
Information
ID
from HMI
Visible in
HMI
Setpoint Comment
Static
Flow Transmitter Trane Chill‐
er
Flow Transmitter Carrier-6 Real 4.0 0.0 True True True False
Flow Transmitter Carrier-7 Real 8.0 0.0 True True True False
Flow Transmitter Absorption
Chiller

Totally Integrated
Automation Portal
PV_LEVEL_MONITORING [FC14]
PV_LEVEL_MONITORING Properties
General
Name PV_LEVEL_MONITORING Number 14 Type FC Language STL
Numbering automatic
Information
ID
Input
Output
InOut
Temp
))_W_01 Word 0.0
((_R_01 Real 2.0
Constant
Return
PV_LEVEL_MONITORING Void
Network 1: "Prosonic M FMU40 Level Transmitter at Return PIT 101"
0001 CALL SCALE
0002 IN :="Prosonic M FMU40 Level Transmitter at Return PIT 101":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0005 BIPOLAR :="SCALE_BIPOLAR"
0006 RET_VAL :=#"))_W_01"
0007 OUT :=#"((_R_01"
0008
0009 L #"((_R_01"
0010 T "PV_LEVEL"."Level Transmitter Return PIT 101"
0011
0012 // "Return Water PIT 101 Valve Open Output Relay (16R6.1)"
0013 A(
0015 L 30.0
0016 <=R
0017 )
0018 AN "Retentive Memory"."RETURN PIT VALVE TRANSMITTER MAINTENANCE ON/OFF"
0019 S "Return Water PIT 101 Valve Open Output Relay (16R6.1)"
0020 S "Return PIT Level 30% Stop Secondary Pumps"
0021
0022 // "Return Water PIT 101 Valve Open Output Relay (16R6.1)"
0023 A(
0025 L 80.0
0026 >=R
0027 )
0029 R "Return Water PIT 101 Valve Open Output Relay (16R6.1)"
0030
0031 // Return Water PIT 101 Level Low Alarm Set
0032 A(
0034 L 30.0
0035 <=R
0036 )
0038 S "Return Water PIT 101 Level Low Alarm"
0039
0040 // Return Water PIT 101 Level Low Alarm Reset
0043 R "Return Water PIT 101 Level Low Alarm"
0044
0045 //Return PIT Level 30% Stop Secondary Pumps Reset
0046 A(
0048 L 50.0
0049 >=R
0050 )
0052 R "Return PIT Level 30% Stop Secondary Pumps"
0053
0054 ///^^^///
0055 A "Retentive Memory"."RETURN PIT VALVE TRANSMITTER MAINTENANCE ON/OFF"
0056 A(
0059 )
0060 R "Return PIT Level 30% Stop Secondary Pumps"
0061 R "Return Water PIT 101 Valve Open Output Relay (16R6.1)"

Totally Integrated
Automation Portal
0062 R "Return Water PIT 101 Level Low Alarm"
0063
0064 //Return Water PIT 101 Valve Manual ON/OFF
0065 A(
0068 O
0070 A "Retentive Memory"."RETURN PIT VALVE TRANSMITTER MAINTENANCE ON/OFF"
0071 )
0072 A "RETURN WATER PIT 101 VALVE MANUAL ON/OFF MEMORY BIT"
0073 = "Return Water PIT 101 Valve Open Output Relay (16R6.1)"
0074
0078 R "RETURN WATER PIT 101 VALVE MANUAL ON/OFF MEMORY BIT"
0079
%M126.7 Bool
"Prosonic M FMU40 Level Trans‐
mitter at Return PIT 101":P
%IW274:P Int
"PV_LEVEL"."Level Transmitter Re‐
turn PIT 101"
%DB29.DBD0 Real
"Retentive Memory"."RETURN PIT
VALVE TRANSMITTER MAINTE‐
NANCE ON/OFF"
%DB1.DBX2.6 Bool
dary Pumps"
%M75.0 Bool
"Return Water PIT 101 Level Low
Alarm"
%Q2.5 Bool
"RETURN WATER PIT 101 VALVE
MANUAL ON/OFF MEMORY BIT"
%M21.4 Bool
Output Relay (16R6.1)"
%Q1.7 Bool
"SCALE_BIPOLAR" %M70.1 Bool
(8S5.1) MEMORY BIT"
%M126.5 Bool
#"((_R_01" Real
#"))_W_01" Word

Totally Integrated
Automation Portal
PV_PRESSURE_MONITORING [FC15]
PV_PRESSURE_MONITORING Properties
General
Name PV_PRESSURE_MONITOR‐
ING
Numbering automatic
Information
ID
Input
Output
InOut
Temp
))_W_01 Word 0.0
))_W_02 Word 2.0
))_W_03 Word 4.0
((_R_01 Real 6.0
((_R_02 Real 10.0
((_R_03 Real 14.0
Constant
Return
PV_PRESSURE_MONITORING Void
Network 1: "Cerabar T PMP131 at Primary Pump Common Header"
0001 CALL SCALE
0002 IN :="Cerabar T PMP131 at Primary Pump Common Header":P
0003 HI_LIM :=10.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_01"
0007 OUT :=#"((_R_01"
0008
0009 L #"((_R_01"
0010 T "PV_PRESSURE"."Pressure Transmitter Primary Pump Common Header"
"Cerabar T PMP131 at Primary
Pump Common Header":P
%IW276:P Int
ter Primary Pump Common Head‐
er"
%DB30.DBD0 Real
#"((_R_01" Real
#"))_W_01" Word
Network 2: "Cerabar T PMP131 at Secondary Pumps Common Header"
0001 CALL SCALE
0002 IN :="Cerabar T PMP131 at Secondary Pumps Common Header":P
0003 HI_LIM :=10.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_02"
0007 OUT :=#"((_R_02"
0008
0009 L #"((_R_02"
0010 T "PV_PRESSURE"."Pressure Transmitter Secondary Pump Common Header"
"Cerabar T PMP131 at Secondary
Pumps Common Header":P
%IW278:P Int
Header"
%DB30.DBD4 Real
#"((_R_02" Real
#"))_W_02" Word
Network 3: Compressed Air Pressure Transmitter MBS33-20213
0001 CALL SCALE
0002 IN :="Compressed Air Pressure Transmitter MBS33-20213":P
0003 HI_LIM :=10.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_03"
0007 OUT :=#"((_R_03"
0008

Totally Integrated
Automation Portal
0009 L #"((_R_03"
0010 T "PV_PRESSURE"."Compressed Air Pressure Transmitter"
"Compressed Air Pressure Trans‐
mitter MBS33-20213":P
%IW306:P Int
"PV_PRESSURE"."Compressed Air
Pressure Transmitter"
%DB30.DBD8 Real
#"((_R_03" Real
#"))_W_03" Word

Totally Integrated
Automation Portal
PV_TEMPERATURE_MONITORING [FC16]
PV_TEMPERATURE_MONITORING Properties
General
Name PV_TEMPERATURE_MONI‐
TORING
Numbering automatic
Information
ID
Input
Output
InOut
Temp
))_W_01 Word 0.0
))_W_02 Word 2.0
))_W_03 Word 4.0
))_W_04 Word 6.0
))_W_05 Word 8.0
))_W_06 Word 10.0
))_W_07 Word 12.0
))_W_08 Word 14.0
))_W_09 Word 16.0
))_W_10 Word 18.0
))_W_11 Word 20.0
))_W_12 Word 22.0
((_R_01 Real 24.0
((_R_02 Real 28.0
((_R_03 Real 32.0
((_R_04 Real 36.0
((_R_05 Real 40.0
((_R_06 Real 44.0
((_R_07 Real 48.0
((_R_08 Real 52.0
((_R_09 Real 56.0
((_R_10 Real 60.0
((_R_11 Real 64.0
((_R_12 Real 68.0
Constant
Return
PV_TEMPERATURE_MONITORING Void
Network 1: Omnigrad TR10 Temperature Transmitter at Trane Chiller Chilled Water Outlet Line (TT107)
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Trane Chiller Chilled Water Outlet Line (TT107)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_01"
0007 OUT :=#"((_R_01"
0008
0009 L #"((_R_01"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Trane Chiller Outlet"
"Omnigrad TR10 Temperature
Transmitter at Trane Chiller Chilled
Water Outlet Line (TT107)":P
%IW280:P Int
%DB31.DBD0 Real
#"((_R_01" Real
#"))_W_01" Word
Network 2: Omnigrad TR10 Temperature Transmitter at Carrier-6, Chilled water Outlet line (TT103)"
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Carrier-6, Chilled water Outlet line (TT103)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_02"
0007 OUT :=#"((_R_02"
0008
0009 L #"((_R_02"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Carrier-6 Outlet"

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Transmitter at Carrier-6, Chilled
water Outlet line (TT103)":P
%IW282:P Int
%DB31.DBD4 Real
#"((_R_02" Real
#"))_W_02" Word
Network 3: Omnigrad TR10 Temperature Transmitter at Carrier-7, Chilled water outlet line (TT104)
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Carrier-7, Chilled water outlet line (TT104)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_03"
0007 OUT :=#"((_R_03"
0008
0009 L #"((_R_03"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Carrier-7 Outlet"
water outlet line (TT104)":P
%IW284:P Int
%DB31.DBD8 Real
#"((_R_03" Real
#"))_W_03" Word
Network 4: "Omnigrad TR10 Temperature Transmitter at Trane chiller, Chilled water inlet line (TT101)
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Trane chiller, Chilled water inlet line (TT101)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_04"
0007 OUT :=#"((_R_04"
0008
0009 L #"((_R_04"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Trane Chiller Inlet"
Transmitter at Trane chiller, Chil‐
led water inlet line (TT101)":P
%IW286:P Int
%DB31.DBD16 Real
#"((_R_04" Real
#"))_W_04" Word
Network 5: Omnigrad TR10 Temperature Transmitter at Carrier-6, Chilled water inlet line (TT103)
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Carrier-6, Chilled water inlet line (TT103)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_05"
0007 OUT :=#"((_R_05"
0008
0009 L #"((_R_05"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Carrier-6 Inlet"
water inlet line (TT103)":P
%IW288:P Int
%DB31.DBD20 Real
#"((_R_05" Real
#"))_W_05" Word
Network 6: "Omnigrad TR10 Temperature Transmitter at Carrier-7, Chilled water inlet line (TT104)
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Carrier-7, Chilled water inlet line (TT104)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_06"
0007 OUT :=#"((_R_06"

Totally Integrated
Automation Portal
0008
0009 L #"((_R_06"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Carrier-7 Inlet"
%IW290:P Int
%DB31.DBD24 Real
#"((_R_06" Real
#"))_W_06" Word
Network 7: "Omnigrad TR10 Temperature Transmitter at Secondary Pumps Common Header"
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Secondary Pumps Common Header":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_07"
0007 OUT :=#"((_R_07"
0008
0009 L #"((_R_07"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Secondary Pumps Common Header"
Transmitter at Secondary Pumps
Common Header":P
%IW292:P Int
Common Header"
%DB31.DBD32 Real
#"((_R_07" Real
#"))_W_07" Word
Network 8: "Omnigrad TR10 Temperature Transmitter at Return Pit"
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Return Pit":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_08"
0007 OUT :=#"((_R_08"
0008
0009 L #"((_R_08"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Return Pit"
Transmitter at Return Pit":P
%IW294:P Int
Transmitter Return Pit"
%DB31.DBD36 Real
#"((_R_08" Real
#"))_W_08" Word
Network 9: Omnigrad TR10 Temperature Transmitter at Cooling tower Fan Supply line (TT001)
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Cooling tower Fan Supply line (TT001)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_09"
0007 OUT :=#"((_R_09"
0008
0009 L #"((_R_09"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Cooling tower Fan Supply line"
Transmitter at Cooling tower Fan
Supply line (TT001)":P
%IW296:P Int
Supply line"
%DB31.DBD40 Real
#"((_R_09" Real
#"))_W_09" Word
Network 10: "Omnigrad TR10 Temperature Transmitter at Cooling tower Fan Return line (TT111)
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Cooling tower Fan Return line (TT111)":P

Totally Integrated
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0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_10"
0007 OUT :=#"((_R_10"
0008
0009 L #"((_R_10"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Cooling tower Fan Return line"
Transmitter at Cooling tower Fan
Return line (TT111)":P
%IW298:P Int
Transmitter Cooling tower Fan Re‐
turn line"
%DB31.DBD44 Real
#"((_R_10" Real
#"))_W_10" Word
Network 11: "Omnigrad TR10 Temperature Transmitter at Absorption Chilled water outlet line (TT106)
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Absorption Chilled water outlet line (TT106)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_11"
0007 OUT :=#"((_R_11"
0008
0009 L #"((_R_11"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Absorption Outlet"
Transmitter at Absorption Chilled
water outlet line (TT106)":P
%IW302:P Int
Transmitter Absorption Outlet"
%DB31.DBD12 Real
#"((_R_11" Real
#"))_W_11" Word
Network 12: "Omnigrad TR10 Temperature Transmitter at Absorption Chilled water inlet line (TT102)
0001 CALL SCALE
0002 IN :="Omnigrad TR10 Temperature Transmitter at Absorption Chilled water inlet line (TT102)":P
0003 HI_LIM :=100.0
0004 LO_LIM :=0.0
0006 RET_VAL :=#"))_W_12"
0007 OUT :=#"((_R_12"
0008
0009 L #"((_R_12"
0010 T "PV_TEMPERATURE"."Temperature Transmitter Absorption Inlet"
Transmitter at Absorption Chilled
%IW304:P Int
Transmitter Absorption Inlet"
%DB31.DBD28 Real
#"((_R_12" Real
#"))_W_12" Word
Network 13: "PV_TEMPERATURE"."Glycol Temperature Sensor (RTD)"
0001 //PV_TEMPERATURE"."Glycol Temperature Sensor (RTD)
0002 L "Glycol Temperature Sensor (RTD)":P
0003 ITD
0004 DTR
0005 L 100.0
0006 /R
0007 T "PV_TEMPERATURE"."Glycol Temperature Sensor (RTD)"
"Glycol Temperature Sensor
(RTD)":P
%IW308:P Int
"PV_TEMPERATURE"."Glycol Tem‐
perature Sensor (RTD)"
%DB31.DBD48 Real

Totally Integrated
Automation Portal
PV_LEVEL [DB29]
PV_LEVEL Properties
General
Name PV_LEVEL Number 29 Type DB Language DB
Numbering automatic
Information
ID
from HMI
Visible in
HMI
Setpoint Comment
Static
Level Transmitter Return PIT
101

Totally Integrated
Automation Portal
PV_PRESSURE [DB30]
PV_PRESSURE Properties
General
Name PV_PRESSURE Number 30 Type DB Language DB
Numbering automatic
Information
ID
from HMI
Visible in
HMI
Setpoint Comment
Static
Pressure Transmitter Primary
Pump Common Header
Pressure Transmitter Secon‐
dary Pump Common Header
Compressed Air Pressure
Transmitter

Totally Integrated
Automation Portal
PV_TEMPERATURE [DB31]
PV_TEMPERATURE Properties
General
Name PV_TEMPERATURE Number 31 Type DB Language DB
Numbering automatic
Information
ID
from HMI
Visible in
HMI
Setpoint Comment
Static
Temperature Transmitter
Trane Chiller Outlet
Temperature Transmitter Car‐
rier-6 Outlet
rier-7 Outlet
Temperature Transmitter Ab‐
sorption Outlet
Trane Chiller Inlet
rier-6 Inlet
rier-7 Inlet
Temperature Transmitter Ab‐
sorption Inlet
Temperature Transmitter Sec‐
ondary Pumps Common
Header
Temperature Transmitter Re‐
turn Pit
Cooling tower Fan Supply line
Cooling tower Fan Return line
Glycol Temperature Sensor
(RTD)

Totally Integrated
Automation Portal
SECONDARY DUTY CYCLE [FC17]
SECONDARY DUTY CYCLE Properties
General
Name SECONDARY DUTY CYCLE Number 17 Type FC Language LAD
Numbering automatic
Information
ID
Input
Output
InOut
Temp
Constant
Return
SECONDARY DUTY CYCLE Void
Network 1: "SECOND COUNTER_i (SECONDARY)"
P_TRIG
ADD
DInt
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"NO
SECONDARY
PUMP ON
MAINTENANCE"
%M70.2%M70.2 "Secondary
Pump P104A
VFD Running
Feed Back
MEMORY BIT"
%M0.3%M0.3
"SECONDARY
PUMPS DUTY
HOUR RESET
TIMER"
%T3%T3
"Clock 1Hz"
%M50.5%M50.5
"PULSE_1"
%M30.0%M30.0
"PLC Time".
"SECOND
COUNTER (
SECONDARY)"
DINT#1
"PLC Time".
"SECOND
COUNTER (
SECONDARY)"
"Secondary
Pump P104B
VFD Running
Feed Back
MEMORY BIT"
%M0.4%M0.4
"Secondary
Pump P104C
VFD Running
Feed Back
MEMORY BIT"
%M0.5%M0.5
CLK Q EN
IN1
IN2
ENO
OUT
DInt
"Clock 1Hz" %M50.5 Bool
TENANCE"
%M70.2 Bool
"PLC Time"."SECOND COUNTER
(SECONDARY)"
%DB3.DBD32 DInt
%M0.3 Bool
%M0.4 Bool
%M0.5 Bool
"SECONDARY PUMPS DUTY HOUR
RESET TIMER"
%T3 Timer
Network 2: Reset Seconds and add 1hour
DInt
>=
MOVE
ADD
Real
"PLC Time".
"SECOND
COUNTER (
SECONDARY)"
3600
DINT#0
"PLC Time".
"SECOND
COUNTER (
SECONDARY)"
"PLC Time".
"HOUR COUNTER
(SECONDARY)"
1.0
"PLC Time".
"HOUR COUNTER
(SECONDARY)"
EN
IN
ENO
OUT1
EN
IN1
IN2
ENO
OUT
Real
"PLC Time"."HOUR COUNTER (SEC‐
ONDARY)"
%DB3.DBD36 Real

Totally Integrated
Automation Portal
(SECONDARY)"
%DB3.DBD32 DInt
Network 3: Reset Seconds and Hours HMI
MOVE
MOVE
"SECONDARY
PUMPS DUTY
HOUR RESET
TIMER"
%T3%T3
DINT#0
"PLC Time".
"SECOND
COUNTER (
SECONDARY)"
0.0
"PLC Time".
"HOUR COUNTER
(SECONDARY)"
EN
IN
ENO
OUT1
EN
IN
ENO
OUT1
ONDARY)"
%DB3.DBD36 Real
(SECONDARY)"
%DB3.DBD32 DInt
RESET TIMER"
%T3 Timer
Network 4: "SECONDARY PUMP A-B ON DUTY HOUR WHILE MAINTENANCE OFF"
Real
<=
S
R
R
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"NO
SECONDARY
PUMP ON
MAINTENANCE"
%M70.2%M70.2
"Retentive
Memory".
"SECONDARY
PUMP A-B ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"SECONDARY
PUMP B-C ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"SECONDARY
PUMP C-A ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"PLC Time".
"HOUR COUNTER
(SECONDARY)"
"PLC Time".
"SECONDARY
PUMPS
MAINTENANCE
HOURE SET
POINT"
"Retentive
Memory".
"SECONDARY
PUMP A-B ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"SECONDARY
PUMP B-C ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"SECONDARY
PUMP C-A ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
TENANCE"
%M70.2 Bool
ONDARY)"
%DB3.DBD36 Real
"PLC Time"."SECONDARY PUMPS
MAINTENANCE HOURE SET POINT"
%DB3.DBD16 Real
MAINTENANCE OFF"
%DB1.DBX1.4 Bool
MAINTENANCE OFF"
%DB1.DBX1.5 Bool
MAINTENANCE OFF"
%DB1.DBX1.6 Bool
Network 5: "SECONDARY PUMP B-C ON DUTY HOUR WHILE MAINTENANCE OFF"

Totally Integrated
Automation Portal
Real
>=
R
S
R
MOVE
MOVE
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"NO
SECONDARY
PUMP ON
MAINTENANCE"
%M70.2%M70.2
"Retentive
Memory".
"SECONDARY
PUMP A-B ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"PLC Time".
"HOUR COUNTER
(SECONDARY)"
"PLC Time".
"SECONDARY
PUMPS
MAINTENANCE
HOURE SET
POINT"
"Retentive
Memory".
"SECONDARY
PUMP A-B ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"SECONDARY
PUMP B-C ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"SECONDARY
PUMP C-A ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
0.0
"PLC Time".
"HOUR COUNTER
(SECONDARY)"
DINT#0
"PLC Time".
"SECOND
COUNTER (
SECONDARY)"
EN
IN
ENO
OUT1
EN
IN
ENO
OUT1
TENANCE"
%M70.2 Bool
ONDARY)"
%DB3.DBD36 Real
(SECONDARY)"
%DB3.DBD32 DInt
%DB3.DBD16 Real
MAINTENANCE OFF"
%DB1.DBX1.4 Bool
MAINTENANCE OFF"
%DB1.DBX1.5 Bool
MAINTENANCE OFF"
%DB1.DBX1.6 Bool
Network 6: "SECONDARY PUMP C-A ON DUTY HOUR WHILE MAINTENANCE OFF"

Totally Integrated
Automation Portal
Real
>=
R
R
S
MOVE
MOVE
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"NO
SECONDARY
PUMP ON
MAINTENANCE"
%M70.2%M70.2
"Retentive
Memory".
"SECONDARY
PUMP B-C ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"PLC Time".
"HOUR COUNTER
(SECONDARY)"
"PLC Time".
"SECONDARY
PUMPS
MAINTENANCE
HOURE SET
POINT"
"Retentive
Memory".
"SECONDARY
PUMP A-B ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"SECONDARY
PUMP B-C ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"SECONDARY
PUMP C-A ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
0.0
"PLC Time".
"HOUR COUNTER
(SECONDARY)"
DINT#0
"PLC Time".
"SECOND
COUNTER (
SECONDARY)"
EN
IN
ENO
OUT1
EN
IN
ENO
OUT1
TENANCE"
%M70.2 Bool
ONDARY)"
%DB3.DBD36 Real
(SECONDARY)"
%DB3.DBD32 DInt
%DB3.DBD16 Real
MAINTENANCE OFF"
%DB1.DBX1.4 Bool
MAINTENANCE OFF"
%DB1.DBX1.5 Bool
MAINTENANCE OFF"
%DB1.DBX1.6 Bool
Network 7: "SECONDARY PUMP A-B ON DUTY HOUR WHILE MAINTENANCE OFF"

Totally Integrated
Automation Portal
Real
>=
S
R
R
MOVE
MOVE
"SYSTEM START_
STOP_SR"
%M21.7%M21.7
"NO
SECONDARY
PUMP ON
MAINTENANCE"
%M70.2%M70.2
"Retentive
Memory".
"SECONDARY
PUMP C-A ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"PLC Time".
"HOUR COUNTER
(SECONDARY)"
"PLC Time".
"SECONDARY
PUMPS
MAINTENANCE
HOURE SET
POINT"
"Retentive
Memory".
"SECONDARY
PUMP A-B ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"SECONDARY
PUMP B-C ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"SECONDARY
PUMP C-A ON
DUTY HOUR
WHILE
MAINTENANCE
OFF"
0.0
"PLC Time".
"HOUR COUNTER
(SECONDARY)"
DINT#0
"PLC Time".
"SECOND
COUNTER (
SECONDARY)"
EN
IN
ENO
OUT1
EN
IN
ENO
OUT1
TENANCE"
%M70.2 Bool
ONDARY)"
%DB3.DBD36 Real
(SECONDARY)"
%DB3.DBD32 DInt
%DB3.DBD16 Real
MAINTENANCE OFF"
%DB1.DBX1.4 Bool
MAINTENANCE OFF"
%DB1.DBX1.5 Bool
MAINTENANCE OFF"
%DB1.DBX1.6 Bool
Network 8: "SECONDARY PUMPS DUTY HOUR RESET TIMER" AND "SECONDARY PUMP DUTY HOUR WHILE MAINTENANCE OFF" = RESET
0001 // "SECONDARY PUMPS DUTY HOUR RESET TIMER"
0002 A "SECONDARY PUMPS DUTY HOUR RESET FROM HMI"
0003 L S5T#2S
0004 SD "SECONDARY PUMPS DUTY HOUR RESET TIMER"
0005 NOP 0
0006
0007 ///^^^^///
0008 A "SECONDARY PUMPS DUTY HOUR RESET TIMER"
0009 L 0.0
0010 T "PV_SV"."SECONDARY PUMP P104A RUN TIME IN DUTY"
0011
0012 ///^^^^///
0014 L 0.0
0015 T "PV_SV"."SECONDARY PUMP P104B RUN TIME IN DUTY"
0016
0017 ///^^^^///
0019 L 0.0
0020 T "PV_SV"."SECONDARY PUMP P104C RUN TIME IN DUTY"
0021
0022 // "SECONDARY PUMP DUTY HOUR WHILE MAINTENANCE OFF" = RESET
0023 O "SECONDARY PUMPS DUTY HOUR RESET TIMER"
0024 ON "NO SECONDARY PUMP ON MAINTENANCE"
0025 R "Retentive Memory"."SECONDARY PUMP A-B ON DUTY HOUR WHILE MAINTENANCE OFF"
0026 R "Retentive Memory"."SECONDARY PUMP B-C ON DUTY HOUR WHILE MAINTENANCE OFF"
0027 R "Retentive Memory"."SECONDARY PUMP C-A ON DUTY HOUR WHILE MAINTENANCE OFF"
0028 NOP 0

Totally Integrated
Automation Portal
TENANCE"
%M70.2 Bool
"PV_SV"."SECONDARY PUMP P104A
RUN TIME IN DUTY"
%DB41.DBD4 Real
"PV_SV"."SECONDARY PUMP P104B
RUN TIME IN DUTY"
%DB41.DBD8 Real
"PV_SV"."SECONDARY PUMP P104C
RUN TIME IN DUTY"
%DB41.DBD12 Real
MAINTENANCE OFF"
%DB1.DBX1.4 Bool
MAINTENANCE OFF"
%DB1.DBX1.5 Bool
MAINTENANCE OFF"
%DB1.DBX1.6 Bool
RESET FROM HMI"
%M70.5 Bool
RESET TIMER"
%T3 Timer
Network 9: "SECONDARY PUMP P104A-B-C RUN TIME IN DUTY"
0001 // "SECONDARY PUMP P104A RUN TIME IN DUTY"
0003 A "Secondary Pump P104A VFD Running Feed Back MEMORY BIT"
0004 A "NO SECONDARY PUMP ON MAINTENANCE"
0005 A(
0006 O "Retentive Memory"."SECONDARY PUMP A-B ON DUTY HOUR WHILE MAINTENANCE OFF"
0007 O "Retentive Memory"."SECONDARY PUMP C-A ON DUTY HOUR WHILE MAINTENANCE OFF"
0008 )
0010 JNB WNV_0
0011 L "PLC Time"."HOUR COUNTER (SECONDARY)"
0012 T "PV_SV"."SECONDARY PUMP P104A RUN TIME IN DUTY"
0013 WNV_0: NOP 0
0014
0015 // "SECONDARY PUMP P104B RUN TIME IN DUTY"
0017 A "Secondary Pump P104B VFD Running Feed Back MEMORY BIT"
0019 A(
0020 O "Retentive Memory"."SECONDARY PUMP B-C ON DUTY HOUR WHILE MAINTENANCE OFF"
0021 O "Retentive Memory"."SECONDARY PUMP A-B ON DUTY HOUR WHILE MAINTENANCE OFF"
0022 )
0024 JNB WNV_1
0026 T "PV_SV"."SECONDARY PUMP P104B RUN TIME IN DUTY"
0027 WNV_1: NOP 0
0028
0029 // "SECONDARY PUMP P104C RUN TIME IN DUTY"
0031 A "Secondary Pump P104C VFD Running Feed Back MEMORY BIT"
0033 A(
0036 )
0038 JNB WNV_2
0040 T "PV_SV"."SECONDARY PUMP P104C RUN TIME IN DUTY"
0041 WNV_2: NOP 0
0042
0043 // NO SECONDARY PUMP ON MAINTENANCE
0047 = "NO SECONDARY PUMP ON MAINTENANCE"
TENANCE"
%M70.2 Bool
ONDARY)"
%DB3.DBD36 Real
"PV_SV"."SECONDARY PUMP P104A
RUN TIME IN DUTY"
%DB41.DBD4 Real
"PV_SV"."SECONDARY PUMP P104B
RUN TIME IN DUTY"
%DB41.DBD8 Real
"PV_SV"."SECONDARY PUMP P104C
RUN TIME IN DUTY"
%DB41.DBD12 Real
MAINTENANCE OFF"
%DB1.DBX1.4 Bool
MAINTENANCE OFF"
%DB1.DBX1.5 Bool

Totally Integrated
Automation Portal
MAINTENANCE OFF"
%DB1.DBX1.6 Bool
OFF"
%DB1.DBX0.3 Bool
OFF"
%DB1.DBX0.4 Bool
OFF"
%DB1.DBX0.5 Bool
%M0.3 Bool
%M0.4 Bool
%M0.5 Bool

Totally Integrated
Automation Portal
PV_SV [DB41]
PV_SV Properties
General
Name PV_SV Number 41 Type DB Language DB
Numbering automatic
Information
ID
from HMI
Visible in
HMI
Setpoint Comment
Static
SECONDARY PUMPS BAR SET
POINT FROM HMI
SECONDARY PUMP P104A
RUN TIME IN DUTY
SECONDARY PUMP P104B
RUN TIME IN DUTY
SECONDARY PUMP P104C
RUN TIME IN DUTY
PRIMARY PUMP P103A RUN
TIME IN DUTY
PRIMARY PUMP P103B RUN
TIME IN DUTY
PRIMARY PUMP P103C RUN
TIME IN DUTY
VFD P104A SPEED MANUAL
SETPOINT
Int 28.0 0 True True True False
VFD P104B SPEED MANUAL
SETPOINT
VFD P104C SPEED MANUAL
SETPOINT

Totally Integrated
Automation Portal
PRIMARY DUTY CYCLE [FC18]
PRIMARY DUTY CYCLE Properties
General
Name PRIMARY DUTY CYCLE Number 18 Type FC Language LAD
Numbering automatic
Information
ID
Input
Output
InOut
Temp
Constant
Return
PRIMARY DUTY CYCLE Void
Network 1: "SECOND COUNTER_i (SECONDARY)"
P_TRIG
ADD
DInt
"SYSTEM START_
STOP_SR"
%M21.7%M21.7 "NO PRIMARY
PUMP ON
MAINTENANCE"
%M71.0%M71.0 "Primary Pump
P103A Running
Feed Back
MEMORY BIT"
%M0.0%M0.0
"PRIMARY PUMPS
DUTY HOUR
RESET TIMER"
%T4%T4
"Clock 1Hz"
%M50.5%M50.5
"PULSE_2"
%M70.4%M70.4
"PLC Time".
"SECOND
COUNTER (
PRIMARY)"
DINT#1
"PLC Time".
"SECOND
COUNTER (
PRIMARY)"
"Primary Pump
P103B Running
Feed Back
MEMORY BIT"
%M0.1%M0.1
"Primary Pump
P103C Running
Feed Back
MEMORY BIT"
%M0.2%M0.2
CLK Q EN
IN1
IN2
ENO
OUT
DInt
"Clock 1Hz" %M50.5 Bool
NANCE"
%M71.0 Bool
(PRIMARY)"
%DB3.DBD28 DInt
%M0.0 Bool
%M0.1 Bool
%M0.2 Bool
"PRIMARY PUMPS DUTY HOUR RE‐
SET TIMER"
%T4 Timer
Network 2: Reset Seconds and add 1hour
DInt
>=
MOVE
ADD
Real
"PLC Time".
"SECOND
COUNTER (
PRIMARY)"
DINT#3600
DINT#0
"PLC Time".
"SECOND
COUNTER (
PRIMARY)"
"PLC Time".
"HOUR COUNTER
(PRIMARY)"
1.0
"PLC Time".
"HOUR COUNTER
(PRIMARY)"
EN
IN
ENO
OUT1
EN
IN1
IN2
ENO
OUT
Real
"PLC Time"."HOUR COUNTER (PRI‐
MARY)"
%DB3.DBD24 Real

Totally Integrated
Automation Portal
(PRIMARY)"
%DB3.DBD28 DInt
Network 3: Reset Seconds and Hours HMI
MOVE
MOVE
"PRIMARY PUMPS
DUTY HOUR
RESET TIMER"
%T4%T4
DINT#0
"PLC Time".
"SECOND
COUNTER (
PRIMARY)"
0.0
"PLC Time".
"HOUR COUNTER
(PRIMARY)"
EN
IN
ENO
OUT1
EN
IN
ENO
OUT1
MARY)"
%DB3.DBD24 Real
(PRIMARY)"
%DB3.DBD28 DInt
SET TIMER"
%T4 Timer
Network 4: "PRIMARY PUMP A-B ON DUTY HOUR WHILE MAINTENANCE OFF"
Real
<=
S
R
R
"SYSTEM START_
STOP_SR"
PUMP ON
MAINTENANCE"
%M71.0%M71.0
"Retentive
Memory".
"PRIMARY PUMP
A-B ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"PRIMARY PUMP
B-C ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"PRIMARY PUMP
C-A ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"PLC Time".
"HOUR COUNTER
(PRIMARY)"
"PLC Time".
"PRIMARY PUMPS
MAINTENANCE
HOURE SET
POINT"
"Retentive
Memory".
"PRIMARY PUMP
A-B ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"PRIMARY PUMP
B-C ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"PRIMARY PUMP
C-A ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
NANCE"
%M71.0 Bool
MARY)"
%DB3.DBD24 Real
"PLC Time"."PRIMARY PUMPS
%DB3.DBD20 Real
MAINTENANCE OFF"
%DB1.DBX1.7 Bool
MAINTENANCE OFF"
%DB1.DBX2.0 Bool
MAINTENANCE OFF"
%DB1.DBX2.1 Bool
Network 5: "PRIMARY PUMP B-C ON DUTY HOUR WHILE MAINTENANCE OFF"

Totally Integrated
Automation Portal
Real
>=
R
S
R
MOVE
MOVE
"SYSTEM START_
STOP_SR"
PUMP ON
MAINTENANCE"
%M71.0%M71.0
"Retentive
Memory".
"PRIMARY PUMP
A-B ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"PLC Time".
"HOUR COUNTER
(PRIMARY)"
"PLC Time".
"PRIMARY PUMPS
MAINTENANCE
HOURE SET
POINT"
"Retentive
Memory".
"PRIMARY PUMP
A-B ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"PRIMARY PUMP
B-C ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"PRIMARY PUMP
C-A ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
0.0
"PLC Time".
"HOUR COUNTER
(PRIMARY)"
DINT#0
"PLC Time".
"SECOND
COUNTER (
PRIMARY)"
EN
IN
ENO
OUT1
EN
IN
ENO
OUT1
NANCE"
%M71.0 Bool
MARY)"
%DB3.DBD24 Real
%DB3.DBD20 Real
(PRIMARY)"
%DB3.DBD28 DInt
MAINTENANCE OFF"
%DB1.DBX1.7 Bool
MAINTENANCE OFF"
%DB1.DBX2.0 Bool
MAINTENANCE OFF"
%DB1.DBX2.1 Bool
Network 6: "PRIMARY PUMP C-A ON DUTY HOUR WHILE MAINTENANCE OFF"

Totally Integrated
Automation Portal
Real
>=
R
R
S
MOVE
MOVE
"SYSTEM START_
STOP_SR"
PUMP ON
MAINTENANCE"
%M71.0%M71.0
"Retentive
Memory".
"PRIMARY PUMP
B-C ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"PLC Time".
"HOUR COUNTER
(PRIMARY)"
"PLC Time".
"PRIMARY PUMPS
MAINTENANCE
HOURE SET
POINT"
"Retentive
Memory".
"PRIMARY PUMP
A-B ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"PRIMARY PUMP
B-C ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"PRIMARY PUMP
C-A ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
0.0
"PLC Time".
"HOUR COUNTER
(PRIMARY)"
DINT#0
"PLC Time".
"SECOND
COUNTER (
PRIMARY)"
EN
IN
ENO
OUT1
EN
IN
ENO
OUT1
NANCE"
%M71.0 Bool
MARY)"
%DB3.DBD24 Real
%DB3.DBD20 Real
(PRIMARY)"
%DB3.DBD28 DInt
MAINTENANCE OFF"
%DB1.DBX1.7 Bool
MAINTENANCE OFF"
%DB1.DBX2.0 Bool
MAINTENANCE OFF"
%DB1.DBX2.1 Bool
Network 7: "PRIMARY PUMP A-B ON DUTY HOUR WHILE MAINTENANCE OFF"

Totally Integrated
Automation Portal
Real
>=
S
R
R
MOVE
MOVE
"SYSTEM START_
STOP_SR"
PUMP ON
MAINTENANCE"
%M71.0%M71.0
"Retentive
Memory".
"PRIMARY PUMP
C-A ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"PLC Time".
"HOUR COUNTER
(PRIMARY)"
"PLC Time".
"PRIMARY PUMPS
MAINTENANCE
HOURE SET
POINT"
"Retentive
Memory".
"PRIMARY PUMP
A-B ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"PRIMARY PUMP
B-C ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
"Retentive
Memory".
"PRIMARY PUMP
C-A ON DUTY
HOUR WHILE
MAINTENANCE
OFF"
0.0
"PLC Time".
"HOUR COUNTER
(PRIMARY)"
DINT#0
"PLC Time".
"SECOND
COUNTER (
PRIMARY)"
EN
IN
ENO
OUT1
EN
IN
ENO
OUT1
NANCE"
%M71.0 Bool
MARY)"
%DB3.DBD24 Real
%DB3.DBD20 Real
(PRIMARY)"
%DB3.DBD28 DInt
MAINTENANCE OFF"
%DB1.DBX1.7 Bool
MAINTENANCE OFF"
%DB1.DBX2.0 Bool
MAINTENANCE OFF"
%DB1.DBX2.1 Bool
Network 8: "PRIMARY PUMPS DUTY HOUR RESET TIMER" AND "PRIMARY PUMP DUTY HOUR WHILE MAINTENANCE OFF" = RESET
0001 // "PRIMARY PUMPS DUTY HOUR RESET TIMER"
0002 A "PRIMARY PUMPS DUTY HOUR RESET FROM HMI"
0003 L S5T#2S
0004 SD "PRIMARY PUMPS DUTY HOUR RESET TIMER"
0005 NOP 0
0006
0007 ///^^^^///
0008 A "PRIMARY PUMPS DUTY HOUR RESET TIMER"
0009 L 0.0
0010 T "PV_SV"."PRIMARY PUMP P103A RUN TIME IN DUTY"
0011
0012 ///^^^^///
0014 L 0.0
0015 T "PV_SV"."PRIMARY PUMP P103B RUN TIME IN DUTY"
0016
0017 ///^^^^///
0019 L 0.0
0020 T "PV_SV"."PRIMARY PUMP P103C RUN TIME IN DUTY"
0021
0022 // "PRIMARY PUMP DUTY HOUR WHILE MAINTENANCE OFF" = RESET
0023 O "PRIMARY PUMPS DUTY HOUR RESET TIMER"
0024 ON "NO PRIMARY PUMP ON MAINTENANCE"
0025 R "Retentive Memory"."PRIMARY PUMP A-B ON DUTY HOUR WHILE MAINTENANCE OFF"
0026 R "Retentive Memory"."PRIMARY PUMP B-C ON DUTY HOUR WHILE MAINTENANCE OFF"
0027 R "Retentive Memory"."PRIMARY PUMP C-A ON DUTY HOUR WHILE MAINTENANCE OFF"
0028 NOP 0
NANCE"
%M71.0 Bool

Totally Integrated
Automation Portal
SET FROM HMI"
%M70.6 Bool
SET TIMER"
%T4 Timer
"PV_SV"."PRIMARY PUMP P103A
RUN TIME IN DUTY"
%DB41.DBD16 Real
"PV_SV"."PRIMARY PUMP P103B
RUN TIME IN DUTY"
%DB41.DBD20 Real
"PV_SV"."PRIMARY PUMP P103C
RUN TIME IN DUTY"
%DB41.DBD24 Real
MAINTENANCE OFF"
%DB1.DBX1.7 Bool
MAINTENANCE OFF"
%DB1.DBX2.0 Bool
MAINTENANCE OFF"
%DB1.DBX2.1 Bool
Network 9: "PRIMARY PUMP P103A-B-C RUN TIME IN DUTY"
0001 // "PRIMARY PUMP P103A RUN TIME IN DUTY"
0003 A "Primary Pump P103A Running Feed Back MEMORY BIT"
0004 A "NO PRIMARY PUMP ON MAINTENANCE"
0005 A(
0006 O "Retentive Memory"."PRIMARY PUMP A-B ON DUTY HOUR WHILE MAINTENANCE OFF"
0007 O "Retentive Memory"."PRIMARY PUMP C-A ON DUTY HOUR WHILE MAINTENANCE OFF"
0008 )
0010 JNB WNV_0
0011 L "PLC Time"."HOUR COUNTER (PRIMARY)"
0012 T "PV_SV"."PRIMARY PUMP P103A RUN TIME IN DUTY"
0013 WNV_0: NOP 0
0014
0015 // "PRIMARY PUMP P103B RUN TIME IN DUTY"
0017 A "Primary Pump P103B Running Feed Back MEMORY BIT"
0019 A(
0020 O "Retentive Memory"."PRIMARY PUMP B-C ON DUTY HOUR WHILE MAINTENANCE OFF"
0021 O "Retentive Memory"."PRIMARY PUMP A-B ON DUTY HOUR WHILE MAINTENANCE OFF"
0022 )
0024 JNB WNV_1
0026 T "PV_SV"."PRIMARY PUMP P103B RUN TIME IN DUTY"
0027 WNV_1: NOP 0
0028
0029 // "PRIMARY PUMP P103C RUN TIME IN DUTY"
0031 A "Primary Pump P103C Running Feed Back MEMORY BIT"
0033 A(
0034 O "Retentive Memory"."PRIMARY PUMP C-A ON DUTY HOUR WHILE MAINTENANCE OFF"
0035 O "Retentive Memory"."PRIMARY PUMP B-C ON DUTY HOUR WHILE MAINTENANCE OFF"
0036 )
0038 JNB WNV_2
0040 T "PV_SV"."PRIMARY PUMP P103C RUN TIME IN DUTY"
0041 WNV_2: NOP 0
0042
0043 // NO PRIMARY PUMP ON MAINTENANCE
0048 = "NO PRIMARY PUMP ON MAINTENANCE"
%M126.7 Bool
NANCE"
%M71.0 Bool
MARY)"
%DB3.DBD24 Real
%M0.0 Bool
%M0.1 Bool
%M0.2 Bool
"PV_SV"."PRIMARY PUMP P103A
RUN TIME IN DUTY"
%DB41.DBD16 Real
"PV_SV"."PRIMARY PUMP P103B
RUN TIME IN DUTY"
%DB41.DBD20 Real
"PV_SV"."PRIMARY PUMP P103C
RUN TIME IN DUTY"
%DB41.DBD24 Real

Totally Integrated
Automation Portal
MAINTENANCE OFF"
%DB1.DBX1.7 Bool
MAINTENANCE OFF"
%DB1.DBX2.0 Bool
MAINTENANCE OFF"
%DB1.DBX2.1 Bool
OFF"
%DB1.DBX0.0 Bool
OFF"
%DB1.DBX0.2 Bool
OFF"
%DB1.DBX0.1 Bool

Totally Integrated
Automation Portal
Coefficient of Performance [FC19]
Coefficient of Performance Properties
General
Name Coefficient of Perform‐
ance
Number 19 Type FC Language STL
Numbering automatic
Information
ID
Input
Output
InOut
Temp
R_01 Real 0.0
R_02 Real 4.0
R_03 Real 8.0
R_04 Real 12.0
R_05 Real 16.0
R_06 Real 20.0
R_07 Real 24.0
R_08 Real 28.0
R_09 Real 32.0
R_10 Real 36.0
R_11 Real 40.0
R_12 Real 44.0
Constant
Return
Coefficient of Performance Void
Network 1: Coefficient of Performance (COP) Absorption Chiller
0001 /// Coefficient of Performance(COP) Absorption Chiller
0002 /// COP Formula = GPM x TEMPERATURE_DIFFERENCE(Inlet_Outlet)/24/Electricity_KW x 100
0003
0004 ///m3/h to GPM (US gallon)
0005
0006 L "PV_FLOW"."Flow Transmitter Absorption Chiller"
0007 L 4.4
0008 *R
0009 T "COP"."Absorption Chiller"."m3/h to GPM"
0010
0011 ///TEMPERATURE_DIFFERENCE (Inlet_Outlet)
0012
0013 L "PV_TEMPERATURE"."Temperature Transmitter Absorption Inlet"
0014 L "PV_TEMPERATURE"."Temperature Transmitter Absorption Outlet"
0015 -R
0016 T "COP"."Absorption Chiller"."TEMPERATURE_DIFFERENCE (Inlet_Outlet)"
0017
0018 //X_TEMPERATURE_DIFFERENCE (Inlet_Outlet)
0019
0020 L "COP"."Absorption Chiller"."m3/h to GPM"
0021 L "COP"."Absorption Chiller"."TEMPERATURE_DIFFERENCE (Inlet_Outlet)"
0022 *R
0023 T #R_01
0024
0025 ///_Factor
0026
0027 L #R_01
0028 L 24.0
0029 /R
0030 T #R_02
0031
0032 ///_Electricity KW
0033
0034 L #R_02
0035 L "COP"."Absorption Chiller"."Electricity KW"
0036 /R
0037 T #R_03
0038
0039 ///X_%
0040 L #R_03
0041 L 100.0
0042 *R
0043 T "COP"."Absorption Chiller"."Output_Efficiency Absorption Chiller"
0044
"COP"."Absorption Chiller"."Elec‐
tricity KW"
%DB42.DBD8 Real
"COP"."Absorption Chiller"."m3/h
to GPM"
%DB42.DBD0 Real

Totally Integrated
Automation Portal
"COP"."Absorption Chiller"."Out‐
put_Efficiency Absorption Chiller"
%DB42.DBD12 Real
"COP"."Absorption Chiller"."TEM‐
PERATURE_DIFFERENCE (Inlet_Out‐
let)"
%DB42.DBD4 Real
"PV_FLOW"."Flow Transmitter Ab‐
sorption Chiller"
%DB28.DBD12 Real
Transmitter Absorption Inlet"
%DB31.DBD28 Real
Transmitter Absorption Outlet"
%DB31.DBD12 Real
#R_01 Real
#R_02 Real
#R_03 Real
Network 2: Coefficient of Performance (COP) Trane Chiller
0001 /// Coefficient of Performance(COP) Trane Chiller
0003
0005
0006 L "PV_FLOW"."Flow Transmitter Trane Chiller"
0007 L 4.4
0008 *R
0009 T "COP"."Trane Chiller"."m3/h to GPM"
0010
0012
0013 L "PV_TEMPERATURE"."Temperature Transmitter Trane Chiller Inlet"
0014 L "PV_TEMPERATURE"."Temperature Transmitter Trane Chiller Outlet"
0015 -R
0016 T "COP"."Trane Chiller"."TEMPERATURE_DIFFERENCE (Inlet_Outlet)"
0017
0019
0020 L "COP"."Trane Chiller"."m3/h to GPM"
0021 L "COP"."Trane Chiller"."TEMPERATURE_DIFFERENCE (Inlet_Outlet)"
0022 *R
0023 T #R_04
0024
0025 ///_Factor
0026
0027 L #R_04
0028 L 24.0
0029 /R
0030 T #R_05
0031
0033
0034 L #R_05
0035 L "COP"."Trane Chiller"."Electricity KW"
0036 /R
0037 T #R_06
0038
0039 ///X_%
0040 L #R_06
0041 L 100.0
0042 *R
0043 T "COP"."Trane Chiller"."Output_Efficiency Trane Chiller"
0044
"COP"."Trane Chiller"."Electricity
KW"
%DB42.DBD24 Real
"COP"."Trane Chiller"."m3/h to
GPM"
%DB42.DBD16 Real
"COP"."Trane Chiller"."Output_Effi‐
ciency Trane Chiller"
%DB42.DBD28 Real
"COP"."Trane Chiller"."TEMPERA‐
TURE_DIFFERENCE (Inlet_Outlet)"
%DB42.DBD20 Real
"PV_FLOW"."Flow Transmitter
Trane Chiller"
%DB28.DBD0 Real
%DB31.DBD16 Real
%DB31.DBD0 Real
#R_04 Real
#R_05 Real
#R_06 Real
Network 3: Coefficient of Performance (COP) Carrier-6 Chiller
0001 /// Coefficient of Performance(COP) Carrier-6 Chiller
0003
0005
0006 L "PV_FLOW"."Flow Transmitter Carrier-6"

Totally Integrated
Automation Portal
0007 L 4.4
0008 *R
0009 T "COP"."Carrier-6 Chiller"."m3/h to GPM"
0010
0012
0015 -R
0016 T "COP"."Carrier-6 Chiller"."TEMPERATURE_DIFFERENCE (Inlet_Outlet)"
0017
0019
0021 L "COP"."Carrier-6 Chiller"."TEMPERATURE_DIFFERENCE (Inlet_Outlet)"
0022 *R
0023 T #R_07
0024
0025 ///_Factor
0026
0027 L #R_07
0028 L 24.0
0029 /R
0030 T #R_08
0031
0033
0034 L #R_08
0035 L "COP"."Carrier-6 Chiller"."Electricity KW"
0036 /R
0037 T #R_09
0038
0039 ///X_%
0040 L #R_09
0041 L 100.0
0042 *R
0043 T "COP"."Carrier-6 Chiller"."Output_Efficiency Carrier-6 Chiller"
0044
"COP"."Carrier-6 Chiller"."Electricity
KW"
%DB42.DBD40 Real
GPM"
%DB42.DBD32 Real
"COP"."Carrier-6 Chiller"."Out‐
put_Efficiency Carrier-6 Chiller"
%DB42.DBD44 Real
"COP"."Carrier-6 Chiller"."TEMPERA‐
%DB42.DBD36 Real
rier-6"
%DB28.DBD4 Real
%DB31.DBD20 Real
%DB31.DBD4 Real
#R_07 Real
#R_08 Real
#R_09 Real
Network 4: Coefficient of Performance (COP) Carrier-7 Chiller
0001 /// Coefficient of Performance(COP) Carrier-7 Chiller
0003
0005
0006 L "PV_FLOW"."Flow Transmitter Carrier-7"
0007 L 4.4
0008 *R
0009 T "COP"."Carrier-7 Chiller"."m3/h to GPM"
0010
0012
0015 -R
0016 T "COP"."Carrier-7 Chiller"."TEMPERATURE_DIFFERENCE (Inlet_Outlet)"
0017
0019
0021 L "COP"."Carrier-7 Chiller"."TEMPERATURE_DIFFERENCE (Inlet_Outlet)"
0022 *R
0023 T #R_10
0024
0025 ///_Factor
0026
0027 L #R_10
0028 L 24.0
0029 /R
0030 T #R_11
0031

Totally Integrated
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0033
0034 L #R_11
0035 L "COP"."Carrier-7 Chiller"."Electricity KW"
0036 /R
0037 T #R_12
0038
0039 ///X_%
0040 L #R_12
0041 L 100.0
0042 *R
0043 T "COP"."Carrier-7 Chiller"."Output_Efficiency Carrier-7 Chiller"
0044
"COP"."Carrier-7 Chiller"."Electricity
KW"
%DB42.DBD56 Real
GPM"
%DB42.DBD48 Real
"COP"."Carrier-7 Chiller"."Out‐
put_Efficiency Carrier-7 Chiller"
%DB42.DBD60 Real
"COP"."Carrier-7 Chiller"."TEMPERA‐
%DB42.DBD52 Real
rier-7"
%DB28.DBD8 Real
%DB31.DBD24 Real
%DB31.DBD8 Real
#R_10 Real
#R_11 Real
#R_12 Real

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Automation Portal
COP [DB42]
COP Properties
General
Name COP Number 42 Type DB Language DB
Numbering automatic
Information
ID
from HMI
Visible in
HMI
Setpoint Comment
Static
Absorption Chiller Struct 0.0 True True True False
m3/h to GPM Real 0.0 0.0 True True True False
TEMPERATURE_DIFFER‐
ENCE (Inlet_Outlet)
Electricity KW Real 8.0 50.0 True True True False
Output_Efficiency Absorp‐
tion Chiller
Trane Chiller Struct 16.0 True True True False
ENCE (Inlet_Outlet)
Output_Efficiency Trane
Chiller
Carrier-6 Chiller Struct 32.0 True True True False
ENCE (Inlet_Outlet)
Output_Efficiency Carri‐
er-6 Chiller
Carrier-7 Chiller Struct 48.0 True True True False
ENCE (Inlet_Outlet)
Output_Efficiency Carri‐
er-7 Chiller

Totally Integrated
Automation Portal
PLC_1 [CPU 314C-2 PN/DP] / Program blocks / System blocks / System diagnostics
RSE_DB [DB49]
RSE_DB Properties
General
Name RSE_DB Number 49 Type DB Language DB
Numbering manual
Information
Title Report System Error Diag‐
nostic Block
Author SIMATIC Comment This DB contains the gen‐
erated data from STEP 7
Report System Errors.
Family RSEDIAG
ID
RSE
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static
dDB127BGID DWord 0.0 16#0 False True False False
dDB127Vorgang Byte 4.0 16#0 False True False False
wMaxASISlave_a Byte 5.0 16#0 False True False False
wMaxASISlave_b Byte 6.0 16#0 False True False False
CyclesDB127WorkOn Byte 7.0 16#0 False True False False
dDB127Stuffe Byte 8.0 16#0 False True False False
w127Timer_a Byte 9.0 B#16#80 False True False False
w127Timer_b Byte 10.0 B#16#00 False True False False
tDB127TIAMS_a Byte 11.0 16#0 False True False False
tDB127TIAMS_b Byte 12.0 16#0 False True False False
tDB127TIAMS_c Byte 13.0 16#0 False True False False
tDB127TIAMS_d Byte 14.0 16#0 False True False False
tDB127TIAChannelExist_a Byte 15.0 16#0 False True False False
tDB127TIAChannelExist_b Byte 16.0 16#0 False True False False
tDB127TIAChannelExist_c Byte 17.0 16#0 False True False False
tDB127TIAChannelExist_d Byte 18.0 16#0 False True False False
tDB127TIAChannelOK_a Byte 19.0 16#0 False True False False
tDB127TIAChannelOK_b Byte 20.0 16#0 False True False False
tDB127TIAChannelOK_c Byte 21.0 16#0 False True False False
tDB127TIAChannelOK_d Byte 22.0 16#0 False True False False
tDB127Schleife_a Byte 23.0 16#0 False True False False
tDB127Schleife_b Byte 24.0 16#0 False True False False
tDB127LoggedOn Bool 25.0 false False True False False
xAnwenderMeldungsSignal Bool 25.1 false False True False False
xAnwenderKanalFehler Bool 25.2 false False True False False
bAnwenderIO_Flag Byte 26.0 B#16#54 False True False False
dMeldeNummer DWord 28.0 16#0 False True False False
wAnwenderTextID Word 32.0 16#0 False True False False
wAnwenderFehlerNummer Word 34.0 16#0 False True False False
wAnwenderKanalNummer Word 36.0 16#0 False True False False
wAnwenderHErrClass Word 38.0 W#16#0000 False True False False
iAnwenderSFCRetVal Int 40.0 0 False True False False
wRackEntry1 Word 42.0 W#16#0318 False True False False
xFrei Bool 44.0 TRUE False True False False
xADA Bool 44.1 false False True False False
xWieder Bool 44.2 false False True False False
xGehend Bool 44.3 false False True False False
iFunktion Byte 45.0 16#0 False True False False
iDaten Byte 46.0 16#0 False True False False
wBGID_a Byte 47.0 16#0 False True False False
wBGID_b Byte 48.0 16#0 False True False False
bFill0 Byte 49.0 B#16#00 False True False False
LDB54 RALRM 50.0 False True False False
Input
MODE Int 0.0 0 False True True False
F_ID DWord 2.0 DW#16#0 False True True False
MLEN Int 6.0 0 False True True False
Output
NEW Bool 8.0 FALSE False True True False
STATUS DWord 10.0 DW#16#0 False True True False
ID DWord 14.0 DW#16#0 False True True False
LEN Int 18.0 0 False True True False
InOut
TINFO Any 20.0 False True True False
AINFO Any 30.0 False True True False
Static
LDB52 RDREC 90.0 False True False False
Input
REQ Bool 0.0 FALSE False True True False
ID DWord 2.0 DW#16#0 False True True False

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Setpoint Comment
INDEX Int 6.0 0 False True True False
MLEN Int 8.0 0 False True True False
Output
VALID Bool 10.0 FALSE False True True False
BUSY Bool 10.1 FALSE False True True False
ERROR Bool 10.2 FALSE False True True False
STATUS DWord 12.0 DW#16#0 False True True False
LEN Int 16.0 0 False True True False
InOut
RECORD Any 18.0 False True True False
Static
VFTable0_Peri Byte 118.0 B#16#00 False True False False
VFTable0_Hiera Byte 119.0 B#16#01 False True False False
VFTable0_AsyncFct Byte 120.0 B#16#06 False True False False
VFTable0_AsyncDat Byte 121.0 B#16#0D False True False False
VFTable0_SyncFct Byte 122.0 B#16#06 False True False False
VFTable0_SyncDat Byte 123.0 B#16#0D False True False False
VFTable0_GehendDat Byte 124.0 B#16#0D False True False False
VFTable0_Fehlerklasse Byte 125.0 B#16#00 False True False False
VFTable0_TextListIndex Byte 126.0 B#16#00 False True False False
VFTable0_0C96Dat Byte 127.0 B#16#00 False True False False
VFTable1_AsyncDat Byte 131.0 B#16#0C False True False False
VFTable1_GehendDat Byte 134.0 B#16#0A False True False False
VFTable2_AsyncDat Byte 141.0 B#16#01 False True False False
VFTable2_SyncDat Byte 143.0 B#16#01 False True False False
VFTable2_GehendDat Byte 144.0 B#16#0B False True False False
VFTable3_Hiera Byte 149.0 B#16#1B False True False False
VFTable3_0C96Dat Byte 157.0 B#16#0D False True False False

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Setpoint Comment
VFTable7_0C96Dat Byte 197.0 B#16#0D False True False False
VFTable8_AsyncDat Byte 201.0 B#16#0B False True False False
VFTable8_SyncDat Byte 203.0 B#16#0B False True False False
ADA Array[1..5] of
Byte
218.0 False True False False
ADA[1] Byte 0.0 B#16#01 False True False False
ADA[2] Byte 1.0 16#0 False True False False
DiagPuffer Array[1..272]
of Byte
DiagPuffer[1] Byte 0.0 16#0 False True False False

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Visible in
HMI
Setpoint Comment

Totally Integrated
Automation Portal
from HMI
Visible in
HMI
Setpoint Comment
PufferSFB52 Array[1..240]
of Byte
PufferSFB52[1] Byte 0.0 16#0 False True False False

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Visible in
HMI
Setpoint Comment

Totally Integrated
Automation Portal
from HMI
Visible in
HMI
Setpoint Comment
TextListe Array[0..3] of
DWord
TextListe[0] DWord 0.0 DW#16#00018001 False True False False
wMapItemLogAdr_Ein_0 Word 752.0 W#16#0000 False True False False

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Setpoint Comment
wMapItemLogAdr_Ein_3 Word 758.0 W#16#007C False True False False
wMapItemLogAdr_Ein_7 Word 766.0 W#16#02F0 False True False False
wMapItemLogAdr_Ein_10 Word 772.0 W#16#07FB False True False False
wMapItemLogAdr_Ein_11 Word 774.0 W#16#07FC False True False False
wMapItemLogAdr_Ein_12 Word 776.0 W#16#07FD False True False False
wMapItemLogAdr_Ein_13 Word 778.0 W#16#07FE False True False False
wMapItemLogAdr_Ein_14 Word 780.0 W#16#07FF False True False False
wMapItemLogAdr_Aus_0 Word 782.0 W#16#0002 False True False False
wMapItemLogAdr_KAd_0 Word 788.0 W#16#CFFF False True False False
wMapItemLogAdr_KAd_1 Word 790.0 W#16#FFFB False True False False
wMapItemLogAdr_KAd_2 Word 792.0 W#16#FFFC False True False False
wMapItemLogAdr_KAd_3 Word 794.0 W#16#FFFE False True False False
wMapItemOffset_Ein_0 Word 796.0 W#16#00F1 False True False False
wMapItemOffset_Ein_1 Word 798.0 W#16#0104 False True False False
wMapItemOffset_Ein_3 Word 802.0 W#16#00A5 False True False False
wMapItemOffset_Ein_4 Word 804.0 W#16#013D False True False False
wMapItemOffset_Ein_7 Word 810.0 W#16#00B8 False True False False
wMapItemOffset_Ein_8 Word 812.0 W#16#00CB False True False False
wMapItemOffset_Ein_9 Word 814.0 W#16#00DE False True False False
wMapItemOffset_Ein_11 Word 818.0 W#16#008C False True False False
wMapItemOffset_Ein_14 Word 824.0 W#16#01BA False True False False
wMapItemOffset_Aus_0 Word 826.0 W#16#012A False True False False
wMapItemOffset_Aus_1 Word 828.0 W#16#01A7 False True False False
wMapItemOffset_Aus_2 Word 830.0 W#16#0176 False True False False
wMapItemOffset_KAd_0 Word 832.0 W#16#002C False True False False
wMapItemOffset_KAd_1 Word 834.0 W#16#0197 False True False False
wMapItemOffset_KAd_2 Word 836.0 W#16#0010 False True False False
wMapItemOffset_KAd_3 Word 838.0 W#16#004E False True False False
bMapItemDB_Ein_0 Word 840.0 W#16#0102 False True False False
bMapItemDB_Aus_0 Word 870.0 W#16#0102 False True False False
bMapItemDB_KAd_0 Word 876.0 W#16#0101 False True False False
wMapItemSubstAdr_0 Word 884.0 W#16#FFFF False True False False
Hierarchie Word 892.0 16#0 False True False False
Peripherie Word 894.0 16#0 False True False False
bBGVeraltetTiefe DWord 896.0 16#0 False True False False
bBGSubOrdinateDepth DWord 900.0 16#0 False True False False
bBGVFTable DWord 904.0 16#0 False True False False
pLogAdr DWord 908.0 16#0 False True False False
wDatenDB Word 912.0 16#0 False True False False
pDBOffset DWord 914.0 16#0 False True False False
pTextListID DWord 918.0 16#0 False True False False
wMap3 Word 922.0 16#0 False True False False
xLoadBGAR1Log Bool 924.0 false False True False False
xLoadBGAdrAus Bool 924.1 false False True False False
xLoadS7AdresseVirt Bool 924.2 false False True False False

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Setpoint Comment
bDBIndex Byte 925.0 16#0 False True False False
wLoadHWID Word 926.0 16#0 False True False False
dS7Adresse DWord 928.0 16#0 False True False False
wMeldeNummer Word 932.0 16#0 False True False False
wFehlerNummer Word 934.0 16#0 False True False False
pContTypUndFlags Word 936.0 16#0 False True False False
wDaten1 Word 938.0 16#0 False True False False
dDaten2 DWord 940.0 16#0 False True False False
wDaten3 Word 944.0 16#0 False True False False
dDS0Daten DWord 946.0 16#0 False True False False
LoadAlarmAnzahl Byte 950.0 16#0 False True False False
LoadAlarmArray Array[1..25] of
DWord
LoadAlarmArray[1] DWord 0.0 16#0 False True False False
LoadAlarmStateError Bool 1052.0 false False True False False
LoadAlarmStateMaint1 Bool 1052.1 false False True False False
LoadAlarmStateMaint2 Bool 1052.2 false False True False False
FilterAlarmAnzahl Byte 1053.0 16#0 False True False False
FilterAlarmArray Array[1..25] of
DWord
FilterAlarmArray[1] DWord 0.0 16#0 False True False False
FilterAlarmMeldendFehler Byte 1154.0 16#0 False True False False
FilterAlarmMeldBWartung1 Byte 1155.0 16#0 False True False False
FilterAlarmMeldBWartung2 Byte 1156.0 16#0 False True False False
SubCompStateDBSubComp_a Byte 1157.0 16#0 False True False False
SubCompStateDBSubComp_b Byte 1158.0 16#0 False True False False
SubCompStatepSCompList_a Byte 1159.0 16#0 False True False False
SubCompStatepSCompList_b Byte 1160.0 16#0 False True False False
SubCompStatepSCompList_c Byte 1161.0 16#0 False True False False
SubCompStatepSCompList_d Byte 1162.0 16#0 False True False False
SubCompStateiSCompLeft_a Byte 1163.0 16#0 False True False False
SubCompStateiSCompLeft_b Byte 1164.0 16#0 False True False False
SubCompStatepOompState_a Byte 1165.0 16#0 False True False False

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Visible in
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Setpoint Comment
SubCompStatepOompState_b Byte 1166.0 16#0 False True False False
SubCompStatepOompState_c Byte 1167.0 16#0 False True False False
SubCompStatepOompState_d Byte 1168.0 16#0 False True False False
dAR1_a Byte 1169.0 B#16#00 False True False False
dAR1_b Byte 1170.0 B#16#00 False True False False
dAR1_c Byte 1171.0 B#16#00 False True False False
dAR1_d Byte 1172.0 B#16#00 False True False False
dAR2_a Byte 1173.0 B#16#00 False True False False
dAR2_b Byte 1174.0 B#16#00 False True False False
dAR2_c Byte 1175.0 B#16#00 False True False False
dAR2_d Byte 1176.0 B#16#00 False True False False
FCTempDaten Array[1..94] of
Byte
FCTempDaten[1] Byte 0.0 16#0 False True False False

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Visible in
HMI
Setpoint Comment
iRValue Int 1272.0 0 False True False False
dAR1Save DWord 1274.0 16#0 False True False False
dAR2Save DWord 1278.0 16#0 False True False False
dOB_DATA1 DWord 1282.0 16#0 False True False False
dSyncMapAddress DWord 1294.0 16#0 False True False False
wSyncDataDB Word 1298.0 16#0 False True False False
dSyncDataAddress DWord 1300.0 16#0 False True False False
dSyncVFTable DWord 1304.0 16#0 False True False False
dSyncVeraltetTiefe DWord 1308.0 16#0 False True False False
wSyncHierarchie Word 1312.0 16#0 False True False False
wSyncPeripherie Word 1314.0 16#0 False True False False
dSyncdS7Adresse DWord 1316.0 16#0 False True False False
wSyncHWID Word 1320.0 16#0 False True False False
xSyncSupError Bool 1322.0 false False True False False
xSyncVeraltet Bool 1322.1 false False True False False
xSyncWeiterleiten Bool 1322.2 false False True False False
xSyncContainer Bool 1322.3 false False True False False
xSyncAusfall Bool 1322.4 false False True False False
xSyncMoreError Bool 1322.5 false False True False False
xSyncSubOld Bool 1322.6 false False True False False
xSyncSubFault Bool 1322.7 false False True False False
xSyncSubMaint1 Bool 1323.0 false False True False False
xSyncSubMaint2 Bool 1323.1 false False True False False
xSyncDisabled Bool 1323.2 false False True False False
xSyncBit_2_3 Bool 1323.3 false False True False False
wSyncAnzahlUKomp Word 1324.0 16#0 False True False False
dSyncpUKomp DWord 1326.0 16#0 False True False False
wSyncGlobMeldung Word 1330.0 16#0 False True False False
dSyncpTMSDaten DWord 1332.0 16#0 False True False False
dSyncpTMSDaten1 DWord 1336.0 16#0 False True False False
dSyncpChannelOK DWord 1340.0 16#0 False True False False
wSyncKanalAnzahl Word 1344.0 16#0 False True False False
wSyncWartAMeldung Word 1346.0 16#0 False True False False
wSyncWartBMeldung Word 1348.0 16#0 False True False False
wSyncMasterSysMapAddr Word 1350.0 16#0 False True False False
wSyncHersMeldeNr Word 1352.0 16#0 False True False False
bSyncData1 Byte 1354.0 16#0 False True False False

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HMI
Setpoint Comment
xVoll Bool 1418.0 FALSE False True False False
xUeberVoll Bool 1418.1 FALSE False True False False
xUeberfaelligAlarmID Bool 1418.2 FALSE False True False False
bVAlarmID Byte 1419.0 B#16#00 False True False False
bSAlarmID Byte 1420.0 B#16#00 False True False False
bAnzahlFreieEintraege Byte 1421.0 B#16#1F False True False False
Meldepuffer Array[1..527]
of Byte
Meldepuffer[1] Byte 0.0 16#0 False True False False

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HMI
Setpoint Comment

Totally Integrated
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HMI
Setpoint Comment
Meldung_01 Word 1950.0 W#16#0000 False True False False
MeldungBandBreite_01 Byte 1952.0 B#16#0A False True False False
MeldungNaechsterBand_01 Byte 1953.0 16#0 False True False False
Meldung_02 Word 1954.0 W#16#1B5C False True False False
Meldung_03 Word 1958.0 W#16#1B5E False True False False
Meldung_04 Word 1962.0 W#16#1B5B False True False False
Meldung_05 Word 1966.0 W#16#1C6D False True False False
Meldung_06 Word 1970.0 W#16#1C70 False True False False
Meldung_07 Word 1974.0 W#16#1C73 False True False False
Meldung_08 Word 1978.0 W#16#1B59 False True False False
wMeldeWerte Array[1..6] of
Word
wMeldeWerte[1] Word 0.0 16#0 False True False False
xSubOrdinateStateOld Word 1994.0 W#16#FFFF False True False False
xASVeraltet Word 1996.0 W#16#FFFF False True False False
xASZyklusMerker Bool 1998.0 FALSE False True False False
bASZyklusZaehler Byte 1999.0 B#16#03 False True False False
xAnlaufMilde Bool 2000.0 TRUE False True False False
iAnlaufSchleife_a Byte 2001.0 16#0 False True False False
iAnlaufSchleife_b Byte 2002.0 16#0 False True False False
pAnlaufMapDaten_a Byte 2003.0 16#0 False True False False
pAnlaufMapDaten_b Byte 2004.0 16#0 False True False False
pAnlaufMapDaten_c Byte 2005.0 16#0 False True False False
pAnlaufMapDaten_d Byte 2006.0 16#0 False True False False
iSFB54RestLaenge_a Byte 2007.0 16#0 False True False False
iSFB54RestLaenge_b Byte 2008.0 16#0 False True False False
iSFB54BlocLaenge_a Byte 2009.0 16#0 False True False False
iSFB54BlocLaenge_b Byte 2010.0 16#0 False True False False
dAktAINFOPos_a Byte 2011.0 16#0 False True False False
dAktAINFOPos_b Byte 2012.0 16#0 False True False False
dAktAINFOPos_c Byte 2013.0 16#0 False True False False
dAktAINFOPos_d Byte 2014.0 16#0 False True False False
bPNKDKanalLaenge Byte 2015.0 16#0 False True False False
xSFB54Multiple Bool 2016.0 false False True False False
dDiagSlotSubSlotNummer_a Byte 2017.0 16#0 False True False False
dDiagSlotSubSlotNummer_b Byte 2018.0 16#0 False True False False

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Setpoint Comment
dDiagSlotSubSlotNummer_c Byte 2019.0 16#0 False True False False
dDiagSlotSubSlotNummer_d Byte 2020.0 16#0 False True False False
wBlockLengtKopf_a Byte 2021.0 16#0 False True False False
wBlockLengtKopf_b Byte 2022.0 16#0 False True False False
TempDaten Array[1..124]
of Byte
TempDaten[1] Byte 0.0 16#0 False True False False

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Setpoint Comment

Totally Integrated
Automation Portal
RSE_DIAGNOSTIC_STATUS_DB [DB127]
RSE_DIAGNOSTIC_STATUS_DB Properties
General
Name RSE_DIAGNOSTIC_STA‐
TUS_DB
Number 127 Type DB Language DB
Numbering manual
Information
nostic Block
Author SIMATIC Comment This DB is part of report
system error and will be
updated by the RSE FB.
It is an interface for sup‐
port of system diagnosis
via the CPU web server.
Family RSEDIAG
ID
RSE
from HMI
Visible in
HMI
Setpoint Comment
Static
Directory Struct 0.0 False True False False
D_Version Word 0.0 W#16#0100 False True False False Version that supports RSE
D_pGlobalState Word 2.0 W#16#0010 False True False False Byte offset to the start of the "Glob‐
alState" section
D_pQuery Word 4.0 W#16#0014 False True False False Byte offset to the start of the
"Query" section
D_pComponent Word 6.0 W#16#0020 False True False False Byte offset to the start of the "Com‐
ponent" section
D_pError Word 8.0 W#16#0024 False True False False Byte offset to the start of the "Error"
section
D_pState Word 10.0 W#16#0028 False True False False Byte offset to the start of the "State"
section
D_pAlarm Word 12.0 W#16#005A False True False False Byte offset to the start of the
"Alarm" section
D_pSubComponent Word 14.0 W#16#0082 False True False False Byte offset to the start of the "Sub‐
component" section
GlobalState Struct 16.0 False True False False
G_EventCount Word 0.0 W#16#0000 False True False False ID of the last event (counter)
G_StartReporting Bool 2.0 FALSE False True False False Startup evaluation running
Query Struct 20.0 False True False False
Q_ClientID_User DWord 0.0 DW#16#00000000 False True False False ID of the client
Q_ClientID_Intern DWord 4.0 DW#16#00000000 False True False False ID of the client (internal)
Q_WithSubComponent Bool 8.0 FALSE False True False False With/without status of the underly‐
ing components (slower)
Q_SubComponentAlarm Bool 8.1 FALSE False True False False AS-iMaster gibt AS-iSlave Alarme
zurück
Q_Reserved2 Bool 8.2 FALSE False True False False Reserved
Q_Start Bool 9.0 FALSE False True False False Start query
Q_Error Byte 10.0 B#16#00 False True False False Internal error in query
Q_Reserved8 Byte 11.0 B#16#00 False True False False Reserved
Component Struct 32.0 False True False False
C_AddressMode Byte 0.0 B#16#00 False True False False Addressing mode of the module
C_Reserved1 Byte 1.0 B#16#00 False True False False Reserved
C_ComponentID Word 2.0 W#16#0000 False True False False Hardware ID of the component (in‐
ternal)
Error Struct 36.0 False True False False
E_ErrorNo Word 0.0 W#16#0000 False True False False Index of the requested/actual error
E_LastError Bool 2.0 FALSE False True False False TRUE, if E_ErrorNo contains the in‐
des of the last error, otherwise
FALSE
State Struct 40.0 False True False False
S_Hierarchy Byte 0.0 B#16#00 False True False False Reserved
S_Periphery Byte 1.0 B#16#00 False True False False Reserved
S_SupFault Bool 2.0 FALSE False True False False The component is not obtainable
S_NotAvailable Bool 2.1 FALSE False True False False The component does not exist
S_Faulty Bool 2.2 FALSE False True False False The component is disrupted; the
"Alarm" section is not empty
S_MoreErrors Bool 2.3 FALSE False True False False There are more errors than RSE can
store.
S_Maintenance1 Bool 2.4 FALSE False True False False Maintenance required is indicated
S_Maintenance2 Bool 2.5 FALSE False True False False Maintenance demand is indicated
S_Deactivated Bool 2.6 FALSE False True False False The component was deactivated
S_Reserved2 Bool 2.7 FALSE False True False False Reserved
S_SubFault Bool 3.0 FALSE False True False False An underlying component is disrup‐
ted
S_SubMaintenance1 Bool 3.1 FALSE False True False False Maintenance required is indicated
for an underlying component
S_SubMaintenance2 Bool 3.2 FALSE False True False False Maintenance demand is indicated
for an underlying component

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Setpoint Comment
S_SubDeactivated Bool 3.3 FALSE False True False False At least one lower-level component
is disabled
S_TIAMS DWord 4.0 DW#16#00000000 False True False False Maintenance state of the compo‐
nent
S_TIAMSChannelExist DWord 8.0 DW#16#00000000 False True False False Maintenance state: Configured
channels
S_TIAMSChannelOK DWord 12.0 DW#16#00000000 False True False False Maintenance State: Disrupted chan‐
nels
S_ChannelCount Word 16.0 W#16#0000 False True False False Number of channels; Valid only
when Q_WithSubComponent is set
S_ChannelVector Array[0..255]
of Bool
18.0 False True False False List of channels involved; Valid only
when Q_WithSubComponent is set
S_ChannelVector[0] Bool 0.0 false False True False False

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Alarm Struct 90.0 False True False False
A_ComponentID Word 0.0 W#16#0000 False True False False Hardware ID of the component (in‐
ternal)
A_TextID1 Word 2.0 W#16#0000 False True False False ID of the first error text
A_TextLexikonID1 Word 4.0 W#16#0000 False True False False ID of the first error text lexicon
A_HelpTextLexikonID1 Word 6.0 W#16#0000 False True False False ID of the first help text lexicon
A_MapTextID Word 8.0 W#16#0000 False True False False ID of the first error text in the export
file (HMI)
A_MapHelpTextID Word 10.0 W#16#0000 False True False False ID of the first help text in the export
file (HMI)
A_TextID2 Word 12.0 W#16#0000 False True False False ID of the second error text
A_TextLexikonID2 Word 14.0 W#16#0000 False True False False ID of the second error text lexicon
A_HelpTextLexikonID2 Word 16.0 W#16#0000 False True False False ID of the second help text lexicon
A_MapTextID2 Word 18.0 W#16#0000 False True False False ID of the second error text in the ex‐
port file (HMI)
A_MapHelpTextID2 Word 20.0 W#16#0000 False True False False ID of the second help text in the ex‐
port file (HMI)
A_AlarmID DWord 22.0 DW#16#00000000 False True False False Message number
A_ValueCount Word 26.0 W#16#000C False True False False Number of other occupied bytes
A_AssociatedValue Array[1..6] of
Word
28.0 False True False False Associated values of the message
A_AssociatedValue[1] Word 0.0 16#0 False True False False
SubComponent Struct 130.0 False True False False
U_SubComponentCount Word 0.0 W#16#0000 False True False False Number of underlying components
U_SubComponentFault Array[1..12] of
Byte
2.0 False True False False List of status of subordinate compo‐
nents, 1 byte per component
U_SubComponent‐
Fault[1]
Byte 0.0 16#0 False True False False
U_SubComponent‐
Fault[2]
U_SubComponent‐
Fault[3]
U_SubComponent‐
Fault[4]
U_SubComponent‐
Fault[5]
U_SubComponent‐
Fault[6]
U_SubComponent‐
Fault[7]
U_SubComponent‐
Fault[8]
U_SubComponent‐
Fault[9]
U_SubComponent‐
Fault[10]
U_SubComponent‐
Fault[11]

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Setpoint Comment
U_SubComponent‐
Fault[12]

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RSE_FB [FB49]
RSE_FB Properties
General
Name RSE_FB Number 49 Type FB Language RSE
Numbering manual
Information
nostic Block
Author SIMATIC Comment This FB contains the code
generated from STEP 7 Re‐
port System Errors.
It is called in the error OBs
and in OB1 or a cyclic in‐
terrupt OB.
The FB evaluates the sys‐
tem errors and displays
them by means of an
Alarm_S
to the display device.
While the FB executes, all
interrupts are delayed.
Family RSEDIAG
ID
RSE
Name Data type Offset Default value Accessible
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static
dDB127BGID DWord 0.0 16#0 True False False
dDB127Vorgang Byte 4.0 16#0 True False False
wMaxASISlave_a Byte 5.0 16#0 True False False
wMaxASISlave_b Byte 6.0 16#0 True False False
CyclesDB127WorkOn Byte 7.0 16#0 True False False
dDB127Stuffe Byte 8.0 16#0 True False False
w127Timer_a Byte 9.0 B#16#80 True False False
w127Timer_b Byte 10.0 B#16#00 True False False
tDB127TIAMS_a Byte 11.0 16#0 True False False
tDB127TIAMS_b Byte 12.0 16#0 True False False
tDB127TIAMS_c Byte 13.0 16#0 True False False
tDB127TIAMS_d Byte 14.0 16#0 True False False
tDB127TIAChannelExist_a Byte 15.0 16#0 True False False
tDB127TIAChannelExist_b Byte 16.0 16#0 True False False
tDB127TIAChannelExist_c Byte 17.0 16#0 True False False
tDB127TIAChannelExist_d Byte 18.0 16#0 True False False
tDB127TIAChannelOK_a Byte 19.0 16#0 True False False
tDB127TIAChannelOK_b Byte 20.0 16#0 True False False
tDB127TIAChannelOK_c Byte 21.0 16#0 True False False
tDB127TIAChannelOK_d Byte 22.0 16#0 True False False
tDB127Schleife_a Byte 23.0 16#0 True False False
tDB127Schleife_b Byte 24.0 16#0 True False False
tDB127LoggedOn Bool 25.0 false True False False
xAnwenderMeldungsSignal Bool 25.1 false True False False
xAnwenderKanalFehler Bool 25.2 false True False False
bAnwenderIO_Flag Byte 26.0 B#16#54 True False False
dMeldeNummer DWord 28.0 16#0 True False False
wAnwenderTextID Word 32.0 16#0 True False False
wAnwenderFehlerNummer Word 34.0 16#0 True False False
wAnwenderKanalNummer Word 36.0 16#0 True False False
wAnwenderHErrClass Word 38.0 W#16#0000 True False False
iAnwenderSFCRetVal Int 40.0 0 True False False
wRackEntry1 Word 42.0 W#16#0318 True False False
xFrei Bool 44.0 TRUE True False False
xADA Bool 44.1 false True False False
xWieder Bool 44.2 false True False False
xGehend Bool 44.3 false True False False
iFunktion Byte 45.0 16#0 True False False
iDaten Byte 46.0 16#0 True False False
wBGID_a Byte 47.0 16#0 True False False
wBGID_b Byte 48.0 16#0 True False False
bFill0 Byte 49.0 B#16#00 True False False
LDB54 RALRM 50.0 True False False
Input
MODE Int 0.0 0 True True False
F_ID DWord 2.0 DW#16#0 True True False
MLEN Int 6.0 0 True True False
Output
NEW Bool 8.0 FALSE True True False
STATUS DWord 10.0 DW#16#0 True True False
ID DWord 14.0 DW#16#0 True True False
LEN Int 18.0 0 True True False
InOut

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TINFO Any 20.0 True True False
AINFO Any 30.0 True True False
Static
LDB52 RDREC 90.0 True False False
Input
REQ Bool 0.0 FALSE True True False
ID DWord 2.0 DW#16#0 True True False
INDEX Int 6.0 0 True True False
MLEN Int 8.0 0 True True False
Output
VALID Bool 10.0 FALSE True True False
BUSY Bool 10.1 FALSE True True False
ERROR Bool 10.2 FALSE True True False
STATUS DWord 12.0 DW#16#0 True True False
LEN Int 16.0 0 True True False
InOut
RECORD Any 18.0 True True False
Static
VFTable0_Peri Byte 118.0 B#16#00 True False False
VFTable0_Hiera Byte 119.0 B#16#01 True False False
VFTable0_AsyncFct Byte 120.0 B#16#06 True False False
VFTable0_AsyncDat Byte 121.0 B#16#0D True False False
VFTable0_SyncFct Byte 122.0 B#16#06 True False False
VFTable0_SyncDat Byte 123.0 B#16#0D True False False
VFTable0_GehendDat Byte 124.0 B#16#0D True False False
VFTable0_Fehlerklasse Byte 125.0 B#16#00 True False False
VFTable0_TextListIndex Byte 126.0 B#16#00 True False False
VFTable0_0C96Dat Byte 127.0 B#16#00 True False False
VFTable1_AsyncDat Byte 131.0 B#16#0C True False False
VFTable1_GehendDat Byte 134.0 B#16#0A True False False
VFTable2_AsyncDat Byte 141.0 B#16#01 True False False
VFTable2_SyncDat Byte 143.0 B#16#01 True False False
VFTable2_GehendDat Byte 144.0 B#16#0B True False False
VFTable3_Hiera Byte 149.0 B#16#1B True False False
VFTable3_0C96Dat Byte 157.0 B#16#0D True False False

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VFTable7_0C96Dat Byte 197.0 B#16#0D True False False
VFTable8_AsyncDat Byte 201.0 B#16#0B True False False
VFTable8_SyncDat Byte 203.0 B#16#0B True False False
ADA Array[1..5] of
Byte
218.0 True False False
ADA[1] Byte 0.0 16#0 True False False
DiagPuffer Array[1..272] of
Byte
DiagPuffer[1] Byte 0.0 16#0 True False False

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Setpoint Comment
PufferSFB52 Array[1..240] of
Byte

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Setpoint Comment
PufferSFB52[1] Byte 0.0 16#0 True False False

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Setpoint Comment

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Setpoint Comment
TextListe Array[0..3] of
DWord
TextListe[0] DWord 0.0 16#0 True False False
wMapItemLogAdr_Ein_0 Word 752.0 W#16#0000 True False False
wMapItemLogAdr_Ein_3 Word 758.0 W#16#007C True False False
wMapItemLogAdr_Ein_7 Word 766.0 W#16#02F0 True False False
wMapItemLogAdr_Ein_10 Word 772.0 W#16#07FB True False False
wMapItemLogAdr_Ein_11 Word 774.0 W#16#07FC True False False
wMapItemLogAdr_Ein_12 Word 776.0 W#16#07FD True False False
wMapItemLogAdr_Ein_13 Word 778.0 W#16#07FE True False False
wMapItemLogAdr_Ein_14 Word 780.0 W#16#07FF True False False
wMapItemLogAdr_Aus_0 Word 782.0 W#16#0002 True False False
wMapItemLogAdr_KAd_0 Word 788.0 W#16#CFFF True False False
wMapItemLogAdr_KAd_1 Word 790.0 W#16#FFFB True False False
wMapItemLogAdr_KAd_2 Word 792.0 W#16#FFFC True False False
wMapItemLogAdr_KAd_3 Word 794.0 W#16#FFFE True False False
wMapItemOffset_Ein_0 Word 796.0 W#16#00F1 True False False
wMapItemOffset_Ein_1 Word 798.0 W#16#0104 True False False
wMapItemOffset_Ein_3 Word 802.0 W#16#00A5 True False False
wMapItemOffset_Ein_4 Word 804.0 W#16#013D True False False
wMapItemOffset_Ein_7 Word 810.0 W#16#00B8 True False False
wMapItemOffset_Ein_8 Word 812.0 W#16#00CB True False False
wMapItemOffset_Ein_9 Word 814.0 W#16#00DE True False False
wMapItemOffset_Ein_11 Word 818.0 W#16#008C True False False
wMapItemOffset_Ein_14 Word 824.0 W#16#01BA True False False
wMapItemOffset_Aus_0 Word 826.0 W#16#012A True False False
wMapItemOffset_Aus_1 Word 828.0 W#16#01A7 True False False
wMapItemOffset_Aus_2 Word 830.0 W#16#0176 True False False
wMapItemOffset_KAd_0 Word 832.0 W#16#002C True False False
wMapItemOffset_KAd_1 Word 834.0 W#16#0197 True False False
wMapItemOffset_KAd_2 Word 836.0 W#16#0010 True False False
wMapItemOffset_KAd_3 Word 838.0 W#16#004E True False False
bMapItemDB_Ein_0 Word 840.0 W#16#0102 True False False
bMapItemDB_Aus_0 Word 870.0 W#16#0102 True False False
bMapItemDB_KAd_0 Word 876.0 W#16#0101 True False False
wMapItemSubstAdr_0 Word 884.0 W#16#FFFF True False False
Hierarchie Word 892.0 16#0 True False False
Peripherie Word 894.0 16#0 True False False
bBGVeraltetTiefe DWord 896.0 16#0 True False False
bBGSubOrdinateDepth DWord 900.0 16#0 True False False
bBGVFTable DWord 904.0 16#0 True False False

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pLogAdr DWord 908.0 16#0 True False False
wDatenDB Word 912.0 16#0 True False False
pDBOffset DWord 914.0 16#0 True False False
pTextListID DWord 918.0 16#0 True False False
wMap3 Word 922.0 16#0 True False False
xLoadBGAR1Log Bool 924.0 false True False False
xLoadBGAdrAus Bool 924.1 false True False False
xLoadS7AdresseVirt Bool 924.2 false True False False
bDBIndex Byte 925.0 16#0 True False False
wLoadHWID Word 926.0 16#0 True False False
dS7Adresse DWord 928.0 16#0 True False False
wMeldeNummer Word 932.0 16#0 True False False
wFehlerNummer Word 934.0 16#0 True False False
pContTypUndFlags Word 936.0 16#0 True False False
wDaten1 Word 938.0 16#0 True False False
dDaten2 DWord 940.0 16#0 True False False
wDaten3 Word 944.0 16#0 True False False
dDS0Daten DWord 946.0 16#0 True False False
LoadAlarmAnzahl Byte 950.0 16#0 True False False
LoadAlarmArray Array[1..25] of
DWord
LoadAlarmArray[1] DWord 0.0 16#0 True False False
LoadAlarmStateError Bool 1052.0 false True False False
LoadAlarmStateMaint1 Bool 1052.1 false True False False
LoadAlarmStateMaint2 Bool 1052.2 false True False False
FilterAlarmAnzahl Byte 1053.0 16#0 True False False
FilterAlarmArray Array[1..25] of
DWord
FilterAlarmArray[1] DWord 0.0 16#0 True False False
FilterAlarmMeldendFehler Byte 1154.0 16#0 True False False
FilterAlarmMeldBWartung1 Byte 1155.0 16#0 True False False
FilterAlarmMeldBWartung2 Byte 1156.0 16#0 True False False
SubCompStateDBSubComp_a Byte 1157.0 16#0 True False False

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Setpoint Comment
SubCompStateDBSubComp_b Byte 1158.0 16#0 True False False
SubCompStatepSCompList_a Byte 1159.0 16#0 True False False
SubCompStatepSCompList_b Byte 1160.0 16#0 True False False
SubCompStatepSCompList_c Byte 1161.0 16#0 True False False
SubCompStatepSCompList_d Byte 1162.0 16#0 True False False
SubCompStateiSCompLeft_a Byte 1163.0 16#0 True False False
SubCompStateiSCompLeft_b Byte 1164.0 16#0 True False False
SubCompStatepOompState_a Byte 1165.0 16#0 True False False
SubCompStatepOompState_b Byte 1166.0 16#0 True False False
SubCompStatepOompState_c Byte 1167.0 16#0 True False False
SubCompStatepOompState_d Byte 1168.0 16#0 True False False
dAR1_a Byte 1169.0 B#16#00 True False False
dAR1_b Byte 1170.0 B#16#00 True False False
dAR1_c Byte 1171.0 B#16#00 True False False
dAR1_d Byte 1172.0 B#16#00 True False False
dAR2_a Byte 1173.0 B#16#00 True False False
dAR2_b Byte 1174.0 B#16#00 True False False
dAR2_c Byte 1175.0 B#16#00 True False False
dAR2_d Byte 1176.0 B#16#00 True False False
FCTempDaten Array[1..94] of
Byte
FCTempDaten[1] Byte 0.0 16#0 True False False

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Setpoint Comment
iRValue Int 1272.0 0 True False False
dAR1Save DWord 1274.0 16#0 True False False
dAR2Save DWord 1278.0 16#0 True False False
dOB_DATA1 DWord 1282.0 16#0 True False False
dSyncMapAddress DWord 1294.0 16#0 True False False
wSyncDataDB Word 1298.0 16#0 True False False
dSyncDataAddress DWord 1300.0 16#0 True False False
dSyncVFTable DWord 1304.0 16#0 True False False
dSyncVeraltetTiefe DWord 1308.0 16#0 True False False
wSyncHierarchie Word 1312.0 16#0 True False False
wSyncPeripherie Word 1314.0 16#0 True False False
dSyncdS7Adresse DWord 1316.0 16#0 True False False
wSyncHWID Word 1320.0 16#0 True False False
xSyncSupError Bool 1322.0 false True False False
xSyncVeraltet Bool 1322.1 false True False False
xSyncWeiterleiten Bool 1322.2 false True False False
xSyncContainer Bool 1322.3 false True False False
xSyncAusfall Bool 1322.4 false True False False
xSyncMoreError Bool 1322.5 false True False False
xSyncSubOld Bool 1322.6 false True False False
xSyncSubFault Bool 1322.7 false True False False
xSyncSubMaint1 Bool 1323.0 false True False False
xSyncSubMaint2 Bool 1323.1 false True False False
xSyncDisabled Bool 1323.2 false True False False
xSyncBit_2_3 Bool 1323.3 false True False False
wSyncAnzahlUKomp Word 1324.0 16#0 True False False
dSyncpUKomp DWord 1326.0 16#0 True False False
wSyncGlobMeldung Word 1330.0 16#0 True False False
dSyncpTMSDaten DWord 1332.0 16#0 True False False
dSyncpTMSDaten1 DWord 1336.0 16#0 True False False
dSyncpChannelOK DWord 1340.0 16#0 True False False
wSyncKanalAnzahl Word 1344.0 16#0 True False False
wSyncWartAMeldung Word 1346.0 16#0 True False False
wSyncWartBMeldung Word 1348.0 16#0 True False False
wSyncMasterSysMapAddr Word 1350.0 16#0 True False False
wSyncHersMeldeNr Word 1352.0 16#0 True False False
bSyncData1 Byte 1354.0 16#0 True False False

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Setpoint Comment
xVoll Bool 1418.0 FALSE True False False
xUeberVoll Bool 1418.1 FALSE True False False
xUeberfaelligAlarmID Bool 1418.2 FALSE True False False
bVAlarmID Byte 1419.0 B#16#00 True False False
bSAlarmID Byte 1420.0 B#16#00 True False False
bAnzahlFreieEintraege Byte 1421.0 B#16#1F True False False
Meldepuffer Array[1..527] of
Byte
Meldepuffer[1] Byte 0.0 16#0 True False False

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Setpoint Comment

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Setpoint Comment
Meldung_01 Word 1950.0 W#16#0000 True False False
MeldungBandBreite_01 Byte 1952.0 B#16#0A True False False
MeldungNaechsterBand_01 Byte 1953.0 16#0 True False False
Meldung_02 Word 1954.0 W#16#1B5C True False False
Meldung_03 Word 1958.0 W#16#1B5E True False False
Meldung_04 Word 1962.0 W#16#1B5B True False False
Meldung_05 Word 1966.0 W#16#1C6D True False False
Meldung_06 Word 1970.0 W#16#1C70 True False False
Meldung_07 Word 1974.0 W#16#1C73 True False False
Meldung_08 Word 1978.0 W#16#1B59 True False False
wMeldeWerte Array[1..6] of
Word
wMeldeWerte[1] Word 0.0 16#0 True False False
xSubOrdinateStateOld Word 1994.0 W#16#FFFF True False False
xASVeraltet Word 1996.0 W#16#FFFF True False False
xASZyklusMerker Bool 1998.0 FALSE True False False
bASZyklusZaehler Byte 1999.0 B#16#03 True False False
xAnlaufMilde Bool 2000.0 TRUE True False False
iAnlaufSchleife_a Byte 2001.0 16#0 True False False
iAnlaufSchleife_b Byte 2002.0 16#0 True False False
pAnlaufMapDaten_a Byte 2003.0 16#0 True False False
pAnlaufMapDaten_b Byte 2004.0 16#0 True False False
pAnlaufMapDaten_c Byte 2005.0 16#0 True False False
pAnlaufMapDaten_d Byte 2006.0 16#0 True False False
iSFB54RestLaenge_a Byte 2007.0 16#0 True False False
iSFB54RestLaenge_b Byte 2008.0 16#0 True False False
iSFB54BlocLaenge_a Byte 2009.0 16#0 True False False
iSFB54BlocLaenge_b Byte 2010.0 16#0 True False False

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Setpoint Comment
dAktAINFOPos_a Byte 2011.0 16#0 True False False
dAktAINFOPos_b Byte 2012.0 16#0 True False False
dAktAINFOPos_c Byte 2013.0 16#0 True False False
dAktAINFOPos_d Byte 2014.0 16#0 True False False
bPNKDKanalLaenge Byte 2015.0 16#0 True False False
xSFB54Multiple Bool 2016.0 false True False False
dDiagSlotSubSlotNummer_a Byte 2017.0 16#0 True False False
dDiagSlotSubSlotNummer_b Byte 2018.0 16#0 True False False
dDiagSlotSubSlotNummer_c Byte 2019.0 16#0 True False False
dDiagSlotSubSlotNummer_d Byte 2020.0 16#0 True False False
wBlockLengtKopf_a Byte 2021.0 16#0 True False False
wBlockLengtKopf_b Byte 2022.0 16#0 True False False
TempDaten Array[1..124] of
Byte
TempDaten[1] Byte 0.0 16#0 True False False

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Setpoint Comment

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Automation Portal
RSE_FC [FC49]
RSE_FC Properties
General
Name RSE_FC Number 49 Type FC Language RSE
Numbering manual
Information
nostic Block
Author SIMATIC Comment This FC contains the code
generated from STEP 7 Re‐
port System Errors.
Family RSEDIAG
ID
RSE
Input
Output
InOut
Return
RSE_FC Void

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RSE_GLOBAL_DB [DB50]
RSE_GLOBAL_DB Properties
General
Name RSE_GLOBAL_DB Number 50 Type DB Language DB
Numbering manual
Information
nostic Block
Author SIMATIC Comment This DB contains the gen‐
erated data from STEP 7
Report System Errors.
Family RSEDIAG
ID
RSE
from HMI
Visible in
HMI
Setpoint Comment
Static
DB_Nummer Word 0.0 W#16#0032 False True False False
DB_Init Bool 2.0 FALSE False True False False
HotRestart Bool 2.1 FALSE False True False False
DB_bZaehler Byte 3.0 16#0 False True False False
TraceZyklusNo Word 4.0 16#0 False True False False
TraceZyklusAuswertung Word 6.0 16#0 False True False False
TraceZyklus126No Word 8.0 16#0 False True False False
TraceZyklus127No Word 10.0 16#0 False True False False
TraceStatus1 Word 12.0 16#0 False True False False
TraceMeldungenAnzahl Byte 14.0 16#0 False True False False
TraceMeldungenMax Byte 15.0 16#0 False True False False
Daten Array[1..441]
of Byte
Daten[1] Byte 0.0 B#16#08 False True False False
Daten[2] Byte 1.0 16#0 False True False False
Daten[8] Byte 7.0 B#16#F0 False True False False
Daten[14] Byte 13.0 B#16#0E False True False False
Daten[18] Byte 17.0 B#16#FA False True False False
Daten[20] Byte 19.0 B#16#FC False True False False
Daten[34] Byte 33.0 B#16#1A False True False False
Daten[44] Byte 43.0 B#16#FE False True False False

Totally Integrated
Automation Portal
from HMI
Visible in
HMI
Setpoint Comment
Daten[59] Byte 58.0 B#16#FF False True False False
Daten[80] Byte 79.0 B#16#0C False True False False

Totally Integrated
Automation Portal
from HMI
Visible in
HMI
Setpoint Comment
Daten[180] Byte 179.0 B#16#7F False True False False

Totally Integrated
Automation Portal
from HMI
Visible in
HMI
Setpoint Comment

Totally Integrated
Automation Portal
from HMI
Visible in
HMI
Setpoint Comment
Daten[370] Byte 369.0 B#16#0F False True False False

Totally Integrated
Automation Portal
from HMI
Visible in
HMI
Setpoint Comment
DiagSZLHeader Struct 458.0 False True False False
LENTHDR Word 0.0 16#0 False True False False
N_DR Word 2.0 16#0 False True False False
SZLHeader Struct 462.0 False True False False
LENTHDR Word 0.0 16#0 False True False False
N_DR Word 2.0 16#0 False True False False

Totally Integrated
Automation Portal
PLC_1 [CPU 314C-2 PN/DP] / Program blocks / System blocks / Program resources
P103A [DB5]
P103A Properties
General
Name P103A Number 5 Type DB Language DB
Numbering manual
Information
Title Author SIMATIC Comment Family IEC_TC
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
IN Bool 0.0 FALSE True True True False
PT Time 2.0 T#0MS True True True False
Output
Q Bool 6.0 FALSE True True True False
ET Time 8.0 T#0MS True True True False
InOut
Static
STATE Byte 12.0 B#16#0 True True True False
STIME Time 14.0 T#0MS True True True False
ATIME Time 18.0 T#0MS True True True False

Totally Integrated
Automation Portal
DT_TOD [FC8]
DT_TOD Properties
General
Name DT_TOD Number 8 Type FC Language STL
Numbering automatic
Information
Title DT to TOD Author SIMATIC Comment Family IEC
ID
DT_TOD
Input
IN Date_And_Time DT#yy-mm-dd-hh:mm:ss.sss
Output
InOut
Return
DT_TOD Time_Of_Day

Totally Integrated
Automation Portal
P103B [DB4]
P103B Properties
General
Name P103B Number 4 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
P103C [DB6]
P103C Properties
General
Name P103C Number 6 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
P104A [DB7]
P104A Properties
General
Name P104A Number 7 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
P104B [DB8]
P104B Properties
General
Name P104B Number 8 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
P104C [DB9]
P104C Properties
General
Name P104C Number 9 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
CT_FAN 01 [DB11]
CT_FAN 01 Properties
General
Name CT_FAN 01 Number 11 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
CT_FAN 02 [DB12]
General
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
CT_FAN 03 [DB13]
General
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
CT_FAN 04 [DB14]
General
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
CT_FAN 05 [DB15]
General
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
CT_FAN 06 [DB16]
General
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
PIT 101 Valve [DB17]
PIT 101 Valve Properties
General
Name PIT 101 Valve Number 17 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
Absorption Chiller [DB10]
Absorption Chiller Properties
General
Name Absorption Chiller Number 10 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
Trane Chiller [DB19]
Trane Chiller Properties
General
Name Trane Chiller Number 19 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
Carrier-6 Chiller [DB21]
Carrier-6 Chiller Properties
General
Name Carrier-6 Chiller Number 21 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
Carrier-7 Chiller [DB24]
Carrier-7 Chiller Properties
General
Name Carrier-7 Chiller Number 24 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
SCALE [FC105]
SCALE Properties
General
Name SCALE Number 105 Type FC Language STL
Numbering automatic
Information
Title SCALING VALUES Author SEA Comment Family CONVERT
ID
SCALE
Input
IN Int input value to be scaled
HI_LIM Real upper limit in engineering units
LO_LIM Real lower limit in engineering units
BIPOLAR Bool 1=bipolar; 0=unipolar
Output
OUT Real result of the scale conversion
InOut
Return
SCALE Word

Totally Integrated
Automation Portal
CALL 2nd VFD [DB35]
CALL 2nd VFD Properties
General
Name CALL 2nd VFD Number 35 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
CONT_C [FB41]
CONT_C Properties
General
Name CONT_C Number 41 Type FB Language SCL
Numbering automatic
Information
Title continuous PID controller Author SIMATIC Comment Family ICONT
ID
CONT_C
from HMI
Visible in
HMI
Setpoint Comment
Input
COM_RST Bool 0.0 FALSE True True False complete restart
MAN_ON Bool 0.1 TRUE True True False manual value on
PVPER_ON Bool 0.2 FALSE True True False process variable peripherie on
P_SEL Bool 0.3 TRUE True True False proportional action on
I_SEL Bool 0.4 TRUE True True False integral action on
INT_HOLD Bool 0.5 FALSE True True False integral action hold
I_ITL_ON Bool 0.6 FALSE True True False initialization of the integral ac‐
tion
D_SEL Bool 0.7 FALSE True True False derivative action on
CYCLE Time 2.0 T#1S True True False sample time
SP_INT Real 6.0 0.0 True True False internal setpoint
PV_IN Real 10.0 0.0 True True False process variable in
PV_PER Word 14.0 W#16#0 True True False process variable peripherie
MAN Real 16.0 0.0 True True False manual value
GAIN Real 20.0 2.0 True True False proportional gain
TI Time 24.0 T#20S True True False reset time
TD Time 28.0 T#10S True True False derivative time
TM_LAG Time 32.0 T#2S True True False time lag of the derivative action
DEADB_W Real 36.0 0.0 True True False dead band width
LMN_HLM Real 40.0 100.0 True True False manipulated value high limit
LMN_LLM Real 44.0 0.0 True True False manipulated value low limit
PV_FAC Real 48.0 1.0 True True False process variable factor
PV_OFF Real 52.0 0.0 True True False process variable offset
LMN_FAC Real 56.0 1.0 True True False manipulated value factor
LMN_OFF Real 60.0 0.0 True True False manipulated value offset
I_ITLVAL Real 64.0 0.0 True True False initialization value of the inte‐
gral action
DISV Real 68.0 0.0 True True False disturbance variable
Output
LMN Real 72.0 0.0 True True False manipulated value
LMN_PER Word 76.0 W#16#0 True True False manipulated value peripherie
QLMN_HLM Bool 78.0 FALSE True True False high limit of manipulated value
reached
QLMN_LLM Bool 78.1 FALSE True True False low limit of manipulated value
reached
LMN_P Real 80.0 0.0 True True False proportionality component
LMN_I Real 84.0 0.0 True True False integral component
LMN_D Real 88.0 0.0 True True False derivative component
PV Real 92.0 0.0 True True False process variable
ER Real 96.0 0.0 True True False error signal
InOut
Static
sInvAlt Real 100.0 0.0 True True False
sIanteilAlt Real 104.0 0.0 True True False
sRestInt Real 108.0 0.0 True True False
sRestDif Real 112.0 0.0 True True False
sRueck Real 116.0 0.0 True True False
sLmn Real 120.0 0.0 True True False
sbArwHLmOn Bool 124.0 FALSE True True False
sbArwLLmOn Bool 124.1 FALSE True True False
sbILimOn Bool 124.2 TRUE True True False

Totally Integrated
Automation Portal
DISCONNECT 2nd VFD [DB34]
DISCONNECT 2nd VFD Properties
General
Name DISCONNECT 2nd VFD Number 34 Type DB Language DB
Numbering automatic
Information
ID
TON
from HMI
Visible in
HMI
Setpoint Comment
Input
Output
InOut
Static

Totally Integrated
Automation Portal
PLC_1 [CPU 314C-2 PN/DP] / Technology objects
CONT_C_DB_1 [DB27]
CONT_C_DB_1 Properties
General
Name CONT_C_DB_1 Number 27 Type DB Language DB
Numbering automatic
Information
Title Author SIMATIC Comment Family ICONT
ID
CONT_C
from HMI
Visible in
HMI
Setpoint Comment
Input
COM_RST Bool 0.0 FALSE True True True False complete restart
MAN_ON Bool 0.1 TRUE True True True False manual value on
PVPER_ON Bool 0.2 FALSE True True True False process variable peripherie on
P_SEL Bool 0.3 TRUE True True True False proportional action on
I_SEL Bool 0.4 TRUE True True True False integral action on
INT_HOLD Bool 0.5 FALSE True True True False integral action hold
I_ITL_ON Bool 0.6 FALSE True True True False initialization of the integral action
D_SEL Bool 0.7 FALSE True True True False derivative action on
CYCLE Time 2.0 T#1S True True True False sample time
SP_INT Real 6.0 0.0 True True True False internal setpoint
PV_IN Real 10.0 0.0 True True True False process variable in
PV_PER Word 14.0 W#16#0 True True True False process variable peripherie
MAN Real 16.0 0.0 True True True False manual value
GAIN Real 20.0 2.0 True True True False proportional gain
TI Time 24.0 T#20S True True True False reset time
TD Time 28.0 T#10S True True True False derivative time
TM_LAG Time 32.0 T#2S True True True False time lag of the derivative action
DEADB_W Real 36.0 0.0 True True True False dead band width
LMN_HLM Real 40.0 100.0 True True True False manipulated value high limit
LMN_LLM Real 44.0 0.0 True True True False manipulated value low limit
PV_FAC Real 48.0 1.0 True True True False process variable factor
PV_OFF Real 52.0 0.0 True True True False process variable offset
LMN_FAC Real 56.0 1.0 True True True False manipulated value factor
LMN_OFF Real 60.0 0.0 True True True False manipulated value offset
I_ITLVAL Real 64.0 0.0 True True True False initialization value of the integral ac‐
tion
DISV Real 68.0 0.0 True True True False disturbance variable
Output
LMN Real 72.0 0.0 True True True False manipulated value
LMN_PER Word 76.0 W#16#0 True True True False manipulated value peripherie
QLMN_HLM Bool 78.0 FALSE True True True False high limit of manipulated value
reached
QLMN_LLM Bool 78.1 FALSE True True True False low limit of manipulated value
reached
LMN_P Real 80.0 0.0 True True True False proportionality component
LMN_I Real 84.0 0.0 True True True False integral component
LMN_D Real 88.0 0.0 True True True False derivative component
PV Real 92.0 0.0 True True True False process variable
ER Real 96.0 0.0 True True True False error signal
InOut
Static
sInvAlt Real 100.0 0.0 True True True False
sIanteilAlt Real 104.0 0.0 True True True False
sRestInt Real 108.0 0.0 True True True False
sRestDif Real 112.0 0.0 True True True False
sRueck Real 116.0 0.0 True True True False
sLmn Real 120.0 0.0 True True True False
sbArwHLmOn Bool 124.0 FALSE True True True False
sbArwLLmOn Bool 124.1 FALSE True True True False
sbILimOn Bool 124.2 TRUE True True True False

Totally Integrated
Automation Portal
PLC_1 [CPU 314C-2 PN/DP] / Technology objects
CONT_C_DB_2 [DB38]
CONT_C_DB_2 Properties
General
Name CONT_C_DB_2 Number 38 Type DB Language DB
Numbering automatic
Information
Title Author SIMATIC Comment Family ICONT
ID
CONT_C
from HMI
Visible in
HMI
Setpoint Comment
Input
COM_RST Bool 0.0 FALSE True True True False complete restart
MAN_ON Bool 0.1 TRUE True True True False manual value on
PVPER_ON Bool 0.2 FALSE True True True False process variable peripherie on
P_SEL Bool 0.3 TRUE True True True False proportional action on
I_SEL Bool 0.4 TRUE True True True False integral action on
INT_HOLD Bool 0.5 FALSE True True True False integral action hold
I_ITL_ON Bool 0.6 FALSE True True True False initialization of the integral action
D_SEL Bool 0.7 FALSE True True True False derivative action on
CYCLE Time 2.0 T#1S True True True False sample time
SP_INT Real 6.0 0.0 True True True False internal setpoint
PV_IN Real 10.0 0.0 True True True False process variable in
PV_PER Word 14.0 W#16#0 True True True False process variable peripherie
MAN Real 16.0 0.0 True True True False manual value
GAIN Real 20.0 2.0 True True True False proportional gain
TI Time 24.0 T#20S True True True False reset time
TD Time 28.0 T#10S True True True False derivative time
TM_LAG Time 32.0 T#2S True True True False time lag of the derivative action
DEADB_W Real 36.0 0.0 True True True False dead band width
LMN_HLM Real 40.0 100.0 True True True False manipulated value high limit
LMN_LLM Real 44.0 0.0 True True True False manipulated value low limit
PV_FAC Real 48.0 1.0 True True True False process variable factor
PV_OFF Real 52.0 0.0 True True True False process variable offset
LMN_FAC Real 56.0 1.0 True True True False manipulated value factor
LMN_OFF Real 60.0 0.0 True True True False manipulated value offset
I_ITLVAL Real 64.0 0.0 True True True False initialization value of the integral ac‐
tion
DISV Real 68.0 0.0 True True True False disturbance variable
Output
LMN Real 72.0 0.0 True True True False manipulated value
LMN_PER Word 76.0 W#16#0 True True True False manipulated value peripherie
QLMN_HLM Bool 78.0 FALSE True True True False high limit of manipulated value
reached
QLMN_LLM Bool 78.1 FALSE True True True False low limit of manipulated value
reached
LMN_P Real 80.0 0.0 True True True False proportionality component
LMN_I Real 84.0 0.0 True True True False integral component
LMN_D Real 88.0 0.0 True True True False derivative component
PV Real 92.0 0.0 True True True False process variable
ER Real 96.0 0.0 True True True False error signal
InOut
Static
sInvAlt Real 100.0 0.0 True True True False
sIanteilAlt Real 104.0 0.0 True True True False
sRestInt Real 108.0 0.0 True True True False
sRestDif Real 112.0 0.0 True True True False
sRueck Real 116.0 0.0 True True True False
sLmn Real 120.0 0.0 True True True False
sbArwHLmOn Bool 124.0 FALSE True True True False
sbArwLLmOn Bool 124.1 FALSE True True True False
sbILimOn Bool 124.2 TRUE True True True False

Totally Integrated
Automation Portal
PLC_1 [CPU 314C-2 PN/DP] / PLC tags / Default tag table [220]
PLC tags
PLC tags
Name Data type Address Retain Visible in
HMI
Accessible
from HMI
Comment
SPARE PIW752 Int %IW752 True True
SPARE(1) Int %IW754 True True
SPARE(5) PQW752 Int %QW752 True True
SPARE(6) PQW754 Int %QW754 True True
SURGE FAULT INPUT (4SPD3) Bool %I126.0 True True
PHASE SEQUENCE RELAY (4PFR5) Bool %I126.1 True True
PANEL COOLING FAN MCB INPUT (5F4) Bool %I126.2 True True
SYSTEM START PUSH BUTTON (8S4) Bool %I126.3 True True
SYSTEM STOP PUSH BUTTON (8S5) Bool %I126.4 True True
SYSTEM RESET PUSH BUTTON (8S5.1) Bool %I126.5 True True
EMERGENCY STOP AT PANEL (8S6) Bool %I126.6 True True
AUTO/MANUAL SELECTOR SWITCH
(8SS6.1)
Bool %I126.7 True True
FIELD INSTRUMENT MCB (5F0.0) Bool %I124.0 True True
FIELD INSTRUMENT MCB (5F1) Bool %I124.1 True True
FIELD INSTRUMENT MCB (5F3.1) Bool %I124.3 True True
SPARE(7) Bool %I124.5 True True
SPARE(18) Bool %Q124.0 True True
Primary Pump P103A Running Feed Back Bool %I0.0 True True
Primary Pump P103B Running Feed Back Bool %I0.1 True True
Primary Pump P103C Running Feed Back Bool %I0.2 True True
Secondary Pump P104A VFD Running Feed
Back
Secondary Pump P104B VFD Running Feed
Back
Secondary Pump P104C VFD Running Feed
Back
Cooling Tower Fan 01 Running Feed Back Bool %I0.6 True True

Totally Integrated
Automation Portal
HMI
Accessible
from HMI
Comment
Return Water PIT 101 Valve Open Feed
Back
Primary Pump P103A Start Output Relay
(15R3)
Bool %Q0.0 True True
Primary Pump P103B Start Output Relay
(15R3.1)
Primary Pump P103C Start Output Relay
(15R4)
Secondary Pump P104A VFD Start Output
Relay (15R5)
Secondary Pump P104B VFD Start Output
Relay (15R6)
Secondary Pump P104C VFD Start Output
Relay (16R3)
Cooling Tower Fan 01 Start Output Relay
(16R3.1)
(16R4)
(16R4.1)
(16R5)
(16R5.1)
(16R6)
Return Water PIT 101 Valve Open Output
Relay (16R6.1)
Primary Pump P103A Manual Mode Selec‐
ted
Primary Pump P103B Manual Mode Selec‐
ted
Primary Pump P103C Manual Mode Selec‐
ted
Secondary Pump P104A Manual Mode Se‐
lected
Secondary Pump P104B Manual Mode Se‐
lected
Secondary Pump P104C Manual Mode Se‐
lected
Cooling Tower Fan 01 Manual Mode Selec‐
ted
ted
ted
ted
ted
ted
Absorption Chiller Unit-A Running Feed‐
back
Absorption Chiller Unit-B Running Feed‐
back
Trane Chiller Unit-A Running Feedback Bool %I4.2 True True
Trane Chiller Unit-B Running Feedback Bool %I4.3 True True
Carrier-6 Chiller Unit-A Running Feedback Bool %I4.4 True True
Carrier-6 Chiller Unit-B Running Feedback Bool %I4.5 True True
Carrier-6 Chiller Unit-C Running Feedback Bool %I4.6 True True
Carrier-7 Chiller Unit-A Running Feedback Bool %I4.7 True True
Carrier-7 Chiller Unit-B Running Feedback Bool %I5.0 True True
Carrier-7 Chiller Unit-C Running Feedback Bool %I5.1 True True

Totally Integrated
Automation Portal
HMI
Accessible
from HMI
Comment
Absorption Chiller Start Output Relay
(25R3)
Trane Chiller Start Output Relay (25R3.1) Bool %Q2.1 True True
Carrier-6 Chiller Start Output Relay (25R4) Bool %Q2.2 True True
Carrier-7 Chiller Start Output Relay
(25R4.1)
Return Water PIT 101 Level Low Alarm Bool %Q2.5 True True
System Stop Indication (Red 28H5.1) Bool %Q5.5 True True
System Run Indication (Green 28H6) Bool %Q5.6 True True
System Fault Indication (Yellow 28H6.1) Bool %Q5.7 True True
Promag 10 Flow Transmitter at Trane Chill‐
er Chilled Water Outlet Line (FT102)
Int %IW268 True True
Promag 10 Flow Transmitter at Carrier-6,
Chilled water outlet line (FT103)
Promag 10 Flow Transmitter at Carrier-7,
Chilled water outlet line (FT104)
Prosonic M FMU40 Level Transmitter at Re‐
turn PIT 101
Cerabar T PMP131 at Primary Pump Com‐
mon Header
Cerabar T PMP131 at Secondary Pumps
Common Header
Omnigrad TR10 Temperature Transmitter
at Trane Chiller Chilled Water Outlet Line
(TT107)
at Carrier-6, Chilled water Outlet line
(TT103)
at Carrier-7, Chilled water outlet line
(TT104)
at Trane chiller, Chilled water inlet line
(TT101)
at Carrier-6, Chilled water inlet line
(TT103)
at Carrier-7, Chilled water inlet line
(TT104)
at Secondary Pumps Common Header
at Return Pit
at Cooling tower Fan Supply line (TT001)
at Cooling tower Fan Return line (TT111)
Promag 10 Flow Transmitter at Absorption
Chiller Chilled Water Outlet Line (FT101)
at Absorption Chilled water outlet line
(TT106)
at Absorption Chilled water inlet line
(TT102)

Totally Integrated
Automation Portal
HMI
Accessible
from HMI
Comment
Compressed Air Pressure Transmitter
MBS33-20213
Glycol Temperature Sensor (RTD) Int %IW308 True True
Secondary Pump P104A VFD Speed Feed
Back
Secondary Pump P104B VFD Speed Feed
Back
Secondary Pump P104C VFD Speed Feed
Back
Secondary Pump P104A VFD Speed Control Int %QW368 True True
Secondary Pump P104B VFD Speed Control Int %QW370 True True
Secondary Pump P104C VFD Speed Control Int %QW372 True True
SPARE(81) Int %QW374 True True
ALARM GROUP_1 Word %MW200 True True
CURRENT-L1 DWord %ID393 True True
CURRENT SUM L1...L3 DWord %ID409 True True
POWER-L1 DWord %ID413 True True
Cos phi-L1 DWord %ID425 True True
FREQUENCY DWord %ID437 True True
POWER SUM L1...L3 DWord %ID441 True True
VOLTAGE L1-N DWord %ID369 True True
SET PLC TIMER Timer %T1 True True
PULSE_1 Bool %M30.0 True True
UNSCALE_BIPOLAR Bool %M60.6 True True
UNSCALE_RET_VAL Word %MW92 True True
CALL 2nd VFD ON DELAY TIME SET_RESET Bool %M70.0 True True
SCALE_BIPOLAR Bool %M70.1 True True
NO SECONDARY PUMP ON MAINTENANCE Bool %M70.2 True True
SECONDARY PUMPS DUTY HOUR RESET
FROM HMI
Bool %M70.5 True True
PRIMARY PUMPS DUTY HOUR RESET FROM
HMI
SECONDARY PUMPS DUTY HOUR RESET
TIMER
Timer %T3 True True
PRIMARY PUMPS DUTY HOUR RESET TIMER Timer %T4 True True
BY PASS BIT Bool %M70.7 True True
NO PRIMARY PUMP ON MAINTENANCE Bool %M71.0 True True
WRITE PROFILE 8 Byte %QB256 True True
Primary Pump P103A Start Memory Bit Bool %M76.4 True True
Primary Pump P103B Start Memory Bit Bool %M76.5 True True
Primary Pump P103C Start Memory Bit Bool %M76.6 True True
A(A-B) PRIMARY Bool %M76.7 True True
A(A-C) PRIMARY Bool %M77.0 True True
B(A-B) PRIMARY Bool %M77.1 True True
B(B-C) PRIMARY Bool %M77.2 True True
C(A-C) PRIMARY Bool %M77.3 True True
C(B-C) PRIMARY Bool %M77.4 True True
COOLING TOWER FANS RESET DUTY TIMER Timer %T5 True True
CHILLERS RESET DUTY TIMER Timer %T6 True True
TIMER SURGE COUNTER Timer %T7 True True

Totally Integrated
Automation Portal
PLC_1 [CPU 314C-2 PN/DP] / PLC tags / Default tag table [220]
User constants
User constants
Name Data type Value Comment

Totally Integrated
Automation Portal
PLC_1 [CPU 314C-2 PN/DP] / PLC tags / HMI Messages [79]
PLC tags
PLC tags
HMI
Accessible
from HMI
Comment
SURGE FAULT ON MAIN INCOMING SUPPLY
(4SPD3) MESSAGE BIT
THREE PHASE SEQUENCE WRONG (4PFR5)
MESSAGE BIT
PANEL COOLING FAN MCB OFF (5F4) MES‐
SAGE BIT
EMERGENCY STOP OPERATED FROM PANEL
(8S6) MESSAGE BIT
AUTO MODE SELECTED FROM PANEL
(8SS6.1) MESSAGE BIT
MANUAL MODE SELECTED FROM PANEL
(8SS6.1) MESSAGE BIT
FIELD INSTRUMENT MCB (5F0.0) MESSAGE
BIT
FIELD INSTRUMENT MCB (5F1) MESSAGE
BIT
BIT
FIELD INSTRUMENT MCB (5F3.1) MESSAGE
BIT
BIT
PRIMARY PUMP P103A AUXILIARY FEED
BACK FAULT MESSAGE BIT
PRIMARY PUMP P103B AUXILIARY FEED
PRIMARY PUMP P103C AUXILIARY FEED
SECONDARY PUMP P104A VFD FEED BACK
FAULT MESSAGE BIT
SECONDARY PUMP P104B VFD FEED BACK
FAULT MESSAGE BIT
SECONDARY PUMP P104C VFD FEED BACK
FAULT MESSAGE BIT
COOLING TOWER FAN 01 AUXILIARY FEED
WATER PIT101 VALVE FEED BACK FAULT
MESSAGE BIT
PRIMARY PUMP P103A MANUAL MODE SE‐
LECTED MESSAGE BIT
PRIMARY PUMP P103B MANUAL MODE SE‐
LECTED MESSAGE BIT
PRIMARY PUMP P103C MANUAL MODE SE‐
LECTED MESSAGE BIT
SECONDARY PUMP P104B MANUAL MODE
SELECTED MESSAGE BIT
SECONDARY PUMP P104C MANUAL MODE
COOLING TOWER FAN 01 MANUAL MODE
ABSORPTION CHILLER RUNNING FEED BACK
FAULT MESSAGE BIT
TRANE CHILLER RUNNING FEED BACK
FAULT MESSAGE BIT
CARRIER-6 CHILLER RUNNING FEED BACK
FAULT MESSAGE BIT
SECONDARY PUMP P104A MANUAL MODE
CARRIER-7 CHILLER RUNNING FEED BACK
FAULT MESSAGE BIT
ABSORPTION CHILLER INLET WATER TEM‐
PERATURE HIGH (TT-101) MESSAGE BIT
TRANE CHILLER INLET WATER TEMPERA‐
TURE HIGH (TT-102) MESSAGE BIT
CARRIER-6 CHILLER INLET WATER TEMPERA‐

Totally Integrated
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HMI
Accessible
from HMI
Comment
CARRIER-7 CHILLER INLET WATER TEMPERA‐
ABSORPTION CHILLER OUTLET WATER TEM‐
TRANE CHILLER OUTLET WATER TEMPERA‐
CARRIER-6 CHILLER OUTLET WATER TEM‐
CARRIER-7 CHILLER OUTLET WATER TEM‐
SECONDARY PUMPS COMMON HEADER
TEMPERATURE HIGH (TT-107) MESSAGE BIT
PRIMARY PUMPS COMMON HEADER TEM‐
PERATURE HIGH (TI-101) MESSAGE BIT
SECONDARY PUMPS COMMON HEADER
PRESSURE LOW (PT-201) MESSAGE BIT
PRIMARY PUMPS COMMON HEADER PRES‐
SURE LOW (PT-104) MESSAGE BIT
COOLING TOWER WATER SUPPLY LINE TEM‐
COOLING TOWER WATER RETURN LINE
TEMPERATURE HIGH (TT-111) MESSAGE BIT
RETURN WATER PIT-101 WATER LEVEL LOW
(LT-101) MESSAGE BIT
RETURN PIT-101 WATER TEMPERATURE
HIGH (TT-101) MESSAGE BIT
LOW WATER FLOW AT ABSORPTION CHILL‐
ER OUTLET LINE (FT-101) MESSAGE BIT
LOW WATER FLOW AT TRANE CHILLER OUT‐
LET LINE (FT-102) MESSAGE BIT
LOW WATER FLOW AT CARRIER-6 CHILLER
OUTLET LINE (FT-103) MESSAGE BIT
LOW WATER FLOW AT CARRIER-7 CHILLER
OUTLET LINE (FT-104) MESSAGE BIT
SYSTEM RUNNING MESSAGE BIT Bool %M209.2 True True
SYSTEM STOP MESSAGE BIT Bool %M209.3 True True
SYSTEM FAULT MESSAGE BIT Bool %M209.4 True True
PRIMARY PUMP P103A ON MAINTENANCE
MESSAGE BIT
PRIMARY PUMP P103C ON MAINTENANCE
MESSAGE BIT
PRIMARY PUMP P103B ON MAINTENANCE
MESSAGE BIT
SECONDARY PUMP P104A ON MAINTE‐
NANCE MESSAGE BIT
SECONDARY PUMP P104B ON MAINTE‐
NANCE MESSAGE BIT
SECONDARY PUMP P104C ON MAINTE‐
NANCE MESSAGE BIT
COOLING TOWER FAN 01 ON MAINTE‐
NANCE MESSAGE BIT
NANCE MESSAGE BIT
NANCE MESSAGE BIT
NANCE MESSAGE BIT
NANCE MESSAGE BIT
NANCE MESSAGE BIT
ABSORPTION CHILLER ON MAINTENANCE
MESSAGE BIT
TRANE CHILLER ON MAINTENANCE MES‐
SAGE BIT
CARRIER-6 CHILLER ON MAINTENANCE
MESSAGE BIT
CARRIER-7 CHILLER ON MAINTENANCE
MESSAGE BIT

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PLC_1 [CPU 314C-2 PN/DP] / PLC tags / HMI Messages [79]
User constants
User constants

Totally Integrated
Automation Portal
PLC_1 [CPU 314C-2 PN/DP] / PLC tags / Memory Bits [121]
PLC tags
PLC tags
HMI
Accessible
from HMI
Comment
SURGE FAULT INPUT (4SPD3) MEMORY BIT Bool %M126.0 True True
PHASE SEQUENCE RELAY (4PFR5) MEMORY
BIT
PANEL COOLING FAN MCB INPUT (5F4)
MEMORY BIT
SYSTEM START PUSH BUTTON (8S4) MEM‐
ORY BIT
SYSTEM STOP PUSH BUTTON (8S5) MEMO‐
RY BIT
SYSTEM RESET PUSH BUTTON (8S5.1)
MEMORY BIT
EMERGENCY STOP AT PANEL (8S6) MEMO‐
RY BIT
AUTO/MANUAL SELECTOR SWITCH
(8SS6.1) MEMORY BIT
FIELD INSTRUMENT MCB (5F0.0) MEMORY
BIT
FIELD INSTRUMENT MCB (5F1) MEMORY
BIT
BIT
FIELD INSTRUMENT MCB (5F3.1) MEMORY
BIT
BIT
SPARE(82) MEMORY BIT Bool %M124.5 True True
Primary Pump P103A Running Feed Back
MEMORY BIT
Primary Pump P103B Running Feed Back
MEMORY BIT
Primary Pump P103C Running Feed Back
MEMORY BIT
Secondary Pump P104A VFD Running Feed
Back MEMORY BIT
Secondary Pump P104B VFD Running Feed
Back MEMORY BIT
Secondary Pump P104C VFD Running Feed
Back MEMORY BIT
Cooling Tower Fan 01 Running Feed Back
MEMORY BIT
MEMORY BIT
MEMORY BIT
MEMORY BIT
MEMORY BIT
MEMORY BIT
Return Water PIT 101 Valve Open Feed
Back MEMORY BIT
Primary Pump P103A Auto/Manual Mode
Selected MEMORY BIT
Primary Pump P103B Auto/Manual Mode
Selected MEMORY BIT
Primary Pump P103C Auto/Manual Mode
Selected MEMORY BIT
Secondary Pump P104A Auto/Manual
Mode Selected MEMORY BIT
Secondary Pump P104B Auto/Manual
Secondary Pump P104C Auto/Manual
Cooling Tower Fan 01 Auto/Manual Mode
Selected MEMORY BIT

Totally Integrated
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HMI
Accessible
from HMI
Comment
Selected MEMORY BIT
Selected MEMORY BIT
Selected MEMORY BIT
Selected MEMORY BIT
Selected MEMORY BIT
Absorption Chiller Unit-A Running Feed‐
back MEMORY BIT
Absorption Chiller Unit-B Running Feed‐
back MEMORY BIT
Trane Chiller Unit-A Running Feedback
MEMORY BIT
Trane Chiller Unit-B Running Feedback
MEMORY BIT
Carrier-6 Chiller Unit-A Running Feedback
MEMORY BIT
Carrier-6 Chiller Unit-B Running Feedback
MEMORY BIT
Carrier-6 Chiller Unit-C Running Feedback
MEMORY BIT
Carrier-7 Chiller Unit-A Running Feedback
MEMORY BIT
Carrier-7 Chiller Unit-B Running Feedback
MEMORY BIT
Carrier-7 Chiller Unit-C Running Feedback
MEMORY BIT
PRIMARY PUMP P103A MANUAL ON/OFF
MEMORY BIT
PRIMARY PUMP P103B MANUAL ON/OFF
MEMORY BIT
PRIMARY PUMP P103C MANUAL ON/OFF
MEMORY BIT
SECONDARY PUMP P104A MANUAL
ON/OFF MEMORY BIT
SECONDARY PUMP P104B MANUAL
ON/OFF MEMORY BIT
SECONDARY PUMP P104C MANUAL
ON/OFF MEMORY BIT
COOLING TOWER FAN 01 MANUAL ON/OFF
MEMORY BIT
MEMORY BIT
MEMORY BIT
MEMORY BIT
MEMORY BIT
MEMORY BIT
RETURN WATER PIT 101 VALVE MANUAL
ON/OFF MEMORY BIT
RESET ALARM HMI BUTTON Bool %M21.5 True True
SET PLC TIME Bool %M21.6 True True
SYSTEM START_STOP_SR Bool %M21.7 True True
FAULT NOT RESET Bool %M22.0 True True
SYSTEM FAULT MEMORY BIT Bool %M22.1 True True
CHILLERS RUNNING FEED BACK Bool %M22.2 True True
PRIMARY PUMPS RUNNING FEED BACK Bool %M22.3 True True
SECONDARY PUMPS RUNNING FEED BACK Bool %M22.4 True True
COOLING TOWER FANS RUNNING FEED
BACK
Absorption Chiller MANUAL ON/OFF MEM‐
ORY BIT
Trane Chiller MANUAL ON/OFF MEMORY
BIT
Carrier-6 Chiller MANUAL ON/OFF MEMORY
BIT
Carrier-7 Chiller MANUAL ON/OFF MEMORY
BIT

Totally Integrated
Automation Portal
HMI
Accessible
from HMI
Comment
COLLING TOWER FANS (1-6) RUNNING Bool %M73.4 True True
COOLING TOWER FANS RESET DUTY Bool %M73.7 True True
Trane Chiller Unit_A-B Running Bool %M74.0 True True
Carrier-6 Chiller Unit_A-B-C Running Bool %M74.1 True True
Carrier-7 Chiller Unit_A-B-C Running Bool %M74.2 True True
Absorption Chiller Unit_A-B Running Bool %M74.3 True True
Trane Chiller Remote Start Bool %M74.4 True True
Carrier-6 Chiller Remote Start Bool %M74.5 True True
Carrier-7 Chiller Remote Start Bool %M74.6 True True
CHILLERS RESET DUTY Bool %M74.7 True True
Return PIT Level 30% Stop Secondary
Pumps
Clock 1Hz Bool %M50.5 True True
Secondary Pump P104A Start Memory Bit Bool %M75.3 True True
Secondary Pump P104B Start Memory Bit Bool %M75.4 True True
Secondary Pump P104C Start Memory Bit Bool %M75.5 True True
A(A-B) SECONDARY Bool %M75.6 True True
A(A-C) SECONDARY Bool %M75.7 True True
B(A-B) SECONDARY Bool %M76.0 True True
B(B-C) SECONDARY Bool %M76.1 True True
C(A-C) SECONDARY Bool %M76.2 True True
C(B-C) SECONDARY Bool %M76.3 True True

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PLC_1 [CPU 314C-2 PN/DP] / PLC tags / Memory Bits [121]
User constants
User constants

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PLC_1 [CPU 314C-2 PN/DP] / PLC tags / PID_TAGS [9]
PLC tags
PLC tags
HMI
Accessible
from HMI
Comment
COM_RST Bool %M60.0 True True
P_SEL_1 Bool %M60.3 True True
I_SEL_1 Bool %M60.4 True True
D_SEL_1 Bool %M60.5 True True
VFD P104A SPEED Real %MD90 True True
MAN_ON_1 Bool %M60.1 True True
PVPER_ON_1 Bool %M60.2 True True
VFD P104B SPEED Real %MD94 True True
VFD P104C SPEED Real %MD98 True True

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PLC_1 [CPU 314C-2 PN/DP] / PLC tags / PID_TAGS [9]
User constants
User constants

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PLC data types
This folder is empty.

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PLC_1 [CPU 314C-2 PN/DP] / Watch and force tables
Force table
Name Address Display format Force value Comment

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PLC_1 [CPU 314C-2 PN/DP] / Watch and force tables
PID_01_02
Name Address Display format Modify value Comment
"CONT_C_DB_1".LMN %DB27.DBD72 Floating-point number
"CONT_C_DB_1".SP_INT %DB27.DBD6 Floating-point number
"CONT_C_DB_1".PV %DB27.DBD92 Floating-point number
"CONT_C_DB_1".LMN_PER %DB27.DBW76 DEC
"CONT_C_DB_1".QLMN_LLM %DB27.DBX78.1 Bool
"CONT_C_DB_1".QLMN_HLM %DB27.DBX78.0 Bool
"VFD P104A SPEED" %MD90 Floating-point number
"CONT_C_DB_2".LMN %DB38.DBD72 Floating-point number
"CONT_C_DB_2".SP_INT %DB38.DBD6 Floating-point number
"CONT_C_DB_2".PV %DB38.DBD92 Floating-point number
"CONT_C_DB_2".LMN_PER %DB38.DBW76 DEC
"CONT_C_DB_2".QLMN_LLM %DB38.DBX78.1 Bool
"CONT_C_DB_2".QLMN_HLM %DB38.DBX78.0 Bool
"CALL 2ND PRIMARY PUMP_SET_RE‐
SET"
%M71.2 Bool
%M71.3 Bool
"PVPER_ON_2" %M72.4 Bool

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PLC_1 [CPU 314C-2 PN/DP] / PLC alarms
PLC alarms
PLC alarms
no entries

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User diagnostics alarms
User diagnostics alarms
no entries

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System alarms
System alarms
Name SDIAG_ALCAT_RACK_MSG_0004 Type Alarm_s
ID 1610619740 Range 1
Location Location PLC_1
Alarm text Fault: @1W%t#1K@ - @5W%t#1K@ S7300/ET200M
station_1 |> Component: @6W%t#276K@ / @6W
%t#257K@ |> Path: @6W%t#266K@ / @6W%t#267K@
HW_ID= @6W%t#264K@
Info text Short name: @6W%t#260K@ Order number: @6W
%t#265K@
Alarm class No Acknowledgement Acknowledgment False
Priority 0 Display class 0
Report False Created by Report system errors
Date created 9/17/2015 12:54 PM Last change 9/17/2015 12:54 PM
Group ID 0 Additional text 1
Additional text 2 Additional text 3
Name SDIAG_ALCAT_IOSYSTEM_MSG_0006 Type Alarm_s
ID 1610619742 Range 1
station_1 |> Component: @6W%t#276K@ |> Path:
@6W%t#266K@ HW_ID= @6W%t#264K@
%t#265K@
Name SDIAG_ALCAT_MODUL_MSG_0003 Type Alarm_s
ID 1610619739 Range 1
station_1 |> Component: @6W%t#276K@ / @6W
%t#257K@ / @6W%t#258K@.@6W%t#259K@ |> Path:
@6W%t#266K@ / @6W%t#267K@ / @6W
%t#268K@.@6W%t#269K@ HW_ID= @6W%t#264K@
%t#265K@
Name SDIAG_ALCAT_CH_ERR_MSG_0115 Type Alarm_s
ID 1610620013 Range 1
Alarm text Fault: @1W%t#6K@ - @5W%t#6K@ on @2W%1d@ |>
Component: @6W%t#276K@ / @6W%t#257K@ / @6W
%t#258K@.@6W%t#259K@ |> Path: @6W%t#266K@ /
@6W%t#267K@ / @6W%t#268K@.@6W%t#269K@ /
@2W%1d@ HW_ID= @6W%t#264K@
%t#265K@
Name SDIAG_ALCAT_CH_MD_MSG_0118 Type Alarm_s
ID 1610620016 Range 1
Alarm text Maintenance demanded: @1W%t#6K@ - @5W
%t#6K@ S7300/ET200M station_1 |> Component:
@6W%t#276K@ / @6W%t#257K@ / @6W
%t#258K@.@6W%t#259K@ |> Path: @6W%t#266K@ /
@6W%t#267K@ / @6W%t#268K@.@6W%t#269K@
HW_ID= @6W%t#264K@
%t#265K@
Name SDIAG_ALCAT_CH_MR_MSG_011B Type Alarm_s
ID 1610620019 Range 1

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Alarm text Maintenance required: @1W%t#6K@ - @5W%t#6K@
S7300/ET200M station_1 |> Component: @6W
%t#276K@ / @6W%t#257K@ / @6W%t#258K@.@6W
%t#259K@ |> Path: @6W%t#266K@ / @6W
%t#267K@ / @6W%t#268K@.@6W%t#269K@
HW_ID= @6W%t#264K@
%t#265K@
Name SDIAG_ALCAT_CH_MSG_0001 Type Alarm_s
ID 1610619737 Range 1
Alarm text Fault: @1W%t#1K@ - @5W%t#1K@ on @2W%1d@ |>
Component: @6W%t#276K@ / @6W%t#257K@ / @6W
%t#258K@.@6W%t#259K@ |> Path: @6W%t#266K@ /
@6W%t#267K@ / @6W%t#268K@.@6W%t#269K@ /
@2W%1d@ HW_ID= @6W%t#264K@
%t#265K@

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Text lists
This folder is empty.

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PLC_1 [CPU 314C-2 PN/DP] / Local modules
DI 16/DO 16x24VDC/0.5A_1
DI 16/DO 16x24VDC/0.5A_1
General
Name DI 16/DO 16x24VDC/0.5A_1 Author SARFRAZ Comment
Rack 0 Slot 4
Short designation DI 16/DO 16x24VDC/0.5A Description Digital input / output module DI16/
DO16 x 24DCV/0.5A; DI-grouping
16; DO-grouping 8; input delay
appr. 1.2..4.8ms fix; input type 1
(IEC 61131); 4A per group; 40-pin
front connector
Order number 6ES7 323-1BL00-0AA0
Firmware version
I/O addressesInput addresses
Interrupt OB num‐
ber
40
I/O addressesOutput addresses

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DI 32x24VDC_1
DI 32x24VDC_1
General
Name DI 32x24VDC_1 Author SARFRAZ Comment
Rack 0 Slot 5
Short designation DI 32x24VDC Description Digital input module DI32 x 24VDC;
grouping 16; input delay appr.
1.2..4.8ms fix; input type 1 (IEC
61131); 40-pin front connector
Firmware version
Interrupt OB num‐
ber
40

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DI 32x24VDC_2
DI 32x24VDC_2
General
Name DI 32x24VDC_2 Author SARFRAZ Comment
Rack 0 Slot 6
Short designation DI 32x24VDC Description Digital input module DI32 x 24VDC;
grouping 16; input delay appr.
1.2..4.8ms fix; input type 1 (IEC
61131); 40-pin front connector
Firmware version
Interrupt OB num‐
ber
40

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DO 32x24VDC/0.5A_1
DO 32x24VDC/0.5A_1
General
Name DO 32x24VDC/0.5A_1 Author SARFRAZ Comment
Rack 0 Slot 7
Short designation DO 32x24VDC/0.5A Description Digital output module DO32 x
24VDC/0.5A; grouping 8, 4A per
group; 40-pin front connector
Firmware version

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AI 8x13BIT_1
AI 8x13BIT_1
General
Name AI 8x13BIT_1 Author SARFRAZ Comment
Rack 0 Slot 8
Short designation AI 8x13BIT Description Analog input module AI2 x
U/I/R/PTC/RTD/TC; 13 bits of resolu‐
tion; accuracy appr. 0.5%; grouping
8; common mode voltage appr.
2VDC; 40-pin front connector
Order number 6ES7 331-1KF02-0AB0
Firmware version
InputsMeasuring
Temperature unit Degrees Celsius Interference fre‐
quency suppression
50Hz
InputsChannel 0Measurement input
Measuring type Current Measuring range 4 to 20 mA
Interrupt OB num‐
ber
40

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AI 8x13BIT_2
AI 8x13BIT_2
General
Rack 0 Slot 9
Firmware version
InputsMeasuring
quency suppression
50Hz
Interrupt OB num‐
ber
40

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AI 8x13BIT_3
AI 8x13BIT_3
General
Rack 0 Slot 10
Firmware version
InputsMeasuring
quency suppression
50Hz
Measuring type RTD thermal resistor (lin.) Measuring range Pt 100 climatic range
Interrupt OB num‐
ber
40

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AO 4x12BIT_1
AO 4x12BIT_1
General
Name AO 4x12BIT_1 Author SARFRAZ Comment
Rack 0 Slot 11
Short designation AO 4x12BIT Description Analog output module AO4 x U/I
12bits of resolution; accuracy appr.
0.6%; grouping 4; common mode
voltage appr. 3VDC; configurable
diagnostics; configurable substitute
value for output; 20-pin front con‐
nector
Order number 6ES7 332-5HD01-0AB0
Firmware version
OutputsEnable
Diagnostics inter‐
rupt
Deactivated
OutputsChannel 0Diagnostics
Group diagnostics Deactivated
OutputsChannel 0Output
Output type Voltage Output range 0..10 V Reaction to CPU
STOP
Output has no current or voltage
Substitute value
STOP
Substitute value
STOP
Substitute value
STOP
Substitute value

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PLC_1 [CPU 314C-2 PN/DP] / Distributed I/O
DP-Mastersystem (1): PROFIBUS_1
DP-Mastersystem
General
Name DP-Mastersystem Number of master
system
1
Overview of addresses
Inputs True Outputs True Address gaps False
Slot True
Overview of addressesOverview of addresses
Type Addr. from Addr. to Module PIP DP PN Rack Slot
I* 2047 2047 MPI/DP interface_1 - - - 0 2 X1
I* 2046 2046 PROFINET inter‐
face_1
- - - 0 2 X2
I* 2045 2045 Port_1 - - - 0 2 X2 P1 R
I* 2044 2044 Port_2 - - - 0 2 X2 P2 R
I 816 831 Count_1 - - - 0 2 7
I 832 847 Positioning_1 - - - 0 2 8
I 0 1 DI 16/DO
16x24VDC/0.5A_1
OB1-PI - - 0 4
I* 2043 2043 Slave_1 - 1(3) - 0 0
I 368 491 Kons.: 62 Word In,
4 Byte Out_1
- 1(3) - 0 1
I 752 761 AI 5/AO 2_1 - - - 0 2 6
I 124 126 DI 24/DO 16_1 OB1-PI - - 0 2 5
I 2 5 DI 32x24VDC_1 OB1-PI - - 0 5
I 6 9 DI 32x24VDC_2 OB1-PI - - 0 6
I 268 283 AI 8x13BIT_1 - - - 0 8
I 284 299 AI 8x13BIT_2 - - - 0 9
I 300 315 AI 8x13BIT_3 - - - 0 10
Q 816 831 Count_1 - - - 0 2 7
Q 832 847 Positioning_1 - - - 0 2 8
Q 0 1 DI 16/DO
16x24VDC/0.5A_1
OB1-PI - - 0 4
Q 368 375 AO 4x12BIT_1 - - - 0 11
Q 256 259 Kons.: 62 Word In,
4 Byte Out_1
- 1(3) - 0 1
Q 752 755 AI 5/AO 2_1 - - - 0 2 6
Q 124 125 DI 24/DO 16_1 OB1-PI - - 0 2 5
Q 2 5 DO 32x24VDC/
0.5A_1
OB1-PI - - 0 7

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PLC_1 [CPU 314C-2 PN/DP] / Distributed I/O / DP-Mastersystem (1): PROFIBUS_1
Slave_1
Slave_1
General
Name Slave_1 Author SARFRAZ Comment
Rack 0 Slot 0
Short designation UMG96RM-P Description (96rm0d44.gsd) Order number
Firmware version 2.23 (Modul 2.03) GSD file 96rm0d44.gsd Install date 2015-09-21 13:44:50.000
Installed by SARFRAZ
Anchor (ParameterNode_PB1_Menu )
The TreeNode Pa‐
rameter‐
Node_PB_Menu was
not filled by some
ACF
General DP parameters
DP interrupt mode DPV0
Watchdog
Watchdog activated True
SYNC/FREEZE
Capable of SYNC True Capable of FREEZE True
SYNC/FREEZE
Group Active Group properties
1 False SYNC/FREEZE
2 False SYNC/FREEZE
3 False SYNC/FREEZE
4 False SYNC/FREEZE
5 False SYNC/FREEZE
6 False SYNC/FREEZE
7 False SYNC/FREEZE
8 False SYNC/FREEZE
Diagnostics addressesDiagnostics addresses
Start address 2043

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PLC_1 [CPU 314C-2 PN/DP] / Distributed I/O / DP-Mastersystem (1): PROFIBUS_1 / Slave_1
Kons.: 62 Word In, 4 Byte Out_1
Kons.: 62 Word In, 4 Byte Out_1
General
Name Kons.: 62 Word In, 4 Byte Out_1 Author SARFRAZ Comment
Rack 0 Slot 1
Short designation Kons.: 62 Word In, 4 Byte Out Description (96rm0d44.gsd) Order number
Firmware version GSD file 96rm0d44.gsd Install date 2015-09-21 13:44:50.000
Installed by SARFRAZ
I/O addresses
Input/output type Input/output Manufacturer spe‐
cific data
(max. 14 byte hexa‐
decimal, separated
by comma or space)
Start address 368 Length 62 End address 491
Process image None Unit Word Consistency via Total length
Start address 256 Length 4 End address 259
Process image None Unit Byte Consistency via Total length

PLC_1

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