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Technical Manual

Carrier Dataport DriverCONTENTS................................................................................................... 1

INTRODUCTION.......................................................................................... 3

SUPPORTED CONFIGURATION............................................................... 3

SUPPORTED POINTS.................................................................................. 3

MONITORING .................................................................................................... 3CONTROL ......................................................................................................... 3

YEAR 2000..................................................................................................... 3

PREREQUISITES ......................................................................................... 4

INITIAL SOFTWARE SETUP ..................................................................... 4

SOFTWARE CONFIGURATION OF THE CARRIER DATAPORT DRIVER ....................... 4Communication Baud Rate: ......................................................................... 4

M-Bus Configuration:.................................................................................. 5Carrier Dataport Driver Node address: ....................................................... 5

INITIAL HARDWARE SETUP.................................................................... 6

HARDWARE CONFIGURATION OF THE CARRIER DATAPORT DRIVER ..................... 6Overview: .................................................................................................... 6 Physical Connection Details: ....................................................................... 7

DATABASE PROPERTIES.......................................................................... 7

REQUIRED CONTROL POINTS . ............................................................................ 7STANDARD DATABASE POINTS .......................................................................... 9

Read Digital Data Points............................................................................. 9 Read Analogue Data Points. .......................................................................10 Database Point Types .................................................................................11 Database Point Mapping Region (Drop) .....................................................11

DATABASE DOWNLOAD..........................................................................12

Correct Download Procedure .....................................................................12 Incorrect Download Procedure ...................................................................12

COMMUNICATIONS..................................................................................13

VERIFYING COMMUNICATIONS :.........................................................................13Verifying Database Points...........................................................................13Verifying PPCL Routines ............................................................................13

COMMISSION THE SYSTEM ...................................................................14

POINT MAPS ...............................................................................................15

Carrier Chiller 19XR Generic Point Map ...................................................15Point 1- Control mode States ........................................... ............................... 18Point 2- Run Status States........................................... ............................... .....18

Contents

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Page 2 of 28 Siemens Apogee Carrier Dataport Driver: Technical Manual

CDTech.doc REV 0.1 October, 00

Carrier Chiller 30HX Generic Point Map ...................................................19Point 1- Control mode States ........................................... ............................... 22Point 2- Run Status States........................................... ............................... .....23Point 6- Alarm States......................................................................................23Point 109- CCN Load-Shed........................................................ ..................... 23

Carrier Chiller 30GX Generic Point Map ...................................................24Point 1- Control mode States ........................................... ............................... 26Point 2- Run Status States........................................... ............................... .....27Point 6- Alarm States......................................................................................27Application Notes:..........................................................................................27

RELEASE NOTICE .....................................................................................28

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The Apogee Carrier Dataport Driver is a read only driver to devices on the CarrierCCN network via the Carrier Dataport Interface.

The Apogee Carrier Dataport Driver gathers data from the Carrier Dataportinterface and makes it available for use within the Apogee system. This is achievedby defining the data gathered from the Carrier Dataport Interface as standardsystems point information.

The Apogee Carrier Dataport Driver enables the Siemens Apogee System 600 tocommunicate with Carrier CCN nodes via the Carrier Dataport Interface. Read onlyfunctionality is supported. Commanding of parameters on the CCN network is notsupported by this driver.

The current version (ver. 1.1) of the Apogee Carrier Dataport Driver supports thefollowing functions:

Monitoring of all points from up to 15 nodes on the Carrier CCN network.The Carrier Dataport supports a total maximum of 900 points. Therefore,

the Carrier Dataport driver also supports up to this number of points. The Carrier Dataport Interface only supports monitoring of devices on the

CCN network. Commanding is not supported.

Version 1.1 of the Apogee Carrier Dataport Driver is year 2000 compliant, year2000 compliant issues regarding the Carrier Dataport products should be checkedwith a Carrier representative.

Introduction

SupportedConfiguration

SupportedPoints

Monitoring

Control

Year 2000

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Before you begin, the following prerequisites must be met:

All hardware installed as per the MBC-based Installation Instructions (565-950). Apogee Carrier Dataport Driver module installed. Power available to all devices. The Siemens Carrier Dataport Carrier Dataport Interface components installed,

running, checked out and configured by Siemens personnel. Consult the Installation documentation for details of the mandatory wiring

requirements for the Apogee Carrier Dataport Driver.

Entire Apogee database programmed and completed. Extended Timeout to be enabled for the BLN.

Communication Baud Rate:

Set the FLN 1 communication speed to 9600 bps:

1. >Point, Application, Time, Message, Cancel, System, Bye? ( S )

2. >Diagnostics, Users, dAtes, deStinations, Error_msgs, Hardware, Text, Quit?(H)

3. >Fieldpanels, Disks, Partners, Quit? ( F)

4. >Log, Display, Add, dElete, Modify, Config, Ostracize, Quit? ( C)

5. >Mmi, bLn, Fln, mBus, mOdem, Address, Quit? ( F)

6. >fln1, fln2, fln3, Quit? ( 1)

7. >Enter baud rate : 9600

8. .

9. Command successful

NOTE: The Apogee Carrier Dataport Driver only uses the FLN 1 port. FLN 2and 3 ports are redundant.

Prerequisites

Initial Software SetupSoftware Configuration of the Carrier Dataport Driver

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M-Bus Configuration:

Disable the M-Bus Configuration:

The Apogee Carrier Dataport Driver does not control any of the Point TerminationModules (PTMs).

CAUTION:

Only one Controller Module/Driver per cabinet can have the M-Busenabled. If the Apogee Carrier Dataport Driver Module is the onlycontroller present within the MBC enclosure, then the M-Bus may beenabled.





5. >Mmi, bLn, Fln, mBus, mOdem, Address, Quit? ( B)

6. >Enable, Disable : ( D)


Carrier Dataport Driver Node address:

Configure the Carrier Dataport Driver Node Address:





5. >Mmi, bLn, Fln, mBus, mOdem, Address, Quit? ( A)

6. >Field panel address : ( 1)

7. >Ok to coldstart (Y/N) : ( Y)

8. .

The Carrier Dataport Driver will coldstart, completing the node addressconfiguration.

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Physical Connection Details:

TRUNK INTERFACE II(Male DB 25)

Gnd (7)

Tx (3)

Rx (2)Rx (2)

Tx (3)

Gnd (7)

Carrier Dataport, COM 2(Male DB 25 RS-232 port)

Figure 2. Carrier Dataport Driver to Carrier Dataport Interface ConnectionDetails.

Control points must be created for the Carrier Dataport Driver to map data fromCCN nodes into S600/Apogee memory addresses. The property names areoptional, noting that the point type should be LAO and created at Point address 00of each drop. The Initial value should contain the CCN node address (1-15), using a

Slope of 1.0 and an intercept of 0.0. CCN node addresses supported by the CarrierDataport are 1-15. The COV should be equal to the Slope. This will map data fromthe CCN node address whose number equals the initial value of the control pointinto the drop corresponding to the control point. If the CCN node contains more than99 points, the next drop will be used to map the rest of these points.

Example Control Point for CCN node 1:

FLN number = 1

DROP number = 01

POINT number = 00

This will map data from CCN node address 1 into FLN1, Drop01, Points 01-99 ofthe Carrier Dataport Driver. If there are more than 99 parameters for this particularCCN node, FLN1, Drop02, Points 00-99 will be used to map the rest of theseparameters.

Adding a Control point for CCN Node address 1.

Create an LAO point with the following properties:

1. >Point, Application, Time, Message, Cancel, System, Bye? ( P )

Database PropertiesRequired Control Points.

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2. >Log, Display, Command, Edit, Operation, Monitor, Alarm, Trend, Quit? ( E)

3. >Add, Modify, Copy, Delete, Look, Quit? ( A)

4. >Point system name : Node.Address.01 ---------------

5. >Point name : Node.Address.01 ---------------

6. >Point type : ( LAO)---

7. >Descriptor : Node.Addr ----

8. > Float, Integer, Time, Date, date-time : ( I)----------------

9. >Engineering Units : -------------------------

10. >Access group(s) : ----------------------------------------

11. >Alarmable (Y/N) : ( N)

12. >Totalize (Y/N) : ( N)

13. >Field panel : ( 1)--

14. >Physical, Virtual Point address: ( P )

15. > FLN : ( 1)--

16. > Drop : ( 0)--

17. > Point : ( 0)---

18. > Slope : ( 1)

19. >Intercept : (0)

20. >Dynaminc COV (Y/N) : ( N)

21. >COV : ( 1)

22. >Initial Value : ( 1)


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Read Analogue Data Points.

Adding a point to monitor a temperature setpoint received from the Carrier DataportInterface. Example:

Create an LAI point with the following properties:

1. >Point, Application, Time, Message, Cancel, System, Bye? ( P )

2. >Log, Display, Command, Edit, Operation, Monitor, Alarm, Trend, Quit? ( E)

3. >Add, Modify, Copy, Delete, Look, Quit? ( A)

4. >Point system name : Temp.Setpoint.10 ---------------

5. >Point name : Temp.Setpoint.10 ---------------

6. >Point type : ( LAI)---

7. >Descriptor : Temp setpnt ----

8. > Float, Integer, Time, Date, date-time : ( F)

9. > Number of decimal places : ( 3)----------------

10. >Engineering Units : --------------------------------------

11. >Access group(s) : ----------------------------------------

12. >Alarmable (Y/N) : ( N)

13. >Totalize (Y/N) : ( N)

14. >Field panel : ( 1)--

15. >Physical, Virtual Point address: ( P )

16. > FLN : ( 1)--

17. > Drop : ( 1)--

18. > Point : ( 10 )---

19. > Slope : ( 1)

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Correct Download Procedure

The Correct procedure for downloading the database is as follows.

1. Verify that the Carrier Dataport Carrier Dataport Interface is operating correctly,by contacting a Carrier representative to ensure that the Carrier DataportSystem has been installed and certified, and that it is operating according totheir procedures.

2. Cold Start the Carrier Dataport Driver and download the database

3. If for any period of time communication is lost, database points will enter aFailed *F* state, on communications being re-established the Carrier DataportDriver will automatically unfail all database points and continue with normalcommunications.

Incorrect Download Procedure

If the correct download procedure of downloading the database to the CarrierDataport Driver from a known database utility is not performed, ie: the database iscreated from within the Carrier Dataport Driver itself.

Then communications will not be established until the Carrier Dataport Driver isMade Ready.

DatabaseDownload

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1. Verify that the STATUS LED on the front of the Carrier Dataport Driver isblinking approximately once a second. If not, the Carrier Dataport Driver ismalfunctioning.

2. The FLN 1 TX and RX LEDs on the Carrier Dataport Driver flash together whilethe Carrier Dataport Driver transmits data. Then the RX LED on the CarrierDataport Driver flashes while the Carrier Dataport Driver receives data from theCarrier Dataport Interface. This sequence repeats in quick succession.

3. Verify that the Carrier Dataport Driver is communicating with the CarrierDataport Interface as with step 2.

Verifying Database Points

Display a Point Log and verify that the Carrier Dataport Driver points are enteredand that they read the correct information from the Carrier Dataport Interface.

Make sure the points are normal (-N-). If the points do not contain the expectedinformation:

1. Recheck the prerequisites given in the Installation Instructions for CarrierDataport Driver.

2. Check all the connections made during installation.

3. If these checks do not uncover the problem, refer to the Diagnostic and troubleshooting document.

Verifying PPCL Routines

On verifying communication.

1. Verify that all lines of PPCL execute as intended. If there are problems, refer tothe Diagnostic and Troubleshooting document.

Communications

Verifying communications:

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Consult as needed with the building engineer to make sure Carrier Dataport Driveris providing accurate information and performing the intended functions. Inparticular, verify that:

All Apogee/System 600 databases are loaded. Values read as LAI points match the values reported at the Carrier Dataport

Interface. Values read as LDI points match the states reported at the Carrier Dataport

Interface. Any other functions that the Carrier Dataport Driver is to perform are carried out

as intended.

If the above tests do not check out, refer to the Diagnostic and troubleshooting document.

Commissionthe System

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Carrier Chiller 19XR Generic Point Map

PointNumber Type Units Description

0 LAO - CCN Address Control point (1-15)1 LAI - Control mode2 LAI - Run Status3 LAI m ins Start Inhibit Timer3 LDI NO/ YES Occupied?4 LAI - System Alert/Alarm5 LDI STOP/ START Chiller Start/Stop6 LAI OFF/ ON Remote Start Contact7 LAI DEG F Temperature Reset8 LAI DEG F Control Point9 LAI DEG F Chilled Water Temp10 LAI % Active Demand Limit11 LAI % Average Line Current12 LAI % Motor Percent Kilowatts13 LAI mA Auto Demand Limit Input14 LAI mA Auto Chilled Water Reset15 LAI DEG F Remote Reset Sensor16 LAI - Entering Condenser Water17 LAI - Total Compressor Starts18 LAI - Starts in 12 Hours19 LAI Hrs Compressor Ontime20 LAI Hrs Service Ontime21 LAI OPEN/ CLOSE Ice Build Contact22 LAI mA Refrigerant Leak Sensor23 LAI % Actual Guide Vane Pos24 LAI OFF/ ON Chilled Water Pump25 LAI NO/ YES Chilled Water Flow26 LAI OFF/ ON Condenser Water Pump27 LAI NO/ YES Condenser Water Flow28 LAI OFF/ ON Oil Pump Relay29 LAI ^PSI Oil Pump Delta P30 LAI OFF/ ON Compressor Start Relay31 LAI OPEN/ CLOSE Compressor Start Contact32 LAI OFF/ ON Starter Trans Relay33 LAI OPEN/ CLOSE Compressor Run Contact34 LAI OFF/ ON Tower Fan Relay Low35 LAI OFF/ ON Tower Fan Relay High36 LAI OFF/ ON Tower Fan Relay High37 LAI ALARM / NORM AL Starter Fault38 LAI ALARM / NORM AL Spare Safety Input

Point Maps

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PointNumber

Type Units Description

39 LAI OFF/ ON Shunt Trip Relay40 LAI - ISM Fault Status41 LAI % Actual Guide Vane Pos42 LAI % Guide Vane Delta43 LAI % Target Guide Vane Pos44 LAI DEG F Oil Sump Temp45 LAI DEG F Oil Pump Delta P46 LAI DEG F Comp Discharge Temp47 LAI DEG F Comp Thrust Brg Temp48 LAI DEG F Comp Motor Winding Temp49 LAI DEG F Spare Temperature 150 LAI DEG F Spare Temperature 251 LAI On/ Off Oil Heater Relay52 LAI % Diffuser Actuator53 LAI % Target VFD Speed54 LAI % Actual VFD Speed55 LAI - Surge Protection Counts56 LAI PSI Chilled Water Delta P57 LAI DEG F Entering Chilled Water58 LAI DEG F Leaving Chilled Water59 LAI ^ F Chilled Water Delta T60 LAI ^ F Chill Water Pulldown/Min61 LAI DEG F Evaporator Refrig Temp62 LAI PSI Evaporator Pressure63 LAI ^ F Evaporator Approach64 LAI PSI Condenser Water Delta P65 LAI DEG F Entering Condenser Water66 LAI DEG F Leaving Condenser Water67 LAI DEG F Condenser Refrig Temp

68 LAI PSI Condenser Pressure69 LAI ^ F Condenser Approach70 LAI OFF/ ON Hot Gas Bypass Relay71 LAI NO/ YES Surge / HGBP Active ?72 LAI PSI Active Delta P73 LAI DEG F Active Delta T74 LAI DEG F Surge/HGBP Delta T75 LAI - Head Pressure Reference76 LAI % Average Line Current77 LAI A Actual Line Current78 LAI % Average Line Voltage

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PointNumber


79 LAI V Actual Line Voltage80 LAI - Power Factor81 LAI KW Motor Kilowatts82 LAI KWH Motor Kilowatt-Hours83 LAI KW Demand Kilowatts84 LAI A Line Current Phase 185 LAI A Line Current Phase 286 LAI A Line Current Phase 387 LAI V Line Voltage Phase 188 LAI V Line Voltage Phase 289 LAI V Line Voltage Phase 390 LAI A Ground Fault Phase 191 LAI A Ground Fault Phase 292 LAI A Ground Fault Phase 393 LAI HZ Frequency94 LAI % I2T Sum Heat-Phase 195 LAI % I2T Sum Heat-Phase 296 LAI % I2T Sum Heat-Phase 397 LAI - ISM Fault Status98 LDI NORM AL/ ALARM Single Cycle Dropout99 LDI NORM AL/ ALARM Phase Loss100 LDI NORM AL/ ALARM Over Voltage101 LDI NORM AL/ ALARM Under Voltage102 LDI NORM AL/ ALARM Current Imbalance103 LDI NORM AL/ ALARM Voltage Imbalance104 LDI NORM AL/ ALARM Overload Trip105 LDI NORM AL/ ALARM Locked Rotor Trip106 LDI NORM AL/ ALARM Starter LRA Trip107 LDI NORM AL/ ALARM Ground Fault

108 LAI NORM AL/ ALARM Phase Reversal109 LDI NORM AL/ ALARM Frequency Out of Range110 LDI NORM AL/ ALARM ISM Power On Reset111 LDI NORM AL/ ALARM Phase 1 Fault112 LDI NORM AL/ ALARM Phase 2 Fault113 LDI FALSE/ TRUE Phase 3 Fault114 LDI NORM AL/ ALARM 1CR Start Complete115 LDI NORM AL/ ALARM 1M Start/Run Fault116 LDI NORM AL/ ALARM 2M Start/Run Fault117 LDI NORM AL/ ALARM Pressure Trip Contact118 LDI NORM AL/ ALARM Starter Fault

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PointNumber


119 LDI NORM AL/ ALARM Motor Amps Not Sensed120 LDI NORM AL/ ALARM Start Acceleration Fault121 LDI NORM AL/ ALARM High Motor Amps122 LDI NORM AL/ ALARM Hardware Failure123 LAI - Disable Service Password124 LAI - Remote Reset Option125 LAI - Reset Alarm ?126 LAI - CCN Mode ?

Point 1- Control mode States

PointNumber

Parameter Value Description

1 Control Mode 0 Off 1 Control Mode 1 Reset1 Control Mode 2 Local1 Control Mode 3 CCN1 Control Mode 9999 OffCt

Point 2- Run Status States

PointNumber


2 Run Status 4 Timeout

2 Run Status 5 Ready2 Run Status 6 Recycle2 Run Status 7 Prestart2 Run Status 8 Startup2 Run Status 9 Ramping2 Run Status 10 Running2 Run Status 11 Demand2 Run Status 12 Override2 Run Status 18 Shutdown2 Run Status 13 Tripout2 Run Status 14 Pumpdown2 Run Status 15 Lockout2 Run Status 999 Ctl Test

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Carrier Chiller 30HX Generic Point Map

PointNumber


0 LAO - CCN Address Control point (1-15)1 LAI - Control mode2 LAI - Run Status3 LDI NO/ YES Occupied?4 LAI - CCN Enable5 LDI STOP/ START Chiller Start/Stop6 LAI - Alarm State7 LAI - Current Alarm 18 LAI - Current Alarm 29 LAI - Current Alarm 310 LAI - Current Alarm 411 LAI - Current Alarm 512 LAI % Active Demand Limit13 LAI % Percent Total Capacity14 LAI DEG F Water/Brine Setpoint15 LAI DEG F Control Point16 LAI DEG F Entering Fluid Temp17 LAI DEG F Leaving Fluid Temp18 LDI - Emergency Stop19 LAI mins Minutes left for Start20 LAI - Heat-Cool Status21 LAI % Total Capacity22 LAI % Circuit A Available Capacity23 LAI PSI Circuit A Discharge Pressure24 LAI PSI Circuit A Suction Pressure25 LAI PSI A1 Oil Pressure Diff 26 LAI PSI A2 Oil Pressure Diff 27 LAI PSI A1 Oil Pressure28 LAI PSI A2 Oil Pressure29 LAI DEG F Discharge Gas Temp A 30 LAI DEG F A1 Motor Temp31 LAI DEG F A2 Motor Temp32 LAI DEG F SAT Condensing Temp A 33 LAI DEG F Saturated Suction Temp A 34 LAI % Circuit A EVX Percent Open35 LAI - Circuit A Motormaster Speed36 LAI - Circuit A Water valve position37 LAI - Circuit A Cooler Level indicator38 LAI - CPM A1 Feedback

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PointNumber


79 LDI ON/ OFF Circuit B Oil Heater80 LDI ON/ OFF B1 Mtr Cooling Solenoid81 LDI ON/ OFF B2 Mtr Cooling Solenoid82 LDI ON/ OFF Circuit B Oil Pump83 LDI ON/ OFF Oil Solenoid B184 LDI ON/ OFF Oil Solenoid B285 LDI OPN/ CL Circuit B Oil Switch86 LDI ON/ OFF Compressor B1 Feedback 87 LDI ON/ OFF Compressor B2 Feedback 88 LAI DEG F Cooler Entering Fluid89 LAI DEG F Cooler Leaving Fluid90 LAI DEG F Condenser Entering Fluid91 LAI DEG F Condenser Leaving Fluid92 LAI DEG F Reclaim Entering Fluid93 LAI DEG F Reclaim Leaving Fluid94 LAI V 5 Volt Supply95 LAI mA 4-20 mA Reset Signal96 LAI DEG F Return Reset Signal97 LAI DEG F External Reset Temperature98 LAI DEG F Outdoor Reset Temperature99 LAI DEG F Calculated Reset100 LDI ON/ OFF Fan Relay 1101 LDI ON/ OFF Fan Relay 2102 LDI ON/ OFF Fan Relay 3103 LDI ON/ OFF Fan Relay 4104 LDI ON/ OFF Fan Relay 5105 LDI ON/ OFF Fan Relay 6106 LAI mA 4-20 mA Demand Signal107 LDI ON/ OFF Demand Switch 1

108 LDI ON/ OFF Demand Switch 2109 LAI - CCN Load-Shed Signal110 LAI % Max Allowable CAP111 LDI ON/ OFF Cooler Pump Relay112 LDI ON/ OFF Cooler Pump Flow Switch113 LDI ON/ OFF Condenser Pump Relay114 LDI ON/ OFF Condenser Pump Flow Switch115 LDI ON/ OFF Ice Valve116 LDI ON/ OFF Ice build Complete117 LDI CL/ HT Heat/Cool Switch118 LDI ON/ OFF Dual Setpoint Switch

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PointNumber


119 LDI ON/ OFF Cooler Heater120 LAI DEG F Option Temperature 1121 LAI DEG F Option Temperature 2122 LDI ON/ OFF Local Off 123 LDI ON/ OFF CCN Off 124 LDI ON/ OFF Clock Off 125 LDI ON/ OFF Local On126 LDI ON/ OFF CCN On127 LDI ON/ OFF Clock On128 LDI ON/ OFF Dual Sp1 Active129 LDI ON/ OFF Dual Sp2 Active130 LDI ON/ OFF Temperature Reset Active131 LDI ON/ OFF Demand Limit Active132 LDI ON/ OFF Load Limit Active133 LDI ON/ OFF Low Source Temperature Protect134 LDI ON/ OFF Ramp Loading Active135 LDI ON/ OFF Timed Override Active136 LDI ON/ OFF Low Cooler Suction temp137 LDI ON/ OFF WSM Controlling138 LDI ON/ OFF Slow Change Override139 LDI ON/ OFF Off to On Delay Active140 LDI ON/ OFF FSM Controlling141 LDI ON/ OFF 2 Chiller Lead Lag Active142 LDI ON/ OFF 2 Chiller LL Comm Failure143 LDI ON/ OFF Circuit A Low Discharge SuperHeat144 LDI ON/ OFF Circuit B Low Discharge SuperHeat145 LDI ON/ OFF Circuit A High Suction146 LDI ON/ OFF Circuit B High Suction


PointNumber


1 Control Mode 24 Local On1 Control Mode 30 EMStop1 Control Mode 26 CCN On1 Control Mode 29 Clock On1 Control Mode 27 Delay Off 1 Control Mode 23 Local Off 1 Control Mode 25 CCN Off 1 Control Mode 28 Clock Off 1 Control Mode 9999 OffCt

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Point 2- Run Status States

PointNumber


2 Run Status 0 Off 2 Run Status 21 On2 Run Status 22 Test2 Run Status 999 Ctl Test

Point 6- Alarm States

PointNumber


6 Alarm State 16 Normal6 Alarm State 17 Partial6 Alarm State 18 Shutdown

Point 109- CCN Load-Shed

PointNumber


109 CCN Load-Shed 16 Normal109 CCN Load-Shed 32 Redline109 CCN Load-Shed 33 Shed

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Carrier Chiller 30GX Generic Point Map

PointNumber


0 LAO - CCN Address Control point (1-15)1 LAI - Control mode2 LAI - Run Status3 LDI NO/ YES Occupied?4 LDI STOP/ START Chiller Start/Stop5 LDI COOL/ HEAT Heat/Cool Select6 LAI - Reclaim Select7 LAI - Alarm State8 LAI - Current Alarm 19 LAI - Current Alarm 210 LAI - Current Alarm 311 LAI - Current Alarm 412 LAI - Current Alarm 513 LAI % Percent Total Capacity14 LAI % Active Demand Limit15 LAI DEG F Current Setpoint16 LAI DEG F Control Point17 LAI DEG F Exchanger Entering Water18 LAI DEG F Exchanger Leaving Water19 LAI - Active Modes 1-820 LAI - Active Modes 9-1621 LAI - Active Modes 17-2222 LAI - Emergency Stop23 LAI % Percent Total Capacity A 24 LAI PSI Circuit A Discharge Pressure25 LAI PSI Circuit A Suction Pressure26 LAI PSI A1 Oil Pressure27 LAI PSI A2 Oil Pressure28 LAI PSI A1 Oil Pressure Diff 29 LAI PSI A2 Oil Pressure Diff 30 LAI PSI Economizer Pressure Cp131 LAI PSI Economizer Pressure Cp232 LAI DEG F SAT Condensing Temp A 33 LAI DEG F Saturated Suction Temp A 34 LAI DEG F Discharge Temp A 35 LAI - Circuit A Discharge Superheat36 LAI DEG F Circuit A Motor Temp Cp137 LAI DEG F Circuit A Motor Temp Cp238 LAI - EVX Position A

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PointNumber


39 LAI - Head Pressure Actuator Pos A 40 LAI - Cooler Level Indicator41 LAI -- Compressor 1 Output42 LAI - Compressor1 Motor Cool Solenoid 143 LAI - Compressor1 Motor Cool Solenoid 244 LAI - Cp1 Oil Solenoid Out45 LAI - Compressor 2 Output46 LAI - Compressor2 Motor Cool Solenoid 147 LAI - Compressor2 Motor Cool Solenoid 248 LAI - Cp2 Oil Solenoid Out49 LAI - Cir A Loader 1 Output50 LAI - Cir A Loader 2 Output51 LAI - Cir A Oil Heater Output52 LAI - Cir A Oil Pump Output53 LAI - Cir A Oil Level Input54 LAI - Fan Stage 1 Output55 LAI - Fan Stage 2 Output56 LAI - Fan Stage 3 Output57 LAI - Fan Stage 4 Output58 LAI % Percent Total Capacity B59 LAI PSI Circuit B Discharge Pressure60 LAI PSI Circuit B Suction Pressure61 LAI PSI B1 Oil Pressure62 LAI PSI B2 Oil Pressure63 LAI PSI B1 Oil Pressure Diff 64 LAI PSI B2 Oil Pressure Diff 65 LAI PSI Economizer Pressure Cp1 B66 LAI PSI Economizer Pressure Cp2 B67 LAI DEG F SAT Condensing Temp B

68 LAI DEG F Saturated Suction Temp B69 LAI DEG F Discharge Temp B70 LAI - Circuit B Discharge Superheat71 LAI DEG F Circuit B Motor Temp Cp172 LAI DEG F Circuit B Motor Temp Cp273 LAI - EVX Position B74 LAI - Cir B Head Pressure Actuator Pos A 75 LAI - Cooler Level Indicator B76 LAI - Cir B Compressor 1 Output77 LAI - Cir B Compressor1 Motor Cool Solenoid 178 LAI - Cir B Compressor1 Motor Cool Solenoid 2

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PointNumber


79 LAI - Cir B Cp2 Oil Solenoid Out80 LAI - Cir B Loader 1 Output81 LAI - Cir B Loader 2 Output82 LAI - Cir B Oil Heater Output83 LAI - Cir B Oil Pump Output84 LAI - Cir B Oil Level Input85 LAI - Cir B Fan Stage 1 Output86 LAI - Cir B Fan Stage 2 Output87 LAI - Cir B Fan Stage 3 Output88 LAI - Cir B Fan Stage 4 Output89 LAI - Cooler Entering Fluid B90 LAI - Cooler Leaving Fluid B91 LAI - Condenser Entering Fluid B92 LAI - Condenser Leaving Fluid B93 LAI - Reclaim Entering Fluid B94 LAI - Reclaim Leaving Fluid B95 LAI V External 0-10 Volt DC Signal96 LAI DEG F External Temp97 LAI DEG F Current Conden. Set-point98 LAI DEG F Remote On/Off Switch99 LAI DEG F Remote Setpoint Switch100 LAI DEG F Remote Heat/Cool Switch101 LAI ON/ OFF Remote Reclaim Switch102 LAI ON/ OFF Limit Switch Status103 LAI ON/ OFF Cooler Lock Status104 LAI ON/ OFF Condenser/Thermostat SW105 LAI ON/ OFF Cooler Pump Status106 LAI ON/ OFF Condenser Pump Status107 LAI - Cooler Heater Lock

108 LAI ON/ OFF Cooler Heater Thermostat109 LAI ON/ OFF Cooler Heater


PointNumber


1 Control Mode 31 Stop1 Control Mode 2 Local1 Control Mode 3 CCN1 Control Mode 9999 OffCt

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Siemens Apogee Carrier Dataport Driver: Technical Manual

______________________________________ Wayne MoulesManager, Service Marketing(PRODUCT MANAGER )

___________________

Date

______________________________________ Paul KendallTechnical Writer(AUTHOR)

___________________

Date

______________________________________ Wayne MoulesEngineering Manager(TECHNICAL REVIEWER)

___________________

Date

Release notice

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