fx-pc series controllers protocol implementation...

FX-PC Series Controllers ProtocolImplementation Conformance Statement

LIT-12011658

FX-PCGx6xx-xxx, FX-PCXx7xx-xxx, FX-PCVx6xx-xxx, FX-PCVx8xx-xxx

Building Technologies & Solutionswww.johnsoncontrols.com2019-03-22

ContentsContentsDocument Introduction...................................................................................................................3

Annex A - Protocol Implementation Conformance Statement (Normative).............................3

Product Description......................................................................................................................... 4

BACnet Standardized Device Profile (Annex L)............................................................................. 4

BACnet Interoperability Building Blocks (BIBBs) (Annex K)........................................................ 5

Segmentation Capability................................................................................................................. 5

Standard Object Types Supported................................................................................................. 6

Accumulator........................................................................................................................................... 7

Analog Input...........................................................................................................................................9

Analog Output..................................................................................................................................... 11

Analog Value........................................................................................................................................ 13

Binary Input......................................................................................................................................... 15

Binary Output...................................................................................................................................... 17

Binary Value......................................................................................................................................... 19

Device....................................................................................................................................................22

File......................................................................................................................................................... 25

Multistate Value...................................................................................................................................26

Data Link Layer Options................................................................................................................28

Device Address Binding.................................................................................................................28

Networking Options...................................................................................................................... 28

Character Sets Supported............................................................................................................. 28

Communication Gateway (Annex H)............................................................................................29

Network Security Options............................................................................................................. 29

Document IntroductionThis document contains the Protocol Implementation Conformance Statement (PICS) and BACnet® Interoperability Building Blocks (BIBBs) for the FX-PC Series Programmable Controller as required by the ANSI/ASHRAE Standard 135 for BACnet protocol.The PICS is a written document created by the manufacturer of a device to identify the particular options specified in the BACnet standard and implemented in the device.BIBBs are collections of one or more BACnet services. This document includes a listing of the BIBBs currently supported by the FX-PCG, FX-PCV, and FX-PCX.

Annex A - Protocol Implementation ConformanceStatement (Normative)Table 1: BACnet Protocol Implementation Conformance Statement FX-PCV1615-xxx, FX-PCV1617-xxx, FX-PCV1626-xxx, FX-PCV1628-xxx, FX-PCV1630-xxx, and FX-PCV1632-xxx, FX-PCV1656-xxx

Date March 2019Vendor Name Johnson ControlsProduct Name FX-PCV Programmable VAV Box ControllersProduct Model Numbers PCV1615-xxx, FX-PCV1617-xxx, FX-PCV1626-xxx, FX-PCV1628-xxx,

FX-PCV1630-xxx, FX-PCV1632-xxx, FX-PCV1656-xxx, FX-PCV1828-xxx, and FX-PCV1832-xxx

Application Software Version Not ApplicableFirmware Revision 6.2BACnet Protocol Revision Version 1, Rev. 9

Table 2: BACnet Protocol Implementation Conformance Statement – FX-PCV1610-xxx and FX-PCV1620-xxx

Date March 2019Vendor Name Johnson ControlsProduct Name FX-PCV Programmable VAV Box ControllersProduct Model Numbers FX - PCV1610-xxx and FX - PCV1620-xxxApplication Software Version Not ApplicableFirmware Revision 6.2BACnet Protocol Revision Version 1, Rev. 9

Table 3: BACnet Protocol Implementation Conformance Statement – FX-PCG

Date March 2019Vendor Name Johnson ControlsProduct Name FX-PCG General Purpose Programmable ControllersProduct Model Numbers FX-PCGx6xx-xxxApplication Software Version Not ApplicableFirmware Revision 6.2

3FX-PC Series Controllers Protocol Implementation Conformance Statement

Table 3: BACnet Protocol Implementation Conformance Statement – FX-PCG

BACnet Protocol Revision Version 1, Rev. 9

Table 4: BACnet Protocol Implementation Conformance Statement FX-PCX

Date March 2019Vendor Name Johnson ControlsProduct Name FX-PCX Expansion I/O ModulesProduct Model Numbers FX-PCXx7xx-xxxApplication Software Version Not ApplicableFirmware Revision 6.2BACnet Protocol Revision Version 1, Rev. 9

Product DescriptionThe FX-PCG, FX-PCV, and FX-PCX controllers are components of the Facility Explorer® system. Interms of the BACnet protocol, the FX-PCG, FX-PCV, and FX-PCX are application-specific controllers.Other BACnet devices on the network can read and write to the BACnet objects within the FX-PCs.

BACnet Standardized Device Profile (Annex L)BACnet Operator Workstation (B-OWS)

BACnet Advanced Operator Workstation (B-AWS)

BACnet Operator Display (B-OD)

BACnet Building Controller (B-BC)

BACnet Advanced Application Controller (B-AAC)

BACnet Application Specific Controller (B-ASC)

BACnet Smart Sensor (B-SS)

BACnet Smart Actuator (B-SA)

BACnet Other (B-Other)

FX-PC Series Controllers Protocol Implementation Conformance Statement4

BACnet Interoperability Building Blocks (BIBBs)(Annex K)The table is divided into BIBBs required for the Controller (B-SA) profile, followed by additionalBIBBs that are supported, but not required, for the profile.Table 5: BACnet B-ASC BIBBs Support

BIBB Name (A = Initiates and B = Executes) DesignationRequired for B-ASC ProfileData Sharing - Read Property - B DS-RP-BData Sharing - Write Property - B DS-WP-BDevice Management - Dynamic Device Binding - B DM-DDB-BDevice Management - Dynamic Object Binding - B DM-DOB-BDevice Management - Device Communication Control - B DM-DCC-BNot Required for B-ASC ProfileData Sharing - Read Property - A DS-RP-AData Sharing - Read Property Multiple - Bs

DS-RPM-B

Data Sharing - Write Property - A DS-WP-AData Sharing - Write Property Multiple - B DS-WPM-BData Sharing - COV - B DS-COV-BData Sharing - COVP - B DS-COVP-BDevice Management - Backup and Restore - B DM-BR-BDevice Management - Dynamic Device Binding - A DM-DDB-ADevice Management - Reinitialize Device - B DM-RD-BDevice Management - Time Synchronization - B DM-TS-BDevice Management - UTC Time Synchronization - B DM-UTC-B

Segmentation CapabilitySegmented requests supported Window Size: 1

Segmented responses supported Window Size: 1


Standard Object Types SupportedThe following is a list of the standard object types as defined by ASHRAE that are currentlysupported in these products. See the appropriate supported object type section in this documentfor details.

• Accumulator

• Analog Input

• Analog Output

• Analog Value

• Binary Input

• Binary Output

• Binary Value

• Device

• File

• Multistate Value


AccumulatorDynamically Creatable: NoDynamically Deletable: NoTable 6: Accumulator

PropertyName

Required Optional Proprietary PropertyID

Data Type Writable Range

PRESENT_VALUE

X 85 X

OUT_OF_SERVICE

X 81 X

MAX_PRES_VALUE

X 65 X

VALUE_SET X 191 X 0–4,294,967,295

PRESCALE X 185 X 1–65,535(eachpart)

PULSE_RATE X 186 X 11

LIMIT_MONIT-ORING_INTERVAL

X 182 X

VALUE_BEFORE_CHANGE

X 190

VALUE_CHANGE_TIME

X 192

RELIABILITY X 103 X1

DESCRIPTION X 28 X 40characters max

OFFLINE X 913 Boolean

DEBOUNCE X 610 Unsigned X 0–65,535ms

SAB_MAC_ADDR

X 3645 Unsigned

SLOT X 519 Unsigned

ITEM_REFERENCE

X 32527 CharacterString


Table 6: Accumulator

PropertyName



USER_NAME X 2390 CharacterString

X 400characters max

STATUS X 512 Enumerated

ENABLED X 673 Boolean X

EXECUTION_PRIORITY

X 2197 Enumerated X 0–3

OBJECT_CATEGORY


ALARM_STATE

X 1006 Enumerated

PERIODIC_UPDATE

X 2192 Unsigned X

1 Writable when Out_Of_Service is true.


Analog InputDynamically Creatable: NoDynamically Deletable: NoTable 7: Analog Input

PropertyName



PRESENT_VALUE

X 85 X 11

OUT_OF_SERVICE

X 81 X

UNITS X 117 X 0–65,535



MIN_PRES_VALUE

X 69 X

MAX_PRES_VALUE

X 65 X

COV_INCREMENT

X 22 X any value> = 0

RESOLUTION X 106

DEVICE_TYPE X 31 X 20characters max

UPDATE_INTERVAL

X 118

ITEM_REFERENCE



X 400characters max


ENABLED X 673 Boolean

EXECUTION_PRIORITY


OBJECT_CATEGORY


ALARM_STATE X 1006 Enumerated


DISPLAY_PRECISION



Table 7: Analog Input

PropertyName



INTRINSIC_ALARMING_DEFINED

X 569 Boolean

USE_COV_MIN_SEND_TIME

X 3930 Boolean

FILTER_SETUP X 3407 Enumerated

ANTI_SPIKE X 722 Boolean

LOWPASS_FILTER_ENABLE

X 3542 Boolean

MINUS_20_DB_FREQ

X 3543 Real X 0–0.03

PROCESS_ID X 3422 Enumerated

SPIKE_FRACTION

X 725 Real X 0–1

TIME_CONSTANT

X 3164 Real

ENDPOINT_TOLERANCE

X 3544 Real

FIELD_OFFSET

X 2179 Real

INPUT_RANGE_HIGH

X 1294 Real

INPUT_RANGE_LOW

X 129 Real

OFFSET X 956 Real

OUTPUT_RANGE_HIGH

X 1296 Real

OUTPUT_RANGE_LOW

X 1295 Real

FIELD_UNITS X 2180 Enumerated

HARDWARE_VALUE

X 1433 Real

SETUP X 518 Enumerated 0–13

SLOT X 519 Unsigned

SAB_MAC_ADDR

X 3645 Unsigned

1 Only writable when Out_Of_Service is true.


Analog OutputDynamically Creatable: NoDynamically Deletable: NoTable 8: Analog Output

PropertyName



RELINQUISH_DEFAULT

X 104 X

OUT_OF_SERVICE

X 81 X

PRESENT_VALUE

X 85 X

UNITS X 117 X 0–65,535

COV_INCREMENT

X 22 X any value> 0



MIN_PRES_VALUE

X 69 X 11

MAX_PRES_VALUE

X 65 X1

RELIABILITY X 103 X 22

ITEM_REFERENCE



X 400characters max



EXECUTION_PRIORITY


OBJECT_CATEGORY



RESTORE_COMMAND_PRIORITY

X 721 Bit String



Table 8: Analog Output

PropertyName



DISPLAY_PRECISION



X 569 Boolean


X 3930 Boolean

DEADBAND X 2205 Real

MAX_OUT_VALUE

X 653 Real

MIN_OUT_VALUE

X 652 Real

OUTPUT X 663 Real

SLOT_A X 990 Unsigned

SAB_MAC_ADDR

X 3645 Unsigned

1 Not writable in all instances.2 Only writable when Out_Of_Service is true.


Analog ValueDynamically Creatable: NoDynamically Deletable: NoTable 9: Analog Value

PropertyName



OUT_OF_SERVICE

X 81 X

PRESENT_VALUE

X 85 X

UNITS X 117 X 0–65,535

COV_INCREMENT

X 22 X 11 any value> = 0

DESCRIPTION X 28 X1 40characters max


RELINQUISH_DEFAULT

X2 104 X

PRIORITY_ARRAY

X2 87

ITEM_REFERENCE



X 400characters max



EXECUTION_PRIORITY


OBJECT_CATEGORY



ATTRIBUTE_ID

X2 3365 Enumerated

COMMAND_SIGNATURE

X2 913 Unsigned

DEFAULTATTRIBUTEVALUE

X2 661 Boolean

LAST_RELIABLE_CMD_SIG

X2 3362 Unsigned


Table 9: Analog Value

PropertyName



PEER_REFERENCE

X2 748 Complex X

DIRECTION X2 2205 Boolean

ERROR_STATUS

X2 653 Boolean

FAILSOFT X2 652 Boolean X

IN_TEST X2 663 Boolean

CURRENT_CMD_SIG

X2 990 Unsigned

CURRENT_RELIABILITY

X2 3645 Enumerated

STANDARD_NAME

X2 3670 Enumerated


X 721 Bit String X

BACNET_EXPOSED

X2 3807 Boolean X


X2 569 Boolean

LAST_RELIABLE_VALUE

X2 3369 Real

DEFAULT_VALUE

X2 3113 Real X

TEST_VAL X2 3371 Real

INPUT X2 513 Real

OUTPUT X2 663 Real

CURRENT_VALUE

X2 3376 Real

OFFLINE X2 913 Boolean

DISPLAY_PRECISION

X2 661 Enumerated X 0–12


X2 3930 Boolean X

1 Not writable in all instances.2 Not present in all instances.


Binary InputDynamically Creatable: NoDynamically Deletable: NoTable 10: Binary Input

PropertyName



OUT_OF_SERVICE

X 81 X

POLARITY X 84 X

PRESENT_VALUE

X 85 X 11

ACTIVE_ TEXT X 4 X 20characters max

CHANGE_OF_STATE_COUNT

X 15 X 0–2,145,483,647



ELAPSED_ACTIVE_TIME

X 33 X 0–4,294,967,296

INACTIVE_TEXT

X 46 X 20characters max

MIN_OFF_TIME

X 66 X 0–2,145,483,647

MIN_ON_TIME

X 67 X 0–2,145,483,647


ITEM_REFERENCE



X 400characters max




Table 10: Binary Input

PropertyName



EXECUTION_PRIORITY


OBJECT_CATEGORY




X 721 Bit String


HEAVY_EQUIP_DELAY

X 516 Unsigned

HED_CONTROLLER

X 517 Unsigned

MINIMUM_CYCLE_TIME

X 2199 Unsigned

STATES_TEXT X 931 Unsigned


X 569 Boolean

SETUP X 518 Unsigned

PULSE_WIDTH

X 600 Real


SLOT_B X 991 Unsigned

OUTPUT X 663 Boolean

SAB_MAC_ADDR

X 3645 Unsigned

1 Only writable when Out_Of_Service is true.


Binary OutputDynamically Creatable: NoDynamically Deletable: NoTable 11: Binary Output

PropertyName



PRESENT_VALUE

X 85 X

RELINQUISH_DEFAULT

X 104 X

ACTIVE_TEXT X 4 X 20characters max


X 15 0–2,145,483,647



ELAPSED_ACTIVE_TIME

X 33 X 0–4,294,967,296

INACTIVE_TEXT


MIN_OFF_TIME

X 66 X 0–2,145,483,647

MIN_ON_TIME

X 67 X 0–2,145,483,647


ITEM_REFERENCE





EXECUTION_PRIORITY



Table 11: Binary Output

PropertyName



OBJECT_CATEGORY




X 721 Bit String


HEAVY_EQUIP_DELAY

X 516 Unsigned

HED_CONTROLLER

X 517 Unsigned

MINIMUM_CYCLE_TIME

X 2199 Enumerated

STATES_TEXT X 931 Enumerated


X 569 Boolean

SETUP X 518 Unsigned

PULSE_WIDTH

X 600 Real


SLOT_B X 991 Unsigned

OUTPUT X 663 Boolean

SAB_MAC_ADDR

X 3645 Unsigned

1 Only writable when Out_of_Service is true.


Binary ValueDynamically Creatable: NoDynamically Deletable: NoTable 12: Binary Value

PropertyName



PRESENT_VALUE

X 85 X

ACTIVE_TEXT X 4 X 20characters max


X 11 15 0–2,145,483,647


ELAPSED_ACTIVE_TIME

X1 33 X 0–4,294,967,296

INACTIVE_TEXT


MIN_OFF_TIME

X1 66 X 0–2,145,483,647

MIN_ON_TIME

X1 67 X 0–2,145,483,647

RELIABILITY X1 103 X 22

RELINQUISH_DEFAULT

X1 104 X

PRIORITY_ARRAY

X1 87

ITEM_REFERENCE





EXECUTION_PRIORITY


OBJECT_CATEGORY



Table 12: Binary Value

PropertyName




ATTRIBUTE_ID

X2 3365 Enumerated

COMMAND_SIGNATURE

X2 3366 Unsigned

DEFAULT_ATTRIBUTE_VALUE

X2 3633 Boolean


X2 3362 Unsigned

PEER_REFERENCE

X2 748 Complex X

DIRECTION X2 746 Unsigned

ERROR_STATUS

X2 576 Boolean

FAILSOFT X2 2567 Unsigned


CURRENT_CMD_SIG

X2 990 Unsigned

CURRENT_RELIABILITY

X2 3645 Enumerated

STANDARD_NAME

X2 3670 Enumerated


X2 721 Bit String X

BACNET_EXPOSED

X2 3807 Boolean X


X 569 Boolean

LAST_RELIABLE_VALUE

X2 3369 Boolean

DEFAULT_VALUE

X2 3113 Boolean X

TEST_VAL X2 3371 Boolean

INPUT X2 513 Boolean

OUTPUT X2 663 Boolean


Table 12: Binary Value

PropertyName



CURRENT_VALUE

X 3376 Boolean



1 Not present in all instances.2 Not writeable in all instances.


DeviceDynamically Creatable: NoDynamically Deletable: NoTable 13: Device

PropertyName



MAX_APDU_LENGTH_ACCEPTED

X 62 X Any value>50

APDU_RETRIES

X 73 X

APDU_TIMEOUT

X 11 X

ADPU_SEGMENT_TIMEOUT

X 10 X

BACKUP_FAIL_ TIMEOUT

X 153 X

CONFIG_FILES

X 154


DST_STATUS X 24 X

LAST_RESTART_ REASON

X 196 X

LOCAL_DATE X 56

LOCAL_TIME X 57

MAX_INFO_FRAMES

X 63 X

MAX_MASTER X 64 X 1 to127

MAX_SEGMENTS_ACCEPTED

X 167

UTC_OFFSET X 119 X -900 to900

ACS_VERSION X 4128 Unsigned


ARCHIVE_DATE

X 849 Date

ARCHIVE_STATUS

X 1187 Enumerated


Table 13: Device

PropertyName



ARCHIVE_TIME

X 850 Time

CONTROL_SEQUENCE_IN_TEST

X 3651 Unsigned X

COV_MIN_SEND_TIME

X 3929 Unsigned X 10 to 255

COV_TRANSMITS_PER_MINUTE

X 651 Unsigned

CPU_USAGE X 2583 Unsigned

DMCS_VERSION

X 4129 Unsigned


END_OF_LINE X 603 Boolean

EXECUTION_PRIORITY

X 2197 Enumerated X 0 to 3

EXTENDED_PROTO_VERSION

X 2291 Unsigned

FC_MULTICAST_RESPONDER

X 3390 Unsigned X

FC_WAIT_BEFORE_POLLING

X 3391 Unsigned X

ITEM_REFERENCE

X 32527 String

JCI_STATUS X 847 Enumerated

MEMORY_USAGE

X 2581 Unsigned

OBJECT_CATAGORY

X 908 Enumerated X 0 to 249

OBJECT_MEMORY_USAGE

X 2582 Unsigned


SUPERVISOR_MAC_ADDRESS

X 3652 Unsigned


Table 13: Device

PropertyName





FileNote:

• File objects can only be modified by replacing the entire file.

• File objects must be written sequentially.

Dynamically Creatable: NoDynamically Deletable: NoTable 14: File

PropertyName



ARCHIVE X 13 X

FILE_SIZE 11 X 42 X


ITEM_REFERENCE



X 400characters max



EXECUTION_PRIORITY


OBJECT_CATEGORY



MAX_FILE_SIZE

X 3380 Unsigned

CREATION_DATE

X 3381 Complex

1 Can write zero (0) to file size, but arbitrary truncation or expansion is not supported.


Multistate ValueDynamically Creatable: NoDynamically Deletable: NoTable 15: Multistate Value

PropertyName




PRESENT_VALUE

X 85 X1

NUMBER_OF_STATES

X 74 X 2–500


RELINQUISH_DEFAULT

X 22 104 X

PRIORITY_ARRAY

X2 87

STATE_TEXT X 110

ITEM_REFERENCE



X 400characters max



EXECUTION_PRIORITY


OBJECT_CATEGORY



ATTRIBUTE_ID

X2 3365 Enumerated

COMMAND_SIGNATURE

X2 913 Unsigned

DEFAULTATTRIBUTEVALUE

X2 661 Boolean


X2 3362 Unsigned

PEER_REFERENCE

X2 748 Complex X


Table 15: Multistate Value

PropertyName



DIRECTION X2 2205 Boolean

ERROR_STATUS

X2 576 Enumerated

FAILSOFT X2 652 Boolean X


CURRENT_CMD_SIG

X2 990 Unsigned

CURRENT_RELIABILITY

X2 3645 Enumerated

STANDARD_NAME

X2 3670 Enumerated


X 721 Bit String X

BACNET_EXPOSED

X2 3807 Boolean X

LAST_RELIABLE_VALUE

X2 3369 Real

DEFAULT_VALUE

X2 3113 Real X

TEST_VAL X2 3371 Real

INPUT X2 513 Real

OUTPUT X2 663 Real

CURRENT_VALUE

X2 3376 Real




X 569 Boolean

1 Not writable in all instances.2 Not present in all instances.


Data Link Layer OptionsBACnet IP (Annex J) ___________________________________

BACnet IP (Annex J), Foreign Device ___________________________________

ISO 8802-3, Ethernet (Clause 7) ___________________________________

ATA 878.1, 2.5 MB ARCNET network (Clause 8) ___________________________________

ATA 878.1, EIA-485 ARCNET network (Clause 8), baudrates:

___________________________________

MS/TP master (Clause 9), baud rates: ___________________________________

Auto (default), 9600; 19,200;38,400; 76,800

MS/TP slave (Clause 9), baud rates: ___________________________________

Point-To-Point, EIA 232 (Clause 10), baud rates: ___________________________________

Point-To-Point, modem (Clause 10), baud rates: ___________________________________

LonTalk® protocol (Clause 11), medium: ___________________________________

BACnet/ ZigBee® protocol (Annex O) ___________________________________

Other: ___________________________________

Device Address Binding Yes No Is static device binding supported? (This is currently necessary for two-way

communication with MS/TP slaves and certain other devices.)

Networking OptionsRouter, Clause 6

Annex H, BACnet Tunneling Router over IP

BACnet/IP Broadcast Management Device (BBMD)

Does the BBMD support registrations by Foreign Devices? Yes

Yes

No

No

Character Sets SupportedIndicating support for multiple character sets does not imply that they can all be supportedsimultaneously.

ANSI X3.4

IBM®/Microsoft® Double-Byte Character Set (DBCS)

ISO 10646 Universal Character Set-2 (UCS-2)

ISO 10646 (UCS-4)


ISO10646 (UTF-8)

ISO 8859-1

Japanese Industrial Standard (JIS) X 0208

Communication Gateway (Annex H)If this product is a communication gateway, describe the types of non BACnet equipment/network(s) that the gateway supports:None

Network Security OptionsNon-secure Device - is capable of operating without BACnet Network Security

Secure Device - is capable of using BACnet Network Security (NS-SD BIBB)

Multiple Application-Specific Keys:

Supports encryption (NS-ED BIBB)

Key Server (NS-KS BIBB)


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