JOHNSON CONTROLS
172
FORM 145.05-NOM7
ISSUE DATE: 10/31/2019
SECTION 6 – USER INTERFACE CONTROL CENTER
TABLE 42 - BACNET MS/TP, MODBUS, BACNET IP
BACNET
NAME
USER INTERFACE
NAME
READ/
WRITE
BACNET
OBJECT
TYPE AND
INSTANCE
MODBUS
REGISTER
ADDRESS
POINTS LIST DESCRIPTION
ACT _DSP_
SP
Duct Static Setpoint R AI01 514
A Derived Value the Duct Static is Controlled
to ("WG)
ACT_MIN_
POS
Active Minimum
Position
R AI03 516
A Derived Value the Damper is Controlled to
for Minimum Ventilation Air (%)
ACT_SAT_
SP
Supply Air Setp R AI04 517
A Derived Value the Supply Air Temperature
is Controlled to (F)
ACT_SLAB_
CTL
Active Slab Control R/W AI5 1102
Allows the Active Slab Control Feature to be
Turned On and Off on FlexSys Units (0 = Off
/ 1 = On)
ALARM Alarm R BI02 1283
Gives the Status of the Alarm (NFL - No
Fault; FLT - Faulted)
AMORN_
WA_ACT
Adapt Morn Warm Up
Active
R BI01 1282
Identies when Adaptive Morning Warm Up
is Active (Off / On)
AV_PRS_A_
SUC
Avg Press Suction A R AI5 518
Gives the Average Suction Pressure for the
System A Unloading Compressor
AV_PRS_DIS Avg Press Discharge A R AI2 515
Gives the Average Discharge Pressure for
the System A Unloading Compressor
BYPASS_
DAMPER
Bypass Damper R AI06 519 Actual Bypass Damper Position (%)
BYP_VALV_
POS
Bypass Valve Position R AI64 577
The Analog Output from the Control to the
Bypass Valve
COMFORT_
VENT
Comfort Ventilation R/W AI2 1103
Gives the Status of the Comfort Vent Option
and Allows it to be Turned On and Off (0 =
Off; 1 = On)
COMP_A Compressor A R BI03 1284 Status of Compressor A, (On/Off)
COMP_B Compressor B R BI04 1285 Status of Compressor B, (On/Off)
COMP_C Compressor C R BI05 1286 Status of Compressor C, (On/Off)
COMP_D Compressor D R BI06 1287 Status of Compressor D, (On/Off)
COMP_E Compressor E R BI07 1288 Status of Compressor E, (On/Off)
COMP_F Compressor F R BI08 1289 Status of Compressor F, (On/Off)
COMP_A_
LOAD
Compressor A Load R AI15 528
Gives the Status of the Unloading Compres-
sor in %.
COMP_A_
OPER
Compressor 1A Oper
Hrs
R AI09 522
The Number of Hours Compressor A has
been in Operation (Hour)
COMP_B_
OPER
Compressor 1B Oper
Hrs
R AI10 523
The Number of Hours Compressor B has
been in Operation (Hour)
COMP_C_
OPER
Compressor 2A Oper
Hrs
R AI11 524
The Number of Hours Compressor C has
been in Operation (Hour)
COMP_D_
OPER
Compressor 2B Oper
Hrs
R AI12 525
The Number of Hours Compressor D has
been in Operation (Hour)
COMP_E_
OPER
Compressor 3A Oper
Hrs
R AI13 526
The Number of Hours Compressor E has
been in Operation (Hour)
COMP_F_
OPER
Compressor 3B Oper
Hrs
R AI14 527
The Number of Hours Compressor F has
been in Operation (Hour)