01987654321noitpircseD tsiL tnioPISlairepmI
74 GLY_PMP_SPD AI66 579 03,04 x10 ADF 70 % % Glycol Pump Speed (Free Cooling Closed Loop) N O
75 1_SUCT_TEMP AI67 580 03,04 x10 ADF 71 °F °C Sys 1 Suction ON)KGAY( erutarepmeT
76 1_SAT_SUCT AI68 581 03,04 x10 ADF 72 °F °C Sys 1 Sat Suction Temperature (YAGK) N O
77 1_SUCT_SHEAT AI69 582 03,04 x10 ADF 73 °F (diff) °C (dif ON)KGAY( taehrepuS noitcuS 1 syS)f
78 1_FTDV_CMD AI70 583 03,04 x10 ADF 74 % % Sys 1 Flash Tank Drain Valve % (YAGK) N O
79 2_SUCT_
TEMP AI71 584 03,04 x10 ADF 75 °F °C Sys 2 Suction ON)KGAY( erutarepmeT
80 2_SAT_SUCT AI72 585 03,04 x10 ADF 76 °F °C Sys 2 Sat Suction Temperature (YAGK) N O
81 2_SUCT_SHEAT AI73 586 03,04 x10 ADF 77 °F (diff) °C (dif ON)KGAY( taehrepuS noitcuS 2 syS)f
82 2_FTDV_CMD AI74 587 03,04 x10 ADF 78 % % Sys 2 Flash Tank Drain Valve % (YAGK) N O
83 INPUT_CURR AI75 588 03,04 x10 ADF 79 Amps Amps Unit Input Current Amps N S
84 CH_ALARM BI1 1282 01,02,03 N/A BD5 0/1 0/1 Chiller Alarm SS]mralA=1 ,mralA oN=0[
85 CH_
RUN BI2 1283 01,02,03 N/A BD6 0/1 0/1 Chiller Run [0=N SS]nuR=1 ,nuR o
86 EVAP_HEATER BI3 1284 01,02,03 N/A BD7 0/1 0/1 Evaporator SSsutatS retaeH
87 EVAP_PUMP BI4 1285 01,02,03 N/A BD8 0/1 0/1 Evaporator Pump Status S S
88 S1_COMP_RUN BI5 1286 01,02,03 N/A BD9 0/1 0/1 Sys 1 Compr SSsutatS nuR rosse
89 S2_COMP_RUN BI6 1287 01,02,03 N/A BD10 0/1 0/1 Sys 2 Comp SSsutatS nuR rosser
90 S1_VI_STEP1 BI7 1288 01,02,03 N/A BD11 0/1 0/1 Sys 1 VI Step Solenoid Valve 1 Status S S
91 S2_VI_STEP1 BI8 1289 01,02,03 N/A BD12 0/1 0/1 Sys 2 VI Step Solenoi
d Valve 1 Status S S
92 S1_VI_STEP2 BI9 1290 01,02,03 N/A BD13 0/1 0/1 Sys 1 VI Step Solenoid Valve 2 Status S S
93 S2_VI_STEP2 BI10 1291 01,02,03 N/A BD14 0/1 0/1 Sys 2 VI Step Solenoid Valve 2 Status S S
94 WATER_GLYCOL BI11 1292 01,02,03 N/A BD15 0/1 0/1 Cooling SS]locylG=1 ,retaW=0[ epyT
95 LOCAL_REMOTE BI12 1293 01,02,03 N/A BD16 0/1 0/1 Local Remote Control Mode [0=Local, 1=Remote] S S
96 DISP_UNITS BI13 1294 01,02,03 N/A BD17 0/1 0/1 Display Un SS]IS=1 ,lairepmI=0[ sti
97 S1_LOCKOUT BI14 1295 01,02,03 N/A BD18 0/1 0/
1 Sys 1 Lockout S S
98 S2_LOCKOUT BI15 1296 01,02,03 N/A BD19 0/1 0/1 Sys 2 Lockout S S
99 FC_VALVE BI16 1297 01,02,03 N/A BD20 0/1 0/1 Free Cooling Valve [0=Off, 1=On] (Free Cooling) S S
100 SOFT_SHUT BI17 1298 01,02,03 N/A BD21 0/1 0/1 Soft Shutdown [0=Disabled, 1=Enabled] S S
101 REM_EVAP BI18 1299 01,02,03 N/A BD22 0/1 0/1 Remote Evaporator [0=Disabled, 1=Enabled] S S
102 QUICK_ST BI19 1300 01,02,03 N/A BD23 0/1 0/1 Quick Start SS]delbanE=1 ,delbasiD=0[
103 FRAME_EF BI20 1301 01,02,03 N/A BD24 0/1 0/1 Frame E/F [ SS]delbanE=1 ,delbasiD=0
104 S
OUND_OP BI21 1302 01,02,03 N/A BD25 0/1 0/1 Sound Limit Option [0=Disabled, 1=Enabled] S S
105 GLY_PMP_RUN BI22 1303 01,02,03 N/A BD26 0/1 0/1
Glycol Pump Run [0=Off, 1=On] (Free Cooling Closed
Loop)
O O
106 GLY_HEATER BI23 1304 01,02,03 N/A BD27 0/1 0/1 Glycol Heater [0=Off, 1=On] (Free Cooling Closed Loop) O O
1
2
3
4
5
6
7
8
9
10
NOTES
Units have Native BACnet MS/TP, Modbus RTU, and N2 communications. No external Gateway is required for these interfaces unless the customer is using Connected Services.
BACnet Object Types: 0 = Analog In, 1 = Analog Out, 2 = Analog Value, 3 = Binary In, 4 = Binary Out, 8 = Device, 15 = Alarm Notification (0-127 are reserved ASHRAE Objects)
WC = Inches of water Column, CFM = Cubic Feet per Minute, FPM = Feet Per Minute, PSI = Pounds per Square Inch, Pa = Pascals, kPa = kiloPascals, PPM = Parts
Per Million, kJ/kg = kiloJoules per kilogram
Values that are not applicable due to unit configuration and options will be sent as zero (0).
Modbus values are all of type signed. Scaling values in x10 (Bold) indicate scaling in metric is x100. Scaling and signing may not be modified in the field.
YVAA YVFA YAGK Native 3 OCT 17
Property of Johnson Controls, Inc.
Subject to change without notice.
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