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Date February 1 2022 System Designer Kirk Patton Customer Insight Tampa Tom H Project Name Fluent Diana Street Expansion CONTENTS QTY Components 9 JACE8000 NRIO 34 NRIO 16 22 6 A RH3 AN D 22 11 19 A RH3 AN O A MSCS A 16 1 GH3SMBBRI FLOWER VEG ENCLOSURE 36 X24 X8 75 1 BAS ENCLOSURE 24 X20 X8 75 Notes Any clarification and or coordination items shall be identified and reviewed prior to job release A record submittal will be provided inclusive of all applicable revisions The controls submittal is considered an agreement of how the job will be built An email stating the controls submittal is approved is required before the job will be developed or released The BACnet points list will delivered once the application code is completed and the equipment is ready to ship All inputs and outputs will be included in the final BACnet points list as well as status values alarms and writable setpoints MATERIAL SUBMITTAL INFORMATION TRJACE8000 PAGE 2 3 TRIO 34 TRIO 16 PAGE 4 5 DUCT MOUNTED COMBO TEMPERATURE AND HUMIDITY PAGE 6 OUTSIDE MOUNTED COMBO TEMPERATURE AND HUMIDITY PAGE 7 CURRENT TRANSDUCER PAGE 8 FLOWER AND VEG COMBO SENSORS PAGE 9 WIRING AND I O LAYOUT FULL SYSTEM ENCLOSURE LAYOUT PAGE 10 FLOWER AND VEG ENCLOSURE PAGES 11 FLOWER AC 1 2 3 4 WIRING PAGES 12 VEG AC 5 6 WIRING PAGES 13 AC 7 AC 9 AC 10 AC 11 WIRING PAGE 14 AC 8 WIRING PAGE 15 IO SHEETS PAGE 16 17 WIRING NARRATIVE PAGE 18 M201 WIRING OVERLAY PAGE 19 M202 WIRING OVERLAY PAGE 20

BAS ENCLOSURE WIRE RACEWAY DIGITAL OUTPUTS C RS 485 RS 485A Powered by niagara framework STATUS BEAT SEC PRI DIGITAL OUTPUTS DIGITAL OUTPUTS DIGITAL OUTPUTS 0 UI V 8 UI 9 UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI 0 UI V 10 11 V 12 13 V 14 15 V 16 2 4 V A C Ground UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI V 2 3 V 4 5 V 6 7 C ACC OFF CLT SH ANALOG OUTPUTS NRIO 34B WLAN PRI RS 485 P BB S PS 15 VDC ANALOG OUTPUTS WIRE RACEWAY DIGITAL OUTPUTS DIGITAL OUTPUTS UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI V 2 3 V 4 5 V 6 7 0 UI V 8 UI 9 UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI 0 UI V 10 11 V 12 13 V 14 15 V 16 WIRE RACEWAY 2 4 V A C C Ground UI 1 SH ANALOG OUTPUTS NRIO 34A RS 485 P BB S PS 15 VDC ANALOG OUTPUTS WIRE RACEWAY WIRE RACEWAY WIRE RACEWAY SEC UI 1 End Bia Mid RS 485B SH UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI 0 UI V 10 11 V 12 13 V 14 15 V 16 UI 9 2 4 V A C Ground 0 UI V 8 B B S RS 485B COM 2 BB ANALOG OUTPUTS UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI V 2 3 V 4 5 V 6 7 A A S RS 485A COM 1 P S PS 15 VDC ANALOG OUTPUTS NRIO 34B UI 1 End Bia Mid 24 C VAC 120VAC Convenience Outlet 120VAC TO 24 VAC 100VA TRANSFORMER NRIO 34 A B JACE8000

ANALOG OUTPUTS ACC OFF CLT UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI 0 UI V 10 11 V 12 13 V 14 15 V 16 DIGITAL OUTPUTS WIRE RACEWAY UI 9 NRIO 34D 0 UI V 8 UI 9 UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI 0 UI V 10 11 V 12 13 V 14 15 V 16 NRIO 34D 0 UI V 8 DIGITAL OUTPUTS DIGITAL OUTPUTS DIGITAL OUTPUTS UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI V 2 3 V 4 5 V 6 7 UI 9 UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI 0 UI V 10 11 V 12 13 V 14 15 V 16 NRIO 34C 0 UI V 8 2 4 V A C C ANALOG OUTPUTS framework UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI V 2 3 V 4 5 V 6 7 Powered by UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI V 2 3 V 4 5 V 6 7 ANALOG OUTPUTS UI 1 UI 1 UI 1 2 4 V A C C ANALOG OUTPUTS End Bia Mid End Bia Mid WIRE RACEWAY ANALOG OUTPUTS ANALOG OUTPUTS C ANALOG OUTPUTS C C WLAN PRI SEC STATUS BEAT RS 485B RS 485A B B S RS 485B COM 2 A A S RS 485A COM 1 24 C VAC PRI SEC WIRE RACEWAY 2 4 V A C 2 4 V A C 2 4 V A C DIGITAL OUTPUTS ACC OFF CLT ANALOG OUTPUTS ANALOG OUTPUTS DIGITAL OUTPUTS DIGITAL OUTPUTS WIRE RACEWAY UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI 0 UI V 10 11 V 12 13 V 14 15 V 16 ANALOG OUTPUTS DIGITAL OUTPUTS WIRE RACEWAY UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI 0 UI V 10 11 V 12 13 V 14 15 V 16 UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI 0 UI V 10 11 V 12 13 V 14 15 V 16 niagara DIGITAL OUTPUTS UI 9 NRIO 34B 0 UI V 8 UI 9 NRIO 34B 0 UI V 8 UI 9 WIRE RACEWAY PRI SEC 120VAC TO 24 VAC 100VA TRANSFORMER NRIO 34 A B JACE8000 ANALOG OUTPUTS framework niagara NRIO 34A 0 UI V 8 2 4 V A C C ANALOG OUTPUTS End Bia Mid End Bia Mid DIGITAL OUTPUTS DIGITAL OUTPUTS UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI V 2 3 V 4 5 V 6 7 DIGITAL OUTPUTS UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI V 2 3 V 4 5 V 6 7 UNIVERSAL INPUTS 0 UI UI 0 UI UI 0 UI UI V 2 3 V 4 5 V 6 7 VEG ROOM JACE WIRE RACEWAY UI 1 UI 1 UI 1 WIRE RACEWAY P S PS 15 VDC BB RS 485 SH RS 485 SH RS 485 Ground Ground Ground P BB S PS 15 VDC P BB S PS 15 VDC SH RS 485 SH WLAN PRI SEC 120VAC Convenience Outlet P S PS 15 VDC BB RS 485 SH SH RS 485 P BB S PS 15 VDC P BB S PS 15 VDC Ground Ground Ground Powered by 120VAC TO 24 VAC 100VA TRANSFORMER NRIO 34 A B JACE8000 STATUS BEAT B B S RS 485B COM 2 A A S RS 485A COM 1 24 C VAC RS 485B RS 485A FLOWER VEG ENCLOSURE FLOWER ROOM JACE

24 VAC COMMON 24 VAC IN 24 VAC IN 24 VDC OUT 24 VDC OUT 5 VDC OUT 5 VDC OUT This is unitary equipment wiring that does not go Date 02 01 2022 in an enclosure instead it gets mounted directly System Designer Kirk Patton in the AAON equipment Please note the system Project Name Fluent names to the right System Name AC 1 AC 2 AC 3 AC 4 QTY Components 4 4 8 NRIO 34 NRIO 16 4 8 NRIO 16 UI 3 UI 4 UI 5 UI 6 COMPRESSOR A SIG COMPRESSOR A SIG 1 44 5 VDC 10 100 COMPRESSOR B SIG COMPRESSOR B SIG CONDENSER 1 SIG CONDENSER 1 SIG CONDENSER 2 SIG CONDENSER 2 SIG UI 8 1 44 5 VDC 10 100 DIGITAL OUTPUTS DIGITAL OUTPUTS UI 7 0V UI 9 0V UI 10 UI 11 UI 12 UNIVERSAL INPUTS 0V UI 13 UI 14 UI 15 0V PBO N O LIFE SAFETY FIELD SUPPLIED N C UI 16 24 VAC BB SPARE SPARE CO2 SOLENOID ENABLE SUPPLY FAN SIG SUPPLY FAN SIG 0 10 VDC 0 100 SPARE SPARE 0 10 VDC 0 100 HEAT SIG HEAT SIG 0 10 VDC 0 100 SPARE SPARE SPARE SPARE REHEAT SIG REHEAT SIG ECONOMIZER DAMPER ECONOMIZER DAMPER JACE2WATT SIG JACE2WATT SIG 0 10 VDC 0 100 0 10 VDC 0 100 C RS 485 SPARE 0 10 VDC 0 100 0 10 VDC 0 100 Ground SH REHEAT ENABLE 24 VAC TO ENABLE 0V CLOGGED FILTER SWITCH N O 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE NRIO 34 UI 8 SUPPLY FAN STATUS 1 N O SUPPLY FAN STATUS 2 N O HEAT ENABLE SPARE SPARE 24 VAC TO ENABLE UI 6 V OUT RETURN AIR TEMP 10K TYPE III RETURN AIR RH 0 10VDC 3 ANALOG OUTPUTS TEMP 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE 0V COM TEMP UI 5 VIN UI 4 V OUT AC 1 ONLY OUTSIDE AIR TEMP 10K TYPE III OUTSIDE AIR RH 0 10VDC 3 UNIVERSAL INPUTS TEMP 0V TEMP SUPPLY FAN ENABLE SPARE UI 3 VIN COM 24 VAC TO ENABLE UI 2 V OUT SUPPLY AIR TEMP 10K TYPE III SUPPLY AIR RH 0 10VDC 3 ANALOG OUTPUTS TEMP 0V COM TEMP UI 1 VIN COMPRESSOR C ENABLE COMPRESSOR D ENABLE 1 44 5 VDC 10 100 1 44 5 VDC 10 100 0V DISCHARGE PRESSURE C DISCHARGE PRESSURE D UI 7 COM 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE ANALOG OUTPUTS 0V VIN UNIVERSAL INPUTS 0V DISCHARGE PRESSURE A DISCHARGE PRESSURE B DIGITAL OUTPUTS UI 2 COM COMPRESSOR A ENABLE COMPRESSOR B ENABLE 0V VIN 24 VAC TO ENABLE UI 1 SUCTION PRESSURE A SUCTION PRESSURE B PS PS 15 VDC 2 10 VDC 0 100 TO JACE 8000 RS 485 COM PORT A RH3 AN D A RH3 AN O A MSCS A

24 VAC COMMON 24 VAC IN 24 VAC IN 24 VDC OUT 24 VDC OUT 5 VDC OUT 5 VDC OUT This is unitary equipment wiring that does not go Date 02 01 2022 in an enclosure instead it gets mounted directly System Designer Kirk Patton in the AAON equipment Please note the system Project Name Fluent names to the right System Name AC 5 AC 6 QTY 2 2 4 NRIO 16 UI 3 UI 4 UI 5 UI 6 COMPRESSOR A SIG COMPRESSOR A SIG 1 44 5 VDC 10 100 COMPRESSOR B SIG COMPRESSOR B SIG CONDENSER 1 SIG CONDENSER 1 SIG CONDENSER 2 SIG CONDENSER 2 SIG UI 8 1 44 5 VDC 10 100 DIGITAL OUTPUTS DIGITAL OUTPUTS UI 7 0V UI 9 0V UI 10 UI 11 UI 13 0V UI 14 UI 15 0V UI 16 24 VAC BB SPARE SPARE CO2 SOLENOID ENABLE SUPPLY FAN SIG SUPPLY FAN SIG 0 10 VDC 0 100 SPARE SPARE 0 10 VDC 0 100 HEAT SIG HEAT SIG 0 10 VDC 0 100 SPARE SPARE SPARE SPARE REHEAT SIG REHEAT SIG ECONOMIZER DAMPER ECONOMIZER DAMPER JACE2WATT SIG JACE2WATT SIG 0 10 VDC 0 100 0 10 VDC 0 100 C RS 485 SPARE 0 10 VDC 0 100 0 10 VDC 0 100 Ground SH REHEAT ENABLE 24 VAC TO ENABLE ANALOG OUTPUTS UI 12 UNIVERSAL INPUTS 0V PBO N O LIFE SAFETY FIELD SUPPLIED N C 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE NRIO 34 UI 8 CLOGGED FILTER SWITCH N O HEAT ENABLE SPARE SPARE 24 VAC TO ENABLE UI 6 SUPPLY FAN STATUS 1 N O SUPPLY FAN STATUS 2 N O 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE 0V V OUT RETURN AIR TEMP 10K TYPE III RETURN AIR RH 0 10VDC 3 UI 5 TEMP UI 4 COM TEMP UNIVERSAL INPUTS VIN OUTSIDE AIR TEMP 10K TYPE III OUTSIDE AIR RH 0 10VDC 3 0V TEMP SUPPLY FAN ENABLE SPARE UI 3 TEMP V OUT 24 VAC TO ENABLE ANALOG OUTPUTS V OUT SUPPLY AIR TEMP 10K TYPE III SUPPLY AIR RH 0 10VDC 3 UI 2 VIN COM TEMP 0V COM TEMP UI 1 VIN COMPRESSOR C ENABLE COMPRESSOR D ENABLE 1 44 5 VDC 10 100 1 44 5 VDC 10 100 0V DISCHARGE PRESSURE C DISCHARGE PRESSURE D UI 7 COM 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE ANALOG OUTPUTS 0V VIN UNIVERSAL INPUTS 0V DISCHARGE PRESSURE A DISCHARGE PRESSURE B DIGITAL OUTPUTS UI 2 COM COMPRESSOR A ENABLE COMPRESSOR B ENABLE 0V VIN 24 VAC TO ENABLE UI 1 SUCTION PRESSURE A SUCTION PRESSURE B PS PS 15 VDC 2 10 VDC 0 100 TO JACE 8000 RS 485 COM PORT Components NRIO 34 NRIO 16 2 A RH3 AN D A RH3 AN O 4 A MSCS A

This is unitary equipment wiring that does not go in an enclosure instead it gets mounted directly in the AAON equipment Please note the system names to the right 24 VAC COMMON 24 VAC IN 24 VAC IN 24 VDC OUT 24 VDC OUT 5 VDC OUT 5 VDC OUT Date 02 01 2022 System Designer Kirk Patton Project Name Fluent System Name AC 7 AC 9 AC 10 AC 11 QTY Components 4 4 JACE8000 NRIO 34 A RH3 AN D A RH3 AN O 4 A MSCS A 4 8 DIGITAL OUTPUTS 0V UI 9 0V UI 10 UI 11 Powered by framework STATUS BEAT UI 13 0V UI 14 UI 15 UI 16 ANALOG OUTPUTS 0V 24 VAC BB SPARE SPARE SUPPLY FAN SIG SUPPLY FAN SIG 0 10 VDC 0 100 COMPRESSOR A SIG COMPRESSOR A SIG 0 10 VDC 0 100 HEAT SIG HEAT SIG 0 10 VDC 0 100 CONDENSER 1 SIG CONDENSER 1 SIG CONDENSER 2 SIG CONDENSER 2 SIG REHEAT SIG REHEAT SIG ECONOMIZER DAMPER ECONOMIZER DAMPER JACE2WATT SIG JACE2WATT SIG 0 10 VDC 0 100 0 10 VDC 0 100 C RS 485 SPARE 0 10 VDC 0 100 0 10 VDC 0 100 Ground SH REHEAT ENABLE SPARE PS PS 15 VDC 2 10 VDC 0 100 TO JACE 8000 RS 485 COM PORT End Bia Mid RS 485B SEC PRI SEC 24 VAC TO ENABLE ANALOG OUTPUTS UI 12 UNIVERSAL INPUTS 0V SUPPLY FAN PROOF OF FLOW N O LIFE SAFETY FIELD SUPPLIED N C 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE NRIO 34 UI 8 AC 7 AC 10 ONLY CLOGGED FILTER SWITCH N O B B S RS 485B COM 2 niagara COMPRESSOR B ENABLE HEAT ENABLE SPARE WLAN ACC OFF CLT UI 7 DISCHARGE PRESSURE A DISCHARGE PRESSURE B 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE UI 6 VIN COM SUPPLY FAN STATUS N O SUCTION PRESSURE A RS 485A SUPPLY FAN ENABLE 24 VAC TO ENABLE 0V V OUT RETURN AIR TEMP 10K TYPE III RETURN AIR RH 0 10VDC 3 UI 5 TEMP UI 4 COM TEMP UNIVERSAL INPUTS VIN OUTSIDE AIR TEMP 10K TYPE III OUTSIDE AIR RH 0 10VDC 3 0V TEMP V OUT A A S RS 485A COM 1 COMPRESSOR A ENABLE UI 3 TEMP 24 VAC TO ENABLE DIGITAL OUTPUTS V OUT SUPPLY AIR TEMP 10K TYPE III SUPPLY AIR RH 0 10VDC 3 UI 2 VIN COM TEMP 0V COM TEMP UI 1 VIN End Bia Mid 24 C VAC PRI Pri Port Sec Port 192 168 1 107 Subnet Gateway Daemon 255 255 255 0 Fox 1917 192 168 2 107 192 168 1 1 3017

This is unitary equipment wiring that does not go Date 02 01 2022 in an enclosure instead it gets mounted directly System Designer Kirk Patton in the AAON equipment Please note the system Project Name Fluent names to the right System Name AC 8 24 VAC COMMON 24 VAC IN 24 VAC IN 24 VDC OUT 24 VDC OUT 5 VDC OUT 5 VDC OUT QTY Components 1 1 JACE8000 NRIO 34 A RH3 AN D A RH3 AN O 1 A MSCS A 1 2 DIGITAL OUTPUTS 0V End Bia Mid Powered by niagara SPARE HEAT ENABLE SPARE framework STATUS BEAT UI 9 0V UI 10 UI 11 UI 13 ANALOG OUTPUTS UI 12 UNIVERSAL INPUTS 0V 0V UI 14 UI 15 UI 16 ANALOG OUTPUTS 0V 24 VAC BB SPARE SPARE SUPPLY FAN SIG SUPPLY FAN SIG 0 10 VDC 0 100 COMPRESSOR A SIG COMPRESSOR A SIG 0 10 VDC 0 100 HEAT SIG HEAT SIG 0 10 VDC 0 100 CONDENSER 1 SIG CONDENSER 1 SIG SPARE SPARE REHEAT SIG REHEAT SIG ECONOMIZER DAMPER ECONOMIZER DAMPER JACE2WATT SIG JACE2WATT SIG 0 10 VDC 0 100 0 10 VDC 0 100 C SPARE 0 10 VDC 0 100 0 10 VDC 0 100 RS 485 SPARE 24 VAC TO ENABLE Ground SH REHEAT ENABLE PS PS 15 VDC 2 10 VDC 0 100 TO JACE 8000 RS 485 COM PORT WLAN ACC OFF CLT 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE NRIO 34 UI 8 SUPPLY FAN PROOF OF FLOW N O LIFE SAFETY FIELD SUPPLIED N C RS 485B SEC PRI SEC UI 7 DISCHARGE PRESSURE A RS 485A B B S RS 485B COM 2 24 VAC TO ENABLE UI 6 VIN COM SUPPLY FAN STATUS N O SUCTION PRESSURE A 24 VAC TO ENABLE 24 VAC TO ENABLE 24 VAC TO ENABLE 0V V OUT RETURN AIR TEMP 10K TYPE III RETURN AIR RH 0 10VDC 3 UI 5 TEMP UI 4 COM TEMP UNIVERSAL INPUTS VIN OUTSIDE AIR TEMP 10K TYPE III OUTSIDE AIR RH 0 10VDC 3 0V TEMP V OUT SUPPLY FAN ENABLE A A S RS 485A COM 1 COMPRESSOR A ENABLE DIGITAL OUTPUTS TEMP 24 VAC TO ENABLE UI 3 COM V OUT SUPPLY AIR TEMP 10K TYPE III SUPPLY AIR RH 0 10VDC 3 UI 2 VIN TEMP 0V COM TEMP UI 1 VIN End Bia Mid 24 C VAC PRI Pri Port Sec Port 192 168 1 108 Subnet Gateway Daemon 255 255 255 0 Fox 1918 192 168 2 108 192 168 1 1 3018

System Name FLOWER AC 1 AC 2 AC 3 AC 4 UNIVERSAL INPUTS UI 1 DO 1 SUPPLY AIR TEMPERATURE UI 2 DO 2 SUPPLY AIR RELATIVE HUMIDITY UI 3 UI 4 UI 5 UI 6 UI 7 UI 8 UI 9 UI 10 UI 11 UI 12 UI 13 UI 14 UI 15 UI 16 UI 1 UI 2 UI 3 UI 4 UI 5 UI 6 UI 7 UI 8 AC 1 ONLY DIGITAL OUTPUTS SUPPLY FAN ENABLE SPARE HEAT ENABLE SPARE OUTSIDE AIR TEMPERATURE DO 3 AC 1 OUTSIDE AIR RELATIVE HUMIDITY ONLY DO 4 RETURN AIR TEMPERATURE DO 5 SPARE DO 6 RETURN AIR RELATIVE HUMIDITY REHEAT ENABLE DO 7 SPARE SPARE SPARE DO 8 SPARE SUPPLY FAN STATUS 1 DO 9 SPARE DO 10 CO2 SOLENOID ENABLE 2 UNITS ONLY SUPPLY FAN STATUS 2 SPARE ANALOG OUTPUTS AO 1 SUPPLY FAN SIGNAL SPARE AO 2 SPARE SPARE CLOGGED FILTER SWITCH HEAT SIGNAL AO 3 PHASE BROWN OUT MONITOR AO 4 SPARE LIFE SAFETY AO 5 SPARE AO 6 REHEAT SIGNAL AO 7 ECONOMIZER SIGNAL AO 8 JACE2WATT UNIVERSAL INPUTS SUCTION PRESSURE A SUCTION PRESSURE A SPARE SPARE DISCHARGE PRESSURE A DISCHARGE PRESSURE B DISCHARGE PRESSURE C DISCHARGE PRESSURE D DO 1 DO 2 DO 3 DO 4 AO 1 AO 2 AO 3 AO 4 DIGITAL OUTPUTS COMPRESSOR A ENABLE COMPRESSOR B ENABLE COMPRESSOR C ENABLE COMPRESSOR D ENABLE ANALOG OUTPUTS COMPRESSOR A SIGNAL COMPRESSOR B SIGNAL CONDENSER 1 SIGNAL CONDENSER 2 SIGNAL System Name VEG AC 5 AC 6 UNIVERSAL INPUTS UI 1 SUPPLY AIR TEMPERATURE UI 2 SUPPLY AIR RELATIVE HUMIDITY OUTSIDE AIR TEMPERATURE UI 3 UI 4 OUTSIDE AIR RELATIVE HUMIDITY RETURN AIR TEMPERATURE UI 5 UI 6 UI 7 UI 8 UI 9 UI 10 UI 11 UI 12 UI 13 UI 14 UI 15 UI 16 UI 1 UI 2 UI 3 UI 4 UI 5 UI 6 UI 7 UI 8 RETURN AIR RELATIVE HUMIDITY SPARE SPARE SUPPLY FAN STATUS 1 SUPPLY FAN STATUS 2 SPARE SPARE SPARE CLOGGED FILTER SWITCH PHASE BROWN OUT MONITOR LIFE SAFETY UNIVERSAL INPUTS SUCTION PRESSURE A SUCTION PRESSURE A SPARE SPARE DISCHARGE PRESSURE A DISCHARGE PRESSURE B DISCHARGE PRESSURE C DISCHARGE PRESSURE D DIGITAL OUTPUTS DO 1 DO 2 DO 3 DO 4 DO 5 DO 6 DO 7 DO 8 DO 9 DO 10 AO 1 AO 2 AO 3 AO 4 AO 5 AO 6 AO 7 AO 8 DO 1 DO 2 DO 3 DO 4 AO 1 AO 2 AO 3 AO 4 SUPPLY FAN ENABLE SPARE HEAT ENABLE SPARE SPARE REHEAT ENABLE SPARE SPARE SPARE CO2 SOLENOID ENABLE 1 UNIT ONLY ANALOG OUTPUTS SUPPLY FAN SIGNAL SPARE HEAT SIGNAL SPARE SPARE REHEAT SIGNAL ECONOMIZER SIGNAL JACE2WATT DIGITAL OUTPUTS COMPRESSOR A ENABLE COMPRESSOR B ENABLE COMPRESSOR C ENABLE COMPRESSOR D ENABLE ANALOG OUTPUTS COMPRESSOR A SIGNAL COMPRESSOR B SIGNAL CONDENSER 1 SIGNAL CONDENSER 2 SIGNAL Date 02 01 2022 System Designer Kirk Patton Project Name Fluent This is unitary equipment wiring that does not go in an enclosure instead it gets mounted directly in the AAON equipment Please note the system names at the top of the IO module

System Name AC 7 AC 9 AC 10 AC 11 UNIVERSAL INPUTS UI 1 SUPPLY AIR TEMPERATURE UI 2 SUPPLY AIR RELATIVE HUMIDITY OUTSIDE AIR TEMPERATURE UI 3 UI 4 OUTSIDE AIR RELATIVE HUMIDITY RETURN AIR TEMPERATURE UI 5 UI 6 UI 7 UI 8 UI 9 UI 10 UI 11 UI 12 UI 13 UI 14 UI 15 UI 16 RETURN AIR RELATIVE HUMIDITY SPARE SPARE SUPPLY FAN STATUS SUCTION PRESSURE A DISCHARGE PRESSURE A DISCHARGE PRESSURE B SPARE CFS AC 7 AC 10 ONLY PHASE BROWN OUT MONITOR LIFE SAFETY DIGITAL OUTPUTS DO 1 DO 2 DO 3 DO 4 DO 5 DO 6 DO 7 DO 8 DO 9 DO 10 AO 1 AO 2 AO 3 AO 4 AO 5 AO 6 AO 7 AO 8 SUPPLY FAN ENABLE COMPRESSOR A ENABLE COMPRESSOR B ENABLE HEAT ENABLE SPARE REHEAT ENABLE SPARE SPARE SPARE SPARE ANALOG OUTPUTS SUPPLY FAN SIGNAL COMPRESSOR A SIGNAL HEAT SIGNAL CONDENSER 1 SIGNAL CONDENSER 1 SIGNAL REHEAT SIGNAL ECONOMIZER SIGNAL JACE2WATT System Name AC 8 UNIVERSAL INPUTS UI 1 SUPPLY AIR TEMPERATURE UI 2 SUPPLY AIR RELATIVE HUMIDITY OUTSIDE AIR TEMPERATURE UI 3 UI 4 OUTSIDE AIR RELATIVE HUMIDITY RETURN AIR TEMPERATURE UI 5 UI 6 UI 7 UI 8 UI 9 UI 10 UI 11 UI 12 UI 13 UI 14 UI 15 UI 16 RETURN AIR RELATIVE HUMIDITY SPARE SPARE SUPPLY FAN STATUS SUCTION PRESSURE A DISCHARGE PRESSURE A SPARE SPARE SPARE PHASE BROWN OUT MONITOR LIFE SAFETY Date 02 01 2022 System Designer Kirk Patton DIGITAL OUTPUTS DO 1 DO 2 DO 3 DO 4 DO 5 DO 6 DO 7 DO 8 DO 9 DO 10 AO 1 AO 2 AO 3 AO 4 AO 5 AO 6 AO 7 AO 8 Project Name Fluent SUPPLY FAN ENABLE COMPRESSOR A ENABLE SPARE HEAT ENABLE SPARE REHEAT ENABLE SPARE SPARE SPARE SPARE ANALOG OUTPUTS SUPPLY FAN SIGNAL COMPRESSOR A SIGNAL HEAT SIGNAL CONDENSER 1 SIGNAL SAPRE REHEAT SIGNAL ECONOMIZER SIGNAL JACE2WATT This is unitary equipment wiring that does not go in an enclosure instead it gets mounted directly in the AAON equipment Please note the system names at the top of the IO module

Wiring Narrative Enclosure Wiring Narrative BACnet mstp cable 18 gauge 3 conductor shielded stranded ran from the Flower Veg enclosure as a daisy chain to AC 1 AC 2 AC 3 AC 4 BACnet mstp cable 18 gauge 3 conductor shielded stranded ran from the Flower Veg enclosure as a daisy chain to AC 5 AC 6 BACnet mstp cable 18 gauge 3 conductor shielded stranded ran from the Flower Veg enclosure as a daisy chain to AC 7 AC 8 AC 9 AC 10 AC 11 BACnet mstp cable 18 gauge 3 conductor shielded stranded ran from the Flower Veg enclosure to the Irrigation Enclosure BACnet mstp cable 18 gauge 3 conductor shielded stranded ran from the Flower Veg enclosure to the BAS Enclosure CAT V cable with a T 568B termination on each end ran from AC 11 to AC 7 CAT V cable with a T 568B termination on each end ran from AC 10 to AC 7 CAT V cable with a T 568B termination on each end ran from AC 9 to AC 7 CAT V cable with a T 568B termination on each end ran from AC 8 to AC 7 CAT V cable with a T 568B termination on each end ran from AC 7 to Flower Veg Enclosure CAT V cable with a T 568B termination on each end ran from Flower Veg Enclosure to the Irrigation Enclosure CAT V cable with a T 568B termination on each end ran from Flower Veg Enclosure to the BAS Enclosure Grow Room Suspended Sensors 12 sets of sensors to be installed and located by others each set is a combination temperature humidity CO2 sensor BACnet mstp cable 18 gauge 3 conductor shielded stranded ran as a daisy chain with one end termination at the Flower Veg Enclosure Power supply required at the sensors is 24vac will be powered off the Flower Veg enclosure Veg Room Suspended Sensors 4 sets of sensors to be installed and located by others each set is a combination temperature humidity CO2 sensor BACnet mstp cable 18 gauge 3 conductor shielded stranded ran as a daisy chain with one end termination at the Flower Veg Enclosure Power supply required at the sensors is 24vac will be powered off the Flower Veg enclosure Date 02 01 2022 System Designer Kirk Patton Project Name Fluent

The Red Arc is 24 VAC power supply cabling 18 gauge 2 conductor The Blue Arc is BACnet mstp cabling 18 gauge 3 conductor shielded stranded daisy chain FLOWER VEG ENCLOSURE The Lavender Arc is CATV or great cabling with a T 568B termination individual run Surface mounted Temp RH CO2 sensors location determined by others BAS ENCLOSURE

FLOWER VEG ENCLOSURE BAS ENCLOSURE The Blue Arc is BACnet mstp cabling 18 gauge 3 conductor shielded stranded daisy chain The Lavender Arc is CATV or great cabling with a T 568B termination individual run