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BACNET® FIXED FUNCTION THERMOSTAT

31-00099—01

LIST OF MAIN DEVICE OBJECTS

Not accessed via the touchscreen. These are set up with default values.

Fan Control

Zone Control

Device Object Label

AV-39

Fan Speed Demand (Analog) %

AV-103

Outside Air Temp

AV-5

Fan Stop Delay (Sec)

AV-104

Space Temp from (BMS)

AV-82

Fan Runtime

AV-12

Supply Air Temp

AV-85

Medium Speed Fan Start SP

AV-123

Schedule Module

AV-86

Filter Runtime

AV-36

Space Temp used for PI Calc

AV-89

High Speed Fan Start SP

BV-124

System Auto Selected

BV-16 Filter

Alarm

BV-133

Enable Internal Schedule

BV-5

Fan Status

BV-32

Enable Remote Sensor (AI-2)

BV-59

Fan Auto - On

BV-4

In Standby Mode

BV-72

Fan 3 speed - Low

BV-40

Occupied Command

BV-73

Fan 3 speed - Medium

BV-47

Enable Remote Sensor (AI-0)

BV-74

Fan 3 speed - High

BV-56

Enable BMS Scheduling

BV-80

Enable Fan Speed Control

Heating and Cooling Signals

Compressor Control

AV-0 Heating

Signal

AV-21

Compressor 1 Starts

AV-1

Cooling Signal

AV-22

Compressor 2 Starts

AV-105

Sensed Humidity

AV-40

AC HP Mode Control

AV-13

Heating Valve Demand

AV-68

AC HP Compr Start Demand %

AV-18

AC-HP Compr. Min Off (mins)

AV-69

AC HP Compr Stop Demand %

AV-27

AC-HP Compr. Min On (mins)

AV-81

Runtime HP Comressor (App 10)

AV-41

Heat Signal Proportional Gain

AV-87

Runtime Cooling Stage 1

AV-42

Heating Signal Integral Gain

AV-88

Runtime Cooling Stage 2

AV-43

Cool Signal Proportional Gain

BV-21

Reverse Valve Action, 1 = cool

AV-44

Cooling Signal Integral Gain

BV-22

1 = Cooling Locked Out

AV-57

Calc. Compr. Off time (sec)

BV-27

1 = Heating Locked Out

AV-58

Calc. Compr. Cycle time (sec)

BV-6

HP Fun Request

AV-59

Calc. Compr. Mins on (sec)

BV-7

Fan Request (AC Cooling)

AV-8

Cooling Valve Demand

BV-31

WS HP Water Loop OK

AV-83

Runtime Heat Stage 1

Economizer Control

AV-84

Runtime Heat Stage 2

AV-10

Economizer Position

BV-1

1 = In Heating Mode

AV-63

Econ. Damper Stroke Time

BV-12

1 = Dehum Mode is On

AV-60

Supply Air Low temp Limit

BV-52

RH Fan Circ Cycle time (mins)

AV-66

Econ. Min. Position

BV-27

Heating Lockout

AV-11

Float Point Econ. Position

BV-28

Cooling Lockout

BV-20

Supply Air Low Limit Alarm

BV-24

Supply Temperature Valid

Occupancy/Standby

Residential Mode

BV-4

In Standby Mode

AV-129

Sets the number of occupancy periods,
2 = wake and sleep,
4 = wake, leave, return and sleep.

BV-63

Door Open

BV-62

No Motion Since Door Closed

NOTE:

This is a selection of some of the device objects.
For the full list refer to the BACnet FF Thermostat
System Engineering Guide, 31-00098.

BV-149

Wireless Installed

BV-67

Occupied

BV-60

Window/Door Open (Wireless)

BV-61

No Motion Since Dr Clsd (Wireless)

AV-20

Standby Delay (Sec)

BV-81

Hotel Mode

Содержание BACnet

Страница 1: ...rm No 31 00096 BACnet Fixed Function Thermostat WEBs AX Configuration Wizard Guide Form No 31 00097 BACnet Fixed Function Thermostat System Engineering Guide Form No 31 00098 TABLE OF CONTENTS Quick Lookup Application Selection Tables 2 Fan Coil Unit 4 Pipe Applications 2 Fan Coil Unit 2 Pipe Applications 2 Heat Pump Applications 3 Air Conditioning Unit Applications 3 Application 0 Heat Pump Air t...

Страница 2: ...for Economizer Control Required for Economizer Control Required for Economizer Control Required for Economizer Control Optional Occupancy Detection Optional via Standby Switch Optional Via Door Window Sensors or PIR Optional Via Door Window Sensors or PIR Optional Via Door Window Sensors or PIR Optional Via Door Window Sensors or PIR Condensate Alarm Optional No No No No Application 11 12 13 14 15...

Страница 3: ...tional Optional Optional Optional Supply Air Temp Sensor 10K Type II Thermistor Required for Economizer Control Required for Economizer Control Required for Economizer Control Required for Economizer Control Required for Economizer Control Occupancy Detection Optional Via Door Window Sensors or PIR Condensate Alarm Optional Optional Optional Optional Optional Application 4 5 Fan On Off or VFD On O...

Страница 4: ...as a sensor set the following parameters SINGLE STAGE ELECTRIC HEAT Inputs AI 0 Space Sensor or Outside Air Sensor optional AI 2 Supply Air Sensor optional required for economizer control BI 1 PIR Door Window Sensor optional BI 2 Condensate Sensor optional Outputs BO 0 Fan BO 1 Heat Pump Compressor BO 2 Reversing Valve BO 3 Electric Heat optional BO 4 Economizer Open optional for floating control ...

Страница 5: ...re is water flow To configure AI 0 as a sensor set the following parameters SINGLE STAGE ELECTRIC HEAT Inputs AI 0 Space Sensor or Outside Air Sensor optional AI 2 Supply Air Sensor optional required for economizer control BI 1 PIR Door Window Sensor optional BI 2 Condensate Sensor optional Outputs BO 0 Fan BO 1 Heat Pump Compressor BO 2 Reversing Valve BO 3 Electric Heat optional BO 4 Economizer ...

Страница 6: ...ctric heat is enabled when heating demand is 75 To configure AI 0 as a sensor set the following parameters TWO STAGES ELECTRIC HEAT Inputs AI 0 Space Sensor or Outside Air Sensor optional AI 2 Supply Air Sensor optional required for economizer control BI 1 PIR Door Window Sensor optional BI 2 Condensate Sensor optional Outputs BO 0 Fan BO 1 Heat Pump Compressor BO 2 Reversing Valve BO 3 Electric H...

Страница 7: ...g demand is 75 Set BV 31 to active by the BMS to indicate that there is water flow To configure AI 0 as a sensor set the following parameters TWO STAGES ELECTRIC HEAT Inputs AI 0 Space Sensor or Outside Air Sensor optional AI 2 Supply Air Sensor optional required for economizer control BI 1 PIR Door Window Sensor optional BI 2 Condensate Sensor optional Outputs BO 0 Fan BO 1 Heat Pump Compressor B...

Страница 8: ...65 To configure AI 0 as a sensor set the following parameters COMPRESSOR SINGLE STAGE ELECTRIC HEAT Inputs AI 0 Space Sensor or Outside Air Sensor optional AI 2 Supply Air Sensor optional required for economizer control BI 1 PIR Door Window Sensor optional BI 2 Condensate Sensor optional Outputs BO 0 Fan BO 1 Compressor BO 2 Not used BO 3 Electric Heat optional BO 4 Economizer Open optional for fl...

Страница 9: ... Set BV 31 to active by the BMS to indicate that there is water flow To configure AI 0 as a sensor set the following parameters TWO STAGE COMPRESSOR TWO STAGE ELECTRIC HEAT Inputs AI 0 Space Sensor or Outside Air Sensor optional AI 2 Supply Air Sensor optional required for economizer control BI 1 PIR Door Window Sensor optional BI 2 Condensate Sensor optional Outputs BO 0 Fan BO 1 Compressor Stage...

Страница 10: ... BV 12 BV 53 Use a 10K Type II Thermistor Sensor for AI 0 and AI 2 Inputs To configure AI 0 as a sensor set the following parameters THREE POINT FLOATING COOLING AND HEATING Inputs AI 0 Space Sensor or Outside Air Sensor optional AI 2 Supply Air Sensor optional required for economizer control BI 1 PIR Door Window Sensor optional BI 2 Condensate Alarm optional Outputs BO 0 Fan BO 1 Cooling Valve Op...

Страница 11: ...Use a 10K Type II Thermistor Sensor for AI 2 Input If the BACnet FF detects that the door or window contact is open during occupancy for a period longer than what is defined in the standby delay AV 20 it will put the unit into standby mode DOOR SENSOR THREE POINT FLOATING COOLING AND HEATING Inputs AI 2 Supply Air Sensor optional required for Economizer control BI 0 PIR Motion Sensor optional BI 1...

Страница 12: ...y air temperature BV 15 Humidity control can be enabled for un occupancy BV 12 BV 53 Use a 10K Type II Thermistor Sensor for AI 2 Input If the BACnet FF detects that the door or window contact is open during occupancy for a period longer than what is defined in the standby delay AV 20 it will put the unit into standby mode DOOR SENSOR LOW MEDIUM HIGH SPEED FAN TWO POSITION COOLING AND HEATING Inpu...

Страница 13: ...demand exceeds 75 Humidity control can be enabled for un occupancy BV 12 BV 53 Use a 10K Type II Thermistor Sensor for AI 2 Input If the BACnet FF detects that the door or window contact is open during occupancy for a period longer than what is defined in the standby delay AV 20 it will put the unit into standby mode DOOR SENSOR LOW MEDIUM HIGH SPEED FAN TWO POSITION COOLING AND HEATING WITH AUXIL...

Страница 14: ...53 Use a 10K Type II Thermistor Sensor for AI 2 Input If the BACnet FF detects that the door or window contact is open during occupancy for a period longer than what is defined in the standby delay AV 20 it will put the unit into standby mode To configure AI 0 as a sensor set the following parameters SINGLE STAGE ELECTRIC HEAT AND 3 SPEED FAN Inputs AI 0 Space Sensor or Outside Air Sensor optional...

Страница 15: ...10K Type II Thermistor Sensor for AI 2 Input If the BACnet FF detects that the door or window contact is open during occupancy for a period longer than what is defined in the standby delay AV 20 it will put the unit into standby mode LOW MEDIUM HIGH SPEED FAN THREE POINT FLOATING OR ANALOG COOLING OR HEATING REMOTE SPACE TEMPERATURE SENSOR Inputs AI 2 Space Temp Sensor optional BI 0 Motion Detecto...

Страница 16: ...nabled for un occupancy BV 53 If the BACnet FF detects that the door or window contact is open during occupancy for a period longer than what is defined in the standby delay AV 20 it will put the unit into standby mode DOOR SENSOR LOW MEDIUM HIGH SPEED FAN THREE POINT FLOATING OR ANALOG COOLING OR HEATING Inputs BI 0 Motion Detector PIR optional BI 1 Door Window Sensor optional BI 2 Main Door Sens...

Страница 17: ...trol can be enabled for un occupancy BV 53 Use a 10K Type II Thermistor sensor for the strap on water supply temperature DOOR SENSOR LOW MEDIUM HIGH SPEED FAN THREE POINT FLOATING OR ANALOG COOLING OR HEATING AND ELECTRIC HEATER Inputs BI 0 Motion Detector PIR optional BI 1 Door Window Sensor optional AI 2 Supply Water Temperature Sensor Outputs BO 0 Fan Low Speed BO 1 Fan Medium Speed BO 2 Fan Hi...

Страница 18: ... set at 2 Humidity control can be enabled for un occupancy BV 53 Use a 10K Type II Thermistor sensor for the strap on water supply temperature WATER TEMP SENSOR LOW MEDIUM HIGH SPEED FAN TWO POSITION OR ANALOG COOLING OR HEATING Inputs BI 0 Motion Detector PIR optional BI 1 Door Window Sensor optional AI 2 Supply Water Temperature Sensor Outputs BO 0 Fan Low Speed BO 1 Fan Medium Speed BO 2 Fan Hi...

Страница 19: ... speed deadband set at 2 Humidity control can be enabled for un occupancy BV 53 AV 23 is used to determine if the water temperature sensor AV 15 sourced from the BMS is to be utilized 0 No 1 cooling 2 heating LOW MEDIUM HIGH SPEED FAN 2 POSITION OR ANALOG COOLING OR HEATING Inputs BI 0 Motion Detector PIR optional BI 1 Door Window Sensor optional BI 2 Main Door Sensor optional Outputs BO 0 Fan Low...

Страница 20: ... 2 Humidity control can be enabled for un occupancy BV 53 Use a 10K Type II Thermistor sensor for the strap on water supply temperature LOW MEDIUM HIGH SPEED FAN 2 POSITION OR ANALOG COOLING OR HEATING AND ELECTRIC HEAT Inputs BI 0 Motion Detector PIR optional BI 1 Door Window Sensor optional AI 2 Supply Water Temperature Sensor Outputs BO 0 Fan Low Speed BO 1 Fan Medium Speed BO 2 Fan High Speed ...

Страница 21: ...the supply air temperature BV 15 Humidity control can be enabled for un occupancy BV 12 BV 53 Use a 10K Type II Thermistor Sensor for AI 2 Input To configure AI 2 as a sensor set the following parameters PIR SENSOR ANALOG COOLING AND HEATING THREE POINT FLOATING ECONOMIZER Inputs AI 2 Space Temperature Sensor Optional or could be a Supply Air Temperature Sensor required for economizer control BI 0...

Страница 22: ...POSITION THREE POINT FLOATING OR ANALOG COOLING OR HEATING VALVE ELECTRIC HEATER ON OFF OR VFD FAN Inputs BI 1 PIR Door Window Sensor optional AI 0 Supply Air Temperature AI 2 Supply Water Temperature Sensor Outputs BO 0 Fan On Off BO 1 Not Used BO 2 Cooling Heating Valve 2 Position Open Close BO 3 Cooling Heating Valve Open 3 Point Floating BO 4 Cooling Heating Valve Close 3 Point Floating BO 5 A...

Страница 23: ...ll CC AV 26 12 1 to 1440 AC HP Compressor Cycle Time mins 0 3 10 C0 AV 27 3 AC HP Compressor Minimum On Runtime mins 0 3 10 CF AV 18 3 AC HP Compressor Minimum Off Runtime mins 0 3 10 Hc AV 28 3 1 to 1440 Heating Stages Cycle Time mins if set to 0 or less this will disable heating 0 5 9 10 13 16 18 h0 AV 29 1 Heating Stages Minimum runtime mins 0 5 9 10 13 16 18 hF AV 80 60 Heating Stages Minimum ...

Страница 24: ...HP Comressor App 10 AV 41 Heat Signal Proportional Gain AV 87 Runtime Cooling Stage 1 AV 42 Heating Signal Integral Gain AV 88 Runtime Cooling Stage 2 AV 43 Cool Signal Proportional Gain BV 21 Reverse Valve Action 1 cool AV 44 Cooling Signal Integral Gain BV 22 1 Cooling Locked Out AV 57 Calc Compr Off time sec BV 27 1 Heating Locked Out AV 58 Calc Compr Cycle time sec BV 6 HP Fun Request AV 59 Ca...

Страница 25: ...BACNET FIXED FUNCTION THERMOSTAT 25 31 00099 01 ...

Страница 26: ...BACNET FIXED FUNCTION THERMOSTAT 31 00099 01 26 ...

Страница 27: ...BACNET FIXED FUNCTION THERMOSTAT 27 31 00099 01 ...

Страница 28: ...utomation and Control Solutions Honeywell International Inc 1985 Douglas Drive North Golden Valley MN 55422 customer honeywell com U S Registered Trademark 2016 Honeywell International Inc 31 00099 01 M S 05 16 Printed in United States ...

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