Envision R-410A Residential Installation Manual Download Page 38

37

ENVISION CONSOLE INSTALLATION MANUAL

Object Type

Type Enumeration

Instance

Name

Enumeration

Analog Value

2

1

Present_Value

85

WFI##########.Occupied Cool.Present_Value

Occupied Cooling Setpoint Input (Read/Write)

Standby Cooling Setpoint Input (Read/Write)

Analog Value

2

2

Present_Value

85

WFI##########.Unoccupied Cool.Present_Value

Unoccupied Cooling Setpoint Input (Read/Write)

Analog Value

2

3

Present_Value

85

WFI##########.Occupied Heat.Present_Value

Occupied Heating Setpoint Input (Read/Write)

Standby Heating Setpoint Input (Read/Write)

Analog Value

2

4

Present_Value

85

WFI##########.Unoccupied Heat.Present_Value

Unoccupied Heating Setpoint Input (Read/Write)

Minimum Cooling Setpoint Input (Read/Write)

Maximum Heating Setpoint Input (Read/Write)

Analog Input

0

1

Present_Value

85

WFI##########.Space Temp.Present_Value

Space or Zone Temperature Value (Read Only)

Analog Input

0

2

Present_Value

85

WFI##########.Discharge Air Temp.Present_Value

Discharge Air Temp

 Field Supplied Only

 (Read Only)

Analog Input

0

3

Present_Value

85

WFI##########.Effective Clg Setpt.Present_Value

Effective Cooling Setpoint Value (Read Only)

Analog Output

1

4

Present_Value

85

WFI##########.Space temp Ovrd.Present_Value

Space or Zone Temperature Value Override(Write)

Analog Input

0

4

Present_Value

85

WFI##########.Effective Htg Setpt.Present_Value

Effective Heating Setpoint Value (Read Only)

Analog Value

2

9

Present_Value

85

WFI##########.Dehumidify Setpt.Present_Value

Dehumidification Setpoint (Read/Write)

Analog Value

2

10

Present_Value

85

WFI##########.Low Temp Limit Adj.Present_Value

Heating Freeze Protection Temperature Setpoint Value (Read/Write)

Heating Freeze Protection Temperature Setpoint Value (Read/Write)

1st Stage Compressor Heating Output (Read Only)

1st Stage Compressor Cooling Output (Read Only)

Fan Output (Read Only)

Multistate Input

13

2

Present_Value

85

WFI##########.Mode.Present_Value

Unit Mode of Operation (Read Only)

Unit Alarm mode (Read Only)

Heating/Cooling Prop Band Input (Read/Write)

Analog Value

2

6

Present_Value

85

WFI##########.Remote Setpt Span.Present_Value

Warm/Cool Adjust Span (Read/Write)

Analog Value

2

7

Present_Value

85

WFI##########.Remote Setpt Bias.Present_Value

Warm/Cool Adjust Offset Value (Read/Write)

Analog Value

2

8

Present_Value

85

WFI##########.Space Temp Offset.Present_Value

Space or Zone Temperature Sensor Calibration Input (Read/Write)

Analog Output

1

1

Present_Value

85

WFI##########.Space Setpoint.Present_Value

General Setpoint Input (Read/Write)

Analog Input

0

6

Present_Value

85

WFI##########.Water Coil Temp.Present_Value

Heating Freeze Sensing Temperature Value (Read Only)

Analog Input

0

7

Present_Value

85

WFI##########.Low Temp Limit.Present_Value

Heating Freeze Sensing Temperature Setpoint Value (Read Only)

Analog Input

0

9

Present_Value

85

WFI##########.Alarms Enumerated.Present_Value

Alarms Enumerated [0=no alarms, 1=condensate alarm, 2=Compressor Hi Discharge 

Pressure alarm, 3=Compressor low Suction Pressure alarm, 4=Freeze sensing 

alarm, 8=Faulty Freeze Sensor alarm,

9=Loss of Charge]

 (Read Only)

Analog Input

0

8

Present_Value

85

WFI##########.ECM Cmd Output.Present_Value

ECM PWM Control signal value (Read Only)

Analog Output

1

2

Present_Value

85

WFI##########.ECM Fan Ovrd.Present_Value

ECM PWM Control signal Override (Read/Write)

Analog Input

0

5

Present_Value

85

WFI##########.Space Humidity.Present_Value

Space Humidity value (Read Only)

Analog Output

1

3

Present_Value

85

WFI##########.AO2 Override.Present_Value

Spare PWM Output AO2 Command (Write)

Analog Input

0

10

Present_Value

85

WFI##########.AO2 Value.Present_Value

Spare PWM Output AO2 Value (Read Only)

Analog Value

2

5

Present_Value

85

WFI##########.Temporary Occ Time.Present_Value

Temporary Occupancy Time Period Input (Read/Write)

Multistate Input

13

1

Present_Value

85

WFI##########.Effective Occupancy.Present_Value

Effective Occupancy State (Read Only)

Multistate Output

14

1

Present_Value

85

WFI##########.Occupancy Command.Present_Value

Occupancy Override Command Input (Read/Write)

Multistate Output

14

6

Present_Value

85

WFI##########.Emergency Override.Present_Value

Emergency Override Input (Read/Write)

Binary Input

3

1

Present_Value

85

WFI##########.Fan Cmd Status.Present_Value

Fan Output Status (Read Only)

Binary Input

3

6

Present_Value

85

WFI##########.Accessory 2 Output.Present_Value

Accessory 2 Output Status (Read Only)

Binary Input

3

5

Present_Value

85

WFI##########.Accessory 1 Output.Present_Value

Accessory 1 Output Status (Read Only)

Binary Input

3

8

Present_Value

85

WFI##########.Alarm Status.Present_Value

Alarm Output Status (Read Only)

Multistate Output

14

7

Present_Value

85

WFI##########.Alarm Reset.Present_Value

Alarm Reset Input (Read/Write)

Multistate Output

14

2

Present_Value

85

WFI##########.Fan Command (G).Present_Value

Network equivelant of a thermostatic 'G' call. (Write)

Multistate Output

14

3

Present_Value

85

WFI##########.Compressor Cmd (Y1).Present_Value

Network equivelant of a thermostatic 'Y1' call. (Write)

Multistate Output

14

3

Present_Value

85

WFI##########.Compressor Cmd (Y2).Present_Value

Network equivelant of a thermostatic 'Y2' call. (Write)

Binary Input

3

4

Present_Value

85

WFI##########.Reversing Valve.Present_Value

Reversing Valve Output Status (Read Only)

Occupancy Supervisory Scheduler Command Input (Read/Write)

Compressor/Fan Proving Switch Status (Read Only)

Binary Input

3

7

Present_Value

85

WFI##########.Dirty Filter (BI-12).Present_Value

Dirty Filter Switch Status (Read Only)

Binary Input

3

3

Present_Value

85

WFI##########.Comp Hi Capacity Cmd.Present_Value

Compressor Hi Capacity Command Status (Read Only)

Multistate Output

14

8

Present_Value

85

WFI##########.Emergency Heat BO5.Present_Value

Command for output BO5 used for Emg Heat-Interlocked with Fan DP9Read/Write)

Multistate Output

14

9

Present_Value

85

WFI##########.BO9.Present_Value

Command for output BO9(Read/Write)

Binary Input

3

9

Present_Value

85

WFI##########.BO5 Output.Present_Value

Value output for BO5 used for Emg Heat (Read Only)

Binary Input

3

10

Present_Value

85

WFI##########.BO9 Output.Present_Value

Value output for BO9 (Read Only)

Multistate Output

14

10

Present_Value

85

WFI##########.Dehum Cmd.Present_Value

Dehumidification command-like a Humidistat (Read/Write)

Point Description

Object Identifier

Property

BACnet

Full Reference

BACNet

Envision Console Controls

Summary of Contents for R-410A Residential

Page 1: ...formation Water Piping Connections Electrical Startup Procedures Troubleshooting Preventive Maintenance Envision Console Installation Manual Geothermal Water Source Heat Pumps R 410A Refrigerant 0 75...

Page 2: ......

Page 3: ...Ground Water Systems 17 Electrical Connections 18 Auxiliary Heat Ratings 18 Unit Electrical Data 19 Fan Performance Table 19 Wiring Schematics 20 24 Envision Console Controls 25 39 Unit Startup Notes...

Page 4: ...Range 3 No Coating Extended Range Piping Option 4 No Coating Standard Range L Left R Right N A with chassis only Sound Kit A None Voltage B Blanket 0 208 230 60 1 2 265 60 1 Auxilliary Electric heat...

Page 5: ...the packag ing if necessary Units in question should also be internally inspected If any damage is noted the carrier should make the proper notation on the delivery receipt acknowledging the damage Wa...

Page 6: ...3 3 49 1 11 8 4 3 cm 127 0 31 1 65 2 23 4 88 9 15 6 8 3 124 7 29 8 10 9 09 12 15 18 4 0 5 7 8 1 3 2 6 47 B3 0 193B 47 B3 0 193B 756B 3BC B 4 B 34B 3BC 23B 7 0 BE7AB 3FB3 232 B 0 0 19 2 4 B6 C B7 B 0...

Page 7: ...1 2 5 49 1 11 8 4 3 cm 127 0 32 0 73 9 23 4 88 9 15 6 6 4 124 7 29 8 10 9 09 12 15 18 3 D3 AB71 AB 7 4 0 93 B 0 2 3 13 0 93 3253 4 35 A A6 E 6 7 8 1 4 3 2 5 0 756B 3BC B 4 B 34B 3BC 23B 7 0 BE7AB 3FB3...

Page 8: ...6 6 1 124 7 30 5 10 9 in 55 0 12 6 29 1 9 2 35 0 6 1 2 5 54 1 11 8 4 3 cm 139 7 32 0 73 9 23 4 88 9 15 6 6 4 137 4 29 8 10 9 09 12 15 18 47 B3 0 193B 47 B3 0 193B 2 3 1 6 7 8 4 0 5 0 756B 3BC B 4 B 3...

Page 9: ...2 4 1 7BG 0 B6 A723A 3 31B 71 63 B 23 0 7 3 3AA AE7B16 B7 4 B7 AE7B16 B7 0 19 B3 3 C7 32 4 2 3 7 AB B7 CBA723 7 2 3 B7 473 2 7 AB 32 E D B 53 B3 7 A 4F 3 B3 E AB B B7 A G B7 4CA32 4CA32 27A1 31B B7 0...

Page 10: ...47 B3 1 B 3 1 23 A B3 2 7 1 31B7 E B3 CB 4 B E B3 7 4 B B7 0 19 B3 1 3AA 113AA 3 2 3 3 7 5 1 0 E3 113AA 3 1 3AA 113AA 3 47 B3 1 B 3 1 23 A B3 2 7 1 31B7 E B3 CB 4 B E B3 7 4 B B7 0 19 B3 1 3AA 113AA 3...

Page 11: ...D3A B7 6 A3 97BA 1 23 A B3 2 7 1 31B7 47 B3 6 2G 0 F B7 3 31B 71 63 B B7 0 19 B3 3 C7 32 4 2 3 7 AB B7 CBA723 7 2 3 B7 473 2 7 AB 32 1 B 3 3 D3 4 113AA B 1 B 0 F 2 3 44 AE7B16 1 3AA 113AA 3 3 D32 4 1...

Page 12: ...47 B3 1 B 3 1 23 A B3 2 7 1 31B7 E B3 CB 4 B E B3 7 4 B B7 0 19 B3 1 3AA 113AA 3 2 3 3 7 5 1 0 E3 113AA 3 1 3AA 113AA 3 47 B3 1 B 3 1 23 A B3 2 7 1 31B7 E B3 CB 4 B E B3 7 4 B B7 0 19 B3 1 3AA 113AA...

Page 13: ...ate mounting height is increased by the thickness of the shims used Position backplate in desired equipment location To further reduce the operating sound level of the unit 1 8 inch thick rubber matti...

Page 14: ...o the units An air vent must be installed in the water distribution system The supply and return water piping should be run through the wall or floor penetration and terminate with a ball valve The pi...

Page 15: ...should be installed on both the supply and return water lines of the unit Flow control valves should be installed on the water discharge line It is recommended that P T ports be installed on the suppl...

Page 16: ...inet repositioning pieces 4 1 2 and 3 into the locations directly opposite the original positions Secure by replacing mounting brackets Note Be sure that louvers on the grille assembly are facing the...

Page 17: ...rotect the sys tem from dirty water conditions Dirty water will result in system wide degradation of performance and solids may clog valves strainers flow regulators etc Additionally the heat exchange...

Page 18: ...pliance in your area Note For open loop groundwater systems or systems that do not contain an antifreeze solution set SW1 Switch 2 to the WELL position Refer to the Dip Switch Field Selection table Sl...

Page 19: ...L S X2 X1 W2 Field Connections Unit Connections 24 VAC COMMON COMPRESSOR REVERSING VALVE FAN LOCKOUT SIGNAL SHUTDOWN NIGHT SETBACK LOAD SHED Requires common connections or 24 VAC for activation Red Bl...

Page 20: ...500 fpm by 0 16 in wg Unit Electrical Data Model Rated Voltage Voltage Min Max Compressor Fan Motor FLA Total Unit FLA Min Circ Amp Max Fuse HACR MCC RLA LRA 09 208 230 60 1 197 253 6 4 4 1 21 0 0 50...

Page 21: ...White 20 Orange 14 Orange 21 Black 29 Red 30 Black Black 12 White 18 Red 11 Red 19 Red 17 24 V Accessory 24VAC Shutdown Red 15 Red 16 NOTE 1 T ST CC Compressor Contactor HP High Pressure Switch LP Low...

Page 22: ...ack 27 RB 4 2 5 Red EH T2 T1 L2 White White L1 EH Normal RV DT ON OFF Damper Sw Damper Motor D Fan Mode Sw 4 5 2 E1 E1 AQ Blk Wht 24 Blk Wht 23 Black 22 White 18 Blue T6 NOTE 2 3 1 RB 3 1 Black 37 Blu...

Page 23: ...ated ON Current fault or Output display mode activated Normal Standard timings Well Open loop freeze sensing setting 30 F Normal Unit status display Normal Standard thermostat operation Normal Standar...

Page 24: ...g information for specific thermostat hookup instructions Red Black 25 RB Gray 42 White 28 Black 29 Red 30 Damper Motor Off On DAMPER MODE DT D Blue Wht 35 MV Black 31 Red 32 Handi Box Ground Lug Unit...

Page 25: ...eeze protection Field Zone Sensor Wiring 3 Acc 1 output is cycled with the compressor 4 Acc 2 output is cycled with the fan 5 R C Y1 O and G inputs are for use with a wall mounted thermostat A23 A13 A...

Page 26: ...tional Medium User Interface MUI can be used as a field service tool Standalone Unit Mounted Digital Dial Sensor Remote Mounted Standard Thermostat Remote Mounted Sensor FX10 w N2 FX10 Control functio...

Page 27: ...he Versatec microprocessor board provides control of the entire unit as well as outputs for status modes faults and diagnostics The control system is a microprocessor based control board that is locat...

Page 28: ...e sensing fault bypass delay 2 minutes Power on delay 5 minutes Normal Control Timing Operational Logic Blower off delay 5 seconds Compressor on delay 2 seconds Short cycle delay 15 seconds Miniumum c...

Page 29: ...r Coil Low Temperature Freeze Sensing Condensate overflow sensing Lockout mode control Emergency shutdown mode Random start and short cycle protection Short Cycle Protection Allows a minimum compresso...

Page 30: ...talled emergency heat in the event that the compressor is locked out This input can also be commanded on from a BAS as needed An alarm history can be viewed through the MUI and will be held in memory...

Page 31: ...or becomes unreliable at any time compressor operation will immediately be suspended until the problem is corrected This should be displayed as an alarm on the BAS and the MUI This alarm will be repor...

Page 32: ...capacity for a minimum of 30 seconds before the full capacity com pressor output can be enabled During low capacity compressor operation the ECM2 blower will operate in medium speed and will operate...

Page 33: ...arm History Reporting If a fault occurs the fault will be recorded in history for display on the medium user interface in the History Menu Each fault type will be displayed in the history menu with a...

Page 34: ...ter to Air Welcome Info Status Temps Outputs Settings Maint Alarms Alm History WFI Envision Series PROFXENV XX 3 8 07 Info Run Mode Auto Eff Occup y Occ Y1 Input OFF Y2 Input OFF G Input OFF O Input O...

Page 35: ...p 0 Bad Sensor 0 Alm History NOTE This FX10 application implements an alarm history which is reset only by cycling power This history shows on the Alm History page Any alarm showing 4 events has occur...

Page 36: ...ting Freeze Sensing Temperature Value Read Only ADF 40 nvoHtgFrzSetpt Heating Freeze Sensing Temperature Setpoint Value Read Only ADF 41 nvoAlarms Alarms Enumerated 0 no alarms 1 condensate alarm 2 Co...

Page 37: ...Compressor low Suction Pressure alarm 4 Freeze sensing alarm 8 Faulty Freeze Sensor alarm 9 Loss of Charge Read Only nvoPWMOut SNVT_volt 44 ECM PWM Control signal value Read Only nvoECMOvrd SNVT_volt...

Page 38: ...9 Loss of Charge Read Only Analog Input 0 8 Present_Value 85 WFI ECM Cmd Output Present_Value ECM PWM Control signal value Read Only Analog Output 1 2 Present_Value 85 WFI ECM Fan Ovrd Present_Value...

Page 39: ...network to send space temperature values to the heat pump controller volatile these will supersede any temperature sensor connected to the space temperature Analog Input Analog Value Type 2 2 1 Occupi...

Page 40: ...k command equivalent of a thermostatic G call 14 3 Compressor Cmd Y1 Write allows a network command equivalent of a thermostatic Y1 call 14 4 Compressor Cmd Y2 Write allows a network command equivalen...

Page 41: ...able in five models with equipment rated fuses to provide addi tional circuit protection The fuses are panel mounted to allow easy inspection and removal without removing the cover on the disconnect C...

Page 42: ...ng setpoint must be set below room temperature 3 Be sure that the compressor and water control valve or loop pump s are activated 4 Verify that the water flow rate is correct by measuring the pressure...

Page 43: ...rmance based on entering air temperatures of 80 F DB 67 F WB Heating performance based on entering air temperature of 70 F DB Operating Limits F C F C Air Limits Min Ambient Air 45 7 2 45 7 2 Rated Am...

Page 44: ...85 for water antifreeze x T Note DO NOT hook up pressure gauges unless there appears to be a performance problem Line Voltage Loop Open Unit Amp Draw Closed COAX SOURCE HEATING CYCLE ANALYSIS EXPANSIO...

Page 45: ...09 1 2 1 0 0 9 0 8 0 7 0 6 1 8 2 3 2 2 2 0 1 9 1 8 2 5 3 8 3 7 3 5 3 3 3 1 12 1 5 0 9 0 8 0 7 0 6 0 5 2 3 1 7 1 5 1 4 1 3 1 1 3 5 3 0 2 7 2 5 2 4 2 2 15 2 0 1 7 1 6 1 5 1 4 1 3 3 0 3 3 3 2 3 0 2 9 2...

Page 46: ...ssure Note On open loop systems if the installation is in an area with a known high mineral content 125 PPM or greater in the water it is best to establish with the owner a periodic maintenance schedu...

Page 47: ......

Page 48: ...nace International Inc 9000 Conservation Way Fort Wayne IN 46809 www waterfurnace com WaterFurnace International Inc 9000 Conservation Way Fort Wayne IN 46809 9794 WaterFurnace has a policy of continu...

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