Envision Peripherals IM1609 08, IM1609 10 installation manual BACNet, BACnet Point Description

Page 38

ENVISION CONSOLE INSTALLATION MANUAL

Envision Console Controls

BACNet

 

 

 

 

 

BACnet

 

Point Description

 

Object Identifier

 

Property

Full Reference

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)

 

 

 

 

 

 

 

 

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

 

 

 

 

 

 

 

 

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

Analog Input

 

0

9

Present_Value

 

85

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

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)

 

37

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Contents Envision Console Installation Manual Page Table of Contents Model Nomenclature NC CRefrigerant Systems General Installation InformationSafety Considerations Moving and StorageDimensional Data Flat Top Cabinet NCW09-18NCS09-18 Dimensional Data Slope Top CabinetConfiguration Slope TopExt. Slope Top Dimensional Data Extended Slope Top CabinetNCE09-18 Dimensional Data Right Return Controls Detail Dimensional Data Right Return Chassis Dimensional Data Left Return Controls Detail Dimensional Data Left Return Chassis #Installation Steps Mark Unit PositionProvide Water and Condensate Drain Connections Pipe LocationsFinal Electrical Connection Provide Line Voltage WiringChassis Installation Final Water ConnectionField Converting Console Top view Side viewGround Source Loop System Checkout System Cleaning and FlushingCleaning and Flushing Open Loop Ground Water Systems Water QualityAuxiliary Heat Ratings Microprocessor Remote Thermostat WiringElectrical Connections GeneralUnit Electrical Data Fan Performance DataWiring Schematic 208-230-265/60/1CCM w/EH Electronic Thermostat 208-230-265/60/1 Control ModuleLED Display Mode Table 208-230-265/60/1 Schematic a Versatec Control EH & Remote Wall ThermostatFX10 EH 208-230-265/60/1 PSCStandard CCM Control Features Envision Console ControlsOptional Versatec Microprocessor Control Features Logic Board DIP Switch Settings Control Tables for Optional Versatec MicroprocessorOptional FX10 Control Optional FX10 Microprocessor and BAS Interface Control Timing & Fault Recognition DelaysStandard Features Zone SensorsControl and Safety Feature Details Sequence of OperationCompressor Minimum On Delay Random Start DelayCompressor Fixed On Delay Time Compressor Short Cycle Delay TimeInputs & Outputs Configuration Control AccessoriesInfo Status Temps Outputs Settings FX10 User Interface MUI Physical Layout Login Required N2 Open LonWorks LonWorks Point DescriptionBACNet BACnet Point DescriptionAnalog Output Type BACnet VariablesAnalog Input Type Analog Value TypeMultistate Input Type Multistate Output TypeEmergency Electric Resistance Heat Hydronic Loop Controller for Boiler/Tower InstallationsUnit Startup Notes Electrical DisconnectStartup Steps Unit Startup Checklist / Unit Startup StepsBefore Powering Unit, Check The Following Single Speed Models Unit Operating ParametersUnit Operating Limits Startup/Troubleshooting Form Pressure Drop Water Coil Maintenance Preventive MaintenanceReplacement Procedures Other MaintenancePage Envision Series Console

IM1609 10, IM1609 08 specifications

Envision Peripherals has carved a niche in the realm of advanced display technology, and its IM1609 10 and IM1609 08 models are no exception. These cutting-edge monitors are designed to meet a wide array of professional needs while delivering outstanding performance and visual clarity.

One of the standout features of the IM1609 10 is its impressive 16:9 aspect ratio and full HD resolution. This setup ensures that users receive crisp and vibrant visuals, whether they're working on intricate designs, analyzing data, or enjoying multimedia content. The IM1609 08 shares similar visual capabilities, making both models ideal for professionals in graphic design, video editing, and other visually intensive fields.

Both displays incorporate advanced LED backlight technology, which not only enhances color accuracy but also contributes to energy efficiency. Users can expect deeper blacks and brighter whites, resulting in a more dynamic visual experience. Furthermore, the IM1609 series features wide viewing angles, allowing multiple users to view the screen simultaneously without loss of quality or color distortion.

In terms of connectivity, the IM1609 10 and IM1609 08 come equipped with a range of ports, including HDMI, DisplayPort, and USB-C. This versatility ensures seamless integration with various devices, from laptops and desktops to media players and more. The USB-C port also allows for quick data transfer and charging options, catering to the needs of modern tech users.

Ergonomics is another key characteristic of the IM1609 series. With adjustable stands that allow for height, tilt, and swivel adjustments, users can customize their viewing experience for maximum comfort, reducing neck and eye strain during long working hours.

Additionally, the IM1609 monitors feature built-in blue light filters and flicker-free technology, which help to create a healthier viewing environment by minimizing eye fatigue. This consideration for user well-being is increasingly important in today’s tech-driven world, especially for professionals who spend significant time in front of screens.

Overall, Envision Peripherals’ IM1609 10 and IM1609 08 models represent the company’s commitment to blending performance, usability, and comfort into one seamless package. Whether for professional or personal use, these monitors deliver exceptional quality, making them a noteworthy addition to any workspace.
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