Point Mapping Table - Metasys - LIT 12014068 - Equipment Controller - BELIMO 6-way EPIV - 1.0

Generic SA Bus for BELIMO 6-way EPIV integration Application Note

Brand
Metasys
Product name
BELIMO 6-way EPIV
Document type
Application Note
Document number
LIT 12014068
Version
1.0
Revision date
2022-06-20
Product status
Active
Language
English

Table 3 shows the list of data points available that can be mapped into the Equipment Controller for 6-way EPIV devices. The table consists of the following columns:

  1. BACnet object

    The ID of a mapped BACnet object.

  2. Name

    The name of the data point in CCT.

  3. Description

    The description of the data point in CCT.

  4. Input/Output

    The type of data point in CCT: In indicates Input. Out indicates Output

  5. Access

    Access to data point: R indicates Read Only. W indicates Write Only. R/W indicates Read/Write. In case of R/W the data point can be added to Miscellaneous inputs using EasyCAF tool.

  6. Value type

    The type of data.

  7. Update rate

    How often the data point is polled for the value on SA Bus.

  8. Measuring System

    Measuring System in CCT: Imp indicates imperial measurements. Met indicates metric measurements.

  9. Engineering unit

    Engineering unit of data point dependently on Measuring System. In case of enumerated value, this column shows enumeration ID enclosed in { }. For details of enumeration set see Table 4. Enumeration ID is used only as a link between Table 3 and Table 4

  10. Appl.

    Points belonging to the same application (marked with symbol). Header of the column contains application ID. For details of application see Table 5. Application ID is used only as a link between Table 3 and Table 5.

A BACnet object can be mapped in the package more than once forming a group of items in the list of data points. The group is highlighted with the same background in Table 3. None or only one point from the group can be selected.

Points

Table 1. Data points for 6-way EPIV package

BACnet

object

Name Description Input/Output Access Value type Update rate

Measuring

system

Engineering

Unit

Appl.
A
AI1 RelPos Relative Position in % In R Float 5 s Imp %
Met %
AI2 AbsPos Absolute Position in degree In R Float 5 s Imp °
Met °
AI5 SpAnalog_V Setpoint Analog in V In R Float 5 s Imp V
Met V
AI10 RelFlow Relative Flow in % In R Float 5 s Imp %
Met %
AI13 AbsFlow_gpm Absolute Flow in gpm In R Float 5 s Imp gpm
Met gpm
AI15 AbsFlow_lh Absolute Flow in l/h In R Float 5 s Imp l/h
Met l/h
AI19 AbsFlow_UnitSel Absolute Flow in selected unit In R Float 5 s Imp
Met
AI109 SpAbsFlow_UnitSel Setpoint Absolute Flow in selected unit In R Float 5 s Imp
Met
AO1 SpRel Setpoint Relative in % Out R/W Float 5 s Imp %
Met %
AV99 Vmax1 Maximum Flow Limit 1 in % In R Float 5 s Imp %
Met %
AV99 Vmax1 Maximum Flow Limit 1 in % Out R/W Float 5 s Imp %
Met %
AV100 Vmax2 Maximum Flow Limit 2 in % In R Float 5 s Imp %
Met %
AV100 Vmax2 Maximum Flow Limit 2 in % Out R/W Float 5 s Imp %
Met %
AV102 Vnom_gpm Nominal Flow in gpm In R Float 5 s Imp gpm
Met gpm
AV115 Vnom_lh Nominal Flow in l/h In R Float 5 s Imp l/h
Met l/h
AV119 Vnom_UnitSel Nominal Flow in selected unit In R Float 5 s Imp
Met
BI101 SummaryStatus Summary Status In R Bool 5 s Imp OK Fault
Met OK Fault
MI1 ActSequence Active Sequence In R Enum 5 s Imp {ASEQ}
Met {ASEQ}
MI103 StatusSensor Status Sensor In R Enum 5 s Imp {STSNS}
Met {STSNS}
MI104 StatusFlow Status Flow In R Enum 5 s Imp {STFLW}
Met {STFLW}
MI105 StatusMedia Status Media In R Enum 5 s Imp {STMED}
Met {STMED}
MI106 StatusActuator Status Actuator In R Enum 5 s Imp {STACT}
Met {STACT}
MO1 Override Override Control Out R/W Enum 5 s Imp {OVR}
Met {OVR}
MV100 ControlMode Control Mode In R Enum 5 s Imp {CTRL}
Met {CTRL}
MV100 ControlMode Control Mode Out R/W Enum 5 s Imp {CTRL}
Met {CTRL}
MV121 UnitSelFlow Unit Selection Flow In R Enum 5 s Imp {UFLW}
Met {UFLW}
MV121 UnitSelFlow Unit Selection Flow Out R/W Enum 5 s Imp {UFLW}
Met {UFLW}
MV122 SpSource Setpoint Source In R Enum 5 s Imp {SPSRC}
Met {SPSRC}
MV122 SpSource Setpoint Source Out R/W Enum 5 s Imp {SPSRC}
Met {SPSRC}

Enumerations

Table 2. Enumeration sets for 6-way EPIV package
Enum ID Text 1 Inactive Text 2 Active Text 3 Text 4 Text 5 Text 6 Text7
{ASEQ} Sequence 1 Sequence 2 Dead Band        
{OVR} None Seq1 Open Seq2 Open Close Seq1 Vmax Seq2 Vmax  
{UFLW} cu meter/s cu meter/h L/s L/min L/h gpm cfm
{SPSRC} Analog Bus  
{CTRL} PosCtrl FlowCtrl  
{STSNS} OK Not OK  
{STMED} OK Airbubbles  
{STFLW} OK Flow not reached Flow in closed pos  
{STACT} OK Actuator cant move Gear disengaged  
{ASEQ} Sequence 1 Sequence 2 Dead Band  
{OVR} None Seq1 Open Seq2 Open Close Seq1 Vmax Seq2 Vmax  
{UFLW} cu meter/s cu meter/h L/s L/min L/h gpm cfm
{SPSRC} Analog Bus  

Applications

Table 3. Applications for 6-way EPIV package
Application ID Application name Comment
A Default Default application

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