Migrating from SX Open to the Management Platform

Integration in Desigo is on the automation level with a mapping of third-party data points to BACnet objects. SX OPC is a configurable Gateway between subsystem and BACnet. The Desigo PX automation station as well as the Desigo Insight management station have access on the network to the integrated (third-party) data points.

Gateway OPC to BACnet

SX Open's primary tasks is to mapping values from third-party devices or systems, available via an OPC interface, to corresponding BACnet objects and their properties. The OPC item assignment to BACnet object/property must be configured in an Excel worksheet.

Mapping is bi-directions, i.e. it can also be commanded as needed from BACnet to OPC. On the OPC side, the interface data access DA is supported.

As unique feature is that the OPC values can be manipulated by intermediate function blocks prior to mapping to BACnet.

Mapping Signals and Functions

This can occur, on the one hand, for data conversion (signal mapping) or for calculated values (function mapping).

A tool maps the functions from arithmetic and logical operations and provides the information in the library file in collected form.

Alarm and Trend

SX Open supports the system functions alarm and trend.

Schedule

SX Open supports time switching local BACnet objects.

Desigo Insight Topology Examples

Desigo Insight and/or a third-party BACnet management station can be connected via the SX Open Gateway.

Direct integration of OPC in the Desigo CC management platform is easy as long as not third-party BACnet stations are connected. Direct integration in Desigo CC is not possible if there are other third-party BACnet stations. The reason is that the Desigo CC management platform is not designed to be a server and the SX Open device is no longer available. As a result, there is not exchange of data from and to the third-party BACnet station. In this case, you must first clarify with the customer, whether this third-party BACnet station is required. There can be no integration on the Desigo CC management platform if the third-party BACnet station is still required.

Technical Implementation

The selected technical solution calls for manually converting the existing SX Open configuration file to an OPC import file. After an OPC import:

• Data points must be supplemented with a script for forwarding to a BACnet device;
• Data points that have a system function (schedules or trend), must be manually set up in Desigo CC;
• The events set up in the OPC import file are checked.
• All other OPC data points can be used without additional processing (for example, display in the graphic) in Desigo CC.
• The three script examples are saved to a library. Only one script must be customized for migration.

Explanation:

• There are only one-way actions (OPC -> BACnet or BACnet -> OPC).
• The SX Open functions must be employed as needed.

Subscription

To an OPC or BACnet data point:

• In principle, a change of value to an OPC device starts a function that writes the changed value to the corresponding BACnet data point and vice-versa.
• The OPC/BACnet driver communicates automatically with the connected OPC or BACnet data point and the corresponding element of the OPC or BACnet devices. A subscription to an OPC or BACnet data point is all that is required to be able to react to a device change of value.

Polling

To an OPC or BACnet data point:

• Polling is performed with read/write in a time loop.
• This variant results in increased network load, since Desigo CC queries values at a relatively short interval. Using various polling cycles can optimize the network load.

The current SX Open configuration file must be available to migrate from SX Open to Desigo CC.

The corresponding information from the SX Open configuration file must be manually converted to an OPC import file. An OPC file template, OPC_ ConfigurationData_Ver1_1.csv , is available in folder [Installation Drive]:\[Installation Folder]\GMSMainProject\Profiles\OPCDataTemplate.

Assignment List: Data point type

The table displays the information available from columns C and J for the new data types.

Assignment: Notification Classes

Alarm type operators

You must set the following fields to configure a management alarm for a data point:

• AlarmClass: Alarm class for an alarm.
• Alarm Type: The condition for outputting an alarm, see table below.
• AlarmValue: The value or value range outputted for an alarm.
• EventText: The text displayed when outputted an alarm.
• NormalText: The text displayed when muting an alarm.
• UpperHysteresis: The upper limit for an alarm value, above which an alarm is generated.
• LowerHysteresis: The lower limit for an alarm value, under which an alarm is generated.

Fault Conditions for Management Station Alarms

• The following alarm type values are supported: EQ (equals), NE (not equal to), LT (less than), LE (less than or equal to), GT (greater than), GE (greater than or equal to), BET (between), NBET (not between).
• Only alarm type EQ (equals) is supported on binary (Boolean) points.
• Only one alarm can be indicated on binary (Boolean) points.

Array Response in System

Note the following on information in the SX Open conversion file for arrays: One SX Open array (consisting of multiple entries) is compiled and is only one entry for the Desigo CC configuration file.

Existing Array Response with SX Open

New Array Response with the Management Platform

The following codes are an example of how to use them instead of SX Open. The exact function application is described in the script as a comment.

///ApplicationView_Logics_Scripts_SXOpenMainScript.SXOpenMainScript.v=1_8.b=3_1_0021_0.10001.SX Open Main Script.

///ApplicationView_Logics_Scripts_SXOpenMainScript.SXOpenMainScript.v=1_8.b=3_1_0021_0.10001.SX Open Main Script.

// The Main Script is an example to show how to use the SX Open Replacement in Management Platform

// Version 1.8 (31.01.2019)

// Strict mode makes it easier to write "secure" code, introducing better error-checking

'use strict';

//---------------------------

//        SX Open Main Script

//---------------------------

/*

---------------------------------------------------------------------------------

Syntax of a subscription (3 lines):

----------------------------------

line 1:    // subscription 001 - SXAdd -> Parser.OPC01

line 2:    var result001 = subscribeValues(<objectReference>,<propertyNames>,<callback>,<initialValue>);

line 3:    function Opc2Bac001(object, values) {<Parser.OPCxxx>(object,<objectReference>,<"SX Open Function">,Param01[...Param40]);}

---------------------------------------------------------------------------------

-- Parser function are used in case of number of parameter ---------------

        Parser.OPCxx are used for OPC->BACnet

        Parser.BACxx are used for BACnet->OPC

-----------------------------------------

Parser.OPC00 is used for: SXBoolToMulti, SXMultiToBool

Parser.OPC01 is used for: SXAdd, SXBitPos, SXConst, SXDiv, SXEqual, SXMul, SXSubstract, SXWriteBit, SXDirect

Parser.OPC02 is used for: SXBetween, SXSelectBool, SXBitSet, SXScaleBAC

Parser.OPC03 is used for: SXAddLimiter, SXSelectVal1

Parser.OPC16 is used for: SXAvg

Parser.OPC32 for: SXIntToMulti, SXMulitToInt, SXMulitState2BstrHash, SXBstrHash2MultiState, SXIntFromBits

Parser.OPC40 is NOT IMPLEMENTED as this SX Open Function is not defined!!!

----------

Parser.BAC00 is used for; SXBoolToMulti, SXMultiToBool,

Parser.BAC01 is used for: SXAdd, SXBitPos, SXConst, SXDiv, SXEqual, SXMul, SXSubstract, SXWriteBit, SXDirect

Parser.BAC02 is used for: SXBetween, SXSelectBool, SXBitSet, SXScaleOPC

Parser.BAC03 is used for: SXAddLimiter, SXSelectVal1

Parser.BAC16 is used for: SXAvg

Parser.BAC32 for: SXIntToMulti, SXMulitToInt, SXMulitState2BstrHash, SXBstrHash2MultiState, SXIntFromBits

Parser.BAC40 is NOT IMPLEMENTED as this SX Open Function is not defined!!!

------------

Parser.SpecValue(Value, TargetObject, TargetProperty, ConsoleOutput) : to write a value to a defined property (e.g. LoLm/HiLm ...)

---------------------------------------------------------------------------------

*/

// the Parser contains function according the amount of parameters and give back the result of the "SX Open Function"

// Parser Script from ApplicationView

var Parser = include("SXOpenParser");

// Parser Script from SX OPEN library

// var Parser = include("SXOpenParser", "BA_Software_SXOPEN_1")

// ConsoleOutput is used to show the result of COV in the console of the Script Editor (true or false)

var ConsoleOutput = true;

// This TextGroups are used for different MultiState State-Text in the SXOpenFunction "SXMultiStateToBstrHash" ==>> see below Subscription 013

// The name of the text group contains the number defined in the Excel sheet for OPC configuration!

var TextGroup9160 = ["S1", "S2", "S3", "S4"]; // index implicit => [0, 1, 2, 3]

//============

// OPC -> BACnet with COV

//============

// Subscription 001a - SXAdd -> Parser.OPC01

var result001a = subscribeValues("System11.ManagementView:ManagementView.FieldNetworks.SXOpen.Server_Softing.CC2SX.CC_SXAdd_AI","Value", Opc2Bac001a, false);

function Opc2Bac001a(object, values) {Parser.OPC01(values.Value.value.value,"System11.ManagementView:ManagementView.FieldNetworks.MON1.Hardware.MON1'M1aB00.SXopen1'IO01'AVAL01" , "SXAdd", ConsoleOutput, 10);    }

// Subscription 001b - SXAdd -> Parser.OPC01

var result001b = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXAdd.CC_SXAdd_AV","Value", Opc2Bac001b, false);

function Opc2Bac001b(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Add.3" , "SXAdd", ConsoleOutput, 10);}

// Subscription 001c - SXAdd -> Parser.OPC01

var result001c = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXAdd.CC_SXAdd_MSI","Value", Opc2Bac001c, false);

function Opc2Bac001c(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Add.6" , "SXAdd", ConsoleOutput, 1);}

// Subscription 001d - SXAdd -> Parser.OPC01

var result001d = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXAdd.CC_SXAdd_MSV","Value", Opc2Bac001d, false);

function Opc2Bac001d(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Add.4" , "SXAdd", ConsoleOutput, 1);}

//============

// Subscription 002a - SXAddLimiter -> Parser.OPC03

var result002 = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXAddLimiter.CC_SXAddLimiter_AI","Value", Opc2Bac002a, false);

function Opc2Bac002a(object, values) {Parser.OPC03(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.AddLimite.5" , "SXAddLimiter", ConsoleOutput, 1, 3, 4);}

// Subscription 002b - SXAddLimiter -> Parser.OPC03

var result002 = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXAddLimiter.CC_SXAddLimiter_AV","Value", Opc2Bac002b, false);

function Opc2Bac002b(object, values) {Parser.OPC03(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.AddLimite.3" , "SXAddLimiter", ConsoleOutput, 1, 3, 4);}

// Subscription 002c - SXAddLimiter -> Parser.OPC03

var result002 = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXAddLimiter.CC_SXAddLimiter_MSI","Value", Opc2Bac002c, false);

function Opc2Bac002c(object, values) {Parser.OPC03(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.AddLimite.6" , "SXAddLimiter", ConsoleOutput, 1, 3, 4);}

// Subscription 002d - SXAddLimiter -> Parser.OPC03

var result002 = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXAddLimiter.CC_SXAddLimiter_MSV","Value", Opc2Bac002d, false);

function Opc2Bac002d(object, values) {Parser.OPC03(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.AddLimite.4" , "SXAddLimiter", ConsoleOutput, 1, 3, 4);}

//============

// Subscription 003a - SXAIarray (SXDirect!) -> Parser.OPC01

var result003a = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXArray.CC_SXAIarray","Value", Opc2Bac003a, false);

function Opc2Bac003a(object, values)

    {

        Parser.OPC01(values.Value.value.value[0],"System11.LogicalView:Logical.Rack4053.BACnetDP.AIarray.5", "SXDirect", ConsoleOutput, 0);

        Parser.OPC01(values.Value.value.value[1],"System11.LogicalView:Logical.Rack4053.BACnetDP.AIarray.6", "SXDirect", ConsoleOutput, 0);

    }

// Subscription 003b - SXBIarray (SXDirect!) -> Parser.OPC01

var result003b = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXArray.CC_SXBIarray","Value", Opc2Bac003b, false);

function Opc2Bac003b(object, values)

    {

        Parser.OPC01(values.Value.value.value[0],"System11.LogicalView:Logical.Rack4053.BACnetDP.AIarray.8", "SXDirect", ConsoleOutput, 0);

        Parser.OPC01(values.Value.value.value[1],"System11.LogicalView:Logical.Rack4053.BACnetDP.AIarray.11", "SXDirect", ConsoleOutput, 0);

    }

//============

// Subscription 004 - SXAvg -> Parser.OPC16

var result004 = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXAvg.CC_SXAvg_AI","Value", Opc2Bac004, false);

function Opc2Bac004(object, values) {Parser.OPC16(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Avg.5" , "SXAvg", ConsoleOutput, 2, 10, 20, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0);}

//============

// Subscription 005 - SXBetween -> Parser.OPC02

var result005 = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXBetween.CC_SXBetween_BI","Value", Opc2Bac005, false);

function Opc2Bac005(object, values) {Parser.OPC02(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Between.8" , "SXBetween", ConsoleOutput, 10, 20);}

//============

// Subscription 006a - SXBitPos -> Parser.OPC01

var result006a = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXBitPos.CC_SXBitPos_MSI","Value", Opc2Bac006a, false);

function Opc2Bac006a(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.BitPos.6" , "SXBitPos", ConsoleOutput, 1);}

// Subscription 006b - SXBitPos -> Parser.OPC01

var result006b = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXBitPos.CC_SXBitPos_MSV","Value", Opc2Bac006b, false);

function Opc2Bac006b(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.BitPos.4" , "SXBitPos", ConsoleOutput, 1);}

//============

// Subscription 007a - SXBoolToMulti -> Parser.OPC00

var result007a = subscribeValues("System11.ManagementView:ManagementView.FieldNetworks.SXOpen.Server_Softing.CC2SX.CC_SXBoolToMulti_MSI","Value", Opc2Bac007a, false);

function Opc2Bac007a(object, values) {Parser.OPC00(values.Value.value.value,"System11.ManagementView:ManagementView.FieldNetworks.MON1.Hardware.MON1'M1aB00.SXopen1'IO01'SXbool2MS'MVAL01" , "SXBoolToMulti", ConsoleOutput);}

// Subscription 007b - SXBoolToMulti -> Parser.OPC00

var result007b = subscribeValues("System11.ManagementView:ManagementView.FieldNetworks.SXOpen.Server_Softing.CC2SX.CC_SXBoolToMulti_MSV","Value", Opc2Bac007b, false);

function Opc2Bac007b(object, values) {Parser.OPC00(values.Value.value.value,"System11.ManagementView:ManagementView.FieldNetworks.MON1.Hardware.MON1'M1aB00.SXopen1'IO01'SXbool2MS'MVAL02" , "SXBoolToMulti", ConsoleOutput);}

//============

// Subscription 008a - SXDiv -> Parser.OPC01

var result008a = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXDiv.CC_SXDiv_AI","Value", Opc2Bac008a, false);

function Opc2Bac008a(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Div.5" , "SXDiv", ConsoleOutput, 2);}

// Subscription 008b - SXDiv -> Parser.OPC01

var result008b = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXDiv.CC_SXDiv_AV","Value", Opc2Bac008b, false);

function Opc2Bac008b(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Div.3" , "SXDiv", ConsoleOutput, 2);}

//============

// Subscription 009 - SXEqual -> Parser.OPC01

var result009 = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXEqual.CC_SXEqual_BI","Value", Opc2Bac009, false);

function Opc2Bac009(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Equal.8" , "SXEqual", ConsoleOutput, 10);}

//============

// Subscription 010 - SXIntToMulti -> Parser.OPC32

var result010 = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXIntToMulti.CC_SXIntToMulti_MSV","Value", Opc2Bac010, false);

function Opc2Bac010(object, values) {Parser.OPC32(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.ItoM.4", "SXIntToMulti" , ConsoleOutput, 1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1);}

//============

// Subscription 011a - SXMul -> Parser.OPC01

var result011a = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXMul.CC_SXMul_AI", "Value", Opc2Bac011a, false);

function Opc2Bac011a(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Mul.5" , "SXMul", ConsoleOutput, 2);}

// Subscription 011b - SXMul -> Parser.OPC01

var result011b = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXMul.CC_SXMul_AV", "Value", Opc2Bac011b, false);

function Opc2Bac011b(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Mul.3" , "SXMul", ConsoleOutput, 2);}

//============

// Subscription 012a - SXMultiMap (function: Parser.OPC01->SXDirect for Value, Parser.SpecValue for Limits)

// 012a: subscription for Value

var result012a = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXMultiMap.CC_SXAnalogInputPrval", "Value", Opc2Bac012a, false);

function Opc2Bac012a(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.MultiMap.5" , "SXDirect", ConsoleOutput, 0);}

// 012b: Polling for Limits

setInterval(polling012b, 5000)

function polling012b() {

    var objValueRead =read("System11.LogicalView:Logical.SXBAC.CC2SX.SXMultiMap.CC_SXAnalogInputLoLm","Value");

    Parser.SpecValue(objValueRead.Value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.MultiMap.1", "Low_Limit", ConsoleOutput);

    //

    var objValueRead =read("System11.LogicalView:Logical.SXBAC.CC2SX.SXMultiMap.CC_SXAnalogInputHiLm","Value");

    Parser.SpecValue(objValueRead.Value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.MultiMap.1" , "High_Limit", ConsoleOutput)

}

//============

// Subscription 013 - SXMultiState2BstrHash -> Parser.OPC01

var result013 = subscribeValues("System11.ManagementView:ManagementView.FieldNetworks.SXOpen.Server_Softing.CC2SX.CC_SXMultiState2BstrHash_MSI","Value", Opc2Bac013, false);

function Opc2Bac013(object, values) {Parser.OPC01(values.Value.value.value,"System11.ApplicationView:ApplicationView.Logics.VirtualObjects.SX_OPCms2Bstr" , "SXMultiState2BstrHash" , ConsoleOutput, TextGroup9160);}

/============

// Subscription 014 - SXMultiToInt -> Parser.OPC32

var result014 = subscribeValues("System11.ManagementView:ManagementView.FieldNetworks.SXOpen.Server_Softing.CC2SX.CC_SXMultiToInit_AI","Value", Opc2Bac014, false);

function Opc2Bac014(object, values) {Parser.OPC32(values.Value.value.value,"System11.ManagementView:ManagementView.FieldNetworks.MON1.Hardware.MON1'M1aB00.SXopen1'IO01'AVALOP01" , "SXMultiToInt" , ConsoleOutput, 1111, 2222, 3333, 4444, 5555, 6666, 7777, 8888, 9999, 1010, 1111, 1212, 1313, 1414, 1515, 1616, 1717, 1818, 1919, 2020, 2121, 2222, 2323, 2424, 2525, 2626, 2727, 2828, 2929, 3030, 3131, 3232);}

//============

// Subscription 015a - SXMultiToBool -> Parser.OPC00

var result015a = subscribeValues("System11.ManagementView:ManagementView.FieldNetworks.SXOpen.Server_Softing.CC2SX.CC_SXM2B_BI" ,"Value", Opc2Bac015a, false);

function Opc2Bac015a(object, values) {Parser.OPC00(values.Value.value.value,"System11.ManagementView:ManagementView.FieldNetworks.MON1.Hardware.MON1'M1aB00.SXopen1'IO01'SXms2Bool'BVAL01" , "SXMultiToBool", ConsoleOutput);}

// Subscription 015b - SXMultiToBool -> Parser.OPC00

var result015b = subscribeValues( "System11.ManagementView:ManagementView.FieldNetworks.SXOpen.Server_Softing.CC2SX.CC_SXM2B_BV" ,"Value", Opc2Bac015b, false);

function Opc2Bac015b(object, values) {Parser.OPC00(values.Value.value.value, "System11.ManagementView:ManagementView.FieldNetworks.MON1.Hardware.MON1'M1aB00.SXopen1'IO01'SXms2Bool'BVAL02" , "SXMultiToBool", ConsoleOutput);}

//============

// Subscription 016a - SXScaleBAC -> Parser.OPC02

var result016a = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXScaleBAC.CC_SXScaleBAC_AI" ,"Value", Opc2Bac016a, false);

function Opc2Bac016a(object, values) {Parser.OPC02(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.ScaleBAC.5" , "SXScaleBAC", ConsoleOutput, 5, 2);}

// Subscription 016b - SXScaleBAC -> Parser.OPC02

var result016b = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXScaleBAC.CC_SXScaleBAC_AV" ,"Value", Opc2Bac016b, false);

function Opc2Bac016b(object, values) {Parser.OPC02(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.ScaleBAC.3" , "SXScaleBAC", ConsoleOutput, 5, 2);}

//============

// Subscription 017a - SXScaleOPC -> Parser.OPC02 (Used to calc back a BACnet Value to OPC -> op

var result017a = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXScaleOPC.CC_SXScaleOPC_AI" ,"Value", Bac2Opc017a, false);

function Bac2Opc017a(object, values) {Parser.BAC02(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.ScaleOPC.5" , "SXScaleOPC", ConsoleOutput, 5, 2);}

// Subscription 017b - SXScaleOPC -> Parser.OPC02

var result017b = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXScaleOPC.CC_SXScaleOPC_AV" ,"Value", Bac2Opc017b, false);

function Bac2Opc017b(object, values) {Parser.BAC02(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.ScaleOPC.3" , "SXScaleOPC", ConsoleOutput, 5, 2);}

//============

// Subscription 018 - SXSelectBool -> Parser.OPC02

var result018 = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXSelectBool.CC_SXSelectBool_AI" ,"Value" , Opc2Bac018, false);

function Opc2Bac018(object, values) {Parser.OPC02(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.SelectB.5" , "SXSelectBool", ConsoleOutput, 10, 20);}

//============

// Subscription 019a - SXSelectVal1 -> Parser.OPC03

var result019a = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXSelectVal1.CC_SXSelectVal1_AI" ,"Value", Opc2Bac019a, false);

function Opc2Bac019a(object, values) {Parser.OPC03(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.SelectV.5" , "SXSelectVal1", ConsoleOutput, 100, 20, 10);}

// Subscription 019b - SXSelectVal1 -> Parser.OPC03

var result019b = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXSelectVal1.CC_SXSelectVal1_MSI" ,"Value", Opc2Bac019b, false);

function Opc2Bac019b(object, values) {Parser.OPC03(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.SelectV.6" , "SXSelectVal1", ConsoleOutput, 100, 2, 1);}

//============

// Subscription 020a - SXSubstract -> Parser.OPC01

var result020a = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXSubtract.CC_SXSubtract_AI" ,"Value", Opc2Bac020a, false);

function Opc2Bac020a(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Substract.5" , "SXSubstract", ConsoleOutput, 10);}

// Subscription 020b - SXSubstract -> Parser.OPC01

var result020b = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXSubtract.CC_SXSubtract_AV" ,"Value", Opc2Bac020b, false);

function Opc2Bac020b(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Substract.3" , "SXSubstract", ConsoleOutput, 10);}

// Subscription 020c - SXSubstract -> Parser.OPC01

var result020c = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXSubtract.CC_SXSubtract_MSI" ,"Value", Opc2Bac020c, false);

function Opc2Bac020c(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Substract.6" , "SXSubstract", ConsoleOutput, 1);}

// Subscription 020d - SXSubstract -> Parser.OPC01

var result020d = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXSubtract.CC_SXSubtract_MSV" ,"Value", Opc2Bac020d, false);

function Opc2Bac020d(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.Substract.4" , "SXSubstract", ConsoleOutput, 1);}

//============

// Subscription 021a - SXWriteBit -> Parser.OPC01

var result021a = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXWriteBit.CC_SXWriteBit_MSI" ,"Value", Opc2Bac021a, false);

function Opc2Bac021a(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.WriteBit.6" , "SXWriteBit", ConsoleOutput, 1);}

// Subscription 021b - SXWriteBit -> Parser.OPC01

var result021b = subscribeValues("System11.LogicalView:Logical.SXBAC.CC2SX.SXWriteBit.CC_SXWriteBit_MSV" ,"Value", Opc2Bac021b, false);

function Opc2Bac021b(object, values) {Parser.OPC01(values.Value.value.value,"System11.LogicalView:Logical.Rack4053.BACnetDP.WriteBit.4" , "SXWriteBit", ConsoleOutput, 1);}

//============

// Subscription 022 - SXIntFromBits -> Parser.OPC32

var result022 = subscribeValues("System11.ManagementView:ManagementView.FieldNetworks.SXOpen.Server_Softing.CC2SX.CC_SXIntFromBits_AI" ,"Value", Opc2Bac022, false);

// ATTENTION!! The Value of above AI (subcription) is set as COUNT for this function

function Opc2Bac022(object, values) {Parser.OPC32(values.Value.value.value,"System11.ManagementView:ManagementView.FieldNetworks.MON1.Hardware.MON1'M1aB00.SXopen1'IO01'SXintFroB'AVAL01" , "SXIntFromBits" , ConsoleOutput, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1);}

//============

// Subscription 023a - SXBitSet-> Parser.OPC02

var result023a = subscribeValues( "System11.ManagementView:ManagementView.FieldNetworks.SXOpen.Server_Softing.CC2SX.CC_SXBitSet_AI" ,"Value", Opc2Bac023a, false);

function Opc2Bac023a(object, values) {Parser.OPC02(values.Value.value.value, "System11.ManagementView:ManagementView.FieldNetworks.MON1.Hardware.MON1'M1aB00.SXopen1'IO01'SXbitSet'AVAL01" , "SXBitSet", ConsoleOutput, 5, 12);}

// Subscription 023b - SXBitSet-> Parser.OPC02

// ATTENTION!! This example has a special second line to show how it works! If the input value subscription 23a and 23b are the same, the same result are expected! Value of 23a is allways 12!

var result023b = subscribeValues( "System11.ManagementView:ManagementView.FieldNetworks.SXOpen.Server_Softing.CC2SX.CC_SXBitSet_AI2" ,"Value", Opc2Bac023b, false);

function Opc2Bac023b(object, values) {var P2 = values.Value.value.value; Parser.OPC02(values.Value.value.value, "System11.ManagementView:ManagementView.FieldNetworks.MON1.Hardware.MON1'M1aB00.SXopen1'IO01'SXbitSet'AVAL02" , "SXBitSet", ConsoleOutput, 5, P2);}

//============

// BACnet -> OPC with COV

//============

// Subcription 101 - SXBetween -> Parser.BAC02

//var result004 = subscribeValues(,, BacToOpc101, false);

//function BacToOpc101(object, values) {Parser.BAC02(values.Value.value.value, "System11.LogicalView:Logical.Rack4053.BACnet1.22", "SXBetween", ConsoleOutput, 20, 29);}

//============

// OPC -> BACnet with Polling

//============

/*

=====

setInterval(repeatMe1, 10000)

function repeatMe1() {

    var objValueRead =read("System11.LogicalView:Logical.Static.IOP_static_R4","Value");     Parser.OPC02(objValueRead.Value.value, "System11.LogicalView:Logical.Rack4053.BACnet1.20", "SXBetween", ConsoleOutput, 20, 29)

    var objValueRead =read("System11.LogicalView:Logical.Static.IOP_static_R4","Value");     Parser.OPC02(objValueRead.Value.value, "System11.LogicalView:Logical.Rack4053.BACnet1.20", "SXBetween", ConsoleOutput, 20, 29)

    var objValueRead =read("System11.LogicalView:Logical.Static.IOP_static_R4","Value");     Parser.OPC02(objValueRead.Value.value, "System11.LogicalView:Logical.Rack4053.BACnet1.20", "SXBetween", ConsoleOutput, 20, 29)

    var objValueRead =read("System11.LogicalView:Logical.Static.IOP_static_R4","Value");     Parser.OPC02(objValueRead.Value.value, "System11.LogicalView:Logical.Rack4053.BACnet1.20", "SXBetween", ConsoleOutput, 20, 29)

}

function repeatMe2(test2) {

console("I am repeating 2 - 5000 - test2:{0}", test2);

}

setInterval(repeatMe2,5000,20)

setInterval(repeatMe2,6000,60)

*/

//============

// BACnet -> OPC with Polling

//============

General Restrictions

• System functions (events, schedulers, trends) must be set up on the management platform.
• Polling of trend data is not supported.
• The multistate scheduler is not supported.

Unsupported SX Open Functions