Tag Configuration Properties

The following list provides a reference of all Tag Configuration Properties.

Each property name is listed using three different formats.

The first format is used by CSV Export and Import and the Configuration SDK for getting and setting Tag Properties.

The second format is used by the REST API when managing Tags under Server Configuration.

The third format is use by the OAS Engine when referencing Tag properties in configuration settings that require Tag path references and calculations. Not all configuration properties are exposed in the OAS Engine as Tag properties.

Properties	Description
Value – Data Type Value_Data_Type DataType	The data type of a Parameter can be set To one of the following types. Double Float (64 bit) Single Float (32 bit) Signed Byte (8 bit) Unsigned Byte (8 bit) Short Integer (16 bit) Unsigned Short Integer (16 bit) Integer (32 bit) Unsigned Integer (32 bit) Long Integer (64 bit) Unsigned Long Integer (64 bit) Boolean String JSON Array Double (64 bit) Array Single (32 bit) Array Integer (32 bit) Array Byte (8 bit) Array Boolean Array String Object Type (Any value, custom Object, array, Or Structure) [Double Float, Single Float, SByte, Byte, Short Integer, Unsigned Short Integer, Integer, Unsigned Integer, Long Integer, Unsigned Long Integer, Boolean, String, JSON, Array Double Float, Array Single Float, Array Integer, Array Byte, Array Boolean, Array String, Object]
Value – Value Value_Value Value	Enter the desired value when the Data Source is set to Value.
Value – Trim At First Null Value_Trim_At_First_Null TrimAtFirstNull	When enabled all characters after the first null character are removed from the string value. A useful feature for null terminated strings. Requires a new value update from the source to process. All null characters are removed from the string value regardless of this setting.
Value – Enable Bitmask Value_Enable_Bitmask EnableBitmask	When enabled a Bitmask is applied on the source value. Examples: Source value 255, Bitmask is F, result is 15. Source value 255, Bitmask is 1F, result is 31. When writing to the tag the Bitmask is not used.
Value – Bitmask Value_Bitmask Bitmask	Bitmask to apply to source value when data type is an integer. Valid range is 0 to FFFFFFFFFFFFFFFF Examples: Source value 255, Bitmask is F, result is 15. Source value 255, Bitmask is 1F, result is 31. When writing to the tag the Bitmask is not used.
Value – Bitmask Compress Value_Bitmask_Compress BitmaskCompress	When enabled a Bitmask that is applied compresses the masked bits to only the bit patter in the mask. Examples: Source value 238535, bits 101110100011011 Bitmask F – result is 11, bits 1011 Bitmask C – result is 2, bits 10 Bitmask C000 – result is 1, bit 1 Bitmask FF00 – result is 93, bits 1011101 Bitmask AAAA – result is 35, bits 0100011 When writing to the tag the Bitmask is not used.
Value – Gain Value_Gain Gain	The Gain is a multiplier to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
Value – Offset Value_Offset Offset	The Offset is an addition to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
Value – High Range Value_High_Range HighRange	The Default Y Axis Range High For a trend pen and the high limit when Limit Writes is enabled.
Value – Low Range Value_Low_Range LowRange	The Default Y Axis Range Low For a trend pen and the low limit when Limit Writes is enabled.
Value – Limit Writes Value_Limit_Writes LimitWrites	Limit writes from users and clients within the High Range and Low Range.
Value – Read Only Value Value_Read_Only_Value ReadOnlyValue	When enabled the value of the parameter cannot be written to.
Value – Write Only Value Value_Write_Only_Value WriteOnlyValue	When enabled the value of the parameter will not be read from the source but will allow writes.
Value – Source Value_Source DataSource	The source Of where the value will come from. The Data Source can be Set To one Of the following types: Value: Fixed value that can be set in configuration or from any client. AB Classic: Communications to Allen Bradley MicroLogix, SLC 500, and PLC-5. AB Logix: Communications to Allen Bradley ControlLogix, CompactLogix, GuardLogix, and Micro800. AWS IoT Gateway: Amazon Web Services IoT Gateway. Azure IoT: Azure IoT Data Hub. Calculation: Math equation with multiple tag parameters as a data source. The result is read only and cannot be written to. View the following video to see how to define a Calculation. CanBus: CanBus interface File: A Binary, Text, or XML file. GPIO: General Purpose Input Output for Raspberry Pi. Modbus: Modbus master communications for Modbus TCP, Modbus RTU, and Modbus ASCII all supported on both Ethernet and Serial interfaces. MQTT: Communications to MQTT brokers to send and receive data to MQTT devices and software. MTConnect: Automated tag creation and live value update from MTConnect. OPC: Value from Classic DA 2.XX or 3.0 OPC Server. OPC UA: OPC UA Server. Siemens: Communications to Siemens S7-200, S7-300, S7-400, S7-1200, and S7-1500. Simulation: Dynamic simulation of data. Tag: Value is from another tag parameter from the same service or remote service. The result is read only and cannot be written to. Time: Date and time from the CPU clock. UDP Client Tag: Tag from a remote service with the UDP Broadcast feature enabled. Univeral Driver Interfaces will also appear here in the Data Source property
Value – Simulation Rate Value_Simulation_Rate SimulationRate	The rate of value changing for Simulation data.
Value – Simulation Type Value_Simulation_Type SimulationType	Ramp will incrment in value from 0 to 99. Sine will change value from -1 to 1 based on the time each 60 seconds. Random will result in a random number with a range of 0 to 99 Toggle will transition between true and false [Ramp, Random, Sine, Toggle]
Value – OPC Item Value_OPC_Item OPCItem	Set the OPC Item from a classic OPC DA Server.
Value – Tag Client Item Value_Tag_Client_Item Tag	Specify a local or remote Tag To receive the value from when the Data Source is set to Tag.
Value – UDP Client Item Value_UDP_Client_Item UDPClientTag	The Tag in the broadcasting service to receive the value when using one way UDP Broadcast feature.
Value – Source Values On Bad Quality Value_Source_Values_On_Bad_Quality SourceWhenBad	Allows the value and data quality to be overridden when the value quality is bad. The following are the four (4) available options for Source When Bad: Normal Bad Quality: When the data source is bad quality the result is bad quality. With Calculations any one of the source tags in the calculation being bad quality will cause the result to be bad quality. Set Sources To Default Value: When the data source quality is bad the source value is overridden to be what is set as Default Value with the data type of Default Value Type. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set to the Default Value when its individual data quality is bad. This will result in the calculation performing the equation with the remaining actual values with tags with good quality and overriding the values for the tags that are bad quality. Hold Sources To Last Good Value: When the data sources quality changes to bad quality the last good value will be used as the data source. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be held with its last good value when its individual data quality is bad. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with each individual tags last good quality. Set Sources To Tag Value: When the data sources quality is bad the value from another Tag will be used. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set from the other Tag value. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with the assigned tag’s value [Normal Bad Quality, Set Sources To Default Value, Hold Sources To Last Good Value, Set Sources To Tag Value]
Value – Override OPC Quality On Bad Quality Value_Override_OPC_Quality_On_Bad_Quality OverrideOPCQualityWhenBad	Forces the OPC Quality that is passed onto the OPC Systems.NET OPC Server to good quality when the Data Source When Bad Quality is set to something other than the default of Normal Bad Quality and the Data Source is set to an OPC Item.
Value – Default Value Type On Bad Quality Value_Default_Value_Type_On_Bad_Quality DefaultValueDataTypeWhenBad	The data type to use when the Source When Bad is set to Set Sources to Default Value. See Source When Bad for full description. [Double Float, Single Float, SByte, Byte, Short Integer, Unsigned Short Integer, Integer, Unsigned Integer, Long Integer, Unsigned Long Integer, Boolean, String, Object]
Value – Default Value On Bad Quality Value_Default_Value_On_Bad_Quality DefaultValueWhenBad	The value to use when the Source When Bad is set to Set Sources to Default Value. See Source When Bad for full description.
Value – Tag For Source On Bad Quality Value_Tag_For_Source_On_Bad_Quality	When Source When Bad is set to Set Sources To Tag Value this is the tag parameter to use for the value to set the source when the data quality is bad.
Value – Is Trend Point Value_Is_Trend_Point TrendPoint	Enable Trend Point to have the Parameter available for trending from Trend .NET and Web Trend. You can data log a Parameter value without trending the point If desired.
Value – Desc Value_Desc Description	Description of the Tag used as the default Trend Pen Description. Also used as the default Alarm Text when an Alarm Limit is first enabled.
Value – Units Value_Units Units	Engineering Units of the Tag used as the default Trend Pen Units.
Value – Document Value_Document Document	The document path that is included in an alarm message.
Value – TagID Value_TagID TagID	Identifier for OEM asset assignment.
Value – OPC Update Rate Value_OPC_Update_Rate OPCUpdateRate	OPC Update Rate. Each unique rate creates an individual Group In the Server For subscription.
Value – OPC Access Path Value_OPC_Access_Path	Set the OPC Access Path from a classic OPC DA Server. Most OPC Servers Do Not require an Access Path. It is very rare that the OPC Server needs this Property.
Value – OPC Enumerated Value_OPC_Enumerated OPCEnumerate	When enabled it will convert the integer value to the text from the item within the enumeration.
Value – OPC Enumerated Values Value_OPC_Enumerated_Values OPCEnumerateStrings	The list of enumerations to return based on integer value for the index. The string arrays are separated by a pipe character.
Value – Use Enumerated Index Value_Use_Enumerated_Index	If the integer value for OPC Enumerate does not begin with 0 or is not continuous numbers to convert to the string array for OPC Enumerate you can enable Enumerate Index to provide an index array of integer values to convert to.
Value – Enumerated Index Value_Enumerated_Index	If the integer value for OPC Enumerate does not begin with 0 or is not continuous numbers to convert to the string array for OPC Enumerate you can enable Enumerate Index to provide an index array of integer values to convert to.
Value – Keep OPC Item On Scan Value_Keep_OPC_Item_On_Scan OPCItemKeepOnScan	With this Option selected the communications To the OPC Item will always be enabled unless the Device Read Option is selected. When this Option is disabled communications To the OPC Item will be enabled only When one Or more clients are requesting the value from the Tag. If the point is trended, enabled For alarm monitoring With any one Of the alarm limits enabled, Or Set As a Target output To another OPC Item this OPC Item will always be On scan regardless If there is a requesting client. Note: Not recommended for OPC Items from RS-Linx OPC Server as it does not handle dynamic adding and removing items well.
Value – Enable Device Read Value_Enable_Device_Read OPCDeviceRead	When enabled the Tag defined For the Device Read will control communications To only read the OPC Item With a SyncRead When the tag transitions from False To True. Normal asynchronous communications is disabled If this Property is enabled.
Value – Device Read Tag Value_Device_Read_Tag OPCDeviceReadTag	The Tag that will cause a syncread To the OPC Item When the value transitions from False To True.
Value – OPC Enable Comm Value_OPC_Enable_Comm	Enable Or Disable OPC Classic communications based On a Tag. When the value Of the Tag defined is True the communications To the OPC Item is enabled, When False it is disabled.
Value – OPC Enable Comm Tag Value_OPC_Enable_Comm_Tag	The Tag that will enable Or disable communications To the OPC Item When the Enable by Tag Property is enabled.
Value – Driver Interface Value_Driver_Interface	Set the defined Driver Interface for the Data Source selected.
Value – Driver Interface Polling Rate Value_Driver_Interface_Polling_Rate	Polling rate for Driver Interface item.
Value – Driver Interface Keep Item On Scan Value_Driver_Interface_Keep_Item_On_Scan	With this option selected the communications to the Item will always be enabled unless the Device Read option is selected. When this option is disabled communications to the Item will be enabled only when one or more clients are requesting the value from the Tag. If the point is trended, enabled for alarm monitoring with any one of the alarm limits enabled, or set as a Target output to another OPC Item this OPC Item will always be on scan regardless if there is a requesting client.
Value – Driver Interface Enable Device Read Value_Driver_Interface_Enable_Device_Read	When enabled the Tag defined for the Device Read will control communications to only read the item with when the tag transitions from false to true. Normal polling communications is disabled if this property is enabled.
Value – Driver Interface Device Read Tag Value_Driver_Interface_Device_Read_Tag	The Tag that will cause a read for the item when the value transitions from false to true if Device Read is enabled.
Value – Driver Interface Enable Comm Value_Driver_Interface_Enable_Comm	Enable or Disable communications based on a Tag. When the value of the Tag defined is true the communications to the Item is enabled, when false it is disabled.
Value – Driver Interface Enable Comm Tag Value_Driver_Interface_Enable_Comm_Tag	The Tag that will enable or disable communications to the OPC Item when the Enable by Tag property is enabled.
Value – Quality Stats Reset By Tag Value_Quality_Stats_Reset_By_Tag	Enable or Disable communications statistics based on a Tag. When the value of the Tag defined transitions from false to true the communications statistics for the tag are reset.
Value – Quality Stats Reset Tag Value_Quality_Stats_Reset_Tag	The Tag that will reset the communications statistics when the value transitions from false to true.
Value – MTConnect Data Type Value_MTConnect_Data_Type	The data type of a Parameter can be set to one of the following types. DataItem: Adds 13 additional parameters.
Value – MTConnect Id Value_MTConnect_Id	The unique identifier for this DataItem. The id attribute MUST be unique across the entire document including the ids for components. An XML ID-type.
Value – MTConnect Name Value_MTConnect_Name	The name of the DataItem. A name is provided as an additional human readable identifier for this DataItem in addition to the id. It is not required and will be implementation dependent. An NMTOKEN XML type.
Value – MTConnect Type Value_MTConnect_Type	The type of data being measured. Examples of types are POSITION, VELOCITY, ANGLE, BLOCK, ROTARY_VELOCITY, etc.
Value – MTConnect Sub Type Value_MTConnect_Sub_Type	A sub-categorization of the data item type. For example, the subtypes of POSITION are ACTUAL and COMMANDED. Not all types have subtypes and this can be left off.
Value – MTConnect Category Value_MTConnect_Category	This is how the meaning of the data item will be determined. The available options are SAMPLE, EVENT, or CONDITION.
Value – MTConnect Statistic Value_MTConnect_Statistic	Data calculated specific to a DataItem. Examples of statistic are AVERAGE, MINIMUM, MAXIMUM, ROOT_MEAN_SQUARE, RANGE, MEDIAN, MODE, AND STANDARD_DEVIATION.
Value – MTConnect Representation Value_MTConnect_Representation	Data consisting of multiple data points or samples or a file presented as a single DataItem. Each representation will have a unique format defined for each representation. Examples of representation are VALUE, TIME_SERIES, MP3, WAV, etc. Initially, the representation for TIME_SERIES and VALUE are defined. If a representation is not specified, it MUST be determined to be VALUE.
Value – MTConnect Native Units Value_MTConnect_Native_Units	The native units used by the Component. These units will be converted before they are delivered to the application.
Value – MTConnect Units Value_MTConnect_Units	Units MUST be present for all samples. If the data represented by a DataItem is a numeric value, except for line number and count, the units MUST be specified.
Value – MTConnect Native Scale Value_MTConnect_Native_Scale	The multiplier for the native units. The received data MAY be divided by this value before conversion. If provided, the value MUST be numeric.
Value – MTConnect Significant Digits Value_MTConnect_Significant_Digits	The number of significant digits in the reported value. This is used by applications to determine accuracy of values. This SHOULD be specified for all numeric values.
Value – MTConnect Sample Rate Value_MTConnect_Sample_Rate	The rate at which successive samples of a DataItem are recorded. SampleRate is expressed in terms of samples per second. If the sample rate is smaller than one, the number can be represented as a floating point number. For example, a rate 1 per 10 seconds would be 0.1.
Value – MTConnect Coordinate System Value_MTConnect_Coordinate_System	The coordinate system being used. The available values for coordinateSystem is WORK and MACHINE.
Value – Table Name Value_Table_Name	The Table Name or View to use when Data Source is set to Database.
Value – Use Tag Value For Table Name Value_Use_Tag_Value_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
Value – Tag For Table Name Value_Use_Tag_Value_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
Value – Field Name Value_Field_Name	The column name to read the value from or write the value to.
Value – Field Data Type Value_Field_Data_Type	The data type of the field.
Value – Where String Value_Where_String	The filter condition to specify which row to read and update. When writing values all row matching where statement will be updated.
Value – Use Tag Value For Where String Value_Use_Tag_Value_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
Value – Tag For Where String Value_Tag_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
Value – Order By String Value_Order_By_String	The condition order the records to use top 1 when reading.
Value – Use Tag Value For Order By String Value_Use_Tag_Value_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
Value – Tag For Order By String Value_Tag_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
Value – Modbus Memory Type Value_Modbus_Memory_Type	Modbus Memory Type. [Coil Status, Input Status, Holding Register, Input Register]
Value – Modbus Device Address Value_Modbus_Device_Address	Modbus Device Address. Set To -1 To Not use Device Address With Ethernet.
Value – Modbus Data Type Value_Modbus_Data_Type	Modbus Data Type [Int16, UInt16, Int16 As Boolean, Int32, UInt32, Int32 As Boolean, Int64, UInt64, Int64 As Boolean, Float32, Float64, String]
Value – Modbus Address Value_Modbus_Address	Modbus address Of point. Use Zero Based Addressing to offset the address by 1. The Memory Type selected will automatically add the necessary base address. For example to address 40,000 set the Memory Type to Holding Register and the Address as 1. Extended Addressing is also supported.
Value – Modbus Bit Position Value_Modbus_Bit_Position	Bit position within Integer.
Value – Modbus Number Of Words For String Value_Modbus_Number_Of_Words_For_String	The length Of the Modbus String When the Modbus Data Type is set to String.
Value – Modbus Max Words Per Packet Value_Modbus_Max_Words_Per_Packet	The maximum number Of words per packet In communications. The Driver Interface will use the lowest number As the limit For all communications For all packets.
Value – Modbus Max Bits Per Packet Value_Modbus_Max_Bits_Per_Packet	The maximum number of bits per packet when Memory Type is set to either Coil Status or Input Status.
Value – Modbus Word Swap Value_Modbus_Word_Swap	Swaps Modbus words.
Value – Modbus Byte Swap Value_Modbus_Byte_Swap	Swaps Modbus bytes.
Value – Modbus Zero Based Addressing Value_Modbus_Zero_Based_Addressing	When enabled subtracts 1 from address before communicating To device.
Value – CANBus Block Number Value_CANBus_Block_Number	CANBus Block Number.
Value – CANBus Index Value_CANBus_Index	CANBus Index.
Value – CANBus Block Type Value_CANBus_Block_Type	Block Type For CANBus.
Value – OPTO Value Type Value_OPTO_Value_Type	OPTO Value Type. Use Table Elements For the fastest communications. [Table, TableElement, Variable]
Value – OPTO Variable Name Value_OPTO_Variable_Name	OPTO Variable Name.
Value – OPTO Variable Type Value_OPTO_Variable_Type	OPTO Variable Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable, UpTimer, DownTimer]
Value – OPTO Variable String Length Value_OPTO_Variable_String_Length	OPTO Variable String Length.
Value – OPTO Table Name Value_OPTO_Table_Name	OPTO Table Name.
Value – OPTO Table Type Value_OPTO_Table_Type	OPTO Table Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable]
Value – OPTO Table String Length Value_OPTO_Table_String_Length	OPTO Table String Length.
Value – OPTO Table Index Value_OPTO_Table_Index	OPTO Table Index.
Value – OPTO Table Length Value_OPTO_Table_Length	OPTO Table Length.
Value – AB Logix Data Type Value_AB_Logix_Data_Type	Data Type For AB Logix. Use AUTO If you are uncertain Of your data type. [AUTO, STR]
Value – AB Address Value_AB_Address ABAddress	The Allen Bradley variable address.
Value – Siemens Address Value_Siemens_Address SiemensAddress	The Siemens variable address. See https://openautomationsoftware.com/knowledge-base/siemens-address-syntax/ Data Sources-Siemens-Siemens Address Syntax For address syntax.
Value – Siemens Data Type Value_Siemens_Data_Type	Data Type For Siemens.
Value – Siemens String Length Value_Siemens_String_Length	The length Of the Siemens String When the Siemens Data Type is set to String.
Value – Array Length Value_Array_Length	The length Of the Array.
Value – Kafka Topic Value_Kafka_Topic	Kafka Topic.
Value – SpB Client Group ID Value_SpB_Client_Group_ID	Sparkplug B Client Group ID.
Value – SpB Client Edge Node ID Value_SpB_Client_Edge_Node_ID	Sparkplug B Client Edge Node ID.
Value – SpB Client Device ID Value_SpB_Client_Device_ID	Sparkplug B Client Device ID.
Value – SpB Client Metric Name Value_SpB_Client_Metric_Name	Sparkplug B Client Metric Name.
Value – SpB Host Group ID Value_SpB_Host_Group_ID	Sparkplug B Host Group ID. Used for Tag Publish feature in Driver Interface and OAS MQTT Broker.
Value – SpB Host Edge Node ID Value_SpB_Host_Edge_Node_ID	Sparkplug B Host Edge Node ID. Used for Tag Publish feature in Driver Interface and OAS MQTT Broker.
Value – SpB Host Device ID Value_SpB_Host_Device_ID	Sparkplug B Host Device ID. Used for Tag Publish feature in Driver Interface and OAS MQTT Broker.
Value – SpB Host Metric Name Value_SpB_Host_Metric_Name	Sparkplug B Host Metric Name. Used for Tag Publish feature in Driver Interface and OAS MQTT Broker.
Value – MQTT Topic Value_MQTT_Topic	MQTT Topic.
Value – MQTT QoS Value_MQTT_QoS	MQTT Quality Of Service.
Value – MQTT Topic Timeout Value_MQTT_Topic_Timeout	MQTT Topic Timeout.
Value – MQTT Include TimeStamp Value_MQTT_Include_TimeStamp	Include the timestamp In the MQTT data.
Value – MQTT Include Quality Value_MQTT_Include_Quality	Include the quality In the MQTT data.
Value – AWS IoT Gateway Topic Value_AWS_IoT_Gateway_Topic	AWS IoT Gateway Topic.
Value – AWS IoT Gateway Topic Timeout Value_AWS_IoT_Gateway_Topic_Timeout	AWS IoT Gateway Topic Timeout.
Value – AWS IoT Gateway Include TimeStamp Value_AWS_IoT_Gateway_Include_TimeStamp	Include the timestamp in the AWS IoT Gateway data.
Value – AWS IoT Gateway Include Quality Value_AWS_IoT_Gateway_Include_Quality	Include the quality in the AWS IoT Gateway data.
Value – OPCUA IdType Value_OPCUA_IdType	OPC UA Id Type. [Numeric, String, Guid, Opaque]
Value – OPCUA NodeID Value_OPCUA_NodeID	OPC UA NodeId.
Value – OPCUA Namespace Value_OPCUA_Namespace	OPC UA Namespace.
Value – OPCUA Register NodeID Value_OPCUA_Register_NodeID	Registers the NodeId with the server for optimized reading and writing with reduced packet size in OPC UA communications.
Value – OPCUA Queue Size Value_OPCUA_Queue_Size	Queue Size for OPC UA Node.
Value – OPCUA Discard Oldest Value_OPCUA_Discard_Oldest	Discard Oldest for OPC UA Node.
Value – OPCUA Sampling Interval Value_OPCUA_Sampling_Interval	Sampling Interval for OPC UA Node.
Value – OPCUA Data Change Trigger Value_OPCUA_Data_Change_Trigger	Data Change Trigger type for OPC UA Node.
Value – OPCUA Deadband Type Value_OPCUA_Deadband_Type	Deadband Type for OPC UA Node.
Value – OPCUA Deadband Value_OPCUA_Deadband	Deadband for OPC UA Node.
Value – OPCUA Structure Conversion Value_OPCUA_Structure_Conversion	Conversion type when value is a structure. JSON: Will convert the structure to JSON when value is received and rebuild structure from JSON structure on a write to the NodeId. None: Byte array will be returned from structure value.
Value – Reset Value Value_Reset_Value ResetValue	When enabled For a Boolean Tag a write Of False will be sent immediately When the value transitions from False To True.
Value – Reset Time Delay Value_Reset_Time_Delay ResetTimeDelay	The amount Of time To delay the Reset a Boolean value When Reset Value To False Is enabled.
Value – Daily Time Range Disable Value_Daily_Time_Range_Disable AlarmsDailyTimeRangeDisable	Disable the alarms for the Tag daily between the Start Hour and Minute and the End Hour and Minute.
Value – Daily Time Range Disable Start Hour Value_Daily_Time_Range_Disable_Start_Hour AlarmsDailyTimeRangeDisableStartHour	Daily disable start hour.
Value – Daily Time Range Disable Start Minute Value_Daily_Time_Range_Disable_Start_Minute AlarmsDailyTimeRangeDisableStartMinute	Daily disable start minute.
Value – Daily Time Range Disable End Hour Value_Daily_Time_Range_Disable_End_Hour AlarmsDailyTimeRangeEndHour	Daily disable end hour.
Value – Daily Time Range Disable End Minute Value_Daily_Time_Range_Disable_End_Minute AlarmsDailyTimeRangeEndMinute	Daily disable end minute.
Value – Date Range Disable Value_Date_Range_Disable AlarmsDateRangeDisable	Disable the alarms for the Tag between a Start date and End date.
Value – Date Range Disable Start Value_Date_Range_Disable_Start AlarmsDateRangeDisableStart	Date range disable start time.
Value – Date Range Disable End Value_Date_Range_Disable_End AlarmsDateRangeDisableEnd	Date range disable end time.
Value – Calculation Value_Calculation Calculation	Logic equation when the Data Source is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations for descriptions of all functions.
Value – JSON Structure Value_JSON_Structure JSONStructure	The JSON structure source that will be updated by the Keys and Tags.
Value – JSON Structure From Tag Value_JSON_Structure_From_Tag JSONStructureFromTag	Obtain the JSON structure from a tag value.
Value – JSON Structure Tag Value_JSON_Structure_Tag JSONStructureTag	The tag variable that will set the JSON base structure.
Value – Keys And Tags Value_Keys_And_Tags KeysAndTags	The keys and tag names used to udpate the JSON structure.
Value – Target Enable Value_Target_Enable TargetEnable	Enables the Data Route feature to send the Tag Value to another Tag, OPC Item, or Azure IoT. This feature Is Not required To just write To a Data Source Of the Tag Value from a client application. If the Data Source Of a Tag Is Set To something other than Value, Calculation, Tag, or Time and write occurs to the Tag the Data Source will be written to. The Target feature is mainly used to transfer values from controller to controller, OPC Servers to other OPC Servers, Calculation results to controllers, OPC Servers, or Azure IoT. Often used for remote data transfer over the Internet from Data Source to Data Destination.
Value – Target Destination Type Value_Target_Destination_Type	The destination type for automated data transfer using the Data Route feature. [OPC, Tag, Azure IoT, Azure IoT Edge, MQTT]
Value – Target Tag Value_Target_Tag	Specify a local Or remote Tag to transfer the Value to.
Value – Target Azure IoT Driver Interface Value_Target_Azure_IoT_Driver_Interface	The defined Driver Interface For the Azure IoT Destination.
Value – Target MQTT Driver Interface Value_Target_MQTT_Driver_Interface	The defined Driver Interface for the MQTT Destination.
Value – Target MQTT Topic Value_Target_MQTT_Topic	The topic to send the MQTT Destination.
Value – Target MQTT QoS Value_Target_MQTT_QoS	MQTT Quality Of Service to send.
Value – Target MQTT Include TimeStamp Value_Target_MQTT_Include_TimeStamp	Include the Timestamp of the source when sending to the MQTT Destination.
Value – Target MQTT Include Quality Value_Target_MQTT_Include_Quality	Include the Quality of the source when sending to the MQTT Destination.
Value – Target OPC Item Value_Target_OPC_Item TargetOPCItem	The OPC Item from a classic OPC DA Server for sending the Value to.
Value – Target OPC Access Path Value_Target_OPC_Access_Path	The OPC Access Path from a classic OPC DA Server. Most OPC Servers Do Not require an Access Path. It is very rare that the OPC Server needs this Property.
Value – Target OPC Update Rate Value_Target_OPC_Update_Rate TargetOPCUpdateRate	OPC Update Rate.
Value – Target Deadband Value_Target_Deadband TargetFloatDeadband	For floating point values this is the amount to compare with current value from target value and if within range it does not write a new value. If the source Value is different than the current Target value by more than the Float Deadband a write will occur. The deadband is not used if Write Continuously is enabled.
Value – Target Write Continuously Value_Target_Write_Continuously TargetWriteContinuously	When this property is disabled writes will only occur when the source Value is different than the target value. When this property is enabled writes will continuously be performed at the rate of Target Write Continuously Frequency even if the source Value is the same as the target value. Note: When this feature is changed either the source Value must change or restart the service for the parameter to take effect.
Value – Target Write Continuously Frequency Value_Target_Write_Continuously_Frequency TargetWriteContinuouslyFrequency	The rate at which the value is written to the destination if the continuous writing is enabled. When this property is enabled writes will continuously be performed at the rate of Target Write Continuously Frequency. Note: When this feature is changed either the source Value must change or restart the service for the parameter to take effect.
Value – Enable Alarm Ack Value_Enable_Alarm_Ack AcknowledgeAlarmsEnable	Enable this feature to automatically acknowledge all alarms defined to the alarm groups defined in the property Alarm Groups to Acknowledge. The alarms are acknowledged when the Tag Value transitions from False to True. If the Tag Value remains True no further acknowledge will occur until the value goes to False and then True again. If you desire to acknowledge all alarms in the local service leave the Alarm Groups to Acknowledge field blank.
Value – Alarm Ack Groups Value_Alarm_Ack_Groups AcknowledgeAlarmsGroups	When the Acknowledge Alarm Groups property is enabled this is the list of Alarm Groups that will determine which alarms will be acknowledged automatically when the Tag Value transitions from False to True. If you desire to acknowledge all alarms in the local service leave this field blank.
Value – Time On And Count Enable Value_Time_On_And_Count_Enable TimeOnAndCountsEnable	When enabled it will keep track of how long a Boolean value is true and how many times it transitions to True. The Time On And Counts feature will keep track of the following How Long the point is on for the current instance. How Long the point is on for the current day. How Long the point is on for Period 1. How Long the point is on for Period 2. How Long the point has been on for all of time. How many times the point has transitioned for the current day. How many times the point has transitioned for Period 1. How many times the point has transitioned for Period 2. How many times the point has transitioned For all of time.
Value – Time On And Count Current Day Reset Hour Value_Time_On_And_Count_Current_Day_Reset_Hour TimeOnAndCountsDailyResetHour	Time On and Counts daily reset hour.
Value – Time On And Count Current Day Reset Minute Value_Time_On_And_Count_Current_Day_Reset_Minute TimeOnAndCountsDailyResetMinute	Time On and Counts daily reset minute.
Value – Time On Units Value_Time_On_Units TimeOnUnits	The Time On values can be returned as Hours, Minutes, or Seconds. [Hours, Minutes, Seconds]
Value – Time On And Count Period 1 Minutes Value_Time_On_And_Count_Period_1_Minutes TimeOnAndCountsPeriod1	The total time in minutes to track for Period 1 of Time On and Counts.
Value – Time On And Count Period 2 Minutes Value_Time_On_And_Count_Period_2_Minutes TimeOnAndCountsPeriod2	The total time in minutes to track for Period 2 of Time On and Counts.
Value – Reset Time On And Count Value_Reset_Time_On_And_Count TimeOnAndCountsResetEnable	When enabled the Time On and Counts totals are reset when the Boolean Tag defined transistions from False to True.
Value – Reset Time On And Count Tag Value_Reset_Time_On_And_Count_Tag TimeOnAndCountsResetTag	The Boolean Tag that will reset the Time On and Counts totals when its value transitions from False to True.
Value – Total Enable Value_Total_Enable Total_Enable	When enabled a total of the tag value will be accumulated as the Sample Rate specified. The total will be accessible as .Total When the total is reset by day, month, or tag the current Total will be moved to .TotalPrevious
Value – Total Active Value_Total_Active Total_Active	When enabled totalizing is active at the specified sample rate. When disabled totalizing is paused.
Value – Total Active By Tag Value_Total_Active_By_Tag Total_Active_By_Tag	When enabled Active state is controlled by Boolean Tag.
Value – Total Active Tag Value_Total_Active_Tag Total_Active_Tag	The boolean Tag that will dynamically activate or pause totalizing.
Value – Total Sample Rate Value_Total_Sample_Rate TotaL_Sample_Rate	The rate at which the value * gain is added to the total in seconds.
Value – Total Gain Value_Total_Gain Total_Gain	The gain will be multiplied to the value before adding to the total. Use a negative gain or value if you want the total to decrease on each sample.
Value – Total Gain By Tag Value_Total_Gain_By_Tag Total_Gain_By_Tag	When enabled the gain to multiply to value is controlled by Tag.
Value – Total Gain Tag Value_Total_Gain_Tag Total_Gain_Tag	When enabled the gain to multiply to value is controlled by a tag value.
Value – Total Initial Value_Total_Initial Total_Initial	The value that the total will be initialized to when the total is reset.
Value – Total Reset Daily Value_Total_Reset_Daily Total_Reset_Daily	When enabled the total is set to the Total Initial Value on the reset hour and minute. The current Total and TotalSamples are also passed to the TotalPrevious and TotalPreviousSamples
Value – Total Reset Monthly Value_Total_Reset_Monthly Total_Reset_Monthly	When enabled the total is set to the Total Initial Value on the reset hour and minute on the first day of the month. The current Total and TotalSamples are also passed to the TotalPrevious and TotalPreviousSamples
Value – Total Reset Hour Value_Total_Reset_Hour Total_Reset_Hour	The hour component of the time of day that the Total is reset to the Initial value when Daily or Monthly reset is enabled.
Value – Total Reset Minute Value_Total_Reset_Minute Total_Reset_Minute	The minute component of the time of day that the Total is reset to the Initial value when Daily or Monthly reset is enabled.
Value – Total Reset By Tag Value_Total_Reset_By_Tag Total_Reset_By_Tag	When enabled a Boolean tag transition from false to true will set the total to the Total Initial Value. The current Total and TotalSamples are also passed to the TotalPrevious and TotalPreviousSamples
Value – Total Reset Tag Value_Total_Reset_Tag Total_Reset_Tag	The boolean Tag that will be used to reset the total value.
HighHighAlarmLimit – Value HighHighAlarmLimit_Value HighHighAlarmLimit	The High High Limit.
HighHighAlarmLimit – Gain HighHighAlarmLimit_Gain HighHighAlarmGain	The Gain is a multiplier to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
HighHighAlarmLimit – Offset HighHighAlarmLimit_Offset HighHighAlarmOffset	The Offset is an addition to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
HighHighAlarmLimit – High Range HighHighAlarmLimit_High_Range HighHighAlarmHighRange	The Default Y Axis Range High For a trend pen and the high limit when Limit Writes is enabled.
HighHighAlarmLimit – Low Range HighHighAlarmLimit_Low_Range HighHighAlarmLowRange	The Default Y Axis Range Low For a trend pen and the low limit when Limit Writes is enabled.
HighHighAlarmLimit – Limit Writes HighHighAlarmLimit_Limit_Writes HighHighAlarmLimitWrites	Limit writes from users and clients within the High Range and Low Range.
HighHighAlarmLimit – Out Of Range HighHighAlarmLimit_Out_Of_Range	When the value goes above the Out of Range value the alarm limit is not evaluated and the alarm is disabled.
HighHighAlarmLimit – Read Only Value HighHighAlarmLimit_Read_Only_Value HighHighAlarmReadOnlyValue	When enabled the value of the parameter cannot be written to.
HighHighAlarmLimit – Source HighHighAlarmLimit_Source HighHighAlarmDataSource	The source of where the value for the limit will come from. The Data Source can be set to one of the following types: Value: Fixed value that can be set in configuration or from any client. AB Classic: Communications to Allen Bradley MicroLogix, SLC 500, and PLC-5. AB Logix: Communications to Allen Bradley ControlLogix, CompactLogix, GuardLogix, and Micro800. AWS IoT Gateway: Amazon Web Services IoT Gateway. Azure IoT: Azure IoT Data Hub. Calculation: Math equation with multiple tag parameters as a data source. The result is read only and cannot be written to. View the following video to see how to define a Calculation. CanBus: CanBus interface File: A Binary, Text, or XML file. Modbus: Modbus master communications for Modbus TCP, Modbus RTU, and Modbus ASCII all supported on both Ethernet and Serial interfaces. MQTT: Communications to MQTT brokers to send and receive data to MQTT devices and software. OPC: Value from Classic DA 2.XX or 3.0 OPC Server. OPC UA: OPC UA Server. Siemens: Communications to Siemens S7-200, S7-300, S7-400, S7-1200, and S7-1500. Simulation: Dynamic simulation of data. Tag: Value is from another tag parameter from the same service or remote service. The result is read only and cannot be written to. Time: Date and time from the CPU clock. UDP Client Tag: Tag from a remote service with the UDP Broadcast feature enabled. Univeral Driver Interfaces will also appear here in the Data Source property
HighHighAlarmLimit – Simulation Rate HighHighAlarmLimit_Simulation_Rate HighHighAlarmSimulationRate	The rate of value changing for Simulation data.
HighHighAlarmLimit – Simulation Type HighHighAlarmLimit_Simulation_Type HighHighAlarmSimulationType	Ramp will incrment in value from 0 to 99. Sine will change value from -1 to 1 based on the time each 60 seconds. Random will result in a random number with a range of 0 to 99 Toggle will transition between true and false [Ramp, Random, Sine, Toggle]
HighHighAlarmLimit – OPC Item HighHighAlarmLimit_OPC_Item HighHighAlarmOPCItem	OPC Item from a classic OPC DA Server.
HighHighAlarmLimit – Tag Client Item HighHighAlarmLimit_Tag_Client_Item HighHighAlarmTag	Local or remote Tag To receive the value from when the Data Source is set to Tag.
HighHighAlarmLimit – UDP Client Item HighHighAlarmLimit_UDP_Client_Item HighHighAlarmUDPClientTag	The Tag In the broadcasting service To receive the value When Using one way UDP Broadcast feature.
HighHighAlarmLimit – Source Values On Bad Quality HighHighAlarmLimit_Source_Values_On_Bad_Quality HighHighAlarmSourceWhenBad	Allows the value And data quality to be overridden when the value quality is bad. The following are the four (4) available options for Source When Bad: Normal Bad Quality: When the data source is bad quality the result is bad quality. With Calculations any one of the source tags in the calculation being bad quality will cause the result to be bad quality. Set Sources To Default Value: When the data source quality is bad the source value is overridden to be what is set as Default Value with the data type of Default Value Type. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set to the Default Value when its individual data quality is bad. This will result in the calculation performing the equation with the remaining actual values with tags with good quality and overriding the values for the tags that are bad quality. Hold Sources To Last Good Value: When the data sources quality changes to bad quality the last good value will be used as the data source. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be held with its last good value when its individual data quality is bad. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with each individual tags last good quality. Set Sources To Tag Value: When the data sources quality is bad the value from another Tag will be used. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set from the other Tag value. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with the assigned tag’s value.
HighHighAlarmLimit – Override OPC Quality On Bad Quality HighHighAlarmLimit_Override_OPC_Quality_On_Bad_Quality HighHighAlarmOverrideOPCQualityWhenBad	Forces the OPC Quality that is passed onto the OPC Systems.NET OPC Server to good quality when the Data Source When Bad Quality is set to something other than the default of Normal Bad Quality and the Data Source is set to an OPC Item.
HighHighAlarmLimit – Default Value On Bad Quality HighHighAlarmLimit_Default_Value_On_Bad_Quality HighHighAlarmDefaultValueWhenBad	The value to use when the Source When Bad is set to Set Sources to Default Value. See Source When Bad for full description.
HighHighAlarmLimit – Tag For Source On Bad Quality HighHighAlarmLimit_Tag_For_Source_On_Bad_Quality	When Source When Bad is set to Set Sources To Tag Value this is the tag parameter to use for the value to set the source when the data quality is bad.
HighHighAlarmLimit – Is Trend Point HighHighAlarmLimit_Is_Trend_Point HighHighAlarmTrendPoint	Enable Trend Point to have the Parameter available for trending from Trend .NET and Web Trend. You can data log a Parameter value without trending the point If desired.
HighHighAlarmLimit – Time Stamp Offset Hours HighHighAlarmLimit_Time_Stamp_Offset_Hours HighHighAlarmTimeStampOffset	The amount of time to offset the alarm timestamp to match a particular time zone. If you prefer to use Universal Time Code enable the property Use UTC Timestamp under Configure-Options-Time.
HighHighAlarmLimit – Alarm Text HighHighAlarmLimit_Alarm_Text HighHighAlarmText	Alarm text to use for Alarm Logging, Alarm Notfication, and .NET and Web Alarm interface. The Alarm Text can be fixed or dynamic with the Dynamic Alarm Text attribute.
HighHighAlarmLimit – Set Alarm Text HighHighAlarmLimit_Set_Alarm_Text	The Alarm Text of an alarm message can be dynamic based on other Tag values. The following options can be used for changing the Alarm Text Static Alarm Text: No change to the alarm text is performed, the default Alarm Text is used. Prepend Alarm Text: Adds the value of the dynamic alarm text tag ahead of the base Alarm Text. Overwrite Alarm Text: Replaces the alarm text entirely with the value of the dynamic alarm text tag. Append Alarm Text: Appends the value of the dynamic alarm text after the base Alarm Text. Calculation: The alarm text is replaced with the result of a Calculation. When the alarm occurs the current value of the alarm message is locked for that instance of the alarm so when it is acknowledged or it clears the message is the same for all states. [Static Alarm Text, Preset Alarm Text, Overwrite Alarm Text, Append Alarm Text, Calculation]
HighHighAlarmLimit – Set Alarm Text Tag HighHighAlarmLimit_Set_Alarm_Text_Tag	The Tag that will contain the string value to update the alarm text.
HighHighAlarmLimit – Set Alarm Text Calculation HighHighAlarmLimit_Set_Alarm_Text_Calculation	The logic equation when the Dyanmic Alarm Text is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations For descriptions Of all functions.
HighHighAlarmLimit – Units HighHighAlarmLimit_Units HighHighAlarmUnits	Engineering Units of the alarm limit and value.
HighHighAlarmLimit – Document HighHighAlarmLimit_Document HighHighAlarmDocument	The document path that is included in an alarm message.
HighHighAlarmLimit – TagID HighHighAlarmLimit_TagID HighHighAlarmTagID	Identifier for OEM asset assignment.
HighHighAlarmLimit – OPC Update Rate HighHighAlarmLimit_OPC_Update_Rate HighHighAlarmOPCUpdateRate	OPC Update Rate. Each unique rate creates an individual Group In the Server for subscription.
HighHighAlarmLimit – OPC Access Path HighHighAlarmLimit_OPC_Access_Path	The OPC Access Path from a classic OPC DA Server. Most OPC Servers Do Not require an Access Path. It is very rare that the OPC Server needs this Property.
HighHighAlarmLimit – Enable Device Read HighHighAlarmLimit_Enable_Device_Read HighHighAlarmOPCDeviceRead	When enabled the Tag defined For the Device Read will control communications To only read the OPC Item With a SyncRead When the tag transitions from False To True. Normal asynchronous communications is disabled If this Property is enabled.
HighHighAlarmLimit – Device Read Tag HighHighAlarmLimit_Device_Read_Tag HighHighAlarmOPCDeviceReadTag	The Tag that will cause a syncread To the OPC Item When the value transitions from False To True.
HighHighAlarmLimit – OPC Enable Comm HighHighAlarmLimit_OPC_Enable_Comm	Enable Or Disable OPC Classic communications based On a Tag. When the value Of the Tag defined is True the communications To the OPC Item is enabled, When False it is disabled.
HighHighAlarmLimit – OPC Enable Comm Tag HighHighAlarmLimit_OPC_Enable_Comm_Tag	The Tag that will enable Or disable communications To the OPC Item When the Enable by Tag Property is enabled.
HighHighAlarmLimit – Driver Interface HighHighAlarmLimit_Driver_Interface	The defined Driver Interface For the Data Source selected.
HighHighAlarmLimit – Driver Interface Polling Rate HighHighAlarmLimit_Driver_Interface_Polling_Rate	Polling rate for Driver Interface item.
HighHighAlarmLimit – Driver Interface Enable Device Read HighHighAlarmLimit_Driver_Interface_Enable_Device_Read	When enabled the Tag defined for the Device Read will control communications to only read the item with when the tag transitions from false to true. Normal polling communications is disabled if this property is enabled.
HighHighAlarmLimit – Driver Interface Device Read Tag HighHighAlarmLimit_Driver_Interface_Device_Read_Tag	The Tag that will cause a read for the item when the value transitions from false to true if Device Read is enabled.
HighHighAlarmLimit – Driver Interface Enable Comm HighHighAlarmLimit_Driver_Interface_Enable_Comm	Enable or Disable communications based on a Tag. When the value of the Tag defined is true the communications to the Item is enabled, when false it is disabled.
HighHighAlarmLimit – Driver Interface Enable Comm Tag HighHighAlarmLimit_Driver_Interface_Enable_Comm_Tag	The Tag that will enable or disable communications to the OPC Item when the Enable by Tag property is enabled.
HighHighAlarmLimit – Table Name HighHighAlarmLimit_Table_Name	The Table Name or View to use when Data Source is set to Database.
HighHighAlarmLimit – Use Tag Value For Table Name HighHighAlarmLimit_Use_Tag_Value_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
HighHighAlarmLimit – Tag For Table Name HighHighAlarmLimit_Tag_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
HighHighAlarmLimit – Field Name HighHighAlarmLimit_Field_Name	The column name to read the value from or write the value to.
HighHighAlarmLimit – Field Data Type HighHighAlarmLimit_Field_Data_Type	The data type of the field.
HighHighAlarmLimit – Where String HighHighAlarmLimit_Where_String	The filter condition to specify which row to read and update. When writing values all row matching where statement will be updated.
HighHighAlarmLimit – Use Tag Value For Where String HighHighAlarmLimit_Use_Tag_Value_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
HighHighAlarmLimit – Tag For Where String HighHighAlarmLimit_Tag_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
HighHighAlarmLimit – Order By String HighHighAlarmLimit_Order_By_String	The condition order the records to use top 1 when reading.
HighHighAlarmLimit – Use Tag Value For Order By String HighHighAlarmLimit_Use_Tag_Value_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
HighHighAlarmLimit – Tag For Order By String HighHighAlarmLimit_Tag_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
HighHighAlarmLimit – Modbus Memory Type HighHighAlarmLimit_Modbus_Memory_Type	Modbus Memory Type [Coil Status, Input Status, Holding Register, Input Register]
HighHighAlarmLimit – Modbus Device Address HighHighAlarmLimit_Modbus_Device_Address	Modbus Device Address. Set To -1 To Not use Device Address With Ethernet.
HighHighAlarmLimit – Modbus Data Type HighHighAlarmLimit_Modbus_Data_Type	Modbus Data Type [Int16, UInt16, Int16 As Boolean, Int32, UInt32, Int32 As Boolean, Int64, UInt64, Int64 As Boolean, Float32, Float64, String]
HighHighAlarmLimit – Modbus Address HighHighAlarmLimit_Modbus_Address	Modbus address of point. Use Zero Based Addressing to offset the address by 1. The Memory Type selected will automatically add the necessary base address. For example to address 40,000 set the Memory Type to Holding Register and the Address as 1. Extended Addressing is also supported
HighHighAlarmLimit – Modbus Bit Position HighHighAlarmLimit_Modbus_Bit_Position	Bit position within Integer.
HighHighAlarmLimit – Modbus Number Of Words For String HighHighAlarmLimit_Modbus_Number_Of_Words_For_String	The length Of the Modbus String When the Modbus Data Type is set to String.
HighHighAlarmLimit – Modbus Max Words Per Packet HighHighAlarmLimit_Modbus_Max_Words_Per_Packet	The maximum number Of words per packet In communications. The Driver Interface will use the lowest number As the limit For all communications For all packets.
HighHighAlarmLimit – Modbus Max Bits Per Packet HighHighAlarmLimit_Modbus_Max_Bits_Per_Packet	The maximum number of bits per packet when Memory Type is set to either Coil Status or Input Status.
HighHighAlarmLimit – Modbus Word Swap HighHighAlarmLimit_Modbus_Word_Swap	Swaps Modbus words.
HighHighAlarmLimit – Modbus Byte Swap HighHighAlarmLimit_Modbus_Byte_Swap	Swaps Modbus bytes.
HighHighAlarmLimit – Modbus Zero Based Addressing HighHighAlarmLimit_Modbus_Zero_Based_Addressing	When enabled subtracts 1 from address before communicating To device.
HighHighAlarmLimit – CANBus Block Number HighHighAlarmLimit_CANBus_Block_Number	CANBus Block Number.
HighHighAlarmLimit – CANBus Index HighHighAlarmLimit_CANBus_Index	CANBus Index.
HighHighAlarmLimit – CANBus Block Type HighHighAlarmLimit_CANBus_Block_Type	Block Type For CANBus.
HighHighAlarmLimit – OPTO Value Type HighHighAlarmLimit_OPTO_Value_Type	OPTO Value Type. Use Table Elements For the fastest communications. [Table, TableElement, Variable]
HighHighAlarmLimit – OPTO Variable Name HighHighAlarmLimit_OPTO_Variable_Name	OPTO Variable Name.
HighHighAlarmLimit – OPTO Variable Type HighHighAlarmLimit_OPTO_Variable_Type	OPTO Variable Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable, UpTimer, DownTimer]
HighHighAlarmLimit – OPTO Variable String Length HighHighAlarmLimit_OPTO_Variable_String_Length	OPTO Variable String Length.
HighHighAlarmLimit – OPTO Table Name HighHighAlarmLimit_OPTO_Table_Name	OPTO Table Name.
HighHighAlarmLimit – OPTO Table Type HighHighAlarmLimit_OPTO_Table_Type	OPTO Table Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable]
HighHighAlarmLimit – OPTO Table String Length HighHighAlarmLimit_OPTO_Table_String_Length	OPTO Table String Length.
HighHighAlarmLimit – OPTO Table Index HighHighAlarmLimit_OPTO_Table_Index	OPTO Table Index.
HighHighAlarmLimit – OPTO Table Length HighHighAlarmLimit_OPTO_Table_Length	OPTO Table Length.
HighHighAlarmLimit – AB Logix Data Type HighHighAlarmLimit_AB_Logix_Data_Type	Data Type For AB Logix. Use AUTO If you are uncertain Of your data type. [AUTO, STR]
HighHighAlarmLimit – AB Address HighHighAlarmLimit_AB_Address HighHighAlarmABAddress	The Allen Bradley variable address.
HighHighAlarmLimit – Siemens Address HighHighAlarmLimit_Siemens_Address HighHighAlarmSiemensAddress	The Siemens variable address. See https://openautomationsoftware.com/knowledge-base/siemens-address-syntax/ Data Sources-Siemens-Siemens Address Syntax For address syntax.
HighHighAlarmLimit – Siemens Data Type HighHighAlarmLimit_Siemens_Data_Type	Data Type For Siemens.
HighHighAlarmLimit – Siemens String Length HighHighAlarmLimit_Siemens_String_Length	The length Of the Siemens String When the Siemens Data Type is set to String.
HighHighAlarmLimit – Kafka Topic HighHighAlarmLimit_Kafka_Topic	Kafka Topic.
HighHighAlarmLimit – SpB Client Group ID HighHighAlarmLimit_SpB_Client_Group_ID	Sparkplug B Client Group ID.
HighHighAlarmLimit – SpB Client Edge Node ID HighHighAlarmLimit_SpB_Client_Edge_Node_ID	Sparkplug B Client Edge Node ID.
HighHighAlarmLimit – SpB Client Device ID HighHighAlarmLimit_SpB_Client_Device_ID	Sparkplug B Client Device ID.
HighHighAlarmLimit – SpB Client Metric Name HighHighAlarmLimit_SpB_Client_Metric_Name	Sparkplug B Client Metric Name.
HighHighAlarmLimit – MQTT Topic HighHighAlarmLimit_MQTT_Topic	MQTT Topic.
HighHighAlarmLimit – MQTT QoS HighHighAlarmLimit_MQTT_QoS	MQTT Quality Of Service.
HighHighAlarmLimit – MQTT Topic Timeout HighHighAlarmLimit_MQTT_Topic_Timeout	MQTT Topic Timeout.
HighHighAlarmLimit – MQTT Include TimeStamp HighHighAlarmLimit_MQTT_Include_TimeStamp	Include the timestamp In the MQTT data.
HighHighAlarmLimit – MQTT Include Quality HighHighAlarmLimit_MQTT_Include_Quality	Include the quality In the MQTT data.
HighHighAlarmLimit – AWS IoT Gateway Topic HighHighAlarmLimit_AWS_IoT_Gateway_Topic	AWS IoT Gateway Topic.
HighHighAlarmLimit – AWS IoT Gateway Topic Timeout HighHighAlarmLimit_AWS_IoT_Gateway_Topic_Timeout	AWS IoT Gateway Topic Timeout.
HighHighAlarmLimit – AWS IoT Gateway Include TimeStamp HighHighAlarmLimit_AWS_IoT_Gateway_Include_TimeStamp	Include the timestamp in the AWS IoT Gateway data.
HighHighAlarmLimit – AWS IoT Gateway Include Quality HighHighAlarmLimit_AWS_IoT_Gateway_Include_Quality	Include the quality in the AWS IoT Gateway data.
HighHighAlarmLimit – OPCUA IdType HighHighAlarmLimit_OPCUA_IdType	OPC UA Id Type. [Numeric, String, Guid, Opaque]
HighHighAlarmLimit – OPCUA NodeID HighHighAlarmLimit_OPCUA_NodeID	OPC UA NodeId.
HighHighAlarmLimit – OPCUA Namespace HighHighAlarmLimit_OPCUA_Namespace	OPC UA Namespace.
HighHighAlarmLimit – OPCUA Register NodeID HighHighAlarmLimit_OPCUA_Register_NodeID	Registers the NodeId with the server for optimized reading and writing with reduced packet size in OPC UA communications.
HighHighAlarmLimit – OPCUA Queue Size HighHighAlarmLimit_OPCUA_Queue_Size	Queue Size for OPC UA Node.
HighHighAlarmLimit – OPCUA Discard Oldest HighHighAlarmLimit_OPCUA_Discard_Oldest	Discard Oldest for OPC UA Node.
HighHighAlarmLimit – OPCUA Sampling Interval HighHighAlarmLimit_OPCUA_Sampling_Interval	Sampling Interval for OPC UA Node.
HighHighAlarmLimit – OPCUA Data Change Trigger HighHighAlarmLimit_OPCUA_Data_Change_Trigger	Data Change Trigger type for OPC UA Node.
HighHighAlarmLimit – OPCUA Deadband Type HighHighAlarmLimit_OPCUA_Deadband_Type	Deadband Type for OPC UA Node.
HighHighAlarmLimit – OPCUA Deadband HighHighAlarmLimit_OPCUA_Deadband	Deadband for OPC UA Node.
HighHighAlarmLimit – Alarm Enable HighHighAlarmLimit_Alarm_Enable HighHighAlarmEnable	Each Tag has a High High Limit Parameter which acts as the Tag’s High High Alarm Limit for evaluating alarm conditions from the Value Parameter. If the value of the Value Parameter exceeds the High High Limit the Tag is considered to be in a High High alarm condition. A license of .NET Alarm or Web Alarm is required for this the alarm limit to execute.
HighHighAlarmLimit – Alarm Enable With Tag HighHighAlarmLimit_Alarm_Enable_With_Tag HighHighAlarmEnableWithTag	When enabled a Boolean Tag defined controls if the alarm limit is enabled.
HighHighAlarmLimit – Alarm Enable Tag HighHighAlarmLimit_Alarm_Enable_Tag HighHighAlarmEnableTag	Tag that will control when the alarm limit is enabled.
HighHighAlarmLimit – Alarm Enable With Tag On False HighHighAlarmLimit_Alarm_Enable_With_Tag_On_False	Alarm will be enabled when tag value is false instead of true.
HighHighAlarmLimit – Latch Enable HighHighAlarmLimit_Latch_Enable HighHighAlarmLatchEnable	When Latch Enable is set to true each alarm instance will latch in the active state and will only return to normal when HighHighAlarmLatchReset is set to true after the alarm has returned to normal.
HighHighAlarmLimit – Daily Time Range Disable HighHighAlarmLimit_Daily_Time_Range_Disable HighHighAlarmDailyTimeRangeDisable	Disable the alarm daily between the Start Hour and Minute and the End Hour and Minute.
HighHighAlarmLimit – Daily Time Range Disable Start Hour HighHighAlarmLimit_Daily_Time_Range_Disable_Start_Hour HighHighAlarmDailyTimeRangeDisableStartHour	Daily disable start hour.
HighHighAlarmLimit – Daily Time Range Disable Start Minute HighHighAlarmLimit_Daily_Time_Range_Disable_Start_Minute HighHighAlarmDailyTimeRangeDisableStartMinute	Daily disable start minute.
HighHighAlarmLimit – Daily Time Range Disable End Hour HighHighAlarmLimit_Daily_Time_Range_Disable_End_Hour HighHighAlarmDailyTimeRangeDisableEndHour	Daily disable end hour.
HighHighAlarmLimit – Daily Time Range Disable End Minute HighHighAlarmLimit_Daily_Time_Range_Disable_End_Minute HighHighAlarmDailyTimeRangeDisableEndMinute	Daily disable end minute.
HighHighAlarmLimit – Date Range Disable HighHighAlarmLimit_Date_Range_Disable HighHighAlarmDateRangeDisable	Disable the alarms for the Tag between a Start date and End date.
HighHighAlarmLimit – Date Range Disable Start HighHighAlarmLimit_Date_Range_Disable_Start HighHighAlarmDateRangeDisableStart	Date range disable start time.
HighHighAlarmLimit – Date Range Disable End HighHighAlarmLimit_Date_Range_Disable_End HighHighAlarmDateRangeDisableEnd	Date range disable end time.
HighHighAlarmLimit – Log As Event HighHighAlarmLimit_Log_As_Event HighHighAlarmLogAsEvent	When the Value reaches the alarm limit the event will not be indicated and recorded as an alarm with acknowledge state, but instead as an event that just records the one instance of when it reaches the alarm limit.
HighHighAlarmLimit – Alarm Priority HighHighAlarmLimit_Alarm_Priority HighHighAlarmPriority	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. The valid range is from 0 to 2,147,483,647.
HighHighAlarmLimit – Alarm Group HighHighAlarmLimit_Alarm_Group HighHighAlarmGroup	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. Simply enter the new alarm group or select from the existing list of groups. OPC, System, and Tag Client are default alarm groups used to identify system and communication alarms.
HighHighAlarmLimit – Alarm Delay Time HighHighAlarmLimit_Alarm_Delay_Time HighHighAlarmTimeDelay	The time delay in seconds that the alarm condition must remain active before the alarm is posted as an active alarm. The date and time when the alarm first became active is used as the alarm date and time, not the date and time it was posted as an active alarm. If you would Like the AlarmStatus parameter To be set immediately and not wait for the Time Delay use Configure-Options to set Update Alarm Status Immediately without Alarm Time Delay.
HighHighAlarmLimit – Alarm Deadband HighHighAlarmLimit_Alarm_Deadband HighHighAlarmDeadband	The amount that the value must be within the limit before the alarm condition is cleared.
HighHighAlarmLimit – Calculation HighHighAlarmLimit_Calculation HighHighAlarmCalculation	Logic equation when the Data Source is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations for descriptions of all functions.
HighHighAlarmLimit – Time On And Count Enable HighHighAlarmLimit_Time_On_And_Count_Enable HighHighAlarmTimeOnAndCountsEnable	When enabled it will keep track of how long the alarm is active and how many times it transitions from inactive to active state. The Time On And Counts feature will keep track of the following How Long the alarm is active for the current instance. How Long the alarm is active for the current day. How Long the alarm is active for Period 1. How Long the alarm is active for Period 2. How Long the alarm is active for all of time. How many times the alarm state has transitioned from inactive to active for the current day. How many times the alarm state has transitioned from inactive to active for Period 1. How many times the alarm state has transitioned from inactive to active for Period 2. How many times the alarm state has transitioned from inactive to active For all of time.
HighHighAlarmLimit – Time On And Count Current Day Reset Hour HighHighAlarmLimit_Time_On_And_Count_Current_Day_Reset_Hour HighHighAlarmTimeOnAndCountsDailyResetHour	Time On and Counts daily reset hour.
HighHighAlarmLimit – Time On And Count Current Day Reset Minute HighHighAlarmLimit_Time_On_And_Count_Current_Day_Reset_Minute HighHighAlarmTimeOnAndCountsDailyResetMinute	Time On and Counts daily reset minute.
HighHighAlarmLimit – Time On Units HighHighAlarmLimit_Time_On_Units HighHighAlarmTimeOnUnits	The Time On values can be returned as Hours, Minutes, or Seconds. [Hours, Minutes, Seconds]
HighHighAlarmLimit – Time On And Count Period 1 Minutes HighHighAlarmLimit_Time_On_And_Count_Period_1_Minutes HighHighAlarmTimeOnAndCountsPeriod1	The total time in minutes to track for Period 1 of Time On and Counts.
HighHighAlarmLimit – Time On And Count Period 2 Minutes HighHighAlarmLimit_Time_On_And_Count_Period_2_Minutes HighHighAlarmTimeOnAndCountsPeriod2	The total time in minutes to track for Period 2 of Time On and Counts.
HighHighAlarmLimit – Reset Time On And Count HighHighAlarmLimit_Reset_Time_On_And_Count HighHighAlarmTimeOnAndCountsResetEnable	When enabled the Time On and Counts totals are reset when the Boolean Tag defined transistions from False to True.
HighHighAlarmLimit – Reset Time On And Count Tag HighHighAlarmLimit_Reset_Time_On_And_Count_Tag HighHighAlarmTimeOnAndCountsResetTag	The Boolean Tag that will reset the Time On and Counts totals when its value transitions from False to True.
HighAlarmLimit – Value HighAlarmLimit_Value HighAlarmLimit	The High Limit.
HighAlarmLimit – Gain HighAlarmLimit_Gain HighAlarmGain	The Gain is a multiplier to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
HighAlarmLimit – Offset HighAlarmLimit_Offset HighAlarmOffset	The Offset is an addition to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
HighAlarmLimit – High Range HighAlarmLimit_High_Range HighAlarmHighRange	The Default Y Axis Range High For a trend pen and the high limit when Limit Writes is enabled.
HighAlarmLimit – Low Range HighAlarmLimit_Low_Range HighAlarmLowRange	The Default Y Axis Range Low For a trend pen and the low limit when Limit Writes is enabled.
HighAlarmLimit – Limit Writes HighAlarmLimit_Limit_Writes HighAlarmLimitWrites	Limit writes from users and clients within the High Range and Low Range.
HighAlarmLimit – Out Of Range HighAlarmLimit_Out_Of_Range	When the value goes above the Out of Range value the alarm limit is not evaluated and the alarm is disabled.
HighAlarmLimit – Read Only Value HighAlarmLimit_Read_Only_Value HighAlarmReadOnlyValue	When enabled the value of the parameter cannot be written to.
HighAlarmLimit – Source HighAlarmLimit_Source HighAlarmDataSource	The source of where the value for the limit will come from. The Data Source can be set to one of the following types: Value: Fixed value that can be set in configuration or from any client. AB Classic: Communications to Allen Bradley MicroLogix, SLC 500, and PLC-5. AB Logix: Communications to Allen Bradley ControlLogix, CompactLogix, GuardLogix, and Micro800. AWS IoT Gateway: Amazon Web Services IoT Gateway. Azure IoT: Azure IoT Data Hub. Calculation: Math equation with multiple tag parameters as a data source. The result is read only and cannot be written to. View the following video to see how to define a Calculation. CanBus: CanBus interface File: A Binary, Text, or XML file. Modbus: Modbus master communications for Modbus TCP, Modbus RTU, and Modbus ASCII all supported on both Ethernet and Serial interfaces. MQTT: Communications to MQTT brokers to send and receive data to MQTT devices and software. OPC: Value from Classic DA 2.XX or 3.0 OPC Server. OPC UA: OPC UA Server. Siemens: Communications to Siemens S7-200, S7-300, S7-400, S7-1200, and S7-1500. Simulation: Dynamic simulation of data. Tag: Value is from another tag parameter from the same service or remote service. The result is read only and cannot be written to. Time: Date and time from the CPU clock. UDP Client Tag: Tag from a remote service with the UDP Broadcast feature enabled. Univeral Driver Interfaces will also appear here in the Data Source property
HighAlarmLimit – Simulation Rate HighAlarmLimit_Simulation_Rate HighAlarmSimulationRate	The rate of value changing for Simulation data.
HighAlarmLimit – Simulation Type HighAlarmLimit_Simulation_Type HighAlarmSimulationType	Ramp will incrment in value from 0 to 99. Sine will change value from -1 to 1 based on the time each 60 seconds. Random will result in a random number with a range of 0 to 99 Toggle will transition between true and false [Ramp, Random, Sine, Toggle]
HighAlarmLimit – OPC Item HighAlarmLimit_OPC_Item HighAlarmOPCItem	OPC Item from a classic OPC DA Server.
HighAlarmLimit – Tag Client Item HighAlarmLimit_Tag_Client_Item HighAlarmTag	Local or remote Tag To receive the value from when the Data Source is set to Tag.
HighAlarmLimit – UDP Client Item HighAlarmLimit_UDP_Client_Item HighAlarmUDPClientTag	The Tag In the broadcasting service To receive the value When Using one way UDP Broadcast feature.
HighAlarmLimit – Source Values On Bad Quality HighAlarmLimit_Source_Values_On_Bad_Quality HighAlarmSourceWhenBad	Allows the value And data quality to be overridden when the value quality is bad. The following are the four (4) available options for Source When Bad: Normal Bad Quality: When the data source is bad quality the result is bad quality. With Calculations any one of the source tags in the calculation being bad quality will cause the result to be bad quality. Set Sources To Default Value: When the data source quality is bad the source value is overridden to be what is set as Default Value with the data type of Default Value Type. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set to the Default Value when its individual data quality is bad. This will result in the calculation performing the equation with the remaining actual values with tags with good quality and overriding the values for the tags that are bad quality. Hold Sources To Last Good Value: When the data sources quality changes to bad quality the last good value will be used as the data source. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be held with its last good value when its individual data quality is bad. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with each individual tags last good quality. Set Sources To Tag Value: When the data sources quality is bad the value from another Tag will be used. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set from the other Tag value. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with the assigned tag’s value.
HighAlarmLimit – Override OPC Quality On Bad Quality HighAlarmLimit_Override_OPC_Quality_On_Bad_Quality HighAlarmOverrideOPCQualityWhenBad	Forces the OPC Quality that is passed onto the OPC Systems.NET OPC Server to good quality when the Data Source When Bad Quality is set to something other than the default of Normal Bad Quality and the Data Source is set to an OPC Item.
HighAlarmLimit – Default Value On Bad Quality HighAlarmLimit_Default_Value_On_Bad_Quality HighAlarmDefaultValueWhenBad	The value to use when the Source When Bad is set to Set Sources to Default Value. See Source When Bad for full description.
HighAlarmLimit – Tag For Source On Bad Quality HighAlarmLimit_Tag_For_Source_On_Bad_Quality	When Source When Bad is set to Set Sources To Tag Value this is the tag parameter to use for the value to set the source when the data quality is bad.
HighAlarmLimit – Is Trend Point HighAlarmLimit_Is_Trend_Point HighAlarmTrendPoint	Enable Trend Point to have the Parameter available for trending from Trend .NET and Web Trend. You can data log a Parameter value without trending the point If desired.
HighAlarmLimit – Time Stamp Offset Hours HighAlarmLimit_Time_Stamp_Offset_Hours HighAlarmTimeStampOffset	The amount of time to offset the alarm timestamp to match a particular time zone. If you prefer to use Universal Time Code enable the property Use UTC Timestamp under Configure-Options-Time.
HighAlarmLimit – Alarm Text HighAlarmLimit_Alarm_Text HighAlarmText	Alarm text to use for Alarm Logging, Alarm Notfication, and .NET and Web Alarm interface. The Alarm Text can be fixed or dynamic with the Dynamic Alarm Text attribute.
HighAlarmLimit – Set Alarm Text HighAlarmLimit_Set_Alarm_Text	The Alarm Text of an alarm message can be dynamic based on other Tag values. The following options can be used for changing the Alarm Text Static Alarm Text: No change to the alarm text is performed, the default Alarm Text is used. Prepend Alarm Text: Adds the value of the dynamic alarm text tag ahead of the base Alarm Text. Overwrite Alarm Text: Replaces the alarm text entirely with the value of the dynamic alarm text tag. Append Alarm Text: Appends the value of the dynamic alarm text after the base Alarm Text. Calculation: The alarm text is replaced with the result of a Calculation. When the alarm occurs the current value of the alarm message is locked for that instance of the alarm so when it is acknowledged or it clears the message is the same for all states. [Static Alarm Text, Preset Alarm Text, Overwrite Alarm Text, Append Alarm Text, Calculation]
HighAlarmLimit – Set Alarm Text Tag HighAlarmLimit_Set_Alarm_Text_Tag	The Tag that will contain the string value to update the alarm text.
HighAlarmLimit – Set Alarm Text Calculation HighAlarmLimit_Set_Alarm_Text_Calculation	The logic equation when the Dyanmic Alarm Text is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations For descriptions Of all functions.
HighAlarmLimit – Units HighAlarmLimit_Units HighAlarmUnits	Engineering Units of the alarm limit and value.
HighAlarmLimit – Document HighAlarmLimit_Document HighAlarmDocument	The document path that is included in an alarm message.
HighAlarmLimit – TagID HighAlarmLimit_TagID HighAlarmTagID	Identifier for OEM asset assignment.
HighAlarmLimit – OPC Update Rate HighAlarmLimit_OPC_Update_Rate HighAlarmOPCUpdateRate	OPC Update Rate. Each unique rate creates an individual Group In the Server for subscription.
HighAlarmLimit – OPC Access Path HighAlarmLimit_OPC_Access_Path	The OPC Access Path from a classic OPC DA Server. Most OPC Servers Do Not require an Access Path. It is very rare that the OPC Server needs this Property.
HighAlarmLimit – Enable Device Read HighAlarmLimit_Enable_Device_Read HighAlarmOPCDeviceRead	When enabled the Tag defined For the Device Read will control communications To only read the OPC Item With a SyncRead When the tag transitions from False To True. Normal asynchronous communications is disabled If this Property is enabled.
HighAlarmLimit – Device Read Tag HighAlarmLimit_Device_Read_Tag HighAlarmOPCDeviceReadTag	The Tag that will cause a syncread To the OPC Item When the value transitions from False To True.
HighAlarmLimit – OPC Enable Comm HighAlarmLimit_OPC_Enable_Comm	Enable Or Disable OPC Classic communications based On a Tag. When the value Of the Tag defined is True the communications To the OPC Item is enabled, When False it is disabled.
HighAlarmLimit – OPC Enable Comm Tag HighAlarmLimit_OPC_Enable_Comm_Tag	The Tag that will enable Or disable communications To the OPC Item When the Enable by Tag Property is enabled.
HighAlarmLimit – Driver Interface HighAlarmLimit_Driver_Interface	The defined Driver Interface For the Data Source selected.
HighAlarmLimit – Driver Interface Polling Rate HighAlarmLimit_Driver_Interface_Polling_Rate	Polling rate for Driver Interface item.
HighAlarmLimit – Driver Interface Enable Device Read HighAlarmLimit_Driver_Interface_Enable_Device_Read	When enabled the Tag defined for the Device Read will control communications to only read the item with when the tag transitions from false to true. Normal polling communications is disabled if this property is enabled.
HighAlarmLimit – Driver Interface Device Read Tag HighAlarmLimit_Driver_Interface_Device_Read_Tag	The Tag that will cause a read for the item when the value transitions from false to true if Device Read is enabled.
HighAlarmLimit – Driver Interface Enable Comm HighAlarmLimit_Driver_Interface_Enable_Comm	Enable or Disable communications based on a Tag. When the value of the Tag defined is true the communications to the Item is enabled, when false it is disabled.
HighAlarmLimit – Driver Interface Enable Comm Tag HighAlarmLimit_Driver_Interface_Enable_Comm_Tag	The Tag that will enable or disable communications to the OPC Item when the Enable by Tag property is enabled.
HighAlarmLimit – Table Name HighAlarmLimit_Table_Name	The Table Name or View to use when Data Source is set to Database.
HighAlarmLimit – Use Tag Value For Table Name HighAlarmLimit_Use_Tag_Value_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
HighAlarmLimit – Tag For Table Name HighAlarmLimit_Tag_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
HighAlarmLimit – Field Name HighAlarmLimit_Field_Name	The column name to read the value from or write the value to.
HighAlarmLimit – Field Data Type HighAlarmLimit_Field_Data_Type	The data type of the field.
HighAlarmLimit – Where String HighAlarmLimit_Where_String	The filter condition to specify which row to read and update. When writing values all row matching where statement will be updated.
HighAlarmLimit – Use Tag Value For Where String HighAlarmLimit_Use_Tag_Value_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
HighAlarmLimit – Tag For Where String HighAlarmLimit_Tag_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
HighAlarmLimit – Order By String HighAlarmLimit_Order_By_String	The condition order the records to use top 1 when reading.
HighAlarmLimit – Use Tag Value For Order By String HighAlarmLimit_Use_Tag_Value_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
HighAlarmLimit – Tag For Order By String HighAlarmLimit_Tag_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
HighAlarmLimit – Modbus Memory Type HighAlarmLimit_Modbus_Memory_Type	Modbus Memory Type [Coil Status, Input Status, Holding Register, Input Register]
HighAlarmLimit – Modbus Device Address HighAlarmLimit_Modbus_Device_Address	Modbus Device Address. Set To -1 To Not use Device Address With Ethernet.
HighAlarmLimit – Modbus Data Type HighAlarmLimit_Modbus_Data_Type	Modbus Data Type [Int16, UInt16, Int16 As Boolean, Int32, UInt32, Int32 As Boolean, Int64, UInt64, Int64 As Boolean, Float32, Float64, String]
HighAlarmLimit – Modbus Address HighAlarmLimit_Modbus_Address	Modbus address of point. Use Zero Based Addressing to offset the address by 1. The Memory Type selected will automatically add the necessary base address. For example to address 40,000 set the Memory Type to Holding Register and the Address as 1. Extended Addressing is also supported
HighAlarmLimit – Modbus Bit Position HighAlarmLimit_Modbus_Bit_Position	Bit position within Integer.
HighAlarmLimit – Modbus Number Of Words For String HighAlarmLimit_Modbus_Number_Of_Words_For_String	The length Of the Modbus String When the Modbus Data Type is set to String.
HighAlarmLimit – Modbus Max Words Per Packet HighAlarmLimit_Modbus_Max_Words_Per_Packet	The maximum number Of words per packet In communications. The Driver Interface will use the lowest number As the limit For all communications For all packets.
HighAlarmLimit – Modbus Max Bits Per Packet HighAlarmLimit_Modbus_Max_Bits_Per_Packet	The maximum number of bits per packet when Memory Type is set to either Coil Status or Input Status.
HighAlarmLimit – Modbus Word Swap HighAlarmLimit_Modbus_Word_Swap	Swaps Modbus words.
HighAlarmLimit – Modbus Byte Swap HighAlarmLimit_Modbus_Byte_Swap	Swaps Modbus bytes.
HighAlarmLimit – Modbus Zero Based Addressing HighAlarmLimit_Modbus_Zero_Based_Addressing	When enabled subtracts 1 from address before communicating To device.
HighAlarmLimit – CANBus Block Number HighAlarmLimit_CANBus_Block_Number	CANBus Block Number.
HighAlarmLimit – CANBus Index HighAlarmLimit_CANBus_Index	CANBus Index.
HighAlarmLimit – CANBus Block Type HighAlarmLimit_CANBus_Block_Type	Block Type For CANBus.
HighAlarmLimit – OPTO Value Type HighAlarmLimit_OPTO_Value_Type	OPTO Value Type. Use Table Elements For the fastest communications. [Table, TableElement, Variable]
HighAlarmLimit – OPTO Variable Name HighAlarmLimit_OPTO_Variable_Name	OPTO Variable Name.
HighAlarmLimit – OPTO Variable Type HighAlarmLimit_OPTO_Variable_Type	OPTO Variable Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable, UpTimer, DownTimer]
HighAlarmLimit – OPTO Variable String Length HighAlarmLimit_OPTO_Variable_String_Length	OPTO Variable String Length.
HighAlarmLimit – OPTO Table Name HighAlarmLimit_OPTO_Table_Name	OPTO Table Name.
HighAlarmLimit – OPTO Table Type HighAlarmLimit_OPTO_Table_Type	OPTO Table Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable]
HighAlarmLimit – OPTO Table String Length HighAlarmLimit_OPTO_Table_String_Length	OPTO Table String Length.
HighAlarmLimit – OPTO Table Index HighAlarmLimit_OPTO_Table_Index	OPTO Table Index.
HighAlarmLimit – OPTO Table Length HighAlarmLimit_OPTO_Table_Length	OPTO Table Length.
HighAlarmLimit – AB Logix Data Type HighAlarmLimit_AB_Logix_Data_Type	Data Type For AB Logix. Use AUTO If you are uncertain Of your data type. [AUTO, STR]
HighAlarmLimit – AB Address HighAlarmLimit_AB_Address HighAlarmABAddress	The Allen Bradley variable address.
HighAlarmLimit – Siemens Address HighAlarmLimit_Siemens_Address HighAlarmSiemensAddress	The Siemens variable address. See https://openautomationsoftware.com/knowledge-base/siemens-address-syntax/ Data Sources-Siemens-Siemens Address Syntax For address syntax.
HighAlarmLimit – Siemens Data Type HighAlarmLimit_Siemens_Data_Type	Data Type For Siemens.
HighAlarmLimit – Siemens String Length HighAlarmLimit_Siemens_String_Length	The length Of the Siemens String When the Siemens Data Type is set to String.
HighAlarmLimit – Kafka Topic HighAlarmLimit_Kafka_Topic	Kafka Topic.
HighAlarmLimit – SpB Client Group ID HighAlarmLimit_SpB_Client_Group_ID	Sparkplug B Client Group ID.
HighAlarmLimit – SpB Client Edge Node ID HighAlarmLimit_SpB_Client_Edge_Node_ID	Sparkplug B Client Edge Node ID.
HighAlarmLimit – SpB Client Device ID HighAlarmLimit_SpB_Client_Device_ID	Sparkplug B Client Device ID.
HighAlarmLimit – SpB Client Metric Name HighAlarmLimit_SpB_Client_Metric_Name	Sparkplug B Client Metric Name.
HighAlarmLimit – MQTT Topic HighAlarmLimit_MQTT_Topic	MQTT Topic.
HighAlarmLimit – MQTT QoS HighAlarmLimit_MQTT_QoS	MQTT Quality Of Service.
HighAlarmLimit – MQTT Topic Timeout HighAlarmLimit_MQTT_Topic_Timeout	MQTT Topic Timeout.
HighAlarmLimit – MQTT Include TimeStamp HighAlarmLimit_MQTT_Include_TimeStamp	Include the timestamp In the MQTT data.
HighAlarmLimit – MQTT Include Quality HighAlarmLimit_MQTT_Include_Quality	Include the quality In the MQTT data.
HighAlarmLimit – AWS IoT Gateway Topic HighAlarmLimit_AWS_IoT_Gateway_Topic	AWS IoT Gateway Topic.
HighAlarmLimit – AWS IoT Gateway Topic Timeout HighAlarmLimit_AWS_IoT_Gateway_Topic_Timeout	AWS IoT Gateway Topic Timeout.
HighAlarmLimit – AWS IoT Gateway Include TimeStamp HighAlarmLimit_AWS_IoT_Gateway_Include_TimeStamp	Include the timestamp in the AWS IoT Gateway data.
HighAlarmLimit – AWS IoT Gateway Include Quality HighAlarmLimit_AWS_IoT_Gateway_Include_Quality	Include the quality in the AWS IoT Gateway data.
HighAlarmLimit – OPCUA IdType HighAlarmLimit_OPCUA_IdType	OPC UA Id Type. [Numeric, String, Guid, Opaque]
HighAlarmLimit – OPCUA NodeID HighAlarmLimit_OPCUA_NodeID	OPC UA NodeId.
HighAlarmLimit – OPCUA Namespace HighAlarmLimit_OPCUA_Namespace	OPC UA Namespace.
HighAlarmLimit – OPCUA Register NodeID HighAlarmLimit_OPCUA_Register_NodeID	Registers the NodeId with the server for optimized reading and writing with reduced packet size in OPC UA communications.
HighAlarmLimit – OPCUA Queue Size HighAlarmLimit_OPCUA_Queue_Size	Queue Size for OPC UA Node.
HighAlarmLimit – OPCUA Discard Oldest HighAlarmLimit_OPCUA_Discard_Oldest	Discard Oldest for OPC UA Node.
HighAlarmLimit – OPCUA Sampling Interval HighAlarmLimit_OPCUA_Sampling_Interval	Sampling Interval for OPC UA Node.
HighAlarmLimit – OPCUA Data Change Trigger HighAlarmLimit_OPCUA_Data_Change_Trigger	Data Change Trigger type for OPC UA Node.
HighAlarmLimit – OPCUA Deadband Type HighAlarmLimit_OPCUA_Deadband_Type	Deadband Type for OPC UA Node.
HighAlarmLimit – OPCUA Deadband HighAlarmLimit_OPCUA_Deadband	Deadband for OPC UA Node.
HighAlarmLimit – Alarm Enable HighAlarmLimit_Alarm_Enable HighAlarmEnable	Each Tag has a High Limit Parameter which acts as the Tag’s High Alarm Limit for evaluating alarm conditions from the Value Parameter. If the value of the Value Parameter exceeds the High Limit the Tag is considered to be in a High alarm condition. A license of .NET Alarm or Web Alarm is required for this the alarm limit to execute.
HighAlarmLimit – Alarm Enable With Tag HighAlarmLimit_Alarm_Enable_With_Tag HighAlarmEnableWithTag	When enabled a Boolean Tag defined controls if the alarm limit is enabled.
HighAlarmLimit – Alarm Enable Tag HighAlarmLimit_Alarm_Enable_Tag HighAlarmEnableTag	Tag that will control when the alarm limit is enabled.
HighAlarmLimit – Alarm Enable With Tag On False HighAlarmLimit_Alarm_Enable_With_Tag_On_False	Alarm will be enabled when tag value is false instead of true.
HighAlarmLimit – Latch Enable HighAlarmLimit_Latch_Enable HighAlarmLatchEnable	When Latch Enable is set to true each alarm instance will latch in the active state and will only return to normal when HighAlarmLatchReset is set to true after the alarm has returned to normal.
HighAlarmLimit – Daily Time Range Disable HighAlarmLimit_Daily_Time_Range_Disable HighAlarmDailyTimeRangeDisable	Disable the alarm daily between the Start Hour and Minute and the End Hour and Minute.
HighAlarmLimit – Daily Time Range Disable Start Hour HighAlarmLimit_Daily_Time_Range_Disable_Start_Hour HighAlarmDailyTimeRangeDisableStartHour	Daily disable start hour.
HighAlarmLimit – Daily Time Range Disable Start Minute HighAlarmLimit_Daily_Time_Range_Disable_Start_Minute HighAlarmDailyTimeRangeDisableStartMinute	Daily disable start minute.
HighAlarmLimit – Daily Time Range Disable End Hour HighAlarmLimit_Daily_Time_Range_Disable_End_Hour HighAlarmDailyTimeRangeDisableEndHour	Daily disable end hour.
HighAlarmLimit – Daily Time Range Disable End Minute HighAlarmLimit_Daily_Time_Range_Disable_End_Minute HighAlarmDailyTimeRangeDisableEndMinute	Daily disable end minute.
HighAlarmLimit – Date Range Disable HighAlarmLimit_Date_Range_Disable HighAlarmDateRangeDisable	Disable the alarms for the Tag between a Start date and End date.
HighAlarmLimit – Date Range Disable Start HighAlarmLimit_Date_Range_Disable_Start HighAlarmDateRangeDisableStart	Date range disable start time.
HighAlarmLimit – Date Range Disable End HighAlarmLimit_Date_Range_Disable_End HighAlarmDateRangeDisableEnd	Date range disable end time.
HighAlarmLimit – Log As Event HighAlarmLimit_Log_As_Event HighAlarmLogAsEvent	When the Value reaches the alarm limit the event will not be indicated and recorded as an alarm with acknowledge state, but instead as an event that just records the one instance of when it reaches the alarm limit.
HighAlarmLimit – Alarm Priority HighAlarmLimit_Alarm_Priority HighAlarmPriority	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. The valid range is from 0 to 2,147,483,647.
HighAlarmLimit – Alarm Group HighAlarmLimit_Alarm_Group HighAlarmGroup	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. Simply enter the new alarm group or select from the existing list of groups. OPC, System, and Tag Client are default alarm groups used to identify system and communication alarms.
HighAlarmLimit – Alarm Delay Time HighAlarmLimit_Alarm_Delay_Time HighAlarmTimeDelay	The time delay in seconds that the alarm condition must remain active before the alarm is posted as an active alarm. The date and time when the alarm first became active is used as the alarm date and time, not the date and time it was posted as an active alarm. If you would Like the AlarmStatus parameter To be set immediately and not wait for the Time Delay use Configure-Options to set Update Alarm Status Immediately without Alarm Time Delay.
HighAlarmLimit – Alarm Deadband HighAlarmLimit_Alarm_Deadband HighAlarmDeadband	The amount that the value must be within the limit before the alarm condition is cleared.
HighAlarmLimit – Calculation HighAlarmLimit_Calculation HighAlarmCalculation	Logic equation when the Data Source is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations for descriptions of all functions.
HighAlarmLimit – Time On And Count Enable HighAlarmLimit_Time_On_And_Count_Enable HighAlarmTimeOnAndCountsEnable	When enabled it will keep track of how long the alarm is active and how many times it transitions from inactive to active state. The Time On And Counts feature will keep track of the following How Long the alarm is active for the current instance. How Long the alarm is active for the current day. How Long the alarm is active for Period 1. How Long the alarm is active for Period 2. How Long the alarm is active for all of time. How many times the alarm state has transitioned from inactive to active for the current day. How many times the alarm state has transitioned from inactive to active for Period 1. How many times the alarm state has transitioned from inactive to active for Period 2. How many times the alarm state has transitioned from inactive to active For all of time.
HighAlarmLimit – Time On And Count Current Day Reset Hour HighAlarmLimit_Time_On_And_Count_Current_Day_Reset_Hour HighAlarmTimeOnAndCountsDailyResetHour	Time On and Counts daily reset hour.
HighAlarmLimit – Time On And Count Current Day Reset Minute HighAlarmLimit_Time_On_And_Count_Current_Day_Reset_Minute HighAlarmTimeOnAndCountsDailyResetMinute	Time On and Counts daily reset minute.
HighAlarmLimit – Time On Units HighAlarmLimit_Time_On_Units HighAlarmTimeOnUnits	The Time On values can be returned as Hours, Minutes, or Seconds. [Hours, Minutes, Seconds]
HighAlarmLimit – Time On And Count Period 1 Minutes HighAlarmLimit_Time_On_And_Count_Period_1_Minutes HighAlarmTimeOnAndCountsPeriod1	The total time in minutes to track for Period 1 of Time On and Counts.
HighAlarmLimit – Time On And Count Period 2 Minutes HighAlarmLimit_Time_On_And_Count_Period_2_Minutes HighAlarmTimeOnAndCountsPeriod2	The total time in minutes to track for Period 2 of Time On and Counts.
HighAlarmLimit – Reset Time On And Count HighAlarmLimit_Reset_Time_On_And_Count HighAlarmTimeOnAndCountsResetEnable	When enabled the Time On and Counts totals are reset when the Boolean Tag defined transistions from False to True.
HighAlarmLimit – Reset Time On And Count Tag HighAlarmLimit_Reset_Time_On_And_Count_Tag HighAlarmTimeOnAndCountsResetTag	The Boolean Tag that will reset the Time On and Counts totals when its value transitions from False to True.
LowAlarmLimit – Value LowAlarmLimit_Value LowAlarmLimit	The Low Limit.
LowAlarmLimit – Gain LowAlarmLimit_Gain LowAlarmGain	The Gain is a multiplier to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
LowAlarmLimit – Offset LowAlarmLimit_Offset LowAlarmOffset	The Offset is an addition to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
LowAlarmLimit – High Range LowAlarmLimit_High_Range LowAlarmHighRange	The Default Y Axis Range High For a trend pen and the high limit when Limit Writes is enabled.
LowAlarmLimit – Low Range LowAlarmLimit_Low_Range LowAlarmLowRange	The Default Y Axis Range Low For a trend pen and the low limit when Limit Writes is enabled.
LowAlarmLimit – Limit Writes LowAlarmLimit_Limit_Writes LowAlarmLimitWrites	Limit writes from users and clients within the High Range and Low Range.
LowAlarmLimit – Out Of Range LowAlarmLimit_Out_Of_Range	When the value goes above the Out of Range value the alarm limit is not evaluated and the alarm is disabled.
LowAlarmLimit – Read Only Value LowAlarmLimit_Read_Only_Value LowAlarmReadOnlyValue	When enabled the value of the parameter cannot be written to.
LowAlarmLimit – Source LowAlarmLimit_Source LowAlarmDataSource	The source of where the value for the limit will come from. The Data Source can be set to one of the following types: Value: Fixed value that can be set in configuration or from any client. AB Classic: Communications to Allen Bradley MicroLogix, SLC 500, and PLC-5. AB Logix: Communications to Allen Bradley ControlLogix, CompactLogix, GuardLogix, and Micro800. AWS IoT Gateway: Amazon Web Services IoT Gateway. Azure IoT: Azure IoT Data Hub. Calculation: Math equation with multiple tag parameters as a data source. The result is read only and cannot be written to. View the following video to see how to define a Calculation. CanBus: CanBus interface File: A Binary, Text, or XML file. Modbus: Modbus master communications for Modbus TCP, Modbus RTU, and Modbus ASCII all supported on both Ethernet and Serial interfaces. MQTT: Communications to MQTT brokers to send and receive data to MQTT devices and software. OPC: Value from Classic DA 2.XX or 3.0 OPC Server. OPC UA: OPC UA Server. Siemens: Communications to Siemens S7-200, S7-300, S7-400, S7-1200, and S7-1500. Simulation: Dynamic simulation of data. Tag: Value is from another tag parameter from the same service or remote service. The result is read only and cannot be written to. Time: Date and time from the CPU clock. UDP Client Tag: Tag from a remote service with the UDP Broadcast feature enabled. Univeral Driver Interfaces will also appear here in the Data Source property
LowAlarmLimit – Simulation Rate LowAlarmLimit_Simulation_Rate LowAlarmSimulationRate	The rate of value changing for Simulation data.
LowAlarmLimit – Simulation Type LowAlarmLimit_Simulation_Type LowAlarmSimulationType	Ramp will incrment in value from 0 to 99. Sine will change value from -1 to 1 based on the time each 60 seconds. Random will result in a random number with a range of 0 to 99 Toggle will transition between true and false [Ramp, Random, Sine, Toggle]
LowAlarmLimit – OPC Item LowAlarmLimit_OPC_Item LowAlarmOPCItem	OPC Item from a classic OPC DA Server.
LowAlarmLimit – Tag Client Item LowAlarmLimit_Tag_Client_Item LowAlarmTag	Local or remote Tag To receive the value from when the Data Source is set to Tag.
LowAlarmLimit – UDP Client Item LowAlarmLimit_UDP_Client_Item LowAlarmUDPClientTag	The Tag In the broadcasting service To receive the value When Using one way UDP Broadcast feature.
LowAlarmLimit – Source Values On Bad Quality LowAlarmLimit_Source_Values_On_Bad_Quality LowAlarmSourceWhenBad	Allows the value And data quality to be overridden when the value quality is bad. The following are the four (4) available options for Source When Bad: Normal Bad Quality: When the data source is bad quality the result is bad quality. With Calculations any one of the source tags in the calculation being bad quality will cause the result to be bad quality. Set Sources To Default Value: When the data source quality is bad the source value is overridden to be what is set as Default Value with the data type of Default Value Type. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set to the Default Value when its individual data quality is bad. This will result in the calculation performing the equation with the remaining actual values with tags with good quality and overriding the values for the tags that are bad quality. Hold Sources To Last Good Value: When the data sources quality changes to bad quality the last good value will be used as the data source. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be held with its last good value when its individual data quality is bad. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with each individual tags last good quality. Set Sources To Tag Value: When the data sources quality is bad the value from another Tag will be used. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set from the other Tag value. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with the assigned tag’s value.
LowAlarmLimit – Override OPC Quality On Bad Quality LowAlarmLimit_Override_OPC_Quality_On_Bad_Quality LowAlarmOverrideOPCQualityWhenBad	Forces the OPC Quality that is passed onto the OPC Systems.NET OPC Server to good quality when the Data Source When Bad Quality is set to something other than the default of Normal Bad Quality and the Data Source is set to an OPC Item.
LowAlarmLimit – Default Value On Bad Quality LowAlarmLimit_Default_Value_On_Bad_Quality LowAlarmDefaultValueWhenBad	The value to use when the Source When Bad is set to Set Sources to Default Value. See Source When Bad for full description.
LowAlarmLimit – Tag For Source On Bad Quality LowAlarmLimit_Tag_For_Source_On_Bad_Quality	When Source When Bad is set to Set Sources To Tag Value this is the tag parameter to use for the value to set the source when the data quality is bad.
LowAlarmLimit – Is Trend Point LowAlarmLimit_Is_Trend_Point LowAlarmTrendPoint	Enable Trend Point to have the Parameter available for trending from Trend .NET and Web Trend. You can data log a Parameter value without trending the point If desired.
LowAlarmLimit – Time Stamp Offset Hours LowAlarmLimit_Time_Stamp_Offset_Hours LowAlarmTimeStampOffset	The amount of time to offset the alarm timestamp to match a particular time zone. If you prefer to use Universal Time Code enable the property Use UTC Timestamp under Configure-Options-Time.
LowAlarmLimit – Alarm Text LowAlarmLimit_Alarm_Text LowAlarmText	Alarm text to use for Alarm Logging, Alarm Notfication, and .NET and Web Alarm interface. The Alarm Text can be fixed or dynamic with the Dynamic Alarm Text attribute.
LowAlarmLimit – Set Alarm Text LowAlarmLimit_Set_Alarm_Text	The Alarm Text of an alarm message can be dynamic based on other Tag values. The following options can be used for changing the Alarm Text Static Alarm Text: No change to the alarm text is performed, the default Alarm Text is used. Prepend Alarm Text: Adds the value of the dynamic alarm text tag ahead of the base Alarm Text. Overwrite Alarm Text: Replaces the alarm text entirely with the value of the dynamic alarm text tag. Append Alarm Text: Appends the value of the dynamic alarm text after the base Alarm Text. Calculation: The alarm text is replaced with the result of a Calculation. When the alarm occurs the current value of the alarm message is locked for that instance of the alarm so when it is acknowledged or it clears the message is the same for all states. [Static Alarm Text, Preset Alarm Text, Overwrite Alarm Text, Append Alarm Text, Calculation]
LowAlarmLimit – Set Alarm Text Tag LowAlarmLimit_Set_Alarm_Text_Tag	The Tag that will contain the string value to update the alarm text.
LowAlarmLimit – Set Alarm Text Calculation LowAlarmLimit_Set_Alarm_Text_Calculation	The logic equation when the Dyanmic Alarm Text is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations For descriptions Of all functions.
LowAlarmLimit – Units LowAlarmLimit_Units LowAlarmUnits	Engineering Units of the alarm limit and value.
LowAlarmLimit – Document LowAlarmLimit_Document LowAlarmDocument	The document path that is included in an alarm message.
LowAlarmLimit – TagID LowAlarmLimit_TagID LowAlarmTagID	Identifier for OEM asset assignment.
LowAlarmLimit – OPC Update Rate LowAlarmLimit_OPC_Update_Rate LowAlarmOPCUpdateRate	OPC Update Rate. Each unique rate creates an individual Group In the Server for subscription.
LowAlarmLimit – OPC Access Path LowAlarmLimit_OPC_Access_Path	The OPC Access Path from a classic OPC DA Server. Most OPC Servers Do Not require an Access Path. It is very rare that the OPC Server needs this Property.
LowAlarmLimit – Enable Device Read LowAlarmLimit_Enable_Device_Read LowAlarmOPCDeviceRead	When enabled the Tag defined For the Device Read will control communications To only read the OPC Item With a SyncRead When the tag transitions from False To True. Normal asynchronous communications is disabled If this Property is enabled.
LowAlarmLimit – Device Read Tag LowAlarmLimit_Device_Read_Tag LowAlarmOPCDeviceReadTag	The Tag that will cause a syncread To the OPC Item When the value transitions from False To True.
LowAlarmLimit – OPC Enable Comm LowAlarmLimit_OPC_Enable_Comm	Enable Or Disable OPC Classic communications based On a Tag. When the value Of the Tag defined is True the communications To the OPC Item is enabled, When False it is disabled.
LowAlarmLimit – OPC Enable Comm Tag LowAlarmLimit_OPC_Enable_Comm_Tag	The Tag that will enable Or disable communications To the OPC Item When the Enable by Tag Property is enabled.
LowAlarmLimit – Driver Interface LowAlarmLimit_Driver_Interface	The defined Driver Interface For the Data Source selected.
LowAlarmLimit – Driver Interface Polling Rate LowAlarmLimit_Driver_Interface_Polling_Rate	Polling rate for Driver Interface item.
LowAlarmLimit – Driver Interface Enable Device Read LowAlarmLimit_Driver_Interface_Enable_Device_Read	When enabled the Tag defined for the Device Read will control communications to only read the item with when the tag transitions from false to true. Normal polling communications is disabled if this property is enabled.
LowAlarmLimit – Driver Interface Device Read Tag LowAlarmLimit_Driver_Interface_Device_Read_Tag	The Tag that will cause a read for the item when the value transitions from false to true if Device Read is enabled.
LowAlarmLimit – Driver Interface Enable Comm LowAlarmLimit_Driver_Interface_Enable_Comm	Enable or Disable communications based on a Tag. When the value of the Tag defined is true the communications to the Item is enabled, when false it is disabled.
LowAlarmLimit – Driver Interface Enable Comm Tag LowAlarmLimit_Driver_Interface_Enable_Comm_Tag	The Tag that will enable or disable communications to the OPC Item when the Enable by Tag property is enabled.
LowAlarmLimit – Table Name LowAlarmLimit_Table_Name	The Table Name or View to use when Data Source is set to Database.
LowAlarmLimit – Use Tag Value For Table Name LowAlarmLimit_Use_Tag_Value_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
LowAlarmLimit – Tag For Table Name LowAlarmLimit_Tag_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
LowAlarmLimit – Field Name LowAlarmLimit_Field_Name	The column name to read the value from or write the value to.
LowAlarmLimit – Field Data Type LowAlarmLimit_Field_Data_Type	The data type of the field.
LowAlarmLimit – Where String LowAlarmLimit_Where_String	The filter condition to specify which row to read and update. When writing values all row matching where statement will be updated.
LowAlarmLimit – Use Tag Value For Where String LowAlarmLimit_Use_Tag_Value_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
LowAlarmLimit – Tag For Where String LowAlarmLimit_Tag_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
LowAlarmLimit – Order By String LowAlarmLimit_Order_By_String	The condition order the records to use top 1 when reading.
LowAlarmLimit – Use Tag Value For Order By String LowAlarmLimit_Use_Tag_Value_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
LowAlarmLimit – Tag For Order By String LowAlarmLimit_Tag_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
LowAlarmLimit – Modbus Memory Type LowAlarmLimit_Modbus_Memory_Type	Modbus Memory Type [Coil Status, Input Status, Holding Register, Input Register]
LowAlarmLimit – Modbus Device Address LowAlarmLimit_Modbus_Device_Address	Modbus Device Address. Set To -1 To Not use Device Address With Ethernet.
LowAlarmLimit – Modbus Data Type LowAlarmLimit_Modbus_Data_Type	Modbus Data Type [Int16, UInt16, Int16 As Boolean, Int32, UInt32, Int32 As Boolean, Int64, UInt64, Int64 As Boolean, Float32, Float64, String]
LowAlarmLimit – Modbus Address LowAlarmLimit_Modbus_Address	Modbus address of point. Use Zero Based Addressing to offset the address by 1. The Memory Type selected will automatically add the necessary base address. For example to address 40,000 set the Memory Type to Holding Register and the Address as 1. Extended Addressing is also supported
LowAlarmLimit – Modbus Bit Position LowAlarmLimit_Modbus_Bit_Position	Bit position within Integer.
LowAlarmLimit – Modbus Number Of Words For String LowAlarmLimit_Modbus_Number_Of_Words_For_String	The length Of the Modbus String When the Modbus Data Type is set to String.
LowAlarmLimit – Modbus Max Words Per Packet LowAlarmLimit_Modbus_Max_Words_Per_Packet	The maximum number Of words per packet In communications. The Driver Interface will use the lowest number As the limit For all communications For all packets.
LowAlarmLimit – Modbus Max Bits Per Packet LowAlarmLimit_Modbus_Max_Bits_Per_Packet	The maximum number of bits per packet when Memory Type is set to either Coil Status or Input Status.
LowAlarmLimit – Modbus Word Swap LowAlarmLimit_Modbus_Word_Swap	Swaps Modbus words.
LowAlarmLimit – Modbus Byte Swap LowAlarmLimit_Modbus_Byte_Swap	Swaps Modbus bytes.
LowAlarmLimit – Modbus Zero Based Addressing LowAlarmLimit_Modbus_Zero_Based_Addressing	When enabled subtracts 1 from address before communicating To device.
LowAlarmLimit – CANBus Block Number LowAlarmLimit_CANBus_Block_Number	CANBus Block Number.
LowAlarmLimit – CANBus Index LowAlarmLimit_CANBus_Index	CANBus Index.
LowAlarmLimit – CANBus Block Type LowAlarmLimit_CANBus_Block_Type	Block Type For CANBus.
LowAlarmLimit – OPTO Value Type LowAlarmLimit_OPTO_Value_Type	OPTO Value Type. Use Table Elements For the fastest communications. [Table, TableElement, Variable]
LowAlarmLimit – OPTO Variable Name LowAlarmLimit_OPTO_Variable_Name	OPTO Variable Name.
LowAlarmLimit – OPTO Variable Type LowAlarmLimit_OPTO_Variable_Type	OPTO Variable Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable, UpTimer, DownTimer]
LowAlarmLimit – OPTO Variable String Length LowAlarmLimit_OPTO_Variable_String_Length	OPTO Variable String Length.
LowAlarmLimit – OPTO Table Name LowAlarmLimit_OPTO_Table_Name	OPTO Table Name.
LowAlarmLimit – OPTO Table Type LowAlarmLimit_OPTO_Table_Type	OPTO Table Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable]
LowAlarmLimit – OPTO Table String Length LowAlarmLimit_OPTO_Table_String_Length	OPTO Table String Length.
LowAlarmLimit – OPTO Table Index LowAlarmLimit_OPTO_Table_Index	OPTO Table Index.
LowAlarmLimit – OPTO Table Length LowAlarmLimit_OPTO_Table_Length	OPTO Table Length.
LowAlarmLimit – AB Logix Data Type LowAlarmLimit_AB_Logix_Data_Type	Data Type For AB Logix. Use AUTO If you are uncertain Of your data type. [AUTO, STR]
LowAlarmLimit – AB Address LowAlarmLimit_AB_Address LowAlarmABAddress	The Allen Bradley variable address.
LowAlarmLimit – Siemens Address LowAlarmLimit_Siemens_Address LowAlarmSiemensAddress	The Siemens variable address. See https://openautomationsoftware.com/knowledge-base/siemens-address-syntax/ Data Sources-Siemens-Siemens Address Syntax For address syntax.
LowAlarmLimit – Siemens Data Type LowAlarmLimit_Siemens_Data_Type	Data Type For Siemens.
LowAlarmLimit – Siemens String Length LowAlarmLimit_Siemens_String_Length	The length Of the Siemens String When the Siemens Data Type is set to String.
LowAlarmLimit – Kafka Topic LowAlarmLimit_Kafka_Topic	Kafka Topic.
LowAlarmLimit – SpB Client Group ID LowAlarmLimit_SpB_Client_Group_ID	Sparkplug B Client Group ID.
LowAlarmLimit – SpB Client Edge Node ID LowAlarmLimit_SpB_Client_Edge_Node_ID	Sparkplug B Client Edge Node ID.
LowAlarmLimit – SpB Client Device ID LowAlarmLimit_SpB_Client_Device_ID	Sparkplug B Client Device ID.
LowAlarmLimit – SpB Client Metric Name LowAlarmLimit_SpB_Client_Metric_Name	Sparkplug B Client Metric Name.
LowAlarmLimit – MQTT Topic LowAlarmLimit_MQTT_Topic	MQTT Topic.
LowAlarmLimit – MQTT QoS LowAlarmLimit_MQTT_QoS	MQTT Quality Of Service.
LowAlarmLimit – MQTT Topic Timeout LowAlarmLimit_MQTT_Topic_Timeout	MQTT Topic Timeout.
LowAlarmLimit – MQTT Include TimeStamp LowAlarmLimit_MQTT_Include_TimeStamp	Include the timestamp In the MQTT data.
LowAlarmLimit – MQTT Include Quality LowAlarmLimit_MQTT_Include_Quality	Include the quality In the MQTT data.
LowAlarmLimit – AWS IoT Gateway Topic LowAlarmLimit_AWS_IoT_Gateway_Topic	AWS IoT Gateway Topic.
LowAlarmLimit – AWS IoT Gateway Topic Timeout LowAlarmLimit_AWS_IoT_Gateway_Topic_Timeout	AWS IoT Gateway Topic Timeout.
LowAlarmLimit – AWS IoT Gateway Include TimeStamp LowAlarmLimit_AWS_IoT_Gateway_Include_TimeStamp	Include the timestamp in the AWS IoT Gateway data.
LowAlarmLimit – AWS IoT Gateway Include Quality LowAlarmLimit_AWS_IoT_Gateway_Include_Quality	Include the quality In the AWS IoT Gateway data.
LowAlarmLimit – OPCUA IdType LowAlarmLimit_OPCUA_IdType	OPC UA Id Type. [Numeric, String, Guid, Opaque]
LowAlarmLimit – OPCUA NodeID LowAlarmLimit_OPCUA_NodeID	OPC UA NodeId.
LowAlarmLimit – OPCUA Namespace LowAlarmLimit_OPCUA_Namespace	OPC UA Namespace.
LowAlarmLimit – OPCUA Register NodeID LowAlarmLimit_OPCUA_Register_NodeID	Registers the NodeId with the server for optimized reading and writing with reduced packet size in OPC UA communications.
LowAlarmLimit – OPCUA Queue Size LowAlarmLimit_OPCUA_Queue_Size	Queue Size for OPC UA Node.
LowAlarmLimit – OPCUA Discard Oldest LowAlarmLimit_OPCUA_Discard_Oldest	Discard Oldest for OPC UA Node.
LowAlarmLimit – OPCUA Sampling Interval LowAlarmLimit_OPCUA_Sampling_Interval	Sampling Interval for OPC UA Node.
LowAlarmLimit – OPCUA Data Change Trigger LowAlarmLimit_OPCUA_Data_Change_Trigger	Data Change Trigger type for OPC UA Node.
LowAlarmLimit – OPCUA Deadband Type LowAlarmLimit_OPCUA_Deadband_Type	Deadband Type for OPC UA Node.
LowAlarmLimit – OPCUA Deadband LowAlarmLimit_OPCUA_Deadband	Deadband for OPC UA Node.
LowAlarmLimit – Alarm Enable LowAlarmLimit_Alarm_Enable LowAlarmEnable	Each Tag has a Low Limit Parameter which acts as the Tag’s Low Alarm Limit for evaluating alarm conditions from the Value Parameter. If the value of the Value Parameter exceeds the Low Limit the Tag is considered to be in a Low alarm condition. A license of .NET Alarm or Web Alarm is required for this the alarm limit to execute.
LowAlarmLimit – Alarm Enable With Tag LowAlarmLimit_Alarm_Enable_With_Tag LowAlarmEnableWithTag	When enabled a Boolean Tag defined controls if the alarm limit is enabled.
LowAlarmLimit – Alarm Enable Tag LowAlarmLimit_Alarm_Enable_Tag LowAlarmEnableTag	Tag that will control when the alarm limit is enabled.
LowAlarmLimit – Alarm Enable With Tag On False LowAlarmLimit_Alarm_Enable_With_Tag_On_False	Alarm will be enabled when tag value is false instead of true.
LowAlarmLimit – Latch Enable LowAlarmLimit_Latch_Enable LowAlarmLatchEnable	When Latch Enable is set to true each alarm instance will latch in the active state and will only return to normal when LowAlarmLatchReset is set to true after the alarm has returned to normal.
LowAlarmLimit – Daily Time Range Disable LowAlarmLimit_Daily_Time_Range_Disable LowAlarmDailyTimeRangeDisable	Disable the alarm daily between the Start Hour and Minute and the End Hour and Minute.
LowAlarmLimit – Daily Time Range Disable Start Hour LowAlarmLimit_Daily_Time_Range_Disable_Start_Hour LowAlarmDailyTimeRangeDisableStartHour	Daily disable start hour.
LowAlarmLimit – Daily Time Range Disable Start Minute LowAlarmLimit_Daily_Time_Range_Disable_Start_Minute LowAlarmDailyTimeRangeDisableStartMinute	Daily disable start minute.
LowAlarmLimit – Daily Time Range Disable End Hour LowAlarmLimit_Daily_Time_Range_Disable_End_Hour LowAlarmDailyTimeRangeDisableEndHour	Daily disable end hour.
LowAlarmLimit – Daily Time Range Disable End Minute LowAlarmLimit_Daily_Time_Range_Disable_End_Minute LowAlarmDailyTimeRangeDisableEndMinute	Daily disable end minute.
LowAlarmLimit – Date Range Disable LowAlarmLimit_Date_Range_Disable LowAlarmDateRangeDisable	Disable the alarms for the Tag between a Start date and End date.
LowAlarmLimit – Date Range Disable Start LowAlarmLimit_Date_Range_Disable_Start LowAlarmDateRangeDisableStart	Date range disable start time.
LowAlarmLimit – Date Range Disable End LowAlarmLimit_Date_Range_Disable_End LowAlarmDateRangeDisableEnd	Date range disable end time.
LowAlarmLimit – Log As Event LowAlarmLimit_Log_As_Event LowAlarmLogAsEvent	When the Value reaches the alarm limit the event will not be indicated and recorded as an alarm with acknowledge state, but instead as an event that just records the one instance of when it reaches the alarm limit.
LowAlarmLimit – Alarm Priority LowAlarmLimit_Alarm_Priority LowAlarmPriority	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. The valid range is from 0 to 2,147,483,647.
LowAlarmLimit – Alarm Group LowAlarmLimit_Alarm_Group LowAlarmGroup	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. Simply enter the new alarm group or select from the existing list of groups. OPC, System, and Tag Client are default alarm groups used to identify system and communication alarms.
LowAlarmLimit – Alarm Delay Time LowAlarmLimit_Alarm_Delay_Time LowAlarmTimeDelay	The time delay in seconds that the alarm condition must remain active before the alarm is posted as an active alarm. The date and time when the alarm first became active is used as the alarm date and time, not the date and time it was posted as an active alarm. If you would Like the AlarmStatus parameter To be set immediately and not wait for the Time Delay use Configure-Options to set Update Alarm Status Immediately without Alarm Time Delay.
LowAlarmLimit – Alarm Deadband LowAlarmLimit_Alarm_Deadband LowAlarmDeadband	The amount that the value must be within the limit before the alarm condition is cleared.
LowAlarmLimit – Calculation LowAlarmLimit_Calculation LowAlarmCalculation	Logic equation when the Data Source is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations for descriptions of all functions.
LowAlarmLimit – Time On And Count Enable LowAlarmLimit_Time_On_And_Count_Enable LowAlarmTimeOnAndCountsEnable	When enabled it will keep track of how long the alarm is active and how many times it transitions from inactive to active state. The Time On And Counts feature will keep track of the following How Long the alarm is active for the current instance. How Long the alarm is active for the current day. How Long the alarm is active for Period 1. How Long the alarm is active for Period 2. How Long the alarm is active for all of time. How many times the alarm state has transitioned from inactive to active for the current day. How many times the alarm state has transitioned from inactive to active for Period 1. How many times the alarm state has transitioned from inactive to active for Period 2. How many times the alarm state has transitioned from inactive to active For all of time.
LowAlarmLimit – Time On And Count Current Day Reset Hour LowAlarmLimit_Time_On_And_Count_Current_Day_Reset_Hour LowAlarmTimeOnAndCountsDailyResetHour	Time On and Counts daily reset hour.
LowAlarmLimit – Time On And Count Current Day Reset Minute LowAlarmLimit_Time_On_And_Count_Current_Day_Reset_Minute LowAlarmTimeOnAndCountsDailyResetMinute	Time On and Counts daily reset minute.
LowAlarmLimit – Time On Units LowAlarmLimit_Time_On_Units LowAlarmTimeOnUnits	The Time On values can be returned as Hours, Minutes, or Seconds. [Hours, Minutes, Seconds]
LowAlarmLimit – Time On And Count Period 1 Minutes LowAlarmLimit_Time_On_And_Count_Period_1_Minutes LowAlarmTimeOnAndCountsPeriod1	The total time in minutes to track for Period 1 of Time On and Counts.
LowAlarmLimit – Time On And Count Period 2 Minutes LowAlarmLimit_Time_On_And_Count_Period_2_Minutes LowAlarmTimeOnAndCountsPeriod2	The total time in minutes to track for Period 2 of Time On and Counts.
LowAlarmLimit – Reset Time On And Count LowAlarmLimit_Reset_Time_On_And_Count LowAlarmTimeOnAndCountsResetEnable	When enabled the Time On and Counts totals are reset when the Boolean Tag defined transistions from False to True.
LowAlarmLimit – Reset Time On And Count Tag LowAlarmLimit_Reset_Time_On_And_Count_Tag LowAlarmTimeOnAndCountsResetTag	The Boolean Tag that will reset the Time On and Counts totals when its value transitions from False to True.
LowLowAlarmLimit – Value LowLowAlarmLimit_Value LowLowAlarmLimit	The Low Low Limit.
LowLowAlarmLimit – Gain LowLowAlarmLimit_Gain LowLowAlarmGain	The Gain is a multiplier to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
LowLowAlarmLimit – Offset LowLowAlarmLimit_Offset LowLowAlarmOffset	The Offset is an addition to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
LowLowAlarmLimit – High Range LowLowAlarmLimit_High_Range LowLowAlarmHighRange	The Default Y Axis Range High For a trend pen and the high limit when Limit Writes is enabled.
LowLowAlarmLimit – Low Range LowLowAlarmLimit_Low_Range LowLowAlarmLowRange	The Default Y Axis Range Low For a trend pen and the low limit when Limit Writes is enabled.
LowLowAlarmLimit – Limit Writes LowLowAlarmLimit_Limit_Writes LowLowAlarmLimitWrites	Limit writes from users and clients within the High Range and Low Range.
LowLowAlarmLimit – Out Of Range LowLowAlarmLimit_Out_Of_Range	When the value goes above the Out of Range value the alarm limit is not evaluated and the alarm is disabled.
LowLowAlarmLimit – Read Only Value LowLowAlarmLimit_Read_Only_Value LowLowAlarmReadOnlyValue	When enabled the value of the parameter cannot be written to.
LowLowAlarmLimit – Source LowLowAlarmLimit_Source LowLowAlarmDataSource	The source of where the value for the limit will come from. The Data Source can be set to one of the following types: Value: Fixed value that can be set in configuration or from any client. AB Classic: Communications to Allen Bradley MicroLogix, SLC 500, and PLC-5. AB Logix: Communications to Allen Bradley ControlLogix, CompactLogix, GuardLogix, and Micro800. AWS IoT Gateway: Amazon Web Services IoT Gateway. Azure IoT: Azure IoT Data Hub. Calculation: Math equation with multiple tag parameters as a data source. The result is read only and cannot be written to. View the following video to see how to define a Calculation. CanBus: CanBus interface File: A Binary, Text, or XML file. Modbus: Modbus master communications for Modbus TCP, Modbus RTU, and Modbus ASCII all supported on both Ethernet and Serial interfaces. MQTT: Communications to MQTT brokers to send and receive data to MQTT devices and software. OPC: Value from Classic DA 2.XX or 3.0 OPC Server. OPC UA: OPC UA Server. Siemens: Communications to Siemens S7-200, S7-300, S7-400, S7-1200, and S7-1500. Simulation: Dynamic simulation of data. Tag: Value is from another tag parameter from the same service or remote service. The result is read only and cannot be written to. Time: Date and time from the CPU clock. UDP Client Tag: Tag from a remote service with the UDP Broadcast feature enabled. Univeral Driver Interfaces will also appear here in the Data Source property
LowLowAlarmLimit – Simulation Rate LowLowAlarmLimit_Simulation_Rate LowLowAlarmSimulationRate	The rate of value changing for Simulation data.
LowLowAlarmLimit – Simulation Type LowLowAlarmLimit_Simulation_Type LowLowAlarmSimulationType	Ramp will incrment in value from 0 to 99. Sine will change value from -1 to 1 based on the time each 60 seconds. Random will result in a random number with a range of 0 to 99 Toggle will transition between true and false [Ramp, Random, Sine, Toggle]
LowLowAlarmLimit – OPC Item LowLowAlarmLimit_OPC_Item LowLowAlarmOPCItem	OPC Item from a classic OPC DA Server.
LowLowAlarmLimit – Tag Client Item LowLowAlarmLimit_Tag_Client_Item LowLowAlarmTag	Local or remote Tag To receive the value from when the Data Source is set to Tag.
LowLowAlarmLimit – UDP Client Item LowLowAlarmLimit_UDP_Client_Item LowLowAlarmUDPClientTag	The Tag In the broadcasting service To receive the value When Using one way UDP Broadcast feature.
LowLowAlarmLimit – Source Values On Bad Quality LowLowAlarmLimit_Source_Values_On_Bad_Quality LowLowAlarmSourceWhenBad	Allows the value And data quality to be overridden when the value quality is bad. The following are the four (4) available options for Source When Bad: Normal Bad Quality: When the data source is bad quality the result is bad quality. With Calculations any one of the source tags in the calculation being bad quality will cause the result to be bad quality. Set Sources To Default Value: When the data source quality is bad the source value is overridden to be what is set as Default Value with the data type of Default Value Type. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set to the Default Value when its individual data quality is bad. This will result in the calculation performing the equation with the remaining actual values with tags with good quality and overriding the values for the tags that are bad quality. Hold Sources To Last Good Value: When the data sources quality changes to bad quality the last good value will be used as the data source. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be held with its last good value when its individual data quality is bad. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with each individual tags last good quality. Set Sources To Tag Value: When the data sources quality is bad the value from another Tag will be used. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set from the other Tag value. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with the assigned tag’s value.
LowLowAlarmLimit – Override OPC Quality On Bad Quality LowLowAlarmLimit_Override_OPC_Quality_On_Bad_Quality LowLowAlarmOverrideOPCQualityWhenBad	Forces the OPC Quality that is passed onto the OPC Systems.NET OPC Server to good quality when the Data Source When Bad Quality is set to something other than the default of Normal Bad Quality and the Data Source is set to an OPC Item.
LowLowAlarmLimit – Default Value On Bad Quality LowLowAlarmLimit_Default_Value_On_Bad_Quality LowLowAlarmDefaultValueWhenBad	The value to use when the Source When Bad is set to Set Sources to Default Value. See Source When Bad for full description.
LowLowAlarmLimit – Tag For Source On Bad Quality LowLowAlarmLimit_Tag_For_Source_On_Bad_Quality	When Source When Bad is set to Set Sources To Tag Value this is the tag parameter to use for the value to set the source when the data quality is bad.
LowLowAlarmLimit – Is Trend Point LowLowAlarmLimit_Is_Trend_Point LowLowAlarmTrendPoint	Enable Trend Point to have the Parameter available for trending from Trend .NET and Web Trend. You can data log a Parameter value without trending the point If desired.
LowLowAlarmLimit – Time Stamp Offset Hours LowLowAlarmLimit_Time_Stamp_Offset_Hours LowLowAlarmTimeStampOffset	The amount of time to offset the alarm timestamp to match a particular time zone. If you prefer to use Universal Time Code enable the property Use UTC Timestamp under Configure-Options-Time.
LowLowAlarmLimit – Alarm Text LowLowAlarmLimit_Alarm_Text LowLowAlarmText	Alarm text to use for Alarm Logging, Alarm Notfication, and .NET and Web Alarm interface. The Alarm Text can be fixed or dynamic with the Dynamic Alarm Text attribute.
LowLowAlarmLimit – Set Alarm Text LowLowAlarmLimit_Set_Alarm_Text	The Alarm Text of an alarm message can be dynamic based on other Tag values. The following options can be used for changing the Alarm Text Static Alarm Text: No change to the alarm text is performed, the default Alarm Text is used. Prepend Alarm Text: Adds the value of the dynamic alarm text tag ahead of the base Alarm Text. Overwrite Alarm Text: Replaces the alarm text entirely with the value of the dynamic alarm text tag. Append Alarm Text: Appends the value of the dynamic alarm text after the base Alarm Text. Calculation: The alarm text is replaced with the result of a Calculation. When the alarm occurs the current value of the alarm message is locked for that instance of the alarm so when it is acknowledged or it clears the message is the same for all states. [Static Alarm Text, Preset Alarm Text, Overwrite Alarm Text, Append Alarm Text, Calculation]
LowLowAlarmLimit – Set Alarm Text Tag LowLowAlarmLimit_Set_Alarm_Text_Tag	The Tag that will contain the string value to update the alarm text.
LowLowAlarmLimit – Set Alarm Text Calculation LowLowAlarmLimit_Set_Alarm_Text_Calculation	The logic equation when the Dyanmic Alarm Text is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations For descriptions Of all functions.
LowLowAlarmLimit – Units LowLowAlarmLimit_Units LowLowAlarmUnits	Engineering Units of the alarm limit and value.
LowLowAlarmLimit – Document LowLowAlarmLimit_Document LowLowAlarmDocument	The document path that is included in an alarm message.
LowLowAlarmLimit – TagID LowLowAlarmLimit_TagID LowLowAlarmTagID	Identifier for OEM asset assignment.
LowLowAlarmLimit – OPC Update Rate LowLowAlarmLimit_OPC_Update_Rate LowLowAlarmOPCUpdateRate	OPC Update Rate. Each unique rate creates an individual Group In the Server for subscription.
LowLowAlarmLimit – OPC Access Path LowLowAlarmLimit_OPC_Access_Path	The OPC Access Path from a classic OPC DA Server. Most OPC Servers Do Not require an Access Path. It is very rare that the OPC Server needs this Property.
LowLowAlarmLimit – Enable Device Read LowLowAlarmLimit_Enable_Device_Read LowLowAlarmOPCDeviceRead	When enabled the Tag defined For the Device Read will control communications To only read the OPC Item With a SyncRead When the tag transitions from False To True. Normal asynchronous communications is disabled If this Property is enabled.
LowLowAlarmLimit – Device Read Tag LowLowAlarmLimit_Device_Read_Tag LowLowAlarmOPCDeviceReadTag	The Tag that will cause a syncread To the OPC Item When the value transitions from False To True.
LowLowAlarmLimit – OPC Enable Comm LowLowAlarmLimit_OPC_Enable_Comm	Enable Or Disable OPC Classic communications based On a Tag. When the value Of the Tag defined is True the communications To the OPC Item is enabled, When False it is disabled.
LowLowAlarmLimit – OPC Enable Comm Tag LowLowAlarmLimit_OPC_Enable_Comm_Tag	The Tag that will enable Or disable communications To the OPC Item When the Enable by Tag Property is enabled.
LowLowAlarmLimit – Driver Interface LowLowAlarmLimit_Driver_Interface	The defined Driver Interface For the Data Source selected.
LowLowAlarmLimit – Driver Interface Polling Rate LowLowAlarmLimit_Driver_Interface_Polling_Rate	Polling rate for Driver Interface item.
LowLowAlarmLimit – Driver Interface Enable Device Read LowLowAlarmLimit_Driver_Interface_Enable_Device_Read	When enabled the Tag defined for the Device Read will control communications to only read the item with when the tag transitions from false to true. Normal polling communications is disabled if this property is enabled.
LowLowAlarmLimit – Driver Interface Device Read Tag LowLowAlarmLimit_Driver_Interface_Device_Read_Tag	The Tag that will cause a read for the item when the value transitions from false to true if Device Read is enabled.
LowLowAlarmLimit – Driver Interface Enable Comm LowLowAlarmLimit_Driver_Interface_Enable_Comm	Enable or Disable communications based on a Tag. When the value of the Tag defined is true the communications to the Item is enabled, when false it is disabled.
LowLowAlarmLimit – Driver Interface Enable Comm Tag LowLowAlarmLimit_Driver_Interface_Enable_Comm_Tag	The Tag that will enable or disable communications to the OPC Item when the Enable by Tag property is enabled.
LowLowAlarmLimit – Table Name LowLowAlarmLimit_Table_Name	The Table Name or View to use when Data Source is set to Database.
LowLowAlarmLimit – Use Tag Value For Table Name LowLowAlarmLimit_Use_Tag_Value_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
LowLowAlarmLimit – Tag For Table Name LowLowAlarmLimit_Tag_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
LowLowAlarmLimit – Field Name LowLowAlarmLimit_Field_Name	The column name to read the value from or write the value to.
LowLowAlarmLimit – Field Data Type LowLowAlarmLimit_Field_Data_Type	The data type of the field.
LowLowAlarmLimit – Where String LowLowAlarmLimit_Where_String	The filter condition to specify which row to read and update. When writing values all row matching where statement will be updated.
LowLowAlarmLimit – Use Tag Value For Where String LowLowAlarmLimit_Use_Tag_Value_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
LowLowAlarmLimit – Tag For Where String LowLowAlarmLimit_Tag_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
LowLowAlarmLimit – Order By String LowLowAlarmLimit_Order_By_String	The condition order the records to use top 1 when reading.
LowLowAlarmLimit – Use Tag Value For Order By String LowLowAlarmLimit_Use_Tag_Value_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
LowLowAlarmLimit – Tag For Order By String LowLowAlarmLimit_Tag_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
LowLowAlarmLimit – Modbus Memory Type LowLowAlarmLimit_Modbus_Memory_Type	Modbus Memory Type [Coil Status, Input Status, Holding Register, Input Register]
LowLowAlarmLimit – Modbus Device Address LowLowAlarmLimit_Modbus_Device_Address	Modbus Device Address. Set To -1 To Not use Device Address With Ethernet.
LowLowAlarmLimit – Modbus Data Type LowLowAlarmLimit_Modbus_Data_Type	Modbus Data Type [Int16, UInt16, Int16 As Boolean, Int32, UInt32, Int32 As Boolean, Int64, UInt64, Int64 As Boolean, Float32, Float64, String]
LowLowAlarmLimit – Modbus Address LowLowAlarmLimit_Modbus_Address	Modbus address of point. Use Zero Based Addressing to offset the address by 1. The Memory Type selected will automatically add the necessary base address. For example to address 40,000 set the Memory Type to Holding Register and the Address as 1. Extended Addressing is also supported
LowLowAlarmLimit – Modbus Bit Position LowLowAlarmLimit_Modbus_Bit_Position	Bit position within Integer.
LowLowAlarmLimit – Modbus Number Of Words For String LowLowAlarmLimit_Modbus_Number_Of_Words_For_String	The length Of the Modbus String When the Modbus Data Type is set to String.
LowLowAlarmLimit – Modbus Max Words Per Packet LowLowAlarmLimit_Modbus_Max_Words_Per_Packet	The maximum number Of words per packet In communications. The Driver Interface will use the lowest number As the limit For all communications For all packets.
LowLowAlarmLimit – Modbus Max Bits Per Packet LowLowAlarmLimit_Modbus_Max_Bits_Per_Packet	The maximum number of bits per packet when Memory Type is set to either Coil Status or Input Status.
LowLowAlarmLimit – Modbus Word Swap LowLowAlarmLimit_Modbus_Word_Swap	Swaps Modbus words.
LowLowAlarmLimit – Modbus Byte Swap LowLowAlarmLimit_Modbus_Byte_Swap	Swaps Modbus bytes.
LowLowAlarmLimit – Modbus Zero Based Addressing LowLowAlarmLimit_Modbus_Zero_Based_Addressing	When enabled subtracts 1 from address before communicating To device.
LowLowAlarmLimit – CANBus Block Number LowLowAlarmLimit_CANBus_Block_Number	CANBus Block Number.
LowLowAlarmLimit – CANBus Index LowLowAlarmLimit_CANBus_Index	CANBus Index.
LowLowAlarmLimit – CANBus Block Type LowLowAlarmLimit_CANBus_Block_Type	Block Type For CANBus.
LowLowAlarmLimit – OPTO Value Type LowLowAlarmLimit_OPTO_Value_Type	OPTO Value Type. Use Table Elements For the fastest communications. [Table, TableElement, Variable]
LowLowAlarmLimit – OPTO Variable Name LowLowAlarmLimit_OPTO_Variable_Name	OPTO Variable Name.
LowLowAlarmLimit – OPTO Variable Type LowLowAlarmLimit_OPTO_Variable_Type	OPTO Variable Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable, UpTimer, DownTimer]
LowLowAlarmLimit – OPTO Variable String Length LowLowAlarmLimit_OPTO_Variable_String_Length	OPTO Variable String Length.
LowLowAlarmLimit – OPTO Table Name LowLowAlarmLimit_OPTO_Table_Name	OPTO Table Name.
LowLowAlarmLimit – OPTO Table Type LowLowAlarmLimit_OPTO_Table_Type	OPTO Table Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable]
LowLowAlarmLimit – OPTO Table String Length LowLowAlarmLimit_OPTO_Table_String_Length	OPTO Table String Length.
LowLowAlarmLimit – OPTO Table Index LowLowAlarmLimit_OPTO_Table_Index	OPTO Table Index.
LowLowAlarmLimit – OPTO Table Length LowLowAlarmLimit_OPTO_Table_Length	OPTO Table Length.
LowLowAlarmLimit – AB Logix Data Type LowLowAlarmLimit_AB_Logix_Data_Type	Data Type For AB Logix. Use AUTO If you are uncertain Of your data type. [AUTO, STR]
LowLowAlarmLimit – AB Address LowLowAlarmLimit_AB_Address LowLowAlarmABAddress	The Allen Bradley variable address.
LowLowAlarmLimit – Siemens Address LowLowAlarmLimit_Siemens_Address LowLowAlarmSiemensAddress	The Siemens variable address. See https://openautomationsoftware.com/knowledge-base/siemens-address-syntax/ Data Sources-Siemens-Siemens Address Syntax For address syntax.
LowLowAlarmLimit – Siemens Data Type LowLowAlarmLimit_Siemens_Data_Type	Data Type For Siemens.
LowLowAlarmLimit – Siemens String Length LowLowAlarmLimit_Siemens_String_Length	The length Of the Siemens String When the Siemens Data Type is set to String.
LowLowAlarmLimit – Kafka Topic LowLowAlarmLimit_Kafka_Topic	Kafka Topic.
LowLowAlarmLimit – SpB Client Group ID LowLowAlarmLimit_SpB_Client_Group_ID	Sparkplug B Client Group ID.
LowLowAlarmLimit – SpB Client Edge Node ID LowLowAlarmLimit_SpB_Client_Edge_Node_ID	Sparkplug B Client Edge Node ID.
LowLowAlarmLimit – SpB Client Device ID LowLowAlarmLimit_SpB_Client_Device_ID	Sparkplug B Client Device ID.
LowLowAlarmLimit – SpB Client Metric Name LowLowAlarmLimit_SpB_Client_Metric_Name	Sparkplug B Client Metric Name.
LowLowAlarmLimit – MQTT Topic LowLowAlarmLimit_MQTT_Topic	MQTT Topic.
LowLowAlarmLimit – MQTT QoS LowLowAlarmLimit_MQTT_QoS	MQTT Quality Of Service.
LowLowAlarmLimit – MQTT Topic Timeout LowLowAlarmLimit_MQTT_Topic_Timeout	MQTT Topic Timeout.
LowLowAlarmLimit – MQTT Include TimeStamp LowLowAlarmLimit_MQTT_Include_TimeStamp	Include the timestamp In the MQTT data.
LowLowAlarmLimit – MQTT Include Quality LowLowAlarmLimit_MQTT_Include_Quality	Include the quality In the MQTT data.
LowLowAlarmLimit – AWS IoT Gateway Topic LowLowAlarmLimit_AWS_IoT_Gateway_Topic	AWS IoT Gateway Topic.
LowLowAlarmLimit – AWS IoT Gateway Topic Timeout LowLowAlarmLimit_AWS_IoT_Gateway_Topic_Timeout	AWS IoT Gateway Topic Timeout.
LowLowAlarmLimit – AWS IoT Gateway Include TimeStamp LowLowAlarmLimit_AWS_IoT_Gateway_Include_TimeStamp	Include the timestamp in the AWS IoT Gateway data.
LowLowAlarmLimit – AWS IoT Gateway Include Quality LowLowAlarmLimit_AWS_IoT_Gateway_Include_Quality	Include the quality in the AWS IoT Gateway data.
LowLowAlarmLimit – OPCUA IdType LowLowAlarmLimit_OPCUA_IdType	OPC UA Id Type. [Numeric, String, Guid, Opaque]
LowLowAlarmLimit – OPCUA NodeID LowLowAlarmLimit_OPCUA_NodeID	OPC UA NodeId.
LowLowAlarmLimit – OPCUA Namespace LowLowAlarmLimit_OPCUA_Namespace	OPC UA Namespace.
LowLowAlarmLimit – OPCUA Register NodeID LowLowAlarmLimit_OPCUA_Register_NodeID	Registers the NodeId with the server for optimized reading and writing with reduced packet size in OPC UA communications.
LowLowAlarmLimit – OPCUA Queue Size LowLowAlarmLimit_OPCUA_Queue_Size	Queue Size for OPC UA Node.
LowLowAlarmLimit – OPCUA Discard Oldest LowLowAlarmLimit_OPCUA_Discard_Oldest	Discard Oldest for OPC UA Node.
LowLowAlarmLimit – OPCUA Sampling Interval LowLowAlarmLimit_OPCUA_Sampling_Interval	Sampling Interval for OPC UA Node.
LowLowAlarmLimit – OPCUA Data Change Trigger LowLowAlarmLimit_OPCUA_Data_Change_Trigger	Data Change Trigger type for OPC UA Node.
LowLowAlarmLimit – OPCUA Deadband Type LowLowAlarmLimit_OPCUA_Deadband_Type	Deadband Type for OPC UA Node.
LowLowAlarmLimit – OPCUA Deadband LowLowAlarmLimit_OPCUA_Deadband	Deadband for OPC UA Node.
LowLowAlarmLimit – Alarm Enable LowLowAlarmLimit_Alarm_Enable LowLowAlarmEnable	Each Tag has a Low Low Limit Parameter which acts as the Tag’s Low Low Alarm Limit for evaluating alarm conditions from the Value Parameter. If the value of the Value Parameter exceeds the Low Low Limit the Tag is considered to be in a Low Low alarm condition. A license of .NET Alarm or Web Alarm is required for this the alarm limit to execute.
LowLowAlarmLimit – Alarm Enable With Tag LowLowAlarmLimit_Alarm_Enable_With_Tag LowLowAlarmEnableWithTag	When enabled a Boolean Tag defined controls if the alarm limit is enabled.
LowLowAlarmLimit – Alarm Enable Tag LowLowAlarmLimit_Alarm_Enable_Tag LowLowAlarmEnableTag	Tag that will control when the alarm limit is enabled.
LowLowAlarmLimit – Alarm Enable With Tag On False LowLowAlarmLimit_Alarm_Enable_With_Tag_On_False	Alarm will be enabled when tag value is false instead of true.
LowLowAlarmLimit – Latch Enable LowLowAlarmLimit_Latch_Enable LowLowAlarmLatchEnable	When Latch Enable is set to true each alarm instance will latch in the active state and will only return to normal when LowLowAlarmLatchReset is set to true after the alarm has returned to normal.
LowLowAlarmLimit – Daily Time Range Disable LowLowAlarmLimit_Daily_Time_Range_Disable LowLowAlarmDailyTimeRangeDisable	Disable the alarm daily between the Start Hour and Minute and the End Hour and Minute.
LowLowAlarmLimit – Daily Time Range Disable Start Hour LowLowAlarmLimit_Daily_Time_Range_Disable_Start_Hour LowLowAlarmDailyTimeRangeDisableStartHour	Daily disable start hour.
LowLowAlarmLimit – Daily Time Range Disable Start Minute LowLowAlarmLimit_Daily_Time_Range_Disable_Start_Minute LowLowAlarmDailyTimeRangeDisableStartMinute	Daily disable start minute.
LowLowAlarmLimit – Daily Time Range Disable End Hour LowLowAlarmLimit_Daily_Time_Range_Disable_End_Hour LowLowAlarmDailyTimeRangeDisableEndHour	Daily disable end hour.
LowLowAlarmLimit – Daily Time Range Disable End Minute LowLowAlarmLimit_Daily_Time_Range_Disable_End_Minute LowLowAlarmDailyTimeRangeDisableEndMinute	Daily disable end minute.
LowLowAlarmLimit – Date Range Disable LowLowAlarmLimit_Date_Range_Disable LowLowAlarmDateRangeDisable	Disable the alarms for the Tag between a Start date and End date.
LowLowAlarmLimit – Date Range Disable Start LowLowAlarmLimit_Date_Range_Disable_Start LowLowAlarmDateRangeDisableStart	Date range disable start time.
LowLowAlarmLimit – Date Range Disable End LowLowAlarmLimit_Date_Range_Disable_End LowLowAlarmDateRangeDisableEnd	Date range disable end time.
LowLowAlarmLimit – Log As Event LowLowAlarmLimit_Log_As_Event LowLowAlarmLogAsEvent	When the Value reaches the alarm limit the event will not be indicated and recorded as an alarm with acknowledge state, but instead as an event that just records the one instance of when it reaches the alarm limit.
LowLowAlarmLimit – Alarm Priority LowLowAlarmLimit_Alarm_Priority LowLowAlarmPriority	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. The valid range is from 0 to 2,147,483,647.
LowLowAlarmLimit – Alarm Group LowLowAlarmLimit_Alarm_Group LowLowAlarmGroup	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. Simply enter the new alarm group or select from the existing list of groups. OPC, System, and Tag Client are default alarm groups used to identify system and communication alarms.
LowLowAlarmLimit – Alarm Delay Time LowLowAlarmLimit_Alarm_Delay_Time LowLowAlarmTimeDelay	The time delay in seconds that the alarm condition must remain active before the alarm is posted as an active alarm. The date and time when the alarm first became active is used as the alarm date and time, not the date and time it was posted as an active alarm. If you would Like the AlarmStatus parameter To be set immediately and not wait for the Time Delay use Configure-Options to set Update Alarm Status Immediately without Alarm Time Delay.
LowLowAlarmLimit – Alarm Deadband LowLowAlarmLimit_Alarm_Deadband LowLowAlarmDeadband	The amount that the value must be within the limit before the alarm condition is cleared.
LowLowAlarmLimit – Calculation LowLowAlarmLimit_Calculation LowLowAlarmCalculation	Logic equation when the Data Source is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations for descriptions of all functions.
LowLowAlarmLimit – Time On And Count Enable LowLowAlarmLimit_Time_On_And_Count_Enable LowLowAlarmTimeOnAndCountsEnable	When enabled it will keep track of how long the alarm is active and how many times it transitions from inactive to active state. The Time On And Counts feature will keep track of the following How Long the alarm is active for the current instance. How Long the alarm is active for the current day. How Long the alarm is active for Period 1. How Long the alarm is active for Period 2. How Long the alarm is active for all of time. How many times the alarm state has transitioned from inactive to active for the current day. How many times the alarm state has transitioned from inactive to active for Period 1. How many times the alarm state has transitioned from inactive to active for Period 2. How many times the alarm state has transitioned from inactive to active For all of time.
LowLowAlarmLimit – Time On And Count Current Day Reset Hour LowLowAlarmLimit_Time_On_And_Count_Current_Day_Reset_Hour LowLowAlarmTimeOnAndCountsDailyResetHour	Time On and Counts daily reset hour.
LowLowAlarmLimit – Time On And Count Current Day Reset Minute LowLowAlarmLimit_Time_On_And_Count_Current_Day_Reset_Minute LowLowAlarmTimeOnAndCountsDailyResetMinute	Time On and Counts daily reset minute.
LowLowAlarmLimit – Time On Units LowLowAlarmLimit_Time_On_Units LowLowAlarmTimeOnUnits	The Time On values can be returned as Hours, Minutes, or Seconds. [Hours, Minutes, Seconds]
LowLowAlarmLimit – Time On And Count Period 1 Minutes LowLowAlarmLimit_Time_On_And_Count_Period_1_Minutes LowLowAlarmTimeOnAndCountsPeriod1	The total time in minutes to track for Period 1 of Time On and Counts.
LowLowAlarmLimit – Time On And Count Period 2 Minutes LowLowAlarmLimit_Time_On_And_Count_Period_2_Minutes LowLowAlarmTimeOnAndCountsPeriod2	The total time in minutes to track for Period 2 of Time On and Counts.
LowLowAlarmLimit – Reset Time On And Count LowLowAlarmLimit_Reset_Time_On_And_Count LowLowAlarmTimeOnAndCountsResetEnable	When enabled the Time On and Counts totals are reset when the Boolean Tag defined transistions from False to True.
LowLowAlarmLimit – Reset Time On And Count Tag LowLowAlarmLimit_Reset_Time_On_And_Count_Tag LowLowAlarmTimeOnAndCountsResetTag	The Boolean Tag that will reset the Time On and Counts totals when its value transitions from False to True.
DigitalAlarmLimit – Value DigitalAlarmLimit_Value DigitalAlarmLimit	When enabled alarm occurs when value is True, when disabled alarm occurs when value is False.
DigitalAlarmLimit – High Range DigitalAlarmLimit_High_Range DigitalAlarmHighRange	The Default Y Axis Range High For a trend pen and the high limit when Limit Writes is enabled.
DigitalAlarmLimit – Low Range DigitalAlarmLimit_Low_Range DigitalAlarmLowRange	The Default Y Axis Range Low For a trend pen and the low limit when Limit Writes is enabled.
DigitalAlarmLimit – Read Only Value DigitalAlarmLimit_Read_Only_Value DigitalAlarmReadOnlyValue	When enabled the value of the parameter cannot be written to.
DigitalAlarmLimit – Source DigitalAlarmLimit_Source DigitalAlarmDataSource	The source of where the value for the limit will come from. The Data Source can be set to one of the following types: Value: Fixed value that can be set in configuration or from any client. AB Classic: Communications to Allen Bradley MicroLogix, SLC 500, and PLC-5. AB Logix: Communications to Allen Bradley ControlLogix, CompactLogix, GuardLogix, and Micro800. AWS IoT Gateway: Amazon Web Services IoT Gateway. Azure IoT: Azure IoT Data Hub. Calculation: Math equation with multiple tag parameters as a data source. The result is read only and cannot be written to. View the following video to see how to define a Calculation. CanBus: CanBus interface File: A Binary, Text, or XML file. Modbus: Modbus master communications for Modbus TCP, Modbus RTU, and Modbus ASCII all supported on both Ethernet and Serial interfaces. MQTT: Communications to MQTT brokers to send and receive data to MQTT devices and software. OPC: Value from Classic DA 2.XX or 3.0 OPC Server. OPC UA: OPC UA Server. Siemens: Communications to Siemens S7-200, S7-300, S7-400, S7-1200, and S7-1500. Simulation: Dynamic simulation of data. Tag: Value is from another tag parameter from the same service or remote service. The result is read only and cannot be written to. Time: Date and time from the CPU clock. UDP Client Tag: Tag from a remote service with the UDP Broadcast feature enabled. Univeral Driver Interfaces will also appear here in the Data Source property
DigitalAlarmLimit – Simulation Rate DigitalAlarmLimit_Simulation_Rate DigitalAlarmSimulationRate	The rate of value changing for Simulation data.
DigitalAlarmLimit – Simulation Type DigitalAlarmLimit_Simulation_Type DigitalAlarmSimulationType	Ramp will incrment in value from 0 to 99. Sine will change value from -1 to 1 based on the time each 60 seconds. Random will result in a random number with a range of 0 to 99 Toggle will transition between true and false [Ramp, Random, Sine, Toggle]
DigitalAlarmLimit – OPC Item DigitalAlarmLimit_OPC_Item DigitalAlarmOPCItem	OPC Item from a classic OPC DA Server.
DigitalAlarmLimit – Tag Client Item DigitalAlarmLimit_Tag_Client_Item DigitalAlarmTag	Local or remote Tag To receive the value from when the Data Source is set to Tag.
DigitalAlarmLimit – UDP Client Item DigitalAlarmLimit_UDP_Client_Item DigitalAlarmUDPClientTag	The Tag In the broadcasting service To receive the value When Using one way UDP Broadcast feature.
DigitalAlarmLimit – Source Values On Bad Quality DigitalAlarmLimit_Source_Values_On_Bad_Quality DigitalAlarmSourceWhenBad	Allows the value And data quality to be overridden when the value quality is bad. The following are the four (4) available options for Source When Bad: Normal Bad Quality: When the data source is bad quality the result is bad quality. With Calculations any one of the source tags in the calculation being bad quality will cause the result to be bad quality. Set Sources To Default Value: When the data source quality is bad the source value is overridden to be what is set as Default Value with the data type of Default Value Type. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set to the Default Value when its individual data quality is bad. This will result in the calculation performing the equation with the remaining actual values with tags with good quality and overriding the values for the tags that are bad quality. Hold Sources To Last Good Value: When the data sources quality changes to bad quality the last good value will be used as the data source. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be held with its last good value when its individual data quality is bad. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with each individual tags last good quality. Set Sources To Tag Value: When the data sources quality is bad the value from another Tag will be used. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set from the other Tag value. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with the assigned tag’s value.
DigitalAlarmLimit – Override OPC Quality On Bad Quality DigitalAlarmLimit_Override_OPC_Quality_On_Bad_Quality DigitalAlarmOverrideOPCQualityWhenBad	Forces the OPC Quality that is passed onto the OPC Systems.NET OPC Server to good quality when the Data Source When Bad Quality is set to something other than the default of Normal Bad Quality and the Data Source is set to an OPC Item.
DigitalAlarmLimit – Default Value On Bad Quality DigitalAlarmLimit_Default_Value_On_Bad_Quality DigitalAlarmDefaultValueWhenBad	The value to use when the Source When Bad is set to Set Sources to Default Value. See Source When Bad for full description.
DigitalAlarmLimit – Tag For Source On Bad Quality DigitalAlarmLimit_Tag_For_Source_On_Bad_Quality	When Source When Bad is set to Set Sources To Tag Value this is the tag parameter to use for the value to set the source when the data quality is bad.
DigitalAlarmLimit – Is Trend Point DigitalAlarmLimit_Is_Trend_Point DigitalAlarmTrendPoint	Enable Trend Point to have the Parameter available for trending from Trend .NET and Web Trend. You can data log a Parameter value without trending the point If desired.
DigitalAlarmLimit – Time Stamp Offset Hours DigitalAlarmLimit_Time_Stamp_Offset_Hours DigitalAlarmTimeStampOffset	The amount of time to offset the alarm timestamp to match a particular time zone. If you prefer to use Universal Time Code enable the property Use UTC Timestamp under Configure-Options-Time.
DigitalAlarmLimit – Alarm Text DigitalAlarmLimit_Alarm_Text DigitalAlarmText	Alarm text to use for Alarm Logging, Alarm Notfication, and .NET and Web Alarm interface. The Alarm Text can be fixed or dynamic with the Dynamic Alarm Text attribute.
DigitalAlarmLimit – Set Alarm Text DigitalAlarmLimit_Set_Alarm_Text	The Alarm Text of an alarm message can be dynamic based on other Tag values. The following options can be used for changing the Alarm Text Static Alarm Text: No change to the alarm text is performed, the default Alarm Text is used. Prepend Alarm Text: Adds the value of the dynamic alarm text tag ahead of the base Alarm Text. Overwrite Alarm Text: Replaces the alarm text entirely with the value of the dynamic alarm text tag. Append Alarm Text: Appends the value of the dynamic alarm text after the base Alarm Text. Calculation: The alarm text is replaced with the result of a Calculation. When the alarm occurs the current value of the alarm message is locked for that instance of the alarm so when it is acknowledged or it clears the message is the same for all states. [Static Alarm Text, Preset Alarm Text, Overwrite Alarm Text, Append Alarm Text, Calculation]
DigitalAlarmLimit – Set Alarm Text Tag DigitalAlarmLimit_Set_Alarm_Text_Tag	The Tag that will contain the string value to update the alarm text.
DigitalAlarmLimit – Set Alarm Text Calculation DigitalAlarmLimit_Set_Alarm_Text_Calculation	The logic equation when the Dyanmic Alarm Text is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations For descriptions Of all functions.
DigitalAlarmLimit – Text Append True DigitalAlarmLimit_Text_Append_True	The text that is appended to the alarm text with when the alarm is active.
DigitalAlarmLimit – Text Append False DigitalAlarmLimit_Text_Append_False	The text that is appended to the alarm text with when the alarm clears.
DigitalAlarmLimit – Units DigitalAlarmLimit_Units DigitalAlarmUnits	Engineering Units of the alarm limit and value.
DigitalAlarmLimit – Document DigitalAlarmLimit_Document DigitalAlarmDocument	The document path that is included in an alarm message.
DigitalAlarmLimit – TagID DigitalAlarmLimit_TagID DigitalAlarmTagID	Identifier for OEM asset assignment.
DigitalAlarmLimit – OPC Update Rate DigitalAlarmLimit_OPC_Update_Rate DigitalAlarmOPCUpdateRate	OPC Update Rate. Each unique rate creates an individual Group In the Server for subscription.
DigitalAlarmLimit – OPC Access Path DigitalAlarmLimit_OPC_Access_Path	The OPC Access Path from a classic OPC DA Server. Most OPC Servers Do Not require an Access Path. It is very rare that the OPC Server needs this Property.
DigitalAlarmLimit – Enable Device Read DigitalAlarmLimit_Enable_Device_Read DigitalAlarmOPCDeviceRead	When enabled the Tag defined For the Device Read will control communications To only read the OPC Item With a SyncRead When the tag transitions from False To True. Normal asynchronous communications is disabled If this Property is enabled.
DigitalAlarmLimit – Device Read Tag DigitalAlarmLimit_Device_Read_Tag DigitalAlarmOPCDeviceReadTag	The Tag that will cause a syncread To the OPC Item When the value transitions from False To True.
DigitalAlarmLimit – OPC Enable Comm DigitalAlarmLimit_OPC_Enable_Comm	Enable Or Disable OPC Classic communications based On a Tag. When the value Of the Tag defined is True the communications To the OPC Item is enabled, When False it is disabled.
DigitalAlarmLimit – OPC Enable Comm Tag DigitalAlarmLimit_OPC_Enable_Comm_Tag	The Tag that will enable Or disable communications To the OPC Item When the Enable by Tag Property is enabled.
DigitalAlarmLimit – Driver Interface DigitalAlarmLimit_Driver_Interface	The defined Driver Interface For the Data Source selected.
DigitalAlarmLimit – Driver Interface Polling Rate DigitalAlarmLimit_Driver_Interface_Polling_Rate	Polling rate for Driver Interface item.
DigitalAlarmLimit – Driver Interface Enable Device Read DigitalAlarmLimit_Driver_Interface_Enable_Device_Read	When enabled the Tag defined for the Device Read will control communications to only read the item with when the tag transitions from false to true. Normal polling communications is disabled if this property is enabled.
DigitalAlarmLimit – Driver Interface Device Read Tag DigitalAlarmLimit_Driver_Interface_Device_Read_Tag	The Tag that will cause a read for the item when the value transitions from false to true if Device Read is enabled.
DigitalAlarmLimit – Driver Interface Enable Comm DigitalAlarmLimit_Driver_Interface_Enable_Comm	Enable or Disable communications based on a Tag. When the value of the Tag defined is true the communications to the Item is enabled, when false it is disabled.
DigitalAlarmLimit – Driver Interface Enable Comm Tag DigitalAlarmLimit_Driver_Interface_Enable_Comm_Tag	The Tag that will enable or disable communications to the OPC Item when the Enable by Tag property is enabled.
DigitalAlarmLimit – Table Name DigitalAlarmLimit_Table_Name	The Table Name or View to use when Data Source is set to Database.
DigitalAlarmLimit – Use Tag Value For Table Name DigitalAlarmLimit_Use_Tag_Value_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
DigitalAlarmLimit – Tag For Table Name DigitalAlarmLimit_Tag_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
DigitalAlarmLimit – Field Name DigitalAlarmLimit_Field_Name	The column name to read the value from or write the value to.
DigitalAlarmLimit – Field Data Type DigitalAlarmLimit_Field_Data_Type	The data type of the field.
DigitalAlarmLimit – Where String DigitalAlarmLimit_Where_String	The filter condition to specify which row to read and update. When writing values all row matching where statement will be updated.
DigitalAlarmLimit – Use Tag Value For Where String DigitalAlarmLimit_Use_Tag_Value_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
DigitalAlarmLimit – Tag For Where String DigitalAlarmLimit_Tag_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
DigitalAlarmLimit – Order By String DigitalAlarmLimit_Order_By_String	The condition order the records to use top 1 when reading.
DigitalAlarmLimit – Use Tag Value For Order By String DigitalAlarmLimit_Use_Tag_Value_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
DigitalAlarmLimit – Tag For Order By String DigitalAlarmLimit_Tag_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
DigitalAlarmLimit – Modbus Memory Type DigitalAlarmLimit_Modbus_Memory_Type	Modbus Memory Type [Coil Status, Input Status, Holding Register, Input Register]
DigitalAlarmLimit – Modbus Device Address DigitalAlarmLimit_Modbus_Device_Address	Modbus Device Address. Set To -1 To Not use Device Address With Ethernet.
DigitalAlarmLimit – Modbus Data Type DigitalAlarmLimit_Modbus_Data_Type	Modbus Data Type [Int16, UInt16, Int16 As Boolean, Int32, UInt32, Int32 As Boolean, Int64, UInt64, Int64 As Boolean, Float32, Float64, String]
DigitalAlarmLimit – Modbus Address DigitalAlarmLimit_Modbus_Address	Modbus address of point. Use Zero Based Addressing to offset the address by 1. The Memory Type selected will automatically add the necessary base address. For example to address 40,000 set the Memory Type to Holding Register and the Address as 1. Extended Addressing is also supported
DigitalAlarmLimit – Modbus Bit Position DigitalAlarmLimit_Modbus_Bit_Position	Bit position within Integer.
DigitalAlarmLimit – Modbus Number Of Words For String DigitalAlarmLimit_Modbus_Number_Of_Words_For_String	The length Of the Modbus String When the Modbus Data Type is set to String.
DigitalAlarmLimit – Modbus Max Words Per Packet DigitalAlarmLimit_Modbus_Max_Words_Per_Packet	The maximum number Of words per packet In communications. The Driver Interface will use the lowest number As the limit For all communications For all packets.
DigitalAlarmLimit – Modbus Max Bits Per Packet DigitalAlarmLimit_Modbus_Max_Bits_Per_Packet	The maximum number of bits per packet when Memory Type is set to either Coil Status or Input Status.
DigitalAlarmLimit – Modbus Word Swap DigitalAlarmLimit_Modbus_Word_Swap	Swaps Modbus words.
DigitalAlarmLimit – Modbus Byte Swap DigitalAlarmLimit_Modbus_Byte_Swap	Swaps Modbus bytes.
DigitalAlarmLimit – Modbus Zero Based Addressing DigitalAlarmLimit_Modbus_Zero_Based_Addressing	When enabled subtracts 1 from address before communicating To device.
DigitalAlarmLimit – CANBus Block Number DigitalAlarmLimit_CANBus_Block_Number	CANBus Block Number.
DigitalAlarmLimit – CANBus Index DigitalAlarmLimit_CANBus_Index	CANBus Index.
DigitalAlarmLimit – CANBus Block Type DigitalAlarmLimit_CANBus_Block_Type	Block Type For CANBus.
DigitalAlarmLimit – OPTO Value Type DigitalAlarmLimit_OPTO_Value_Type	OPTO Value Type. Use Table Elements For the fastest communications. [Table, TableElement, Variable]
DigitalAlarmLimit – OPTO Variable Name DigitalAlarmLimit_OPTO_Variable_Name	OPTO Variable Name.
DigitalAlarmLimit – OPTO Variable Type DigitalAlarmLimit_OPTO_Variable_Type	OPTO Variable Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable, UpTimer, DownTimer]
DigitalAlarmLimit – OPTO Variable String Length DigitalAlarmLimit_OPTO_Variable_String_Length	OPTO Variable String Length.
DigitalAlarmLimit – OPTO Table Name DigitalAlarmLimit_OPTO_Table_Name	OPTO Table Name.
DigitalAlarmLimit – OPTO Table Type DigitalAlarmLimit_OPTO_Table_Type	OPTO Table Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable]
DigitalAlarmLimit – OPTO Table String Length DigitalAlarmLimit_OPTO_Table_String_Length	OPTO Table String Length.
DigitalAlarmLimit – OPTO Table Index DigitalAlarmLimit_OPTO_Table_Index	OPTO Table Index.
DigitalAlarmLimit – OPTO Table Length DigitalAlarmLimit_OPTO_Table_Length	OPTO Table Length.
DigitalAlarmLimit – AB Logix Data Type DigitalAlarmLimit_AB_Logix_Data_Type	Data Type For AB Logix. Use AUTO If you are uncertain Of your data type. [AUTO, STR]
DigitalAlarmLimit – AB Address DigitalAlarmLimit_AB_Address DigitalAlarmABAddress	The Allen Bradley variable address.
DigitalAlarmLimit – Siemens Address DigitalAlarmLimit_Siemens_Address DigitalAlarmSiemensAddress	The Siemens variable address. See https://openautomationsoftware.com/knowledge-base/siemens-address-syntax/ Data Sources-Siemens-Siemens Address Syntax For address syntax.
DigitalAlarmLimit – Siemens Data Type DigitalAlarmLimit_Siemens_Data_Type	Data Type For Siemens.
DigitalAlarmLimit – Siemens String Length DigitalAlarmLimit_Siemens_String_Length	The length Of the Siemens String When the Siemens Data Type is set to String.
DigitalAlarmLimit – Kafka Topic DigitalAlarmLimit_Kafka_Topic	Kafka Topic.
DigitalAlarmLimit – SpB Client Group ID DigitalAlarmLimit_SpB_Client_Group_ID	Sparkplug B Client Group ID.
DigitalAlarmLimit – SpB Client Edge Node ID DigitalAlarmLimit_SpB_Client_Edge_Node_ID	Sparkplug B Client Edge Node ID.
DigitalAlarmLimit – SpB Client Device ID DigitalAlarmLimit_SpB_Client_Device_ID	Sparkplug B Client Device ID.
DigitalAlarmLimit – SpB Client Metric Name DigitalAlarmLimit_SpB_Client_Metric_Name	Sparkplug B Client Metric Name.
DigitalAlarmLimit – MQTT Topic DigitalAlarmLimit_MQTT_Topic	MQTT Topic.
DigitalAlarmLimit – MQTT QoS DigitalAlarmLimit_MQTT_QoS	MQTT Quality Of Service.
DigitalAlarmLimit – MQTT Topic Timeout DigitalAlarmLimit_MQTT_Topic_Timeout	MQTT Topic Timeout.
DigitalAlarmLimit – MQTT Include TimeStamp DigitalAlarmLimit_MQTT_Include_TimeStamp	Include the timestamp In the MQTT data.
DigitalAlarmLimit – MQTT Include Quality DigitalAlarmLimit_MQTT_Include_Quality	Include the quality In the MQTT data.
DigitalAlarmLimit – AWS IoT Gateway Topic DigitalAlarmLimit_AWS_IoT_Gateway_Topic	AWS IoT Gateway Topic.
DigitalAlarmLimit – AWS IoT Gateway Topic Timeout DigitalAlarmLimit_AWS_IoT_Gateway_Topic_Timeout	AWS IoT Gateway Topic Timeout.
DigitalAlarmLimit – AWS IoT Gateway Include TimeStamp DigitalAlarmLimit_AWS_IoT_Gateway_Include_TimeStamp	Include the timestamp in the AWS IoT Gateway data.
DigitalAlarmLimit – AWS IoT Gateway Include Quality DigitalAlarmLimit_AWS_IoT_Gateway_Include_Quality	Include the quality in the AWS IoT Gateway data.
DigitalAlarmLimit – OPCUA IdType DigitalAlarmLimit_OPCUA_IdType	OPC UA Id Type. [Numeric, String, Guid, Opaque]
DigitalAlarmLimit – OPCUA NodeID DigitalAlarmLimit_OPCUA_NodeID	OPC UA NodeId.
DigitalAlarmLimit – OPCUA Namespace DigitalAlarmLimit_OPCUA_Namespace	OPC UA Namespace.
DigitalAlarmLimit – OPCUA Register NodeID DigitalAlarmLimit_OPCUA_Register_NodeID	Registers the NodeId with the server for optimized reading and writing with reduced packet size in OPC UA communications.
DigitalAlarmLimit – OPCUA Queue Size DigitalAlarmLimit_OPCUA_Queue_Size	Queue Size for OPC UA Node.
DigitalAlarmLimit – OPCUA Discard Oldest DigitalAlarmLimit_OPCUA_Discard_Oldest	Discard Oldest for OPC UA Node.
DigitalAlarmLimit – OPCUA Sampling Interval DigitalAlarmLimit_OPCUA_Sampling_Interval	Sampling Interval for OPC UA Node.
DigitalAlarmLimit – OPCUA Data Change Trigger DigitalAlarmLimit_OPCUA_Data_Change_Trigger	Data Change Trigger type for OPC UA Node.
DigitalAlarmLimit – OPCUA Deadband Type DigitalAlarmLimit_OPCUA_Deadband_Type	Deadband Type for OPC UA Node.
DigitalAlarmLimit – OPCUA Deadband DigitalAlarmLimit_OPCUA_Deadband	Deadband for OPC UA Node.
DigitalAlarmLimit – Alarm Enable DigitalAlarmLimit_Alarm_Enable DigitalAlarmEnable	Each Tag has a Digital Limit Parameter which acts as the Tag’s Digital Alarm Limit for evaluating alarm conditions from the Value Parameter. If the value of the Value Parameter exceeds the Digital Limit the Tag is considered to be in a Digital alarm condition. A license of .NET Alarm or Web Alarm is required for this the alarm limit to execute.
DigitalAlarmLimit – Alarm Enable With Tag DigitalAlarmLimit_Alarm_Enable_With_Tag DigitalAlarmEnableWithTag	When enabled a Boolean Tag defined controls if the alarm limit is enabled.
DigitalAlarmLimit – Alarm Enable Tag DigitalAlarmLimit_Alarm_Enable_Tag DigitalAlarmEnableTag	Tag that will control when the alarm limit is enabled.
DigitalAlarmLimit – Alarm Enable With Tag On False DigitalAlarmLimit_Alarm_Enable_With_Tag_On_False	Alarm will be enabled when tag value is false instead of true.
DigitalAlarmLimit – Latch Enable DigitalAlarmLimit_Latch_Enable	When Latch Enable is set to true each alarm instance will latch in the active state and will only return to normal when DigitalAlarmLatchReset is set to true after the alarm has returned to normal.
DigitalAlarmLimit – Daily Time Range Disable DigitalAlarmLimit_Daily_Time_Range_Disable DigitalAlarmDailyTimeRangeDisable	Disable the alarm daily between the Start Hour and Minute and the End Hour and Minute.
DigitalAlarmLimit – Daily Time Range Disable Start Hour DigitalAlarmLimit_Daily_Time_Range_Disable_Start_Hour DigitalAlarmDailyTimeRangeDisableStartHour	Daily disable start hour.
DigitalAlarmLimit – Daily Time Range Disable Start Minute DigitalAlarmLimit_Daily_Time_Range_Disable_Start_Minute DigitalAlarmDailyTimeRangeDisableStartMinute	Daily disable start minute.
DigitalAlarmLimit – Daily Time Range Disable End Hour DigitalAlarmLimit_Daily_Time_Range_Disable_End_Hour DigitalAlarmDailyTimeRangeDisableEndHour	Daily disable end hour.
DigitalAlarmLimit – Daily Time Range Disable End Minute DigitalAlarmLimit_Daily_Time_Range_Disable_End_Minute DigitalAlarmDailyTimeRangeDisableEndMinute	Daily disable end minute.
DigitalAlarmLimit – Date Range Disable DigitalAlarmLimit_Date_Range_Disable DigitalAlarmDateRangeDisable	Disable the alarms for the Tag between a Start date and End date.
DigitalAlarmLimit – Date Range Disable Start DigitalAlarmLimit_Date_Range_Disable_Start DigitalAlarmDateRangeDisableStart	Date range disable start time.
DigitalAlarmLimit – Date Range Disable End DigitalAlarmLimit_Date_Range_Disable_End DigitalAlarmDateRangeDisableEnd	Date range disable end time.
DigitalAlarmLimit – Log As Event DigitalAlarmLimit_Log_As_Event DigitalAlarmLogAsEvent	When the Value reaches the alarm limit the event will not be indicated and recorded as an alarm with acknowledge state, but instead as an event that just records the one instance of when it reaches the alarm limit.
DigitalAlarmLimit – Alarm Priority DigitalAlarmLimit_Alarm_Priority DigitalAlarmPriority	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. The valid range is from 0 to 2,147,483,647.
DigitalAlarmLimit – Alarm Group DigitalAlarmLimit_Alarm_Group DigitalAlarmGroup	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. Simply enter the new alarm group or select from the existing list of groups. OPC, System, and Tag Client are default alarm groups used to identify system and communication alarms.
DigitalAlarmLimit – Alarm Delay Time DigitalAlarmLimit_Alarm_Delay_Time DigitalAlarmTimeDelay	The time delay in seconds that the alarm condition must remain active before the alarm is posted as an active alarm. The date and time when the alarm first became active is used as the alarm date and time, not the date and time it was posted as an active alarm. If you would Like the AlarmStatus parameter To be set immediately and not wait for the Time Delay use Configure-Options to set Update Alarm Status Immediately without Alarm Time Delay.
DigitalAlarmLimit – Calculation DigitalAlarmLimit_Calculation DigitalAlarmCalculation	Logic equation when the Data Source is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations for descriptions of all functions.
DigitalAlarmLimit – Time On And Count Enable DigitalAlarmLimit_Time_On_And_Count_Enable DigitalAlarmTimeOnAndCountsEnable	When enabled it will keep track of how long the alarm is active and how many times it transitions from inactive to active state. The Time On And Counts feature will keep track of the following How Long the alarm is active for the current instance. How Long the alarm is active for the current day. How Long the alarm is active for Period 1. How Long the alarm is active for Period 2. How Long the alarm is active for all of time. How many times the alarm state has transitioned from inactive to active for the current day. How many times the alarm state has transitioned from inactive to active for Period 1. How many times the alarm state has transitioned from inactive to active for Period 2. How many times the alarm state has transitioned from inactive to active For all of time.
DigitalAlarmLimit – Time On And Count Current Day Reset Hour DigitalAlarmLimit_Time_On_And_Count_Current_Day_Reset_Hour DigitalAlarmTimeOnAndCountsDailyResetHour	Time On and Counts daily reset hour.
DigitalAlarmLimit – Time On And Count Current Day Reset Minute DigitalAlarmLimit_Time_On_And_Count_Current_Day_Reset_Minute DigitalAlarmTimeOnAndCountsDailyResetMinute	Time On and Counts daily reset minute.
DigitalAlarmLimit – Time On Units DigitalAlarmLimit_Time_On_Units DigitalAlarmTimeOnUnits	The Time On values can be returned as Hours, Minutes, or Seconds. [Hours, Minutes, Seconds]
DigitalAlarmLimit – Time On And Count Period 1 Minutes DigitalAlarmLimit_Time_On_And_Count_Period_1_Minutes DigitalAlarmTimeOnAndCountsPeriod1	The total time in minutes to track for Period 1 of Time On and Counts.
DigitalAlarmLimit – Time On And Count Period 2 Minutes DigitalAlarmLimit_Time_On_And_Count_Period_2_Minutes DigitalAlarmTimeOnAndCountsPeriod2	The total time in minutes to track for Period 2 of Time On and Counts.
DigitalAlarmLimit – Reset Time On And Count DigitalAlarmLimit_Reset_Time_On_And_Count DigitalAlarmTimeOnAndCountsResetEnable	When enabled the Time On and Counts totals are reset when the Boolean Tag defined transistions from False to True.
DigitalAlarmLimit – Reset Time On And Count Tag DigitalAlarmLimit_Reset_Time_On_And_Count_Tag DigitalAlarmTimeOnAndCountsResetTag	The Boolean Tag that will reset the Time On and Counts totals when its value transitions from False to True.
ROCAlarmLimit – Value ROCAlarmLimit_Value ROCAlarmValue	The alarm limit for Rate of Change alarms that is specified in Units per Hour. Use the Sample Rate to determine how frequently to compare the rate of change.
ROCAlarmLimit – Gain ROCAlarmLimit_Gain ROCAlarmGain	The Gain is a multiplier to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
ROCAlarmLimit – Offset ROCAlarmLimit_Offset ROCAlarmOffset	The Offset is an addition to the raw incoming value except when the Data Source is Value: Value = RawValue * Gain + Offset When writing to an item the calculation is reversed: OutputValue = (Value – Offset) / Gain
ROCAlarmLimit – High Range ROCAlarmLimit_High_Range ROCAlarmHighRange	The Default Y Axis Range High For a trend pen and the high limit when Limit Writes is enabled.
ROCAlarmLimit – Low Range ROCAlarmLimit_Low_Range ROCAlarmLowRange	The Default Y Axis Range Low For a trend pen and the low limit when Limit Writes is enabled.
ROCAlarmLimit – Limit Writes ROCAlarmLimit_Limit_Writes ROCAlarmLimitWrites	Limit writes from users and clients within the High Range and Low Range.
ROCAlarmLimit – Read Only Value ROCAlarmLimit_Read_Only_Value ROCAlarmReadOnlyValue	When enabled the value of the parameter cannot be written to.
ROCAlarmLimit – Source ROCAlarmLimit_Source ROCAlarmDataSource	The source of where the value for the limit will come from. The Data Source can be set to one of the following types: Value: Fixed value that can be set in configuration or from any client. AB Classic: Communications to Allen Bradley MicroLogix, SLC 500, and PLC-5. AB Logix: Communications to Allen Bradley ControlLogix, CompactLogix, GuardLogix, and Micro800. AWS IoT Gateway: Amazon Web Services IoT Gateway. Azure IoT: Azure IoT Data Hub. Calculation: Math equation with multiple tag parameters as a data source. The result is read only and cannot be written to. View the following video to see how to define a Calculation. CanBus: CanBus interface File: A Binary, Text, or XML file. Modbus: Modbus master communications for Modbus TCP, Modbus RTU, and Modbus ASCII all supported on both Ethernet and Serial interfaces. MQTT: Communications to MQTT brokers to send and receive data to MQTT devices and software. OPC: Value from Classic DA 2.XX or 3.0 OPC Server. OPC UA: OPC UA Server. Siemens: Communications to Siemens S7-200, S7-300, S7-400, S7-1200, and S7-1500. Simulation: Dynamic simulation of data. Tag: Value is from another tag parameter from the same service or remote service. The result is read only and cannot be written to. Time: Date and time from the CPU clock. UDP Client Tag: Tag from a remote service with the UDP Broadcast feature enabled. Univeral Driver Interfaces will also appear here in the Data Source property
ROCAlarmLimit – Simulation Rate ROCAlarmLimit_Simulation_Rate ROCAlarmSimulationRate	The rate of value changing for Simulation data.
ROCAlarmLimit – Simulation Type ROCAlarmLimit_Simulation_Type ROCAlarmSimulationType	Ramp will incrment in value from 0 to 99. Sine will change value from -1 to 1 based on the time each 60 seconds. Random will result in a random number with a range of 0 to 99 Toggle will transition between true and false [Ramp, Random, Sine, Toggle]
ROCAlarmLimit – OPC Item ROCAlarmLimit_OPC_Item ROCAlarmOPCItem	OPC Item from a classic OPC DA Server.
ROCAlarmLimit – Tag Client Item ROCAlarmLimit_Tag_Client_Item ROCAlarmTag	Local or remote Tag To receive the value from when the Data Source is set to Tag.
ROCAlarmLimit – UDP Client Item ROCAlarmLimit_UDP_Client_Item ROCAlarmUDPClientTag	The Tag In the broadcasting service To receive the value When Using one way UDP Broadcast feature.
ROCAlarmLimit – Source Values On Bad Quality ROCAlarmLimit_Source_Values_On_Bad_Quality ROCAlarmSourceWhenBad	Allows the value And data quality to be overridden when the value quality is bad. The following are the four (4) available options for Source When Bad: Normal Bad Quality: When the data source is bad quality the result is bad quality. With Calculations any one of the source tags in the calculation being bad quality will cause the result to be bad quality. Set Sources To Default Value: When the data source quality is bad the source value is overridden to be what is set as Default Value with the data type of Default Value Type. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set to the Default Value when its individual data quality is bad. This will result in the calculation performing the equation with the remaining actual values with tags with good quality and overriding the values for the tags that are bad quality. Hold Sources To Last Good Value: When the data sources quality changes to bad quality the last good value will be used as the data source. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be held with its last good value when its individual data quality is bad. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with each individual tags last good quality. Set Sources To Tag Value: When the data sources quality is bad the value from another Tag will be used. With Calculations that have multiple tag parameters as a source each individual tag value in the calculation will be set from the other Tag value. This will result in the calculation performing the equation with remaining actual values with tags with good quality and overriding the values for the tags that are bad quality with the assigned tag’s value.
ROCAlarmLimit – Override OPC Quality On Bad Quality ROCAlarmLimit_Override_OPC_Quality_On_Bad_Quality ROCAlarmOverrideOPCQualityWhenBad	Forces the OPC Quality that is passed onto the OPC Systems.NET OPC Server to good quality when the Data Source When Bad Quality is set to something other than the default of Normal Bad Quality and the Data Source is set to an OPC Item.
ROCAlarmLimit – Default Value On Bad Quality ROCAlarmLimit_Default_Value_On_Bad_Quality ROCAlarmDefaultValueWhenBad	The value to use when the Source When Bad is set to Set Sources to Default Value. See Source When Bad for full description.
ROCAlarmLimit – Tag For Source On Bad Quality ROCAlarmLimit_Tag_For_Source_On_Bad_Quality	When Source When Bad is set to Set Sources To Tag Value this is the tag parameter to use for the value to set the source when the data quality is bad.
ROCAlarmLimit – Is Trend Point ROCAlarmLimit_Is_Trend_Point ROCAlarmTrendPoint	Enable Trend Point to have the Parameter available for trending from Trend .NET and Web Trend. You can data log a Parameter value without trending the point If desired.
ROCAlarmLimit – Time Stamp Offset Hours ROCAlarmLimit_Time_Stamp_Offset_Hours ROCAlarmTimeStampOffset	The amount of time to offset the alarm timestamp to match a particular time zone. If you prefer to use Universal Time Code enable the property Use UTC Timestamp under Configure-Options-Time.
ROCAlarmLimit – Alarm Text ROCAlarmLimit_Alarm_Text ROCAlarmText	Alarm text to use for Alarm Logging, Alarm Notfication, and .NET and Web Alarm interface. The Alarm Text can be fixed or dynamic with the Dynamic Alarm Text attribute.
ROCAlarmLimit – Set Alarm Text ROCAlarmLimit_Set_Alarm_Text	The Alarm Text of an alarm message can be dynamic based on other Tag values. The following options can be used for changing the Alarm Text Static Alarm Text: No change to the alarm text is performed, the default Alarm Text is used. Prepend Alarm Text: Adds the value of the dynamic alarm text tag ahead of the base Alarm Text. Overwrite Alarm Text: Replaces the alarm text entirely with the value of the dynamic alarm text tag. Append Alarm Text: Appends the value of the dynamic alarm text after the base Alarm Text. Calculation: The alarm text is replaced with the result of a Calculation. When the alarm occurs the current value of the alarm message is locked for that instance of the alarm so when it is acknowledged or it clears the message is the same for all states. [Static Alarm Text, Preset Alarm Text, Overwrite Alarm Text, Append Alarm Text, Calculation]
ROCAlarmLimit – Set Alarm Text Tag ROCAlarmLimit_Set_Alarm_Text_Tag	The Tag that will contain the string value to update the alarm text.
ROCAlarmLimit – Set Alarm Text Calculation ROCAlarmLimit_Set_Alarm_Text_Calculation	The logic equation when the Dyanmic Alarm Text is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations For descriptions Of all functions.
ROCAlarmLimit – Units ROCAlarmLimit_Units ROCAlarmUnits	Engineering Units of the alarm limit and value.
ROCAlarmLimit – Document ROCAlarmLimit_Document ROCAlarmDocument	The document path that is included in an alarm message.
ROCAlarmLimit – TagID ROCAlarmLimit_TagID ROCAlarmTagID	Identifier for OEM asset assignment.
ROCAlarmLimit – OPC Update Rate ROCAlarmLimit_OPC_Update_Rate ROCAlarmOPCUpdateRate	OPC Update Rate. Each unique rate creates an individual Group In the Server for subscription.
ROCAlarmLimit – OPC Access Path ROCAlarmLimit_OPC_Access_Path	The OPC Access Path from a classic OPC DA Server. Most OPC Servers Do Not require an Access Path. It is very rare that the OPC Server needs this Property.
ROCAlarmLimit – Enable Device Read ROCAlarmLimit_Enable_Device_Read ROCAlarmOPCDeviceRead	When enabled the Tag defined For the Device Read will control communications To only read the OPC Item With a SyncRead When the tag transitions from False To True. Normal asynchronous communications is disabled If this Property is enabled.
ROCAlarmLimit – Device Read Tag ROCAlarmLimit_Device_Read_Tag ROCAlarmOPCDeviceReadTag	The Tag that will cause a syncread To the OPC Item When the value transitions from False To True.
ROCAlarmLimit – OPC Enable Comm ROCAlarmLimit_OPC_Enable_Comm	Enable Or Disable OPC Classic communications based On a Tag. When the value Of the Tag defined is True the communications To the OPC Item is enabled, When False it is disabled.
ROCAlarmLimit – OPC Enable Comm Tag ROCAlarmLimit_OPC_Enable_Comm_Tag	The Tag that will enable Or disable communications To the OPC Item When the Enable by Tag Property is enabled.
ROCAlarmLimit – Driver Interface ROCAlarmLimit_Driver_Interface	The defined Driver Interface For the Data Source selected.
ROCAlarmLimit – Driver Interface Polling Rate ROCAlarmLimit_Driver_Interface_Polling_Rate	Polling rate for Driver Interface item.
ROCAlarmLimit – Driver Interface Enable Device Read ROCAlarmLimit_Driver_Interface_Enable_Device_Read	When enabled the Tag defined for the Device Read will control communications to only read the item with when the tag transitions from false to true. Normal polling communications is disabled if this property is enabled.
ROCAlarmLimit – Driver Interface Device Read Tag ROCAlarmLimit_Driver_Interface_Device_Read_Tag	The Tag that will cause a read for the item when the value transitions from false to true if Device Read is enabled.
ROCAlarmLimit – Driver Interface Enable Comm ROCAlarmLimit_Driver_Interface_Enable_Comm	Enable or Disable communications based on a Tag. When the value of the Tag defined is true the communications to the Item is enabled, when false it is disabled.
ROCAlarmLimit – Driver Interface Enable Comm Tag ROCAlarmLimit_Driver_Interface_Enable_Comm_Tag	The Tag that will enable or disable communications to the OPC Item when the Enable by Tag property is enabled.
ROCAlarmLimit – Table Name ROCAlarmLimit_Table_Name	The Table Name or View to use when Data Source is set to Database.
ROCAlarmLimit – Use Tag Value For Table Name ROCAlarmLimit_Use_Tag_Value_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
ROCAlarmLimit – Tag For Table Name ROCAlarmLimit_Tag_For_Table_Name	When enabled the table name can be dynamically set with a Tag Parameter value.
ROCAlarmLimit – Field Name ROCAlarmLimit_Field_Name	The column name to read the value from or write the value to.
ROCAlarmLimit – Field Data Type ROCAlarmLimit_Field_Data_Type	The data type of the field.
ROCAlarmLimit – Where String ROCAlarmLimit_Where_String	The filter condition to specify which row to read and update. When writing values all row matching where statement will be updated.
ROCAlarmLimit – Use Tag Value For Where String ROCAlarmLimit_Use_Tag_Value_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
ROCAlarmLimit – Tag For Where String ROCAlarmLimit_Tag_For_Where_String	When enabled the Where String can be dynamically set with a Tag Parameter value.
ROCAlarmLimit – Order By String ROCAlarmLimit_Order_By_String	The condition order the records to use top 1 when reading.
ROCAlarmLimit – Use Tag Value For Order By String ROCAlarmLimit_Use_Tag_Value_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
ROCAlarmLimit – Tag For Order By String ROCAlarmLimit_Tag_For_Order_By_String	When enabled the Order By String can be dynamically set with a Tag Parameter value.
ROCAlarmLimit – Modbus Memory Type ROCAlarmLimit_Modbus_Memory_Type	Modbus Memory Type [Coil Status, Input Status, Holding Register, Input Register]
ROCAlarmLimit – Modbus Device Address ROCAlarmLimit_Modbus_Device_Address	Modbus Device Address. Set To -1 To Not use Device Address With Ethernet.
ROCAlarmLimit – Modbus Data Type ROCAlarmLimit_Modbus_Data_Type	Modbus Data Type [Int16, UInt16, Int16 As Boolean, Int32, UInt32, Int32 As Boolean, Int64, UInt64, Int64 As Boolean, Float32, Float64, String]
ROCAlarmLimit – Modbus Address ROCAlarmLimit_Modbus_Address	Modbus address of point. Use Zero Based Addressing to offset the address by 1. The Memory Type selected will automatically add the necessary base address. For example to address 40,000 set the Memory Type to Holding Register and the Address as 1. Extended Addressing is also supported
ROCAlarmLimit – Modbus Bit Position ROCAlarmLimit_Modbus_Bit_Position	Bit position within Integer.
ROCAlarmLimit – Modbus Number Of Words For String ROCAlarmLimit_Modbus_Number_Of_Words_For_String	The length Of the Modbus String When the Modbus Data Type is set to String.
ROCAlarmLimit – Modbus Max Words Per Packet ROCAlarmLimit_Modbus_Max_Words_Per_Packet	The maximum number Of words per packet In communications. The Driver Interface will use the lowest number As the limit For all communications For all packets.
ROCAlarmLimit – Modbus Max Bits Per Packet ROCAlarmLimit_Modbus_Max_Bits_Per_Packet	The maximum number of bits per packet when Memory Type is set to either Coil Status or Input Status.
ROCAlarmLimit – Modbus Word Swap ROCAlarmLimit_Modbus_Word_Swap	Swaps Modbus words.
ROCAlarmLimit – Modbus Byte Swap ROCAlarmLimit_Modbus_Byte_Swap	Swaps Modbus bytes.
ROCAlarmLimit – Modbus Zero Based Addressing ROCAlarmLimit_Modbus_Zero_Based_Addressing	When enabled subtracts 1 from address before communicating To device.
ROCAlarmLimit – CANBus Block Number ROCAlarmLimit_CANBus_Block_Number	CANBus Block Number.
ROCAlarmLimit – CANBus Index ROCAlarmLimit_CANBus_Index	CANBus Index.
ROCAlarmLimit – CANBus Block Type ROCAlarmLimit_CANBus_Block_Type	Block Type For CANBus.
ROCAlarmLimit – OPTO Value Type ROCAlarmLimit_OPTO_Value_Type	OPTO Value Type. Use Table Elements For the fastest communications. [Table, TableElement, Variable]
ROCAlarmLimit – OPTO Variable Name ROCAlarmLimit_OPTO_Variable_Name	OPTO Variable Name.
ROCAlarmLimit – OPTO Variable Type ROCAlarmLimit_OPTO_Variable_Type	OPTO Variable Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable, UpTimer, DownTimer]
ROCAlarmLimit – OPTO Variable String Length ROCAlarmLimit_OPTO_Variable_String_Length	OPTO Variable String Length.
ROCAlarmLimit – OPTO Table Name ROCAlarmLimit_OPTO_Table_Name	OPTO Table Name.
ROCAlarmLimit – OPTO Table Type ROCAlarmLimit_OPTO_Table_Type	OPTO Table Data Type. [Integer32Bit, Integer64Bit, Float32Bit, StringVariable]
ROCAlarmLimit – OPTO Table String Length ROCAlarmLimit_OPTO_Table_String_Length	OPTO Table String Length.
ROCAlarmLimit – OPTO Table Index ROCAlarmLimit_OPTO_Table_Index	OPTO Table Index.
ROCAlarmLimit – OPTO Table Length ROCAlarmLimit_OPTO_Table_Length	OPTO Table Length.
ROCAlarmLimit – AB Logix Data Type ROCAlarmLimit_AB_Logix_Data_Type	Data Type For AB Logix. Use AUTO If you are uncertain Of your data type. [AUTO, STR]
ROCAlarmLimit – AB Address ROCAlarmLimit_AB_Address ROCAlarmABAddress	The Allen Bradley variable address.
ROCAlarmLimit – Siemens Address ROCAlarmLimit_Siemens_Address ROCAlarmSiemensAddress	The Siemens variable address. See https://openautomationsoftware.com/knowledge-base/siemens-address-syntax/ Data Sources-Siemens-Siemens Address Syntax For address syntax.
ROCAlarmLimit – Siemens Data Type ROCAlarmLimit_Siemens_Data_Type	Data Type For Siemens.
ROCAlarmLimit – Siemens String Length ROCAlarmLimit_Siemens_String_Length	The length Of the Siemens String When the Siemens Data Type is set to String.
ROCAlarmLimit – Kafka Topic ROCAlarmLimit_Kafka_Topic	Kafka Topic.
ROCAlarmLimit – SpB Client Group ID ROCAlarmLimit_SpB_Client_Group_ID	Sparkplug B Client Group ID.
ROCAlarmLimit – SpB Client Edge Node ID ROCAlarmLimit_SpB_Client_Edge_Node_ID	Sparkplug B Client Edge Node ID.
ROCAlarmLimit – SpB Client Device ID ROCAlarmLimit_SpB_Client_Device_ID	Sparkplug B Client Device ID.
ROCAlarmLimit – SpB Client Metric Name ROCAlarmLimit_SpB_Client_Metric_Name	Sparkplug B Client Metric Name.
ROCAlarmLimit – MQTT Topic ROCAlarmLimit_MQTT_Topic	MQTT Topic.
ROCAlarmLimit – MQTT QoS ROCAlarmLimit_MQTT_QoS	MQTT Quality Of Service.
ROCAlarmLimit – MQTT Topic Timeout ROCAlarmLimit_MQTT_Topic_Timeout	MQTT Topic Timeout.
ROCAlarmLimit – MQTT Include TimeStamp ROCAlarmLimit_MQTT_Include_TimeStamp	Include the timestamp In the MQTT data.
ROCAlarmLimit – MQTT Include Quality ROCAlarmLimit_MQTT_Include_Quality	Include the quality In the MQTT data.
ROCAlarmLimit – AWS IoT Gateway Topic ROCAlarmLimit_AWS_IoT_Gateway_Topic	AWS IoT Gateway Topic.
ROCAlarmLimit – AWS IoT Gateway Topic Timeout ROCAlarmLimit_AWS_IoT_Gateway_Topic_Timeout	AWS IoT Gateway Topic Timeout.
ROCAlarmLimit – AWS IoT Gateway Include TimeStamp ROCAlarmLimit_AWS_IoT_Gateway_Include_TimeStamp	Include the timestamp in the AWS IoT Gateway data.
ROCAlarmLimit – AWS IoT Gateway Include Quality ROCAlarmLimit_AWS_IoT_Gateway_Include_Quality	Include the quality in the AWS IoT Gateway data.
ROCAlarmLimit – OPCUA IdType ROCAlarmLimit_OPCUA_IdType	OPC UA Id Type. [Numeric, String, Guid, Opaque]
ROCAlarmLimit – OPCUA NodeID ROCAlarmLimit_OPCUA_NodeID	OPC UA NodeId.
ROCAlarmLimit – OPCUA Namespace ROCAlarmLimit_OPCUA_Namespace	OPC UA Namespace.
ROCAlarmLimit – OPCUA Register NodeID ROCAlarmLimit_OPCUA_Register_NodeID	Registers the NodeId with the server for optimized reading and writing with reduced packet size in OPC UA communications.
ROCAlarmLimit – OPCUA Queue Size ROCAlarmLimit_OPCUA_Queue_Size	Queue Size for OPC UA Node.
ROCAlarmLimit – OPCUA Discard Oldest ROCAlarmLimit_OPCUA_Discard_Oldest	Discard Oldest for OPC UA Node.
ROCAlarmLimit – OPCUA Sampling Interval ROCAlarmLimit_OPCUA_Sampling_Interval	Sampling Interval for OPC UA Node.
ROCAlarmLimit – OPCUA Data Change Trigger ROCAlarmLimit_OPCUA_Data_Change_Trigger	Data Change Trigger type for OPC UA Node.
ROCAlarmLimit – OPCUA Deadband Type ROCAlarmLimit_OPCUA_Deadband_Type	Deadband Type for OPC UA Node.
ROCAlarmLimit – OPCUA Deadband ROCAlarmLimit_OPCUA_Deadband	Deadband for OPC UA Node.
ROCAlarmLimit – Alarm Enable ROCAlarmLimit_Alarm_Enable ROCAlarmEnable	Each Tag has a ROC Limit Parameter which acts as the Tag’s ROC Alarm Limit for evaluating alarm conditions from the Value Parameter. If the value of the Value Parameter exceeds the ROC Limit the Tag is considered to be in a ROC alarm condition. A license of .NET Alarm or Web Alarm is required for this the alarm limit to execute.
ROCAlarmLimit – Alarm Enable With Tag ROCAlarmLimit_Alarm_Enable_With_Tag ROCAlarmEnableWithTag	When enabled a Boolean Tag defined controls if the alarm limit is enabled.
ROCAlarmLimit – Alarm Enable Tag ROCAlarmLimit_Alarm_Enable_Tag ROCAlarmEnableTag	Tag that will control when the alarm limit is enabled.
ROCAlarmLimit – Alarm Enable With Tag On False ROCAlarmLimit_Alarm_Enable_With_Tag_On_False	Alarm will be enabled when tag value is false instead of true.
ROCAlarmLimit – Latch Enable ROCAlarmLimit_Latch_Enable ROCAlarmLatchEnable	When Latch Enable is set to true each alarm instance will latch in the active state and will only return to normal when ROCAlarmLatchReset is set to true after the alarm has returned to normal.
ROCAlarmLimit – Daily Time Range Disable ROCAlarmLimit_Daily_Time_Range_Disable ROCAlarmDailyTimeRangeDisable	Disable the alarm daily between the Start Hour and Minute and the End Hour and Minute.
ROCAlarmLimit – Daily Time Range Disable Start Hour ROCAlarmLimit_Daily_Time_Range_Disable_Start_Hour ROCAlarmDailyTimeRangeDisableStartHour	Daily disable start hour.
ROCAlarmLimit – Daily Time Range Disable Start Minute ROCAlarmLimit_Daily_Time_Range_Disable_Start_Minute ROCAlarmDailyTimeRangeDisableStartMinute	Daily disable start minute.
ROCAlarmLimit – Daily Time Range Disable End Hour ROCAlarmLimit_Daily_Time_Range_Disable_End_Hour ROCAlarmDailyTimeRangeDisableEndHour	Daily disable end hour.
ROCAlarmLimit – Daily Time Range Disable End Minute ROCAlarmLimit_Daily_Time_Range_Disable_End_Minute ROCAlarmDailyTimeRangeDisableEndMinute	Daily disable end minute.
ROCAlarmLimit – Date Range Disable ROCAlarmLimit_Date_Range_Disable ROCAlarmDateRangeDisable	Disable the alarms for the Tag between a Start date and End date.
ROCAlarmLimit – Date Range Disable Start ROCAlarmLimit_Date_Range_Disable_Start ROCAlarmDateRangeDisableStart	Date range disable start time.
ROCAlarmLimit – Date Range Disable End ROCAlarmLimit_Date_Range_Disable_End ROCAlarmDateRangeDisableEnd	Date range disable end time.
ROCAlarmLimit – ROC Alarm Type ROCAlarmLimit_ROC_Alarm_Type ROCAlarmROCAlarmType	Alarm can be enabled to alarm on both positive and negative rate of change, positive rate of change only, or negative rate of change only. [Negative And Positive, Negative Only, Positive Only]
ROCAlarmLimit – Log As Event ROCAlarmLimit_Log_As_Event ROCAlarmLogAsEvent	When the Value reaches the alarm limit the event will not be indicated and recorded as an alarm with acknowledge state, but instead as an event that just records the one instance of when it reaches the alarm limit.
ROCAlarmLimit – Alarm Priority ROCAlarmLimit_Alarm_Priority ROCAlarmPriority	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. The valid range is from 0 to 2,147,483,647.
ROCAlarmLimit – Alarm Group ROCAlarmLimit_Alarm_Group ROCAlarmGroup	Used in Alarm Logging, Alarm Notification, and .Net and Web Alarm interfaces for filtering alarms based on group. Simply enter the new alarm group or select from the existing list of groups. OPC, System, and Tag Client are default alarm groups used to identify system and communication alarms.
ROCAlarmLimit – Sample Rate ROCAlarmLimit_Sample_Rate ROCAlarmSampleRate	The sampling rate in seconds on how frequently the rate of change alarm is evaluated.
ROCAlarmLimit – Alarm Deadband ROCAlarmLimit_Alarm_Deadband ROCAlarmDeadband	The amount that the value must be within the limit before the alarm condition is cleared.
ROCAlarmLimit – Calculation ROCAlarmLimit_Calculation ROCAlarmCalculation	Logic equation when the Data Source is set to Calculation. See https://openautomationsoftware.com/sdk/articles/calc_gettingstarted.html Data Sources-Calculations for descriptions of all functions.
ROCAlarmLimit – Time On And Count Enable ROCAlarmLimit_Time_On_And_Count_Enable ROCAlarmTimeOnAndCountsEnable	When enabled it will keep track of how long the alarm is active and how many times it transitions from inactive to active state. The Time On And Counts feature will keep track of the following How Long the alarm is active for the current instance. How Long the alarm is active for the current day. How Long the alarm is active for Period 1. How Long the alarm is active for Period 2. How Long the alarm is active for all of time. How many times the alarm state has transitioned from inactive to active for the current day. How many times the alarm state has transitioned from inactive to active for Period 1. How many times the alarm state has transitioned from inactive to active for Period 2. How many times the alarm state has transitioned from inactive to active For all of time.
ROCAlarmLimit – Time On And Count Current Day Reset Hour ROCAlarmLimit_Time_On_And_Count_Current_Day_Reset_Hour ROCAlarmTimeOnAndCountsDailyResetHour	Time On and Counts daily reset hour.
ROCAlarmLimit – Time On And Count Current Day Reset Minute ROCAlarmLimit_Time_On_And_Count_Current_Day_Reset_Minute ROCAlarmTimeOnAndCountsDailyResetMinute	Time On and Counts daily reset minute.
ROCAlarmLimit – Time On Units ROCAlarmLimit_Time_On_Units ROCAlarmTimeOnUnits	The Time On values can be returned as Hours, Minutes, or Seconds. [Hours, Minutes, Seconds]
ROCAlarmLimit – Time On And Count Period 1 Minutes ROCAlarmLimit_Time_On_And_Count_Period_1_Minutes ROCAlarmTimeOnAndCountsPeriod1	The total time in minutes to track for Period 1 of Time On and Counts.
ROCAlarmLimit – Time On And Count Period 2 Minutes ROCAlarmLimit_Time_On_And_Count_Period_2_Minutes ROCAlarmTimeOnAndCountsPeriod2	The total time in minutes to track for Period 2 of Time On and Counts.
ROCAlarmLimit – Reset Time On And Count ROCAlarmLimit_Reset_Time_On_And_Count ROCAlarmTimeOnAndCountsResetEnable	When enabled the Time On and Counts totals are reset when the Boolean Tag defined transistions from False to True.
ROCAlarmLimit – Reset Time On And Count Tag ROCAlarmLimit_Reset_Time_On_And_Count_Tag ROCAlarmTimeOnAndCountsResetTag	The Boolean Tag that will reset the Time On and Counts totals when its value transitions from False to True.