
<topic> __DocumentTitlePage

<image> pwr_logga.gif






<h1> Object Reference Manual
























<hr>
2008-04-09
Version 4.5.0	
<hr>
</topic>

<topic> __DocumentInfoPage


Copyright (C) 2008 SSAB Oxelösund AB

Permission is granted to copy, distribute and/or modify this document
under the terms of the GNU Free Documentation License, Version 1.2
or any later version published by the Free Software Foundation;
with no Invariant Sections, no Front-Cover Texts, and no Back-Cover
Texts.



</topic>

<chapter>
<topic> index
Introduction

<h1>Object Overview

Proview contains a large number of various classes. The following links  makes an attempt to give 
an overview of the classes. Note that all classes are not present in the overview.

Project Configuration <t><t>Classes used in the directory volume to configure a project <link>orm_proj_config
Plant Configuration <t><t>Classes used to configure the plant in the Plant Hierarchy <link>orm_plant_config
Node Configuration <t><t>Classes used to configure the hardware and servers in the Node Hierarchy <link>orm_node_config
Plc Programming <t><t>Function objects used to program the plc <link>orm_plc_prog
Class Definition <t><t>Classes used in the class editor to define classes <link>orm_class_def



<h1>Introduction to objects and classes
<h2>Classes
An object class represents a well-defined function or method. It is characterised in one way 
in the development environment, for example by a symbol and certain attributes, and in another 
way in the target environment. From a general point of view a class contains data and code. 
Executable code exists only in the target environment.

The data of the class is divided into head and body. The object head, which has the same 
appearance in all object classes, is described in PROVIEW/R Designer's Guide . The attributes 
of an object class, which are used to describe the current state of a single object, are 
located in the body. It is not quite sure that the whole body always is stored in rtdb.
The description of an object starts with the name of the object class and a short description 
of the function of the class. After that the graphic appearance of the class follows as well 
as the attributes of the object body.

<b>Graphic appearance
If an object class has a graphic representation, the description starts with its symbol as it 
looks like when all in- and outputs are shown. In- and outputs are shown only if they are marked 
"Used" in the Object Editor. If the user wants to hide not used in-/outputs in the symbol of an 
individual object, it is done by toggling the Used-flags by means of the Object Editor. Inputs 
left open result in warnings at compilation, otherwise there is no difference in function 
compared to inputs marked Unused.

Object classes with graphic representation have the common appearance:
<image> orm/orm_en1-7.gif

The name of the object class appears from the head of the object symbol. Inputs are on the left 
hand of the symbol; outputs on the right. In- and outputs designed for logical quantities are 
denoted by lower-case letters and analog (=continuous) signals by capital letters. 

To the inputs there are signals of corresponding types connected. Analog signals to analog inputs 
and logical signals to logical inputs.

When an object attribute has to be assigned a constant value, which does not exist as an 
independent signal, the use of an Av or Dv object, connected to the input by a GetAv or GetDv 
object, is recommended. This value can then be handled by means of the GetAv respectively GetDv 
object's object display.

If the input signal is connected to an input, the value of the signal, in the normal case, is 
stored in the object. But there are a number of exceptions of this rule when the value of the 
signal is used without any previous storage. This is the case in e.g. And, Or, Xor, Timer, Wait,
 Waith, Pulse, SR flip flops, ASup, DSup object class. That is the reason why some object 
classes can not use inputs left open. If an input of this type is left open, the result would 
be warning indications in both the SYNTAX-control and the COMPILE-operation in the PLC edit session.

The principle in reading the value of an input signal, whose value is not stored in rtdb (the 
real-time database), is to read the corresponding output of the connection -- not the input itself. 
The flags, InRtdb respectively NoRtdb, show if an input signal is stored in rtdb or not.

Not connected inputs receive a default value according to the type object of the class. This 
default value is specified in most attributes and can be changed for some attributes by means 
of the Object Editor in the development environment and for others in the target environment.

The last segment name of the object appears at the bottom of most object symbols; the default ends 
with a figure.

<h2>Attributes
The attributes of the object bodies are described by

- attribute name
- attribute type <t>Specifies the data type of the attribute.
- attribute class <t>Specifies the attribute class.
- attribute flags <t>Bitmask for attribute properties.

<b>Attribute class
$Attribute <t>Ordinary attribute <classlink>attribute, ,$pwr_lang/pwrs_xtthelp.dat
$Intern <t>Input attribute in plc function object class<classlink>input, ,$pwr_lang/pwrs_xtthelp.dat
$Intern <t>Intern attribute in plc function object class<classlink>intern, ,$pwr_lang/pwrs_xtthelp.dat
$Output <t>Output attribute in plc function object class<classlink>output, ,$pwr_lang/pwrs_xtthelp.dat

<b>Attribute type
The type entry indicates the expected data type of the data specified of the attribute. The 
attribute itself does not have any data type.

Below is a list of the traditional standard data types.

Note! Attributes of the type pwr_tFloat32 are precise to 7 digits. It is worth to remember this, 
especially in the use of objects as Timint, Sum etc. where the output can be very large numbers

<b>Data Types
Boolean <t>Boolean type with value true or false <classlink>boolean, ,$pwr_lang/pwrs_xtthelp.dat
Float32 <t>Float type, 32-bit. Standad for analog values <classlink>float32, ,$pwr_lang/pwrs_xtthelp.dat
Float64 <t>Float type, 64-bit <classlink>float64, ,$pwr_lang/pwrs_xtthelp.dat
Int64 <t>Signed integer type, 64-bit <classlink>int64, ,$pwr_lang/pwrs_xtthelp.dat
Int32 <t>Signed integer type, 32-bit <classlink>int32, ,$pwr_lang/pwrs_xtthelp.dat
Int16 <t>Signed integer type, 16-bit <classlink>int16, ,$pwr_lang/pwrs_xtthelp.dat
Int8  <t>Signed integer type, 8-bit <classlink>int8, ,$pwr_lang/pwrs_xtthelp.dat
UInt64 <t>Unsigned integer type, 64-bit <classlink>int64, ,$pwr_lang/pwrs_xtthelp.dat
UInt32 <t>Unsigned integer type, 32-bit <classlink>int32, ,$pwr_lang/pwrs_xtthelp.dat
UInt16 <t>Unsigned integer type, 16-bit <classlink>int16, ,$pwr_lang/pwrs_xtthelp.dat
UInt8  <t>Unsigned integer type, 8-bit <classlink>int8, ,$pwr_lang/pwrs_xtthelp.dat
Char <t>Character type<classlink>char, ,$pwr_lang/pwrs_xtthelp.dat
String8 <t>String type, 7 characters <classlink>string8, ,$pwr_lang/pwrs_xtthelp.dat
String16 <t>String type, 15 characters <classlink>string16, ,$pwr_lang/pwrs_xtthelp.dat
String32 <t>String type, 31 characters <classlink>string32, ,$pwr_lang/pwrs_xtthelp.dat
String40 <t>String type, 39 characters <classlink>string40, ,$pwr_lang/pwrs_xtthelp.dat
String80 <t>String type, 79 characters <classlink>string80, ,$pwr_lang/pwrs_xtthelp.dat
String132 <t>String type, 131 characters <classlink>string132, ,$pwr_lang/pwrs_xtthelp.dat
Text1024 <t>Text type, 1023 characters <classlink>text1024, ,$pwr_lang/pwrs_xtthelp.dat
URL <t>URL type, 159 characters <classlink>url, ,$pwr_lang/pwrs_xtthelp.dat
Time <t>Absolute time <classlink>time, ,$pwr_lang/pwrs_xtthelp.dat
DeltaTime <t>Delta time <classlink>deltatime, ,$pwr_lang/pwrs_xtthelp.dat
Enum <t>Enumeration value <classlink>enum, ,$pwr_lang/pwrs_xtthelp.dat
Mask <t>Bitmask <classlink>mask, ,$pwr_lang/pwrs_xtthelp.dat
Status <t>Status type <classlink>status, ,$pwr_lang/pwrs_xtthelp.dat
NetStatus <t>Network status type <classlink>netstatus, ,$pwr_lang/pwrs_xtthelp.dat
Objid <t>Object identity <classlink>objid, ,$pwr_lang/pwrs_xtthelp.dat
AttrRef <t>Attribute reference <classlink>attrrref, ,$pwr_lang/pwrs_xtthelp.dat
VolumeId <t>Volume identity <classlink>volumeid, ,$pwr_lang/pwrs_xtthelp.dat
ClassId <t>Class identity <classlink>classid, ,$pwr_lang/pwrs_xtthelp.dat

<b>Attribute Flags
Flags is a bitmask that contains the following bits <classlink>adefflags, ,$pwr_lang/pwrs_xtthelp.dat

Pointer <t>Attribute is a pointer.
Array   <t>Attribute is an array.
Backup  <t>Not yet implemented.
CastAttr<t>Attribute can be casted.
State   <t>Value is only valid in runtime environment.
Const   <t>Contant value.
RtVirtual <t>Attribute is not valid in runtime.
DevBodyRef <t>DevBody contains a corresponding attribute.
Dynamic <t>Not yet implemented.
ObjidSelf <t>The attribute contains the objects owh objid.
NoEdit  <t>The value can not be changed in the configurator.
Invisible <t>The attribute is invisible in the navigator.
RefDirect <t>Not yet implemented.
NoInvert <t>Function object input pin can not be inverted.
NoRemove <t>Input or output pin can not be removed.
RtdbRef  <t>Not yet implemented.
Private  <t>Private pointer.
Class    <t>The attribute is an attribute object, i.e. it is defined by a class.
SuperClass <t>The attribute defines a superclass.
Buffer   <t>The attribute is a buffer attribute.
NoWbl    <t>The value of the attribute is not stored in wb_load files.
AlwaysWbl <t>The value of the attribute is always stored in wb_load files.
DisableAttr <t>The attribute can be disabled.
RtHide    <t>The attribute is hidden in runtime.

</topic>

<topic> orm_proj_config
Project Configuration
The project configuration is made in the directory volume and is defined by the following classes.

<h1>Volume Configuration
ClassVolumeConfig <t><t>Configures a classvolume <classlink>classvolumeconfig, ,$pwr_lang/pwrb_xtthelp.dat
ClassVolumeLoad <t><t>Configures extern classvolumes that should be loaded in the development environment<classlink>classvolumeload, ,$pwr_lang/pwrb_xtthelp.dat
ExternVolumeConfig <t><t>Configures an extern volume <classlink>externvolumeconfig, ,$pwr_lang/pwrb_xtthelp.dat
RootVolumeConfig <t><t>Configures a rootvolume <classlink>rootvolumeconfig, ,$pwr_lang/pwrb_xtthelp.dat
SharedVolumeConfig <t><t>Configures a shared volume <classlink>sharedvolumeconfig, ,$pwr_lang/pwrb_xtthelp.dat
SubVolumeConfig <t><t>Configures a subvolume <classlink>rootvolumeconfig, ,$pwr_lang/pwrb_xtthelp.dat
WbEnvironment <t><t>Configures the development environment <classlink>wbenvironment, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Node Configuration
ApplDistribute <t><t>Specifies a file or a set of files that should be included in the distribution package <classlink>appldistribute, ,$pwr_lang/pwrb_xtthelp.dat
BusConfig <t><t>Configures a QCom bus <classlink>busconfig, ,$pwr_lang/pwrb_xtthelp.dat
ClassVolumeLoad <t><t>Configures extern classvolumes that should be loaded in the runtime environment<classlink>classvolumeload, ,$pwr_lang/pwrb_xtthelp.dat
Distribute <t><t>Specifies files that should be included in the distribution package <classlink>distribute, ,$pwr_lang/pwrb_xtthelp.dat
FriendNodeConfig <t><t>Specifies an extern node that should be reachable via QCom <classlink>friendnodeconfig, ,$pwr_lang/pwrb_xtthelp.dat
NodeConfig <t><t>Specifies a node in the project <classlink>nodeconfig, ,$pwr_lang/pwrb_xtthelp.dat
RootVolumeLoad <t><t>Specifies which root volume should be loaded in a node at Proview startup<classlink>rootvolumeload, ,$pwr_lang/pwrb_xtthelp.dat
SharedVolumeLoad <t><t>Specifies shared volume that should be loaded in a node at Proview startup<classlink>sharedvolumeload, ,$pwr_lang/pwrb_xtthelp.dat
SubVolumeLoad <t><t>Specifies subvolume that should be loaded in a node at Proview startup<classlink>subvolumeload, ,$pwr_lang/pwrb_xtthelp.dat
$System <t><t>Configures a Proview system<classlink>system, ,$pwr_lang/pwrs_xtthelp.dat

</topic>

<topic> orm_plant_config
Plant Configuration

 <h1>Signals
 Ai<t><t>Analog input signal<classlink>ai, ,$pwr_lang/pwrb_xtthelp.dat
 Ao<t><t>Analog output signal<classlink>ao, ,$pwr_lang/pwrb_xtthelp.dat
 Av<t><t>Analog value <classlink>av, ,$pwr_lang/pwrb_xtthelp.dat
 ATv<t><t>Absolute time value <classlink>atv, ,$pwr_lang/pwrb_xtthelp.dat
 Co<t><t>Counter signal<classlink>co, ,$pwr_lang/pwrb_xtthelp.dat
 Di<t><t>Digital input signal<classlink>di, ,$pwr_lang/pwrb_xtthelp.dat
 Do<t><t>Digital output signal<classlink>do, ,$pwr_lang/pwrb_xtthelp.dat
 Dv<t><t>Digital value <classlink>dv, ,$pwr_lang/pwrb_xtthelp.dat
 DTv<t><t>Delta time value <classlink>dtv, ,$pwr_lang/pwrb_xtthelp.dat
 Ii<t><t>Integer input signal<classlink>ii, ,$pwr_lang/pwrb_xtthelp.dat
 Io<t><t>Integer output signal<classlink>io, ,$pwr_lang/pwrb_xtthelp.dat
 Iv<t><t>Ineger value <classlink>iv, ,$pwr_lang/pwrb_xtthelp.dat
 Po<t><t>Pulsed digital output signal<classlink>po, ,$pwr_lang/pwrb_xtthelp.dat
 Sv<t><t>String value <classlink>sv, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Data Storage
DsFastCurve <t><t>Configuration of a fast curve <classlink>dsfastcurve, ,$pwr_lang/pwrb_xtthelp.dat
DsTrend <t><t>Configuration of trend <classlink>dstrend, ,$pwr_lang/pwrb_xtthelp.dat
SevHist <t><t>Configuration of history storage <classlink>sevhist, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Supervision
ASup <t><t>Supervision of analog value<classlink>asup, ,$pwr_lang/pwrb_xtthelp.dat
DSup <t><t>Supervision of digital value<classlink>dsup, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Miscellaneous
$PlantHier <t><t>A hierarchy object in the plant hierarchy <classlink>planthier, ,$pwr_lang/pwrs_xtthelp.dat
PlcPgm <t><t>Plc program object containing plc code <classlink>plcpgm, ,$pwr_lang/pwrb_xtthelp.dat
Backup <t><t>Specifices an attribute or objects that is to be included in the backup <classlink>backup, ,$pwr_lang/pwrb_xtthelp.dat
$LibHier <t><t>Library hierarchy object, objects below this map are not loaded in runtime<classlink>libhier, ,$pwr_lang/pwrs_xtthelp.dat
$MountObject <t><t>Specifies a point in the object tree where an object in another volumes is mounted<classlink>mountobject, ,$pwr_lang/pwrs_xtthelp.dat
$Alias <t><t>Specifies an alias<classlink>alias, ,$pwr_lang/pwrs_xtthelp.dat

<h1>Components
BaseComponents <t><t>Base component classes <link> orm_basecomponents
</topic>

<topic> orm_basecomponents
Base Components

<h1>Electric components
BaseCircuitBreaker <t><t>Circuit breaker<classlink>basecircuitbreaker, ,$pwr_lang/basecomponent_xtthelp.dat
BaseContactor <t><t>Contactor<classlink>basecontactor, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFcPPO3 <t><t>Frequency converter with Profibus PPO3 protocol <classlink>basefcppo3, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFcPPO5 <t><t> Frequency converter with Profibus PPO5 protocol<classlink>basefcppo5, ,$pwr_lang/basecomponent_xtthelp.dat
BaseOverloadRelay <t><t>Overload relay <classlink>baseoverloadrelay, ,$pwr_lang/basecomponent_xtthelp.dat
BaseSafetySwitch <t><t>Safety switch <classlink>basesafetyswitch, ,$pwr_lang/basecomponent_xtthelp.dat

<h1>Sensors
BaseFlowSensor <t><t>Flow sensor <classlink>baseflowsensor, ,$pwr_lang/basecomponent_xtthelp.dat
BaseLevelSensor <t><t>Level sensor <classlink>baselevelsensor, ,$pwr_lang/basecomponent_xtthelp.dat
BasePositSensor <t><t>Position sensor <classlink>basepositsensor, ,$pwr_lang/basecomponent_xtthelp.dat
BasePressureSensor <t><t>Pressure sensor <classlink>basepressuresensor, ,$pwr_lang/basecomponent_xtthelp.dat
BaseSensor <t><t>Sensor <classlink>basesensor, ,$pwr_lang/basecomponent_xtthelp.dat
BaseTempSensor <t><t>Temperature sensor <classlink>basetempsensor, ,$pwr_lang/basecomponent_xtthelp.dat

<h1>Switches
BaseLevelSwitch <t><t>Level switch <classlink>baselevelswitch, ,$pwr_lang/basecomponent_xtthelp.dat
BasePressureSwitch <t><t>Pressure switch <classlink>basepressureswitch, ,$pwr_lang/basecomponent_xtthelp.dat
BaseSupSwitch <t><t>Supervised switch <classlink>basesupswitch, ,$pwr_lang/basecomponent_xtthelp.dat
BaseSwitch <t><t>Switch <classlink>baseswitch, ,$pwr_lang/basecomponent_xtthelp.dat
BaseTempSwitch <t><t>Temperature switch <classlink>basetempswitch, ,$pwr_lang/basecomponent_xtthelp.dat

<h1>Valves and dampers
BaseC3WayValve <t><t>Three way control valve<classlink>basec3wayvalve, ,$pwr_lang/basecomponent_xtthelp.dat
BaseCDamper <t><t>Control damper<classlink>basecdamper, ,$pwr_lang/basecomponent_xtthelp.dat
BaseCValve <t><t>Control vavle<classlink>basecvalve, ,$pwr_lang/basecomponent_xtthelp.dat
BaseDirValve <t><t>Direct valve <classlink>basedirvalve, ,$pwr_lang/basecomponent_xtthelp.dat
BaseM3WayValve <t><t>Solenoid three way valve <classlink>basem3wayvalve, ,$pwr_lang/basecomponent_xtthelp.dat
BaseMDamper <t><t>Solenoid damper <classlink>basemdamper, ,$pwr_lang/basecomponent_xtthelp.dat
BaseMValve <t><t>Solenoid valve <classlink>basemvalve, ,$pwr_lang/basecomponent_xtthelp.dat
BaseManValve <t><t>Manual valve <classlink>basemanvalve, ,$pwr_lang/basecomponent_xtthelp.dat
BasePropValve <t><t>Proportional valve <classlink>basepropvalve, ,$pwr_lang/basecomponent_xtthelp.dat
BaseValveIncrDecr <t><t>Valve with increment/decrement order<classlink>basevalveincrdecr, ,$pwr_lang/basecomponent_xtthelp.dat

<h1>Motor aggregates with frequency converter
BaseFcPPO3FanAggr <t><t> Fan aggregate with frequency converter Profibus PPO3 protocol<classlink>basefcppo3fanaggr, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFcPPO3MotorAggr <t><t> Motor aggregate with frequency converter Profibus PPO3 protocol<classlink>basefcppo3motoraggr, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFcPPO3PumpAggr <t><t> Pump aggregate with frequency converter Profibus PPO3 protocol<classlink>basefcppo3pumpaggr, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFcPPO5FanAggr <t><t> Fan aggregate with frequency converter Profibus PPO5 protocol<classlink>basefcppo5fanaggr, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFcPPO5MotorAggr <t><t> Motor aggregate with frequency converter Profibus PPO5 protocol<classlink>basefcppo5motoraggr, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFcPPO5PumpAggr <t><t> Pump aggregate with frequency converter Profibus PPO5 protocol<classlink>basefcppo5pumpaggr, ,$pwr_lang/basecomponent_xtthelp.dat

<h1>Motor aggregates with contator
BaseFanAggr <t><t>Fan aggregate <classlink>basefanaggr, ,$pwr_lang/basecomponent_xtthelp.dat
BaseMotorAggr <t><t>Motor aggregate <classlink>basemotoraggr, ,$pwr_lang/basecomponent_xtthelp.dat
BaseMotorIncrDecrAggr <t><t>Motor aggregate with forward/reverse contactors <classlink>basemotorincrdecraggr, ,$pwr_lang/basecomponent_xtthelp.dat
BasePumpAggr <t><t>Pump aggregate <classlink>basepumpaggr, ,$pwr_lang/basecomponent_xtthelp.dat

<h1>Miscellaneous
BaseElHeater <t><t>Electric heater <classlink>baseelheater, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFan <t><t>Fan <classlink>basefan, ,$pwr_lang/basecomponent_xtthelp.dat
BaseMotor <t><t>Motor <classlink>basemotor, ,$pwr_lang/basecomponent_xtthelp.dat
BasePump <t><t>Pump <classlink>basepump, ,$pwr_lang/basecomponent_xtthelp.dat
CompModePID <t><t>PID Mode object <classlink>compmodepid, ,$pwr_lang/basecomponent_xtthelp.dat
CompOnOffBurner <t><t>Burner On/Off control<classlink>componoffburner, ,$pwr_lang/basecomponent_xtthelp.dat
CompOnOffZone <t><t>Burner On/Off zone object<classlink>componoffzone, ,$pwr_lang/basecomponent_xtthelp.dat
RunTimeCounter <t><t>Runtime counter <classlink>runtimecounter, ,$pwr_lang/basecomponent_xtthelp.dat

</topic>

<topic> orm_node_config
Node Configuration

<h1>Servers
Backup_Conf <t><t>Configuration of backup server process <classlink>backup_conf, ,$pwr_lang/pwrb_xtthelp.dat
DsFastConf <t><t>Configuration of fast curves server process<classlink>dsfastconf, ,$pwr_lang/pwrb_xtthelp.dat
DsTrendConf <t><t>Configuration of trend server process <classlink>dstrendconf, ,$pwr_lang/pwrb_xtthelp.dat
IoHandler <t><t>Configuration of I/O handler process <classlink>iohandler, ,$pwr_lang/pwrb_xtthelp.dat
MessageHandler <t><t>Configuration of event monitor <classlink>messagehandler, ,$pwr_lang/pwrb_xtthelp.dat
Opc_ServerConfig <t><t>Configuration OPC server <classlink>opc_serverconfig, ,$pwr_lang/opc_xtthelp.dat
PlcProcess <t><t>Configuration of plc process <classlink>plcprocess, ,$pwr_lang/pwrb_xtthelp.dat
PlcThread <t><t>Configuration of a plc thread <classlink>plcthread, ,$pwr_lang/pwrb_xtthelp.dat
RemoteConfig <t><t>Configuration of remote communication <classlink>remoteconfig, ,$pwr_lang/remote_xtthelp.dat
SysMonConfig <t><t>Configuration of system monitor <classlink>sysmonconfig, ,$pwr_lang/pwrb_xtthelp.dat
StatusServerConfig <t><t>Configuration of status server <classlink>statusserverconfig, ,$pwr_lang/pwrb_xtthelp.dat
WebHandler <t><t>Configuration of web handler process <classlink>webhandler, ,$pwr_lang/pwrb_xtthelp.dat
SevHistMonitor <t><t>Configuration of SevHist monitor <classlink>sevhistmonitor, ,$pwr_lang/pwrb_xtthelp.dat
SevHistThread <t><t>Configuration of a thread in SevHist monitor <classlink>sevhistthread, ,$pwr_lang/pwrb_xtthelp.dat
SevServer <t><t>Configuration of Sev server <classlink>sevserver, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Operator
OpPlace <t><t>Configuration of operator place <classlink>opplace, ,$pwr_lang/pwrb_xtthelp.dat
User <t><t>Configuration of event handling on operator place <classlink>user, ,$pwr_lang/pwrb_xtthelp.dat
XttGraph <t><t>Configuration of HMI graphs <classlink>xttgraph, ,$pwr_lang/pwrb_xtthelp.dat
RttConfig <t><t>Rtt and Xtt setup <classlink>rttconfig, ,$pwr_lang/pwrb_xtthelp.dat
WebBrowserConfig <t><t>Configuration of web browser <classlink>webbrowserconfig, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Miscellaneous
$NodeHier <t><t>Hierarchy object in the node hierarchy <classlink>nodehier, ,$pwr_lang/pwrs_xtthelp.dat
$Node <t><t>Configures a node <classlink>node, ,$pwr_lang/pwrs_xtthelp.dat
$MountObject <t><t>Specifies a point in the object tree where an object in another volumes is mounted<classlink>mountobject, ,$pwr_lang/pwrs_xtthelp.dat
$CreateVolume <t><t>Defines a Dynamic volume <classlink>createvolume, ,$pwr_lang/pwrs_xtthelp.dat
Application <t><t>Configures an application program <classlink>application, ,$pwr_lang/pwrb_xtthelp.dat
PlotGroup <t><t>Configures a curve window with trends <classlink>plotgroup, ,$pwr_lang/pwrb_xtthelp.dat
CycleSup <t><t>Supervision of cyclic processes, e.g. the plc treads <classlink>cyclesup, ,$pwr_lang/pwrb_xtthelp.dat
NodeLinkSup <t><t>Supervision of link to remote nodes <classlink>nodelinksup, ,$pwr_lang/pwrb_xtthelp.dat

<h1>I/O Objects
<h2>I/O Systems
PSS9000 <t><t>Rack and card classes for PSS9000 <link> orm_pss9000
Profibus <t><t>Master, slave and module classes for Profibus <link> orm_profibus
Modbus TCP <t><t>Slave and module classes for Modbus TCP <link> orm_modbus_tcp
MotionControl USB I/O <t><t>Classes for MotionControl USB I/O <link> orm_motioncontrol_usbio
<h2>Channels
ChanAi <t><t>Channel object for analog input <classlink>chanai, ,$pwr_lang/pwrb_xtthelp.dat
ChanAit <t><t>Channel object for analog input with conversion table<classlink>chanait, ,$pwr_lang/pwrb_xtthelp.dat
ChanAo <t><t>Channel object for analog output <classlink>chanao, ,$pwr_lang/pwrb_xtthelp.dat
ChanCo <t><t>Channel object for counter <classlink>chanco, ,$pwr_lang/pwrb_xtthelp.dat
ChanDi <t><t>Channel object for digital input <classlink>chandi, ,$pwr_lang/pwrb_xtthelp.dat
ChanDo <t><t>Channel object for digital output <classlink>chando, ,$pwr_lang/pwrb_xtthelp.dat
ChanIi <t><t>Channel object for integer input <classlink>chanii, ,$pwr_lang/pwrb_xtthelp.dat
ChanIo <t><t>Channel object for integer output <classlink>chanio, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Communication
Remnode3964R <t><t>Communication to a remote system using Siemens 3964R on a serial line <classlink>remnode3964r, ,$pwr_lang/remote_xtthelp.dat
RemnodeALCM <t><t>Communication to a remote system using the ALCM protocol <classlink>remnodealcm, ,$pwr_lang/remote_xtthelp.dat
RemnodeModbus <t><t>Communication to a remote system using Modbus on a serial line <classlink>remnodemodbus, ,$pwr_lang/remote_xtthelp.dat
RemnodeMQ <t><t>Communication through a message queue using BEA MessageQ as a client<classlink>remnodemq, ,$pwr_lang/remote_xtthelp.dat
RemnodeSerial <t><t>Communication to a remote system using a serial line <classlink>remnodeserial, ,$pwr_lang/remote_xtthelp.dat
RemnodeTCP <t><t>Communication to a remote system using the TCP protocol <classlink>remnodetcp, ,$pwr_lang/remote_xtthelp.dat
RemnodeUDP <t><t>Communication to a remote system using the UDP protocol <classlink>remnodeudp, ,$pwr_lang/remote_xtthelp.dat
RemTrans <t><t>Specification of a transaction <classlink>remtrans, ,$pwr_lang/remote_xtthelp.dat
Buff256 <t><t>Buffer object, size 256 byte <classlink>buff256, ,$pwr_lang/remote_xtthelp.dat
Buff1440 <t><t>Buffer object, size 1440 byte <classlink>buff1440, ,$pwr_lang/remote_xtthelp.dat
Buff4096 <t><t>Buffer object, size 4096 byte <classlink>buff4096, ,$pwr_lang/remote_xtthelp.dat
Buff32k <t><t>Buffer object, size 32 kB <classlink>buff32k, ,$pwr_lang/remote_xtthelp.dat
BuffStr80 <t><t>Buffer object, 79 character string <classlink>buffstr80, ,$pwr_lang/remote_xtthelp.dat

</topic>

<topic>orm_pss9000
I/O System PSS9000

<h1>Rack
Rack_SSAB <t><t>Configures a PSS9000 rack <classlink>rack_ssab, ,$pwr_lang/ssabox_xtthelp.dat
Ssab_RemoteRack <t><t>Configures a PSS9000 remote rack <classlink>ssab_remoterack, ,$pwr_lang/ssabox_xtthelp.dat

<h1>Cards
Ssab_AI32uP <t><t>Analog input card with 32 channels <classlink>ssab_ai32up, ,$pwr_lang/ssabox_xtthelp.dat
Ssab_AI16uP <t><t>Analog input card with 16 channels <classlink>ssab_ai16up, ,$pwr_lang/ssabox_xtthelp.dat
Ssab_AI8uP <t><t>Analog input card with 8 channels <classlink>ssab_ai8up, ,$pwr_lang/ssabox_xtthelp.dat
Ssab_AO8uP <t><t>Analog output card with 8 channels <classlink>ssab_ao8up, ,$pwr_lang/ssabox_xtthelp.dat
Ssab_AO8uPL <t><t>Analog output card with 8 channels <classlink>ssab_ao8upl, ,$pwr_lang/ssabox_xtthelp.dat
Ssab_AO16uP_Logger <t><t>Analog output card with 16 channels <classlink>ssab_ao16up_logger, ,$pwr_lang/ssabox_xtthelp.dat
Ssab_Co4uP <t><t>Counter card with 4 counters <classlink>ssab_co4up, ,$pwr_lang/ssabox_xtthelp.dat
Ssab_DI32D <t><t>Digital input card with 32 channels <classlink>ssab_di32d, ,$pwr_lang/ssabox_xtthelp.dat
Ssab_DO32DKS <t><t>Digital output card with 32 channels <classlink>ssab_do32dks, ,$pwr_lang/ssabox_xtthelp.dat
Ssab_DO32DKS_Stall <t><t>Digital output card with 32 channels and stall function<classlink>ssab_do32dks_stall, ,$pwr_lang/ssabox_xtthelp.dat
</topic>

<topic>orm_profibus
I/O System Profibus

<h1>Masters
Pb_Profiboard <t><t>Configures a Softing Profiboard master card <classlink>pb_profiboard, ,$pwr_lang/profibus_xtthelp.dat

<h1>Slaves
Pb_DP_Slave <t><t>Profibus slave <classlink>pb_dp_slave, ,$pwr_lang/profibus_xtthelp.dat
ABB_ACS_Pb_Slave <t><t>Profibus slave for ABB ACS800 frequency converter <classlink>abb_acs_pb_slave, ,$pwr_lang/abb_xtthelp.dat
Eurotherm_TC3001_PbSlave <t><t>Profibus slave for Eurotherm TC3001 thyristor unit <classlink>eurotherm_tc3001_pbslave, ,$pwr_lang/othermanufacturer_xtthelp.dat
SEW_Movidrive_Pb_Slave <t><t>Profibus slave for SEW Movidrive frequency converter<classlink>sew_movidrive_pb_slave, ,$pwr_lang/othermanufacturer_xtthelp.dat
Siemens_DiagRepeater <t><t>Profibus slave for Siemens diagnostic repeater <classlink>siemens_diagrepeater, ,$pwr_lang/siemens_xtthelp.dat
Siemens_ET200S_IM151 <t><t>Profibus slave Siemens IM151 for ET200S<classlink>siemens_et200s_im151, ,$pwr_lang/siemens_xtthelp.dat
Siemens_ET200M_IM153 <t><t>Profibus slave Siemens IM153 for ET200M<classlink>siemens_et200m_im153, ,$pwr_lang/siemens_xtthelp.dat
</topic>

<topic>orm_modbus_tcp
I/O System Modbus TCP

Modbus_TCP_Slave <t><t>Configures a Modbus TCP slave <classlink>modbus_tcp_slave, ,$pwr_lang/otherio_xtthelp.dat
Modbus_Module <t><t>Configures a Modbus TCP module <classlink>modbus_module, ,$pwr_lang/otherio_xtthelp.dat
</topic>

<topic>orm_motioncontrol_usbio
I/O System MotionControl USBIO

MotionControl_USB <t><t>Configures a USB rack object <classlink>motioncontrol_usb, ,$pwr_lang/otherio_xtthelp.dat
MotionControl_USBIO <t><t>Configures a MotionControl USBIO card object <classlink>motioncontrol_usbio, ,$pwr_lang/otherio_xtthelp.dat
</topic>

<topic>orm_modbus_tcp
I/O System Modbus TCP

Modbus_TCP_Slave <t><t>Configures a Modbus TCP slave <classlink>modbus_tcp_slave, ,$pwr_lang/otherio_xtthelp.dat
Modbus_Module <t><t>Configures a Modbus TCP module <classlink>modbus_module, ,$pwr_lang/otherio_xtthelp.dat
</topic>

<topic>orm_class_def
Class and Type Definition classes

<h1>Type Definition
$Bit <t><t>Defines a bit in a mask type <classlink>bit, ,$pwr_lang/pwrs_xtthelp.dat
$TypeDef <t><t>Defines a derived type <classlink>typedef, ,$pwr_lang/pwrs_xtthelp.dat
$TypeHier <t><t>Root object of a type definition tree <classlink>typehier, ,$pwr_lang/pwrs_xtthelp.dat
$Value <t><t>Defines a value in an enum type <classlink>value, ,$pwr_lang/pwrs_xtthelp.dat

<h1>Class Definition
$Attribute <t><t>Defines an attribute in an object body <classlink>attribute, ,$pwr_lang/pwrs_xtthelp.dat
$AttrXRef <t><t>Defines a cross reference attribute in an object body <classlink>attrxref, ,$pwr_lang/pwrs_xtthelp.dat
$Buffer <t><t>Defines a buffer attribute in an object body <classlink>buffer, ,$pwr_lang/pwrs_xtthelp.dat
$ClassDef <t><t>Defines a class <classlink>classdef, ,$pwr_lang/pwrs_xtthelp.dat
$ClassHier <t><t>Root object of a class description tree <classlink>classhier, ,$pwr_lang/pwrs_xtthelp.dat
$GraphPlcNode <t><t>Defines plc properties for a plc function object class<classlink>graphplcnode, ,$pwr_lang/pwrs_xtthelp.dat
$Input <t><t>Defines an input pin on a plc function object <classlink>input, ,$pwr_lang/pwrs_xtthelp.dat
$Intern <t><t>Defines an intern attribute in a plc function object <classlink>intern, ,$pwr_lang/pwrs_xtthelp.dat
$ObjBodyDef <t><t>Defines a object body, RtBody or DevBody <classlink>objbodydef, ,$pwr_lang/pwrs_xtthelp.dat
$Output <t><t>Defines an output pin on a plc function object <classlink>output, ,$pwr_lang/pwrs_xtthelp.dat
PlcTemplate <t><t>Contains the code for a plc function object with plc code <classlink>plctemplate, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Menu
$Menu <t><t>Defines a popup menu in development environment <classlink>menu, ,$pwr_lang/pwrs_xtthelp.dat
$MenuButton <t><t>Defines a menu entry<classlink>menubutton, ,$pwr_lang/pwrs_xtthelp.dat
$MenuCascade <t><t>Defines a cascading menu entry <classlink>menucascade, ,$pwr_lang/pwrs_xtthelp.dat
$MenuSeparator <t><t>Defines separator in a popup menu <classlink>menuseparator, ,$pwr_lang/pwrs_xtthelp.dat
$RtMenu <t><t>Defines a popup menu in runtime environment<classlink>rtmenu, ,$pwr_lang/pwrs_xtthelp.dat

<h1>Method
$Method <t><t>Defines a method <classlink>method, ,$pwr_lang/pwrs_xtthelp.dat
$RtMethod <t><t>Root of a runtime method definition tree <classlink>rtmethod, ,$pwr_lang/pwrs_xtthelp.dat

</topic>

<topic>orm_plc_prog
Function Object classes for plc programming

Analog <t><t>Classes handling analog values <link> orm_plc_analog
Logic <t><t>Classes handling digital values <link> orm_plc_logic
Integer <t><t>Classes handling integer values <link> orm_plc_integer
Grafcet <t><t>Grafcet sequential control <link> orm_plc_grafcet
Time <t><t>Classes handling time values <link> orm_plc_time
Data<t><t>Classes handling data objects <link> orm_plc_data
String<t><t>Classes handling strings<link> orm_plc_string
Type conversion<t><t>Classes handling type conversion <link> orm_plc_conversion
Simulate<t><t>Simulate function objects <link> orm_plc_simulate
Miscellaneous<t><t>Miscellaneous function objects<link> orm_plc_misc

</topic>

<topic>orm_plc_analog
Classes handling analog values

<h1>Comparision functions
Comph <t><t>Compare an analog value to a high limit<classlink>comph, ,$pwr_lang/pwrb_xtthelp.dat
Compl <t><t>Compare an analog value to a low limit<classlink>compl, ,$pwr_lang/pwrb_xtthelp.dat
Equal <t><t>Compare two analog values for equality <classlink>equal, ,$pwr_lang/pwrb_xtthelp.dat
GreaterEqual <t><t>Comparision of two analog values, greater than or equal to <classlink>greaterequal, ,$pwr_lang/pwrb_xtthelp.dat
GreaterThan <t><t>Comparision of two analog values, greater than <classlink>greaterthan, ,$pwr_lang/pwrb_xtthelp.dat
LessEqual <t><t>Comparision of two analog values, less than or equal to<classlink>lessequal, ,$pwr_lang/pwrb_xtthelp.dat
LessThan <t><t>Comparision of two analog values, less than <classlink>lessthan, ,$pwr_lang/pwrb_xtthelp.dat
NotEqual <t><t>Comparision of two analog values, not equal to <classlink>notequal, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Select functions
Demux <t><t>Analog demultiplexer <classlink>demux, ,$pwr_lang/pwrb_xtthelp.dat
Limit <t><t>Limits an analog value <classlink>limit, ,$pwr_lang/pwrb_xtthelp.dat
Max <t><t>Get the highest of the input values <classlink>max, ,$pwr_lang/pwrb_xtthelp.dat
Maxmin <t><t>Get the highest and/or the lowest of the input values <classlink>maxmin, ,$pwr_lang/pwrb_xtthelp.dat
Min <t><t>Get the lowest of the input values <classlink>min, ,$pwr_lang/pwrb_xtthelp.dat
Mux <t><t>Analog multiplexer, select one of the input values <classlink>mux, ,$pwr_lang/pwrb_xtthelp.dat
Select <t><t>Select one of two analog values <classlink>select, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Arithmetic functions
Div <t><t>Analog division <classlink>div, ,$pwr_lang/pwrb_xtthelp.dat
Mul <t><t>Analog multiplication <classlink>mul, ,$pwr_lang/pwrb_xtthelp.dat
Speed <t><t>Rate of change of an analog value <classlink>speed, ,$pwr_lang/pwrb_xtthelp.dat
Sub <t><t>Analog subtraction <classlink>sub, ,$pwr_lang/pwrb_xtthelp.dat
Sum <t><t>Weighted summing <classlink>sum, ,$pwr_lang/pwrb_xtthelp.dat
Timint <t><t>Time integrator <classlink>timint, ,$pwr_lang/pwrb_xtthelp.dat

<h1>C-code programming objects
AArithm <t><t>Expression in C-code with analog output<classlink>aarithm, ,$pwr_lang/pwrb_xtthelp.dat
CArithm <t><t>C-code programming object <classlink>carithm, ,$pwr_lang/pwrb_xtthelp.dat
DArithm <t><t>Expression in C-code with digital output <classlink>darithm, ,$pwr_lang/pwrb_xtthelp.dat
DataArithm <t><t>C-code programming object with data inputs <classlink>datarithm, ,$pwr_lang/pwrb_xtthelp.dat
ApCollect <t><t>Expansion of number of analog inputs handled in a DataArithm <classlink>apcollect, ,$pwr_lang/pwrb_xtthelp.dat
ApDistribute <t><t>Expansion of number of analog ouputs handled in a DataArithm<classlink>apdistribute, ,$pwr_lang/pwrb_xtthelp.dat
DataCollect <t><t>Expansion of number of data inputs handled in a DataArithm <classlink>datacollect, ,$pwr_lang/pwrb_xtthelp.dat
DpCollect <t><t>Expansion of number of digital inputs handled in a DataArithm <classlink>dpcollect, ,$pwr_lang/pwrb_xtthelp.dat
DpDistribute <t><t>Expansion of number of analog outputs handled in a DataArithm <classlink>dpdistribute, ,$pwr_lang/pwrb_xtthelp.dat
IpCollect <t><t>Expansion of number of integer inputs handled in a DataArithm <classlink>ipcollect, ,$pwr_lang/pwrb_xtthelp.dat
IpDistribute <t><t>Expansion of number of integer outputs handled in a DataArithm <classlink>ipdistribute, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Other
Adelay <t><t>Time delay of an analog value <classlink>adelay, ,$pwr_lang/pwrb_xtthelp.dat
ASup <t><t>Supervision of analog value <classlink>asup, ,$pwr_lang/pwrb_xtthelp.dat
Curve <t><t>Interpolation in a table <classlink>curve, ,$pwr_lang/pwrb_xtthelp.dat
Filter <t><t>First order lag filter <classlink>filter, ,$pwr_lang/pwrb_xtthelp.dat
PiSpeed <t><t>Convert a pulse signal to velocity <classlink>pispeed, ,$pwr_lang/pwrb_xtthelp.dat
Ramp <t><t>Limit a value's rate of change <classlink>ramp, ,$pwr_lang/pwrb_xtthelp.dat
ScanTime <t><t>Fetch the scantime of the current plc thread<classlink>scantime, ,$pwr_lang/pwrb_xtthelp.dat
Table <t><t>Table object <classlink>table, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Mathematical Functions
Abs <t><t>Absolute value of an analog value <classlink>abs, ,$pwr_lang/pwrb_xtthelp.dat
ASin <t><t>Arc sine <classlink>asin, ,$pwr_lang/pwrb_xtthelp.dat
ATan <t><t>Arc tangent <classlink>atan, ,$pwr_lang/pwrb_xtthelp.dat
Cos <t><t>Cosine <classlink>cos, ,$pwr_lang/pwrb_xtthelp.dat
Exp <t><t>Natural exponential <classlink>exp, ,$pwr_lang/pwrb_xtthelp.dat
Ln <t><t>Natural logarithm <classlink>ln, ,$pwr_lang/pwrb_xtthelp.dat
Log <t><t>Base 10 logarithm <classlink>log, ,$pwr_lang/pwrb_xtthelp.dat
Mod <t><t>Reminder of dividing <classlink>mod, ,$pwr_lang/pwrb_xtthelp.dat
Sin <t><t>Sine <classlink>sin, ,$pwr_lang/pwrb_xtthelp.dat
Sqrt <t><t>Square root <classlink>sqrt, ,$pwr_lang/pwrb_xtthelp.dat
Tan <t><t>Tangent <classlink>tan, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Get and store analog signals and attributes
CStoAo <t><t>Conditional store to an Ao <classlink>cstoao, ,$pwr_lang/pwrb_xtthelp.dat
CStoAp <t><t>Conditional store to an analog attribute <classlink>cstoap, ,$pwr_lang/pwrb_xtthelp.dat
CStoAtoIp <t><t>Conditional store of an analog value to an integer attribute <classlink>cstoatoip, ,$pwr_lang/pwrb_xtthelp.dat
CStoAv <t><t>Conditional store to an Av <classlink>cstoav, ,$pwr_lang/pwrb_xtthelp.dat
GetAi <t><t>Get Ai value <classlink>getai, ,$pwr_lang/pwrb_xtthelp.dat
GetAo <t><t>Get Ao value <classlink>getao, ,$pwr_lang/pwrb_xtthelp.dat
GetAp <t><t>Get value of an analog attribute <classlink>getap, ,$pwr_lang/pwrb_xtthelp.dat
GetApPtr <t><t>Get value of an analog pointer attribute <classlink>getapptr, ,$pwr_lang/pwrb_xtthelp.dat
GetAv <t><t>Get Av value <classlink>getav, ,$pwr_lang/pwrb_xtthelp.dat
StoAo <t><t>Store to Ao <classlink>stoao, ,$pwr_lang/pwrb_xtthelp.dat
StoAp <t><t>Store to analog attribute <classlink>stoap, ,$pwr_lang/pwrb_xtthelp.dat
StoApPtr <t><t>Store to analog pointer attribute <classlink>stoapptr, ,$pwr_lang/pwrb_xtthelp.dat
StoAtoIp <t><t>Store analog value to integer attribute <classlink>stoatoip, ,$pwr_lang/pwrb_xtthelp.dat
StoAv <t><t>Store to Av <classlink>stoav, ,$pwr_lang/pwrb_xtthelp.dat
</topic>

<topic>orm_plc_logic
Classes handling digital values

<h1>Boolean algebra
And <t><t>Logical and<classlink>and, ,$pwr_lang/pwrb_xtthelp.dat
Inv <t><t>Logical inverter<classlink>inv, ,$pwr_lang/pwrb_xtthelp.dat
Or <t><t>Logical or<classlink>or, ,$pwr_lang/pwrb_xtthelp.dat
XOr <t><t>Exclusive or<classlink>xor, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Timer functions
Pulse <t><t>One-shot pulse with variable length<classlink>pulse, ,$pwr_lang/pwrb_xtthelp.dat
Timer <t><t>Reset delay<classlink>timer, ,$pwr_lang/pwrb_xtthelp.dat
Wait <t><t>Set delay<classlink>wait, ,$pwr_lang/pwrb_xtthelp.dat
Waith <t><t>Set delay with hold function<classlink>waith, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Other
Count <t><t>Pulse counter<classlink>count, ,$pwr_lang/pwrb_xtthelp.dat
DSup <t><t>Supervision of digital value<classlink>dsup, ,$pwr_lang/pwrb_xtthelp.dat
Edge <t><t>Edge detector<classlink>edge, ,$pwr_lang/pwrb_xtthelp.dat
FirstScan <t><t>True the first scan or the plc thread<classlink>firstscan, ,$pwr_lang/pwrb_xtthelp.dat
SR_R <t><t>Set Reset flip-flop<classlink>sr_r, ,$pwr_lang/pwrb_xtthelp.dat
SR_S <t><t>Set Reset flip-flop<classlink>sr_s, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Get and store digital signals and attributes
GetDi <t><t>Get Di value <classlink>getdi, ,$pwr_lang/pwrb_xtthelp.dat
GetDo <t><t>Get Do value <classlink>getdo, ,$pwr_lang/pwrb_xtthelp.dat
GetDp <t><t>Get digital attribute value <classlink>getdp, ,$pwr_lang/pwrb_xtthelp.dat
GetDpPtr <t><t>Get value of a digital pointer attribute <classlink>getdpptr, ,$pwr_lang/pwrb_xtthelp.dat
GetDv <t><t>Get Dv value <classlink>getdv, ,$pwr_lang/pwrb_xtthelp.dat
ResDo <t><t>Reset Do <classlink>resdo, ,$pwr_lang/pwrb_xtthelp.dat
ResDp <t><t>Reset digital attribute <classlink>resdp, ,$pwr_lang/pwrb_xtthelp.dat
ResDv <t><t>Reset Dv <classlink>resdv, ,$pwr_lang/pwrb_xtthelp.dat
SetDo <t><t>Set Do <classlink>setdo, ,$pwr_lang/pwrb_xtthelp.dat
SetDp <t><t>Set digital attribute <classlink>setdp, ,$pwr_lang/pwrb_xtthelp.dat
SetDv <t><t>Set Dv <classlink>setdv, ,$pwr_lang/pwrb_xtthelp.dat
StoDo <t><t>Store to Do <classlink>stodo, ,$pwr_lang/pwrb_xtthelp.dat
StoDp <t><t>Store to digital attribute <classlink>stodp, ,$pwr_lang/pwrb_xtthelp.dat
StoDpPtr <t><t>Store to digital pointer attribute <classlink>stodpptr, ,$pwr_lang/pwrb_xtthelp.dat
StoDv <t><t>Store to Dv <classlink>stodv, ,$pwr_lang/pwrb_xtthelp.dat
</topic>

<topic>orm_plc_integer
Classes handling integer values

<h1>Bitwise operations
BwAnd <t><t>Bitwise and <classlink>bwand, ,$pwr_lang/pwrb_xtthelp.dat
BwInv <t><t>Bitwise invert<classlink>bwinv, ,$pwr_lang/pwrb_xtthelp.dat
BwOr <t><t>Bitwise or<classlink>wbor, ,$pwr_lang/pwrb_xtthelp.dat
BwRotateLeft <t><t>Bitwise rotate left<classlink>bwrotateleft, ,$pwr_lang/pwrb_xtthelp.dat
BwRotateRight <t><t>Bitwise rotate right<classlink>bwrotateright, ,$pwr_lang/pwrb_xtthelp.dat
BwShiftLeft <t><t>Bitwise shift left<classlink>bwshiftleft, ,$pwr_lang/pwrb_xtthelp.dat
BwShiftRight <t><t>Bitwise shift right<classlink>bwshiftright, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Comparision functions
IEqual <t><t>Compare two integer values for equality<classlink>iequal, ,$pwr_lang/pwrb_xtthelp.dat
IGreaterEqual <t><t>Comparision of two integer values, greater than or equal of<classlink>igreaterequal, ,$pwr_lang/pwrb_xtthelp.dat
IGreaterThan <t><t>Comparision of two integer values, greater than<classlink>igreaterthan, ,$pwr_lang/pwrb_xtthelp.dat
ILessEqual <t><t>Comparision of two integer values, less than or equal of<classlink>ilessequal, ,$pwr_lang/pwrb_xtthelp.dat
ILessThan <t><t>Comparision of two integer values, less than<classlink>ilessthan, ,$pwr_lang/pwrb_xtthelp.dat
INotEqual <t><t>Comparision of two integer values, not equal to<classlink>inotequal, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Arithmetic functions
Even <t><t>Check if input in even<classlink>even, ,$pwr_lang/pwrb_xtthelp.dat
IAbs <t><t>Absolute value<classlink>iabs, ,$pwr_lang/pwrb_xtthelp.dat
IAdd <t><t>Integer addition<classlink>iadd, ,$pwr_lang/pwrb_xtthelp.dat
IDiv <t><t>Integer division<classlink>idiv, ,$pwr_lang/pwrb_xtthelp.dat
IMul <t><t>Integer multiplication<classlink>imul, ,$pwr_lang/pwrb_xtthelp.dat
ISub <t><t>Integer subtraction<classlink>isub, ,$pwr_lang/pwrb_xtthelp.dat
Odd <t><t>Check if input is odd<classlink>odd, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Select functions
IDemux <t><t>Integer demultiplexer<classlink>idemux, ,$pwr_lang/pwrb_xtthelp.dat
ILimit <t><t>Limits an integer value<classlink>ilimit, ,$pwr_lang/pwrb_xtthelp.dat
IMax <t><t>Get the highest of the input values<classlink>imax, ,$pwr_lang/pwrb_xtthelp.dat
IMin <t><t>Get the lowest of the input values<classlink>imin, ,$pwr_lang/pwrb_xtthelp.dat
IMux <t><t>Integer multiplexer, select one of the input values<classlink>imux, ,$pwr_lang/pwrb_xtthelp.dat
ISel <t><t>Select one of two integer values<classlink>isel, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Get and store integer signals and attributes
CStoIo <t><t>Conditional store to Io <classlink>cstoio, ,$pwr_lang/pwrb_xtthelp.dat
CStoIp <t><t>Conditional store to integer attribute <classlink>cstoip, ,$pwr_lang/pwrb_xtthelp.dat
CStoIv <t><t>Conditional store to Iv <classlink>cstoiv, ,$pwr_lang/pwrb_xtthelp.dat
GetIi <t><t>Get Ii <classlink>getii, ,$pwr_lang/pwrb_xtthelp.dat
GetIo <t><t>Get Io <classlink>getio, ,$pwr_lang/pwrb_xtthelp.dat
GetIp <t><t>Get integer attribute <classlink>getip, ,$pwr_lang/pwrb_xtthelp.dat
GetIpPtr <t><t>Get value of integer pointer attribute <classlink>getipptr, ,$pwr_lang/pwrb_xtthelp.dat
GetIpToA <t><t>Get value of integer attribute and convert to analog <classlink>getiptoa, ,$pwr_lang/pwrb_xtthelp.dat
GetIv <t><t>Get Iv <classlink>getiv, ,$pwr_lang/pwrb_xtthelp.dat
StoIo <t><t>Store to Io <classlink>stoio, ,$pwr_lang/pwrb_xtthelp.dat
StoIp <t><t>Store to integer attribute <classlink>stoip, ,$pwr_lang/pwrb_xtthelp.dat
StoIpPtr <t><t>Store value to integer pointer attribute <classlink>stoipptr, ,$pwr_lang/pwrb_xtthelp.dat
StoIv <t><t>Store to Iv <classlink>stoiv, ,$pwr_lang/pwrb_xtthelp.dat
GetPi <t><t>Get Co value <classlink>getpi, ,$pwr_lang/pwrb_xtthelp.dat
PiPos <t><t>Convert conter value <classlink>pipos, ,$pwr_lang/pwrb_xtthelp.dat

</topic>

<topic> orm_plc_grafcet
Grafcet

InitStep <t><t>Initial step, activate at startup <classlink>initstep, ,$pwr_lang/pwrb_xtthelp.dat
Order <t><t>Grafcet order <classlink>order, ,$pwr_lang/pwrb_xtthelp.dat
OrderAct <t><t>Fetch order activity from a order subwindow <classlink>orderact, ,$pwr_lang/pwrb_xtthelp.dat
Reset_SO <t><t>Reset a stored order <classlink>reset_so, ,$pwr_lang/pwrb_xtthelp.dat
SetCond <t><t>Set the transition condition from a transition subwindow <classlink>setcond, ,$pwr_lang/pwrb_xtthelp.dat
SsBegin <t><t>Substep begin, first step in a substep window <classlink>ssbegin, ,$pwr_lang/pwrb_xtthelp.dat
SsEnd <t><t>Substep end, last step in a substep window <classlink>ssend, ,$pwr_lang/pwrb_xtthelp.dat
Step <t><t>Grafcet step <classlink>step, ,$pwr_lang/pwrb_xtthelp.dat
SubStep <t><t>Grafcet expansion in subwindow <classlink>substep, ,$pwr_lang/pwrb_xtthelp.dat
Trans <t><t>Grafcet transition <classlink>trans, ,$pwr_lang/pwrb_xtthelp.dat
</topic>

<topic> orm_plc_string
Classes handling strings

Strcat <t><t>Concatenate two strings <classlink>strcat, ,$pwr_lang/pwrb_xtthelp.dat
Substr <t><t>Extract a substring from a string <classlink>substr, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Get and store string signals and attributes
CStoNumSp <t><t>Conditional store of a number of characters to a string attribute <classlink>cstonumsp, ,$pwr_lang/pwrb_xtthelp.dat
CStoSp <t><t>Conditional store to a string attribute <classlink>cstosp, ,$pwr_lang/pwrb_xtthelp.dat
CStoSv <t><t>Conditional store to Sv <classlink>cstosv, ,$pwr_lang/pwrb_xtthelp.dat
GetSp <t><t>Get string attribute <classlink>getsp, ,$pwr_lang/pwrb_xtthelp.dat
GetSv <t><t>Get Sv <classlink>getsv, ,$pwr_lang/pwrb_xtthelp.dat
StoNumSp <t><t>Store a number of characters to a string attribute <classlink>stonumsp, ,$pwr_lang/pwrb_xtthelp.dat
StoSp <t><t>Store to a string attribute <classlink>stosp, ,$pwr_lang/pwrb_xtthelp.dat
StoSv <t><t>Store to Sv <classlink>stosv, ,$pwr_lang/pwrb_xtthelp.dat
</topic>

<topic> orm_plc_conversion
Type conversion

AtoI <t><t>Convert analog value to integer <classlink>atoi, ,$pwr_lang/pwrb_xtthelp.dat
AtoFloat64 <t><t>Convert analog value to Float64 <classlink>atofloat64, ,$pwr_lang/pwrb_xtthelp.dat
AtoStr <t><t>Convert analog value to string <classlink>atostr, ,$pwr_lang/pwrb_xtthelp.dat
BCDDo <t><t>Convert an analog value to BCD (Binary Coded Decimal) <classlink>bcddo, ,$pwr_lang/pwrb_xtthelp.dat
DiBCD <t><t>Convert BCD (Binary Coded Decimal) to analog value  <classlink>dibcd, ,$pwr_lang/pwrb_xtthelp.dat
DtoMask <t><t>Assamble digital values to integer bitmask <classlink>dtomask, ,$pwr_lang/pwrb_xtthelp.dat
DtoEnum <t><t>Select an enumeration value <classlink>dtoenum, ,$pwr_lang/pwrb_xtthelp.dat
DtoStr <t><t>Convert digital value to string <classlink>dtostr, ,$pwr_lang/pwrb_xtthelp.dat
EnumToD <t><t>Identify an enumeration value <classlink>enumtod, ,$pwr_lang/pwrb_xtthelp.dat
Float64toA <t><t>Convert a Float64 value to analog <classlink>float64toa, ,$pwr_lang/pwrb_xtthelp.dat
Gray <t><t>Convert Gray code to analog value <classlink>gray, ,$pwr_lang/pwrb_xtthelp.dat
Int64toI <t><t>Convert Int64 value to integer (Int32) <classlink>int64toi, ,$pwr_lang/pwrb_xtthelp.dat
ItoA <t><t>Convert integer value to analog <classlink>itoa, ,$pwr_lang/pwrb_xtthelp.dat
ItoInt64 <t><t>Convert integer value (Int32) to Int64 <classlink>itoint64, ,$pwr_lang/pwrb_xtthelp.dat
ItoStr <t><t>Convert integer value to string <classlink>itostr, ,$pwr_lang/pwrb_xtthelp.dat
ItoUInt32 <t><t>Convert integer value (Int32) to UInt32 <classlink>itouint32, ,$pwr_lang/pwrb_xtthelp.dat
ItoUInt64 <t><t>Convert integer value (Int32) to UInt64 <classlink>itouint64, ,$pwr_lang/pwrb_xtthelp.dat
MaskToD <t><t>Deassamble integer bitmask to digital values <classlink>masktod, ,$pwr_lang/pwrb_xtthelp.dat
NameToStr <t><t>Converts attribute reference to string <classlink>nametostr, ,$pwr_lang/pwrb_xtthelp.dat
UInt64toI <t><t>Convert UInt64 value to integer (Int32) <classlink>uint64toi, ,$pwr_lang/pwrb_xtthelp.dat
UInt32toI <t><t>Convert UInt32 value to integer (Int32) <classlink>uint32toi, ,$pwr_lang/pwrb_xtthelp.dat

</topic>

<topic> orm_plc_data
Data

<h1>Get and store data object references
CStoAttrRefP <t><t>Conditional store of attribute reference value <classlink>cstoattrrefp, ,$pwr_lang/pwrb_xtthelp.dat
GetData <t><t>Get reference to data object <classlink>getdata, ,$pwr_lang/pwrb_xtthelp.dat
GetDataP <t><t>Get reference to data object from data pointer attribute <classlink>getdatap, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Data manipulation
DataCopy <t><t>Copy the content of one data object to another <classlink>datacopy, ,$pwr_lang/nmps_xtthelp.dat
DataReset <t><t>Zero a data object <classlink>datareset, ,$pwr_lang/nmps_xtthelp.dat
DataSelect <t><t>Select one of the input data objects <classlink>dataselect, ,$pwr_lang/nmps_xtthelp.dat

<h1>NMpsCell objects
CurrentData <t><t>Get current data object in a NMpsCell subwindow loop <classlink>currentdata, ,$pwr_lang/nmps_xtthelp.dat
CurrentIndex <t><t>Get index in a NMpsCell subwindow loop <classlink>currentindex, ,$pwr_lang/nmps_xtthelp.dat
NMpsCell <t><t>Data object container <classlink>nmpscell, ,$pwr_lang/nmps_xtthelp.dat
NMpsMirrorCell <t><t>Cell mirroring the content of other cell objects <classlink>nmpsmirrorcell, ,$pwr_lang/nmps_xtthelp.dat
NMpsOutCell <t><t>End station in a cell sequence <classlink>nmpsoutcell, ,$pwr_lang/nmps_xtthelp.dat
NMpsStoreCell <t><t>Cell with select function <classlink>nmpsstorecell, ,$pwr_lang/nmps_xtthelp.dat
NMpsTrp <t><t>Transport of data objects between cells <classlink>nmpstrp, ,$pwr_lang/nmps_xtthelp.dat
NMpsTrpFF <t><t>Transport between cell front ends<classlink>nmpstrpff, ,$pwr_lang/nmps_xtthelp.dat
NMpsTrpRR <t><t>Transport between cell rear ends <classlink>nmpstrprr, ,$pwr_lang/nmps_xtthelp.dat

<h1>NMpsCell display
CellDisp <t><t>Display content of dataobjects in cells <classlink>celldisp, ,$pwr_lang/nmps_xtthelp.dat
CellUpdate <t><t>Diplay and update dataobjects in cells <classlink>cellupdate, ,$pwr_lang/nmps_xtthelp.dat
DispLink <t><t>Object to link CellDisp objects <classlink>displink, ,$pwr_lang/nmps_xtthelp.dat

<h1>Data communication
DataCnv <t><t>Data telegram conversion <classlink>datacnv, ,$pwr_lang/nmps_xtthelp.dat
DataRcv <t><t>Receive data and store in data object <classlink>datarcv, ,$pwr_lang/nmps_xtthelp.dat
DataRequest <t><t>Request and receive data <classlink>datarequest, ,$pwr_lang/nmps_xtthelp.dat
DataSend <t><t>Send data stored in data object <classlink>datasend, ,$pwr_lang/nmps_xtthelp.dat

</topic>

<topic> orm_plc_time
Classes handling time values

<h1>Compare
AtEqual <t><t>Compare two absolute times for equality <classlink>atequal, ,$pwr_lang/pwrb_xtthelp.dat
AtGreaterThan <t><t>Comparision of absolute times, greater than <classlink>atgreaterthan, ,$pwr_lang/pwrb_xtthelp.dat
AtLessThan <t><t>Comparision of absolute times, less than <classlink>atlessthan, ,$pwr_lang/pwrb_xtthelp.dat
DtEqual <t><t>Compare two delta times for equality <classlink>dtequal, ,$pwr_lang/pwrb_xtthelp.dat
DtGreaterThan <t><t>Comparision of delta times, greater than <classlink>dtgreaterthan, ,$pwr_lang/pwrb_xtthelp.dat
DtLessThan <t><t>Comparision of delta times, less than <classlink>dtlessthan, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Time arithmetic
AtAdd <t><t>Add an absolute time and a delta time<classlink>atadd, ,$pwr_lang/pwrb_xtthelp.dat
AtSub <t><t>Subtraction of absolute times <classlink>atsub, ,$pwr_lang/pwrb_xtthelp.dat
AtDtSub <t><t>Subtract a delta time from an absolute time <classlink>atdtsub, ,$pwr_lang/pwrb_xtthelp.dat
DtAdd <t><t>Add two delta times <classlink>dtadd, ,$pwr_lang/pwrb_xtthelp.dat
DtSub <t><t>Subtraction of delta times <classlink>dtsub, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Time conversion
AToDt <t><t>Convert analog value to delta time <classlink>atodt, ,$pwr_lang/pwrb_xtthelp.dat
DtToA <t><t>Convert delta time to analog value <classlink>dttoa, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Get and store time values
CStoATp <t><t>Conditional store to absolute time attribute <classlink>cstoatp, ,$pwr_lang/pwrb_xtthelp.dat
CStoATv <t><t>Conditional store to ATv <classlink>cstoatv, ,$pwr_lang/pwrb_xtthelp.dat
CStoDTp <t><t>Conditional store to delta time attribute <classlink>cstodtp, ,$pwr_lang/pwrb_xtthelp.dat
CStoDTv <t><t>Conditional store to DTv <classlink>cstodtv, ,$pwr_lang/pwrb_xtthelp.dat
CurrentTime <t><t>Fetch current time <classlink>currenttime, ,$pwr_lang/pwrb_xtthelp.dat
GetATp <t><t>Get value of an absolute time attribute <classlink>getatp, ,$pwr_lang/pwrb_xtthelp.dat
GetATv <t><t>Get ATv value <classlink>getatv, ,$pwr_lang/pwrb_xtthelp.dat
GetDTp <t><t>Get value of a delta time attribute <classlink>getdtp, ,$pwr_lang/pwrb_xtthelp.dat
GetDTv <t><t>Get DTv value <classlink>getdtv, ,$pwr_lang/pwrb_xtthelp.dat
StoATp <t><t>Store to absolute time attribute <classlink>stoatp, ,$pwr_lang/pwrb_xtthelp.dat
StoATv <t><t>Store to ATv <classlink>stoatv, ,$pwr_lang/pwrb_xtthelp.dat
StoDTp <t><t>Store to delta time attribute <classlink>stodtp, ,$pwr_lang/pwrb_xtthelp.dat
StoDTv <t><t>Store to DTv <classlink>stodtv, ,$pwr_lang/pwrb_xtthelp.dat

</topic>

<topic> orm_plc_simulate

<h1>Simulate I/O input values
CStoAi <t><t>Conditional store to Ai <classlink>cstoai, ,$pwr_lang/pwrb_xtthelp.dat
CStoIi <t><t>Conditional store to Ii <classlink>cstoii, ,$pwr_lang/pwrb_xtthelp.dat
ResDi <t><t>Reset Di <classlink>resdi, ,$pwr_lang/pwrb_xtthelp.dat
SetDi <t><t>Set Di <classlink>setdi, ,$pwr_lang/pwrb_xtthelp.dat
StoAi <t><t>Store to Ai <classlink>stoai, ,$pwr_lang/pwrb_xtthelp.dat
StoDi <t><t>Store to Di <classlink>stodi, ,$pwr_lang/pwrb_xtthelp.dat
StoIi <t><t>Store to Ii <classlink>stoii, ,$pwr_lang/pwrb_xtthelp.dat
StoPi <t><t>Store to Co <classlink>stopi, ,$pwr_lang/pwrb_xtthelp.dat
ToggleDi <t><t>Toggle Di value <classlink>toggledi, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Simulate base components
BaseContactorSim <t><t>Simulation object to BaseContactor <classlink>basecontactorsim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseCDamperSim <t><t>Simulation object to BaseCDamper <classlink>basecdampersim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseCValveSim <t><t>Simulation object to BaseCValveSim <classlink>basecvalvesim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseElHeaterSim <t><t>Simulation object to BaseElHeater <classlink>baseelheatersim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFcPPO3MotorAggrSim <t><t>Simulation object to BaseFcPPO3MotorAggr <classlink>basefcppo3motoraggrsim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFcPPO3Sim <t><t>Simulation object to BaseFcPPO3 <classlink>basefcppo3sim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFcPPO5MotorAggrSim <t><t>Simulation object to BaseFcPPO5MotorAggr <classlink>basefcppo3motoraggrsim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseFcPPO5Sim <t><t>Simulation object to BaseFcPPO5 <classlink>basefcppo5sim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseMValveSim <t><t>Simulation object to BaseMValve <classlink>basemvalvesim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseSensorSim <t><t>Simulation object to BaseSensor <classlink>basesensorsim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseMotorAggrSim <t><t>Simulation object to BaseMotorAggr <classlink>basemotoraggrsim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseMotorIncrDecrAggrSim <t><t>Simulation object to BaseMotorIncrDecrAggr <classlink>basemotorincrdecraggrsim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseMotorSim <t><t>Simulation object to BaseMotor <classlink>basemotorsim, ,$pwr_lang/basecomponent_xtthelp.dat
BaseValveIncrDecrSim <t><t>Simulation object to BaseValveIncrDecr <classlink>basevalveincrdecrsim, ,$pwr_lang/basecomponent_xtthelp.dat
</topic>

<topic> orm_plc_misc
Miscellanous plc classes

<h1>Control
Inc3P <t><t>Incremental 3-point output <classlink>inc3p, ,$pwr_lang/pwrb_xtthelp.dat
Mode <t><t>Mode selection object to PID controller <classlink>mode, ,$pwr_lang/pwrb_xtthelp.dat
Out2P <t><t>Pulse proportional relay control <classlink>out2p, ,$pwr_lang/pwrb_xtthelp.dat
PID <t><t>PID controller <classlink>pid, ,$pwr_lang/pwrb_xtthelp.dat
Pos3P <t><t>Positional 3-step controller <classlink>pos3p, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Drive
Drive <t><t>Start/Stop motor control <classlink>drive, ,$pwr_lang/pwrb_xtthelp.dat
MValve <t><t>Motor valve positioner <classlink>mvalve, ,$pwr_lang/pwrb_xtthelp.dat
Posit <t><t>Positioner <classlink>posit, ,$pwr_lang/pwrb_xtthelp.dat
Valve <t><t>Valve positioner <classlink>valve, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Edit
BodyText <t><t>Text with multiple rows <classlink>bodytext, ,$pwr_lang/pwrb_xtthelp.dat
Document <t><t>Document <classlink>document, ,$pwr_lang/pwrb_xtthelp.dat
Frame <t><t>Rectangular frame <classlink>frame, ,$pwr_lang/pwrb_xtthelp.dat
Head <t><t>Header text <classlink>head, ,$pwr_lang/pwrb_xtthelp.dat
ShowPlcAttr <t><t>Shows program attributes <classlink>showplcattr, ,$pwr_lang/pwrb_xtthelp.dat
Text <t><t>Single row text <classlink>text, ,$pwr_lang/pwrb_xtthelp.dat
Title <t><t>Title text <classlink>title, ,$pwr_lang/pwrb_xtthelp.dat

<h1>Other
Backup <t><t>Store attribute or object in backup file <classlink>backup, ,$pwr_lang/pwrb_xtthelp.dat
CLoop <t><t>Repeated execution of objects located in a subwindow <classlink>cloop, ,$pwr_lang/nmps_xtthelp.dat
CSub <t><t>Conditional execution of objects located in a subwindow <classlink>csub, ,$pwr_lang/pwrb_xtthelp.dat
CArea <t><t>Conditional execution of object located in an area <classlink>carea, ,$pwr_lang/pwrb_xtthelp.dat
Disabled <t><t>Check if an attribute is disabled <classlink>disabled, ,$pwr_lang/pwrb_xtthelp.dat
RemTransRcv <t><t>Supervise an receive a RemTrans object <classlink>remtransrcv, ,$pwr_lang/remote_xtthelp.dat
RemTransSend <t><t>Send a RemTrans <classlink>remtranssend, ,$pwr_lang/remote_xtthelp.dat
RunningTime <t><t>Running time measurement <classlink>runningtime, ,$pwr_lang/nmps_xtthelp.dat
Ssab_AntiSway <t><t>Crane antisway object <classlink>ssab_antisway, ,$pwr_lang/ssabox_xtthelp.dat
Ssab_ServoReg <t><t>Servo regulator with direct positioning <classlink>ssab_servoreg, ,$pwr_lang/ssabox_xtthelp.dat

</topic>

</chapter>
