FATEK OPC Server User's Manual
Below you will find brief information for OPC Server. This User's Manual introduces the Fatek OPC Server, a standard software application commonly used in field applications, designed for connecting to FBs/B1z PLC series. It leverages the Fatek communication protocol and offers both serial (FatekSerialOPC) and ethernet (FatekNetOPC) servers for different communication interfaces of PLCs. SCADA and customized applications with OPC client can directly access the registers of PLC through Fatek OPC Servers.
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FATEK Automation Corporation
Fatek OPC Server
User’s Manual
V1.2
30 Jun. 2015
Fatek OPC Server User Manual
Table of Contents
– Remote OPC Server Setting .................................................................. 40
Configuration steps at both server site and client site. ............................ 40
Turn-Off the Windows Firewall ............................................................. 40
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Fatek OPC Server Setting ....................................................................... 47
Generate the machine Registration Key ....................................................... 50
Mail the Registration Key and “FatekOPC LicenseKey Application Form” to FATEK
([email protected]) for requesting License Key .......................................... 51
FatekNet OPC Configurator Setting ............................................................... 54
Execute the Active Call Back Program .......................................................... 55
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Tables
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Figures
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Fatek OPC Server
User’s Manual
1. Overview
OPC Server is a standard software application and is widely used in field applications.
The Fatek OPC Server is the classic OPC server for connecting to the FBs/B1z PLC series from FATEK. It is based on Fatek communication protocol, and includes serial
(FatekSerialOPC) and ethernet (FatekNetOPC) servers for different communication interface of PLC. SCADA and customize applications with OPC client can directly access the registers of PLC through Fatek OPC Servers.
Figure 1: Fatek OPC Server System Structure
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Key features of the Fatek OPC Server include:
Supports OPC Data Access (DA) and OPC Alarm and Event (AE) specifications.
Supports engineering data conversion to client
’s request.
Supports value simulation for all data items.
Supports multiplier to create tags quickly.
Tags can be grouped in logical folders.
Remote tag browsing and access from OPC Client.
Supports read and write Fatek PLC registers.
User could define high/low Alarm and digital alarm condition.
Easy to monitor the values of PLC registers after configuring the tags.
2. Specification
Item
Compliance with
Table 1: Fatek OPC Server specification
Characteristics
OPC Data Access (DA) Version 1.0
OPC Data Access (DA) Version 2.05A
OPC Data Access (DA) Version 3.0
OPC Alarm and Event(AE) Version 1.10
OPC Complex Data Version 1.0
OPC Common Definitions and Interfaces Version 1.0
Communication
Support PLC
Support Registers
FatekSerialOPC
Serial
FatekNetOPC
Ethernet
FBs Series
B1/B1z Series
Input discrete
Output relay
Internal relay
Step relay
X/WX/DWX
Y/WY/DWY
M/WM/DWM
S/WS/DWS
Timer discrete T/WT/DWT
Counter discrete C/WC/DWC
Timer register
Counter register
Data register
Data register
File register
RT/DRT
RTC/DRTC
R/DR
D/DD
F/DF
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3. Installation
System requirements:
CPU: 233 MHz processor
RAM: 64 MB
OS: Microsoft Windows 2000
Windows-XP
Windows7
.NET Framework 3.5 or latter version
The Fatek OPC Server runs on PC with Windows operation system. First please launch the setup.exe to start the installation wizard. Step by step to finish the installation process.
Figure 2: Installation Welcome
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Figure 3: User Information
Figure 4: Choosing Destination Folder
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Figure 5: Ready to Install
Figure 6: Setup Completed
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ATTENTION:
There are two application included in each Fatek OPC Server:
Fatek OPC Configurator
Run-Time OPC Server
Before connecting with Fatek OPC Server by using SCADA or OPC Client, please launch the Fatek OPC Configurator to off-line configure the database(*.mdb) for Run-Time OPC
Server first. Then “Active” (5.1.4) the mdb file after setting and close the configurator
tool.
Run-Time OPC Server is registered on Windows System after installation. When OPC
Client connects with the server, user does not need to launch the configurator. Run-Time
OPC Server will launch automatically, and access the register data of PLC according to the Active mdb database.
After installation, please open the Fatek OPC Configurator from the Windows Start Menu
> Fatek PLC > FatekSerialOPC Configurtor (or FatekNetOPC Configurator).
The License Info Dialog will show first if the legal License Key (*.flk) is not installed. Click
“Trail” button, user could evaluate the trial version directly to test without the License Key.
The License Key is generated by Fatek, and it is according to the machine registration file
(*.frk) from the PC device which Fatek OPC server will run on.
If you have purchased the product, please generate the machine registration file first.
Then email the file to Fatek for requesting the License Key. When you get the key from
Fatek, please install the key. The standard version will unlock the limitation and functions.
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Figure 7: License Info dialog
Figure 8: Install License Key dialog
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4. Quick Start
4.1 Data Access
Read the R0 register of Fatek FBs PLC device through Fatek Serial OPC Server.
System condition and setting steps are as follows.
Local Port: COM1
FBs PLC Settings:
Station Number: 1
Baud rate: 9600
Parity: Even
Data bits: 7
Stop bits: 1
Launch FatekSerialOPC Configurator
How to add item
Select the target tree node in tree view area.
1). Right-Click and choose a New item in menu.
2). Or click the button in “Add Item” group of Ribbon menu.
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Add a port named COM1
Fatek OPC Server User Manual
Add a new device named FBs
Add a new folder named Group1 (The step is not required.)
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Add a new data item.
Fatek OPC Server User Manual
Click Monitor button to test the data item R0.
After testing, please close the monitor view to disconnect Fatek Serial OPC Server. Then you can still edit the database.
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4.2 Data Conversion
By 4.1 conditions, if you would like to scale the R0 data value, the steps show how to do.
Add a new Data Conversion definition named MyConversion.
Check “Use Data Conversion”, and choose MyConversion
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Open Monitor to test and you could see the converted value of R0.
Before converting: R0 = 10
After converting: R0’= 0.1
Formula: R0
′
=
𝑅0−0
1000−0
× (10 − 0) + 0 = 0.1
After testing, please close the monitor view to disconnect Fatek Serial OPC Server. Then you can still edit the database.
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4.3 Simulation Signal
By 4.1 conditions, if you would like to test R0 before connecting with PLC physically, the
steps show how to do.
Check “Use Simulation”, and choose one of the simulation signals in the list. Beside
default simulation signals, user also could create a new one. Please refer to 5.4.
Open Monitor to test and you could see the simulation signal value.
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4.4 Alarm and Event
By 4.1 conditions, if you would like to use OPC Alarm and Event function, the steps show
how to configure the settings.
Add a new Limit Alarm definition.
Check “Generate Alarms”, define “Message Prefix” and choose an alarm condition.
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By using 3 rd
party OPC Alarm and Event Client, the client would get alarm messages from Fatek OPC Server when R0 value achieved the alarm conditions.
4.5 Mutiply
By 4.1 conditions, if you would like to create huge items by a template quickly (Ex:R0-R9),
the steps show how to configure the settings.
Select the target tree node in tree view area. Right-Click and choose a Mutiply in menu or click the Mutiply button in “Tools” group of Ribbon menu.
Configure all parameters in Multiply Items dialog (5.1.3). Then click OK.
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The 10 items (R0-R9) have been created in Group1.
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5. Fatek OPC Configurator
Fatek OPC software system includes database configurator and run-time OPC server.
Before connecting to OPC Server, you need to configure the OPC data structure first. The run-time server will create its data item space according to the structure when started.
The configurator utility includes four regions.
Database Space View: It is shown as tree view in left region. The database structure can be configured by mouse pop-up menu.
Figure 9: Pop-up Menu of Tree View
New: Create a subitem into the selected item.
Multiply: Trigger the Multiply function to duplicate the selected item.
Delete: Delete the selected item and all its subitems.
Subitems View: The list view is located in right region. It shows the subitems of the selected tree node information. Double click the item in list view, the configuration view will show its setting page.
Figure 10: Pop-up Menu of List View
Select All: Select all items of list view.
Delete: Delete the selected item and all its subitems.
Adjust Listview: Adjust the column width to fit the contents.
Properties View: It shows detail properties setting of the selected item. There are two buttons in each configuration view.
Restore: Click the Restore button to reset current setting.
Apply: Click the Apply button to confirm the setting.
Monitor View: Start Fatek OPC Server and monitor the values of data items under the selected device node or folder node.
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5.1 Ribbon Menu
5.1.1 File
Figure 11: Fatek OPC Configurator
Figure 12: File Group
New: Create a new configuration database (*.mdb).
Open: Opens an existing database (*.mdb).
Save As: Save current database under different name (*.mdb).
Export: Export the items from mdb database to csv file.
Import: Import the items from csv file to mdb database.
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5.1.2 Add Item
Figure 13: Add Item Group
Port: Add a Port interface. (5.2.1)
Data Item: Add a Data Item. (5.2.4)
Conversion: Add a Conversion definition. (5.3)
Simulation: Add a Simulation definition. (5.4)
Limit Alarm: Add a Limit Alarm definition. (5.5.1)
Digital Alarm: Add a Digital Alarm definition. (5.5.2)
Delete: Delete the selected item which includes its all subitems.
5.1.3 Tools
Figure 14: Tools Group
Multiply
Duplicate the selected item into database. It is a simple way to configure the database where there are many similar items.
Figure 15: Multiply Item Dialog
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First Number: Specify the number to appear next to the first multiplied item.
Numeric Places: Specify the minimum length of each number to append to Base text.
Number of Items: Specify how many items to be generated.
Base Text: The starting name of generated item.
First Address: Register address assigned to the first item generated
Address Increment: Increment count for each new address
Item Name: Path to data item in the tree view.
The result of the example shown in Multiply Item Dialog is as the following:
1). MyR0000: Register Address=100
2). MyR0001: Register Address=101
3). MyR0002: Register Address=102
Monitor
Show the monitor window and start to connect the OPC Server. Monitor will get the value of data items under the selected tree node.
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5.1.4 Options
Figure 16: Options Group
Active
Once the current edited configuration database is complete; user has to make sure that it is set to active. Next time the run-time server will use the database for all of its operations.
Figure 17: Active Database Confirmation
Setting
Figure 18: Options Dialog
Update Rate: Set the update frequency of the monitor view items.
OPC server starts as a Windows NT Service automatically: The option allows you to configure the OPC server for operation as a Windows NT
Service. You could use the service manager to start or stop the server manually. By default the option is unchecked, and the server runs as normal stand-alone program operation.
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Figure 19: Windows Service Manager
Figure 20: FatekSerialOPC Service Properties
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5.2 Fatek Space
There are four levels of hierarchy in the Fatek Space. It is organized by the following terms.
Ports (FatekNetOPC does not have the feature.)
Devices
Folders
Data items
To configure Fatek Space is similar to organized directories and files on PC. A folder can contain additional folders and also data items. The data items are always the branches in the tree control hierarchy. What you should note here is that the Ports hierarchy only exists in FatekSerialOPC configurator.
5.2.1 Ports
Port is equivalent to a physical serial port in the computer. To correctly configure port means to setup serial port as a file name, baud rate, data bits, stop bits and parity scheme.
Figure 21: Ports Setting
5.2.2 Devices
For different communication Fatek OPC Server, the devices hierarchy and setting have a little difference in each configurator.
For Serial Devices (FatekSerialOPC)
Every device is connected to particular port, so it logically creates second level in the Fatek Space tree.
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Figure 22: Serial Devices Setting
For Ethernet Devices (FatekNetOPC)
A device represents a hardware device that communicates with the
FatekNetOPC server over TCP/IP. A device is directly communicating with it socket, so it is logically under the first level in the Fatek Space tree.
IP: The device IP address is a 32-bit value represented as four numbers separated by periods that indicate the location of the device on a TCP/IP network. Each number in the address can range from 0 to 255.
Port: The default TCP port for Fatek communication is 500.
Figure 23: Ethernet Devices Setting
Station No.: Every station has the only number from 1~254. OPC server communicates with PLC according to the station number.
Timeout: Timeout parameters specify the period of time the server will wait for a response from the device:
Read/Write: Amount of time the OPC server will wait for a response from the device.
Timeouts to suspend: The number of consecutive read/write attempts that timeout before the OPC server will suspend communication with the device.
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Suspend Period: Amount of time the OPC server will wait before attempting to reconnect to the device.
5.2.3 Folders
Folders can be used to group data items logically. Each folder can have subfolders. You could design and use folders any way that is suitable to your application.
Figure 24: Folders Setting
5.2.4 Data Items
Data Item represents a register in the PLC. An OPC client can obtain the data item description. New data item creation requires configuration of the following properties:
Figure 25: Data Items Setting
Name: A logical name for the data item.
Description: A descriptive comment for the data item.
Register: Assign the register address of PLC.
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Component
Table 2: Register Address Assignment
16 bits
Name Discrete register
Input discrete X WX
The status of discrete
Output relay
Internal relay
Step relay
Y
M
S
WY
WM
WS
32 bits register
DWX
DWY
DWM
DWS
Timer discrete
Counter discrete
Timer register
Counter register
T
C
-
-
WT
WC
RT
RC
DWT
DWC
DRT
DRC
The data of register Data register
Data register
-
-
R
D
DR
DD
File register - F DF
Type: Specify the register type such as
“Discrete (BOOL)”, “16 bits register
(INT/UINT)
” and “32 bits register (DINT/UDINT)”.
Symbol: Specify the register symbol such as X, WX and DWX. It depends on what kind of register type you would like to access.
Address: Specify the register address.
Use Simulation: To test the client functionality, check the Use Simulate check box and choose a Simulation Signals from the Signal drop-down list.
See the "Simulation Signals" section for information about creating simulation signals.
All levels in the Fatek Space (Port, Device, Folder, Data Item) support the process of simulation (Use Simulation check box). The parent list in the tree is superior; it has a higher priority when deciding to simulate the data item or not. In other words, a data item is simulated, if it itself has a simulation selected, or if any of its parents has the Use Simulate check box checked.
(It may be simulated even if its Use Simulation check box stays unchecked.)
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Figure 26: Choosing a Simulation Signal
Use Data Conversion: To get the data value converted according to a prescribed form, choose one of the predefined or user-defined conversions.
See the "Data Conversions" section for more details.
Note: If the data item use Data Conversion function, the data type of the data item change to Double Float。The OPC client with data type filtering has to choose Double Float Filtering or Disable Filtering, otherwise the client cannot browse the data item.
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Figure 27: Choosing a Data Conversion
Generate Alarms: Check the Generate Alarms check box to make the server generate alarms based on the data item value. ; it will be followed by the text configured for a particular alarm type. The second part of the alarm message will contain the Message Body string (see Alarm Definitions). The server allows having any number of alarm definitions predefined. You can then combine one of them with the specific tags.
Alarm parameters are set up in the Configurator under the Alarm
Definitions tree control, shown in the figure below, which is divided into two alarm template types: Digital Alarm Definitions and Limit (analog) Alarm
Definitions
. Digital alarms can be defined for a data item of “Discrete”
(BOOL) type only, while Limit alarms can be defined for all other types.
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5.3 Data Conversions
Figure 28: Choosing a Digital Alarm
The original data item value from PLC register can be converted by server. OPC client will get the converted value of data item directly without any calculation. Before using conversion, you should create a Data Conversion, as shown in the figure below.
Figure 29: Data Conversions Setting
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Name: Specifies the name of the conversion definition.
Conversion Type: For each conversion definition, select one of the following conversion types:
None (make float): Converts the data into float data type, but does not change the value itself. When this option is selected, the Engineering Unit
(EU) and Instrument Range (IR) fields are disabled.
Linear: Keeps a linear relation between EU and IR.
CVal =
𝑅𝑉𝑎𝑙 − 𝐿𝑜𝑤𝐼𝑅
𝐻𝑖𝑔ℎ𝐼𝑅 − 𝐿𝑜𝑤𝐼𝑅
× (𝐻𝑖𝑔ℎ𝐸𝑈 − 𝐿𝑜𝑤𝐸𝑈) + 𝐿𝑜𝑤𝐸𝑈
Square Root: Keeps a square root relation between EU and IR.
CVal = √
𝑅𝑉𝑎𝑙 − 𝐿𝑜𝑤𝐼𝑅
𝐻𝑖𝑔ℎ𝐼𝑅 − 𝐿𝑜𝑤𝐼𝑅
× (𝐻𝑖𝑔ℎ𝐸𝑈 − 𝐿𝑜𝑤𝐸𝑈) + 𝐿𝑜𝑤𝐸𝑈
Engineering Unit (EU): Client scale; specify low and high values for the engineering unit. The OPC client will get the converted value (CVal) in EU range.
Instrument Range (IR): Device scale; specify low and high values for the instrument range. The raw data value (RVal) is in IR range.
Clamping: If clamping is enabled, the data value will be limited to its High
Value (EU High Value when it exceeds the upper limit), and similarly to its
Low Value (Low EU Value parameter when it exceeds the bottom limit).
Select one of the following clamping types from the list:
None: No clamping type is specified.
Clamp on EU: Clamps on the specified low and high engineering units (EU) values.
As Specified Value: Clamps on a specified range of low and high values.
5.4 Simulation Signals
The Configurator offers various OPC data items in the Simulation Signals tree control, as shown in the figure below. To test the client functionality, choose a simulation signal from the tree control. All levels in the Fatek Space folder support the process of simulation. The parent list in the tree control is superior; it has higher priority when deciding to simulate the data item or not.
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Figure 30: Simulation Signals Setting
Each Simulation Signal type has specific parameters, as shown below.
Name: Specifies the name of the selected simulation signal.
Signal Type: For each signal, you can select one of the following signal types from the list:
Read Count is incremented by one every time when the item is read.
Write Count increments when the item is written.
Random generates random value within the Amplitude range starting with Position.
Ramp, Sine, Square, Triangle and Step are periodical signals. Their time behavior is influenced by Period and Phase parameters. Period specifies the signal frequency (in milliseconds), while Phase moves the signal origin on the time axis (in degrees).
Square and Triangle have one additional parameter: Ratio. Ratio defines Triangle signal steepness, or Square signal H/L proportions.
The Number of Steps parameter of the Step signal defines the number of steps into which the signal amplitude will be divided.
5.5 Alarm Definitions
The Fatek OPC Server is also an OPC Alarm and Events server that supports the following alarm types:
5.5.1 Limit Alarms
To create a new limit alarm definition, right-click the Alarm Definitions folder on the tree control of the Configurator and select New - Limit Alarm Definition from the pop-up menu.
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A limit alarm sets the values for four levels of alarms: LoLo, Lo, Hi, and HiHi.
Limit alarm parameters can have subranges within the data item amplitude.
Every subrange definition includes a Message Body that will be appended to the alarm message (includes Message Prefix and Message Body), the
Severity (Priority) of the alarm, and the Req. Ack. flag for alarm acknowledgement.
In the Limit Alarm Definition Properties dialog box, shown below, configure the following settings:
Name: Specify a name for the new limit alarm.
Update Rate: It defines the frequency of checking the data item value (in milliseconds), and possibly responding by sending the alarm message.
Deadband: It prevents the server from generating a huge amount of alarm messages and overloading the clients when the signal oscillates around one of the limits specified. The deadband value extends the limit zone. It results in sending only one alarm message even if the signal oscillates. Deadband indicates the deadband value to apply to the converted analog values. The deadband value is required and is calculated on borderline alarming limit values to prevent repeated alarm cycles.
Value: It is used to calculate the state of the input fields. For example, a value of 10 for LoLo is compared with the value of the input to determine if the alarm is in LoLo state.
Message Body: Enter the warning message that will appear when the alarm is sent.
Return to Normal: Check the check box will generate a separate alarm message when the data item gains the normal value which is between Hi and Lo values.
Severity: It is the OPC-defined value for alarm Priority. The valid OPC severity range is 0 (lowest) to 1000 (highest).
Requires Ack: It is used for OPC condition alarms to determine whether the alarm needs a user acknowledgement. If the Requires Ack field is checked, then the alarm requires a user acknowledgement. If the value is not checked, then the alarm is posted as already acknowledged.
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Figure 31: Limit Alarm Definitions Setting
5.5.2 Digital Alarms
A digital alarm sets an alarm if the comparison between the Alarm State Value and the input state is TRUE. To create a new digital alarm definition, right-click the Alarm Definitions folder on the tree control of the Configurator screen and select New - Digital Alarm Definition from the pop-up menu. The default digital alarm definition is shown below. In the Digital Alarm Definition Properties dialog box, shown below, configure the following settings:
Name: Specify a name for the new digital alarm.
Update Rate: It defines the frequency of checking the data item value (in milliseconds), and possibly responding by sending the alarm message.
Enable: Check the check box will enable the digital alarm definition.
Value: Specify a value for the digital alarm (True or False).
Message Body: Enter the warning message that will appear when the alarm is sent.
Return to Normal: Check the check box will generate a separate alarm message when the data item gains the opposite value.
Severity: It is the OPC-defined value for alarm Priority. The valid OPC severity range is 0 (lowest) to 1000 (highest).
Requires Ack: It is used for OPC condition alarms to determine whether the alarm needs a user acknowledgement.
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Figure 32: Digital Alarm Definitions Setting
5.6 Monitor View
The Fatek OPC configurator provides a monitor view function with OPC client function for viewing server data. When push the Display Monitor View button on toolbar, the monitor view will show in the bottom of screen. It will connect to OPC server and scan the data items under the selected tree node. The monitor view displays the data item values and OPC quality information such as timestamp, quality status and limit field.
User can easily and instantly test the configuration. Pop the Display Monitor View button will disconnect the OPC server after monitoring.
Note: Please close the Monitor View before editing. It makes sure that the OPC server will use the newest setting before starting.
Figure 33: Monitor View
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Appendix A
– Remote OPC Server Setting
1. DCOM Setting for OPC Server
This chapter walks through the DCOM configuration and security setting of the
Windows7. Before establishing the OPC connection between local client and remote server, user must configure the settings both local and remote PC. To avoid troubling and multifarious setting procedure, this tutorial specifies the following steps to configure the security settings and make sure the OPC DCOM communication can be established.
2. Configuration steps at both server site and client site.
2.1 Turn-Off the Windows Firewall
The first step is to disable the Windows Firewall. Click on the Windows Start button; select the Control Panel->Windows Firewall. Choose the
“Turn off Windows Firewall
(not recommended)
” radio button.
Figure 34: Windows Firewall
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Figure 35: Turn-Off the Windows Firewall
2.2 My Computer settings
Click on the Windows Start button; enter
“dcomcnfg” in the “Search programs and files
” and press ENTER to open the Component Services window.
Right-click on “My Computer” and choose the “Properties” from the menu.
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Click “Default Properties” tab and apply the setting as the following figure.
Check the “Enabe Distributed COM on this computer”.
Set the “Default Authentication Level” to Connect.
Set the “Default Impersonation Level” to Identify.
Click “COM Security” tab. Step by step to configure permissions as the follows.
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1). In the Access Permissions group, click the “Edit Limits…” button. Add
ANONYMOUS LOGON 、 Everyone 、 SYSTEM 、 NETWORK and
INTERACTIVE to the list of “Group or user names”. Check Local Access and
Remote Access to “Allow” status for all added items.
2). In the Access Permissions group, click the “Edit Default…” button. The setting is the same as step 1).
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3). In the Launch and Activation Permissions group, click the “Edit Limits…” button. Add
ANONYMOUS LOGON、Everyone、SYSTEM、NETWORK and INTERACTIVE to the list of “Group or user names”. Set the Allow checkboxes of Local Launch,
Remote Launch, Local Activation and Remote Activation checked for all added items.
Check Local Launch, Remote Launch, Local Activation and Remote Activation to
“Allow” status for all added items.
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4). In the Launch and Activation Permissions group, click the “Edit Default…” button.
The setting is the same as step 3).
3. Configuration steps at server site
3.1 OpcEnum Setting
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Select OpcEnum that is under
“Component Services > Computers > My
Computer > DCOM Config
”, and right –click it and choose “Properties”.
At General tab, set “Authentication Level” as None.
At Location tab, check “Run application on this computer”.
At Security tab, set “Launch and activation Pemissions” and “Access
Pemissions
” as Use Default.
At Identity tab, set “The launching user”.
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3.2 Fatek OPC Server Setting
Select the Fatek OPC Server that is under
“Component Services->Computers-
>My Computer->DCOM Config
”, and right –click it and choose “Properties”.
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At General tab, set “Authentication Level” as Default.
At Location tab, check
“Run application on this computer”.
At Security tab, set “Launch and activation Pemissions” and “Access
Pemissions
” as Use Default.
At Identity tab, set “The launching user”.
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Appendix B -- How to Install License Key
1. Install Fatek OPC Server
2. Launch Configurator Utility
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Take FatekSerialOPC for example, open the Fatek OPC Configurator from the
Windows Start Menu > Fatek PLC > FatekSerialOPC Configurtor (or
FatekNetOPC Configurator).
3. Generate the machine Registration Key
Select “Generate the machine Registration Key for requesting License Key”.
Click “Continue” button.
Save as the Registration Key (*.frk)
Note: One License Key can only be used to activate one machine and can not be transferred to another machine. Please make sure to generate the
Registration Key from the machine which FATEK OPC server will run on.
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4. E-
Mail the Registration Key and “FatekOPC LicenseKey Application Form” to
FATEK ( [email protected]
) for requesting License Key
5. Install the License Key
Select “Install the License Key of this machine”
Click “…” button to choose License Key file (*.flk).
Click “Continue” button to install the License Key.
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Appendix C
– Active Call Back Service
1. Introduction
User would like to use FatekNet OPC Server to access PLC, but the PLC workstation’s IP address is acquired using dynamic IP or if it’s behind a firewall and access from outside is difficult. User can achieve the application by the following steps.
Note: FatekNetOPC Server Version 1.0.4 and later support Active Call Back Service.
2. FBs-CBEH Setup
Please refer to FBs-CBEH Operation Manual chapter 8-3.
Get Device Serial Number (S/N)
Launch Ethernet adaptor Configuration, and scan workstations in Ethernet. The last two number of Ethernet Address is device serial number (S/N). The serial number in the following figure is 1670 (0x0686H).
Setup the Data Maintenance Center
The Service CallBack Server Ethernet configuration of FBs-CBEH must be the same as the data maintenance center (ex:192.168.0.119) which the FatekNet
OPC Server run on. It makes sure that the communication between workstation and OPC server is fine.
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3. FatekNet OPC Configurator Setting
Install FatekNetOPC Server
Install the FatekNetOPC Server application on PC (data maintenance center) (ex:
192.168.0.119).
Setup FatekNetOPC Configurator
Launch FatekNetOPC Configurator to configure the device and data items.
Enable User Service Call Back, enter the device serial number (S/N) and Port.
Click Option/Active, and click
“Yes” to use the current edited database.
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Click Options/Setting
, enable “OPC server start as a Windows NT Service automatically”, and set Service Call Back Port as 5700.
Reboot
Reboot the PC system.
4. Execute the Active Call Back Program
After confirming that the workstation’s Service Call Back Server configuration setting is correct, you can execute the active call back function. To use the active call back function, it can be controlled using the registers D3950 and D3951; please refer to
FBs-CBEH Operation Manual Chapter 2 for detailed descriptions.
The next figure is a simple control program; it uses the X0 contact to start up the active call back action. When X0 is pressed, the active call back command code register D3950 will be set to 3359H, which will execute the active call back. In addition, the status of register D3951 can be used to monitor the operation execution of the call back. In the example, when the connection is successful, Y1 will be ON. When connection failed, Y2 or Y3 will be ON. When connection is
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5. OPC Client Test
Before executing active call back program, even if the OPC client connect with
FatekNetOPC Server, it cannot access the register data from PLC. It is because the
FatekNetOPC Server does not get the IP address information from FBs-CBEH.
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After executing active call back program, the FatekNetOPC Server get the IP from
FBs-CBEH and make connection successfully.
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Key Features
- Supports OPC Data Access (DA) and OPC Alarm and Event (AE) specifications.
- Supports engineering data conversion to client’s request.
- Supports value simulation for all data items.
- Supports multiplier to create tags quickly.
- Tags can be grouped in logical folders.
- Remote tag browsing and access from OPC Client.
- Supports read and write Fatek PLC registers.
- User could define high/low Alarm and digital alarm condition.
- Easy to monitor the values of PLC registers after configuring the tags.
