This chapter lists all drivers that are supported by X-Collector.

General Drivers for RTD Collector

OPC DA

OPC DA protocol driver is to connect and collect data from devices that communicate based on OPC DA protocol, a standard protocol for industrial communication that enables efficient interconnection of heterogeneous systems.

Adding Source

1. Click Add on Source page to expand source information.
2. Enter source name and description, and select OPC DA for driver name. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Definition	Description
   Breakage Reconnection	The reconnection mode when OPC Client and OPC Server are disconnected.	Reconnect: Reconnect only when OPC server is disconnected abnormally. Never reconnect: OPC server does not reconnect after disconnection. Always Reconnect: Reconnects when the OPC server is abnormally disconnected or normally exits.
   Reconnection Interval	The time interval between two connections	Selectable from 30, 60, 120, 300, 600, in seconds
   Quality Code	User-defined quality code	One or more user-defined quality codes can be entered; if there are more than one, the different quality codes are separated by a slash. Such as 192, 192/216, 192/111/160, etc. If the quality code sent to the collector from OPC Server is among the above custom quality codes, the status code of the attribute value in the object instance will be displayed as 0 after it is sent to supOS from the collector. If the quality code sent by OPC Server is different from that defined on the collector, for example, the collector quality code is customized to 192, and the quality code actually sent to the collector is 111, then the status code of the property value in supOS object instance is 200000000000000, representing abnormal data quality.
   Clock Source	Timestamps used for data updates	Local time: the timestamp of real-time data is computer time where the collector is located. OPC server time: the timestamp of the real-time data is the time on the computer where the OPC server is located.
   Request Delay	Request delay time	Local time: the timestamp of real-time data is the time on the computer where the collector is located. OPC server time: the timestamp of the real-time data is the time on the computer where the OPC server is located.
   Authorization Settings	OPC UA server authorization	If OPC UA server does not set user name and password, select anonymous to connect. If OPC UA server sets user name and password, you need to enter the corresponding user name and password.
   Security Settings		Encrypted data transmission is supported between the collector and OPC UA server, and the encryption methods are None (no encryption), Sign, Sign & Encrypt.
   Security Mode	Set OPC UA driver encryption mode	When the security mode is None, there is no need to select a security policy. Other encryption methods can choose 4 security policies: Basic256, Basic128Rsa15, Basic256Sha256, Aes128Sha256RsaOaep.
   Update Speed	Update speed of tag value	Configure update rate. (range: 100-5000ms)
   Active Reading	Active reading configuration	After being enabled, the data is read actively. The device will periodically read all successfully subscribed tags synchronously.
   *OPC Server	OPC server information	Click Configure to expand the information that needs to be entered for the OPC server. After the information is entered, the system automatically generates the OPC server information in the format of OPC Service Address/OPC DA Service. The round light on the right side of the current OPC server is green.
   *OPC Server Address	IP address of OPC server	-
   *OPC Server Path	OPC DA server path	Displays a list of all OPC services on the OPC server, from which you can select the OPC DA service you need to connect to.
   Security Strategy	Active data reading settings	When enabled, the data is read actively. And the device will periodically read all successfully subscribed tags synchronously
   DCOM Username/DCOM Password	DCOM username and password of OPC server	If the OPC server login account is different from the collector server login account, you need to configure the DCOM username and password of the OPC server.
   Redundancy Configuration	Whether to start redundant OPC Server	The collector supports reading data from the redundant OPC Server. The collector can communicate with the redundant OPC server. When one OPC Server fails, it automatically switches to the non-failed OPC Server to continue communication. When both the master and slave OPC server fail, communication with the OPC Server is interrupted; and when one of them returns to normal, communication is automatically restored. The items to be configured are the same as the master OPC Server.

3. Select mode of breakage reconnection, the default is Reconnect after Disconnection .
4. Select the reconnection interval to be 30s.
5. Enter custom quality code.
6. Select local time for clock source.
7. Set the request delay as 5s.
8. Set the update speed to 1000ms.
9. Click Configure following OPC server and unfold the information that need to be entered for OPC server.

   a. You need to enter the IP address of OPC server that you need to connect to. For example, 10.13.156.21

   b. If the login accounts of OPC server and collector server are different, you need to enter the DCOM username and password of OPC server.

   Click Refresh List following the OPC service address.

   The corresponding OPC DA service list is automatically displayed in the OPC Server path after refresh. Select the required service among them.

10. If you need to configure a redundant OPC DA server, click Redundancy Configuration and configure the parameters of the redundant OPC DA server.
11. Click Save to complete configuration.

Importing Tag

OPC DA driver supports batch import. After you have configured the source, click Import tags in batch to expand information of tag bulk import.

Parameter	Meaning	Description
(Synchronization)	Incremental Synchronize of tag	Synchronize tag information from OPC Server, in the range of the incremental part. Time is re;atively shorter, and the information may not be complete.
(Full Synchronization)	Full synchronization of tag	Synchronize tag information in the range of all. This may take longer time to complete.
Add Prefix to Name	Add prefix	If the prefix is filled in, the prefix is added to the selected tag when the tag is imported; if not, no prefix is added.
String Replacement	Bulk replacement	The replacement conditions can be deleted and added, and the filter conditions can be increased to a maximum of 4 and a minimum of 1. If characters are written in the original character input box, the replacement are performed; if no characters are filled in the original character input box, the no replacement are performed.
Intercept Tag Name	Intercept Tag Name	Intercept a segment of characters as a tag name based on the specified intercept characters (the separator). The interception is done from right to left in reverse order. Example: The original tag is namedabc&qvs&wer, the specified intercept character is set to &, and the intercepted paragraph is set to 0-1 (backward), then the intercepted tag name iswer; intercept paragraph set 1-2 paragraphs (countdown), then the intercepted tag name isqvs.
Read & Write Status	Set the read & write status device tag	If supOS is set to read/write, data can be written down to the data source through the collector. If supOS is set to read only, data cannot be written down.
Other Configuration	Unfold detailed configuration item.	-
Unit Mode	Set unit mode	User-defined: Input unit manually. From OPC server: units are automatically filled with the OPC data source unit field name.
Unit	Tag unit	Tag unit should be in accordance with OPC data source.
Range Mode	Set range mode	User-defined: Input upper and lower range limit manually. From OPC server: The upper and lower limit of ranges are automatically filled with data corresponding to OPC data source.
Range Max	Set range upper limit	Set according to tag requirements. The default value is 100.
Range Min	Set range lower limit	Set range mode limit according to tag requirements. The default value is 0.
Description Mode	Set description mode	User-defined: Enter description manually. According to OPC server: Description is automatically filled with OPC data source description field.
Description	Edit tag description	Edit tag description.

1. Click Synchronize or Fullsync to synchronize information from source and enumerate tags that have been synchronized to the list.
2. You can select tag to edit the parameter of the selected tag.
3. Choose the tag to be imported, and click Import to Tag.
4. The imported tags are displayed on Tag page.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic properties are entered, the system automatically adds relevant configuration properties for the settings of connection point between tag and the underlying data.
3. Click Select to unfold tag selection information.
4. Enter tag information in Tag Search for fuzzy query or click refresh button, and the optional tag will automatically display related items according to the selected source.
5. Click blue √ after selecting the corresponding tag, and the system automatically displays I/O address.
6. Click Save to complete configuration.

OPC UA

OPC UA driver, mainly used to connect to OPC UA protocol-based servers for data acquisition.

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and select OPC UA for driver name. The system expands the information that needs to be entered for this driver according to the selected driver.

Table 2. OPC UA source point parameter specification

Parameter	Definition	Description
Clock Source	Timestamp used for data updates	Local time: the timestamp of real-time data is the time on the computer where the collector is located. OPC server time: the timestamp of the real-time data is the time on the computer where the OPC server is located.
Breakage Reconnection	Reconnection mode when OPC Client and OPC Server are disconnected.	Reconnection: Reconnect only when OPC server is disconnected abnormal. Never Reconnect: OPC server does not reconnect after disconnection. Always Reconnect: Reconnects when the OPC server is abnormally disconnected or normally exits.
Reconnection Interval	The time interval between two times of reconnection.	Selectable from 30, 60, 120, 300, 600, in seconds.
Authorization Settings	OPC UA server authorization	If OPC UA server is not set username and password, select anonymous to connect. If OPC UA server sets user name and password, you need to enter the corresponding user name and password to connect successfully.
Security Settings	-	Encrypted data transmission is supported between the collector and OPC UA server, and the encryption methods are None (no encryption), Sign, Sign & Encrypt.
Security Mode	Set OPC UA driver encryption mode	When the security mode is None, there is no need to select a security policy. Other encryption methods can choose 4 security policies: Basic256, Basic128Rsa15, Basic256Sha256, and Aes128Sha256RsaOaep.
Security Strategy	Active data reading settings	When enabled, the data is read actively. And the device will periodically read all successfully subscribed tag synchronously.
Certificate File der Path	OPC server information	Click Configuration to unfold the information that needs to be entered for the OPC server. After the information is entered, the system automatically generates the OPC server information in the format of OPC Service Address/OPC DA Service". The round light on the right side of the currently connected OPC server is green.
Private Key File pem Path	IP address of OPC server	-

3. Enter the IP address of the OPC server you need to connect to, for example: 10.13.156.21.
4. Select the breakage reconnection mode, and the default is Always Reconnect
5. Select a reconnection interval of 30s.
6. Select Local Time as the clock source.
7. Select the authorization mode according to the OPC UA server settings.
8. Set the data encryption transmission method between the collector and OPC UA server.
9. Click Save.

Importing Tag

OPC UA driver supports batch import of tag. After you have configured the source information, go to Import tags in batch tab to expand tag batch import information.

Parameter	Meaning	Description
(Synchronization)	Synchronize tag	Synchronize tag information from OPC Server, in the range of all
(Enumerate tag)	Enumerate current tag	Display all tag information of OPC DA data source
String Replacement	Bulk replacement	The replacement conditions can be deleted and added, and the filter conditions can be increased to a maximum of 4 and a minimum of 1. If characters are written in the original character input box, the replacement will be performed; if no characters are filled in the original character input box, the no replacement will be performed
Truncate the Tag Name	Truncate Tag Name	Intercept a segment of characters as a tag name based on the specified intercept characters as a separator. The interception is done from right to left in reverse order. Example: The original tag is namedabc&qvs&wer, the specified intercept character is set to &, and the intercepted paragraph is set to 0-1 (backward), then the intercepted tag name iswer; If intercept paragraph is set to 1-2 paragraphs (countdown), then the intercepted tag name is qvs.
Read & Write Statua	Set the read & write state equipment tag	If supOS is set to read/write, data can be written down to the data source through the collector. If supOS is set to read only, data cannot be written down.
Other Configuration	Unfold detailed configuration page	-
Grouping	Tag grouping	By default, the software establishes 128 groups from 0 to 127, you can manage the tag in groups according to tag classification.
Unit Mode	Set unit mode	User-defined: Input unit manually. From OPC server: units are automatically filled with the OPC data source unit field name.
Unit	Tag unit	Tag unit should be in accordance with OPC data source.
Range Mode	Set range mode	User-defined: Input upper and lower range limit manually. From OPC server: The upper and lower limit of range are automatically filled with data corresponding to OPC data source.
Range Max	Set range upper limit	Set according to tag requirements. The default value is 100.
Range Min	Set range lower limit	Set according to tag requirements. The default value is 0.
Description Mode	Set description mode	Customize: Input description manually. From OPC server: Description is automatically filled with OPC data source description field.
Description	Edit tag description	Edit tag description information.

1. Click Enumerate Tags, and the system will systematically enumerate tag information corresponding to the source point. If a new tag is added to the source, perform Synchronization before tag enumeration.
2. You can select tag to edit the parameter information of the selected tag.
3. Choose the tag to be imported, and click Import.
4. The imported tags are displayed on tag page.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.
3. Click Select to unfold tag selection information.
4. Enter tag information in Tag Search for fuzzy query or click the refresh button, and the optional tag will automatically display related items according to the selected source.
5. Click blue √ button after selecting the corresponding tag, and the system automatically displays the I/O address.
6. Click Save to complete configuration.

Modbus RTU

Modbus RTU protocol driver. The caller can implement the access to the standard Modbus RTU system.

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and select Modbus RTU for driver name. The system expands the information that needs to be entered for this driver according to the selected driver.
3. Click Channel to add channels and configure channel parameters. Parameter description is as follows.

   Table 3.

   Channel parameter specification

   Parameter	Meaning	Description
   Channel	Channel	-
   *Name	-	-
   Description	-	-
   *Serial Port	Device number	Device ID is unique, and must be the same with original device ID.
   *Baud Rate	Baud rate of channel	The settings must be consistent with the corresponding parameters of serial port of the other party.
   Stop Bit	Time between transmission of each character, measured in bits per second.	The optional parameters are 1, 1.5 and 2, and the default is 1. The settings must be consistent with the parameters corresponding to PLC.
   Parity	Type of error checking for the port.	Optional parameters include the following: None, indicating that no parity bit is added to data bits sent from this port. Odd, indicating that if the number of 1's in the data bits is to be odd. The parity bit should be added. Even, indicating that if the number of 1's in the data bits is to be even. The parity bit should be set to 1. Mark, meaning adding parity bit. (always set to 0). Space, meaning adding parity bit (always set to 1). The settings must be consistent with the parameters corresponding to the serial port of the other party.
   Stop Bit	Time between transmission of each character, measured in bits per second.	The optional parameters are 1and 2. The settings must be consistent with the parameters corresponding to the serial port of the other party.
   *Time-out Time	The maximum waiting time between the command sent by the master and response

4. Select a channel, click Device to add a device and configure device parameters. The parameters are shown in the following table.

   Table 4.

   Device parameter specification

   Parameter	Meaning	Description
   *Device Name	Device name	Device under the same channel cannot be repeated. Device name contain Chinese characters.
   Description	-	-
   *Mater Device ID	Device ID	Device ID is unique, and must be the same with original device ID.
   *Period	Time interval of two packets	Data are updated every other time interval. Unit: ms. The default value is 1000.

Importing Tag

MODBUS RTU driver supports batch import of tag. After you have finished configuring the source information, please perform the following steps.

1. Go to Import Tags in Batch tab, and unfold batch import tag information.

   Table 5. Parameter specification

   Parameter	Meaning	Description
   *Function Node	-	01 COIL: 1 address type, coil type, 1 bit, read/write (1 command to read, 5, 15 command to write) 02 DISCRETES INPUT: 2 address type, discrete amount, 1 bit, read only (2 command read) 03 HOLDING REGISTER: 3 address type, holding register, 2 bytes, read/write (3 command to read, 6, 16 command to write) 04 INPUT REGISTER: 4 address type, input register, 2 bytes, read-only (4 command to read)
   *Select Tag	-	Select the source tag created, e.g. Device0.
   *Initial Address	Start address of data block	-
   *Address Length	The difference between the end address and the start address.	COIL, DISCRETES INPUT type address with a maximum length of 2000, the minimum is 1; INPUT REGISTER, HOLDING REGISTER type address with a maximum length of 125, the minimum length of 1.
   Data Type	Data type	Data type of data source, as well as forward/reverse order, byte swapping, etc. string: selection of encoding and string length. bool: bit setting short/unshort: AB/BA long/unlong/float: ABCD/CDBA/BADC/DCBA double: asc/decs byte/char: A/B

2. Click Enumerate Tags. After you have selected the tags to be imported, click Import.
   info

   For operation on tag name (prefix adding, string swapping, intercepting, etc), please refer to Importing Tag.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is entered, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.
3. Select tag, for example, Device0.
4. Enter address. (range: 0 - 65535).
5. Select function code and data type. (Please refer to Modbus RTU Importing Tag for details.)
6. Click Save to complete configuration.

Modbus TCP

Modbus TCP protocol driver. The caller can implement the access to the standard Modbus TCP system.

Adding Source

1. Click Add on Source to expand source information configuration.
2. Enter source name and description, and select Modbus TCP for the driver name. The system expands the information that needs to be entered for this driver according to the selected driver.
3. Click Device to add devices and configure device parameters. Parameter description is as follows.

   Parameter	Meaning	Description
   Device	Device	-
   *Name	Device name	Device name under the same channel is not allowed to be repeated, and several devices can be hung under one channel. The name cannot use Chinese and Chinese characters
   Description	Device description	The light bulb to the right of the currently connected device is on.
   *IP	Device IP address	-
   *Port	-	-
   *Port ID	Device TPC port number	-
   *Device ID	Device slave ID	Device ID is unique.
   *Time-out Time	The maximum waiting time between the command sent by the master and response	The default value is 1000.
   *Period	Time interval between two packets	Get updated data every cycle in ms, default value is 1000.
   Max Pending Packets	-	maximum number of times for waiting for packets to be sent. (The default time is 5.)
   Redundancy Configuration	Whether to start redundant OPC Server	The collector supports reading data from the redundant OPC Server. The collector can communicate with the redundant OPC Server. When one OPC Server fails, it automatically switches to the non-failed OPC Server to continue communication. When both the master and slave OPC Server fail, communication with the OPC Server is interrupted, and when one of them returns to normal, communication is automatically restored. The items to be configured are the same as the master OPC Server.

4. Click Save to complete configuration.

Importing Tag

MODBUS TPC driver supports batch import of tag. After you have finished configuring the source information, please follow the following steps.

1. Go to Import Tags in Batch tab, and unfold information for batch import.

   Table 6. Parameter specification

   Parameter	Meaning	Description
   *Function Node	Function type	01 COIL: 1 address type, coil type, 1 bit, read/write (1 command to read, 5, 15 command to write) 02 DISCRETES INPUT: 2 address type, discrete amount, 1 bit, read only (2 command read) 03 HOLDING REGISTER: 3 address type, holding register, 2 bytes, read/write (3 command to read, 6, 16 command to write) 04 INPUT REGISTER: 4 address type, input register, 2 bytes, read-only (4 command to read)
   *Select Tag	-	Select source tag that has been created, e.g. Device0
   *Initial Address	Start address of data block	-
   *Address Length	The difference between the end address and the start address.	COIL, DISCRETES INPUT type address with a maximum length of 2000, the minimum is 1; INPUT REGISTER, HOLDING REGISTER type address with a maximum length of 125, the minimum length of 1.
   Data Type	Data type	Data type of data source, as well as forward/reverse order, byte swapping, etc. string: selection of encoding and string length. bool: bit setting short/unshort: AB/BA long/unlong/float: ABCD/CDBA/BADC/DCBA double: asc/decs byte/char: A/B

2. Click Enumerate Tags. After you have selected the tags to be imported, click Import to import tags.
   info

   please refer to Importing Tag for detailed operations on tag name (e.g. prefix adding, string swapping and intercepting).

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.
3. Select tag, for example, Device0.
4. Enter address, ranging from 0 to 65535.
5. Select function code and data type. (Refer to Modbus RTU Importing Tag for details.)
6. Click Save to complete configuration.

DDE

DDE is a dynamic data exchange (DDE) system. DDE uses a shared memory to exchange data between two applications.

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and select DEE for driver name. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *Application Name	DEE server name	Usually, the name of the application is used as the application name, such as EXCEL. The application needs to run on the same computer as the collector.
   *Theme	Data set name of DDE server	File name or worksheet name of the data, such as D:\\test.xlsx. The subject cannot contain Chinese.
   Collect Interval (ms)	Data acquisition cycle	Data acquisition cycle settings (Unit: ms, default value: 1000)

3. Click Save to complete configuration.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is entered the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data. Then set input and output address. For example, R2C4 indicates the cell in the second row and fourth column of a Excel file.
3. Click Save to complete configuration.

BACnet TCP/IP

BACnet driver is used for intelligent building communication. Find all BACnet servers in the same network segment as the IP address of the collector server by configuring the source. A collector can only create one valid BACnet source.

Adding Source

1. Click Add on Source to expand source information configuration.
2. Enter source name and description, and select BACnet for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Table 8. BACnet source parameter specification

   Parameter	Specification
   Virtual Link Layer	Select BACnet IP by default to connect via IP
   *IP Address	Fill in the IP address of the collector software server (local IP), IP address and subnet mask to determine the BACnet device broadcast segment.
   *Subnet Mask	Fill in the subnet mask of the collector software server
   *Port	The default is 47808
   *Collect Interval	Set the data collection period in milliseconds (The default is 1000 milliseconds).

3. Click Save to complete configuration.
   info

   Since the BACnet driver also acts as a server and the default port is 47808, a collector software can only create one BACnet source.

Importing Tag

BACnet driver supports batch import. After you have configured source information, click into the Import tags in batch tab to expand tag batch import information.

• Add prefix to name: If the prefix is filled in, the prefix is added for the selected tag when importing tags, otherwise prefix will not be added.
  1. ClickEnumerate Tags. The system will automatically enumerate all BACnet servers in the same IP segment as the collector software.
  2. Click Import All to import tags.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.
3. Click Select to unfold tag selection information.
4. Enter tag information in Tag Search for fuzzy query or click the refresh button, and the optional tag will automatically display related items according to the selected source.
5. Click blue √ button after selecting the corresponding tag, and the system automatically displays the I/O address.
6. Click Save to complete configuration.

National Standard

HJ212 2017

Environment HJ212-2017 standard protocol, mainly used to connect the data acquisition instrument ① that adopts the data transmission standard of pollutant online monitoring (monitoring) system.

Note ① Data Acquisition Devices: Data acquisition and transmission devices that collect data from various types of monitoring devices. These devices store, transmit and communicate with the host computer micro-controller, industrial control machine, embedded computer, programmable automation controller (Programmable Automation Controller, PAC) or programmable controller (PLC), etc., and are referred to as Digital acquisition instrument.

Adding Source

1. Click Add on Source.
2. Enter source name and description, and select HJ212 2017 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Table 9. Device parameter specification

   Parameter	Description
   Port	Service port

3. Click Device to add devices and configure device parameters. Parameter description is as follows.

   Parameter	Meaning	Description
   *Unique Identification (MN)	The unique identification (MN) of the digital mining instrument device, consistent with the site identification	-
   *Name	Device name	Name is automatically generated. Default value is suggested.
   *Password	Field machine access password	-
   *Description	Description of the device, so that you can easily remember the characteristics of the device	-

4. Click Save to complete configuration.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. Enter basic properties, and select HJ 212 2017 for driver name. The system will automatically configure attributes.

   Parameter	Specification
   *Device Unique Identification	The unique identification (MN) of the digital mining instrument device, consistent with the site identification.
   *System Coding	Select system code. The system code is divided into four categories, each of which indicates a system type. 10~29 indicate environmental quality categories. 30~49 denote environmental pollution source categories. 50~69 indicates the working condition category. 91~99 indicates the system interaction category
   Command Encoding	Select the command code. There are four categories of command codes. 1000~1999 indicate initialization command and parameter command codes. 2000~2999 indicates data command codes. 3000~3999 indicates control command codes. 9000~9999 indicates interactive command codes
   Query Interval	Time interval for the collector to actively check the data.
   *Target Field	Field name of data area.
   Target Field Parameter	The value of xxxxxxx or xxx in the target field.
   Custom Data Fields	User-defined CP field value (without &&), some data need to be actively queried in time (It cannot be subscribed), this field as CP parameters passes in when query is requested. For example: the command code 3020 (to extract the information of the field machine) can be set to CP=&&PolId=w01018; InfoId=i12001&& in the data area when the request is initiated. The field is valid when the current command code is 1011,1061,1063,3015,3017,3018,3019,3020.

3. Click Save to complete the configuration.
   info

   See HJ212-2017 Data Transmission Standards for Pollutant Online Monitoring Systems for detailed HJ212 2017 standard protocol information.

HJ212 2005

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and select HJ212 2005 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

Table 12. HJ212 2005 Source Parameter Specification

Parameter	Description
Port	Service port

3. Click Device to add devices and configure device parameters. Parameter description is as follows.

   Parameter	Meaning	Description
   *Unique Identification (MN)	The unique identification (MN) of the digital mining instrument device, consistent with the site identification	-
   *Name	Device name	Name is automatically generated. Default value is suggested.
   *Password	Field machine access password	-
   *Description	Description of the device, so that you can easily remember the characteristics of the device	-

4. Click Save to complete configuration.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. Enter basic properties, and select HJ212 2017 for driver name. The system will automatically configure attributes.

   Parameter	Specification
   *Device Unique Identification	The unique identification (MN) of the digital mining instrument device, consistent with the site identification.
   *System Coding (ST)	21: Surface water monitoring 22: Air quality monitoring 23: Regional environmental noise monitoring 31: Atmospheric environmental pollution sources32: Surface water environmental pollution sources 33: Groundwater environmental pollution sources 34: Marine environmental pollution sources 35: Soil environmental pollution sources 36: Sound environmental pollution sources37: Vibration environmental pollution sources 38: Radioactive environmental pollution sources41: Electromagnetic environmental pollution sources 91: System interaction
   Command Encoding (CN)	1000: Set timeout time and retransmission times 1011: Extract field machine time 1012: Set field machine time 1061: Extract real-time data interval 1062: Set real-time data interval 1072: Set field machine password 2011: Get pollutant real-time data 2021: Get equipment operation status data 2031: Get pollutant daily history data2041: Get equipment operation Time daily historical data 2051: Get pollutant minute data 2061: Get pollutant hourly data3011: Zero calibration, full scale calibration 3012: Instant sampling command 3013: Equipment operation command 3014: Set equipment sampling time period
   Query Interval	Time interval for the collector to actively check the data.
   *Target Field	Field name of data area.
   Target Field Parameter	The value of xxx in the target field (see HJ/T 212-2005 standard document, appendix B: Coding Schedule of Common Pollutants).
   Custom Data Fields	Used when distributing data.

3. Click Save to complete configuration.

   Note: Please refer to Standard for Data Communication of Pollution Emission Auto Monitoring System for more information of HJ212 2005 standard protocol information.

DLT 645

DLT645 driver, DL/T645-2007 protocol, for connecting multifunctional power meters.

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and select DLT645 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Definition
   *Port	Communication port	-
   *Baud Rate	Baud rate for channel operation	You can set 110, 300, 600, 1200, 2400, 4800, 9600, 14400, 19200, 38400, 56000, 57600, 115200, 921600. The settings must be consistent with the corresponding parameters on the DLT645 server.
   *Parity	Error checking type of port.	Optional parameters include the following: Odd parity, which indicates that the parity bit should be set to 1 if the number of 1 in the data bits is to be odd. Even parity, indicating that if the number of 1 in the data bits is to be even, the parity bit should be set to 2. The setting must be consistent with the corresponding parameters of the DLT645 server.

3. Click Device to add devices and configure device parameters. Parameter description is as follows.

   Parameter	Meaning	Specification
   Device	Device	-
   *Device Name	Device name	Name is automatically generated. Default value is suggested. Name should be a combination of alphanumeric underscores. Device name is unique under the same source.
   *Device Address	Production address of power meter	Device address under the same source is unique.
   Description	Description of device	-

4. Click Save to complete configuration.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.

   Parameter	Meaning	Description
   *Device Address	Production address of ammeters.	Form: Device name /Ammeter address
   *Get Interval	Tine interval for obtaining power meter data.	Set the acquisition frequency in seconds. (Default is 5s.)
   Data Identification	Data identification code identifies different data items with 4 bytes.	See DL/T645-2007communication protocol for details.

3. Click Save to complete configuration.

DLT698

DLT698 driver, DL/T698-2007 protocol, for connecting multifunctional power meters.

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and select DLT698 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *Port	Communication port	Name of port connected with DLT698 device. For example, COM1. Click Test to test port connection.
   *Baud Rate	Baud rate for channel operation	The settings must be consistent with the those corresponding to DLT698 device.
   *Parity	Error checking type of port.	Optional parameters include the following: Odd parity, which indicates that the parity bit should be set to 1 if the number of 1 in the data bits is to be odd. Even parity, indicating that if the number of 1 in the data bits is to be even, the parity bit should be set to 2. The setting must be consistent with the corresponding parameters of the DLT698 server.
   *Data Bit	Valid data bit number during data transmission	Selectable number: 5, 6, 7, 8. Parameters must be consistent with those corresponding to DLT698.
   *Client Address	-	Form: two hexadecimal characters. For example, A2.
   *Stop Bit	Stop bit marks the end of a data frame, providing the	Selectable number: 1, 2 (1 by default). Settings should be consistent with corresponding parameters of DLT 698 device.

3. Click Device to add devices and configure device parameters. Parameter description is as follows.

   Parameter	Meaning	Description
   *Device Name	Device name	Self-defined. Default name is suggested.
   *Device Address	Address of meter	Server Address
   Description	Description of device	-
   *Maximum byte number	Maximum length of data packet	64-1048576. (512 by default).

4. Click Save to complete configuration.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.

   Parameter	Meaning	Description
   *Device Address		Format: Device name/Meter address
   Data Identification	Used to identify different data item.	Please refer to documents of DL/T698-2017 communication protocol for details.
   *Get Interval	Time interval of acquiring data on electric energy meter	Set the acquisition frequency in seconds, the default is 5s. Note: The actual interval time is related to the external environment and may be greater than the set interval time.
   *Array Subscript	Arrary index of acquired data	Starting from 0. Set to 0 when it is not array.

3. Click Save to complete configuration.

Relational Database

SQL2DB

SQL to DB driver, mainly used for collecting data from relational databases.

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and select SQL2DB for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Description
   *Server Address	IP address of relational database server.
   *Database Name	Database Name
   *Database Type	This system supports mysql, sql server and oracle.
   *Communication Port	Communication port between database and collector.
   *Login Username	Username for logging into database.
   *Login Password	Password for logging into database.
   *Table Name	Table name of database that needs to be connected.
   *Collect Interval (Second)	The database sets the data collection period in seconds, the default is 1 second.
   Connection Test	Test whether the database connection is successful.

3. Enter the IP address of the relational database server you need to connect to, for example: 10.13.156.21.
4. Enter the name of the relational database to be connected, consistent with the database name.
5. Select corresponding data base, for example: oracle.
6. Enter communication port for database, for example: 1521, consistent with the database communication port.
7. Enter login username and password.
8. Enter table name that needs to be connected to the database, consistent with the database table name. And the database table fields need to be designed in strict accordance with supOS customization rules, field sorting and data types are listed below.

   Name	Mysql/SQL server	ORACLE	Remark
   id	BIGINT	NUMBER	-
   TagName	VARCHAR	VARCHAR2	Tag name
   T	BIGINT	NUMBER	Timestamp (ms)
   VString	VARCHAR	VARCHAR2	-
   Q	INT	NUMBER	Quality code
   TagType	INT	NUMBER	Tag type, value range 0-5, corresponding to data type String/Integer/Long/Float/Double/Bool
   VInt	INT	NUMBER	-
   VLong	BIGINT	NUMBER	-
   VFloat	FLOAT	FLOAT	-
   VDouble	DOUBLE	FLOAT	-
   VBool	TINYINT	NUMBER	-
   time	DATETIME	DATE	-

9. Set collect interval to one second.
10. After the information is entered, click Connection Test.
    info

    If you are not sure about database information, please check with the database administrator.

Importing Tag

SQL2DB driver supports batch import. After you have configured source information, go to Import tags in batch tab.

1. Click Enumerate Tags. The system will automatically enumerate tag information corresponding to the source.
2. Click Import to import tags.
3. The imported tags are displayed on Tag page.
   info

   Please refer to Appendix A/Table A-2 SQL2DB Type Suggested Correspondence Description for the correspondence between SQL2DB tag type and database field data type.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.
3. Click Select to unfold tag selection information.
4. Enter tag information in Tag Search for fuzzy query or click the refresh button, and the optional tag will automatically display related items according to the selected source.
5. Click blue √ button after selecting the corresponding tag, and the system automatically displays the I/O address.
6. Click Save to complete configuration.

SQL2DB2

SQL to DB2 driver, mainly used for data acquisition of relational database. SQL2DB2 is to access data with table structure to X-Collector. MySQL, Oracle, and SQL Server are supported. Per data communication, VSTRING is parsed into corresponding data type according to the type field TAGTYPE.

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and select SQL2DB2 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

Parameter	Description
*Database Type	This system supports mysql, sql server and oracle.
*Server Address	IP address of relational database server.
*Communication Port	Communication port between database and collector.
*Database Name	Database Name
*Table Name	Table name of database that needs to be connected.
*Login Username	Username for logging into database.
*Login Password	Password for logging into database.
*Collect interval (Second)	The database sets the data collection period in seconds, the default is 1 second.
Connection Test	Test whether the database connection is successful.

3. Enter the IP address of the relational database server you need to connect to, for example: 10.13.156.21.
4. Enter the name of the relational database to be connected, consistent with the database name.
5. Select corresponding data base, for example: oracle.
6. Enter communication port for database, for example: 1521, consistent with the database communication port.
7. Enter login username and password.
8. Enter table name that needs to be connected to the database, consistent with the database table name. And the database table fields need to be designed in strict accordance with supOS customization rules, field sorting and data types are listed below.

   Name	Mysql/SQL server	ORACLE	Remark
   id	BIGINT	NUMBER	-
   TagName	VARCHAR	VARCHAR2	Tag name
   T	BIGINT	NUMBER	Timestamp (ms)
   VString	VARCHAR	VARCHAR2	-
   Q	INT	NUMBER	Quality code
   TagType	INT	NUMBER	Tag type, value range 0-5, corresponding to data type String/Integer/Long/Float/Double/Bool
   VInt	INT	NUMBER	-
   VLong	BIGINT	NUMBER	-
   VFloat	FLOAT	FLOAT	-
   VDouble	DOUBLE	FLOAT	-
   VBool	TINYINT	NUMBER	-
   time	DATETIME	DATE	-

9. Set collect interval to one second.
10. After the information is entered, click Connection Test. The configuration is completed if the prompt Connection succeeded pops up.
    info

    If you are not sure about database information, please check with the database administrator.

Importing Tag

SQL2DB driver supports batch import. After you have configured the source information, go to Import tags in batch tab.

1. Click Synchronize, and the tag information corresponding to this source will be automatically synchronized.
2. Click Enumerate Tags. The system will automatically enumerate tag information corresponding to the source.
3. Click Import All to import all the tags, or you can select partial tags and click Batch Import.
4. The imported tags are displayed on Tag page.

   Note: Per correspondence of SQL2DB2 tag type and data type of database, please refer to Appendix A/A-2SQL2DB/SQL2DB2 Data Conversion Rules

ODBC

ODBC driver, used for accessing the database through ODBC.

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and select ODBC for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Description
   *ODBC Data Source	ODBC data source name
   *Table Name	Table name of the database that needs to be connected.
   *Collect interval	Set the data collection period in seconds, unit:ms, the default is 1000.
   *Login Username	Username for logging into database.
   *Login Password	Password for logging into database.

3. Enter ODBC data source name that needs to be connected.
4. Enter the table name of the database that needs to be connected.
5. Set collect interval.
6. Enter login username and password.
   info

   The database table structure should be consistent with the SQL2DB table fields, and ensure that the ODBC connection to the database is successful.

Importing Tag

OBDC driver supports batch import. After you have configured source information, click into the Import tags in batch tab.

1. Click Enumerate Tags. The system will automatically enumerate all BACnet servers in the same IP segment as the collector software.
2. Click to enter query for tag filtering.
3. Click Import to import tags.
4. The imported tags are displayed on Tag page.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.
3. Click Select to unfold tag selection information.
4. Enter tag information in Tag Search for fuzzy query or click the refresh button, and the optional tag will automatically display related items according to the selected source.
5. Click blue √ button after selecting the corresponding tag, and the system automatically displays the I/O address.
6. Click Save to complete configuration.

Power Regulations

IEC101

IEC 101 driver, power system 101 protocol, mainly used to connect IEC101 SLAVE.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select IEC 101 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *Link Address Length	Link address length	If the link address length is 1, then the link address range is 1-255. If the link address length is 2, then link address range is 1-65536.
   *Link Address	Link address field is slave station address
   Update Speed	Data update speed	Set update frequency in milliseconds.
   *Transmission Reason Length	Transmission reason	Byte number of transmission reason (You can choose 1 or 2)
   Public Address Length	Public address length	Byte number of public address length (You can choose 1 or 2)
   Info Object Address Length	Address Length of Info Object	Byte number of info object address
   Master Channel Settings	-	-
   *Serial Port	Serial port number	Serial port number of the collector server connected to IEC101 server, fill in the number type, e.g. 1 means COM1.
   *Baud Rate	Baud rate of channel	Baud rate can be set to 110, 150, 300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200. The settings must be consistent with the corresponding parameters on the IEC101 server.
   *Parity	Error checking type of port	Optional parameters include the following: None, indicating that no parity bits are added to the data bits sent from this port. Even, indicating that the parity bit should be set to 1 if the number of 1's in the data bits is to be even. Odd, means that if the number of 1's in the data bits is odd, the parity bit should be added. Mark, which means that the parity bit is added, but is always set to 0. Space, which means that parity bits are added but are always set to 1. The setting must be the same as the corresponding parameter on the IEC101 service side.
   Timeout Time	The maximum waiting time between the command sent by the master and the response	Unit: ms
   Retry Delay	Delay time	Time interval between packet timeout and the next packet.
   Number of Retries	Number of times to retry sending the command after the command response timeout.	The default setting is 3 times
   Info Type	Single point information setting.	Select the corresponding information type, enter the public address (COA), and the COA corresponds to the Slave configuration.
   Double point information setting.
   Normalized value setting.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.
3. Select tag and enter block offset i.e. select the location of the data; selecting 0 means to read the data from the first place. ClickSave to complete configuration.

IEC 103

IEC 103 driver, power system 103 protocol, used to connect IEC103 SLAVE.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select IEC 103 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *Link Address	Link address field is slave station address	The link address range is 1-255.
   *COA	Public address of application service data unit	COA corresponds to the Slave configuration, ranging from 0-255.
   Collect Interval (ms)	Data acquisition interval frequency	Baud rate can be set to 110, 300, 600, 1200, 2400, 4800,9600, 14400, 19200, 38400, 56000, 57600, 115200, 128000, 256000. The settings must be consistent with the corresponding parameters on the IEC103 server.
   Master Channel Setting
   *Serial Port	Serial port number	Serial port number of the collector server connected to IEC101 server, fill in the number type, e.g. 1 means COM1
   *Baud Rate	Baud rate of channel	Baud rate can be set to 110, 150, 300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200. The settings must be consistent with the corresponding parameters on the IEC101 server.
   *Parity	Error checking type of port	Optional parameters include the following: None, indicating that no parity bits are added to the data bits sent from this port. Even, indicating that the parity bit should be set to 1 if the number of 1's in the data bits is to be even. Odd, means that if the number of 1's in the data bits is odd, the parity bit should be added. Mark, which means that the parity bit is added, but is always set to 0. Space, which means that parity bits are added but are always set to 1. The setting must be the same as the corresponding parameter on the IEC101 service side.
   *Data Bit	Number of data bits used in the transmission and reception of each character	Optional parameters are 5, 6, 7, 8, and the default selection is 8. The setting must be consistent with the corresponding parameters of IEC103 server.
   Timeout Time	The maximum waiting time between the command sent by the master and the response	Default value is 5000ms.
   *Stop Bit	Transmission time between each character, measuring by bits/second.	Optional parameters are 1, 1.5, 2, the default choice is 1. The setting must be the same as the corresponding parameter on the IEC103 server.

3. Click Save to complete configuration.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is entered, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.

   Parameter	Meaning	Specification
   *Type Identification	Type identifier (TYPE IDENTIFICATION-TYP) in the data unit identifier of the Application Service Data Units (ASDUs).	<0-255>
   *Function Type	Function type (FUNCTION TYPE-FUN) in the information body identifier of the Application Service Data Units (ASDUs).	<0-255>
   *Information Serial Number	Information number (INFORMATION NUMBER-INF) in the information body identifier of the Application Service Data Units (ASDUs).	<0-255>
   Index Number	Sequence number when a frame of data contains multiple sets of data elements.	<0-127>

3. Click Save to complete configuration.

IEC104

IEC 104 driver, power system 104 protocol, used to connect IEC104 SLAVE.

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and select IEC 104 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   Collect Interval (ms)	Data collect interval	Set the update interval in milliseconds

3. Click Channel to add channel(s) and set related parameters. Parameter specifications are described as the following table:

   Parameter	Meaning	Description
   *Name	Channel name	Channel name is generated automatically. Default name is suggested.
   *Slave IP	Slave IP	-
   *Main Port	Port number for device communication	-
   *Total Summoning Interval (ms)	-	-
   *Timeout Time (ms)	Timeout Time for channels	Default value is 30000ms. Greyed by default, uneditable
   *Message Queue Length	Maximum length of the queue for sending commands.	Default is 0,meaning infinite length. Default is grayed and cannot be edited.

4. Click Session under the channel and set session parameter. Parameter specifications are as the following table.

   Parameter	Meaning	Description
   Session	Session	-
   *Name	Session Name	Name under the same session cannot be repeated.
   *OA	Transmitted master station address.	0 by default
   *Timeout Time	Timeout Time for channels	Default value is 30000ms. Greyed by default, uneditable.

5. Click Public Address to add sectors and set sector parameters. Sector parameters are listed in the following table.

   Parameter	Meaning	Description
   Sector	Sector	-
   *Name	Sector name	Name under the same sector cannot be repeated.
   *COA	Sector offset address	COA must correspond to SLAVE configuration, ranging from 0 to 65533.

6. Click Save to complete configuration.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.
3. Select tag and enter IOA address (IEC104 tag). ClickSave to complete configuration.

IEC61850

IEC61850 driver, power system 61850 protocol.

Adding Source

1. Click Add on Source to expand the source information.
2. Enter source name and description, and select IEC 61850 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   IP Address	IP Address	Localhost by default
   Port	Port	102 by default

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.
3. Select I/O address and function constraint. Click Save to complete configuration. '

   Function Name	Definition
   ST	Status information
   MX	Measurements
   CO	Control
   SP	Specification
   SV	Substitute
   DC	Description
   SG	Setting group
   SE	Editable setting group
   EX	Extension
   BR	Buffered Report Control Block
   RP	Unbuffered report control blocks
   LG	Log control block
   GO	GOOSE control block
   GS	GSSE control block
   MS	Multicast sample value control block
   US	Unicast sampled value control block

CDT

CDT protocol driver, mainly used to acquire grid data and monitor system to manage remote devices.

Adding Source

1. Click Add on Source to expand the source information.
2. Enter source name and description, and select CDT for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.
3. Click Channel to add channel(s) and set related parameters. Parameter specifications are in the following table:

   Table 34. Channel parameter specification

   Parameter	Meaning	Description
   Channel	Channel	-
   *Name	Channel name	Channel name is generated automatically. Default value is suggested.
   Description	Description of channels	-
   *COM	Serial port number	Serial port number of the collector server that establishes connection with CDT server.
   *Baud Rate	Baud rate of channel	Baud rate can be set to 110, 150, 300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200. The settings must be consistent with the corresponding parameters on the IEC101 server.
   *Parity	Error checking type of port	Optional parameters include the following: None, indicating that no parity bits are added to the data bits sent from this port. Even, indicating that the parity bit should be set to 1 if the number of 1's in the data bits is to be even. Odd, means that if the number of 1's in the data bits is odd, the parity bit should be added. Mark, which means that the parity bit is added, but is always set to 0. Space, which means that parity bits are added but are always set to 1. The setting must be the same as the corresponding parameter on the IEC101 service side.
   *Data Bit	Number of data bits used in the transmission and reception of each character	Optional parameters are 7 or 8, and the default selection is 8. The setting must be consistent with the corresponding parameters of CDT.
   *Stop Bit	Transmission time between each character, measuring by bits/second.	Optional parameters are 1, 2, and the default choice is 1. The setting must be the same as the corresponding parameter of CDT server.

4. Click Substation under the channel and configure substation. Parameter specifications are as the follow table.

   Parameter	Meaning	Description
   *Name	Substation name	Substation name under the same Channel cannot be repeated.
   Description	Description of substation	-
   *Substation ID	Substation ID	The setting must correspond to the parameter of the CDT server, and the setting range is 1~255

5. Click Save to complete configuration.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.
3. Select tag (the CDT driver substation to be connected) and function constraint. Select the type to be connected, frame class code, function code and sequence number. You can refer to the corresponding parameters of the CDT server when setting parameters.

• Type:

  Selectable parameters include Telemetry,Telemetry, Electric Energy Pulse and SOE. SOE stands for the record of sequence of time.

  Data type corresponding to remote signalling is Boolean; The data type corresponding to "telemetry" and "electric energy pulse" is the numeric type converted from hexadecimal to decimal; the data type corresponding to SOE is Boolean, and the return value is 1 when the event occurs and 0 when the event does not occur.

• Frame Class Code：

  When Type is

  Telemetry, the optional parameters are 97, 179 and 194, 97 corresponds to frame A, 179 corresponds to frame C and 194 corresponds to frame B.

  When

  Type isTeleignalling, the default parameter is 244.

  When Type isElectric Energy Pulse , the default parameter is 244.

  When Type is

  SOE, the default parameter is 38.
• Function Node: Function node stands for the data corresponding to the row in which it is located. When Type isTelemetry, the optional parameters are 0 to 127. 0 means the data of telemetry 0.

  When

  Type isTeleignalling, the selectable parameters are 240 to 255, 240 means the data of the first group, each group has 32 data lines; 241 means the data of the second group, and so on.

  When Type selects

  Electric Energy Pulse , the optional parameters are 160 to 223, and 160 means the data of electricity 0.

  When Type is

  SOE, the optional parameters are 128 and 129, which indicates the return results corresponding to 80H and 81H, both of which are currently returned.
• Sequence Number:

  When Type is

  Telemetry, the optional parameters are 0 and 1, indicating the data for the corresponding column.

  When

  Type is Teleignalling, The optional parameters are 0 to 31. 0 means the first line of data of each group; for example, the function code is 241, and the sequence number is 0 corresponding to the first line of data of the second group, i.e., the 32nd line of data (starting from the 0th line).

  When

  Type isElectric Energy Pulse , the optional parameter is 0.

  When

  Type isSOE, the optional parameters are 0 to 4095, corresponding to the object number of the server.

4. Click Save to complete configuration.

Intelligent Device

BH 5000 driver, mainly used to connect to BH 5000 protocol-based servers for data acquisition.

Adding Source

1. Click Add onSource page.

2. Enter source name and description, and selectBH5000 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Table 35. BH5000 source parameter specification

   Parameter	Meaning	Specification
   *Node	Communication connection node	-
   Update Rate	Update rate of tag value	Configure update rate, range: 100-5000ms.
   IP	Server IP Address	-
   Port	Port number of server	-

3. Click Select to expand the information that needs to be entered for BH5000.

4. Enter the IP address and port of the BH5000 you want to connect to, and click

   Search.

5. Select the corresponding node ID and clickConfirm, and the node information will be generated automatically.

6. Click Save to complete configuration.

Adding Tag

1. Click Add to unfold basic properties of tag.

2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.

3. Click Select, and the node automatically displays related items according to the selected source.

4. Select corresponding node, and property textbox will display properties of selected node.

5. After you have selected corresponding properties, click

   Confirm, and the system automatically generates I/O address.

6. Click Save to complete configuration.

Simulation Driver

Data source simulator, mostly used for internal test.

FANUC

All PCMIA Series

All PCMIA series are used to connect to the full range of Fanuc PCMIA CNCs via the network port.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select All PCMIA Full Series for the driver. The system expands the information that needs to be entered for this driver according to the selected driver name.

   Table 36. Source parameter specification of all PCMIA series

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	-
   Timeout Time	Maximum wait time for device connection timeout	Default value is 5000, unit: milliseconds (ms)
   Collect Interval (ms)	Update cycle of data	Configure the time period of data acquisition. Unit: ms

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After you have entered basic properties, the system automatically generates related configuration attributes for the connection point between tag and the underlying data. Select corresponding IO address, and clickSave to complete configuration.

   Number	IO Address	Data Type	Description
   1	GetCurrentPath	int	Get current channel
   2	GetMaxPath	int	Get maximum path
   3	GetProducts	int	Get products
   4	GetModeInfo	int	Get mode info
   5	GetStateInfo	int	Get state info
   6	GetToolNum	int	Get tool number
   7	GetToolOffsetNum	int	Get tool offset number
   8	GetSFeed	int	Get spindle feed
   9	GetFeedRate	int	Get speed rate
   10	RapidFeed	int	Rapid feed
   11	GetSetSpSpeed	int	Get setting spindle speed
   12	GetActSpSpeed	int	Get actual spindle speed
   13	GetSetFeedSpeed	int	Get set feed speed
   14	GetActFeedSpeed	int	Get actual feed speed
   15	GetSpLoad	int	Get spindle load
   16	GetCNCType	string	Get CNCT type
   17	GetAlarmMsg	string	Get alarm message
   18	GetCurrent	string	Get current
   19	GetKeepAliveTime	string	Keep alive time
   20	GetRunTime	string	Run time
   21	GetCutTime	string	Cut time
   22	GetCycTime	string	Cycle time
   23	GetSMotorTemp	string	Spindle motor temperature
   24	GetServoMotorTemp	string	Servo motor temperature
   25	GetProcessStatus	string	Process satus
   26	GetAbsPosX	double	Absolute position X
   27	GetAbsPosY	double	Absolute position Y
   28	GetAbsPosZ	double	Absolute position Z
   29	GetMacPosX	double	Machinery position X
   30	GetMacPosY	double	Machinery position Y
   31	GetMacPosZ	double	Machinery position Z
   32	GetRelPosX	double	Relative position X
   33	GetRelPosY	double	Relative position Y
   34	GetRelPosZ	double	Relative position Z
   35	GetRemPosX	double	Remaining position X
   36	GetRemPosY	double	Remaining position Y
   37	GetRemPosZ	double	Remaining position Z

R Series

Connect Fanuc R series robots via network port.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select R Series for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	IP Address of device	-
   *Port	Port number	60008 by default
   Collect Interval (ms)	Update cycle of data	Configure the time period of data acquisition, unit: ms

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is entered, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.

   Parameter	Meaning	Specification
   *IO Address	IO address type	D (Data register) AI (input register) AQ (output register) I (Input Relay) Q (output relay) M (Intermediate Relay)
   *Data Type	Data type of tag	IO address type is D/AI/AQ, and the data type can choose a type other than bool. Bool cannot be chosen. IO address type is I/Q/M, and data type can only be bool.
   *Address Offset	Address offset	Select the offset value, i.e., select the position of the data. Select 0 means to read the data from the first position.
   *String Length	String length	Optional string length when string is selected for data format only.

3. Click Save to complete configuration.

Mitsubishi

Mitsubishi CNC

Connect Mitsubishi M700 series CNC (including M700/M700V, M70/M70V, E70), M800 series CNC (including M800, M800V), and C70 series CNC via TCP/IP protocol.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select Mitsubishi CNC for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	IP address of device	-
   *Port	Port number	683 by default
   Timeout Time	Maximum wait time of device connection timeout.	5000 by default. Unit: ms.
   Collect Interval (ms)	Data acquisition cycle	Configure the time period of data acquisition. Unit: ms.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic properties are entered, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data. Select corresponding acquisition point. ClickSave to complete configuration.

   Number	Acquisition Point	Data Type	List View
   1	Number of current process item	long long	GET_PRODUCT_COUNT_MSG
   2	Current axis number	long long	GET_AXIS
   3	Keep alive time	long long	GET_KEEP_ALIVE_TIME
   4	Current sequence number	long long	GET_SEQUENCE_NUM
   5	Current tool number	long long	GET_TOOL_NO
   6	Actual spindle speed	long long	GET_SPINDLE_ACTUAL_SPEED
   7	Set spindle speed	long long	GET_SPINDLE_SET_SPEED
   8	Spindlr load	long long	GET_SPINDLE_LOAD
   9	Run time	long long	GET_RUN_TIME
   10	System date	long long	GET_SYSTEM_DATE
   11	System time	long long	GET_SYYTEM_TIME
   12	Cycle time	long long	GET_CYCLE_TIME
   13	Start time	long long	GET_START_TIME
   14	Servo axis X load	long long	GET_SERVO_LOAD_X
   15	Servo axis Y load	long long	GET_SERVO_LOAD_Y
   16	Servo axis Z load	long long	GET_SERVO_LOAD_Z
   17	Current program block	string	GET_PROGRAM_BLOCK
   18	CNC model	string	GET_VERSION
   19	Current program name	string	GET_PROGRAM_NO
   20	Alarm message	string	GET_ALARM_MSG
   21	Feed set speed	double	GET_FEED_SET_SPEED
   22	Feed actual speed	double	GET_FEED_ACTUAL_SPEED
   23	Axis X machine position	double	GET_MACHINE_POSTION_X
   24	Axis Y machine position	double	GET_MACHINE_POSTION_Y
   25	Axis Z machine position	double	GET_MACHINE_POSTION_Z
   26	Axis A machine position	double	GET_MACHINE_POSTION_A
   27	Axis X work position	double	GET_WORK_POSITION_X
   28	Axis Y work position	double	GET_WORK_POSITION_Y
   29	Axis Z work position	double	GET_WORK_POSITION_Z
   30	Axis A work position	double	GET_WORK_POSITION_A
   31	Axis X current position	double	GET_CURRENT_POSITION_X
   32	Axis Y current position	double	GET_CURRENT_POSITION_Y
   33	Axis Z current position	double	GET_CURRENT_POSITION_Z
   34	Axis A current position	double	GET_CURRENT_POSITION_A
   35	Axis X distance position	double	GET_DISTANCE_POSITION_X
   36	Axis X distance position	double	GET_DISTANCE_POSITION_Y
   37	Axis X distance position	double	GET_DISTANCE_POSITION_Z
   38	Axis X distance position	double	GET_DISTANCE_POSITION_A
   39	Run status	string	GET_RUN_STATUS_ARR
   40	Read macro variable	According to the actual macro variable	MACRO_VARIABLE

A_1E_ASCII/A_1E_Binary

A_1E_ASCII: Connects to Mitsubishi PLC via MC Qna1E ASCII protocol.

A_1E_Binary: Connects to Mitsubishi PLC via MC Qna1E Binary protocol.

Adding Source

1. Click Add on Source to expand source information configuration.
2. Enter source name and description, and select Mitsubishi A_1E_ASCII/A_1E_Binary for the driver. The system expands the information that needs to be entered for this driver according to the selected driver name.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	6000 by default

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is entered, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.

   Parameter	Meaning	Description
   *Register Type	Register type	X (input relay) Y (output relay) M (internal relay) L (latching relay) F (Alarm) V (Edge Relay) B (Link Relay) S (Step Relay) D (Data Register) W (Link register) R (file register)
   *Data Type	Data type of tag	-
   *Address Display Base	System of the display of address	Octal, decimal, hexadecimal can be selected.
   *Address Number	Address number	Please enter address number.
   Bit Offset	Bit offset	Bit offset can only be selected when data type is bool, ranging from 0-7. Selecting 0 means to read from the first bit.
   String Length	String length	String Length can only be selected when the data type is string.

3. Click Save to complete configuration.

A_3C_Format

Connect Mitsubishi PLC via Qna 3C protocol.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select Mitsubishi A_3C_Format for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   Station Number	PLC station number	PLC address, 0 by default
   Master Channel Settings	-	-
   Serial Port	Serial port number	Serial port number of the collector server that establishes connection with the PLC.
   *Baud Rate	Baud rate of channel	Baud rate can be set to 110, 300, 600, 1200, 2400, 4800, 9600, 14400, 19200, 38400, 56000, 57600, 115200, 128000, 256000. The settings must be consistent with the corresponding parameters of IEC101 server.
   Data Bit	Data bit used for transmitting and receiving each character.	The optional parameter is 7 or 8, and the default is 8. The settings must be consistent with the parameter corresponding to PLC server.
   Stop Bit	Time between transmission of each character, measured in bits per second.	The optional parameters are 1, 1.5 and 2, and the default is 1. The settings must be consistent with the parameters corresponding to PLC.
   Parity	Type of error checking for the port.	Optional parameters include the following: None, indicating that no parity bit is added to data bits sent from this port. Odd, indicating that if the number of 1's in the data bits is to be odd. The parity bit should be added. Even, indicating that if the number of 1's in the data bits is to be even. The parity bit should be set to 1. Mark, meaning adding parity bit. (always set to 0). Space, meaning adding parity bit (always set to 1). The settings must be consistent with the parameters corresponding to the PLC.

Adding Tag

For details, see Adding Tag.

A_3C_TCP

Connect to Mitsubishi PLC via Qna 3C Over TCP protocol.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select Mitsubishi A_3C_TCP for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	2000 by default
   *Station Number	PLC station number	PLC address, 0 by default.

Adding Tag

For details, seeAdding Tag .

Fx_Links_485

Connect Mitsubishi PLC through Fx computer chain protocol.

Adding Source

1. Click Add on Source to expand source information configuration.
2. Enter source name and description, and select Mitsubishi Fx_Links_485 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Specification
   Station Number	PLC station number.	PLC address, 0 by default.
   Timeout Time	Maximum wait time of device connection timeout.	0 by default. Unit: ms.
   Parity	Device supports checksum varification.	You can select Yes or No.
   Master Channel Settings	-	-
   Serial Port	Serial port number	Serial port number of the collector server that establishes connection with the PLC.
   *Baud Rate	Baud rate of channel	Baud rate can be set to 110, 300, 600, 1200, 2400, 4800, 9600, 14400, 19200, 38400, 56000, 57600, 115200, 128000, 256000. The settings must be consistent with the corresponding parameters on the IEC101 server.
   Data Bit	Data bit used for transmitting and receiving each character.	The optional parameter is 7 or 8, and the default selection is 8 The setting must be consistent with the parameter corresponding to the PLC server.
   Stop Bit	Time between transmission of each character, measured in bits per second.	The optional parameters are 1, 1.5 and 2, and the default selection is 1. The settings must be consistent with the parameters corresponding to the PLC.
   Parity	Type of error checking for the port.	Optional parameters include: None, indicating that no parity bit is added to data bits sent from this port. Odd, indicating that if the number of 1's in the data bits is to be odd, the parity bit should be added. Even, indicating that if the number of 1's in the data bits is to be even, the parity bit should be set to 1. Mark, means adding parity bit, but always set to 0. Space, means adding parity bit, but always set to 1. The settings must be consistent with the parameters corresponding to the PLC.

Adding Tag

For details, seeAdding Tag .

Fx_Links_TCP

Connect Mitsubishi PLC through over TPC protocol.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select Mitsubishi Fx_Links_TCP for the driver. The system expands the information that needs to be entered for this driver according to the selected driver name.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number.	2000 by default
   Station Number	PLC station number.	PLC address, 0 by default.
   Timeout Time	Maximum latency of connection timeout.	0 by default; Unit: ms.
   Parity	Device supports checksum verification.	You can select Yes or No.

Adding Tag

SeeAdding Tag for details.

Fx_Serial

Connect Mitsubishi PLC through Fx programming port protocol.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select Mitsubishi Fx_Serial for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   Master Channel Settings	-	-
   Serial Port	Serial port number	Serial port number of the collector server that establishes connection with the PLC
   *Baud Rate	Baud rate of channel	Baud rate can be set to 110, 300, 600, 1200, 2400, 4800, 9600, 14400, 19200, 38400, 56000, 57600, 115200, 128000, 256000. The settings must be consistent with the corresponding parameters on the IEC101 server.
   Data Bit	Data bit used for transmitting and receiving each character	The optional parameter is 7 or 8, and the default selection is 8 The setting must be consistent with the parameter corresponding to the PLC server.
   Stop Bit	Time between transmission of each character, measured in bits per second.	The optional parameters are 1, 1.5 and 2, and the default selection is 1. The settings must be consistent with the parameters corresponding to the PLC.
   Parity	Type of error checking for the port.	Optional parameters include: None, indicating that no parity bit is added to data bits sent from this port. Odd, indicating that if the number of 1's in the data bits is to be odd, the parity bit should be added. Even, indicating that if the number of 1's in the data bits is to be even, the parity bit should be set to 1. Mark, means adding parity bit, but always set to 0. Space, means adding parity bit, but always set to 1. The settings must be consistent with the parameters corresponding to the PLC.

Adding Tag

Please refer toAdding Tagfor details.

Fx_Serial_TCP

Connect Mitsubishi PLC through Fx Serial TCP protocol.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select Mitsubishi Fx_Serial_TCP for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaing	Description
   *IP Address	Device IP address	-
   *Port	Port number	6000 by default

Adding Tag

For details, seeAdding Tag .

MC_ASCII

Connect Mitsubishi PLC through MC Qna3E ASCII protocol.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select Mitsubishi MC_ASCII for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	6000 by default

Adding Tag

Please refer toAdding Tagfor details.

MC_UDP_ASCII

Connect Mitsubishi PLC through MC Qna3E ASCII UDP protocol.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select Mitsubishi MC_UDP_ASCII for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	6000 by default

Adding Tag

For details, seeAdding Tag .

MC_Binary

Connect Mitsubishi PLC through MC Qna3E Binary protocol.

Adding Source

1. Click Add on Source to expand the source information.
2. Enter source name and description, and select Mitsubishi MC_Binary for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	6000 by default

Adding Tag

SeeAdding Tag for details.

MC_R_Binary

Connect Mitsubishi PLC through MC R Serial Qna3E Binary protocol.

Adding Source

1. Click Add on Source to expand the source information.
2. Enter source name and description, and select Mitsubishi MC_R_Binary for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	6000 by default

Adding Tag

For details, seeAdding Tag .

MC_UDP_Binar

Connect Mitsubishi PLC through MC Qna3E Binary UDP protocol.

Adding Source

1. Click Add on Source to expand the source information.
2. Enter source name and description, and select Mitsubishi MC_UDP_Binary for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	6000 by default

Adding Tag

For details, seeAdding Tag .

Brother

Connect Brother S series (including S700Z1, S500Z1, S1000X1, S700X1, S500X1, S300X1 ), R series CNC (including R450Z1, R450X1, R650X1) and M140X2RD CNC with TCP/IP protocol.

Adding Source

1. Click Add onSource to expand the source information.

2. Enter source name and description, and selectCNC_TCP for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Table 55. CNC_TCP source point specification

   Parameter	Meaning	Specification
   Collect Interval	Data Collect Interval	Unit:ms
   *IP Address	IP address of device	-
   *Port	Port number	-
   Timeout Time	Maximum wait time of device connection timeout.	5000 by default. Unit: ms

Adding Tag

1. Click Add to unfold basic properties of tag.

2. After the basic property content is entered, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.

   Table 56. IO Address Specification

   No.	IO Address	Data Type	Description
   1	BrotherAbsPos	string	Get absolute position
   2	BrotherActFeedSpeed	string	Actual feed speed
   3	BrotherActSpSpeed	string	Spindle actual feed speed
   4	BrotherAlarmNum	string	Get alarm number——Cannot get alarm message
   5	BrotherCNCID	string	CNC ID
   6	BrotherFeedRate	string	Feed rate
   7	BrotherIsEmerGency	string	Get emergency status
   8	BrotherKeepAliveTime	string	Get alive time
   9	BrotherMacPos	string	Get machine position
   10	BrotherModeInfo	string	Get motor info
   11	BrotherMotorLoad	string	Get motor load
   12	BrotherOperateTime	string	Get operate time
   13	BrotherProducts	string	Get product number
   14	BrotherProName	string	Get program name
   15	BrotherRapidFeed	string	Get rapid feed
   16	BrotherRelPos	string	Get relative position
   17	BrotherRemPos	string	Get remaining position
   18	BrotherRunTime	string	Get run time
   19	BrotherSFeed	string	Get spindle ratio
   20	BrotherStateInfo	string	Get state info
   21	BrotherToolNum	string	Get tool number
   22	BrotherType	string	Get machine type
   23	BrotherVersion	string	Get version info

Simens

Profinet

Connect PLC of 808D series, 828D series, 828Dsl series via Profinet protocol (device must have 127 or 130 network port), 840D series (implemented via httpDDE protocol).

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and select Simens Profinet for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	-	-
   *Port	-	-
   Timeout Time	Maximum time of device connection timeout.	5000 by default. Unit: ms
   Collect Interval (ms)	Data acquisition cycle	Configure time cycle of data acquisition. Unit: ms
   Device Type	Simens CNC device type	840D or other types

3. Click Save to complete configuration.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.

   Table 58. Parameter specification of PPI_TCP related configuration

   Parameter	Meaning	Specification
   *IO Address	IO address type	-
   *Data Type	Data type of tag	-
   *Address Offset	Address offset	Select the offset value, i.e., select the position of the data. ( Selecting 0 means to read the data from the first bit).
   Bit Offset	Bit offset	Bit offset can only be selected when data type is bool, ranging from 0-7. Selecting 0 means to read from the first bit.
   String Length	String Length	String Length can only be selected when the data is string type.

PPI

Adding Source

1. Click Add on Source to expand the source information.
2. Enter source name and description, and select Simens PPI for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	102 by default
   Collect Interval (ms)	Data acquisition Cycle	Configure time cycle of data acquisition. Unit: ms.
   *Station Number	PLC station number	PLC address, 2 by default.

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is entered, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.

   Table 60. Parameter specification of PPI_TCP related configuration

   Parameter	Meaning	Description
   *IO Address	IO address type	I (input register) Q (output register) M (Intermediate register) DB (DB block register) T (Timer value) C (value of counter)
   *Data Type	Data type of data	-
   *Address Offset	Address offset	Select the offset value, i.e., select the position of the data. (Selecting 0 means to read the data from the first bit.)
   Bit Offset	Bit offset	Bit offset can only be selected when data type is bool, ranging from 0-7. Selecting 0 means to read from the first bit.
   *String Length	String Length	String Length can only be selected when the data is string type.

3. Click Save to complete configuration.

S7_200Smart_TCP/S7_200_TCP/S7_1500_TCP/Fetch/Write

Adding Source

1. Click Add on Source to expand the source information.
2. Enter source name and description, and select Simens S7_200Smart_TCP for the driver. The system expands the information that needs to be entered for this driver according to the selected driver name.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	102 by default
   Collect Interval (ms)	Data acquisition period	Configure time cycle of data acquisition. Unit: ms. 5000 by default

Adding Tag

For details, seeAdding Tag .

Omron

HostLink_TCP

Connect PLC of Omron through the network port via HostLink protocol.

Adding Source

1. Click Add on Source to expand the source information.
2. Enter source name and description, and selectHostLink_TCP for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	-
   PLC Unit Number	PLC unit number	-
   Station Number	PLC station number	PLC address
   Collect Interval (ms)	Update cycle of data	Configure time cycle of data acquisition. Unit: ms. 5000 by default.
   Host Computer Unit Number	Host Computer Unit Number	-
   Device ID	Device ID	-

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.

   Table 63. Parameter specification of HostLink_TCP related configuration

   Parameter	Meaning	Description
   *IO Address	IO address type	I (input register) Q (output register) M (Intermediate register) DB (DB block register) T (Timer value) C (value of counter)
   *Data Type	Data type of data	-
   *Address Offset	Address offset	Select the offset value, i.e., select the position of the data. (Selecting 0 means to read the data from the first bit.)
   Bit Offset	Bit offset	Bit offset can only be selected when data type is bool, ranging from 0-7. Selecting 0 means to read from the first bit.
   *String Length	String Length	String Length can only be selected when the data type is string.

3. Click Save to complete configuration.

TCP

Connect Omron's PLC of type CPM1A PLC, CPM2A PLC, CP1H PLC, CP1L PLC, CPM2C PLC, CQM1H PLC, CJ1M PLC, C200H PLC, CJ1 PLC, CS1 PLC, CV PLC, CS1D with TCP protocol.

Adding Source

1. Click Add on Source to expand source information configuration.
2. Enter source name and description, and selectTCP for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port number	-
   *PLC Unit Number	PLC unit number	-
   Collect Interval (ms)	Update cycle of data	Data collect interval. Unit: ms.
   Host Computer Unit Number	Host Computer Unit Number	-

Adding Tag

For details, seeAdding Tag.

UDP

Connect Omron CPM1A, CPM2A, CP1H, CP1L, CPM2C, CQM1H, CJ1M, C200H, CJ1, CS1, CV, CS1D with UDP protocol.

Adding Source

1. Click Add on Source to expand the source information configuration.
2. Enter source name and description, and selectUDP for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	Device IP address	-
   *Port	Port	-
   Collect Interval (ms)	Update cycle of data	Configure time cycle of data acquisition. Unit: ms.
   Host Computer Unit Number	Host Computer Unit Number	-

Adding Tag

For details, seeAdding Tag.

FINS_UDP

Connect Omron PLC via FINS protocol.

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and select FINS_UDP for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *PLC IP Address	IP address of PLC communication	-
   *PLC Port	Port of UDP communication	9600 by default
   *Local IP Address	IP address of installation environment of X-Collector	-
   Collect Interval (ms)	Update cycle of data	Configure time cycle of data acquisition. 1000 by default. Unit: ms

Adding Tag

1. Click Add to unfold basic properties of tag.
2. After the basic property content is input, the system automatically adds the relevant properties for the connection point between tag and the underlying data.

   Table 67. Parameter specification of FINS_UDP related configuration

   Parameter	Meaning	Description
   Register Type	Data stores code	A（Auxiliary Bit Area） C（CIO Area） D（Data Memory Area） H（Holding Bit Area） W（Work Area）
   *Data Type	Data type that has been read.	The type corresponding to the actual meaning of the register data
   *Address Number	Address number	Address number of data to be read
   Bit Offset	Bit offset	Bit offset can only be selected when data type is bool, ranging from 0-7. Selecting 0 means to read from the first bit.
   Byte Offset	Byte offset	Bye offset can only be selected when data type is byte, ranging from 0-1.
   *String Length	String Length	String Length can only be selected when the data type is string.

3. Click Save to complete configuration.

Host_Link_COM

Connect Omron PLC via HostLink protocol.

Adding Source

1. Click Add on Source to expand source information.
2. Enter source name and description, and selectHost_Link_COM for the driver. The system expands the information that needs to be entered for this driver according to the selected driver name.

   Parameter	Meaning	Specification
   Station Number	PLC station number	PLC address, 0 by default
   Main Channel Settings
   Serial Port	Serial port number	Serial port number of the collector server that establishes connection with the PLC
   *Baud Rate	Baud rate of channel	Baud rate can be set to 110, 300, 600, 1200, 2400, 4800, 9600, 14400, 19200, 38400, 56000, 57600, 115200, 128000, 256000. The settings must be consistent with the corresponding parameters on the IEC101 server.
   Data bit	Data bit used for transmitting and receiving each character	The optional parameter is 7 or 8, and the default selection is 8 The setting must be consistent with the parameter corresponding to the PLC server.
   Stop Bit	Time between transmission of each character, measured in bits per second	The optional parameters are 1, 1.5 and 2, and the default selection is 1. The settings must be consistent with the parameters corresponding to the PLC.
   Parity	Type of error checking for the port	Optional parameters include: None, indicating that no parity bit is added to data bits sent from this port. Odd, indicating that if the number of 1's in the data bits is to be odd, the parity bit should be added. Even, indicating that if the number of 1's in the data bits is to be even, the parity bit should be set to 1. Mark, means adding parity bit, but always set to 0. Space, means adding parity bit, but always set to 1 The settings must be consistent with the parameters corresponding to the PLC.

Adding Tag

For details, seeAdding Tag.

KUKA

Connect KUKA C2, C4 and C5 series robots with KUKAVARPROXY protocol.

Adding Source

1. Click Add onSource to expand the source information.

2. Enter source name and description, and select

   KUKAVARPROXY for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Parameter	Meaning	Description
   *IP Address	Device IP Address	-
   *Port	Port number	7000 by default
   Timeout Time	The maximum waiting time between the command sent by the master and the response	Unit: ms
   Collect Interval (ms)	Data acquisition cycle	Configure data acquisition cycle. Unit: ms, 1000 by default.

Adding Tag

1. Click Add to unfold basic properties of tag.

2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data. Select corresponding acquisition point, then click

   Save to complete configuration.

   Table 70. Acquisition point

   Number	Acquisition Point	Data Type	List View
   1	Program ratio	String	$OV_PRO
   2	Designated axis coordinates	String	$AXIS_ACT
   3	Actual axis coordinates	String	$AXIS_ACT_MEAS
   4	Current rectangular coordinate robot position	String	$POS_ACT
   5	Measure rectangular coordinate robot position	String	$POS_ACT_MES
   6	Current operation mode	String	$MODE_OP
   7	Actual current of each axis	String	$CURR_ACT【】
   8	Actual current of A1 axis	String	$CURR_ACT【1】
   9	Actual current of A2 axis	String	$CURR_ACT【2】
   10	Actual current of A3 axis	String	$CURR_ACT【3】
   11	Actual current of A4 axis	String	$CURR_ACT【4】
   12	Actual current of A5 axis	String	$CURR_ACT【5】
   13	Actual current of A6 axis	String	$CURR_ACT【6】
   14	Actual current of E1 axis	String	$CURR_ACT【7】
   15	Actual current of E2 axis	String	$CURR_ACT【8】
   16	Actual current of E3 axis	String	$CURR_ACT【9】
   17	Actual current of E4 axis	String	$CURR_ACT【10】
   18	Actual current of E5 axis	String	$CURR_ACT【11】
   19	Actual current of E6 axis	String	$CURR_ACT【12】
   20	Current motor speed	String	$VEL_AXIS_ACT【】
   21	Current motor speed of A1 axis	String	$VEL_AXIS_ACT【1】
   22	Current motor speed of A2 axis	String	$VEL_AXIS_ACT【2】
   23	Current motor speed of A3 axis	String	$VEL_AXIS_ACT【3】
   24	Current motor speed of A4 axis	String	$VEL_AXIS_ACT【4】
   25	Current motor speed of A5 axis	String	$VEL_AXIS_ACT【5】
   26	Current motor speed of A6 axis	String	$VEL_AXIS_ACT【6】
   27	Current motor speed of E1 axis	String	$VEL_AXIS_ACT【7】
   28	Current motor speed of E2 axis	String	$VEL_AXIS_ACT【8】
   29	Current motor speed of E3 axis	String	$VEL_AXIS_ACT【9】
   30	Current motor speed of E4 axis	String	$VEL_AXIS_ACT【10】
   31	Current motor speed of E5 axis	String	$VEL_AXIS_ACT【11】
   32	Current motor speed of E6 axis	String	$VEL_AXIS_ACT【12】
   33	Running status	String	$PRO_STATE
   34	Program name	String	$PRO_NAME【】
   35	Current tool coordinates	String	$ACT_TOOL
   36	Current load	String	$LOAD
   37	Stopmess information	String	$STOPMESS

Haas

Connect Haas all series through TCP/IP protocol.

Adding Source

1. Click Add onSource to expand the source information configuration.

2. Enter source name and description, and select

   All Haas Series for the driver. The system expands the information that needs to be entered for this driver according to the selected driver name.

   Table 71.

   Parameter	Meaning	Description
   *IP Address	Device IP Address	-
   *Port	Port number	7000 by default
   Collect Interval	Data Collect Interval	Unit:ms, 1000 by default

Adding Tag

1. Click Add to unfold basic properties of tag.

2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data. Select corresponding acquisition point, then click

   Save to complete configuration.

   Table 72. Collect Node

   NO.	Collect node	Data Type	-
   1	Machine serial number	String	Q100
   2	Control software version	String	Q101
   3	Machine model	String	Q102
   4	Operation mode	String	Q104
   5	Total number of tool switching	String	Q200
   6	Current tool number	String	Q201
   7	Total power-on time	String	Q300
   8	Total running time	String	Q301
   9	Last cycle time	String	Q303
   10	Previous cycle time	String	Q304
   11	M30 part counter #1	String	Q402
   12	M30 part counter#2	String	Q403
   13	Three in one (program, running status, number of parts machined)	String	Q500
   14	Macro variables	String	Q600

Glonavin

Adding Source

1. Click Add onSource to expand the source information.

2. Enter source name and description, and select

   Explosion Proof Positioning Card for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Table 73. df

   Parameter	Meaning
   *Service Port	Listening port

Adding Tag

1. Click Add to unfold basic properties of tag.

2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data. Select corresponding acquisition point, then click

   Save to complete configuration.

   Table 74. Explosion Proof Positioning Card

   Parameter	Meaning	Description
   Field Identifier	ID for connecting devices. (It is a unique identifier)	4-digit lot number4-digit number, provided by the equipment manufacturer.
   Select Field	Device attributes. Click on the drop-down box to select the corresponding field.	AlarmStatus：Alarm Status Attitude：Attitude CSQ：Network signal quality CarrierDirection：Carrier Direction DeviceId_Number：Device id---number EastSpeed：Northeast sky speed - eastward speed Electricity：Electricity GPStime：GPS time GroundSpeed：Ground Speed Latitude：Latitude, Unit: 1e-7 LatitudeFlag：1--- north latitude， 0--- south latitude Longitude：Longitude,unit:1e-7 LongitudeFlag：1--- East longitude， 0---West Longitude Mileage: Mileage NorthSpeed：Northeast sky speed - northbound speed PositionStatus：Position Status ReportingInterval：Interval of reporting SatelliteNum：Satellite number SkySpeed：Northeast sky speed - upward speed UpstreamDataStatus：Upstream data status pDOP：pDOP value

3. Click Save to complete configuration.

Rockwell

Connect PLC of Rockwell with AB PLC DF1 protocol.

Adding Source

1. Click Add onSource to expand source information.

2. Enter source name and description, and selectAB_DF1 for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Table 75. AB_DF1 parameter specification

   Parameter	Meaning	Description
   *Serial Port	Serial port number	Serial port number of the collector server that establishes connection with the PLC; Fill in number type, for example, 1 means COM1.
   *Baud Rate	-	Baud rate can be set to 110, 150, 300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200. The settings must be consistent with the corresponding parameters of the other party's serial port.
   Parity	Validation mode	You can set to None, Odd, Even, Mark or Space. The settings must be consistent with the corresponding parameters of the other party's serial port.
   Data bit	Data bit used for transmitting and receiving each character.	The Default is 8. The setting must be consistent with the parameter corresponding to the PLC server.
   Stop Bit	Time between transmission of each character, measured in bits per second.	The optional parameters are 1 and 2. The settings must be consistent with the corresponding parameters of the other party's serial port.
   *Collect Interval (ms)	Reading cycle of subscribed tag.	1000ms by default

Adding Tag

1. Click Add to unfold basic properties of tag.

2. After the basic property content is entered, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data.

3. Select tag.
4. Enter address.
5. Choose data type and byte order.

   Table 76. AB_DF1 parameter specification

   Parameter	Meaning	Specification
   *Select Tag	Data file	O0: Output I1: Input S2: Status B3: Binary T4: Timer C5: Counter R6: Control N7: Integer number F8: Floating point number
   *Address	Data file address	-
   Data Type	Data type	Data type of data source, forward/reverse order, byte swap, etc. Bool: bit setting, 0-15 Short/unshort: AB/BA Long/unlong/float: ABCD/CDBA/BADC/DCBA Byte/char: A/B Double: asc/decs

6. Click Save to complete configuration.

Network Protocol

Simple Network Management Protocol (SNMP) is an Internet Standard protocol for managing network nodes (servers, workstations, routers, switches, HUBS, etc.) on IP networks. It is an application layer protocol.

Adding Source

1. Click Add onSource page to expand source information.

2. Enter source name and description, and selectSNMP for the driver. The system expands the information that needs to be entered for this driver according to the selected driver.

   Table 77. SNMP source parameter specification

   Parameter	Meaning	Specification
   *IP Address	Device IP address	-
   *Port	Port Number	-
   *Community Name	SNMP community name	-
   Timeout Time	Maximum waiting time while the connected device encounter timeout.	5000 by default. Unit: ms.
   Collect Interval (ms)	Data acquisition cycle.	Configure data acquisition cycle, unit: ms. 1000 by default.

Adding Tag

1. Click Add to unfold basic properties of tag.

2. After the basic property content is input, the system automatically adds the relevant configuration properties for the connection point between tag and the underlying data. Select corresponding IO address, and click

   Test to test connectivity. ClickSave to complete configuration.

Drivers Supported for Video Collector

info

If the collector is installed in Windows Server 2008 R2 or Windows Server 2012 R2 system, please refer to the appendix of X-Collector Data Acquisition Installation Manual to enable media-related functions first when you need to capture video.

RTSP

Any video devices and services that conform to the RTSP protocol can be accessed through the RTSP driver.

1. Click Add on the Video Collector to expand video source configuration.

2. Enter the name, alias, and source description, then select RTSP for the video type. The system expands the information that needs to be entered for this driver based on the selected video type.

• The following is the table of parameter specification you can refer to when the address type is DAHUA RTSP Standard, Hikvision RTSP Standard or Uniview RTSP Standard.

  Table 78. Parameter Specification

  Parameter	Meaning	Description
  *IP	IP address of video source	-
  *Port	Port number of video source	554 by default
  Channel Number	The physical location of the camera's video input on the surveillance matrix or hard disk recorder device	1 by default
  *Username	Camera login username	-
  *Password	Camera login password	-
  Stream Type	Options: Main-stream and Secondary-stream The main stream is used for recording and the secondary stream is used for network transmission.	The default value is the main stream, you can choose secondary-stream access according to network conditions.

• When the address type isCustomize.

  Table 79. Parameter specification

  Parameter	Meaning	Description
  *URL	Video source URL address, compliant with RTSP address format.	For example: rtsp://IP address/rtsp, please refer to the access camera rtsp format requirements.

3. Click Save to complete configuration.

DPSDK

DPSDK supports access of DAHUA DSS platform.

1. Click Add on the Video Collector to expand video source configuration.

2. Enter name, alias, and source description, and then select DAHUA DPSDK for the video type. The system expands the information that needs to be entered for this driver based on the selected video type.

   Table 80. Parameter specification

   Parameter	Meaning	Description
   *IP	DAHUA DSS platform IP address.	-
   *Port	DAHUA platform port number.	554 by default
   *Username	DAHUA DSS platform login username	-
   *Password	DAHUA DSS login password	Password must be a combination of letters of upper and lower case , numbers and underscores.
   Stream Type	Options: Main-stream and Secondary-stream The main stream is used for recording and the secondary stream is used for network transmission.	The default value is the main stream, you can choose secondary-stream access according to network conditions.
   Play Type	You can choose real time or history.	Default is real time video. You can choose History video according to your needs.
   Camera ID	Search by camera name.	Search the camera ID by the camera name on the connected DAHUA DSS platform for association.
   Gimbal Switch	Turn on/off the holder.	-

3. Click Save to complete configuration.

HCNETSDK

Hikvision SDK video driver

1. Click Add on the Video Collector page.

2. Enter the name, alias, and source description, and select HCNETSDK for video type. The system expands the information that needs to be entered for this driver based on the selected video type.

Table 81. Parameter specification

Parameter	Meaning	Description
*IP	Device IP address	-
*Port	Device port number	8000 by default
Username	Device login username	-
Password	Device login password	Password must be a combination of letters of upper and lower case, numbers and underscores.
Stream Type	Options: Main-stream and Secondary-stream The main stream is used for recording and the secondary stream is used for network transmission.	The default value is the main stream, you can choose secondary-stream access according to network conditions.
Channel Number	The physical location of the camera's video input on the surveillance matrix or hard disk recorder device.	1 by default
Play Types	You can choose real time or history.	Default is real time video. You can choose history video according to your needs.
Holder	Turn on/off the holder.	-

3. Click Save to complete configuration.

HIKISC

Hikvision iSecure Center video driver

1. Click Add onVideo Collector page.

2. Enter name, alias, and source description, and select HIKISC for video type. The system expands the information that needs to be entered for this driver based on the selected video type.

   Table 82. Parameter specification

   Parameter	Meaning	Description
   Protocol	Platform transmission protocol, you can choose HTTP or https.	Consistent with the original protocol
   Version	Platform version, selectable v1 or v.	Consistent with the original version
   *IP	Platform IP address	-
   *Port	Port number of platform	554 by default
   *Key	appkey, from the platform	-
   *Secret	appsercet, from the platform	-
   Stream Type	Options: Main-stream and Secondary-stream The main stream is used for recording and the secondary stream is used for network transmission.	The default value is the main stream, you can choose secondary-stream access according to network conditions.
   Play Type	You can choose real time or history.	Default is real time video. You can choose history video according to your needs.
   Camera ID	Search by camera name	Search the camera ID by the camera name on the connected platform for association.
   Gimbal Switch	Turn on/off the holder	-

3. Click Save to complete configuration.

DHNETSDK

DAHUA SDK video driver

1. Click Add onVideo Collector page.

2. Enter name, alias, and source description, and select DHNETSDK for video type. The system expands the information that needs to be entered for this driver based on the selected video type.

   Table 83. Parameter specification

   Parameter	Meaning	Description
   *IP	Device IP address	-
   *Port	Device port number	8000 by default
   *Username	Device login username	-
   *Password	Device login password	Password must be a combination of upper and lower case letters, numbers and underscores.
   Steam Type	Options: Main stream and Secondary stream The main stream is used for recording and the sub-stream is used for network transmission.	The default value is the main stream, customers can choose secondary stream access according to network conditions.
   *Channel Number	The physical location of the camera's video input on the surveillance matrix or hard disk recorder device	1 by default
   Play Type	You can choose real time or history.	Default is real time video. You can choose history video according to your needs.
   Gimbal Switch	Turn on/off the holder	-

3. Click Save to complete configuration.