5 Management Function
7.6 Device Related Settings
The device related settings (in the submenu “Device Setup”) are used for setting the operation parameters and communication parameters of this device.
7.6.1 Device Settings
The device settings (in the submenu “Device Settings”) are used for setting the operation parameters of this device.
The following table lists all the communication parameters.
No. Menu text Explanation Range Step
1 HDR_EncodeMode The encoding type of the HDR waveform file, it is
only reserved for the manufacturer 0~1 1
2 Opt_Caption_103 The language of the group caption when the
IEC60870-5-103 is adopted 0~2 1
3 B07.Un_BinaryInput The rated voltage value of the binary input 0~5 1 4 Opt_CT_Measmt The source of the metering current values 0~1 1
NOTE!
1. The setting [Opt_Caption_103] is used for selecting the language of the group caption when the IEC60870-5-103 protocol is adopted. If it is set as “1”, the group caption language is Chinese; if it is set as “2”, the group caption language is English; and if it is set as “0”, the group caption language is the language which is selected through the submenu “Language”.
2. The setting [B07.Un_BinaryInput] is used for selecting the rated voltage of the binary input.
Setting Value 0 1 2 3 4 5
Rated Voltage 24V 48V 110V 220V 30V 125V
3. The setting [Opt_CT_Measmt] is used for selecting the source of the metering current values.
If it is set as “1”, the calculation of the metering current values is based on the sampled data from the dedicated metering current transformers of this relay; and if it is set as “0”, the calculation of the metering current values is based on the sampled data from the protection current transformers of this relay.
7.6.2 Communication Settings
The communication settings (in the submenu “Comm Settings”) are used for communication with substation monitoring system, substation controlling system or remote SCADA.
The following table lists all the communication parameters.
No. Menu text Explanation Range
1 IP_LAN1 The IP address of the No.1 Ethernet port 2 Mask_LAN1 The mask code of the No.1 Ethernet port
000.000.000.000
~255.255.255.255 3 IP_LAN2 The IP address of the No.2 Ethernet port
4 Mask_LAN2 The mask code of the No.2 Ethernet port
000.000.000.000
~255.255.255.255 5 En_LAN2 The logic setting of the No.2 Ethernet network 0 ~ 1
6 IP_LAN3 The IP address of the No.3 Ethernet port 7 Mask_LAN3 The mask code of the No.3 Ethernet port
000.000.000.000
~255.255.255.255 8 En_LAN3 The logic setting of the No.3 Ethernet network 0 ~ 1
9 IP_LAN4 The IP address of the No.4 Ethernet port 10 Mask_LAN4 The mask code of the No.4 Ethernet port
000.000.000.000
~255.255.255.255 11 En_LAN4 The logic setting of the No.4 Ethernet network 0 ~ 1
12 Gateway The IP address of the network gateway of this device
000.000.000.000
~255.255.255.255
13 En_Broadcast The logic setting of the UDP broadcast function when the IEC60870-5-103 protocol is adopted 0 ~ 1 14 Addr_RS485A The communication address of the serial port A 0 ~ 255 15 Baud_RS485A The communication baud rate of the serial port A 0 ~ 5 16 Protocol_RS485A The communication protocol of the serial port A 0 ~ 2 17 Addr_RS485B The communication address of the serial port B 0 ~ 255 18 Baud_RS485B The communication baud rate of the serial port B 0 ~ 5 19 Protocol_RS485B The communication protocol of the serial port B 0 ~ 2
20 Threshold_Measmt The metering value change differentiate percent
for uplink communication 0 ~ 100 (%)
21 Period_Measmt The time setting of circularly sending metering for
the IEC60870-5-103 protocol 0 ~ 65535s
22 Format_Measmt The metering data format for the IEC60870-5-103
protocol 0 ~ 1
23 Baud_Printer The baud rate of the print port 0 ~ 5 24 En_AutoPrint The logic setting of the auto-printing function 0 ~ 1
25 Opt_TimeSyn The time synchronization mode 0 ~ 3
26 IP_Server_SNTP The IP address of the SNTP server 000.000.000.000
~255.255.255.255 27 OffsetHour_UTC The hour code of the time zone -12 ~ 12
28 OffsetMinute_UTC The minute code of the time zone 0 ~ 60
29 En_DaulNet_GOOSE The logic setting of the dual-network GOOSE
function 0 ~ 1
NOTE!
1. Above table listed all the communication settings, the device delivered to the user maybe only show some settings of them according to the communication interface configuration. If only the Ethernet ports are applied, the settings about the serial ports (port A and port B) are not listed in this submenu. And the settings about the Ethernet ports only listed in this submenu according to the actual number of Ethernet ports.
2. The standard arrangement of the Ethernet port is two, at most four (predetermined when ordering). Set the IP address according to actual arrangement of Ethernet numbers and the unused port/ports need not to be configured. If the PCS-Explorer configuration tool auxiliary software is connected with this device through the Ethernet, the IP address of the PCS-Explorer must be set as one of the available IP address of this device.
3. The setting [En_Broadcast] is used to enable or disable this relay to transmit the UDP broadcast messages when the IEC60870-5-103 protocol is adopted. If it is set as “0”, this relay does not transmit any UDP broadcast message; and if it is set as “1”, this relay can transmit UDP broadcast messages.
4. The setting [Addr_RS485A] and [Addr_RS485B] are used to set the communication address of the serial ports (port A and port B); if a protocol over serial communication is adopted.
5. The settings [Baud_RS485A], [Baud_RS485B] and [Baud_Printer] are respectively used to set the communication baudrate of each serial port (port A, port B and print port).
Setting Value 0 1 2 3 4 5
Baudrate (bsp) 4800 9600 19200 38400 57600 115200
6. The settings [Protocol_RS485A] and [Protocol_RS485B] are respectively used to set the communication protocol of each serial port (port A and port B).
Setting Value Protocol Setting Value Protocol
0 IEC60870-5-103 1 Reserved
2 Modbus Other Not available
7. The setting [Threshold_Measmt] is used to decide whether the present metering value is sends forward. Only the change percent of a metering value is greater than this setting, the relevant metering value can be sent forward.
8. The circle time for sending telemetering [Period_Measmt]: It represents the time period when
this device sends metering data forward. When this setting is set as “0”, it means that the equipment will not send metering data forward at a fixed time (the inquiry issued by SCADA still can be responded during this period). This setting may be set according to actual field condition and can be set as “0” when the communication function is not used. The default value is “0” when the equipment is delivered.
9. The setting [Format_Measmt] is used to select the metering data format in the GDD (Generic Data Description) message when the IEC60870-5-103 protocol is adopted. If it is set as “0”, the metering data format type is “12” (Measurand with Quality Descriptor); and if it is set as “1”, the metering data format type is “7” (R32.23, IEEE 754).
10. The setting [Opt_TimeSyn] is used to select the external time synchronization source.
Setting Value External Time Synchronization Mode
0 Electrical signal time synchronization mode: PPS signal (RS-485), IRIG-B signal (RS-485), PPM signal (Binary input), PPS signal (Binary input)
1 Message time synchronization mode: SNTP protocol (unicast or broadcast), other SAS time synchronization message (such as IEC60870-5-103) etc.
2 Extension module time synchronization mode: IEEE1588 protocol, PPS signal (Optical interface), IRIG-B signal (Optical interface)
3 No external time synchronization source
If this setting is set as “1”, if this device does not receive time synchronization message or receives error time synchronization message, it will alarm; and if this setting is set as “0” or “2”, if this device does not receive the time synchronization signal, it will alarm and switch to message time synchronization mode automatically.
11. The setting [IP_Server_SNTP] is used to set the IP address of the SNTP server, if this relay adopts the SNTP time synchronization. If the SNTP time synchronization is not adopted, it is recommended to set as “000.000.000.000”.
12. If the IEC61850 protocol is adopted in substations, the time tags of communication messages are required according to UTC (Universal Time Coordinated) time.
The setting [OffsetHour_UTC] is used to set the hour offset of the current time zone to the GMT (Greenwich Mean Time) zone; for example, if a relay is applied in China, the time zone of China is east 8th time zone, so this setting is set as “8”. The setting [OffsetMinute_UTC] is used to set the minute offset of the current time zone to the GMT zone.
Time zone GMT zone East 1st East 2nd East 3rd East 4th East 5th
13. The setting [En_DualNet_GOOSE] is used to enable or disable the dual-network GOOSE function if the GOOSE function is supported in this relay. If it is set as “1”, the dual-network GOOSE function is adopted; otherwise, the single-network GOOSE function is adopted.