T1 Ack Period (ms)

0...4294967295

15000

specifies the waiting time for ACK to a transmitted APDU

T2 S Frame Period (ms)

0...4294967295

10000

specifies the waiting time before sending supervisory APDU ACK

T3 Test Period (ms)

0...4294967295

20000

specifies the idle time before sending TEST APDU

K Value

1...12

12

indicates the maximum transmitted APDUs that are not acknowledged

W Value

0...32767

8

indicates the maximum received APDUs that are not acknowledged

Event Backup Enable

check box

unchecked

indicates whether or not to backup event on loss of power

Event Restore Mode

Main channel / All channels

Main Channel

indicates on which channel to restore events to

Events Time Quality

Original Quality/ Forcing Invalid

Original Quality

indicates which quality format the events will restore to

First Char Wait (ms)

0...65535

0

indicates the minimum time between reception and transmission

Rx Buffer Size

0...256

256

indicates the received buffer size of serial port

Offline Poll Period (ms)

0...4294967295

10000

specifies the period of a session that is offline attempts to re-establish communication

Discard Frames on Disconnect

check box

unchecked

Setting this TMWDEFS_TRUE on a slave will cause received unacknowledged responses (Information Frames) to be discarded when the TCP connection is broken. If a slave has sent responses, but has not yet received a link layer ack, and the master is restarted and reconnects, the old unacknowledged responses will be resent.

Incremental Timeout (ms)

0...4294967295

30000

indicates the incremental application layer time-out

COT Size

2

2

indicates the bytes for COT

Sector Count

1...5

1

indicates sectors for this slave

Max ASDU Size

0...249

249

indicates the maximum size of an Application Specific Data Unit

Common ASDU Address

1...65535

3

indicates the common address of ASDU, 65535 is broadcast address.

Cyclic Message Interval (ms)

0...4294967295

10000

specifies the number of milliseconds between cyclic updates

Background Period

0...4294967295

2000

specifies the period to generate background scan data on this sector

Read Time Format

None/ CP24/ CP56

None

specifies the completeness time format for responding to C_RD_NA

Select Timeout_(ms)

0...4294967295

50000

specifies the period after which a previously received selection is timed-out

Default Response Timeout)

0...4294967295

6000

Responses that are no longer relevant are removed from queue. For example, if the master is turned off before a response is acknowledged and then the master is restarted later, this timeout value will be used to delete old responses.

ACTTERM with CSE Setpoint

check box

checked

specifies if ACT TERM is transmitted upon completion of the set point commands

ACTTERM with Command

check box

checked

specifies if the ACT TERM is sent upon completion of commands other than the set point commands

Clock Valid Period (ms)

0...4294967295

86400000

specifies the period for which the system clock remains valid after a clock synchronization. If this period expires without a clock synchronization all times will be reported invalid.

Send Clock Sync Events

check box

unchecked

controls if the spontaneous clock synchronization events are sent to the master.

Max Command Age (ms)

0...600000

30000

indicates the maximum time delta at which commands are accepted. The command time tag is checked and if the elapsed time is greater than Max Command Age(ms), the command gets no response.

Delete Oldest Event

check box

unchecked

specifies if the oldest event is removed from the event queue when buffer is full and a new event comes.

C_RD_NA Measurands Time Format

None/ CP24/ CP56

None

specifies the time format for responding to C_RD_NA

C_IC_NA Time Format

None/ CP24/ CP56

None

specifies the time stamp format in response of C_IC_NA

Short Pulse Duration

0...4294967295

100

specifies the width of the pulse in milliseconds

Long Pulse Duration

0...4294967295

1000

specifies the width of the pulse in milliseconds

Counter Mode

Freeze On Demand

Freeze On Demand

specifies the mode of freezing counter

Auto Local Freeze (1)

Auto Enabled

Auto Enabled

specifies the local freeze start and stop conditions

Freeze Period(Grp-G) (1)

0...4294967295

2000

specifies the period (in milliseconds) at which to freeze the counter automatically on all groups. It only takes effect on local freeze.

Freeze Period(Grp-1) (1)

0...4294967295

2000

specifies the period (in milliseconds) at which to freeze the counter automatically on group 1. It only takes effect on local freeze.

Freeze Period(Grp-2) (1)

0...4294967295

2000

specifies the period (in milliseconds) at which to freeze the counter automatically on group 2. It only takes effect on local freeze.

Freeze Period(Grp-3) (1)

0...4294967295

2000

specifies the period (in milliseconds) at which to freeze the counter automatically on group 3. It only takes effect on local freeze.

Freeze Period(Grp-4) (1)

0...4294967295

2000

specifies the period (in milliseconds) at which to freeze the counter automatically on group 4. It only takes effect on local freeze.

Summer Bit

check box

unchecked

specifies whether the summer bit of time stamp which comes from external device or CPU is managed. Effective only if Daylight Saving Time is enabled

CMD Queue Size

1...128

1

specifies the size of a command queue to process in parallel for each point type

C_DC Impulse

Indeterminate State

Determinate State

specifies whether the final state is in valid state or Indeterminate state.

Data Synch Mode

Cyclic Synch

Cyclic Synch

specifies how the data are synchronized: either cyclically or when the server station receives a request from the master (see note); it is used only by data of type C_SE_NA, C_SE_NB, C_SE_NC and C_BO_NA

Routing Offline (1)

Valid Quality

Valid Quality

specifies if routing point quality depends on connection state with sub-slave or sub-server.

PLC State (1)

No Impact Quality

No Impact Quality

for non-routing points, specifies if the PLC state modifies or not the quality bit when quality is required by the master.