MiCOM P632
Configuration Parameters
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Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Local control panel

LOC: Language

 

 

 

003 020

 

2: Reference language

 

 

Language in which texts will be displayed on the user interface (HMI).

 

LOC: Decimal delimiter

 

 

 

003 021

 

1: Dot

 

 

Character to be used as decimal delimiter on the local control panel.

 

LOC: Password

 

 

 

003 035

 

1234

0

4444

 

 

 

The password to be used for changing settings from the local control panel can be defined here.

 

LOC: Password L/R

 

 

 

221 040

 

1423

0

4444

 

 

 

The password used to change the setting from “Remote” to “Local” control can be defined here.  (Switching from “Local” to “Remote” control occurs without checking the password.)

 

LOC: Display L/R

 

 

 

221 070

 

1: With

Fig. 3-3

 

This setting defines whether the control site – “Local” or “Remote” – shall be displayed on the bay panel.

 

LOC: Displ. interl. stat.

 

 

 

221 071

 

1: With

Fig. 3-3

 

This setting defines whether the “Locked” or “Unlocked” status shall be displayed on the bay panel.

 

LOC: Fct. assign. L/R key

 

 

 

225 208

 

1: R <-> L

Fig. 3-7

 

This setting defines whether the (electric) key-operated switch switches between remote / local control (L↔R) or between remote+local control / local control (R&L↔L).

 

LOC: Fct. reset key

 

 

 

005 251

 

060 000: MAIN: Without function

Fig. 3-72

 

Selection of counters and memories that are reset by pressing the RESET key on the local control panel.  (Resetting LED indicators and measured event values is permanently assigned internally, so that they are always reset when the RESET key is pressed.)

 

LOC: Fct. read key

 

 

 

080 110

 

060 000: MAIN: Without function

 

 

Selection of up to 16 functions to be triggered when pressing the read key. Event counters and event recordings are offered for selection. If several functions have been selected then they will be sequentially triggered by repeated pressing of the read key.

 

LOC: Fct. menu jmp list 1

 

 

 

030 238

 

060 000: MAIN: Without function

 

 

LOC: Fct. menu jmp list 2

 

 

 

030 239

 

060 000: MAIN: Without function

 

 

Selection of specified functions which will be sequentially displayed by repeated reading of the menu jump list 1 (or 2).

 

LOC: Fct. Operation Panel

 

 

 

053 007

 

060 000: MAIN: Without function

Fig. 3-4

 

Definition of the values to be displayed on the Measured Value Panel also referred to as the Operation Panel.

 

LOC: Fct. Overload Panel

 

 

 

053 005

 

060 000: MAIN: Without function

Fig. 3-6

 

Definition of the values to be displayed on the Overload Panel.

 

LOC: Fct. Fault Panel

 

 

 

053 003

 

060 000: MAIN: Without function

Fig. 3-5

 

Definition of the values to be displayed on the Fault Panel.

 

LOC: Hold-time for Panels

 

 

 

031 075

 

5

1

10

s

Fig. 3-4

 

Setting for the time period during which a panel is displayed, before switching to the next panel.  This setting is only relevant if more values are selected than can be shown on the LC-Display.

 

LOC: Autom. return time

 

 

 

003 014

 

60

60

60000

s

Fig. 3-4

 

If the user does not press a key on the local control panel during this set time period, the change-enabling function is deactivated.

 

LOC: Return time select.

 

 

 

221 030

 

60

60

60000

s

Fig. 3-3

 

If the user does not press a key on the local control panel during this set time period, then the selection of a switchgear unit is cancelled.

 

LOC: Return time illumin.

 

 

 

003 023

 

60

60

60000

s

Fig. 3-3

 

If the user does not press a key on the local control panel during this set time period, then the backlighting of the LCD display is switched off, and any switchgear selection that might have been made is cancelled.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

PC link

PC: Bay address

 

 

 

003 068

 

1

0

254

 

Fig. 3-8

 

PC: Device address

 

 

 

003 069

 

1

0

255

 

Fig. 3-8

 

Bay and device addresses are used to address the device in communication via the PC interface. An identical setting must be selected for both addresses.

 

PC: Baud rate

 

 

 

003 081

 

115.2: 115.2 kBaud

 

 

Baud

Fig. 3-8

 

Baud rate of the PC interface.

 

PC: Parity bit

 

 

 

003 181

 

1: Even

Fig. 3-8

 

Set the same parity that is set at the interface of the PC connected to the P632.

 

PC: Spontan. sig. enable

 

 

 

003 187

 

0: None

Fig. 3-8

 

Enable for the transmission of spontaneous signals via the PC interface.

 

PC: Select. spontan.sig.

 

 

 

003 189

 

060 000: MAIN: Without function

Fig. 3-8

 

Selection of spontaneous signals for transmission via the PC interface.

 

PC: Transm.enab.cycl.dat

 

 

 

003 084

 

0: Without

Fig. 3-8

 

Enable for the cyclic transmission of measured values via the PC interface.

 

PC: Cycl. data ILS tel.

 

 

 

003 185

 

060 000: MAIN: Without function

Fig. 3-8

 

Selection of the measured values that are transmitted in a user-defined telegram via the PC interface.

 

PC: Delta V

 

 

 

003 055

 

3.0

0.0

15.0

%Vnom

Fig. 3-8

 

A measured voltage value is transmitted via the PC interface if it differs by the set delta quantity from the last measured value transmitted.

 

PC: Delta I

 

 

 

003 056

 

3.0

0.0

15.0

%Inom

Fig. 3-8

 

A measured current value is transmitted via the PC interface if it differs by the set delta quantity from the last measured value transmitted.

 

PC: IP address

 

 

 

111 004

 

192

0

255

 

 

 

PC: IP address 1

 

 

 

111 005

 

168

0

255

 

 

 

PC: IP address 2

 

 

 

111 006

 

1

0

255

 

 

 

PC: IP address 3

 

 

 

111 007

 

2

0

255

 

 

 

IP address of the Ethernet interface of the P632's processor module.

This is the Ethernet interface of the processor module and can be used for special service activities, e.g. for uploading new firmware.

Note:​ In the operating program, the complete IP address is displayed at PC: IP address. The device’s front panel display only displays the IP address distributed to these four data model addresses:

▪

PC: IP address,

▪

PC: IP address 1,

▪

PC: IP address 2,

▪

PC: IP address 3.

Note:​ This interface can only be used if it has been configured (PC: IP address, PC: Subnet mask, PC: IP address mode) and activated via PC: IP Enable config..

 

PC: Subnet mask

 

 

 

111 008

 

255

0

255

 

 

 

PC: Subnet mask 1

 

 

 

111 009

 

255

0

255

 

 

 

PC: Subnet mask 2

 

 

 

111 010

 

255

0

255

 

 

 

PC: Subnet mask 3

 

 

 

111 011

 

0

0

255

 

 

 

Subnet mask of the Ethernet interface of the processor module.

Note:​ In the operating program, the complete mask is displayed at PC: Subnet mask. The device’s front panel display only displays the mask distributed to these four data model addresses:

▪

PC: Subnet mask,

▪

PC: Subnet mask 1,

▪

PC: Subnet mask 2,

▪

PC: Subnet mask 3.

 

PC: IP address mode

 

 

 

111 016

 

1: DHCP

 

 

Setting of the method how the IP address of the Ethernet interface of the processor module shall be defined.

▪

DHCP: The IP address shall be retrieved from a DHCP server.

▪

Fix: The setting of PC: IP address​ shall be used.

▪

Device address: The setting of PC: IP address​ shall be used for the first three number values of the IP address, the fourth number value of the IP address shall be the value of PC: Device address.

 

PC: IP Enable config.

 

 

 

111 017

 

0: don't execute

 

 

Activating the Ethernet interface of the processor module.

 

PC: Delta f

 

 

 

003 057

 

2.0

0.0

2.0

%fnom

Fig. 3-8

 

The measured frequency value is transmitted via the PC interface if it differs by the set delta from the last measured value transmitted.

 

PC: Delta meas.v.ILS tel

 

 

 

003 155

 

3.0

0.0

15.0

 

Fig. 3-8

 

The telegram is transmitted if a measured value differs by the set delta quantity from the last measured value transmitted.

 

PC: Delta t

 

 

 

003 058

 

1

0

15

min

Fig. 3-8

 

All measured values are transmitted again via the PC interface after this time period has elapsed – provided that transmission has not been triggered by the other delta conditions.

 

PC: Time-out

 

 

 

003 188

 

1

1

60

min

Fig. 3-8

 

Setting for the time to elapse after the last telegram exchange via the PC interface before activating the second communication channel of communication module A.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

“Logical” communication interface 1

COMM1: Function group COMM1

 

 

 

056 026

 

0: Without

 

 

Cancelling function group COMM1 or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden, with the exception of this setting.

 

COMM1: General enable USER

 

 

 

003 170

 

0: No

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

Disabling or enabling communication interface 1.

 

COMM1: Basic IEC870-5 enabl

 

 

 

003 215

 

0: No

Fig. 3-9

 

Common settings for enabling all protocols based on IEC 870-5-xxx.

 

COMM1: Addit. -101 enable

 

 

 

003 216

 

0: No

Fig. 3-9

 

Enabling additional settings that are relevant for the protocol based on IEC 870-5-101.

 

COMM1: Addit. ILS enable

 

 

 

003 217

 

0: No

Fig. 3-9

 

Enabling additional settings that are relevant for the ILS protocol.

 

COMM1: MODBUS enable

 

 

 

003 220

 

0: No

Fig. 3-9

 

Enabling settings relevant for the MODBUS protocol.

 

COMM1: DNP3 enable

 

 

 

003 231

 

0: No

Fig. 3-9

 

Enabling settings relevant for the DNP 3.0 protocol.

 

COMM1: COURIER enable

 

 

 

103 040

 

0: No

Fig. 3-9

 

Enabling settings relevant for the COURIER protocol.

 

COMM1: Communicat. protocol

 

 

 

003 167

 

060 000: MAIN: Without function

Fig. 3-9

 

Select the communication protocol that shall be used for the communication interface.

 

COMM1: -103 prot. variant

 

 

 

003 178

 

1: Private

Fig. 3-10

 

The user may select between two variants of the 103 protocol.

Note: This setting is hidden unless the IEC 870-5-xxx protocol is enabled.

 

COMM1: MODBUS prot. variant

 

 

 

003 214

 

1: Compatible

Fig. 3-13

 

The user may select between two variants of the MODBUS protocol.

Note: This setting is hidden unless the MODBUS protocol is enabled.

 

COMM1: Line idle state

 

 

 

003 165

 

1: Light on / high

Fig. 3-10

Fig. 3-11

Fig. 3-12

Fig. 3-13

Fig. 3-14

Fig. 3-15

 

Setting for the line idle state indication.

 

COMM1: Baud rate

 

 

 

003 071

 

19.2: 19.2 kBaud

 

 

Baud

Fig. 3-10

Fig. 3-11

Fig. 3-12

Fig. 3-13

Fig. 3-14

Fig. 3-15

 

Baud rate of the communication interface.

 

COMM1: Parity bit

 

 

 

003 171

 

2: Even

Fig. 3-10

Fig. 3-11

Fig. 3-12

Fig. 3-13

Fig. 3-14

Fig. 3-15

 

Set the same parity that is set at the interface of the control system connected to the P632.

 

COMM1: Dead time monitoring

 

 

 

003 176

 

1: Yes

Fig. 3-10

Fig. 3-11

Fig. 3-12

Fig. 3-13

Fig. 3-14

Fig. 3-15

 

The P632 monitors telegram transmission to make sure that no excessive pause occurs within a telegram. This monitoring function can be disabled if it is not required.

Note: This setting is only necessary for modem transmission.

 

COMM1: Mon. time polling

 

 

 

003 202

 

25

3

254

s

Fig. 3-10

Fig. 3-11

Fig. 3-12

Fig. 3-13

Fig. 3-14

Fig. 3-15

 

The time between two polling calls from the communication master must be less than the time set here.

 

COMM1: Octet comm. address

 

 

 

003 072

 

1

0

254

 

Fig. 3-10

Fig. 3-11

Fig. 3-12

Fig. 3-13

Fig. 3-14

Fig. 3-15

 

The communication address and the ASDU address are used to identify the device in communication via the interface. An identical setting must be selected for both addresses.

“ASDU”: Application Service Data Unit

 

COMM1: Oct.2 comm.addr.DNP3

 

 

 

003 240

 

0

0

255

 

Fig. 3-14

 

In the DNP 3.0 protocol, a 16-bit address is used to identify devices.  The address that can be set here is the higher-order octet, whereas the address set at COMM1: Octet comm. address  is the lower-order octet of the DNP address.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Pos. acknowledgement

 

 

 

103 060

 

1: Single character E5

 

 

The following transmission frame formats are available (according to the standard):

▪

Short message FT 1.2: short message with a fixed block length of 5 characters

▪

Single character E5: single control character

 

COMM1: Test monitor on

 

 

 

003 166

 

0: No

Fig. 3-10

Fig. 3-11

Fig. 3-12

Fig. 3-13

Fig. 3-14

Fig. 3-15

 

Setting specifying whether data shall be recorded for service activities.

 

COMM1: Name of manufacturer

 

 

 

003 161

 

1: SE

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

Setting for the name of the manufacturer.

Note:

▪

This setting can be changed to ensure compatibility.

▪

This setting is hidden unless an IEC 870-5 protocol is enabled.

 

COMM1: Octet address ASDU

 

 

 

003 073

 

1

0

255

 

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

The communication address and the ASDU address are used to identify the device in communication via the interface. An identical setting must be selected for both addresses.

Note: This setting is hidden unless an IEC 870-5 protocol is enabled.

“ASDU”: Application Service Data Unit

 

COMM1: Spontan. sig. enable

 

 

 

003 177

 

65535: All

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

Enable for the transmission of spontaneous signals via the communication interface.

Note: This setting is hidden unless an IEC 870-5 protocol is enabled.

 

COMM1: Select. spontan.sig.

 

 

 

003 179

 

060 000: MAIN: Without function

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

Selection of spontaneous signals for transmission via “logical” communication interface 1.

 

COMM1: Transm.enab.cycl.dat

 

 

 

003 074

 

0: Without

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

Enabling of cyclic transmission of measured values via the communication interface.

Note: This setting is hidden unless an IEC 870-5 protocol is enabled.

 

COMM1: Cycl. data ILS tel.

 

 

 

003 175

 

060 000: MAIN: Without function

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

Selection of the measured values that are transmitted in a user-defined telegram via the communication interface.

Note: This setting is hidden unless an IEC 870-5 protocol is enabled.

 

COMM1: Delta V

 

 

 

003 050

 

3.0

0.0

15.0

%Vnom

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

A measured voltage value is transmitted via the communication interface if it differs by the set delta quantity from the last measured value transmitted.

Note: This setting is hidden unless an IEC 870-5 protocol is enabled.

 

COMM1: Delta I

 

 

 

003 051

 

3.0

0.0

15.0

%Inom

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

A measured current value is transmitted via the communication interface if it differs by the set delta quantity from the last measured value transmitted.

Note: This setting is hidden unless an IEC 870-5 protocol is enabled.

 

COMM1: Delta f

 

 

 

003 052

 

2.0

0.0

2.0

%fnom

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

The measured frequency value is transmitted via the communication interface if it differs by the set delta quantity from the last measured value transmitted.

Note: This setting is hidden unless an IEC 870-5 protocol is enabled.

 

COMM1: Delta meas.v.ILS tel

 

 

 

003 150

 

3.0

0.0

15.0

 

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

The telegram is transmitted if a measured value differs by the set delta quantity from the last measured value transmitted.

Note: This setting is hidden unless an IEC 870-5 protocol is enabled.

 

COMM1: Delta t

 

 

 

003 053

 

1

0

15

min

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

All measured values are transmitted again via the communication interface after this time period has elapsed – provided that transmission has not been triggered by the other delta conditions.

Note: This setting is hidden unless an IEC 870-5 protocol is enabled.

 

COMM1: Contin. general scan

 

 

 

003 077

 

Blocked

10

9000

s

Fig. 3-10

Fig. 3-11

Fig. 3-12

 

A continuous or background general scan means that the P632 transmits all settings, signals, and monitoring signals through the communication interface during slow periods when there is not much activity. This ensures that there will be data consistency with a connected control system. The time to be set defines the minimum time difference between two telegrams.

Note: This setting is hidden unless an IEC 870-5 protocol is enabled.

 

COMM1: Comm. address length

 

 

 

003 201

 

1

1

2

Byte

Fig. 3-11

 

Setting for the communication address length.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

 

COMM1: Octet 2 comm. addr.

 

 

 

003 200

 

0

0

255

 

Fig. 3-11

 

Setting for the length of the higher-order communication address.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

 

COMM1: Cause transm. length

 

 

 

003 192

 

1: W/o source address

Fig. 3-11

 

Setting for the length of the cause of transmission.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

 

COMM1: Address length ASDU

 

 

 

003 193

 

1

1

2

Byte

Fig. 3-11

 

Setting for the length of the common address for identification of telegram structures.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

“ASDU”: Application Service Data Unit

 

COMM1: Octet 2 addr. ASDU

 

 

 

003 194

 

0

0

255

 

Fig. 3-11

 

Setting for the length of the common higher-order address for identification of telegram structures.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

“ASDU”: Application Service Data Unit

 

COMM1: Addr.length inf.obj.

 

 

 

003 196

 

2

2

3

Byte

Fig. 3-11

 

Setting for the length of the address for information objects.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

 

COMM1: Oct.3 addr. inf.obj.

 

 

 

003 197

 

0

0

255

 

Fig. 3-11

 

Setting for the length of the higher-order address for information objects.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

 

COMM1: Inf.No.<->funct.type

 

 

 

003 195

 

0: No

Fig. 3-11

 

Setting specifying whether information numbers and function type shall be reversed in the object address.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

 

COMM1: Time tag length

 

 

 

003 198

 

3

3

7

Byte

Fig. 3-11

 

Setting for the time tag length.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

 

COMM1: ASDU1 / ASDU20 conv.

 

 

 

003 190

 

1: Single signal

Fig. 3-11

 

Setting specifying whether telegram structure 1 or 20 shall be converted as a single signal or double signal.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

“ASDU”: Application Service Data Unit

 

COMM1: ASDU2 conversion

 

 

 

003 191

 

1: Single signal

Fig. 3-11

 

Setting specifying whether telegram structure 2 shall be converted as a single signal or double signal.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

“ASDU”: Application Service Data Unit

 

COMM1: Initializ. signal

 

 

 

003 199

 

1: Yes

Fig. 3-11

 

Setting specifying whether an initialization signal shall be issued.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

 

COMM1: Balanced operation

 

 

 

003 226

 

0: No

Fig. 3-11

 

Setting that determines whether communication takes place on a balanced basis (full duplex operation).

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

 

COMM1: Direction bit

 

 

 

003 227

 

0

0

1

 

Fig. 3-11

 

Setting for the transmission direction.  Normally this value will be set to '1' at the control center and to '0' at the substation.

Note: This setting is hidden unless the IEC 870-5-101 protocol is enabled.

 

COMM1: Time-out interval

 

 

 

003 228

 

0.40

0.10

2.55

s

Fig. 3-11

 

Setting for the maximum time that will elapse until the status signal for the acknowledgment command is issued.

Note: This setting is hidden unless the IEC 870-5-101 protocol is set.

 

COMM1: Reg.asg. selec. cmds

 

 

 

003 210

 

060 000: MAIN: Without function

Fig. 3-13

 

MODBUS registers in the range 00301 to 00400 are assigned to the selected commands. Assignment is made in the order of selection. This means that the first command is given the register no. 00301, the second the register no. 00302, etc.

Note: This setting is hidden unless the MODBUS protocol is enabled.

 

COMM1: Reg.asg. selec. sig.

 

 

 

003 211

 

060 000: MAIN: Without function

Fig. 3-13

 

MODBUS registers in the range 10301 to 10400 are assigned to the selected signals. Assignment is made in the order of selection. This means that the first signal is given the register no. 10301, the second the register no. 10302, etc.

Note: This setting is hidden unless the MODBUS protocol is enabled.

 

COMM1: Reg.asg. sel. m.val.

 

 

 

003 212

 

060 000: MAIN: Without function

Fig. 3-13

 

MODBUS registers in the range 30301 to 30400 are assigned to the selected measured values. Assignment is made in the order of selection. This means that the first measured value is given the register no. 30301, the second the register no. 30302, etc.

Note: This setting is hidden unless the MODBUS protocol is enabled.

 

COMM1: Reg.asg. sel. param.

 

 

 

003 213

 

060 000: MAIN: Without function

Fig. 3-13

 

MODBUS registers in the range 40301 to 40400 are assigned to the selected parameters. Assignment is made in the order of selection. This means that the first parameter is given the register no. 40301, the second the register no. 40302, etc.

Note: This setting is hidden unless the MODBUS protocol is enabled.

 

COMM1: Delta t (MODBUS)

 

 

 

003 152

 

5

1

120

s

Fig. 3-13

 

All MODBUS registers are transmitted again through the communication interface after this time has elapsed.

Note: This setting is hidden unless the MODBUS protocol is enabled.

 

COMM1: Autom.event confirm.

 

 

 

003 249

 

0: Without

Fig. 3-13

 

Setting specifying whether an event must be confirmed by the master in order for an event to be deleted from the 'event queue'.

Note: This setting is hidden unless the MODBUS protocol is enabled.

 

COMM1: Phys. Charact. Delay

 

 

 

003 241

 

0

0

254

Bit

Fig. 3-14

 

Number of bits that must pass between the receipt of the 'request' and the start of sending the 'response'.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Phys. Char. Timeout

 

 

 

003 242

 

40

0

254

Bit

Fig. 3-14

 

Number of bits that may be missing from the telegram before receipt is terminated.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Link Confirm. Mode

 

 

 

003 243

 

1: Multi-frame fragment

Fig. 3-14

 

Setting for the acknowledgment mode of the link layer.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Link Confirm.Timeout

 

 

 

003 244

 

0.10

0.05

2.54

s

Fig. 3-14

 

Setting for the time period within which the master must acknowledge at the link layer.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Link Max. Retries

 

 

 

003 245

 

2

1

10

 

Fig. 3-14

 

Number of repetitions that are carried out on the link layer if errors have occurred during transmission (such as failure to acknowledge).

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Appl.Confirm.Timeout

 

 

 

003 246

 

5.0

0.5

25.4

s

Fig. 3-14

 

Setting for the time period within which the master must acknowledge at the application layer.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Appl. Need Time Del.

 

 

 

003 247

 

60

5

254

s

Fig. 3-14

 

Time interval within which the slave requests time synchronization cyclically from the master.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Ind./cl. bin. inputs

 

 

 

003 232

 

060 000: MAIN: Without function

Fig. 3-14

 

Selection of data points and data classes for object 1 – binary inputs. Assignment of indices is made in the order of selection, beginning with 0.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Ind./cl. bin.outputs

 

 

 

003 233

 

060 000: MAIN: Without function

Fig. 3-14

 

Selection of data points and data classes for object 10 – binary outputs. Assignment of indices is made in the order of selection, beginning with 0.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Ind./cl. analog inp.

 

 

 

003 235

 

060 000: MAIN: Without function

Fig. 3-14

 

Selection of data points and data classes for object 30 – analog inputs. Assignment of indices is made in the order of selection, beginning with 0.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Ind./cl. analog outp

 

 

 

003 236

 

060 000: MAIN: Without function

Fig. 3-14

 

Selection of data points and data classes for object 40 – analog outputs. Assignment of indices is made in the order of selection, beginning with 0.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Delta meas.v. (DNP3)

 

 

 

003 250

 

16

0

255

 

Fig. 3-14

 

Initialization value of threshold values for transmission of measured values in object 30. The threshold values can be changed separately by the master for each measured value by writing to object 34, 'analog input reporting deadband'.

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Delta t (DNP3)

 

 

 

003 248

 

5

1

120

s

Fig. 3-14

 

Cycle time for updating DNP object 30 (analog inputs).

Note: This setting is hidden unless the DNP 3.0 protocol is enabled.

 

COMM1: Command selection

 

 

 

103 042

 

060 000: MAIN: Without function

Fig. 3-15

 

Selection of commands to be issued via the COURIER protocol.

Note: This setting is hidden unless the COURIER protocol is enabled.

 

COMM1: Signal selection

 

 

 

103 043

 

060 000: MAIN: Without function

Fig. 3-15

 

Selection of signals to be transmitted via the COURIER protocol.

Note: This setting is hidden unless the COURIER protocol is enabled.

 

COMM1: Meas. val. selection

 

 

 

103 044

 

060 000: MAIN: Without function

Fig. 3-15

 

Selection of measured values to be transmitted via the Courier protocol.

Note: This setting is hidden unless the Courier protocol is enabled.

 

COMM1: Parameter selection

 

 

 

103 045

 

060 000: MAIN: Without function

Fig. 3-15

 

Selection of settings to be altered via the Courier protocol.

Note: This setting is hidden unless the Courier protocol is enabled.

 

COMM1: Delta t (COURIER)

 

 

 

103 046

 

5

1

120

s

Fig. 3-15

 

Cycle time at the conclusion of which the selected measured values are again transmitted.

Note: This setting is hidden unless the COURIER protocol is enabled.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

“Logical” communication interface 2

COMM2: Function group COMM2

 

 

 

056 057

 

0: Without

 

 

Cancelling function group COMM2 or including it in the configuration. If the function group is cancelled from the configuration, then all associated settings and signals are hidden, with the exception of this setting.

 

COMM2: General enable USER

 

 

 

103 170

 

0: No

Fig. 3-17

 

Disabling or enabling communication interface 2.

 

COMM2: Line idle state

 

 

 

103 165

 

1: Light on / high

Fig. 3-17

 

Setting for the line idle state indication.

 

COMM2: Baud rate

 

 

 

103 071

 

19.2: 19.2 kBaud

 

 

Baud

Fig. 3-17

 

Baud rate of the communication interface.

 

COMM2: Parity bit

 

 

 

103 171

 

2: Even

Fig. 3-17

 

Set the same parity that is set at the interface of the control system connected to the P632.

 

COMM2: Dead time monitoring

 

 

 

103 176

 

1: Yes

Fig. 3-17

 

The P632 monitors telegram transmission to make sure that no excessive pause occurs within a telegram. This monitoring function can be disabled if it is not required.

Note: This setting is only necessary for modem transmission.

 

COMM2: Mon. time polling

 

 

 

103 202

 

25

3

254

s

Fig. 3-17

 

The time between two polling calls from the communication master must be less than the time set here.

 

COMM2: Positive ackn. fault

 

 

 

103 203

 

0: No

 

 

It is possible to set whether or not faults can be acknowledged positively after transmission (and consequently deleted from the fault overview at the COMM2/PC interface).

 

COMM2: Octet comm. address

 

 

 

103 072

 

1

0

254

 

Fig. 3-17

 

The communication address and the ASDU address are used to identify the device in communication via the interface. An identical setting must be selected for both addresses.

“ASDU”: Application Service Data Unit

 

COMM2: Name of manufacturer

 

 

 

103 161

 

1: SE

Fig. 3-17

 

Setting for the name of the manufacturer.

Note: This setting can be changed to ensure compatibility.

 

COMM2: Octet address ASDU

 

 

 

103 073

 

1

0

255

 

Fig. 3-17

 

The communication address and the ASDU address are used to identify the device in communication via the interface. An identical setting must be selected for both addresses.

“ASDU”: Application Service Data Unit

 

COMM2: Spontan. sig. enable

 

 

 

103 177

 

0: None

Fig. 3-17

 

Enable for the transmission of spontaneous signals via the communication interface.

 

COMM2: Select. spontan.sig.

 

 

 

103 179

 

060 000: MAIN: Without function

Fig. 3-17

 

Selection of spontaneous signals for transmission via communication interface 2.

 

COMM2: Transm.enab.cycl.dat

 

 

 

103 074

 

0: Without

Fig. 3-17

 

Enable for the cyclic transmission of measured values via the communication interface.

 

COMM2: Cycl. data ILS tel.

 

 

 

103 175

 

060 000: MAIN: Without function

Fig. 3-17

 

Selection of the measured values transmitted in a user-defined telegram via the communication interface.

 

COMM2: Delta V

 

 

 

103 050

 

3.0

0.0

15.0

%Vnom

Fig. 3-17

 

A measured voltage value is transmitted via the communication interface if it differs by the set delta quantity from the last measured value transmitted.

 

COMM2: Delta I

 

 

 

103 051

 

3.0

0.0

15.0

%Inom

Fig. 3-17

 

A measured current value is transmitted via the communication interface if it differs by the set delta quantity from the last measured value transmitted.

 

COMM2: Delta f

 

 

 

103 052

 

2.0

0.0

2.0

%fnom

Fig. 3-17

 

The measured frequency value is transmitted via the communication interface if it differs by the set delta quantity from the last measured value transmitted.

 

COMM2: Delta meas.v.ILS tel

 

 

 

103 150

 

3.0

0.0

15.0

 

Fig. 3-17

 

The telegram is transmitted if a measured value differs by the set delta quantity from the last measured value transmitted.

 

COMM2: Delta t

 

 

 

103 053

 

1

0

15

min

Fig. 3-17

 

All measured values are transmitted again via the communication interface after this time period has elapsed – provided that transmission has not been triggered by the other delta conditions.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

IEC 61850 Communication

IEC: Function group IEC

 

 

 

056 059

 

0: Without

 

 

Cancelling function group IEC or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden. 

Important notice:  Some of the parameters in function group IEC are set with the IEC 61850 configuration tool “IED Configurator”, they cannot be modified from the local control panel (HMI) or with the operating program, and therefore these parameters are listed separately.

 

IEC: General enable USER

 

 

 

104 000

 

0: No

 

 

Enabling and disabling function group IEC.

 

IEC: Switch Config. Bank

 

 

 

104 043

 

0: don't execute

 

 

This parameter can only be sent individually.  Accepting the previously set communication parameters as the active communication settings.

 

IEC: Active Config. Name

 

 

 

104 045

 

2:

 

 

Name of the configuration bank currently valid.

Setting is carried out with the IED Configurator.

 

IEC: Active Config. Vers.

 

 

 

104 046

 

2:

 

 

Version number of the configuration bank currently valid.

Setting is carried out with the IED Configurator.

 

IEC: Inact. Config. Name

 

 

 

104 047

 

2:

 

 

Name of the inactive configuration bank.

Setting is carried out with the IED Configurator.

 

IEC: Inact. Config. Vers.

 

 

 

104 048

 

2:

 

 

Version number of the inactive configuration bank.

Setting is carried out with the IED Configurator.

 

IEC: IED name

 

 

 

104 057

 

2:

 

 

Explicitly assigned unit name for the function in the system (IED); is part of the Logical Device Name.

Setting is carried out with the IED Configurator.

Important note: According to the IEC standard the name must consist of only letters (A..Z, a..z), digits (0..9) and underscore characters (_), and neither a digit nor the underscore character must be the first character. Note that a non-standard name causes problems with the IEC 61850 communication.

 

IEC: IP address

 

 

 

104 001

 

2:

 

 

Assigned IP address of the device for the server function in the system.

Note: This is an information parameter ('read only') and its value is set from the "IED Configurator" with Communications: IP Address.

 

IEC: Subnet mask

 

 

 

104 005

 

2:

 

 

The subnet mask defines which part of the IP address is addressed by the sub-network and which part by the device that is logged-on to the network.

Note: This is an information parameter ('read only') and its value is set from the "IED Configurator" with Communications: SubNet Mask.

 

IEC: Gateway address

 

 

 

104 011

 

2:

 

 

This parameter shows the IPv4 address of the network gateway for communication links to clients outside of the local network.

Note: This is an information parameter ('read only') and its value is set from the "IED Configurator" with Communications: Gateway Address.

 

IEC: SNTP server 1 IP

 

 

 

104 202

 

2:

 

 

IP address of the preferred server used for clock synchronization.

Note: This is an information parameter ('read only') and its value is set from the "IED Configurator".

 

IEC: SNTP server 2 IP

 

 

 

104 210

 

2:

 

 

IP address of the backup server used for clock synchronization.

Note: This is an information parameter ('read only') and its value is set from the "IED Configurator".

 

IEC: SigGGIO1 selection

 

 

 

104 064

 

060 000: MAIN: Without function

 

 

Optional signal assignment for a transmission per communication protocol IEC 61850 based on the selection table of the binary inputs (opto coupler inputs).

 

IEC: Diff. local time

 

 

 

104 206

 

0

-1440

1440

min

 

 

Time difference between UTC and local time at the devices' substation (IED).

 

IEC: Diff. dayl.sav. time

 

 

 

104 207

 

60

-1440

1440

min

 

 

Time difference of the daylight saving time to standard time.

 

IEC: Switch.dayl.sav.time

 

 

 

104 219

 

1: Yes

 

 

This setting defines whether an automatic switching to daylight saving time is wanted.

 

IEC: Dayl.sav.time start

 

 

 

104 220

 

5: Last

 

 

IEC: Dayl.sav.time st. d

 

 

 

104 221

 

7: Sunday

 

 

IEC: Dayl.sav.time st. m

 

 

 

104 222

 

3: March

 

 

These three parameters define the date (e.g. at what day of the year) for switching from standard time over to daylight saving time.  Available for IEC: Dayl.sav.time start are the values First, Second, Third, Fourth, and Last. For IEC: Dayl.sav.time st. d the seven weekdays are available so that for example a setting like “on the last Sunday in March” may be used.

 

IEC: Dayl.sav.t.st.0:00 +

 

 

 

104 223

 

120

0

1440

min

 

 

Time period in minutes after midnight when daylight saving time is switched to standard time.  If for example the clock is advanced one hour from 2:00 AM to 3:00 AM the parameter IEC: Dayl.sav.t.st.0:00 + is set to 120 (minutes).

 

IEC: Dayl.sav.time end

 

 

 

104 225

 

5: Last

 

 

IEC: Dayl.sav.time end d

 

 

 

104 226

 

7: Sunday

 

 

IEC: Dayl.sav.time end m

 

 

 

104 227

 

10: October

 

 

IEC: Dayl.sav.t.end 0:00+

 

 

 

104 228

 

180

0

1440

min

 

 

This parameter defines the date and time of day for the clock changeover from daylight saving time to standard time.  The setting is similar to that for the clock changeover to daylight saving time.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Generic Object Orientated Substation Events

GOOSE: Function group GOOSE

 

 

 

056 068

 

0: Without

 

 

Cancelling function group GOOSE or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden.

Parameters included in this function group are only effective when function group IEC is configured and enabled and when the parameters in this function group have been activated by setting the parameter IEC: Switch Config. Bank.

 

GOOSE: General enable USER

 

 

 

106 001

 

0: No

 

 

Enabling and disabling function group GOOSE.

 

GOOSE: Output 1 fct.assig.

 

 

 

106 011

 

060 000: MAIN: Without function

 

 

GOOSE: Output 2 fct.assig.

 

 

 

106 013

 

060 000: MAIN: Without function

 

 

GOOSE: Output 3 fct.assig.

 

 

 

106 015

 

060 000: MAIN: Without function

 

 

GOOSE: Output 4 fct.assig.

 

 

 

106 017

 

060 000: MAIN: Without function

 

 

GOOSE: Output 5 fct.assig.

 

 

 

106 019

 

060 000: MAIN: Without function

 

 

GOOSE: Output 6 fct.assig.

 

 

 

106 021

 

060 000: MAIN: Without function

 

 

GOOSE: Output 7 fct.assig.

 

 

 

106 023

 

060 000: MAIN: Without function

 

 

GOOSE: Output 8 fct.assig.

 

 

 

106 025

 

060 000: MAIN: Without function

 

 

GOOSE: Output 9 fct.assig.

 

 

 

106 027

 

060 000: MAIN: Without function

 

 

GOOSE: Output 10 fct.assig.

 

 

 

106 029

 

060 000: MAIN: Without function

 

 

GOOSE: Output 11 fct.assig.

 

 

 

106 031

 

060 000: MAIN: Without function

 

 

GOOSE: Output 12 fct.assig.

 

 

 

106 033

 

060 000: MAIN: Without function

 

 

GOOSE: Output 13 fct.assig.

 

 

 

106 035

 

060 000: MAIN: Without function

 

 

GOOSE: Output 14 fct.assig.

 

 

 

106 037

 

060 000: MAIN: Without function

 

 

GOOSE: Output 15 fct.assig.

 

 

 

106 039

 

060 000: MAIN: Without function

 

 

GOOSE: Output 16 fct.assig.

 

 

 

106 041

 

060 000: MAIN: Without function

 

 

GOOSE: Output 17 fct.assig.

 

 

 

106 043

 

060 000: MAIN: Without function

 

 

GOOSE: Output 18 fct.assig.

 

 

 

106 045

 

060 000: MAIN: Without function

 

 

GOOSE: Output 19 fct.assig.

 

 

 

106 047

 

060 000: MAIN: Without function

 

 

GOOSE: Output 20 fct.assig.

 

 

 

106 049

 

060 000: MAIN: Without function

 

 

GOOSE: Output 21 fct.assig.

 

 

 

106 051

 

060 000: MAIN: Without function

 

 

GOOSE: Output 22 fct.assig.

 

 

 

106 053

 

060 000: MAIN: Without function

 

 

GOOSE: Output 23 fct.assig.

 

 

 

106 055

 

060 000: MAIN: Without function

 

 

GOOSE: Output 24 fct.assig.

 

 

 

106 057

 

060 000: MAIN: Without function

 

 

GOOSE: Output 25 fct.assig.

 

 

 

106 059

 

060 000: MAIN: Without function

 

 

GOOSE: Output 26 fct.assig.

 

 

 

106 061

 

060 000: MAIN: Without function

 

 

GOOSE: Output 27 fct.assig.

 

 

 

106 063

 

060 000: MAIN: Without function

 

 

GOOSE: Output 28 fct.assig.

 

 

 

106 065

 

060 000: MAIN: Without function

 

 

GOOSE: Output 29 fct.assig.

 

 

 

106 067

 

060 000: MAIN: Without function

 

 

GOOSE: Output 30 fct.assig.

 

 

 

106 069

 

060 000: MAIN: Without function

 

 

GOOSE: Output 31 fct.assig.

 

 

 

106 071

 

060 000: MAIN: Without function

 

 

GOOSE: Output 32 fct.assig.

 

 

 

106 073

 

060 000: MAIN: Without function

 

 

Function assignment of a binary logical state signal to the virtual GOOSE outputs. Signals configured here can be included as GosGGIO2.ST.ind1, GosGGIO2.ST.ind2, … in the datasets.

 

GOOSE: Input 1 fct.assig.

 

 

 

107 006

 

061 000: MAIN: Without function

 

 

GOOSE: Input 2 fct.assig.

 

 

 

107 016

 

061 000: MAIN: Without function

 

 

GOOSE: Input 3 fct.assig.

 

 

 

107 026

 

061 000: MAIN: Without function

 

 

GOOSE: Input 4 fct.assig.

 

 

 

107 036

 

061 000: MAIN: Without function

 

 

GOOSE: Input 5 fct.assig.

 

 

 

107 046

 

061 000: MAIN: Without function

 

 

GOOSE: Input 6 fct.assig.

 

 

 

107 056

 

061 000: MAIN: Without function

 

 

GOOSE: Input 7 fct.assig.

 

 

 

107 066

 

061 000: MAIN: Without function

 

 

GOOSE: Input 8 fct.assig.

 

 

 

107 076

 

061 000: MAIN: Without function

 

 

GOOSE: Input 9 fct.assig.

 

 

 

107 086

 

061 000: MAIN: Without function

 

 

GOOSE: Input 10 fct.assig.

 

 

 

107 096

 

061 000: MAIN: Without function

 

 

GOOSE: Input 11 fct.assig.

 

 

 

107 106

 

061 000: MAIN: Without function

 

 

GOOSE: Input 12 fct.assig.

 

 

 

107 116

 

061 000: MAIN: Without function

 

 

GOOSE: Input 13 fct.assig.

 

 

 

107 126

 

061 000: MAIN: Without function

 

 

GOOSE: Input 14 fct.assig.

 

 

 

107 136

 

061 000: MAIN: Without function

 

 

GOOSE: Input 15 fct.assig.

 

 

 

107 146

 

061 000: MAIN: Without function

 

 

GOOSE: Input 16 fct.assig.

 

 

 

107 156

 

061 000: MAIN: Without function

 

 

GOOSE: Input 17 fct.assig.

 

 

 

107 157

 

061 000: MAIN: Without function

 

 

GOOSE: Input 18 fct.assig.

 

 

 

107 158

 

061 000: MAIN: Without function

 

 

GOOSE: Input 19 fct.assig.

 

 

 

107 159

 

061 000: MAIN: Without function

 

 

GOOSE: Input 20 fct.assig.

 

 

 

107 160

 

061 000: MAIN: Without function

 

 

GOOSE: Input 21 fct.assig.

 

 

 

107 161

 

061 000: MAIN: Without function

 

 

GOOSE: Input 22 fct.assig.

 

 

 

107 162

 

061 000: MAIN: Without function

 

 

GOOSE: Input 23 fct.assig.

 

 

 

107 163

 

061 000: MAIN: Without function

 

 

GOOSE: Input 24 fct.assig.

 

 

 

107 164

 

061 000: MAIN: Without function

 

 

GOOSE: Input 25 fct.assig.

 

 

 

107 165

 

061 000: MAIN: Without function

 

 

GOOSE: Input 26 fct.assig.

 

 

 

107 166

 

061 000: MAIN: Without function

 

 

GOOSE: Input 27 fct.assig.

 

 

 

107 167

 

061 000: MAIN: Without function

 

 

GOOSE: Input 28 fct.assig.

 

 

 

107 168

 

061 000: MAIN: Without function

 

 

GOOSE: Input 29 fct.assig.

 

 

 

107 169

 

061 000: MAIN: Without function

 

 

GOOSE: Input 30 fct.assig.

 

 

 

107 170

 

061 000: MAIN: Without function

 

 

GOOSE: Input 31 fct.assig.

 

 

 

107 171

 

061 000: MAIN: Without function

 

 

GOOSE: Input 32 fct.assig.

 

 

 

107 172

 

061 000: MAIN: Without function

 

 

Function assignment of the virtual binary GOOSE inputs (GosGGIO1/Pos1.stVal, GosGGIO1/Pos2.stVal, …) to a binary logical state signal on the device so that they can be processed further by the protection, control or logic functions. Signals configured here contain the received and pre-processed state of data attributes configured for GOOSE receipt.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

IEC Generic Substation Status Events

GSSE: Function group GSSE

 

 

 

056 060

 

0: Without

 

 

Cancelling function group GSSE or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden.  Parameters included in this function group are only effective when function group IEC is configured and enabled and when the parameters in this function group have been activated by setting the parameter IEC: Switch Config. Bank.

 

GSSE: General enable USER

 

 

 

104 049

 

0: No

 

 

Enabling and disabling function group GSSE.

 

GSSE: Min. cycle

 

 

 

104 052

 

10

1

60

ms

 

 

Minimum value for the GSSE repetition cycle time in ms.  The repetition cycle time for a GSSE message is calculated, according to a standard, with this formula:

Repetition cycle time = Min. cycle + (1 + (increment/1000))N-1 [ms]

The repetitions counter N will be restarted at count 1 after each state change of a GSSE bit pair.

 

GSSE: Max. cycle

 

 

 

104 053

 

1

1

60

s

 

 

Maximum value for the GSSE repetition cycle time in s.  For the formula to calculate the repetition cycle time see GSSE: Min. cycle.  Should the calculated value for the repetition cycle time be equal to or greater than the set max. value then the GSSE message will be sent repeatedly at the set max. value time.

 

GSSE: Increment

 

 

 

104 054

 

900

0

999

 

 

 

Increment for the GSSE repetition cycle.  For the formula to calculate the repetition cycle time see GSSE: Min. cycle.

 

GSSE: Operating mode

 

 

 

104 055

 

0: Promiscuous

 

 

In the operating mode Broadcast all GSSE, independent of their MAC address (network hardware characteristic), are always read and processed.  In the operating mode Promiscuous and after all GSSE sending devices have logged-on, only messages with the MAC addresses of IEDs, that have logged-on successfully, are read and processed.

 

GSSE: Output 1 bit pair

 

 

 

104 101

 

0: No selection

 

 

GSSE: Output 2 bit pair

 

 

 

104 104

 

0: No selection

 

 

GSSE: Output 3 bit pair

 

 

 

104 107

 

0: No selection

 

 

GSSE: Output 4 bit pair

 

 

 

104 110

 

0: No selection

 

 

GSSE: Output 5 bit pair

 

 

 

104 113

 

0: No selection

 

 

GSSE: Output 6 bit pair

 

 

 

104 116

 

0: No selection

 

 

GSSE: Output 7 bit pair

 

 

 

104 119

 

0: No selection

 

 

GSSE: Output 8 bit pair

 

 

 

104 122

 

0: No selection

 

 

GSSE: Output 9 bit pair

 

 

 

104 125

 

0: No selection

 

 

GSSE: Output 10 bit pair

 

 

 

104 128

 

0: No selection

 

 

GSSE: Output 11 bit pair

 

 

 

104 131

 

0: No selection

 

 

GSSE: Output 12 bit pair

 

 

 

104 134

 

0: No selection

 

 

GSSE: Output 13 bit pair

 

 

 

104 137

 

0: No selection

 

 

GSSE: Output 14 bit pair

 

 

 

104 140

 

0: No selection

 

 

GSSE: Output 15 bit pair

 

 

 

104 143

 

0: No selection

 

 

GSSE: Output 16 bit pair

 

 

 

104 146

 

0: No selection

 

 

GSSE: Output 17 bit pair

 

 

 

104 149

 

0: No selection

 

 

GSSE: Output 18 bit pair

 

 

 

104 152

 

0: No selection

 

 

GSSE: Output 19 bit pair

 

 

 

104 155

 

0: No selection

 

 

GSSE: Output 20 bit pair

 

 

 

104 158

 

0: No selection

 

 

GSSE: Output 21 bit pair

 

 

 

104 161

 

0: No selection

 

 

GSSE: Output 22 bit pair

 

 

 

104 164

 

0: No selection

 

 

GSSE: Output 23 bit pair

 

 

 

104 167

 

0: No selection

 

 

GSSE: Output 24 bit pair

 

 

 

104 170

 

0: No selection

 

 

GSSE: Output 25 bit pair

 

 

 

104 173

 

0: No selection

 

 

GSSE: Output 26 bit pair

 

 

 

104 176

 

0: No selection

 

 

GSSE: Output 27 bit pair

 

 

 

104 179

 

0: No selection

 

 

GSSE: Output 28 bit pair

 

 

 

104 182

 

0: No selection

 

 

GSSE: Output 29 bit pair

 

 

 

104 185

 

0: No selection

 

 

GSSE: Output 30 bit pair

 

 

 

104 188

 

0: No selection

 

 

GSSE: Output 31 bit pair

 

 

 

104 191

 

0: No selection

 

 

GSSE: Output 32 bit pair

 

 

 

104 194

 

0: No selection

 

 

Setting with which GSSE bit pair the configured binary signal of the virtual GSSE outputs is to be transmitted.  A GSSE is always transmitted consisting of a fixed number of 96 bit pairs, of which a maximum of 32 are used by this device (IED) during a send operation.

 

GSSE: Output 1 fct.assig.

 

 

 

104 102

 

060 000: MAIN: Without function

 

 

GSSE: Output 2 fct.assig.

 

 

 

104 105

 

060 000: MAIN: Without function

 

 

GSSE: Output 3 fct.assig.

 

 

 

104 108

 

060 000: MAIN: Without function

 

 

GSSE: Output 4 fct.assig.

 

 

 

104 111

 

060 000: MAIN: Without function

 

 

GSSE: Output 5 fct.assig.

 

 

 

104 114

 

060 000: MAIN: Without function

 

 

GSSE: Output 6 fct.assig.

 

 

 

104 117

 

060 000: MAIN: Without function

 

 

GSSE: Output 7 fct.assig.

 

 

 

104 120

 

060 000: MAIN: Without function

 

 

GSSE: Output 8 fct.assig.

 

 

 

104 123

 

060 000: MAIN: Without function

 

 

GSSE: Output 9 fct.assig.

 

 

 

104 126

 

060 000: MAIN: Without function

 

 

GSSE: Output 10 fct.assig.

 

 

 

104 129

 

060 000: MAIN: Without function

 

 

GSSE: Output 11 fct.assig.

 

 

 

104 132

 

060 000: MAIN: Without function

 

 

GSSE: Output 12 fct.assig.

 

 

 

104 135

 

060 000: MAIN: Without function

 

 

GSSE: Output 13 fct.assig.

 

 

 

104 138

 

060 000: MAIN: Without function

 

 

GSSE: Output 14 fct.assig.

 

 

 

104 141

 

060 000: MAIN: Without function

 

 

GSSE: Output 15 fct.assig.

 

 

 

104 144

 

060 000: MAIN: Without function

 

 

GSSE: Output 16 fct.assig.

 

 

 

104 147

 

060 000: MAIN: Without function

 

 

GSSE: Output 17 fct.assig.

 

 

 

104 150

 

060 000: MAIN: Without function

 

 

GSSE: Output 18 fct.assig.

 

 

 

104 153

 

060 000: MAIN: Without function

 

 

GSSE: Output 19 fct.assig.

 

 

 

104 156

 

060 000: MAIN: Without function

 

 

GSSE: Output 20 fct.assig.

 

 

 

104 159

 

060 000: MAIN: Without function

 

 

GSSE: Output 21 fct.assig.

 

 

 

104 162

 

060 000: MAIN: Without function

 

 

GSSE: Output 22 fct.assig.

 

 

 

104 165

 

060 000: MAIN: Without function

 

 

GSSE: Output 23 fct.assig.

 

 

 

104 168

 

060 000: MAIN: Without function

 

 

GSSE: Output 24 fct.assig.

 

 

 

104 171

 

060 000: MAIN: Without function

 

 

GSSE: Output 25 fct.assig.

 

 

 

104 174

 

060 000: MAIN: Without function

 

 

GSSE: Output 26 fct.assig.

 

 

 

104 177

 

060 000: MAIN: Without function

 

 

GSSE: Output 27 fct.assig.

 

 

 

104 180

 

060 000: MAIN: Without function

 

 

GSSE: Output 28 fct.assig.

 

 

 

104 183

 

060 000: MAIN: Without function

 

 

GSSE: Output 29 fct.assig.

 

 

 

104 186

 

060 000: MAIN: Without function

 

 

GSSE: Output 30 fct.assig.

 

 

 

104 189

 

060 000: MAIN: Without function

 

 

GSSE: Output 31 fct.assig.

 

 

 

104 192

 

060 000: MAIN: Without function

 

 

GSSE: Output 32 fct.assig.

 

 

 

104 195

 

060 000: MAIN: Without function

 

 

Function assignment of a binary logical state signal to the virtual GSSE outputs.  The signal configured here is sent through the GSSE bit pair as configured above.

 

GSSE: Input 1 bit pair

 

 

 

105 001

 

0: No selection

 

 

GSSE: Input 2 bit pair

 

 

 

105 006

 

0: No selection

 

 

GSSE: Input 3 bit pair

 

 

 

105 011

 

0: No selection

 

 

GSSE: Input 4 bit pair

 

 

 

105 016

 

0: No selection

 

 

GSSE: Input 5 bit pair

 

 

 

105 021

 

0: No selection

 

 

GSSE: Input 6 bit pair

 

 

 

105 026

 

0: No selection

 

 

GSSE: Input 7 bit pair

 

 

 

105 031

 

0: No selection

 

 

GSSE: Input 8 bit pair

 

 

 

105 036

 

0: No selection

 

 

GSSE: Input 9 bit pair

 

 

 

105 041

 

0: No selection

 

 

GSSE: Input 10 bit pair

 

 

 

105 046

 

0: No selection

 

 

GSSE: Input 11 bit pair

 

 

 

105 051

 

0: No selection

 

 

GSSE: Input 12 bit pair

 

 

 

105 056

 

0: No selection

 

 

GSSE: Input 13 bit pair

 

 

 

105 061

 

0: No selection

 

 

GSSE: Input 14 bit pair

 

 

 

105 066

 

0: No selection

 

 

GSSE: Input 15 bit pair

 

 

 

105 071

 

0: No selection

 

 

GSSE: Input 16 bit pair

 

 

 

105 076

 

0: No selection

 

 

GSSE: Input 17 bit pair

 

 

 

105 081

 

0: No selection

 

 

GSSE: Input 18 bit pair

 

 

 

105 086

 

0: No selection

 

 

GSSE: Input 19 bit pair

 

 

 

105 091

 

0: No selection

 

 

GSSE: Input 20 bit pair

 

 

 

105 096

 

0: No selection

 

 

GSSE: Input 21 bit pair

 

 

 

105 101

 

0: No selection

 

 

GSSE: Input 22 bit pair

 

 

 

105 106

 

0: No selection

 

 

GSSE: Input 23 bit pair

 

 

 

105 111

 

0: No selection

 

 

GSSE: Input 24 bit pair

 

 

 

105 116

 

0: No selection

 

 

GSSE: Input 25 bit pair

 

 

 

105 121

 

0: No selection

 

 

GSSE: Input 26 bit pair

 

 

 

105 126

 

0: No selection

 

 

GSSE: Input 27 bit pair

 

 

 

105 131

 

0: No selection

 

 

GSSE: Input 28 bit pair

 

 

 

105 136

 

0: No selection

 

 

GSSE: Input 29 bit pair

 

 

 

105 141

 

0: No selection

 

 

GSSE: Input 30 bit pair

 

 

 

105 146

 

0: No selection

 

 

GSSE: Input 31 bit pair

 

 

 

105 151

 

0: No selection

 

 

GSSE: Input 32 bit pair

 

 

 

105 156

 

0: No selection

 

 

Setting which GSSE bit pair is assigned to which virtual GSSE input.  A GSSE is always received consisting of a fixed number of 96 bit pairs, of which a maximum of 32 are processed by this device (IED).

 

GSSE: Input 1 IED name

 

 

 

105 002

 

1: Remote IED

 

 

GSSE: Input 2 IED name

 

 

 

105 007

 

1: Remote IED

 

 

GSSE: Input 3 IED name

 

 

 

105 012

 

1: Remote IED

 

 

GSSE: Input 4 IED name

 

 

 

105 017

 

1: Remote IED

 

 

GSSE: Input 5 IED name

 

 

 

105 022

 

1: Remote IED

 

 

GSSE: Input 6 IED name

 

 

 

105 027

 

1: Remote IED

 

 

GSSE: Input 7 IED name

 

 

 

105 032

 

1: Remote IED

 

 

GSSE: Input 8 IED name

 

 

 

105 037

 

1: Remote IED

 

 

GSSE: Input 9 IED name

 

 

 

105 042

 

1: Remote IED

 

 

GSSE: Input 10 IED name

 

 

 

105 047

 

1: Remote IED

 

 

GSSE: Input 11 IED name

 

 

 

105 052

 

1: Remote IED

 

 

GSSE: Input 12 IED name

 

 

 

105 057

 

1: Remote IED

 

 

GSSE: Input 13 IED name

 

 

 

105 062

 

1: Remote IED

 

 

GSSE: Input 14 IED name

 

 

 

105 067

 

1: Remote IED

 

 

GSSE: Input 15 IED name

 

 

 

105 072

 

1: Remote IED

 

 

GSSE: Input 16 IED name

 

 

 

105 077

 

1: Remote IED

 

 

GSSE: Input 17 IED name

 

 

 

105 082

 

1: Remote IED

 

 

GSSE: Input 18 IED name

 

 

 

105 087

 

1: Remote IED

 

 

GSSE: Input 19 IED name

 

 

 

105 092

 

1: Remote IED

 

 

GSSE: Input 20 IED name

 

 

 

105 097

 

1: Remote IED

 

 

GSSE: Input 21 IED name

 

 

 

105 102

 

1: Remote IED

 

 

GSSE: Input 22 IED name

 

 

 

105 107

 

1: Remote IED

 

 

GSSE: Input 23 IED name

 

 

 

105 112

 

1: Remote IED

 

 

GSSE: Input 24 IED name

 

 

 

105 117

 

1: Remote IED

 

 

GSSE: Input 25 IED name

 

 

 

105 122

 

1: Remote IED

 

 

GSSE: Input 26 IED name

 

 

 

105 127

 

1: Remote IED

 

 

GSSE: Input 27 IED name

 

 

 

105 132

 

1: Remote IED

 

 

GSSE: Input 28 IED name

 

 

 

105 137

 

1: Remote IED

 

 

GSSE: Input 29 IED name

 

 

 

105 142

 

1: Remote IED

 

 

GSSE: Input 30 IED name

 

 

 

105 147

 

1: Remote IED

 

 

GSSE: Input 31 IED name

 

 

 

105 152

 

1: Remote IED

 

 

GSSE: Input 32 IED name

 

 

 

105 157

 

1: Remote IED

 

 

IED name for the virtual GSSE input used to identify a GSSE received.

 

GSSE: Input 1 default

 

 

 

105 003

 

0: 0

 

 

GSSE: Input 2 default

 

 

 

105 008

 

0: 0

 

 

GSSE: Input 3 default

 

 

 

105 013

 

0: 0

 

 

GSSE: Input 4 default

 

 

 

105 018

 

0: 0

 

 

GSSE: Input 5 default

 

 

 

105 023

 

0: 0

 

 

GSSE: Input 6 default

 

 

 

105 028

 

0: 0

 

 

GSSE: Input 7 default

 

 

 

105 033

 

0: 0

 

 

GSSE: Input 8 default

 

 

 

105 038

 

0: 0

 

 

GSSE: Input 9 default

 

 

 

105 043

 

0: 0

 

 

GSSE: Input 10 default

 

 

 

105 048

 

0: 0

 

 

GSSE: Input 11 default

 

 

 

105 053

 

0: 0

 

 

GSSE: Input 12 default

 

 

 

105 058

 

0: 0

 

 

GSSE: Input 13 default

 

 

 

105 063

 

0: 0

 

 

GSSE: Input 14 default

 

 

 

105 068

 

0: 0

 

 

GSSE: Input 15 default

 

 

 

105 073

 

0: 0

 

 

GSSE: Input 16 default

 

 

 

105 078

 

0: 0

 

 

GSSE: Input 17 default

 

 

 

105 083

 

0: 0

 

 

GSSE: Input 18 default

 

 

 

105 088

 

0: 0

 

 

GSSE: Input 19 default

 

 

 

105 093

 

0: 0

 

 

GSSE: Input 20 default

 

 

 

105 098

 

0: 0

 

 

GSSE: Input 21 default

 

 

 

105 103

 

0: 0

 

 

GSSE: Input 22 default

 

 

 

105 108

 

0: 0

 

 

GSSE: Input 23 default

 

 

 

105 113

 

0: 0

 

 

GSSE: Input 24 default

 

 

 

105 118

 

0: 0

 

 

GSSE: Input 25 default

 

 

 

105 123

 

0: 0

 

 

GSSE: Input 26 default

 

 

 

105 128

 

0: 0

 

 

GSSE: Input 27 default

 

 

 

105 133

 

0: 0

 

 

GSSE: Input 28 default

 

 

 

105 138

 

0: 0

 

 

GSSE: Input 29 default

 

 

 

105 143

 

0: 0

 

 

GSSE: Input 30 default

 

 

 

105 148

 

0: 0

 

 

GSSE: Input 31 default

 

 

 

105 153

 

0: 0

 

 

GSSE: Input 32 default

 

 

 

105 158

 

0: 0

 

 

Default for the virtual binary GSSE input.  The state of a virtual two-pole GSSE input will revert to default as soon as the continuously monitored communication link to a GSSE sending device (IED situated on the opposite side) is in fault or has disappeared altogether.

 

GSSE: Input 1 fct.assig.

 

 

 

105 004

 

061 000: MAIN: Without function

 

 

GSSE: Input 2 fct.assig.

 

 

 

105 009

 

061 000: MAIN: Without function

 

 

GSSE: Input 3 fct.assig.

 

 

 

105 014

 

061 000: MAIN: Without function

 

 

GSSE: Input 4 fct.assig.

 

 

 

105 019

 

061 000: MAIN: Without function

 

 

GSSE: Input 5 fct.assig.

 

 

 

105 024

 

061 000: MAIN: Without function

 

 

GSSE: Input 6 fct.assig.

 

 

 

105 029

 

061 000: MAIN: Without function

 

 

GSSE: Input 7 fct.assig.

 

 

 

105 034

 

061 000: MAIN: Without function

 

 

GSSE: Input 8 fct.assig.

 

 

 

105 039

 

061 000: MAIN: Without function

 

 

GSSE: Input 9 fct.assig.

 

 

 

105 044

 

061 000: MAIN: Without function

 

 

GSSE: Input 10 fct.assig.

 

 

 

105 049

 

061 000: MAIN: Without function

 

 

GSSE: Input 11 fct.assig.

 

 

 

105 054

 

061 000: MAIN: Without function

 

 

GSSE: Input 12 fct.assig.

 

 

 

105 059

 

061 000: MAIN: Without function

 

 

GSSE: Input 13 fct.assig.

 

 

 

105 064

 

061 000: MAIN: Without function

 

 

GSSE: Input 14 fct.assig.

 

 

 

105 069

 

061 000: MAIN: Without function

 

 

GSSE: Input 15 fct.assig.

 

 

 

105 074

 

061 000: MAIN: Without function

 

 

GSSE: Input 16 fct.assig.

 

 

 

105 079

 

061 000: MAIN: Without function

 

 

GSSE: Input 17 fct.assig.

 

 

 

105 084

 

061 000: MAIN: Without function

 

 

GSSE: Input 18 fct.assig.

 

 

 

105 089

 

061 000: MAIN: Without function

 

 

GSSE: Input 19 fct.assig.

 

 

 

105 094

 

061 000: MAIN: Without function

 

 

GSSE: Input 20 fct.assig.

 

 

 

105 099

 

061 000: MAIN: Without function

 

 

GSSE: Input 21 fct.assig.

 

 

 

105 104

 

061 000: MAIN: Without function

 

 

GSSE: Input 22 fct.assig.

 

 

 

105 109

 

061 000: MAIN: Without function

 

 

GSSE: Input 23 fct.assig.

 

 

 

105 114

 

061 000: MAIN: Without function

 

 

GSSE: Input 24 fct.assig.

 

 

 

105 119

 

061 000: MAIN: Without function

 

 

GSSE: Input 25 fct.assig.

 

 

 

105 124

 

061 000: MAIN: Without function

 

 

GSSE: Input 26 fct.assig.

 

 

 

105 129

 

061 000: MAIN: Without function

 

 

GSSE: Input 27 fct.assig.

 

 

 

105 134

 

061 000: MAIN: Without function

 

 

GSSE: Input 28 fct.assig.

 

 

 

105 139

 

061 000: MAIN: Without function

 

 

GSSE: Input 29 fct.assig.

 

 

 

105 144

 

061 000: MAIN: Without function

 

 

GSSE: Input 30 fct.assig.

 

 

 

105 149

 

061 000: MAIN: Without function

 

 

GSSE: Input 31 fct.assig.

 

 

 

105 154

 

061 000: MAIN: Without function

 

 

GSSE: Input 32 fct.assig.

 

 

 

105 159

 

061 000: MAIN: Without function

 

 

Function assignment of the virtual GSSE input to a binary logical state signal on the device (IED) so that it can be processed further by the protection or logic functions.  The signal configured at this point will receive the state of the bit pair, as configured above, and which was received with GSSE.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

IRIG‑B interface

IRIGB: Function group IRIGB

 

 

 

056 072

 

0: Without

 

 

Cancelling function group IRIGB or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden.

 

IRIGB: General enable USER

 

 

 

023 200

 

0: No

Fig. 3-24

 

Disabling or enabling the IRIG-B interface.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Con­fig­u­rable func­tion keys

F_KEY: Password funct.key 1

 

 

 

003 036

 

0

0

4444

 

 

 

F_KEY: Password funct.key 2

 

 

 

030 242

 

0

0

4444

 

 

 

F_KEY: Password funct.key 3

 

 

 

030 243

 

0

0

4444

 

 

 

F_KEY: Password funct.key 4

 

 

 

030 244

 

0

0

4444

 

 

 

F_KEY: Password funct.key 5

 

 

 

030 245

 

0

0

4444

 

 

 

F_KEY: Password funct.key 6

 

 

 

030 246

 

0

0

4444

 

 

 

Definition of the password for enabling the function keys.

 

F_KEY: Fct. assignm. F1

 

 

 

080 112

 

061 000: MAIN: Without function

 

 

F_KEY: Fct. assignm. F2

 

 

 

080 113

 

061 000: MAIN: Without function

 

 

F_KEY: Fct. assignm. F3

 

 

 

080 114

 

061 000: MAIN: Without function

 

 

F_KEY: Fct. assignm. F4

 

 

 

080 115

 

061 000: MAIN: Without function

 

 

F_KEY: Fct. assignm. F5

 

 

 

080 116

 

061 000: MAIN: Without function

 

 

F_KEY: Fct. assignm. F6

 

 

 

080 117

 

061 000: MAIN: Without function

 

 

Assignment of functions to the function keys.  Either a single function or a menu jump list may be selected.  There are two menu jump lists, which are assembled at LOC: Fct. menu jmp list 1 or LOC: Fct. menu jmp list 2, respectively.

 

F_KEY: Operating mode F1

 

 

 

080 132

 

1: Key

 

 

F_KEY: Operating mode F2

 

 

 

080 133

 

1: Key

 

 

F_KEY: Operating mode F3

 

 

 

080 134

 

1: Key

 

 

F_KEY: Operating mode F4

 

 

 

080 135

 

1: Key

 

 

F_KEY: Operating mode F5

 

 

 

080 136

 

1: Key

 

 

F_KEY: Operating mode F6

 

 

 

080 137

 

1: Key

 

 

Choice between operation of the function key as a key or switch.

 

F_KEY: Return time fct.keys

 

 

 

003 037

 

10

1

60000

s

 

 

Once the password has been entered, the function keys remain active for no longer than this time. Thereafter, the function keys are disabled until the password is entered again.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Binary input

INP: Filter

 

 

 

010 220

 

0

0

20

 

Fig. 3-26

 

Input filter which is activated when either the mode Active "high", filt. or Active "low", filt. has been selected for INP: Oper. mode U xxx.  In order to suppress transient interference peaks at the logic signal inputs it is suggested to set this parameter to 6 [steps].

 

INP: Fct. assignm. U 701

 

 

 

152 109

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 702

 

 

 

152 112

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 703

 

 

 

152 115

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 704

 

 

 

152 118

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 705

 

 

 

152 121

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 706

 

 

 

152 124

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 801

 

 

 

184 002

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 802

 

 

 

184 006

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 803

 

 

 

184 010

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 804

 

 

 

184 014

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 805

 

 

 

184 018

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 806

 

 

 

184 022

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 807

 

 

 

184 026

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 808

 

 

 

184 030

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 809

 

 

 

184 034

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 810

 

 

 

184 038

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 811

 

 

 

184 042

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 812

 

 

 

184 046

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 813

 

 

 

184 050

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 814

 

 

 

184 054

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 815

 

 

 

184 058

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 816

 

 

 

184 062

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 817

 

 

 

184 066

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 818

 

 

 

184 070

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 819

 

 

 

184 074

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 820

 

 

 

184 078

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 821

 

 

 

184 082

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 822

 

 

 

184 086

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 823

 

 

 

184 090

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 824

 

 

 

184 094

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 901

 

 

 

152 145

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 902

 

 

 

152 148

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 903

 

 

 

152 151

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 904

 

 

 

152 154

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1001

 

 

 

152 163

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1002

 

 

 

152 166

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1003

 

 

 

152 169

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1004

 

 

 

152 172

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1005

 

 

 

152 175

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1006

 

 

 

152 178

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1601

 

 

 

192 002

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1602

 

 

 

192 006

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1603

 

 

 

192 010

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1604

 

 

 

192 014

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1605

 

 

 

192 018

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1606

 

 

 

192 022

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1801

 

 

 

194 002

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1802

 

 

 

194 006

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1803

 

 

 

194 010

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1804

 

 

 

194 014

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1805

 

 

 

194 018

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 1806

 

 

 

194 022

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 2001

 

 

 

153 087

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 2002

 

 

 

153 090

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 2003

 

 

 

153 093

 

061 000: MAIN: Without function

 

 

INP: Fct. assignm. U 2004

 

 

 

153 096

 

061 000: MAIN: Without function

 

 

Assignment of functions to binary signal inputs.

 

INP: Oper. mode U 701

 

 

 

152 110

 

1: Active "high"

 

 

INP: Oper. mode U 702

 

 

 

152 113

 

1: Active "high"

 

 

INP: Oper. mode U 703

 

 

 

152 116

 

1: Active "high"

 

 

INP: Oper. mode U 704

 

 

 

152 119

 

1: Active "high"

 

 

INP: Oper. mode U 705

 

 

 

152 122

 

1: Active "high"

 

 

INP: Oper. mode U 706

 

 

 

152 125

 

1: Active "high"

 

 

INP: Oper. mode U 801

 

 

 

184 003

 

1: Active "high"

 

 

INP: Oper. mode U 802

 

 

 

184 007

 

1: Active "high"

 

 

INP: Oper. mode U 803

 

 

 

184 011

 

1: Active "high"

 

 

INP: Oper. mode U 804

 

 

 

184 015

 

1: Active "high"

 

 

INP: Oper. mode U 805

 

 

 

184 019

 

1: Active "high"

 

 

INP: Oper. mode U 806

 

 

 

184 023

 

1: Active "high"

 

 

INP: Oper. mode U 807

 

 

 

184 027

 

1: Active "high"

 

 

INP: Oper. mode U 808

 

 

 

184 031

 

1: Active "high"

 

 

INP: Oper. mode U 809

 

 

 

184 035

 

1: Active "high"

 

 

INP: Oper. mode U 810

 

 

 

184 039

 

1: Active "high"

 

 

INP: Oper. mode U 811

 

 

 

184 043

 

1: Active "high"

 

 

INP: Oper. mode U 812

 

 

 

184 047

 

1: Active "high"

 

 

INP: Oper. mode U 813

 

 

 

184 051

 

1: Active "high"

 

 

INP: Oper. mode U 814

 

 

 

184 055

 

1: Active "high"

 

 

INP: Oper. mode U 815

 

 

 

184 059

 

1: Active "high"

 

 

INP: Oper. mode U 816

 

 

 

184 063

 

1: Active "high"

 

 

INP: Oper. mode U 817

 

 

 

184 067

 

1: Active "high"

 

 

INP: Oper. mode U 818

 

 

 

184 071

 

1: Active "high"

 

 

INP: Oper. mode U 819

 

 

 

184 075

 

1: Active "high"

 

 

INP: Oper. mode U 820

 

 

 

184 079

 

1: Active "high"

 

 

INP: Oper. mode U 821

 

 

 

184 083

 

1: Active "high"

 

 

INP: Oper. mode U 822

 

 

 

184 087

 

1: Active "high"

 

 

INP: Oper. mode U 823

 

 

 

184 091

 

1: Active "high"

 

 

INP: Oper. mode U 824

 

 

 

184 095

 

1: Active "high"

 

 

INP: Oper. mode U 901

 

 

 

152 146

 

1: Active "high"

 

 

INP: Oper. mode U 902

 

 

 

152 149

 

1: Active "high"

 

 

INP: Oper. mode U 903

 

 

 

152 152

 

1: Active "high"

 

 

INP: Oper. mode U 904

 

 

 

152 155

 

1: Active "high"

 

 

INP: Oper. mode U 1001

 

 

 

152 164

 

1: Active "high"

 

 

INP: Oper. mode U 1002

 

 

 

152 167

 

1: Active "high"

 

 

INP: Oper. mode U 1003

 

 

 

152 170

 

1: Active "high"

 

 

INP: Oper. mode U 1004

 

 

 

152 173

 

1: Active "high"

 

 

INP: Oper. mode U 1005

 

 

 

152 176

 

1: Active "high"

 

 

INP: Oper. mode U 1006

 

 

 

152 179

 

1: Active "high"

 

 

INP: Oper. mode U 1601

 

 

 

192 003

 

1: Active "high"

 

 

INP: Oper. mode U 1602

 

 

 

192 007

 

1: Active "high"

 

 

INP: Oper. mode U 1603

 

 

 

192 011

 

1: Active "high"

 

 

INP: Oper. mode U 1604

 

 

 

192 015

 

1: Active "high"

 

 

INP: Oper. mode U 1605

 

 

 

192 019

 

1: Active "high"

 

 

INP: Oper. mode U 1606

 

 

 

192 023

 

1: Active "high"

 

 

INP: Oper. mode U 1801

 

 

 

194 003

 

1: Active "high"

 

 

INP: Oper. mode U 1802

 

 

 

194 007

 

1: Active "high"

 

 

INP: Oper. mode U 1803

 

 

 

194 011

 

1: Active "high"

 

 

INP: Oper. mode U 1804

 

 

 

194 015

 

1: Active "high"

 

 

INP: Oper. mode U 1805

 

 

 

194 019

 

1: Active "high"

 

 

INP: Oper. mode U 1806

 

 

 

194 023

 

1: Active "high"

 

 

INP: Oper. mode U 2001

 

 

 

153 088

 

1: Active "high"

 

 

INP: Oper. mode U 2002

 

 

 

153 091

 

1: Active "high"

 

 

INP: Oper. mode U 2003

 

 

 

153 094

 

1: Active "high"

 

 

INP: Oper. mode U 2004

 

 

 

153 097

 

1: Active "high"

 

 

Selection of operating mode for binary signal inputs.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Measured data input

MEASI: Function group MEASI

 

 

 

056 030

 

0: Without

 

 

Cancelling function group MEASI or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden.

 

MEASI: General enable USER

 

 

 

011 100

 

0: No

Fig. 3-27

Fig. 3-35

 

Disabling or enabling analog measured data input.

 

MEASI: Enable IDC p.u.

 

 

 

037 190

 

0.000

0.000

0.200

IDC,nom

Fig. 3-30

 

Setting for the minimum current that must flow in order for the P632 to display a measured value > 0 (zero suppression).

 

MEASI: IDC< open circuit

 

 

 

037 191

 

3.0

0.0

10.0

mA

Fig. 3-30

 

If the input current falls below the set threshold, the P632 will issue an “open circuit” signal.

 

MEASI: IDC 1

 

 

 

037 150

 

0.000

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 2

 

 

 

037 152

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 3

 

 

 

037 154

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 4

 

 

 

037 156

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 5

 

 

 

037 158

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 6

 

 

 

037 160

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 7

 

 

 

037 162

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 8

 

 

 

037 164

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 9

 

 

 

037 166

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 10

 

 

 

037 168

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 11

 

 

 

037 170

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 12

 

 

 

037 172

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 13

 

 

 

037 174

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 14

 

 

 

037 176

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 15

 

 

 

037 178

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 16

 

 

 

037 180

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 17

 

 

 

037 182

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 18

 

 

 

037 184

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 19

 

 

 

037 186

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC 20

 

 

 

037 188

 

1.200

0.000

1.200

IDC,nom

Fig. 3-30

 

Setting for the input current that will correspond to a linearized value that has been set accordingly.

 

MEASI: IDC,lin 1

 

 

 

037 151

 

0.000

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 2

 

 

 

037 153

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 3

 

 

 

037 155

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 4

 

 

 

037 157

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 5

 

 

 

037 159

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 6

 

 

 

037 161

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 7

 

 

 

037 163

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 8

 

 

 

037 165

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 9

 

 

 

037 167

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 10

 

 

 

037 169

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 11

 

 

 

037 171

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 12

 

 

 

037 173

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 13

 

 

 

037 175

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 14

 

 

 

037 177

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 15

 

 

 

037 179

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 16

 

 

 

037 181

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 17

 

 

 

037 183

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 18

 

 

 

037 185

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 19

 

 

 

037 187

 

Blocked

0.000

1.200

IDC,nom

Fig. 3-30

 

MEASI: IDC,lin 20

 

 

 

037 189

 

1.200

0.000

1.200

IDC,nom

Fig. 3-30

 

Setting for the linearized current that will correspond to an input current that has been set accordingly.

 

MEASI: Scaled val. IDC,lin1

 

 

 

037 192

 

0

-32768

32767

 

Fig. 3-31

 

Setting for the scaled value of IDC,lin1.

 

MEASI: Scaled val.IDC,lin20

 

 

 

037 193

 

1200

-32768

32767

 

Fig. 3-31

 

Setting for the scaled value of IDC,lin20.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Binary and analog output

OUTP: Fct. assignm. K 701

 

 

 

150 145

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 702

 

 

 

150 148

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 703

 

 

 

150 151

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 704

 

 

 

150 154

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 705

 

 

 

150 157

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 706

 

 

 

150 160

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 707

 

 

 

150 163

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 708

 

 

 

150 166

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 801

 

 

 

150 169

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 802

 

 

 

150 172

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 901

 

 

 

150 193

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 902

 

 

 

150 196

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 903

 

 

 

150 199

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 904

 

 

 

150 202

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 905

 

 

 

150 205

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 906

 

 

 

150 208

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 907

 

 

 

150 211

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 908

 

 

 

150 214

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1001

 

 

 

150 217

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1002

 

 

 

150 220

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1003

 

 

 

150 223

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1004

 

 

 

150 226

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1005

 

 

 

150 229

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1006

 

 

 

150 232

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1601

 

 

 

171 002

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1602

 

 

 

171 006

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1603

 

 

 

171 010

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1604

 

 

 

171 014

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1605

 

 

 

171 018

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1606

 

 

 

171 022

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1607

 

 

 

171 026

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1608

 

 

 

171 030

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1801

 

 

 

173 002

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1802

 

 

 

173 006

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1803

 

 

 

173 010

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1804

 

 

 

173 014

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1805

 

 

 

173 018

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 1806

 

 

 

173 022

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 2001

 

 

 

151 201

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 2002

 

 

 

151 204

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 2003

 

 

 

151 207

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 2004

 

 

 

151 210

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 2005

 

 

 

151 213

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 2006

 

 

 

151 216

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 2007

 

 

 

151 219

 

060 000: MAIN: Without function

 

 

OUTP: Fct. assignm. K 2008

 

 

 

151 222

 

060 000: MAIN: Without function

 

 

Assignment of functions to output relays.

 

OUTP: Oper. mode K 701

 

 

 

150 146

 

1: ES updating

 

 

OUTP: Oper. mode K 702

 

 

 

150 149

 

1: ES updating

 

 

OUTP: Oper. mode K 703

 

 

 

150 152

 

1: ES updating

 

 

OUTP: Oper. mode K 704

 

 

 

150 155

 

1: ES updating

 

 

OUTP: Oper. mode K 705

 

 

 

150 158

 

1: ES updating

 

 

OUTP: Oper. mode K 706

 

 

 

150 161

 

1: ES updating

 

 

OUTP: Oper. mode K 707

 

 

 

150 164

 

1: ES updating

 

 

OUTP: Oper. mode K 708

 

 

 

150 167

 

1: ES updating

 

 

OUTP: Oper. mode K 801

 

 

 

150 170

 

1: ES updating

 

 

OUTP: Oper. mode K 802

 

 

 

150 173

 

1: ES updating

 

 

OUTP: Oper. mode K 901

 

 

 

150 194

 

1: ES updating

 

 

OUTP: Oper. mode K 902

 

 

 

150 197

 

1: ES updating

 

 

OUTP: Oper. mode K 903

 

 

 

150 200

 

1: ES updating

 

 

OUTP: Oper. mode K 904

 

 

 

150 203

 

1: ES updating

 

 

OUTP: Oper. mode K 905

 

 

 

150 206

 

1: ES updating

 

 

OUTP: Oper. mode K 906

 

 

 

150 209

 

1: ES updating

 

 

OUTP: Oper. mode K 907

 

 

 

150 212

 

1: ES updating

 

 

OUTP: Oper. mode K 908

 

 

 

150 215

 

1: ES updating

 

 

OUTP: Oper. mode K 1001

 

 

 

150 218

 

1: ES updating

 

 

OUTP: Oper. mode K 1002

 

 

 

150 221

 

1: ES updating

 

 

OUTP: Oper. mode K 1003

 

 

 

150 224

 

1: ES updating

 

 

OUTP: Oper. mode K 1004

 

 

 

150 227

 

1: ES updating

 

 

OUTP: Oper. mode K 1005

 

 

 

150 230

 

1: ES updating

 

 

OUTP: Oper. mode K 1006

 

 

 

150 233

 

1: ES updating

 

 

OUTP: Oper. mode K 1601

 

 

 

171 003

 

1: ES updating

 

 

OUTP: Oper. mode K 1602

 

 

 

171 007

 

1: ES updating

 

 

OUTP: Oper. mode K 1603

 

 

 

171 011

 

1: ES updating

 

 

OUTP: Oper. mode K 1604

 

 

 

171 015

 

1: ES updating

 

 

OUTP: Oper. mode K 1605

 

 

 

171 019

 

1: ES updating

 

 

OUTP: Oper. mode K 1606

 

 

 

171 023

 

1: ES updating

 

 

OUTP: Oper. mode K 1607

 

 

 

171 027

 

1: ES updating

 

 

OUTP: Oper. mode K 1608

 

 

 

171 031

 

1: ES updating

 

 

OUTP: Oper. mode K 1801

 

 

 

173 003

 

1: ES updating

 

 

OUTP: Oper. mode K 1802

 

 

 

173 007

 

1: ES updating

 

 

OUTP: Oper. mode K 1803

 

 

 

173 011

 

1: ES updating

 

 

OUTP: Oper. mode K 1804

 

 

 

173 015

 

1: ES updating

 

 

OUTP: Oper. mode K 1805

 

 

 

173 019

 

1: ES updating

 

 

OUTP: Oper. mode K 1806

 

 

 

173 023

 

1: ES updating

 

 

OUTP: Oper. mode K 2001

 

 

 

151 202

 

1: ES updating

 

 

OUTP: Oper. mode K 2002

 

 

 

151 205

 

1: ES updating

 

 

OUTP: Oper. mode K 2003

 

 

 

151 208

 

1: ES updating

 

 

OUTP: Oper. mode K 2004

 

 

 

151 211

 

1: ES updating

 

 

OUTP: Oper. mode K 2005

 

 

 

151 214

 

1: ES updating

 

 

OUTP: Oper. mode K 2006

 

 

 

151 217

 

1: ES updating

 

 

OUTP: Oper. mode K 2007

 

 

 

151 220

 

1: ES updating

 

 

OUTP: Oper. mode K 2008

 

 

 

151 223

 

1: ES updating

 

 

Selection of operating mode for output relays.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Measured data output

MEASO: Function group MEASO

 

 

 

056 020

 

0: Without

 

 

Cancelling function group MEASI or including it in the configuration. If the function group is cancelled from the configuration, then all associated settings and signals are hidden.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden.

 

MEASO: General enable USER

 

 

 

031 074

 

0: No

 

 

Disabling or enabling the measured data output function.

 

MEASO: Fct. assignm. BCD

 

 

 

053 002

 

060 000: MAIN: Without function

Fig. 3-38

 

Selection of the measured value to be transmitted in BCD form.

 

MEASO: Hold time output BCD

 

 

 

010 010

 

0.10

0.10

10.00

s

Fig. 3-38

 

Setting for the transmission time of the selected measured value in BCD form.

 

MEASO: Scaled min. val. BCD

 

 

 

037 140

 

0.000

0.000

1.000

 

 

 

MEASO: Scaled max. val. BCD

 

 

 

037 141

 

1.000

0.000

1.000

 

 

 

MEASO: BCD-Out min. value

 

 

 

037 142

 

0

0

399

 

 

 

MEASO: BCD-Out max. value

 

 

 

037 143

 

399

0

399

 

 

 

The variable Mx is to be issued in BCD form.

For measured values in the range “measured values to be issued” the output value should change linearly with the measured value.

▪

Range of measured values for the variable Mx: Mx,RL1 ... Mx,RL2

▪

Range of associated scaled measured values: 0 ... 1

▪

Range of measured values to be issued: Mx,min ... Mx,max

▪

Range of scaled measured values to be issued: Mx,scal,min ... Mx,scal,max

▪

Designation of the set values in the data model: “Scaled min. val. BCD” ... “Scaled max. val. BCD”

with:

Mx,scal,min = (Mx,min - Mx,RL1)/(Mx,RL2 - Mx,RL1)

Mx,scal,max = (Mx,max - Mx,RL1)/(Mx,RL2 - Mx,RL1)

BCD display values for measured values in the range “measured values to be issued”; range: “BCD-Out min. value” ... “BCD-Out max. value”

BBCD display values for measured values ≤ Mx,min; range: “BCD-Out min. value”

BCD display values for measured values ≥ Mx,max; range: “BCD-Out max. value”

 

MEASO: Fct. assignm. A-1

 

 

 

053 000

 

060 000: MAIN: Without function

Fig. 3-40

 

MEASO: Fct. assignm. A-2

 

 

 

053 001

 

060 000: MAIN: Without function

 

 

Selection of the measured value to be transmitted in analog form.

 

MEASO: Hold time output A-1

 

 

 

010 114

 

0.10

0.10

10.00

s

Fig. 3-40

 

MEASO: Hold time output A-2

 

 

 

010 115

 

0.10

0.10

10.00

s

 

 

Setting for the time delay for output of the selected measured value.

 

MEASO: Scaled min. val. A-1

 

 

 

037 104

 

0.000

0.000

1.000

 

Fig. 3-40

 

MEASO: Scaled knee val. A-1

 

 

 

037 105

 

Blocked

0.000

1.000

 

Fig. 3-40

 

MEASO: Scaled max. val. A-1

 

 

 

037 106

 

1.000

0.000

1.000

 

Fig. 3-40

 

MEASO: Scaled min. val. A-2

 

 

 

037 110

 

0.000

0.000

1.000

 

 

 

MEASO: Scaled knee val. A-2

 

 

 

037 111

 

Blocked

0.000

1.000

 

 

 

MEASO: Scaled max. val. A-2

 

 

 

037 112

 

1.000

0.000

1.000

 

 

 

After conversion via a characteristic the selected measured value Ax (x = 1, 2) is to be issued as an output current.  For this purpose a range “measured values to be issued” is defined.  In this range the characteristic has two linear sections, which are separated by a knee point.

▪

Range of measured values for the variable Mx: Mx,RL1 ... Mx,RL2

▪

Range of associated scaled measured values: 0 ... 1

▪

Range of measured values to be issued: Mx,min ... Mx,max

▪

Range of scaled measured values to be output: Mx,scal,min ... Mx,scal,max

▪

Designation of the set values in the data model: „Scaled min. val. Ax“ ... „Scaled max. val. Ax“

with:

Mx,scal,min = (Mx,min - Mx,RL1)/(Mx,RL2 - Mx,RL1)

Mx,scal,max = (Mx,max - Mx,RL1)/(Mx,RL2 - Mx,RL1)

▪

Designation of value for knee point: Mx,knee

▪

Designation of scaled knee point value: Mx,scaled,knee

▪

Designation of this set value in the data model: „Scaled knee val. Ax“

with:

Mx,scaled,knee = (Mx,knee - Mx,RL1)/(Mx,RL2 - Mx,RL1)

 

MEASO: AnOut min. val. A-1

 

 

 

037 107

 

0.00

0.00

20.00

mA

Fig. 3-40

 

MEASO: AnOut knee point A-1

 

 

 

037 108

 

Blocked

0.00

20.00

mA

Fig. 3-40

 

MEASO: AnOut max. val. A-1

 

 

 

037 109

 

20.00

0.00

20.00

mA

Fig. 3-40

 

MEASO: AnOut min. val. A-2

 

 

 

037 113

 

0.00

0.00

20.00

mA

 

 

MEASO: AnOut knee point A-2

 

 

 

037 114

 

Blocked

0.00

20.00

mA

 

 

MEASO: AnOut max. val. A-2

 

 

 

037 115

 

20.00

0.00

20.00

mA

 

 

Output current range for measured values in the range “measured values to be issued”; designation in the data model: “An-Out min. val. Ax” ... “An-Out max. val. Ax”

Output current to be set for measured values ≤ Mx,min; designation in the data model: “An-Out min. val. Ax”

Output current to be set for measured values ≥ Mx,max; designation in the data model: “An-Out max. val. Ax”

Output current to be set for measured values = Mx,knee; designation in the data model: “AnOut knee point Ax”

with:

Mx,min ... Mx,max: measured values to be issued

 

MEASO: Output value 1

 

 

 

037 120

 

0.00

0.00

100.00

%

 

 

MEASO: Output value 2

 

 

 

037 121

 

0.00

0.00

100.00

%

 

 

MEASO: Output value 3

 

 

 

037 122

 

0.00

0.00

100.00

%

 

 

Measured values of external devices, which must be scaled to 0 to 100%, can be issued.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

LED indicators

LED: Fct.assig. H 1 green

 

 

 

085 184

 

060 001: MAIN: Healthy

 

 

Display of the operational readiness of the protection device. 

The function MAIN: Healthy is permanently assigned.

 

LED: Fct.assig. H 2 yell.

 

 

 

085 001

 

004 065: MAIN: Blocked/faulty

 

 

Display of the function assigned to LED indicator H 2. 

The function MAIN: Blocked/faulty is permanently assigned.

 

LED: Fct.assig. H 3 yell.

 

 

 

085 004

 

036 070: SFMON: Warning (LED)

 

 

Display of the function assigned to LED indicator H 3. 

The function SFMON: Warning (LED) is permanently assigned.

 

LED: Fct.assig. H 4 red

 

 

 

085 007

 

036 251: MAIN: Gen. trip signal

 

 

LED: Fct.assig. H 4 green

 

 

 

085 057

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H 5 red

 

 

 

085 010

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H 5 green

 

 

 

085 060

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H 6 red

 

 

 

085 013

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H 6 green

 

 

 

085 063

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H 7 red

 

 

 

085 016

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H 7 green

 

 

 

085 066

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H 8 red

 

 

 

085 019

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H 8 green

 

 

 

085 069

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H 9 red

 

 

 

085 022

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H 9 green

 

 

 

085 072

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H10 red

 

 

 

085 025

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H10 green

 

 

 

085 075

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H11 red

 

 

 

085 028

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H11 green

 

 

 

085 078

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H12 red

 

 

 

085 031

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H12 green

 

 

 

085 081

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H13 red

 

 

 

085 034

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H13 green

 

 

 

085 084

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H14 red

 

 

 

085 037

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H14 green

 

 

 

085 087

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H15 red

 

 

 

085 040

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H15 green

 

 

 

085 090

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H16 red

 

 

 

085 043

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H16 green

 

 

 

085 093

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H18 red

 

 

 

085 131

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H18 green

 

 

 

085 161

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H19 red

 

 

 

085 134

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H19 green

 

 

 

085 164

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H20 red

 

 

 

085 137

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H20 green

 

 

 

085 167

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H21 red

 

 

 

085 140

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H21 green

 

 

 

085 170

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H22 red

 

 

 

085 143

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H22 green

 

 

 

085 173

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H23 red

 

 

 

085 146

 

060 000: MAIN: Without function

 

 

LED: Fct.assig. H23 green

 

 

 

085 177

 

060 000: MAIN: Without function

 

 

Assignment of functions to LED indicators.

 

LED: Fct.assig. H17 red

 

 

 

085 185

 

080 111: LOC: Edit mode

 

 

Display of the function assigned to LED indicator H 17. 

The function LOC: Edit mode is permanently assigned.

 

LED: Operating mode H 1

 

 

 

085 182

 

1: ES updating

 

 

The operating mode ES updating is permanently assigned.

 

LED: Operating mode H 2

 

 

 

085 002

 

1: ES updating

 

 

The operating mode ES updating is permanently assigned.

 

LED: Operating mode H 3

 

 

 

085 005

 

1: ES updating

 

 

The ES updating operating mode is permanently assigned.

 

LED: Operating mode H 4

 

 

 

085 008

 

3: ES reset (fault)

 

 

LED: Operating mode H 5

 

 

 

085 011

 

1: ES updating

 

 

LED: Operating mode H 6

 

 

 

085 014

 

1: ES updating

 

 

LED: Operating mode H 7

 

 

 

085 017

 

1: ES updating

 

 

LED: Operating mode H 8

 

 

 

085 020

 

1: ES updating

 

 

LED: Operating mode H 9

 

 

 

085 023

 

1: ES updating

 

 

LED: Operating mode H 10

 

 

 

085 026

 

1: ES updating

 

 

LED: Operating mode H 11

 

 

 

085 029

 

1: ES updating

 

 

LED: Operating mode H 12

 

 

 

085 032

 

1: ES updating

 

 

LED: Operating mode H 13

 

 

 

085 035

 

1: ES updating

 

 

LED: Operating mode H 14

 

 

 

085 038

 

1: ES updating

 

 

LED: Operating mode H 15

 

 

 

085 041

 

1: ES updating

 

 

LED: Operating mode H 16

 

 

 

085 044

 

1: ES updating

 

 

LED: Operating mode H 18

 

 

 

085 132

 

1: ES updating

 

 

LED: Operating mode H 19

 

 

 

085 135

 

1: ES updating

 

 

LED: Operating mode H 20

 

 

 

085 138

 

1: ES updating

 

 

LED: Operating mode H 21

 

 

 

085 141

 

1: ES updating

 

 

LED: Operating mode H 22

 

 

 

085 144

 

1: ES updating

 

 

LED: Operating mode H 23

 

 

 

085 147

 

1: ES updating

 

 

Selection of operating mode for LED indicators.

 

LED: Operating mode H 17

 

 

 

085 183

 

1: ES updating

 

 

The operating mode ES updating is permanently assigned.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Main function

MAIN: Chann.assign.COMM1/2

 

 

 

003 169

 

1: COMM1->chann.1,(2-2)

Fig. 3-73

 

Assignment of communication interfaces to physical communication channels.

 

MAIN: Type of bay

 

 

 

220 000

 

1

1

9999

 

Fig. 3-187

 

Configuration of a bay type.

 

MAIN: Auto-assignment I/O

 

 

 

221 065

 

1: Yes

Fig. 3-187

 

Disabling or enabling of automatic assignment of binary inputs and outputs to the set bay type.

 

MAIN: Prim.Source TimeSync

 

 

 

103 210

 

0: COMM1

 

 

Selection of the primary source for date and time synchronization.  Available are COMM1, COMM2/PC, IRIG-B or a binary input for minute signal pulses.

 

MAIN: BackupSourceTimeSync

 

 

 

103 211

 

1: COMM2/PC

 

 

Selection of the backup source for date and time synchronization.  Available are COMM1, COMM2/PC, IRIG-B or a binary input for minute signal pulses.  The backup source is used when there is no synchronization generated by the primary source after MAIN: Time sync. time-out has elapsed.

 

MAIN: Time sync. time-out

 

 

 

103 212

 

Blocked

1

60

min

 

 

Time-out setting for the time synchronization generated by the primary source.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Fault recording

FT_RC: Rec. analog chann. 1

 

 

 

035 160

 

65: Current IA,a

 

 

FT_RC: Rec. analog chann. 2

 

 

 

035 161

 

66: Current IB,a

 

 

FT_RC: Rec. analog chann. 3

 

 

 

035 162

 

67: Current IC,a

 

 

FT_RC: Rec. analog chann. 4

 

 

 

035 163

 

160: Current IY,a

 

 

FT_RC: Rec. analog chann. 5

 

 

 

035 164

 

69: Current IA,b

 

 

FT_RC: Rec. analog chann. 6

 

 

 

035 165

 

70: Current IB,b

 

 

FT_RC: Rec. analog chann. 7

 

 

 

035 166

 

71: Current IC,b

 

 

FT_RC: Rec. analog chann. 8

 

 

 

035 167

 

161: Current IY,b

 

 

FT_RC: Rec. analog chann. 9

 

 

 

035 168

 

232: Voltage V

 

 

The user specifies the channel on which each physical variable is recorded.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Differential pro­tec­tion

DIFF: Function group DIFF

 

 

 

056 027

 

0: Without

 

 

Cancelling function group DIFF or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Ground differential pro­tec­tion

REF_1: Function group REF_1

 

 

 

056 037

 

0: Without

 

 

REF_2: Function group REF_2

 

 

 

056 038

 

0: Without

 

 

Cancelling function groups REF_x or including them in the configuration. If a function group is cancelled, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Def­i­nite-time over­cur­rent pro­tec­tion

DTOC1: Function group DTOC1

 

 

 

056 031

 

0: Without

 

 

DTOC2: Function group DTOC2

 

 

 

056 032

 

0: Without

 

 

Canceling function group DTOC1 / DTOC2 or including it in the configuration.  If a function group is cancelled from the configuration, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Inverse-time over­cur­rent pro­tec­tion

IDMT1: Function group IDMT1

 

 

 

056 051

 

0: Without

 

 

IDMT2: Function group IDMT2

 

 

 

056 061

 

0: Without

 

 

Cancelling function groups IDMT1 and IDMT2 or including them in the configuration.  If a function group is cancelled, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Thermal overload pro­tec­tion

THRM1: Function group THRM1

 

 

 

056 054

 

0: Without

 

 

Cancelling function groups THRMx or including them in the configuration. If the function group is cancelled from the configuration, then all associated settings and signals are hidden.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Time-voltage pro­tec­tion

V<>: Function group V<>

 

 

 

056 010

 

0: Without

 

 

Cancelling function group V<> or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Over-/underfrequency pro­tec­tion

f<>: Function group f<>

 

 

 

056 033

 

0: Without

 

 

Canceling function group f<> or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Overfluxing pro­tec­tion

V/f: Function group V/f

 

 

 

056 056

 

0: Without

 

 

Cancelling function group V/f or including it in the configuration. If the function group is cancelled from the configuration, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Cur­rent transformer supervision

CTS: Function group CTS

 

 

 

056 077

 

0: Without

 

 

Cancelling function group CTS or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden.

Note: The new processor board with a DSP coprocessor is an unconditional hardware requirement for this function group!

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Measuring-circuit monitoring

MCM_1: Function group MCM_1

 

 

 

056 073

 

0: Without

 

 

MCM_2: Function group MCM_2

 

 

 

056 074

 

0: Without

 

 

Cancelling function groups MCM_x or including them in the configuration. If a function group is cancelled, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Circuit breaker failure pro­tec­tion

CBF_1: Function group CBF_1

 

 

 

056 007

 

0: Without

 

 

CBF_2: Function group CBF_2

 

 

 

056 082

 

0: Without

 

 

Cancelling function group CBF_x or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Limit value monitoring

LIMIT: Function group LIMIT

 

 

 

056 025

 

0: Without

 

 

Cancelling function group LIMIT or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Limit value monitoring

LIM_1: Function group LIM_1

 

 

 

056 042

 

0: Without

 

 

LIM_2: Function group LIM_2

 

 

 

056 043

 

0: Without

 

 

Cancelling function groups LIM_1 to LIM_3 or including them in the configuration.  If a function group is cancelled, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Programmable Logic

LOGIC: Function group LOGIC

 

 

 

056 017

 

0: Without

 

 

Cancelling function group LOGIC or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Programmable Logic

LOG_2: Function group LOG_2

 

 

 

056 089

 

0: Without

 

 

Cancelling function group LOG_2 (“Logic 2”) or including it in the configuration.  If the function group is cancelled from the configuration, then all associated settings and signals are hidden.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

External device

DEV01: Function group DEV01

 

 

 

210 047

 

0: Without

 

 

DEV02: Function group DEV02

 

 

 

210 097

 

0: Without

 

 

DEV03: Function group DEV03

 

 

 

210 147

 

0: Without

 

 

Cancelling function groups DEV01 to DEV03 or including them in the configuration. If any function group is cancelled from the configuration, then all associated settings and signals are hidden.

 

DEV01: Funct. type, signal

 

 

 

210 034

 

242

1

254

 

 

 

DEV02: Funct. type, signal

 

 

 

210 084

 

242

1

254

 

 

 

DEV03: Funct. type, signal

 

 

 

210 134

 

242

1

254

 

 

 

Setting the function type of the signal.

Note: If the IEC 870-5-101 communication protocol has been set, then the 'low address' of the information object will be defined by this setting. If the ILS-C protocol has been set, then this setting will correspond to DN2.

 

DEV01: Inform. No., signal

 

 

 

210 035

 

1

0

254

 

 

 

DEV02: Inform. No., signal

 

 

 

210 085

 

3

0

254

 

 

 

DEV03: Inform. No., signal

 

 

 

210 135

 

5

0

254

 

 

 

Setting the information number of the signal.

Note: If the IEC 870-5-101 communication protocol has been set, then the 'high address' of the information object will be defined by this setting. If the ILS-C protocol has been set, then this setting will correspond to DN3.

 

DEV01: Funct. type, command

 

 

 

210 032

 

242

1

254

 

 

 

DEV02: Funct. type, command

 

 

 

210 082

 

242

1

254

 

 

 

DEV03: Funct. type, command

 

 

 

210 132

 

242

1

254

 

 

 

Setting for the function type of the command.

Note: If the IEC 870-5-101 communication protocol has been set, then the “low address” of the information object will be defined by this setting.  If the ILS-C protocol has been set, then this setting will correspond to DN2.

 

DEV01: Inform. No., command

 

 

 

210 033

 

65

0

254

 

 

 

DEV02: Inform. No., command

 

 

 

210 083

 

67

0

254

 

 

 

DEV03: Inform. No., command

 

 

 

210 133

 

69

0

254

 

 

 

Setting the information number of the command.

Note: If the IEC 870-5-101 communication protocol has been set, then the 'high address' of the information object will be defined by this setting. If the ILS-C protocol has been set, then this setting will correspond to DN3.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Interlocking logic

ILOCK: Function group ILOCK

 

 

 

250 102

 

1: With

 

 

Cancelling function group ILOCK or including it in the configuration. If the function group is cancelled from the configuration, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Single-pole commands

CMD_1: Function group CMD_1

 

 

 

249 252

 

1: With

 

 

Cancelling function group CMD_1 or including it in the configuration. If the function group is cancelled from the configuration, then all associated settings and signals are hidden, with the exception of this setting.

 

CMD_1: Command C001 config.

 

 

 

200 004

 

0: No

Fig. 3-198

 

CMD_1: Command C002 config.

 

 

 

200 009

 

0: No

 

 

CMD_1: Command C003 config.

 

 

 

200 014

 

0: No

 

 

CMD_1: Command C004 config.

 

 

 

200 019

 

0: No

 

 

CMD_1: Command C005 config.

 

 

 

200 024

 

0: No

 

 

CMD_1: Command C006 config.

 

 

 

200 029

 

0: No

 

 

CMD_1: Command C007 config.

 

 

 

200 034

 

0: No

 

 

CMD_1: Command C008 config.

 

 

 

200 039

 

0: No

 

 

CMD_1: Command C009 config.

 

 

 

200 044

 

0: No

 

 

CMD_1: Command C010 config.

 

 

 

200 049

 

0: No

 

 

CMD_1: Command C011 config.

 

 

 

200 054

 

0: No

 

 

CMD_1: Command C012 config.

 

 

 

200 059

 

0: No

 

 

Cancelling the command or including it in the configuration.  If the command is cancelled, then all associated settings and signals are hidden, with the exception of this setting.

 

Parameter

Address

 

Default

Min

Max

Unit

Logic Diagram

Single-pole signals

SIG_1: Function group SIG_1

 

 

 

249 250

 

1: With

 

 

Cancelling function group SIG_1 or including it in the configuration. If the function group is cancelled from the configuration, then all associated settings and signals are hidden, with the exception of this setting.

 

SIG_1: Signal S001 config.

 

 

 

226 007

 

0: No

Fig. 3-199

 

SIG_1: Signal S002 config.

 

 

 

226 015

 

0: No

 

 

SIG_1: Signal S003 config.

 

 

 

226 023

 

0: No

 

 

SIG_1: Signal S004 config.

 

 

 

226 031

 

0: No

 

 

SIG_1: Signal S005 config.

 

 

 

226 039

 

0: No

 

 

SIG_1: Signal S006 config.

 

 

 

226 047

 

0: No

 

 

SIG_1: Signal S007 config.

 

 

 

226 055

 

0: No

 

 

SIG_1: Signal S008 config.

 

 

 

226 063

 

0: No

 

 

SIG_1: Signal S009 config.

 

 

 

226 071

 

0: No

 

 

SIG_1: Signal S010 config.

 

 

 

226 079

 

0: No

 

 

SIG_1: Signal S011 config.

 

 

 

226 087

 

0: No

 

 

SIG_1: Signal S012 config.

 

 

 

226 095

 

0: No

 

 

Cancelling the signal or including it in the configuration.  If a signal is cancelled, then all associated settings and signals are hidden.