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CA Panel
- Thread starter wialdo
- Start date
Hi.
see below...
COMMAND DESCRIPTION
190 82-CNAR 103 41 Uen E
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Radio key system, RK
Contents 1 RKCKC Radio Key Channel Change
2 RKCKE Radio Key Channel End
3 RKCKI Radio Key Channel Initiate
4 RKCKP Radio Key Channel Print
5 RKEXC Radio Key Extension Change
6 RKEXE Radio Key Extension End
7 RKEXI Radio Key Extension Initiate
8 RKEXP Radio Key Extension Print
9 RKEXR Radio Key Extension Selection Remove
10 RKOCC Radio Key Operator Category Change
11 RKOCP Radio Key Operator Category Print
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1 RKCKC Radio Key Channel Change
1.1 FORMAT
RKCKC :RPDIR=,KEYNO=,CHDIR=;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
KEYNO = Radio channel selection key number. Each radio channel selection key is identified by a number.
For value, consult parameter description for radio key system.
CHDIR = Radio channel directory number. Each radio channel in the system has a unique directory number.
For value, consult parameter description for radio key system.
1.2 FUNCTION
The command is used to change the radio channel assigned to a radio channel selection key. The key must be in deselected state. The new radio channel identity will be displayed when the change is complete.
1.3 EXAMPLE
The new radio channel directory number for radio channel selection key number 3 at radio panel directory number 123 shall be 153.
< RKCKC :RPDIR=123,KEYNO=3,CHDIR=153;
EXECUTED
1.4 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5808
2 RKCKE Radio Key Channel End
2.1 FORMAT
RKCKE :RPDIR=,KEYNO=...;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
KEYNO = Radio channel selection key number. Each radio channel selection key is identified by a number.
&, && and ALL are permitted for this parameter.
For value, consult parameter description for radio key system.
2.2 FUNCTION
The command is used to remove one or more radio channel selection keys of a radio panel. The keys must be in deselected state. The radio channel identity indication will disappear.
2.3 EXAMPLE
Remove the radio channel selection keys number 3 and 4 at radio panel directory number 123.
< RKCKE :RPDIR=123,KEYNO=3&4;
EXECUTED
2.4 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5807
3 RKCKI Radio Key Channel Initiate
3.1 FORMAT
RKCKI :RPDIR=,KEYNO=,CHDIR=;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
KEYNO = Radio channel selection key number. Each radio channel selection key is identified by a number.
For value, consult parameter description for radio key system.
CHDIR = Radio channel directory number. Each radio channel in the system has a unique directory number.
For value, consult parameter description for radio key system.
3.2 FUNCTION
The command is used to initiate a radio channel selection key at a radio panel by assigning a radio channel to the key. After initiation, the radio channel identity of the radio channel will be displayed in the corresponding display window of the radio panel, and the radio channel can be selected by the operator for reception and/or transmission.
3.3 EXAMPLE
Initiate radio channel selection key number 3 by assigning radio channel directory number 153 to the key. Radio panel directory number is 123.
< RKCKI :RPDIR=123,KEYNO=3,CHDIR=153;
EXECUTED
3.4 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5806
4 RKCKP Radio Key Channel Print
4.1 FORMAT
RKCKP :RPDIR=...;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
&, && and ALL are permitted for this parameter.
For value, consult parameter description for radio key system.
4.2 FUNCTION
The command is used to print the status of the radio channel selection keys for one or more radio panel directory numbers.
4.3 PRINTOUT
RADIO KEY SYSTEM KEY DATA
RPDIR KEYNO CHDIR SLVDIR MODE
. . . . .
. . . . .
. . . . .
END
RPDIR Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
KEYNO Radio channel selection key number. Each radio channel selection key is identified by a number.
For value, consult parameter description for radio key system.
CHDIR Radio channel directory number. The channel number assigned to the key.
A dash (-) denotes not assigned, a space denotes a master key.
For value, consult parameter description for radio key system.
SLVDIR Radio panel directory number (RPDIR) for the radio position selected for enslavement.
For value, consult parameter RPDIR in parameter description for radio key system.
MODE Key state:
MON = Monitoring mode
TR = Transmission mode
OFF = Not selected
BLK = Blocked
4.4 EXAMPLE
Print key data for the radio channel selection keys on radio panel directory number 123.
< RKCKP :RPDIR=123;
RADIO KEY SYSTEM KEY DATA
RPDIR KEYNO CHDIR SLVDIR MODE
123 1 323 MON
2 124 TR
3 326 TR
4 335 MON
5 -
6 324 OFF
END
Radio panel directory number 123 has
radio channel directory number 323 assigned to radio channel selection key number 1. The mode (key state) is monitoring mode.
no radio channel directory number assigned to radio channel selection key number 2. The enslavement radio panel directory number is 124. The mode (key state) is transmission mode.
4.5 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5809
5 RKEXC Radio Key Extension Change
5.1 FORMAT
RKEXC :RPDIR= [,POSID=][,ATTN1=][,ATTN2=][,OPCAT=];
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
POSID = Radio position identity. It must be unique.
For value, consult parameter description for radio key system.
ATTN1 = Main voice channel attenuation. Attenuation factor for the radio panel multiple.
For value, consult parameter description for radio key system.
ATTN2 = Auxiliary voice channel attenuation. Attenuation factor for the auxiliary multiple.
For value, consult parameter description for radio key system.
OPCAT = Operator category. The operators are divided into categories having different capabilities regarding radio functions they can access.
For value, consult parameter description for radio key system.
5.2 FUNCTION
The command is used to change hardware related radio panel data, radio position identity and/or operator category.
The data corresponding to parameters that are not stated will remain unchanged.
Note At least one of the optional parameters must be stated.
5.3 EXAMPLE 1
New main voice channel attenuation at radio panel directory number 102 shall be 3.
< RKEXC :RPDIR=102,ATTN1=3;
EXECUTED
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5.4 EXAMPLE 2
Radio panel directory number 102 shall change radio position identity to GRDCTR12 and operator category to 7.
< RKEXC :RPDIR=102,POSID=GRDCTR12,OPCAT=7;
EXECUTED
5.5 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5803
6 RKEXE Radio Key Extension End
6.1 FORMAT
RKEXE :RPDIR=;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
6.2 FUNCTION
The command is used to remove the radio panel of a CTT position. It releases the linkage between the radio panel directory number and the equipment position used for audio and signal communication between the radio panel and the switch. It also releases the allocated data records in the switch.
Prior to this command, all radio channel selection keys must be ended by means of the RKCKE command.
6.3 EXAMPLE
Remove the radio panel with directory number 102.
< RKEXE :RPDIR=102;
RKEXE :RPDIR=102;
SURE? (YES/NO)
<YES;
EXECUTED
6.4 COMMAND CATEGORY
Dangerous: Yes
Sequence number for authorization code: 5802
7 RKEXI Radio Key Extension Initiate
7.1 FORMAT
RKEXI :RPDIR=,POSID=,EQU1=,OPCAT=[,TYPE=][,ATTN1=][,ATTN2=];
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
POSID = Radio position identity. It must be unique.
For value, consult parameter description for radio key system.
EQU1 = Equipment position. Defines the equipment position of the main voice multiple for the radio panel of a radio position. The multiple is used both for reception and transmission to/from the radio panel.
For value, consult parameter description for radio key system.
The equipment position for the auxiliary connection of a radio panel is denoted EQU2, used for central voice recording and enslavement. EQU2 is automatically assigned depending on which type of ELU board is used and value of parameter TYPE (type of terminal).
This is also described together with EQU1 in the parameter description for Radio Key System.
OPCAT = Operator category. The operators are divided into categories having different capabilities regarding radio functions they can access.
For value, consult parameter description for radio key system.
TYPE = Type of terminal.
If the parameter is omitted, default value 1 (CTT without voice recording) is given.
For value, consult parameter description for radio key system.
ATTN1 = Main voice channel attenuation. Attenuation factor for the radio panel multiple.
If the parameter is omitted, default value 3 (no attenuation) is given.
For value, consult parameter description for radio key system.
ATTN2 = Auxiliary voice channel attenuation. Attenuation factor for the auxiliary multiple.
If the parameter is omitted, default value 3 (no attenuation) is given.
For value, consult parameter description for radio key system.
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7.2 FUNCTION
The command is used to initiate a new radio panel in the system. It establishes the linkage between the radio panel directory number and the equipment position required for audio and signal communication between the radio panel and the switch.
7.3 EXAMPLE 1
Initiate a radio panel with radio panel directory number 102 and radio position identity SECT3 to the equipment position corresponding to board individual 0 in LIM 1, magazine 0 and board position 41. Type of terminal is CTT with voice recording, operator category is 5, main voice channel attenuation is 1 and auxiliary voice channel attenuation is 2.
< RKEXI :RPDIR=102,POSID=SECT3,EQU1=1-0-41-0,TYPE=0,OPCAT=5,ATTN1=1, ATTN2=2;
EXECUTED
7.4 EXAMPLE 2
Initiate a radio panel with radio panel directory number 211 and radio position identity SECT4 to the equipment position corresponding to board individual 10 in LIM 2, magazine 0 and board position 20. Type of terminal is CTT without voice recording, operator category is 1 and main voice channel attenuation is 1.
< RKEXI :RPDIR=211,POSID=SECT4,EQU1=2-0-20-10,TYPE=1,OPCAT=1,ATTN1=1;
EXECUTED
7.5 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5801
8 RKEXP Radio Key Extension Print
8.1 FORMAT
RKEXP :RPDIR=...;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
&, && and ALL are permitted for this parameter.
For value, consult parameter description for radio key system.
8.2 FUNCTION
This command is used to print position data for one or more radio panel directory numbers.
8.3 PRINTOUT
RADIO KEY SYSTEM POSITION DATA
RPDIR EQU1 ATTN1 EQU2 ATTN2 POSID OPCAT STATUS MASTER TYPE
. . . . . . . . . .
. . . . . . . . . .
. . . . . . . . . .
END
RPDIR Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
EQU1 Equipment position. Defines the equipment position of the main voice multiple for the radio panel of a radio position. The multiple is used both for reception and transmission to/from the radio panel.
For value, consult parameter description for radio key system.
ATTN1 Main voice channel attenuation. Attenuation factor for the radio panel multiple.
For value, consult parameter description for radio key system.
EQU2 Equipment position for auxiliary multiple. Defines the equipment position to be used for voice recording and enslavement.
For value, consult parameter EQU1 in parameter description for radio key system.
ATTN2 Auxiliary voice channel attenuation. Attenuation factor for the auxiliary multiple.
For value, consult parameter description for radio key system.
POSID Radio position identity.
For value, consult parameter description for radio key system.
OPCAT Operator category.
For value, consult parameter description for radio key system.
STATUS Position status:
SLAVE Position is a slave
MASTER Position is a master
FREE Position is free, neither a slave nor a master
MASTER Radio panel directory number (RPDIR) for the master. It is only applicable if the position has a master.
For value, consult parameter RPDIR in parameter description for radio key system.
TYPE Type of terminal.
For value, consult parameter description for radio key system.
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8.4 EXAMPLE
Print position data for radio panels 123, 112 and 113.
< RKEXP :RPDIR=123&112&113;
RADIO KEY SYSTEM POSITION DATA
RPDIR EQU1 ATTN1 EQU2 ATTN2 POSID OPCAT STATUS MASTER TYPE
123 001-0-42-01 1 001-0-42-02 2 GNDCTR12 2 FREE 0
112 001-0-43-01 2 GNDCTR02 12 MASTER 1
113 001-0-43-02 1 001-0-43-10 2 GNDCTR41 1 SLAVE 112 0
END
The radio panel directory numbers 123 and 113 have type of terminal CTT with voice recording, main voice channel attenuation 1 and auxiliary voice channel attenuation 2.
The radio panel directory number 112 has type of terminal CTT without voice recording, main voice channel attenuation 2, radio position identity GNDCTR02 and operator category 12.
The radio panel directory number 112 has an equipment position corresponding to board individual 1 in LIM 1, magazine 0 and board position 43.
The status for radio panel directory number 123 is FREE (neither a slave nor a master). For radio panel directory number 112 the status is MASTER. For radio panel directory number 113 the status is SLAVE, master for this radio panel is radio panel directory number 112.
8.5 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5804
9 RKEXR Radio Key Extension Selection Remove
9.1 FORMAT
RKEXR :RPDIR=;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
9.2 FUNCTION
The command is used to remove all current radio channel selections on a radio panel. The command is only used in cases where the radio panel is faulty and normal deselection is not possible.
9.3 EXAMPLE
Remove remaining radio channel selections at radio panel directory number 321.
< RKEXR :RPDIR=321;
RKEXR :RPDIR=321;
SURE? (YES/NO)
<YES;
EXECUTED
9.4 COMMAND CATEGORY
Dangerous: Yes
Sequence number for authorization code: 5805
10 RKOCC Radio Key Operator Category Change
10.1 FORMAT
RKOCC :OPCAT=[,RTSTC=][,ENSLC=][,ECCMC=][,ENCRC=][,SQCHC=] [,TRPWC=][,PREEM=][,CCPLC=];
OPCAT = Operator category. The operators are divided into categories having different capabilities regarding radio functions they can access.
For value, consult parameter description for radio key system.
RTSTC = Radio test capability.
For value, consult parameter description for radio key system.
ENSLC = Enslavement capability.
For value, consult parameter description for radio key system.
ECCMC = ECCM selection capability.
For value, consult parameter description for radio key system.
ENCRC = Encryption selection capability.
For value, consult parameter description for radio key system.
SQCHC = Squelch detection capability.
For value, consult parameter description for radio key system.
TRPWC = Transmitter power level control capability.
For value, consult parameter description for radio key system.
PREEM = PTT pre-emption level.
For value, consult parameter description for radio key system.
CCPLC = Cross-coupling capability, radio - radio
For value, consult parameter description for radio key system.
10.2 FUNCTION
The radio operators are divided into categories. Each category has a different repertoire of legal radio functions which is defined in the operator capability matrix. This command is used to change matrix contents in order to change the access to functions for the various categories of operators.
The data corresponding to parameters that are not stated will remain unchanged.
Note At least one of the optional parameters must be stated.
10.3 EXAMPLE
Change the capabilities for operator category 3. It shall have PTT pre-emption level 2, access to security control, and ECCM control.
< RKOCC :OPCAT=3,ECCMC=Y,ENCRC=Y,PREEM=2;
EXECUTED
10.4 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5812
11 RKOCP Radio Key Operator Category Print
11.1 FORMAT
RKOCP :OPCAT=...;
OPCAT = Operator category. The operators are divided into categories having different capabilities regarding radio functions they can access.
&, && and ALL are permitted for this parameter.
For value, consult parameter description for radio key system.
11.2 FUNCTION
The radio operators are divided into categories. Each category has a different repertoire of legal radio functions which is defined in the operator capability matrix. This command is used to print parts or the whole contents of the matrix.
11.3 PRINTOUT
OPCAT Operator category.
For value, consult parameter description for radio key system.
RTSTC Radio test capability.
For value, consult parameter description for radio key system.
ENSLC Enslavement capability.
For value, consult parameter description for radio key system.
FASGC Reserved, default value N is used.
ECCMC ECCM selection capability.
For value, consult parameter description for radio key system.
ENCRC Encryption selection capability.
For value, consult parameter description for radio key system.
SQCHC Squelch detection capability.
For value, consult parameter description for radio key system.
ANTRC Reserved, default value N is used.
TRPWC Transmitter power level control capability.
For value, consult parameter description for radio key system.
PREEM PTT pre-emption level.
For value, consult parameter description for radio key system.
CCPLC Cross coupling capability, radio - radio.
For value, consult parameter description for radio key system.
CCONC Reserved, default value N is used.
11.4 EXAMPLE
Print capabilities of operator category 15.
The operator category 15 has:
PTT pre-emption level 1
radio test capability, squelch detection capability, transmitter power level control capability and cross-coupling capability
no enslavement capability, no ECCM selection capability and no encryption selection capability
no frequency assignment to own radio channel selection keys
11.5 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5813
PARAMETER DESCRIPTION
190 84-CNAR 103 41 Uen G
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Radio key system, RK
Contents 1 ATTN1 Main voice channel attenuation
2 ATTN2 Auxiliary voice channel attenuation
3 CCPLC Cross-coupling capability, radio - radio
4 CHDIR Radio channel directory number
5 ECCMC ECCM selection capability
6 ENCRC Encryption selection capability
7 ENSLC Enslavement capability
8 Equipment position
9 KEYNO Radio channel selection key number
10 OPCAT Operator category
11 POSID Radio position identity
12 PREEM PTT pre-emption level
13 RPDIR Radio panel directory number
14 RTSTC Radio test capability
15 SQCHC Squelch detection capability
16 TRPWC Transmitter power level control capability
17 TYPE Type of terminal
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1 ATTN1 Main voice channel attenuation
1.1 FORMAT
ATTN1= D 1
D 1 = 0-7 Attenuation factor for the main voice channel
1.2 FUNCTION
The parameter states a connection between a radio panel and a radio equipment, the switching control procedure uses this attenuation factor. The factor range is 0-7 in steps of 3dB, ranging from -6dB to +15dB.
1.3 EXAMPLE
The main voice channel attenuation shall be 0dB.
ATTN1 = 2
2 ATTN2 Auxiliary voice channel attenuation
2.1 FORMAT
ATTN2= D 1
D 1 = 0-7 Attenuation factor for the auxiliary voice channel
2.2 FUNCTION
The parameter states a connection between a radio panel and the radio equipment, the attenuation is used by the switching control procedure. The factor range is 0-7 in steps of 3dB, ranging from -6dB to +15dB.
Note: If the type of terminal is CTT without voice recording, the value of ATTN2 is ignored (because no auxiliary multiple is allocated).
2.3 EXAMPLE
The auxiliary voice channel attenuation shall be 0dB.
ATTN2 = 2
3 CCPLC Cross-coupling capability, radio - radio
3.1 FORMAT
CCPLC= D 1
D 1 = Y or N Y = the radio position shall have cross-coupling capability
N = the radio position shall not have cross-coupling capability
Initial value given by the system: N
3.2 FUNCTION
The parameter states the operator's authority to cross-couple 2 - 4 radios. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
3.3 EXAMPLE
It shall be possible to cross-couple 2 - 4 radios together.
CCPLC = Y
4 CHDIR Radio channel directory number
4.1 FORMAT
CHDIR= D 1 D 2 D 3
D 1 D 2 D 3 = 001-350 Radio channel directory number
Value range is from 001 up to 350, which is the highest number of radio channels that can be initiated in the system.
4.2 FUNCTION
The parameter states a unique directory number for a radio channel connected to the system. Radio channels are numbered in consecutive order from 001 up to the maximum number of channels in the system.
4.3 EXAMPLE
The radio channel directory number shall be 123.
CHDIR = 123
5 ECCMC ECCM selection capability
5.1 FORMAT
ECCMC= D 1
D 1 = Y or N Y = the radio position shall have ECCM selection capability
N = the radio position shall not have ECCM selection capability
Initial value given by the system: N
5.2 FUNCTION
The parameter states the operator's authority to remotely switch the ECCM on/off. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
5.3 EXAMPLE
It shall be possible to switch the ECCM on/off from this radio position.
ECCMC = Y
6 ENCRC Encryption selection capability
6.1 FORMAT
ENCRC= D 1
D 1 = Y or N Y = the radio position shall have encryption capability
N = the radio position shall not have encryption capability
Initial value given by the system: N
6.2 FUNCTION
The parameter states the operator's authority to remotely switch the radio encryption on/off. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
6.3 EXAMPLE
It shall be possible to initiate encryption from this radio position.
ENCRC = Y
7 ENSLC Enslavement capability
7.1 FORMAT
ENSLC= D 1
D 1 = Y or N Y = the position shall have enslavement capability
N = the position shall not have enslavement capability
Initial value given by the system: N
7.2 FUNCTION
The parameter states the operator's authority to enslave other radio positions. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
7.3 EXAMPLE
It shall be possible to initiate enslavement from this radio position.
ENSLC = Y
8 Equipment position
8.1 EQU1 FORMAT
8.2 FUNCTION
The parameter states the system position for a radio panel.
Specific restrictions and rules exist for the EQU1 parameter, depending on which type of ELU board is used and what type of terminal that is connected:
ELU25 board: The ELU25 board is by default defined with 8 individual numbers (0-7). If the type of terminal is CTT without voice recording, EQU1 can be assigned to individual number 0-7. If the type of terminal is CTT with voice recording, the ELU25 board must be defined with 16 individual numbers (0-15) where individual numbers 8-15 are virtual individuals. EQU1 can be assigned to individual numbers (0-7) because the equipment position for the auxiliary multiple (EQU2) will be assigned to EQU1 individual + 8.
ELU28 board: The ELU28 board is by default defined with 16 individual numbers (0-15). If the type of terminal is CTT without voice recording, EQU1 can be assigned to individual number 0-15. If the type of terminal is CTT with voice recording, the ELU28 board must be defined with 32 individual numbers (0-31) where individual numbers 16-31 are virtual individuals. EQU1 can be assigned to individual numbers (0-15) because the equipment position for the auxiliary multiple (EQU2) will be assigned to EQU1 individual + 16.
8.3 EXAMPLE 1
In LIM number 5, a voice and signal channel between a radio panel and the switch is connected to an ELU25 in magazine 1, device board position 13, individual number 2 (the type of terminal is CTT without voice recording).
EQU1=5-1-13-02
8.4 EXAMPLE 2
In LIM number 4, a voice and signal channel between a radio panel and the switch is connected to an ELU28 in magazine 0, device board position 20, individual number 4 (the type of terminal is CTT with voice recording).
EQU1=4-0-20-04 (EQU2 is then automatically assigned to 4-0-20-20).
9 KEYNO Radio channel selection key number
9.1 FORMAT
KEYNO= D 1 D 2
D 1 D 2 = 1-30 Radio channel selection key number
9.2 FUNCTION
The parameter states the addressing of the keys used for selection of a radio channel.
9.3 EXAMPLE
Radio channel selection key number 12 of a radio panel shall be addressed.
KEYNO = 12
10 OPCAT Operator category
10.1 FORMAT
OPCAT= D 1 D 2
D 1 D 2 = 1-32 Operator category
10.2 FUNCTION
The parameter states an operator's belonging to a specific operator category depending on the capability of the operator to initiate the various radio functions of the system.
10.3 EXAMPLE
The operator category to be addressed is 10.
OPCAT = 10
11 POSID Radio position identity
11.1 FORMAT
POSID= D 1 D 2 D 3 D 4 D 5 D 6 D 7 D 8
D 1 D 2 D 3 D 4 D 5 D 6 D 7 D 8 = 0-9, A-Z and slash (/) in any combination
11.2 FUNCTION
The parameter states the unique alphanumeric designation of a radio position.
Dash (-) is not a legal character. If a space is wanted in the radio position identity, a slash (/) shall be used. The I/O terminal will not accept space as a legal character. The slash will be converted to a space on the panel and in the printout.
11.3 EXAMPLE
A radio position shall have the identity SOUTH66.
POSID = SOUTH66
12 PREEM PTT pre-emption level
12.1 FORMAT
PREEM= D 1
D 1 = 1-6 PTT pre-emption level
Initial value given by the system: 2
12.2 FUNCTION
The parameter states the capability of certain radio positions to pre-empt other radio positions' attempts to transmit on a radio channel. 1 is highest priority.
12.3 EXAMPLE
A radio position shall have PTT pre-emption level 5.
PREEM = 5
13 RPDIR Radio panel directory number
13.1 FORMAT
RPDIR= D 1 D 2 D 3
D 1 D 2 D 3 = 001-350 Radio panel directory number
13.2 FUNCTION
The parameter states the unique directory number of a radio panel. Radio panels should be assigned numbers in consecutive order from 1 and up to the maximum number of radio panels in the actual installation.
13.3 EXAMPLE
The radio panel directory number shall be 123.
RPDIR = 123
14 RTSTC Radio test capability
14.1 FORMAT
RTSTC= D 1
D 1 = Y or N Y = the radio position shall have test capability
N = the radio position shall not have test capability
Initial value given by the system: N
14.2 FUNCTION
The parameter states the operator's authority to remotely test the radio equipment. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
14.3 EXAMPLE
It shall be possible to initiate radio tests from a radio position.
RTSTC = Y
15 SQCHC Squelch detection capability
15.1 FORMAT
SQCHC= D 1
D 1 = Y or N Y = the radio position shall have squelch detection capability
N = the radio position shall not have squelch detection capability
Initial value given by the system: N
15.2 FUNCTION
The parameter states the operator's authority to remotely switch off/on the squelch detection feature at the radio receiver equipment. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
15.3 EXAMPLE
It shall be possible to control squelch detection from a radio position.
SQCHC = Y
16 TRPWC Transmitter power level control capability
16.1 FORMAT
TRPWC= D 1
D 1 = Y or N Y = the radio position shall have transmitter power level control
capability
N = the radio position shall not have transmitter power level control capability
Initial value given by the system: N
16.2 FUNCTION
The parameter states the operator's authority to remotely control the transmitter power level. This capability is reflected in the operator category parameter, which is assigned to a radio position when the radio panel is initiated.
16.3 EXAMPLE
It shall be possible to control transmitter power level from a radio position.
TRPWC = Y
17 TYPE Type of terminal
17.1 FORMAT
17.2 FUNCTION
The parameter states the type of terminal connected. Depending on what type of terminal is connected to an ELU25/ ELU28 board, equipment positions should be assigned in different ways. This is reflected in the type of terminal parameter, which is assigned to a radio position when the radio panel is initiated. For detailed information about how equipment positions are allocated, see 8 Equipment position in this document.
17.3 EXAMPLE
The terminal is a CTT without possibility of voice recording.
TYPE = 1
see below...
COMMAND DESCRIPTION
190 82-CNAR 103 41 Uen E
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Radio key system, RK
Contents 1 RKCKC Radio Key Channel Change
2 RKCKE Radio Key Channel End
3 RKCKI Radio Key Channel Initiate
4 RKCKP Radio Key Channel Print
5 RKEXC Radio Key Extension Change
6 RKEXE Radio Key Extension End
7 RKEXI Radio Key Extension Initiate
8 RKEXP Radio Key Extension Print
9 RKEXR Radio Key Extension Selection Remove
10 RKOCC Radio Key Operator Category Change
11 RKOCP Radio Key Operator Category Print
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1 RKCKC Radio Key Channel Change
1.1 FORMAT
RKCKC :RPDIR=,KEYNO=,CHDIR=;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
KEYNO = Radio channel selection key number. Each radio channel selection key is identified by a number.
For value, consult parameter description for radio key system.
CHDIR = Radio channel directory number. Each radio channel in the system has a unique directory number.
For value, consult parameter description for radio key system.
1.2 FUNCTION
The command is used to change the radio channel assigned to a radio channel selection key. The key must be in deselected state. The new radio channel identity will be displayed when the change is complete.
1.3 EXAMPLE
The new radio channel directory number for radio channel selection key number 3 at radio panel directory number 123 shall be 153.
< RKCKC :RPDIR=123,KEYNO=3,CHDIR=153;
EXECUTED
1.4 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5808
2 RKCKE Radio Key Channel End
2.1 FORMAT
RKCKE :RPDIR=,KEYNO=...;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
KEYNO = Radio channel selection key number. Each radio channel selection key is identified by a number.
&, && and ALL are permitted for this parameter.
For value, consult parameter description for radio key system.
2.2 FUNCTION
The command is used to remove one or more radio channel selection keys of a radio panel. The keys must be in deselected state. The radio channel identity indication will disappear.
2.3 EXAMPLE
Remove the radio channel selection keys number 3 and 4 at radio panel directory number 123.
< RKCKE :RPDIR=123,KEYNO=3&4;
EXECUTED
2.4 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5807
3 RKCKI Radio Key Channel Initiate
3.1 FORMAT
RKCKI :RPDIR=,KEYNO=,CHDIR=;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
KEYNO = Radio channel selection key number. Each radio channel selection key is identified by a number.
For value, consult parameter description for radio key system.
CHDIR = Radio channel directory number. Each radio channel in the system has a unique directory number.
For value, consult parameter description for radio key system.
3.2 FUNCTION
The command is used to initiate a radio channel selection key at a radio panel by assigning a radio channel to the key. After initiation, the radio channel identity of the radio channel will be displayed in the corresponding display window of the radio panel, and the radio channel can be selected by the operator for reception and/or transmission.
3.3 EXAMPLE
Initiate radio channel selection key number 3 by assigning radio channel directory number 153 to the key. Radio panel directory number is 123.
< RKCKI :RPDIR=123,KEYNO=3,CHDIR=153;
EXECUTED
3.4 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5806
4 RKCKP Radio Key Channel Print
4.1 FORMAT
RKCKP :RPDIR=...;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
&, && and ALL are permitted for this parameter.
For value, consult parameter description for radio key system.
4.2 FUNCTION
The command is used to print the status of the radio channel selection keys for one or more radio panel directory numbers.
4.3 PRINTOUT
RADIO KEY SYSTEM KEY DATA
RPDIR KEYNO CHDIR SLVDIR MODE
. . . . .
. . . . .
. . . . .
END
RPDIR Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
KEYNO Radio channel selection key number. Each radio channel selection key is identified by a number.
For value, consult parameter description for radio key system.
CHDIR Radio channel directory number. The channel number assigned to the key.
A dash (-) denotes not assigned, a space denotes a master key.
For value, consult parameter description for radio key system.
SLVDIR Radio panel directory number (RPDIR) for the radio position selected for enslavement.
For value, consult parameter RPDIR in parameter description for radio key system.
MODE Key state:
MON = Monitoring mode
TR = Transmission mode
OFF = Not selected
BLK = Blocked
4.4 EXAMPLE
Print key data for the radio channel selection keys on radio panel directory number 123.
< RKCKP :RPDIR=123;
RADIO KEY SYSTEM KEY DATA
RPDIR KEYNO CHDIR SLVDIR MODE
123 1 323 MON
2 124 TR
3 326 TR
4 335 MON
5 -
6 324 OFF
END
Radio panel directory number 123 has
radio channel directory number 323 assigned to radio channel selection key number 1. The mode (key state) is monitoring mode.
no radio channel directory number assigned to radio channel selection key number 2. The enslavement radio panel directory number is 124. The mode (key state) is transmission mode.
4.5 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5809
5 RKEXC Radio Key Extension Change
5.1 FORMAT
RKEXC :RPDIR= [,POSID=][,ATTN1=][,ATTN2=][,OPCAT=];
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
POSID = Radio position identity. It must be unique.
For value, consult parameter description for radio key system.
ATTN1 = Main voice channel attenuation. Attenuation factor for the radio panel multiple.
For value, consult parameter description for radio key system.
ATTN2 = Auxiliary voice channel attenuation. Attenuation factor for the auxiliary multiple.
For value, consult parameter description for radio key system.
OPCAT = Operator category. The operators are divided into categories having different capabilities regarding radio functions they can access.
For value, consult parameter description for radio key system.
5.2 FUNCTION
The command is used to change hardware related radio panel data, radio position identity and/or operator category.
The data corresponding to parameters that are not stated will remain unchanged.
Note At least one of the optional parameters must be stated.
5.3 EXAMPLE 1
New main voice channel attenuation at radio panel directory number 102 shall be 3.
< RKEXC :RPDIR=102,ATTN1=3;
EXECUTED
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5.4 EXAMPLE 2
Radio panel directory number 102 shall change radio position identity to GRDCTR12 and operator category to 7.
< RKEXC :RPDIR=102,POSID=GRDCTR12,OPCAT=7;
EXECUTED
5.5 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5803
6 RKEXE Radio Key Extension End
6.1 FORMAT
RKEXE :RPDIR=;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
6.2 FUNCTION
The command is used to remove the radio panel of a CTT position. It releases the linkage between the radio panel directory number and the equipment position used for audio and signal communication between the radio panel and the switch. It also releases the allocated data records in the switch.
Prior to this command, all radio channel selection keys must be ended by means of the RKCKE command.
6.3 EXAMPLE
Remove the radio panel with directory number 102.
< RKEXE :RPDIR=102;
RKEXE :RPDIR=102;
SURE? (YES/NO)
<YES;
EXECUTED
6.4 COMMAND CATEGORY
Dangerous: Yes
Sequence number for authorization code: 5802
7 RKEXI Radio Key Extension Initiate
7.1 FORMAT
RKEXI :RPDIR=,POSID=,EQU1=,OPCAT=[,TYPE=][,ATTN1=][,ATTN2=];
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
POSID = Radio position identity. It must be unique.
For value, consult parameter description for radio key system.
EQU1 = Equipment position. Defines the equipment position of the main voice multiple for the radio panel of a radio position. The multiple is used both for reception and transmission to/from the radio panel.
For value, consult parameter description for radio key system.
The equipment position for the auxiliary connection of a radio panel is denoted EQU2, used for central voice recording and enslavement. EQU2 is automatically assigned depending on which type of ELU board is used and value of parameter TYPE (type of terminal).
This is also described together with EQU1 in the parameter description for Radio Key System.
OPCAT = Operator category. The operators are divided into categories having different capabilities regarding radio functions they can access.
For value, consult parameter description for radio key system.
TYPE = Type of terminal.
If the parameter is omitted, default value 1 (CTT without voice recording) is given.
For value, consult parameter description for radio key system.
ATTN1 = Main voice channel attenuation. Attenuation factor for the radio panel multiple.
If the parameter is omitted, default value 3 (no attenuation) is given.
For value, consult parameter description for radio key system.
ATTN2 = Auxiliary voice channel attenuation. Attenuation factor for the auxiliary multiple.
If the parameter is omitted, default value 3 (no attenuation) is given.
For value, consult parameter description for radio key system.
--------------------------------------------------------------------------------
7.2 FUNCTION
The command is used to initiate a new radio panel in the system. It establishes the linkage between the radio panel directory number and the equipment position required for audio and signal communication between the radio panel and the switch.
7.3 EXAMPLE 1
Initiate a radio panel with radio panel directory number 102 and radio position identity SECT3 to the equipment position corresponding to board individual 0 in LIM 1, magazine 0 and board position 41. Type of terminal is CTT with voice recording, operator category is 5, main voice channel attenuation is 1 and auxiliary voice channel attenuation is 2.
< RKEXI :RPDIR=102,POSID=SECT3,EQU1=1-0-41-0,TYPE=0,OPCAT=5,ATTN1=1, ATTN2=2;
EXECUTED
7.4 EXAMPLE 2
Initiate a radio panel with radio panel directory number 211 and radio position identity SECT4 to the equipment position corresponding to board individual 10 in LIM 2, magazine 0 and board position 20. Type of terminal is CTT without voice recording, operator category is 1 and main voice channel attenuation is 1.
< RKEXI :RPDIR=211,POSID=SECT4,EQU1=2-0-20-10,TYPE=1,OPCAT=1,ATTN1=1;
EXECUTED
7.5 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5801
8 RKEXP Radio Key Extension Print
8.1 FORMAT
RKEXP :RPDIR=...;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
&, && and ALL are permitted for this parameter.
For value, consult parameter description for radio key system.
8.2 FUNCTION
This command is used to print position data for one or more radio panel directory numbers.
8.3 PRINTOUT
RADIO KEY SYSTEM POSITION DATA
RPDIR EQU1 ATTN1 EQU2 ATTN2 POSID OPCAT STATUS MASTER TYPE
. . . . . . . . . .
. . . . . . . . . .
. . . . . . . . . .
END
RPDIR Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
EQU1 Equipment position. Defines the equipment position of the main voice multiple for the radio panel of a radio position. The multiple is used both for reception and transmission to/from the radio panel.
For value, consult parameter description for radio key system.
ATTN1 Main voice channel attenuation. Attenuation factor for the radio panel multiple.
For value, consult parameter description for radio key system.
EQU2 Equipment position for auxiliary multiple. Defines the equipment position to be used for voice recording and enslavement.
For value, consult parameter EQU1 in parameter description for radio key system.
ATTN2 Auxiliary voice channel attenuation. Attenuation factor for the auxiliary multiple.
For value, consult parameter description for radio key system.
POSID Radio position identity.
For value, consult parameter description for radio key system.
OPCAT Operator category.
For value, consult parameter description for radio key system.
STATUS Position status:
SLAVE Position is a slave
MASTER Position is a master
FREE Position is free, neither a slave nor a master
MASTER Radio panel directory number (RPDIR) for the master. It is only applicable if the position has a master.
For value, consult parameter RPDIR in parameter description for radio key system.
TYPE Type of terminal.
For value, consult parameter description for radio key system.
--------------------------------------------------------------------------------
8.4 EXAMPLE
Print position data for radio panels 123, 112 and 113.
< RKEXP :RPDIR=123&112&113;
RADIO KEY SYSTEM POSITION DATA
RPDIR EQU1 ATTN1 EQU2 ATTN2 POSID OPCAT STATUS MASTER TYPE
123 001-0-42-01 1 001-0-42-02 2 GNDCTR12 2 FREE 0
112 001-0-43-01 2 GNDCTR02 12 MASTER 1
113 001-0-43-02 1 001-0-43-10 2 GNDCTR41 1 SLAVE 112 0
END
The radio panel directory numbers 123 and 113 have type of terminal CTT with voice recording, main voice channel attenuation 1 and auxiliary voice channel attenuation 2.
The radio panel directory number 112 has type of terminal CTT without voice recording, main voice channel attenuation 2, radio position identity GNDCTR02 and operator category 12.
The radio panel directory number 112 has an equipment position corresponding to board individual 1 in LIM 1, magazine 0 and board position 43.
The status for radio panel directory number 123 is FREE (neither a slave nor a master). For radio panel directory number 112 the status is MASTER. For radio panel directory number 113 the status is SLAVE, master for this radio panel is radio panel directory number 112.
8.5 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5804
9 RKEXR Radio Key Extension Selection Remove
9.1 FORMAT
RKEXR :RPDIR=;
RPDIR = Radio panel directory number. Each radio position has a unique radio panel directory number within a consecutive number series.
For value, consult parameter description for radio key system.
9.2 FUNCTION
The command is used to remove all current radio channel selections on a radio panel. The command is only used in cases where the radio panel is faulty and normal deselection is not possible.
9.3 EXAMPLE
Remove remaining radio channel selections at radio panel directory number 321.
< RKEXR :RPDIR=321;
RKEXR :RPDIR=321;
SURE? (YES/NO)
<YES;
EXECUTED
9.4 COMMAND CATEGORY
Dangerous: Yes
Sequence number for authorization code: 5805
10 RKOCC Radio Key Operator Category Change
10.1 FORMAT
RKOCC :OPCAT=[,RTSTC=][,ENSLC=][,ECCMC=][,ENCRC=][,SQCHC=] [,TRPWC=][,PREEM=][,CCPLC=];
OPCAT = Operator category. The operators are divided into categories having different capabilities regarding radio functions they can access.
For value, consult parameter description for radio key system.
RTSTC = Radio test capability.
For value, consult parameter description for radio key system.
ENSLC = Enslavement capability.
For value, consult parameter description for radio key system.
ECCMC = ECCM selection capability.
For value, consult parameter description for radio key system.
ENCRC = Encryption selection capability.
For value, consult parameter description for radio key system.
SQCHC = Squelch detection capability.
For value, consult parameter description for radio key system.
TRPWC = Transmitter power level control capability.
For value, consult parameter description for radio key system.
PREEM = PTT pre-emption level.
For value, consult parameter description for radio key system.
CCPLC = Cross-coupling capability, radio - radio
For value, consult parameter description for radio key system.
10.2 FUNCTION
The radio operators are divided into categories. Each category has a different repertoire of legal radio functions which is defined in the operator capability matrix. This command is used to change matrix contents in order to change the access to functions for the various categories of operators.
The data corresponding to parameters that are not stated will remain unchanged.
Note At least one of the optional parameters must be stated.
10.3 EXAMPLE
Change the capabilities for operator category 3. It shall have PTT pre-emption level 2, access to security control, and ECCM control.
< RKOCC :OPCAT=3,ECCMC=Y,ENCRC=Y,PREEM=2;
EXECUTED
10.4 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5812
11 RKOCP Radio Key Operator Category Print
11.1 FORMAT
RKOCP :OPCAT=...;
OPCAT = Operator category. The operators are divided into categories having different capabilities regarding radio functions they can access.
&, && and ALL are permitted for this parameter.
For value, consult parameter description for radio key system.
11.2 FUNCTION
The radio operators are divided into categories. Each category has a different repertoire of legal radio functions which is defined in the operator capability matrix. This command is used to print parts or the whole contents of the matrix.
11.3 PRINTOUT
OPCAT Operator category.
For value, consult parameter description for radio key system.
RTSTC Radio test capability.
For value, consult parameter description for radio key system.
ENSLC Enslavement capability.
For value, consult parameter description for radio key system.
FASGC Reserved, default value N is used.
ECCMC ECCM selection capability.
For value, consult parameter description for radio key system.
ENCRC Encryption selection capability.
For value, consult parameter description for radio key system.
SQCHC Squelch detection capability.
For value, consult parameter description for radio key system.
ANTRC Reserved, default value N is used.
TRPWC Transmitter power level control capability.
For value, consult parameter description for radio key system.
PREEM PTT pre-emption level.
For value, consult parameter description for radio key system.
CCPLC Cross coupling capability, radio - radio.
For value, consult parameter description for radio key system.
CCONC Reserved, default value N is used.
11.4 EXAMPLE
Print capabilities of operator category 15.
The operator category 15 has:
PTT pre-emption level 1
radio test capability, squelch detection capability, transmitter power level control capability and cross-coupling capability
no enslavement capability, no ECCM selection capability and no encryption selection capability
no frequency assignment to own radio channel selection keys
11.5 COMMAND CATEGORY
Dangerous: No
Sequence number for authorization code: 5813
PARAMETER DESCRIPTION
190 84-CNAR 103 41 Uen G
--------------------------------------------------------------------------------
Radio key system, RK
Contents 1 ATTN1 Main voice channel attenuation
2 ATTN2 Auxiliary voice channel attenuation
3 CCPLC Cross-coupling capability, radio - radio
4 CHDIR Radio channel directory number
5 ECCMC ECCM selection capability
6 ENCRC Encryption selection capability
7 ENSLC Enslavement capability
8 Equipment position
9 KEYNO Radio channel selection key number
10 OPCAT Operator category
11 POSID Radio position identity
12 PREEM PTT pre-emption level
13 RPDIR Radio panel directory number
14 RTSTC Radio test capability
15 SQCHC Squelch detection capability
16 TRPWC Transmitter power level control capability
17 TYPE Type of terminal
--------------------------------------------------------------------------------
1 ATTN1 Main voice channel attenuation
1.1 FORMAT
ATTN1= D 1
D 1 = 0-7 Attenuation factor for the main voice channel
1.2 FUNCTION
The parameter states a connection between a radio panel and a radio equipment, the switching control procedure uses this attenuation factor. The factor range is 0-7 in steps of 3dB, ranging from -6dB to +15dB.
1.3 EXAMPLE
The main voice channel attenuation shall be 0dB.
ATTN1 = 2
2 ATTN2 Auxiliary voice channel attenuation
2.1 FORMAT
ATTN2= D 1
D 1 = 0-7 Attenuation factor for the auxiliary voice channel
2.2 FUNCTION
The parameter states a connection between a radio panel and the radio equipment, the attenuation is used by the switching control procedure. The factor range is 0-7 in steps of 3dB, ranging from -6dB to +15dB.
Note: If the type of terminal is CTT without voice recording, the value of ATTN2 is ignored (because no auxiliary multiple is allocated).
2.3 EXAMPLE
The auxiliary voice channel attenuation shall be 0dB.
ATTN2 = 2
3 CCPLC Cross-coupling capability, radio - radio
3.1 FORMAT
CCPLC= D 1
D 1 = Y or N Y = the radio position shall have cross-coupling capability
N = the radio position shall not have cross-coupling capability
Initial value given by the system: N
3.2 FUNCTION
The parameter states the operator's authority to cross-couple 2 - 4 radios. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
3.3 EXAMPLE
It shall be possible to cross-couple 2 - 4 radios together.
CCPLC = Y
4 CHDIR Radio channel directory number
4.1 FORMAT
CHDIR= D 1 D 2 D 3
D 1 D 2 D 3 = 001-350 Radio channel directory number
Value range is from 001 up to 350, which is the highest number of radio channels that can be initiated in the system.
4.2 FUNCTION
The parameter states a unique directory number for a radio channel connected to the system. Radio channels are numbered in consecutive order from 001 up to the maximum number of channels in the system.
4.3 EXAMPLE
The radio channel directory number shall be 123.
CHDIR = 123
5 ECCMC ECCM selection capability
5.1 FORMAT
ECCMC= D 1
D 1 = Y or N Y = the radio position shall have ECCM selection capability
N = the radio position shall not have ECCM selection capability
Initial value given by the system: N
5.2 FUNCTION
The parameter states the operator's authority to remotely switch the ECCM on/off. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
5.3 EXAMPLE
It shall be possible to switch the ECCM on/off from this radio position.
ECCMC = Y
6 ENCRC Encryption selection capability
6.1 FORMAT
ENCRC= D 1
D 1 = Y or N Y = the radio position shall have encryption capability
N = the radio position shall not have encryption capability
Initial value given by the system: N
6.2 FUNCTION
The parameter states the operator's authority to remotely switch the radio encryption on/off. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
6.3 EXAMPLE
It shall be possible to initiate encryption from this radio position.
ENCRC = Y
7 ENSLC Enslavement capability
7.1 FORMAT
ENSLC= D 1
D 1 = Y or N Y = the position shall have enslavement capability
N = the position shall not have enslavement capability
Initial value given by the system: N
7.2 FUNCTION
The parameter states the operator's authority to enslave other radio positions. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
7.3 EXAMPLE
It shall be possible to initiate enslavement from this radio position.
ENSLC = Y
8 Equipment position
8.1 EQU1 FORMAT
8.2 FUNCTION
The parameter states the system position for a radio panel.
Specific restrictions and rules exist for the EQU1 parameter, depending on which type of ELU board is used and what type of terminal that is connected:
ELU25 board: The ELU25 board is by default defined with 8 individual numbers (0-7). If the type of terminal is CTT without voice recording, EQU1 can be assigned to individual number 0-7. If the type of terminal is CTT with voice recording, the ELU25 board must be defined with 16 individual numbers (0-15) where individual numbers 8-15 are virtual individuals. EQU1 can be assigned to individual numbers (0-7) because the equipment position for the auxiliary multiple (EQU2) will be assigned to EQU1 individual + 8.
ELU28 board: The ELU28 board is by default defined with 16 individual numbers (0-15). If the type of terminal is CTT without voice recording, EQU1 can be assigned to individual number 0-15. If the type of terminal is CTT with voice recording, the ELU28 board must be defined with 32 individual numbers (0-31) where individual numbers 16-31 are virtual individuals. EQU1 can be assigned to individual numbers (0-15) because the equipment position for the auxiliary multiple (EQU2) will be assigned to EQU1 individual + 16.
8.3 EXAMPLE 1
In LIM number 5, a voice and signal channel between a radio panel and the switch is connected to an ELU25 in magazine 1, device board position 13, individual number 2 (the type of terminal is CTT without voice recording).
EQU1=5-1-13-02
8.4 EXAMPLE 2
In LIM number 4, a voice and signal channel between a radio panel and the switch is connected to an ELU28 in magazine 0, device board position 20, individual number 4 (the type of terminal is CTT with voice recording).
EQU1=4-0-20-04 (EQU2 is then automatically assigned to 4-0-20-20).
9 KEYNO Radio channel selection key number
9.1 FORMAT
KEYNO= D 1 D 2
D 1 D 2 = 1-30 Radio channel selection key number
9.2 FUNCTION
The parameter states the addressing of the keys used for selection of a radio channel.
9.3 EXAMPLE
Radio channel selection key number 12 of a radio panel shall be addressed.
KEYNO = 12
10 OPCAT Operator category
10.1 FORMAT
OPCAT= D 1 D 2
D 1 D 2 = 1-32 Operator category
10.2 FUNCTION
The parameter states an operator's belonging to a specific operator category depending on the capability of the operator to initiate the various radio functions of the system.
10.3 EXAMPLE
The operator category to be addressed is 10.
OPCAT = 10
11 POSID Radio position identity
11.1 FORMAT
POSID= D 1 D 2 D 3 D 4 D 5 D 6 D 7 D 8
D 1 D 2 D 3 D 4 D 5 D 6 D 7 D 8 = 0-9, A-Z and slash (/) in any combination
11.2 FUNCTION
The parameter states the unique alphanumeric designation of a radio position.
Dash (-) is not a legal character. If a space is wanted in the radio position identity, a slash (/) shall be used. The I/O terminal will not accept space as a legal character. The slash will be converted to a space on the panel and in the printout.
11.3 EXAMPLE
A radio position shall have the identity SOUTH66.
POSID = SOUTH66
12 PREEM PTT pre-emption level
12.1 FORMAT
PREEM= D 1
D 1 = 1-6 PTT pre-emption level
Initial value given by the system: 2
12.2 FUNCTION
The parameter states the capability of certain radio positions to pre-empt other radio positions' attempts to transmit on a radio channel. 1 is highest priority.
12.3 EXAMPLE
A radio position shall have PTT pre-emption level 5.
PREEM = 5
13 RPDIR Radio panel directory number
13.1 FORMAT
RPDIR= D 1 D 2 D 3
D 1 D 2 D 3 = 001-350 Radio panel directory number
13.2 FUNCTION
The parameter states the unique directory number of a radio panel. Radio panels should be assigned numbers in consecutive order from 1 and up to the maximum number of radio panels in the actual installation.
13.3 EXAMPLE
The radio panel directory number shall be 123.
RPDIR = 123
14 RTSTC Radio test capability
14.1 FORMAT
RTSTC= D 1
D 1 = Y or N Y = the radio position shall have test capability
N = the radio position shall not have test capability
Initial value given by the system: N
14.2 FUNCTION
The parameter states the operator's authority to remotely test the radio equipment. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
14.3 EXAMPLE
It shall be possible to initiate radio tests from a radio position.
RTSTC = Y
15 SQCHC Squelch detection capability
15.1 FORMAT
SQCHC= D 1
D 1 = Y or N Y = the radio position shall have squelch detection capability
N = the radio position shall not have squelch detection capability
Initial value given by the system: N
15.2 FUNCTION
The parameter states the operator's authority to remotely switch off/on the squelch detection feature at the radio receiver equipment. This capability is reflected in the operator category parameter which is assigned to a radio position when the radio panel is initiated.
15.3 EXAMPLE
It shall be possible to control squelch detection from a radio position.
SQCHC = Y
16 TRPWC Transmitter power level control capability
16.1 FORMAT
TRPWC= D 1
D 1 = Y or N Y = the radio position shall have transmitter power level control
capability
N = the radio position shall not have transmitter power level control capability
Initial value given by the system: N
16.2 FUNCTION
The parameter states the operator's authority to remotely control the transmitter power level. This capability is reflected in the operator category parameter, which is assigned to a radio position when the radio panel is initiated.
16.3 EXAMPLE
It shall be possible to control transmitter power level from a radio position.
TRPWC = Y
17 TYPE Type of terminal
17.1 FORMAT
17.2 FUNCTION
The parameter states the type of terminal connected. Depending on what type of terminal is connected to an ELU25/ ELU28 board, equipment positions should be assigned in different ways. This is reflected in the type of terminal parameter, which is assigned to a radio position when the radio panel is initiated. For detailed information about how equipment positions are allocated, see 8 Equipment position in this document.
17.3 EXAMPLE
The terminal is a CTT without possibility of voice recording.
TYPE = 1
- Status
