Ericsson LBI-39076B system manual Who Has What Priority, Who Has What Toll Call Restrictions

LBI-39076B CONFIGURATION

Who Has What Priority

∙Interconnect - This 1-digit field defines (for each logical unit ID) which of eight queuing priority levels (from 0 to 7) is to be applied to this specific logical unit ID for interconnect calls. Default is the lowest priority

(0).

Logical Unit Definition (menu selection 11) Radio Parameters (panel 2)

Call Priority

∙Interconnect - This 1-digit field defines (for each group ID) which of eight queuing priority levels (from 0 to 7) is to be applied to this specific group ID for interconnect calls. Default is the lowest priority (0).

Group Definition (menu selection 12) Group Parameters (panel 2)

Call Priority

Who Has What Toll Call Restrictions

∙Digit Patterns - This column of parameters defines (for the site) up to 16 digit patterns for the first four digits of an outgoing interconnect call. An X used as a digit in a pattern allows that digit to be any number from 0 to 9. A string of 4 periods is used to represent an unused pattern. Default is unused (....) for all patterns.

Toll Call Restrictions (menu selection 15) Toll Call Parameters (panel 1)

∙Restriction Levels - These 16 columns of parameters define (for the site) which of 16 digit patterns will be permitted for each of the 16 toll call restriction levels. Default is no (N) for each of the 16 digit patterns for each of the 16 toll call restriction levels. Enter Y for yes, or leave N for no.

Toll Call Restrictions (menu selection 15) Toll Call Parameters (panel 1)

∙Toll Call Restrictions - This 2-digit field defines (for each logical unit ID) which of 16 toll call restriction levels (from 0 to 15) is to be applied to this specific logical unit ID for interconnect calls. Default is restriction level zero (0).

Logical Unit Definition (menu selection 11) Radio Parameters (panel 2)

Interconnect

Who Has What Rotary Hunt Sequence

∙Interconnect Rotary Definition - These 15 rows of parameters define a 16-line rotary hunt sequence for each of the 15 non-zero Rotary Numbers. Default is zero (0) for each line. Starting from the left, assign the valid line numbers in any order. Leave the unassigned line numbers set to zero (0). Note that a line number gets its number from the radio channel number that shares the same GTI Unit. Also note that GTI Units are placed on the highest available channel numbers first. Assigning non-existent line numbers will delay the rotary hunt sequence.

Rotary Definition (menu selection 13) Interconnect Rotary Definition (panels 1 & 2)

∙Rotary Number - This 2-digit field defines (for each logical unit ID) which rotary number (from 0 to 15) is to be applied to this specific logical unit ID. Default is none (0). This number (other than 0 for none) is meaningless by itself. The actual rotary hunt sequence telling which line numbers are searched and in what order (while searching for an available line) is defined by the Interconnect Rotary Definition.

Logical Unit Definition (menu selection 11) Radio Parameters (panel 2)

Interconnect

NOTE

For someone to be able to make a radio-initiated interconnect call, a Dedicated Line or Rotary Number must be defined for that logical unit ID. The default values for these parameters define line 1 as the Dedicated Line and no Rotary Number to each logical unit ID. Therefore each logical unit ID has access to line 1.

In an ELI system, line number 1 will typically not exist. In that case the default values for Dedicated Line and Rotary Number will block all outgoing interconnect calls from each logical unit ID.

Therefore, you must assign a Rotary Number to each logical unit ID and one or more valid line numbers to each of these assigned rotary numbers in the Interconnect Rotary Definition, or assign a valid line number as the Dedicated Line for each logical unit ID. We recommend using the Rotary Number and Interconnect Rotary Definition.

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