![]() |
Сайт
PKU ![]() |
![]() |
![]() |
|
![]() |
![]() |
![]() |
![]() |
![]() |
![]() |
For a list of maximum cable lengths for CorNet-N direct networking, refer to Table 2-8 on page 2-18. |
Introduction
Users can network the Hicom 150 E OfficePro or OfficeCom via CorNet-N. You must use Hicom Assistant E to completely configure CorNet-N networking; Hicom Assistant T can program some aspects. This section discusses only programming using Hicom Assistant E.
This section describes the following networking setups:
![]() |
Hicom 150 E Office to Hicom 150 E Office, Section 8.20.1 |
![]() |
![]() |
Networking two systems with one CO access each |
![]() |
![]() |
Open numbering with break-out in the remote system |
![]() |
![]() |
Closed numbering with break-out in the main system via LCR |
![]() |
![]() |
Closed numbering without LCR and without break-out |
![]() |
![]() |
Closed numbering without LCR in the satellite system with break-out |
![]() |
Hicom 300 to Hicom 150 E Office, Section 8.20.2 |
![]() |
![]() |
Networking with closed numbering without LCR |
![]() |
![]() |
Networking with closed numbering with LCR |
![]() |
![]() |
Networking with closed, unsorted numbering with LCR but without trunk group code. |
![]() |
Programming for all networking types, Section 8.20.3 |
![]() |
![]() |
Network-wide toll restriction with allowed and denied lists |
![]() |
![]() |
Network-wide toll restriction implemented via LCR authorization |
![]() |
![]() |
Automatic carrier selection (call-by-call) |
![]() |
![]() |
Sharing system speed dialing in the main system from the satellite system |
Note
If two or more OfficePro systems are networked, the CGM module upgrade must be installed on the CBMODs of all OfficePro systems in the network.
Networking Two Systems With One CO Access Each.
Break-out refers to an external outgoing call placed using the CO access of the remote system.
Parameters for the example
Both systems have a numbering plan with station numbers 100 to 749.
Both systems have an ISDN trunk connection with attendant code 0 (trunk group 1 with trunk group code 0).
Both systems have a CorNet-N link to the remote system (trunk group 2 with trunk group code 80).
Programming the Main System Using Hicom Assistant E
From the Lines/networking menu, go to the Routes window and select route 2. Make the following settings:
Enter the route name and set the second trunk code to 0 (0 is the first trunk group code of route 1 in the satellite system).
The trunk group code must be assigned (default 80)
Go to Route 1 and enter a second trunk group code, such as 77 (77 must be a number that is still available in the system numbering plan. This is necessary for break-out in the satellite system).
Also enter the PABX number of the ISDN trunk.
In the Routing parameters window, set the route type to PABX for the second trunk group. Also set Number and type, outgoing to PABX number for trunk groups 1 and 2.
Assign the CorNet-N trunks of trunk group 2 in the Trunks window. Double-click the elipsis (...) for the trunk in the Param column to set the protocol to S0 : CorNet-N main direct (H150-H118). In the System parameters, Diversion/Attendant window, note that the station number of the external attendant code is set to 0. Deactivate Automatic line seizure under Flags/CMI
Go to the Least cost routing window and release LCR.
Make the following entries in the Dial plan window:
Line 1: Dialed digit 0CZ refers to route table 1 (plan for trunk calls)
Line 2: Dialed digit 80-Z refers to route table 2 (plan for CorNet-N call)
Line 3: Dialed digit 80-0CZ refers to route table 3 (plan for break-out in satellite system)
Line 4: Dialed digit 77CZ refers to route table 1 (plan for second trunk code, required for break-out from satellite system)
Make the following entries in route table 1 of the Route table window:
(table for trunk calls)
Line 1: Route 1, Dial rule 1, No warning
Line 2: Route 2, Dial rule 4, Warning: display and tone (if Euro-ISDN1 fails or is busy, an external seizure takes place in the satellite system)
Make the following entries in route table 2 of the Route table window:
(table for CorNet-N calls)
Line 1: Route 2, Dial rule 2, No warning
Line 2: Route 1, Dial rule 5, Warning: display and tone (if CorNet-N fails or is busy, dial satellite system via the central office)
Make the following entries in route table 3 of the Route table window:
(table for break-out)
Line 1: Route 2, Dial rule 3, No warning
Make the following entries in the Dial rules table window:
Line 1: Rule name CO, Rule format A, Procedure MCL Single Stage (if primary carrier is entered here instead of MCL Single Stage, you will not be able to go to the following lines in the rule tables)
Line 2: Rule name CorNet-N, Rule format A, Procedure Corporate Network
Line 3: Rule name Break-Out, Rule format D77E3A, Procedure Corporate Network
Line 4: Rule name CO via CorNet-N, Rule format D77E2A, Procedure Corporate Network
Line 5: Rule name To satellite via trunk, Rule format D02111234E2A, Procedure primary carrier
(D02111234 is the Euro-ISDN PABX number of the satellite system)
Programming the Satellite System Using Hicom Assistant E
In the Lines/Networking window, assign the protocol S0: CorNet-N variant 2 satellite (direct) (not for U.S.).
Program all other settings as you did for the main system.
Parameters for the Example
The main system has station numbers 100 to 499, while the satellite system has station numbers 500 to 699.
Only the main system has ISDN trunk access with attendant code 0 (for example, route 1 with code 0. In addition, you must specify a second trunk group code so that the satellite system can seize a trunk in the main system using trunk group code 0. If you do not do so, dialing 0 from the satellite system will place a call to the attendant in the main system).
Both systems have a CorNet-N link to the remote system (route 2 in the main system, route 1 in the satellite system).
Programming the Main System Using Hicom Assistant E
From the Lines/networking menu, go to the Routes window and select route 2. Make the following settings:
Enter the route name and delete the trunk group code for route 2.
In the Routing parameters window, set the route type to PABX. Set Number and type, outgoing to PABX number. Enter a second trunk group code (77) for route 1 in addition to 0.
Assign the CorNet-N trunks of trunk group 2 in the Trunks window. Double-clicking the ellipsis (...) for the trunk in the Param column sets the protocol to S0: Cornet-N Variant 2 main direct.
In the System parameters, Diversion/Attendant window, ensure that the station number of the external attendant code is set to 0. Also deactivate Automatic line seizure under Flags/CMI.
Go to the Least cost routing window and release LCR.
Make the following entries in the Dial plan window:
Line 1: Dialed digit 0CZ refers to route table 1 (plan for trunk calls)
Line 2: Dialed digit 5-XX refers to route table 2 (plan for CorNet-N stations 500 to 599)
Line 3: Dialed digit 6-XX refers to route table 2 (plan for CorNet-N stations 600 to 699)
Line 4: Dialed digit 77CZ refers to route table 1 (plan for trunk calls from primary system
Make the following entries in route table 1 of the Route table window:
(table for trunk calls)
Line 1: Route 1, Dial rule 1, No warning
Make the following entries in route table 2 of the Route table window:
(table for CorNet-N calls)
Line 1: Route 2, Dial rule 2, No warning
Make the following entries in the Dialing rules table window:
Line 1: Rule name CO, Rule format A, Procedure Primary carrier (rule for trunk calls)
Line 2: Rule name CorNet-N, Rule format E1A, Procedure Corporate Network (rule for CorNet-N calls)
Programming the Satellite System Using Hicom Assistant E
From the Lines/networking menu, go to the Routes window and select route 1. Make the following settings:
Enter the route name and set the second trunk code digit to 0 (0 is the first trunk group code of route 1in the satellite system).
Delete the trunk group code for route 1.
In the Routing parameters window, set the route type to PABX. Set Number and type, outgoing to PABX number.
In the Trunks window, double-click the ellipsis (...) for the trunk in the Param column to set the protocol to S0: Cornet-N variant 2 satellite (direct).
In the System parameters, Diversion/Attendant window, note that the station number of the external attendant code should be deleted. Also deactivate Automatic line seizure under Flags/CMI.
Go to the Least cost routing window and release LCR.
Make the following entries in the Dial plan window:
Line 1: Dialed digit 0CZ refers to route table 1 (plan for trunk calls)
Line 2: Dialed digit 1-XX refers to route table 2 (plan for CorNet-N stations 100 to 199)
Line 3: Dialed digit 2-XX refers to route table 2 (plan for CorNet-N stations 200 to 299)
Line 4: Dialed digit 3-XX refers to route table 2 (Plan for CorNet-N stations 300 to 399)
Line 5: Dialed digit 4-XX refers to route table 2 (plan for CorNet-N stations 400 to 499)
Make the following entries in the route table columns of the Route table window:
Table 1, Line 1: Route 1, Dial rule 1, No warning (table for trunk calls)
Table 2, Line 1: Route 1, Dial rule 2, No warning (table for Cornet-N calls)
Make the following entries in the Dial rules table window:
Line 1: Rule name CO, Rule format D77A, Procedure Corporate :Network
Line 1: Rule name main PABX, Rule format E1A, Procedure Corporate: Network
Parameters for the Example
The main system has station numbers 100 to 499, while the satellite system has station numbers 500 to 699.
Both systems have an ISDN trunk connection with attendant code 0 (for example, route 1 with code 0).
Both systems have a CorNet-N link to the remote system (route 2 in the main system, route 1 in the satellite system).
Break-out cannot take place in the remote system.
Programming the Main System Using Hicom Assistant E
From the Lines/networking menu, go to the Routes window and select route 2. Make the following settings:
Enter the route name; set the trunk group codes for route 2 to 5 and 6.
In the Routing parameters window, set the route type to PABX. Activate digit repetition and set Number and type, outgoing to PABX number.
Assign the CorNet-N trunks of trunk group 2 in the Trunks window. Double-clicking the ellipsis (...) for the trunk in the Param column sets the protocol to S0: Cornet-N variant 2 main (direct).
In the System parameters, Diversion/Attendant window, ensure that the station number of the external attendant code is set to 0. Deactivate Automatic line seizure under Flags/CMI.
Programming the Satellite System Using Hicom Assistant E
From the Lines/networking menu, go to the Routes window and select route 2. Make the following settings:
Enter the route name; set the trunk group codes for route 2 to 1, 2, 3, and 4.
In the Routing parameters window, set the route type to PABX. Activate digit repetition and set Number and type, outgoing to PABX number.
Assign the CorNet-N trunks of trunk group 2 in the Trunks window. Double-clicking the ellipsis (...) for the trunk in the Param column sets the protocol to S0: Cornet-N variant 2 satellite (direct).
In the System parameters, Diversion/Attendant window, ensure that the station number of the external attendant code is set to 0. Deactivate Automatic line seizure under Flags/CMI.
The programming steps are described in Section 8.20.1.2, Closed Numbering with Break-Out in the Main System via LCR, on page 8-52 and Section 8.20.1.3, Closed Numbering Without LCR and Without Break-Out, on page 8-54, with the following changes:
Break-out is allowed in the main system. Trunks in the main system cannot be seized from the satellite system by dialing 0 because 0 is entered in both systems as the first trunk group code and dual assignments are not possible. In addition, the external attendant code is set to 0 in each system.
Programming the Main System
Refer to programming in Section 8.20.1.2, Closed Numbering with Break-Out in the Main System via LCR, on page 8-52.
CLR must be active in the main system; otherwise transit is not possible (break-out in the main system).
Additional Programming of the Satellite System
Refer to programming in Section 8.20.1.3, Closed Numbering Without LCR and Without Break-Out, on page 8-54.
From the Lines/networking menu, go to the Routes window and make the following settings:
Enter another trunk group code for the CorNet-N trunk group, such as 77.
Parameters for the Example
Hicom 300 is the main system with CO access; Hicom 150 E Office is the satellite system without CO access.
The station numbers in Hicom 300 are 1000 to 3000, and those in Hicom 150 E Office are 4000 to 5000.
Trunks in the Hicom 300 system are seized using trunk group code 0.
Programming the Satellite System Using Hicom Assistant E
From the Lines/Networking menu, go to the Routes window and select Route 1. Then make the following settings:
Enter the route name and set the second trunk code to 0. Set the trunk group codes for Route 1 to 0, 1, 2, and 3.
In the Routing parameters window, set the route type to PABX and activate digit repetition for Route 1. Also set No. and type, outgoing to PABX number.
Assign the CorNet-N trunks of trunk group 2 in the Trunks window. Double-clicking the ellipsis (...) for the trunk in the Param column sets the protocol to S0: Cornet-N variant 2 satellite (direct).
In the System parameters window, deactivate automatic line seizure under Flags/CMI.
Parameters for the Example
Hicom 300 is the main system; Hicom 150 E Office is the satellite system.
The station numbers in Hicom 300 are 1000 to 3000, and those in Hicom 150 E Office are 4000 to 5000.
Trunks in the Hicom 300 system are seized using trunk group code 0.
Programming the Satellite System Using Hicom Assistant E
From the Lines/Networking menu, go to the Routes window and select Route 1. Then make the following settings:
Enter the route name and set the second trunk code to 0. Delete the trunk group codes for Route 1.
In the Routing parameters window, set the route type to PABX and set No. and type, outgoing to PABX number.
Assign the CorNet-N trunks of trunk group 2 in the Trunks window. Double-clicking the ellipsis (...) for the trunk in the Param column sets the protocol to S0: Cornet-N variant 2 satellite (direct).
In the System parameters window, deactivate automatic line seizure under Flags/CMI.
Go to the Least cost routing window and release LCR.
Make the following entries in the Dial plan window:
Line 1: Dialed digit 0CZ refers to route table 1 (plan for trunk calls)
Line 2: Dialed digit 1-XXX refers to route table 1 (plan for CorNet-N stations 1000 to 1999)
Line 3: Dialed digit 2-XXX refers to route table 1 (plan for CorNet-N stations 2000 to 2999)
Line 4: Dialed digit 3-XXX refers to route table 1 (plan for CorNet-N stations 3000 to 3999)
Make the following entries in Route table 1 of the Route table window:
Line 1: Route 1, Dial rule1, No warning
Make the following entries in the Dialing rules table window:
Line 1: Rule name, main, Rule format E1A, Procedure Corporate: Network
Parameters for the Example
Hicom 300 is the main system; Hicom 150 E Office is the satellite system.
The station numbers range from 1000 to 5000 and are randomly distributed between the main and satellite systems. The programming steps below describe the configuration for station numbers 2191 to 2195, where
![]() |
Station numbers 2191, 2193, and 2194 are connected to Hicom 300. |
![]() |
Station numbers 2192 and 2195 are connected to Hicom 150 E Office. |
The trunk is seized in Hicom 300 by dialing trunk group code 0.
Programming the Satellite System Using Hicom Assistant E
From the Lines/Networking menu, go to the Routes window and select Route 1. Then make the following settings:
Enter the route name and set the second trunk code to 0. Keep the trunk group code set to 0.
In the Routing parameters window, set the route type to PABX and set No. and type, outgoing to PABX number.
Assign the CorNet-N trunks of trunk group 2 in the Trunks window. Double-clicking the ellipsis (...) for the trunk in the Param column sets the protocol to S0: Cornet-N variant 2 satellite (direct).
In the System parameters window, deactivate automatic line seizure under Flags/CMI.
Go to the Least cost routing window and release LCR.
Make the following entries in the Dial plan window:
Line 1: Dialed digit 0CZ refers to route table 1 (plan for trunk calls)
Line 2: Dialed digit 2191 refers to route table 1 (plan for CorNet-N station 2191)
Line 3: Dialed digit 2193 refers to route table 1 (plan for CorNet-N station 2193)
Line 4: Dialed digit 2194 refers to route table 1 (plan for CorNet-N station 2194)
Make the following entries in Route table 1 of the Route table window:
Line 1: Route 1, Dial rule1, No warning
Make the following entries in the Dialing rules table window:
Line 1: Rule name, Rule format E1A, Procedure Corporate :Network
Release programming of the LCR parameter. The route type and second trunk code affect toll restriction.
Scenario 1: LCR deactivated, no second trunk code, route type CO: All digits are subjected to toll restriction in the local system
Scenario 2: LCR deactivated, no second trunk code, route type PABX: There is no toll restriction in the local system, but rather in the remote system
Scenario 3: LCR deactivated, second trunk code, route type CO: All digits are subjected to toll restriction in the local system
Scenario 4: LCR deactivated, second trunk code, route type PABX: All digits following the second trunk code are subjected to toll restriction in the local system
Scenario 5: LCR activated, no second trunk code, route type CO: All digits are subjected to toll restriction in the local system
Scenario 6: LCR activated, no second trunk code, route type PABX: There is no toll restriction in the local system but rather in the remote system
Scenario 7: LCR activated, second trunk code, route type CO: All digits are subjected to toll restriction in the local system
Scenario 8: LCR activated, second trunk code, route type PABX: All digits are subjected to toll restriction in the local system
The following classes of service are always transferred to the remote system via CorNet:
Toll restriction 0 (internal access): no access
Toll restriction 1 (outward-restricted): access only via attendant (incoming calls only)
Toll restriction 2-13 (allowed/denied lists): local public network (evaluated in the first denied list in Hicom 150 E Office)
Toll restriction 14 (unrestricted): long distance public network (unrestricted trunk access)
Parameters for the Example
Internal access is toll restriction 0 (permanently defined) and is defined in access group 1 in Hicom Assistant E.
Outward restricted trunk access is toll restriction 1 (permanently defined) and is defined in access group 2 in Hicom Assistant E.
Restricted local access is toll restriction 9 (denied list 2) and is defined in access group 3 in Hicom Assistant E.
Unrestricted local area access is toll restriction 2 (allowed list 1) and is defined in access group 4 in Hicom Assistant E.
National trunk access is toll restriction 10 (denied list 3) and is defined in access group 5 in Hicom Assistant E.
European trunk access is toll restriction 11 (denied list 4) and is defined in access group 6 in Hicom Assistant E.
Unrestricted trunk access is toll restriction 14 (permanently defined) and is defined in access group 7 in Hicom Assistant E.
Programming the Main System Using Hicom Assistant E
It is very important to keep denied list 1 empty. This is necessary because the toll restrictions in the allowed and denied lists of the satellite system are passed on to the main system with the local public network class of service. Local public network always refers to denied list 1. However, if this denied list is empty, the toll restriction is evaluated just as it is in the satellite system.
Program the toll restrictions for the current location according to the classes listed above and assign them to the stations.
Programming the Satellite System Using Hicom Assistant E
Denied list 1 can also be used in the satellite system without restriction. However, to provide uniform toll restriction on all telephone systems throughout Germany, this should be implemented only in exceptional cases.
The second trunk code and the PABX route type must be entered in the satellite system for the CorNet trunk-N group to the main system. (This is necessary because it is the only way to provide toll restriction in the satellite system using the trunk access code of the main system.)
Note
If toll restriction is implemented based on the LCR class of service, the system speed-dialing numbers are also subject to these classes of service. In other words, users with outward restricted trunk access cannot dial a system speed-dialing number.
Parameters for the Example
Internal access: Intercom only access can be implemented via ITR groups (not described here).
Outward restricted trunk access is LCR class of service 2; station 150 is assigned this class of service.
Restricted local access is LCR class of service 3; station 140 is assigned this class of service (prefix 023Z can be dialed).
Unrestricted local area access is LCR class of service 4; station 130 is assigned this class of service (prefixes 02Z and 03Z can be dialed).
National trunk access is LCR class of service 5; station 120 is assigned this class of service.
European trunk access is LCR class of service 6; station 110 is assigned this class of service (prefix 004Z can be dialed).
Unrestricted trunk access is LCR class of service 15; station 100 is assigned this class of service.
Programming steps
Go to the Least cost routing/Codes and Flags window and release LCR.
Go to the Least cost routing/Classes of service window and assign the correct classes of service to stations 100 to 160.
Go to the Least cost routing/Dial plan window and make the following entries:
Line 1: Dialed digit: 0CZ, Route table: 1 (unrestricted trunk access)
Line 2: Dialed digit: 0C004Z, Route table: 2 (European trunk access)
Line 3: Dialed digit: 0C0Z, Route table: 3 (national trunk access)
Line 4: Dialed digit: 0C02Z, Route table: 4 (unrestricted local area access)
Line 5: Dialed digit: 0C03Z, Route table: 4 (unrestricted local area access)
Line 6: Dialed digit: 0CNZ, Route table: 5 (restricted local access)
Line 7: Dialed digit: 0C1Z, Route table: 5 (restricted local access)
Line 8: Dialed digit: NZ, Route table: 6 (outward restricted trunk access)
Line 9: Dialed digit: 1Z, Route table: 6 (outward restricted trunk access)
Go to the Least cost routing/Route table window and make the following entries:
Table 1, Line 1: Route: 1, Dial rule: 1, min. COS: 15
Table 2, Line 1: Route: 1, Dial rule: 1, min. COS: 6
Table 3, Line 1: Route: 1, Dial rule: 1, min. COS: 5
Table 4, Line 1: Route: 1, Dial rule: 1, min. COS: 4
Table 5, Line 1: Route: 1, Dial rule: 1, min. COS: 3
Table 6, Line 1: Route: 1, Dial rule: 1, min. COS: 2
Go to the Least cost routing/Dialing rules table window and make the following entries:
Line 1: rule name: XY, format: A, procedure: primary carrier
Parameters for the Example:
The least expensive carrier must always be selected first, depending on the station number and time. The following carriers are available:
Telekom: Primary carrier, without network code, all local calls all day and all calls in the period from 2:00 a.m. to 4:59 a.m., as well as D1 and D2-calls from 6:00 p.m. to 8:59 a.m.
Mobilcom: Network code 01019, all calls in the period from 5:00 a.m. to 1.59 a.m., except for local calls.
TelePassport: Network code 01024, D1 and D2 calls from 9.00 a.m. to 5.59 p.m.
If the call does not reach its destination via Mobilcom or Telepassport, the system should automatically try to reach the destination via Telekom.
![]() |
Actual carriers might be different, depending on the country where the system is installed. |
Programming Steps:
Go to the Least cost routing/Codes and Flags window and release LCR.
Go to the Least cost routing/Dial plan window and make the following entries:
Line 1: dialed digit: 0C0171Z, route table: 1(D1 calls)
Line 2: Dialed digit: 0C0172Z, Route table: 1 (D2 calls)
Line 3: Dialed digit: 0CNZ, Route table: 2 (local calls)
Line 4: Dialed digit: 0C1Z, Route table: 2 (local calls)
Line 5: Dialed digit: 0CZ, Route table: 3 (all other calls)
Go to the Least cost routing/Route table window and make the following entries:
Table 1, Line 1: Route: 1, Dial rule: 1, Schedule: C, (D1/D2 calls from 9:00 a.m. to 5:59 p.m. via Telepassport)
Table 1, Line 2: Route: 1, Dial rule: 2, Schedule: C, (D1/D2 calls from 9:00 a.m. to 5:59 p.m. via Telekom if Telepassport is busy)
Table 1, Line 3: Route: 1, Dial rule: 2, Schedule: A, (D1/D2 calls via Telekom)
Table 1, Line 4: Route: 1, Dial rule: 2, Schedule: B, (D1/D2 calls via Telekom)
Table 2, Line 1: Route: 1, Dial rule: 2, (local calls via Telek., 24 hours a day, since no schedule is entered)
Table 3, Line 1: Route: 1, Dial rule: 3, Schedule: A, (all other calls via Mobilcom)
Table 3, Line 2: Route: 1, Dial rule: 2, Schedule: A, (all other calls via Telekom)
Table 3, Line 3: Route: 1, Dial rule: 2, Schedule: B, (all other calls via Telekom)
Table 3, Line 4: Route: 1, Dial rule: 3, Schedule: C, (all other calls via Mobilcom)
Table 3, Line 5: Route: 1, Dial rule: 2, Schedule: C, (all other calls via Telekom)
Go to the Least cost routing/LCR schedule window and make the following entries:
Day: Monday: Time limit 1: 01:59, Zone 1: A, (time from midnight to 01:59 a.m., Telekom/Mobilcom)
Day: Monday: Time limit 2: 04:59, Zone 2: B, (time from 02:00 a.m. to 04:59 a.m., Telekom)
Day: Monday: Time limit 3: 08:59, Zone 3: A, (time from 05:00 a.m. to 08:59 a.m., Telekom/Mobilcom)
Day: Monday: Time limit 4: 17:59, Zone 4: C, (time from 09:00 a.m. to 5:59 p.m., Telekom/Mobilcom/Telepassport)
Day: Monday: Time limit 5: 23:59, Zone 5: A, (time from 18:00 a.m. to 11:59 p.m., Telekom/Mobilcom)
This combination of carriers and times makes it possible to combine time limits 1, 3, and 5 into time zone A. This is possible because Telekom and Mobilcom are used in all three lime limits.
The time limits and zones must be copied to the days Tuesday through Sunday.
Go to the Least cost routing/Dialing rules table window and make the following entries:
Line 1: Rule name: Telepassport, Format: D01024A, Procedure: Single Stage
Line 2: Rule name: Telekom, Format: A, Procedure: Primary carrier
Line 3: Rule name: Mobilcom, Format: D01019A, Procedure: Single Stage
Parameters for the Example:
Only the main system has trunk access.
System speed-dialing numbers can be shared with both open and closed numbering.
Users in the satellite system dial 77 and the 3-digit system speed-dialing number; users in the main system dial *7 and the 3-digit system speed-dialing number.
Programming the Main System:
The main system is programmed as described in Section 8.20.1.2, Closed Numbering with Break-Out in the Main System via LCR, on page 8-52".
Programming the Satellite System:
The satellite system is programmed as described in Section 8.20.1.2, Closed Numbering with Break-Out in the Main System via LCR, on page 8-52, and the following additional settings must be made.
Dial plan 77-XXX must be created with a reference to a new route table. (77=free station number in the system, XXX=3-digit speed-dialing number)
Route 1 is entered in the route table with a reference to a new dial rule.
D757E2A is entered as the format in the dial rule (D=dial, 757=substitute code for *7, E2A= XXX repeated from the dial plan)
![]() |
||||
![]() |
||||
![]() |
![]() |
![]() |
||
![]() |
![]() |
||
Hicom 150 H V1.0 - Hicom 150 E Office Rel.2.0-3.0 Service Manual | Siemens Part No.: P31003-M1550-X403-3-7620 | Conversion Date: 2000-08-24 |
![]() |
![]() |
||
Contact: E-Doku-Team | © Siemens AG 2001 |