Mitel Sx 50 Dpabx Instructions Guide
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Automatic Route Selection and Toll Control 0 CITY B: 786, * CITY A: All Office Codes * CITY c: 994. Refer to Figure 7-1, Trunking Network for details. rvi 7.4 The employees at Ace Manufacturing Company’s head office in CITY A were separated into the following Routing Classes of Service for Toll Control purposes: * Routing Class of Service 1 (Executive): The executive level can access all Trunk Groups including the international network. * Routing Class of Service 2 (Management): This level can access WATS, FX, Tie, Lo- cal Trunks and the OCC office. * Routing Class of Service 3 (Technical Staff): This level can access the FX, Tie and Local Trunks. 7.5 Set the following options in Command 100, System Options, Register 13, ARS: * ARS Enable must be set to 1 (Enable). Default is 0 (Disable). s ARS Attendant Bypass can be set to 1 or 0, as desired. (See ARS Features Descrip- tion in this Section). 0 ARS Alarms should be set to 1 (Enable) while programming the routes. After pro- gramming, this field should be set to 0 (Disable). Default is 0. e ARS Return DialpTone can be set to 0 or 1, as desired. 0 ARS Expensive Route Warning can be set to ?or 0, as desired. * Attendant ARS Routing Class of Service can be set to 0 (ARS Does Not Apply), 1,2 or 3 (Routing Classes of Service 1, 2 or 3). Default is 0. a ARS Interdigit Timeout can be set to 1 or 0, as desired. a Abbreviated Dial ARS Bypass can be set to 1 or 0, as desired. Since ARS involves trunks and Trunk Groups (both incoming and outgoing), the commands concerning trunks and Trunk Groups (specifically, Commands 151 - 156, Trunk Group Programming and Commands 501 -+ 580, Trunk Programming), must be completed before filling the ARS Tables. Specify the members for each Routing Class of Service (RCS) for each device in Commands 301 - 310, Station Programming (or in Commands 341 - 350, COS, Pickup Group and ARS Routing Class of Service - Block Programming). 220 7-2 Revision 0 9104-091-220-NA Issue 5
Application Example AREA CODE 204 AREA CODE 204 WATS AND WATS AND AREA CODE 416 AREA CODE 416 COMMON CARRIER COMMON CARRIER AREA CODE 305 SX-SO@ SYSTEM DD0025 9104-091-220-NA Issue 5 Revision 0 220 7-3
Automatic Route Selection and Toll Control Complete the Digit Modification Table. This table determines which digits the system outpulses, and which digits the system absorbs. For example, if theTrunk Access Code 9 will not be outpulsed, then this table should instruct the system to absorb the leading digit 9 from any digit string. Similarly, if long-distance DDD calls are permitted, then this table should instruct the system to insert the digit 1 into the digit string, after the digit 9 has been deleted. Since this scenario uses the OCC Network, the Digit Modification Table instructs the system to insert the OCC number (5553933) and Account Code (1234567). The user would then dial a IO-digit telephone number (for this scenario, the office in CITY C). Digit modification need not consider the specific user-dialed digit strings, but the various dialing possibilities MUST be considered. Valid DMT entries include 001 to 100 and an entry of 000 indicates that the dialed digit string will not be modified. edification Table has been completed, enter the DMT Entry Number into the Route Table. Complete the Route Table by entering the correct Trunk Group for each Route Number (refer to Paragraph 7.04, Assigning Trunk Groups). Once the Route Table has been completed, enter the Route Numbers (in the preferred order) in the Route List Table. Valid entries include 001 to 100 and a Route Number of 000 indicates a nonprogrammed route. The system accepts a maximum of four Route Numbers for each Route List Number. Once the Route List Table has been completed, enter the Route Number in the Time-of-Day Table according to the time periods (a maximum of six) which best satisfy the changing rates for the various trunk types. Valid Route List Numbers include 001 to 200 and a Time Period entry of 0O:OO is considered as one time period for the whole day. The Route List Numbers are entered in three columns; one for each Routing Class of Service. There are 45 Command Numbers in the Time-of-Day Table. Each one refers to the Time-of-Day List Number in the last ARS table: the Digit Comparison Table. For-each Time-of-Day List number, enter the digit strings in the Digit Comparison Table which are considered valid by the system; i.e., those which satisfy the customer’s access to the public network. The following order is recommended: * Directory Numbers and local Office Codes, * Codes which provide unrestricted access to toll routes (i.e., 0 and Ol), 0 Specific toll route codes, 9 Tie Trunks, * FX Trunks, * WATS Trunks and 0 Calls completed via Other Common Carriers (OCC). 220 7-4 Revision 0 9104-091-220-NA Issue 5
Application Example 7.6 The contents of the ARS tables have been completed in accordance with the requirements of the scenario. The order in which they were completed is the order in which they would normally be programmed. Refer to Figure 7-2(a), Table Network. 7.7 DMT Entry 001 is for calls on CO Trunks. These require the Trunk Group Access Code to be absorbed and the toll digit 1 to be inserted. DMT Entry 002 is for calls made over the FXTrunk to CITY D. The Trunk Group Access Code and Area code are deleted. DMT Entry 003 is for calls made over the Tie Trunk to CITY B. All digits dialed by the user are deleted. When the trunk is seized, the distant attendant console will ring. DMT Entry 004 is for calls made over the WATS Trunk. The Trunk Group Access Code is deleted from the dialed digit string. DMT Entry 005 is for calls which are completed via the OCC link. The Trunk Group Access Code is absorbed and the OCC number (5553933) and account code (1234567) are inserted. 7.8 The following are a list of Route Numbers with their associated Trunk Group Number and DMT Entry selections: * Route 001 -Trunk Group 3 and DMT Entry 002 e Route 002 -Trunk Group 1 and DMT Entry 001 0 Route 003 -Trunk Group 4 and DMTzntry 003 0 Route 004 -Trunk Group 2 and DMT Entry 004 * Route’005 - Trunk Group 5 and DMT Entry 005. 7.9 The following are a list of Route List Numbers with their associated Route Number selections in order of cost: 0 Route List Number 001 - Route 003 (Tie Trunk), Route 005 (OCC), Route 004 (WATS), Route 002 (CO Trunks). * Route List Number 002 - Route 003 (Tie Trunk), Route 005 (OCC), Route 004 (WATS). * Route List Number 003 - Route 001 (FX Trunk), Route 002 (CO Trunks). 9 104-09 I-220~NA Issue 5 Revision 0 220 7-5
Automatic Route Selection and Toll Control e Route List Number 004 - Route 001 (FX Trunk). * Route List Number 005 - Route 001 (FX Trunk), Route 005 (OCC), Route 002 (CO Trunks). 0 Route List Number 006 - Route 001 (FX Trunk) and Route 005 (OCC). 7.10 In Command 701, only one Time Period is defined and all Routing Classes of Service are assigned the same Route List Number: 001. In Command 702, two Time Periods have been defined. For RCS 1, both Time Periods are assigned to Route List 005. For RCS 2, calls are completed via Route List 006 between 8 AM and 6 PM; calls after 6 PM are completed via Route List 003. For RCS 3, calls are completed via Route List 003 between 8 AM and 6 PM; calls after 6 PM are not allowed. 7.11 Entries 001 through 003 contain the complete digit strings for emergency services, repair services and directory assistance. Entries 004 through 010 contain a cross-section of Office Codes in the CITY A area. Normally, it is likely that all Office Codes would have to be listed. These calls can only be completed over one route (i.e., local trunks). Further programming for these calls is not shown. Entry 011 contains the complete digit string for the service office in CITY B. This call can be completed over any route except the FX Trunk. Since these routes are not time-dependent (Tie Trunks are always less expensive than DDD), this call is routed to Route List Number 001 for all time periods. Entries 012 and 013 contain the digit strings which define toll routes to specific COs within the Area Code 416. For the purpose of this scenario, these calls can be completed over one of the following three routes: FX, OCC or CO Trunks. These routes are time-dependent (i.e., during some times OCC is less expensive that DDD and at other times DDD is less expensive). Also, RCS 2 and RCS 3 are restricted in the routes they can use at different times. Entry01 4 contains the digit string which defines the number of the plant in CITY C. Calls to this destination can be completed over two routes: OCC or DDD. The tariff structure for OCC is similar to WATS in that OCC is less expensive than DDD during business hours. 220 7-6 Revision 0 9104-091-220~NA issue 5
i “. Application Example ARS DIGIT COMPARISON TABLE (CMD 700) RCS 1 -ALL TRUNKS RCS 2 -WATS, FX, TIE, MCI RCSI-FX TRUNK GROUPS: 1 -LOCAL TRUNKS 2 -WATS 3 - FX TRUNKS 4-TIETRUNKS 5-see COMMAND 745 DD0026Rl 9 104-09 l -220~NA Issue 5 Revision 0 220 7-7
Automatic Route Selection and Toll Control ARS ROUTE LIST TABLE (CMD. 750) Digit String Insert . \. \, 220 7-8 Revision 0 9104-091-220%NA issue 5
I; y- R Trademark of Mite1 Corporation. opyright 1993, Mite1 Corporation. All rights reserved. Printed in Canada.
General ............................................................... 221 l-l ReasonforReissue ...................................................... 221 1-l Brief Description ........................................................ 221 l-l Recorded Information . . . . . . . . , . . . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . 221 2-l Printer Requirements ..................................................... 221 3-l Printer Port Configuration ................................................. 221 3-l 221 4-l 221 4-l 221 4-l 221 4-2 221 4-2 221 4-2 221 4-2 SMDR System Enable . . , . . . . . . . . . . Record Meter Pulses . . . . . . . . . . . . . Long Call Indicator . . . . . . . . . . . . . . . . Incoming Calls Record Only COs . . . . Drop Calls of Less Than 8 Digits . . . . . Drop Incomplete Outgoing Calls . . . . . Overwrite Queued Printer Buffer . . . . . X Digits Dialed . . . . . . . . , . . . . . . . . . . . . VAC Overwrite Account Code . . . . . . . . . . . . 9 . . . . . . . . . . . * . * . * . . . . . . . ‘ . . . . . 9 . * . . . . . . . . . . . . . . * . . . . . . . . . * . . . . * . . . . . . . . . . . . . . . . . . . . ‘ . . * . . . * . . . . . . * . . . . . . . . . . . , . . . . . . . . . . . . * . . . . . . . . . . . . * * . . . * . . . . . . . . . . . . * . . . . ............... 221 4-2 ............... 221 4-2 ............... 221 5-l ............... 221 5-l ............... 221 5-l ............... 221 5-2 Non-Recording Conditions ........... Attendant-Handled Calls ............. Incoming Calls ..................... Examples ......................... . . . . . . . . . . . . . . . . . . . . ........ ........ ........ ........ Figure 3-l Control Card Connections ...................... Figure 3-2 Control Card 2 (MCC2) Connections .............. ............... 221 3-3 ............... 221 3-4 Table 2-l Summary of SMDR Record Fields ................ Table 3-l Character Set ............................... Table 5-l Example SMDR Records ....................... ............... 221 2-3 ............... 221 3-2 ............... 221 5-2 . . . III 9104-091-221 -NA Issue 5 Revision 0
Station Message Detail Recording iv Revision 0 9104-091-221-NA Issue 5