Lucent Technologies. CIB 3129 (517A7/517B7/517C7) Processor Module (61382/61385/6131-CU1/6131-CU2/ 6132-CUl/6132-CU2) ( )

Transcription

1 Lucent Technologies Bell Labs Innovations CIB 3129 (517A7/517B7/517C7) Processor Module (61382/61385/6131-CU1/6131-CU2/ 6132-CUl/6132-CU2) ( ) CIB 3129 Comcode Issue 3 January 1997

2 IMPORTANT SAFETY INSTRUCTIONS The following list provides basic safety precautions that should always be followed when using or installing your telephone equipment s Read and understand all instructions. Follow all warnings and instructions marked on the product. Never install telephone wiring during a Iightning storm. Never install telephone jacks in wet Iocations unless the jack is specifically designed for wet locations. Never touch uninsulated telephone wires or terminals unless the telephone line has been disconnected at the network interface. Use caution when installing or modifying telephone lines. Slots and openings to the module housings are provided for ventilation. To protect this equipment from overheating, do not block these openings. Never push objects of any kind into this product through module openings or expansion slots as they may touch dangerous voltage points or short out parts that could result in a risk of fire or electric shock. Never spill liquid of any kind on this product. Unplug this product from the wall outlet before cleaning. Do not use liquid cleaners or aerosol cleaners. Use a damp cloth for cleaning. SAVE THESE INSTRUCTIONS

3 CIB 3129 Processor Module The Processor Module contains the microprocessor that controls the system s programs and features (such as Automatic Route Selection and Group Paging. The numbered paragraphs that follow describe the numbered items on the three types of processor modules, 517A7, 517B7, and 517C7 shown in Figure A7 517B7 517C7 FIGURE 1 Processor Modules 517A7, 517B7, and 517C7 1 Station Message Detail Recording (SMDR) jack Connect a 1200-baud serial printer (AT&T 475/476, 572, or equivalent), a Z200A Electromagnetic Inteference (EMI) FiIter and a 355AF Adapter to the SMDR jack so that the system can provide SMDR call reports. Refer to the information under Connecting a Printer to Obtain SMDR Call Reports. 1

4 RS-232 I/O port Not for use at this time. Red warning Iight This Iight goes on to indicate that the system is experiencing a problem It also goes on for a few seconds when your MERLIN II system s power is turned on and during some administration procedures. Feature Module Identification labei This label identifies the feature module installed in the processor module. Diagnostic Module connector The Diagnostic Module tests and isolates problems in all modules except the Power Module. Refer to the instructions in ClB 31 to connect the Diagnostic Module to the Processor Module. Installing the Processor Module The processor module must be installed in slot 0 of the basic carrier. Before you install the processor module, the feature module must be Inserted into it. For further information regarding either of these Installations, refer to Installing the System in your MERLIN II System Manual of your MERLIN II Communications System Installation, Administration, and Maintenance Manual. SQUARE (KEY) SYSTEMS Although you can set the system type to be operated as a square system, some customer sites may require that the hardware of the system be modified for square system operation. If your system is required to operate solely as a square (key) system and not be administered for pooled operation, you need to make the following modifications before you can install the processor module. Refer to the appropriate paragraphs depending on the type of processor module you have. NOTE: These installations are for qualified Technicians only. Technician qualification includes completion of an AT&T handson instructor led course covering installation and maintenance of this product. The use of this document by anyone else might void the warranty. 2

5 Modifying Your 517A7 Processor Module for Square (Key) Systems CAUTlON: The processor Module must not be installed in the carrier and the Feature Module should be removed. Be sure to follow proper electrostatic discharge precautions. Refer to the MERLIN II Installation. Administration and Maintenance Manual for more information on either item Open the processor module s case by releasing the seven snaps located around the edges of the case (Figure 2). Notice the two headers marked AA on the module's processor board. One header is located at the bottom right of the module; the other header is Iocated at the center right. Do not touch the header at the bottom. On the header at the center right of the module, locate the strap (blue plug) attached to one of the pins. Remove the strap (blue plug) from the single header pin, then reinsert it to cover both pins on the header. Snap modules halves back together. Locate the KF (Key Function) label that came with the wall mount carrier label kit and affix it to the wire manager at the base of the module. Center header AA Wire Manager Bottom header AA Do not touch. FIGURE 2 Attaching the strap (blue plug) to both pins of the center AA header 3

6 Modifying Your 517B7 or 517C7 Processor Module for Square (Key) Systems CAUTION: The Processor Module must not be installed in the carrier and the Feature Module should be removed. Be sure to follow proper electrostatic discharge precautions. Refer to the MERLIN II Installation, Administration and Maintenance Manual for more information on either item. 1 Before you insert the feature module, orient the processor module case as shown in Figure 3. Do not open the processor module case. 2 Notice the two headers marked HD1 and HD2 on the module's processor board. One header is located at the bottom of the opening (HD2); the other header is located at the top of the opening (HD1). Do not touch the header at the bottom. 3 On the header close to the top of the opening, locate the strap (blue plug) attached to one of the pins. 4 Remove the strap (blue plug) from the single header pin, then reinsert it to cover both pins on the header. 5 Locate the KF (Key Function) label that came with the wall mount carrier label kit and affix it to the wire manager at the base of the module. Closed processor module Top header (HD1) Wire manager Bottom header (HD2) Do not touch FIGURE 3 Attaching the strap (blue plug) to both pins of header HD1 4

7 CONNECTING A PRINTER TO OBTAIN SMDR CALL REPORTS To connect a printer to your processor module, you need the following items: 1200-baud serial printer (AT&T 475/476, or 572 equivalent) Z200A Electromagnetic Interference (EMI) Filter 355AF Adapter (If you have an AT&T 475/476 or equivalent printer with a male connector on its interface cable) or 355A Adapter (if your printer has a female connector on its interface cable). CAUTION: If the printer is located more than 50 feet from the control unit, or if the printer and the control unit are not plugged into the same ac outlet, refer to the MERLIN II Installation. Administration. and Maintenance Manual for additional Instructions. 1 2 Insert the processor module in slot 0 of the basic carrier. Follow the Instructions in your system manual or installation and administration manual. The system power should be off. See the MERLIN II Installation, Administration, and Maintenance Manual for the correct powerdown sequence. Locate the Z200A EMI Filter. Notice that the filter is closer to one end of the cord than the other Plug the end of the cord closest to the filter into the SMDR jack of the processor module. NOTE: Refer to Figure 1 for the location of the SMDR jack on your processor module. 5

8 Basic carrier Z200A EMI filter 355AF adapter Processor module Printer Printer's Interface cable FIGURE 4 Connecting a Printer to the Processor Module* Plug the other end of this cord into the modular jack on a 355AF adapter. Connect the female connector on the 355AF adapter to the 25-pin male connector on your printer's interface cable (Figure 4). NOTE: If your printer has a female connector on its interface cable, use a 355A adapter instead of a 355AF adapter. Set the DIP switches on your AT&T 475/476 printer to the positions Iisted in the following table. Refer to the user s guide supplied with that printer for specific instructions for changing DIP switches. * This Figure shows the connection to a control unit closer than 50 feet that is plugged into the same ac outlet as the printer. 6

9 Switch 1 DIP 1 - Open DIP 2- Closed DIP 3- Open DIP 4- Open DIP 5- Closed DIP 6- Open DIP 7- Closed DIP 8- Open Switch 22 DIP 1- Open DIP 2- Closed DIP 3- Closed DIP 4- Open DIP 5- Unused DIP 6- Unused DIP 7- Unused DIP 8- Unused Switch 2 DIP 1- Open DlP 2- Open DIP 3- Open DIP 4- Open DIP 5- Open DIP 6- Open DIP 7- Closed DIP 8- Open Switch 23 DIP 1- Closed DIP 2- Open DIP 3- Open DIP 4- Open DIP 5- Closed DIP 6- Open DIP 7- Unused DIP 8- Unused Switch 21 DIP 1- Closed DIP 2- Open DIP 3- Open DIP 4- Closed DIP 5- Open DIP 6- Open DIP 7- Open DIP 8- Closed Switch 24 DIP 1- Open DIP 2- Closed DIP 3- Closed DIP 4- Open DIP 5- Open DIP 6- Closed DIP 7- Open DIP 8- Closed 7

10 If you are using an AT&T 572 printer, program the options as shown in the following table: No Function Form length LPI CPI LQ or NI Q Buzzer Font Resolution Buffer PW on Mode Direction Bul Full P.E. Auto CR Zero Auto LF 1- Skip Char. Set (G0,GL) Char. Set (G1,GR) Char. Set (G2) Char. Set (G3) Off-Line State DSR RTS Timing CD CTS Over Run Data Bit Protocol Stop Bit Parity BPS Menu Status LQ On Built-In 144 N-Line On-Line Bi-Dir. 1 LF + CR Active CR + LF 0 CR Only Off USA UK GE Line Drawing All Receive Off RTS Off Off XOn/XOff 1 NON Complete the installation of your printer as described in your printer s user guide. 7 To buffer data and prevent it from being lost when the printer s paper is being changed, set the options on your data display device (such as a printer or terminal) as indicated in the following table. Refer to the user's guide supplied with the device for further information. 8

11 Condition DSR Off DSR On X Off Character X On Character Result Causes output to buffer Output resumes Causes output to buffer Output resumes 8 Refer to Administering the System in your MERLIN II System Manual or your MERLIN II Installation, Administration and Maintenance Manual, for instructions to adminster SMDR options. Labeling Jacks on Modules Once you have installed your circuit modules in the MERLIN II system control unit, you must number the line and station (voice terminal) jacks with the numbered label strips included in the Feature Module box. Number jacks sequentially from bottom to top on each module, starting with the first module on the Ieft (next to the processor module) and working to the right. MERLIN COMMUNICATIONS SYSTEM WITH FEATURE MODULE 1 1 Refer to Figure 5 to identify which jacks on the control unit are for stations and which jacks are for lines. Line jacks are identified with a "1"; station jacks are identified with a "2." 9

12 ➀ Line Jacks ➁ Station (Voice Terminal) Jacks FIGURE 5 MERLIN II Communications System Modules 2 Locate the station and line labels in the circuit module box. 3 Label the station jacks first. Start with the module in slot 1 and work towards the right until the station jacks in each module have been labeled. Number station jacks sequentially beginning with 10 at the bottom of the module and working towards the top. Affix a station label to the right of each station jack. NOTE: Figure 6 is an example of a completely numbered control unit. 4 Number the line jacks next. Start with the module in slot 1 and work towards the right until the line jacks in each module have been labeled. Number line jacks sequentially beginning with for the lowest line jack at the center or upper part of the module and working towards the top. Affix a line label to the right of each Iine jack. 5 Save any unused labels for future use. 10

13 MERLIN II COMMUNICATIONS SYSTEM WITH FEATURE MODULE 2 AND RELEASE 3 1 Refer to Figure 5 to identify which jacks on the control unit are for stations and which jacks are for Iines. Line jacks are identified with a "1"; station jacks are identified with a "2." 2 Locate the station and line labels in the Feature Module box. NOTE: The labels with the blue printed numbers from through 88 ( through 120 for Release 3) are for station jacks; the labels with green printed numbers from through 56 are for line jacks. 3 Label the station jacks first. Start with the module in slot 1 and work towards the right until the station jacks in each module have been labeled. Number station jacks sequentially beginning with for the lowest line jack at the center or upper part of the module and working towards the top. Using the blue numbered labels, affix a station label to the right of each station jack. NOTE: Figure 6 is an example of a completely numbered control unit. 4 Number the line jacks next. Start with the module in slot 1 and work towards the right until the line jacks in each module have been labeled. Number line jacks sequentially beginning with at the bottom of the module and working towards the top. Using the green numbered labels, affix a line label to the right of each line jack. 5 Save any unused labels for future use 11

14 Basic carrier Expansion carrier Slot Identification: Power supply slot Power supply slot FIGURE 6 Sample Control Unit With Jacks Numbered 12

15 Lucent Technologies Bell Labs Innovations Copyright 1996, Lucent Technologies All Rights Reserved Printed in U.S.A.