Microtel Series 500 Dialer Automatic Dialer Installation and Operation Manual February 14, 1992 P/N 312248 Rev. B APRIL 1, 1997 Proprietary Notice: This document and the subject matter hereto are the property of MICROTEL, Inc. and shall not be reproduced or copied or used for the purpose of manufacturing or sale of apparatus, except by written permission of MICROTEL, Inc. MICROTEL 206 West Judge Perez Drive Chalmette, Louisiana 70043 Ph: 504.276.0571 Fax: 504.276.0574 http://www.Microtel-Inc.
**********************************IMPORTANT****************************** When any new version of software is installed, you must initialize System, Phone, and I/O Default Data in order to prevent unpredictable results, even if after installation the system appears to be operating correctly. Refer to sections III.E INITIALIZING THE SYSTEM and III.F I/O OPTION CARD INSTALLATION of this manual, or perform the following procedure in order to correctly reinitialize the dialer.
MCS-500 INSTALLATION AND OPERATION MANUAL Table of Contents Addendum - Rev. B Software Release 2.11 - July 8, 1993................................................................. 1 Addendum - Rev. V Software Release 2.05 - June 26, 1992.............................................................. 2 Software Release Information............................................................................................................ 3 Applicable Hardware................................................
III.F. IV. I/O Option Card Installation........................................................................................ 14 III.F.1. Setting the I/O Option Card Configuration.............................................. 14 III.F.2. 8 Channel Digital Input Card.................................................................. 15 III.F.3. 4 Channel Analog Input Card................................................................. 16 III.F.4. 4 Channel Digital Output Card.................
IV.D. IV.C.12.d. Establishing a Telephone List Start Position.......................................... 28 IV.C.13. Real Time Clock..................................................................................... 29 I/O Option Card Programming................................................................................... 29 IV.D.1. Digital Input Channel Programming........................................................ 29 IV.D.1.a. Digital Input Channel ID Text Label....................
V. VII. Printer Output Card Programming........................................................... 38 IV.D.4.a. Printer Output Enable.............................................................................. 39 IV.D.4.b. Printer Output Reset............................................................................... 39 IV.D.4.c. Printer Output Form Feed....................................................................... 39 IV.D.4.d. Printer Output System Setup Information.............
Analog Channel Setup and Calibration Example.................................................................... 60 Installation Checklist............................................................................................................... 61 Directory Telephone Number Worksheet................................................................................ 62 Telephone List Worksheet......................................................................................................
Addendum to the MCS 500 Automatic Dialer Operation Manual, Rev. B Software Release 2.11 July 8, 1993 Additional Feature PROGRAMMABLE START MODE Some applications desire that the dialer powers up in an active calling mode. A Start MODE field has been added to the System Setup screen which allows the user to program the dialer to enter either a half or run state upon power up. This selection is made by entering the System Setup screen and toggling the Start MODE field between the HALT and RUN choices.
Addendum to the MCS 500 Automatic Dialer Operation Manual, Rev. V. Software Release 2.05 June 26, 1992 Additional Feature USE OF THE # AND * KEYS AS TELEPHONE NUMBERS Some Dialer applications involve paging systems which frequently use some of the non-digit telephone tone keys. For programming telephone numbers which must contain the # and * keys into directory positions use the following procedures: 1. 2. 3. To enter the # character into a telephone number use the magenta key (pink).
Software Release Information This manual pertains to the MCS 500 dialer, with the following software releases: CPU Card Voice Memory Card Voice Memory Card ROM1 M500 2.xx ROM1 500VOC1.M03 ROM2 500VOC2.M03 2/28/92* 12/20/91 13/10/91 To view the software release date on the memory devices in the Dialer, depress the SEQUENCE key and choose the Sequence function entitled VERSION. *Dates may be different depending upon actual engineering release and software maintenance activities.
I. I.A. INTRODUCTION General Information and Theory of Operation The Microtel MCS 500 Dialer is a complete Automatic Dialing telemetry system, capable of fulfilling virtually any type of alarm monitoring or data acquisition need. The basic system is capable of monitoring alarm conditions on a variety of analog and digital channels, and advising personnel of the conditions which exist at the remote monitored site.
II.A. System Description and Familiarization - Chassis Cards The following section is intended to familiarize the user with the basic components of the Microtel MCS 500 Dialer. The system is housed inside a NEMA12 fiberglass enclosure. On the bottom side of the enclosure are five, 3/4 inch conduit-size holes for the routing of power lines, telephone lines, the system microphone, and alarm channel sensing conductors, and printer output connections.
II.A.1 LCD Panel and Keyboard The door of the inner chassis contains the system’s 20-key keyboard and the LCD display panel. These circuit modules are connected to the System Bus via a 20 conductor flat cable. II.A.2. System Bus Assembly Located in the upper section of the chassis is the System Bus. The Bus and card cage contains printed circuit board connectors sockets for up to five circuit cards.
II.A.5. CPU Card The CPU card must occupy J1, the left most circuit card connector on the System Bus. The CPU Card contains the system’s primary microprocessor, program and data memory, and interface circuitry for the other cards connected to the bus. The card has a socket for a lithium battery which must be enabled to provide ongoing operation for the Real Time Clock, also located on the CPU Card. To enable the CPU battery, refer to the System Maintenance section of this manual. II.A.6.
for the optional microphone used for the intercom audio monitoring functions. The Card also contains a small RJ style jack which accepts the carbon element telephone handset used for entering Real Voice speech for describing all alarm and monitoring channels. II.A.9. Real Voice Memory Card (RV) The RV Memory Card(s) plugs into System Bus slot 2, 3, or 4. If more than three I/O cards are used in the system (excluding the Printer Output Card) then the system must use two (2) RV Memory Cards.
II.B.4. Printer Output Card The printer Output card contains circuitry which allows the dialer to print alarm logs and other information on a standard parallel printer, employing a standard parallel interface. The printer card must interface to the printer via a cable assembly. If the printer Output Card is being added in the field, then the cable assembly must be routed through the enclosure wall as described in the Printer Card Installation instructions.
III. INSTALLATION Installation Note: During the Installation and Programming of the MCS Automatic Dialer, it is helpful to use the Installation Checklist, found in the appendix. Worksheets for programming Directory Telephone Lists are also available in the appendix. III.A. Physical System Installation Mount the system on a wall or other vertical surface, away from and protected from harsh extremes.
III.B.2. CPU and Real Voice Memory Lithium Cells A lithium battery is provided on the CPU card and the Real Voice Memory card. Each of these lithium batteries must be enabled so that memory and clock functions survive long term power outages. These batteries are enabled using the jumper plugs provided with each card. These batteries do not recharge and should be replaced if they are found to have less than 2.5 volts. Contact the Microtel Customer Care hot line, at (504) 276-0571 for replacement batteries.
III.C.2 System Fuse The internal System fuse is a 1/2 amp fuse, Little fuse #312.500, or equivalent. The fuse is located on the Power Supply Board in a set of fuse holder clips. SAFETY NOTICE!! When inspecting or replacing the System fuse, unplug the System or turn off the breaker supplying power to the System. III.D. Telephone Line Installation The Microtel MCS 500 Dialer comes with a standard 3 ft. flat telephone cable for easy connection to an RJ-11C type modular jack.
Repairs that you are authorized to make on the Microtel MCS 500 Dialer include replacing the fuse, replacing the battery, and exchange of the power supply and certain other plug-in circuit cards. The Microtel MCS 500 Dialer may not be used on coin service equipment provided by the Telephone Company. Connection to party lines is subject to state tariffs (contact your state public utility commission or corporation commission for information). III.E. Initializing the System III.E.1.
CLOCK When selected, this sequence makes a Real Time clock calibration signal available on the CPU. Initialize Default Data SYSTEM DATA SELECT I/O CARDS When selected, this sequence Initializes all System Data, returning all data on the System Setup Screen to their default values. Performing this sequence during initial system startup returns all I/O Card Selections to SPARE cards. This sequence is used to tell the system which I/O cards are installed.
An overview of the “navigation” through the many screens which are accessed to configure and program the many features of the dialer may be found in the appendix chart entitled, System Screen Navigation Diagram. To configure the type and location of I/O cards in the system, access the System status Screen by pressing HALT. Press the SEQUENCE key to access the Dialer Test and Setup Screen. Then use the PREVIOUS and NEXT keys to access the Select I/O screen as shown below.
III.F.2. 8 Channel Digital Input Card The 8 Channel Digital Input card is designed to accept up to eight channels of dry (unpowered), normally open or normally closed signal lines. The system provides a small sampling current (<10mA) to determine if the contact is open or closed. Wires from normally open or normally closed switches may be routed through the conduit port at the lower right side of the system.
III.F.4. 4 Channel Digital Output Card Each Digital Output Option card provides four SPDT 5 amp relays for controlling external devices and loads. Using telephone tone commands discussed later in this reference, each channel may be turned on or turned off. Additionally, the mode of each relay may be set to a latched or momentary configuration. If a channel is configured as a momentary mode, it will remain on for a programmable period of time when activated with the tone command.
IV. PROGRAMMING THE SYSTEM The Microtel MCS 500 Dialer is programmed and configured for operation using a keyboard programming system, described within this section. The programming methodology involves selecting a programmable item, editing it, and entering the change. Cursor control and item selection sequences are accomplished using three keys located on the system keypad. Once programmed, the user need only depress RUN or HALT to enable or disable the system operation.
The following is a list of the different messages which may be programmed by the user for each type of channel or category: Message Duration System ID 6 seconds Digital Input 3 seconds Digital Output 6 seconds Analog Input 6 seconds Voice Mail Message remaining memory Default Message “Microtel System 500” “Digital Input xx” “Digital Output xx” “Analog Input xx” All other messages which the dialer articulates are composed by the system, using synthesized speech data resident in the system.
When the entry is satisfactory, press the SELECT key to commit it to the system’s memory. Pressing a cursor control key (NEXT and PREVIOUS) will cause the highlighted cursor indicator to appear on either the next or the same field. IV.C.2. System ID Message The System ID Message is a 6 second Real Voice message that introduces which system is speaking when it calls or when it is called over the telephone line.
and entering any list number from list 00 to 15 value. The default list for all calls is list 01. (As will be noted in detail later, a special telephone number list 00 is reserved for those calls which must be placed regardless of any system call exclusion periods such as Call Period) IV.C.6. Access Code Number When the system is on the telephone line, it may be accessed so that changes may be made remotely. Before such access is available, the system Access Code must be properly entered.
By using the cursor and Select keys, each week day may be individually programmed with information which tells the dialer when to call or when to postpone calls. The time period may be programmed from midnight (0000 hours) to one minute before midnight (2359). One of four actions may be selected for each time period.
IV.C.11.a. Power Failure Channel ID Text The Channel ID text is the name given to a specific I/O channel. The name may be up to 16 alpha-numeric characters in length. The default Channel ID Text for the Power Fail Channel is POWER FAIL. To change the ID text, cursor to the field, and press the SELECT key. The first character of the field will flash, indicating it is available for editing. Enter digits or alphabetical characters, filling the field with up to 16 characters of ID text.
The MODE may be selected by cursoring to and highlighting the MODE field, and using SELECT to toggle among the various choices. A choice may be locked in by moving the cursor from that cell being programmed. IV.C.11.d. Return to Normal Reaction The RETURN to Normal selection tells the system what to do about channels which transition from an Alarm to Normal condition.
IV.C.11.h. Channel Latch Attribute By selecting the Latch attribute (Yes or No toggle using the SELECT key), an alarm condition detected on any Input channel may be latched in for the duration of the call sequence. If an Input channel is selected as a Latched channel, a momentary occurrence of a fault will be retained by the system until a successful acknowledgment is obtained. Terminate the entry by moving the cursor from the cell being programmed. IV.C.11.i.
IV.C.12. Telephone Numbers and Lists IV.C.12.a. Background on Directories and Lists The system has the ability to dial up to 64 telephone numbers organized as sixteen lists of 16 numbers each. Telephone numbers are programmed into a directory which may contain 64 separate numbers. Each number may have a name or ID associated with it, and may contain up to 24 digits. After programming numbers into the Directory, Directory listings are then assigned to any of the 16 lists.
IV.C.12.b. Programming Directory Entries To Program Directory Entries, select DIRECTORY. The screen which results is as follows: The NEXT and PREVIOUS selections may be used to move about the directory from telephone number 01 to telephone number 64. Once a selection has been made, the Name, Number and Type may be programmed. To program the Name, which may be up to 24 alphanumeric characters in length, highlight and select the Name field.
IV.C.12.c To enter Directory Telephone Numbers Into Lists Directory Telephone numbers may be entered into any of the 16 Telephone Number Lists by selecting the desired list from the List Screen. After selecting the desired Telephone Number List the Telephone Number List screen will appear. Each list contains up to 16 telephone numbers, listed as Directory numbers followed by the Alphanumeric ID associated with each entry. Each list has two halves which are accessed using the NEXT selection.
IV.C.13. Real Time Clock The system contains a clock device which retains the time of day, day of week, and the calendar month and day. To program the Real Time Clock (RTC) cursor to the RTC value on the System Status Screen (pressing HALT will return control to the System Status Screen), and select if for editing. The day of the week (Sun, Mon, Tue, etc.) is automatically determined by the system after the entry of a valid date.
To change the ID test, cursor to the field, and press the SELECT key. The first character of the field will flash, indicating it is available for editing. Enter digits or alphabetical characters, filling the field with up to 16 characters of ID text. To enter alphabetical characters (including space-SP, and period-.) use a dual key entry preceded by the BLUE and RED keys. The cursor control keys may be used to freely move back and forth, from character position to character position within the field.
IV.D.1.d. Return to Normal Reaction The RETURN to Normal selection tells the system what to do about channels which transition from an Alarm to Normal condition.
IV.D.1.i. Channel Alarm Condition Not available as a programmable field, the Condition value shows the ALARM or NORMAL condition of each channel. IV.D.1.J. Digital Input Snooze Period The channel Specific Snooze Period overrides the System Level Snooze Period. The Snooze Period may be from 0001 to 9999 minutes. To program the Snooze Period, cursor to that field and select it for editing. Use the numeric entry keys to enter the desired value, pressing ENTER to commit it to memory.
and PREVIOUS, to highlight the Analog I/O card of interest. Press the SELECT key to access the desired I/O card. Finally, select the Channel to be programmed from the Analog I/O Card Screen by highlighting the Channel and pressing SELECT. IV.D.2.a Analog Input Channel ID Text Label The Analog Input Channel ID Text is the name given to the selected analog channel in its monitoring application. The name may be up to 16 alpha-numeric characters in length.
IV.D.2.b. Analog Input Channel ID Voice Message The Analog ID Message is a 6 second Real Voice message that verbally describes the Analog Channel parameter being monitored. Generally, the description of the Analog Channel must also contain the units of measure, for example “The Flow Rate in Gallons per Minute”. During any articulation of that channel, the dialer will fill in the appropriate digits and an indication of alarm or normal condition.
IV.D.2.e. Telephone Number List The Telephone LIST value instructs the system which list to use when a specific alarm has occurred. The Lists from all current channels in alarm are merged together and calls are placed beginning with the highest priority list. The list value may be 00 to 15 with each list containing up to 16 telephone numbers from a directory of 64 total telephone numbers.
IV.D.2.j. Analog Input Channel Setpoints -- High and Low Each Analog channel may be programmed with individual zero and span scaling values. Each such value may be 4 integer digits in length and should correlate to the unit of measure for that channel. Enter the values by selecting those fields and entering digits in a manner consistent with other numeric entries. IV.D.2.k. Analog Input Channel Delay Each Input channel uses a delay to verify that any occurrence of an alarm condition is a valid one.
IV.D.3.a Digital Output Channel ID Text Label The Digital Output Channel ID Text is the name given to the selected Output channel in its monitoring application. The name may be up to 16 alpha-numeric characters in length. To change the ID text, cursor to the field, and press the SELECT key. Enter digits or alphabetical characters, filling the field with up to 16 characters of ID text.
IV.D.3.c. Digital Output Channel Condition The condition of a Digital Output Channel describes its On or Off state. By selecting this field and using either of the cursor keys, the condition of the relay may be toggled form ON to OFF or from OFF to ON. IV.D.3.d. Digital Output Channel Mode Each relay may be operated in the LATCHED or MOMENTARY Mode.
IV.D.4.a. Printer Output Enable To enable and disable the printer access the first field in the Printer Setup screen. By using the SELECT key, the printer enable will toggle between the two selections. Lock in the desired choice by using the cursor key to move away from the field. IV.D.4.b. Printer Output Reset To cause the system to send a reset command to the connected printer, highlight and activate the RESET field, using the SELECT key. IV.D.4.c.
V. LOCAL SYSTEM OPERATION After all system programming has been accomplished, data may be viewed for verification or viewed during the course of normal system operation. Viewing each of the card and channel detail screens is accomplished in the same manner which the various values were accessed for programming. V.A. Viewing System Screens V.A.1.
41
To select an individual Digital Input Channel for detailed information, use the cursor control keys NEXT and PREVIOUS to highlight the channel and press SELECT to access it. Doing so will result in a detailed view of the Digital Input Channel information, as shown above. V.A.3. Analog Card After selecting a particular Analog Input Option Card, a more detailed view of that card’s channels will be available, as shown in the Analog Input Card display below.
Use the cursor keys to highlight the desired Digital Output Channel within the selected Output Card, and select the channel using the SELECT key. The LCD panel will then display the detailed information for that individual Digital Output Channel. V.B. Putting the System into the Active or Run Mode The system may be placed into the active Run mode by pressing the RUN key.
1. 2. 3. 4. 5. 6. 7. The system is in an Active Call mode An unacknowledged Alarm is present The Alarm Channel is in the Active Mode The system is within the Call Period The Digital Input channel has a valid call list The Call List has valid telephone numbers The telephone line is operational After dialing the telephone numbers, the system will begin to recite a message indicating all the alarm conditions which exist.
As shown in the Remote Operations instructions, a # key depressed on the called telephone will allows the opportunity to enter an Access Code, without having to effect an alarm acknowledgment to the system. V.E. When a Call is Placed to the System If a call is placed to the system which satisfies the number of rings programmed into the ring count register during the system set-up phase of programming, the system will answer the call and deliver a current status message.
VI. REMOTE SYSTEM OPERATION The Microtel MCS 500 contains numerous capabilities when operated in remote mode. These functions are only accessible after successful entry of the access code. Successful entry of the access code during call-in or call-out sequence is identified by the system responding “Access Code Accepted-System Ready”. It will be helpful to refer to the MCS 500 Remote Operations Menu diagram located in the appendix to properly understand the functions described within the section.
Digital Input Channel (01 through 40). After entry of the desired Digital Input Channel, access will be granted to the following functions. Enter the digit corresponding to the desired function. 1. 2. 3. 4. 5. 6. 7 VI.C.
VI.F. Voice Mail Message Entry, Access, and Delivery Enter 5 from the Remote Operation Basepoint (“System Ready”) to access the Voicemail Message Functions. Following such an entry, the system will prompt for a specific Voicemail Function Code. 1. 2. 3. 4. VI.G.
VII. VII.A. System Maintenance Adjusting System Amplitude Levels There are only three audio amplitude adjustments necessary on the Microtel MCS 500 dialing system. 1. If the system contains the speakerphone-intercom option, then the adjustment labeled R54-Mic Gain will control the sensitivity of the microphone connected to the MCS 500 system. 2. Located on the lower right hand corner of the system bus on the MCS 500, are two controls, one for external volume, and one for speaker volume.
VII.D. CPU Clock Battery The CPU contains a Real Time Clock which is powered through long term power outages by an on-board 3 volt lithium cell. If this lithium cell ever measures less than 2.5 volts when measured with a standard digital volt meter, it is need of replacement. When replacing or installing a new lithium cell, be certain the polarity of the battery is correct. Failing to do so may cause damage to the CPU card circuitry.
Appendices Physical Installation Diagram Electrical Installation Diagram Screen Navigation Diagram Remote Operation Procedure Flowchart Analog Channel Setup and Calibration Example Installation Checklist Directory Telephone Number Worksheet Telephone List Worksheet 51
MCS 500 Electrical Installation This drawing describes the recommended method of connecting monitored equipment to the MCS 500 Series Automatic Dialer. I/0 Option boards should be installed in the I/0 bus from left to right, starting with card slot position #1. Conductors from monitored equipment should enter the MCS 500 Enclosure through one of the conduit ports on the lower side of the cabinet. The ports are 7/8 inch to be used with standard conduit fittings.
MCS 500 Electrical Installation (continued) 53
MCS 500 Physical Installation Mount the system on a wall or other vertical surface, away from and protected from harsh weather extremes. Mounting the unit on a 3/4 inch plywood back panel is ideal. It is also recommended that the unit not be placed in close proximity to high voltage, electrical equipment. Four mounting holes on the top and bottom mounting flanges ore provided for system mounting.
MCS 500 Physical Installation (continued) 55
MCS 500 Screen Navigation Diagram 56
MCS 500 Remote Operation Procedure Flowchart Remote Operations Base Point “System Ready” [Select Category 0–7] System Category 0 “Please Select the System Function” [Enter Digit] 1 1 System Recites ID Message # “Please Enter the System ID Message Now” [Speak Message] 2 System Recites Current Alarm Status Message 3 System Recites All Call Terminate Mode Information # “Please Select the Call Terminate Mode” [Enter Digit] 1 “The Call Terminate Mode is – Not Active” 2 “The Call Terminate Mode is – Active
2 3 4 Analog Input Category “Please Select the Analog Input Channel” [Enter XX] “Analog Input Channel XX, Ready” [Enter Digit] 1 System Recites Analog Channel ID Message # “Please Enter the ID Message Now” [Speak Message] 2 “Analog Input Channel XX is (in Hi Alarm, Lo Alarm or Normal), the Reading is RRRR” 3 “Analog Input Channel XX Mode is (Active, Not Active, or Not Available)” # “Toggles and Recites Current Mode 4 “Analog Input Channel XX Will Call List Number LL” # ”Enter the List Number” [Ent
7 Telephone Directory Category “Please Select the Directory Number” [Enter DD] – “Directory Number DD, Ready” 1 Directory Number DD is Telephone Number (telephone number)” # “Please Enter the Telephone Number” [Enter Digits followed by *] 2 Advance to Next Directory Number 3 Return to Previous Directory Number Remote Operation Conventions 1. The *key terminates variable length numeric entries. 2. The * key vectors control to the Remote Operations Base Point. 3.
MCS 500 Analog Channel Setup and Calibration Example An analog channel needs the ZERO and SPAN first. Since this is a 4 to 20 mA input channel you first need to know what value your transducer is reading at 4mA and at 20mA. Your transducer or its documentation should give you this information. ZERO is the value represented at 4mA input into the channel. SPAN is the difference of the value represented at 20mA - ZERO. For example: A water tower has a pressure transducer at the bottom of the tank.
MCS 500 Automatic Dialer Installation Checklist Topic Item Page System Installation ___ ___ ___ ___ Physical System Installation Connecting Electrical Power Telephone Line Installation Battery Activation 8 9 10 8 ___ ___ ___ ___ ___ ___ ___ Digital Input Card Installation Analog Input Card Installation Digital Output Card Installation Printer Output Card Installation Apply Power and Initialize System I/O Card Selection and Initialization Telephone and I/O Data Initialization 13 13 14 15 11 11-12 11
MCS 500 Directory Telephone Number Worksheet Phone Number Name 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. 29. 30. 31. 32.
33. 34. 35. 36. 37. 38. 39. 40. 41. 42. 43. 44. 45. 46. 47. 48. 49. 50. 51. 52. 53. 54. 55. 56. 57. 58. 59. 60. 61. 62. 63. 64.
MCS 500 Directory Telephone List Worksheet Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Telephone List 01 Number Name Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Telephone List 03 Number Name Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16.
Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Telephone List 05 Number Name Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Telephone List 07 Number Name Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16.
Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Telephone List 09 Number Name Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Telephone List 11 Number Name Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16.
Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Telephone List 13 Number Telephone List 15 Number Name Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16. Directory Index 01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14. 15. 16.
