Home

Dynalec Integrated Announcing System User`s Manual Dynalec

Contents

1.
2. Figure 5 PBX IVCS Modem PCB Detail showing Modem Busy Select DIP switch 25 Suggested Configurations for Legacy type Applications The sections below outline suggested configurations for systems previously handled by Legacy equipment Please note that these are only suggested configurations and by no means are the only way to configure the system Suggested Configuration for an AN SIA 114B Application In a standard AN SIA 114B Legacy system one half of the AM 2316 amplifier 500W is dedicated to the five I MC announcing groups i e Officers Topside Crew Engineering Spaces and Spare For the sake of simplicity assume that each of these announcing groups contains a maximum of 250W of loudspeakers Amplifier Chassis 1 is configured with 6 amplifiers Amplifier 1 left most is connected to the Officers loudspeakers Amplifier 2 is connected to the Topside loudspeakers Amplifier 3 is connected to the Crew loudspeakers Amplifier 4 is connected to the Engineering S
3. 16 PLACES NOTES 1 REVISIONS Gs DESCRIPTION pa evo RELEASE 3 26 01 T B A ECN 4049 9 5 01 GBC B ECN 4126 01 28 02 PDL 1 ASSEMBLE AND PROCESS PER MIL C 28809 RYPE ROZA 18X 0 156 THIS IS A CAD MAINTAINED FILE EEEE KG UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES _ Fractions DECIMALS ANGLES es 54 XXX_t 005 hs Turer 60173 200 ____ NEXT ASSY USED ON APPLICATION 2 7 STAMP CURRENT REVISION LEVEL OF THE ASSEMBLY AND PARTS LIST IN LOCATION SHOWN USING INDELIBLE INK a FS T EM SAG Z A DETAIL A MOUNTING HARDWARE SCALE 51 DYNALEC PROPRIETARY DATA THIS DOCUMENT CONTAINS INFORMATION AND MAY NOT BE REPRODUCED RELEASED MODIFIED OR USED FOR MANUFACTURING WITHOUT THE WRITTEN CONSENT OF DYNALEC CORPORATION PROPRIETARY SEE S EPARAI PARTS LIST E NDRAWINGN 601 73N430XXA1A DWG DRAWN S WEBSTER CHECKED T B 3 26 01 CHECKED T B 3 26 01 3 26 01 ENGINEER APP
4. Please Enter Pin Please Enter Pin 12 13 0 p XXX Invalid Pin System Review Menu System Review Menu ESC Enter gt Back Please Select Option j p Please Select Option To Main Menu Parese To Main Menu More options Avail gt lt More options Avail Ion a 0 SEN 0 ESC Agen Amp ESC Mic SysMon To Main Menu To Main Menu 14 S u 4 5 Current Alarm 1 5 1 7 Generator 1 Select Amp 1 21 y e Mic 1 Configuration Menu Configuration Menu ESC Back Priority Level 1 y Pl 1 i Pl 1 i Test Men SASS SETCE DO eee SS ECE Bn To Main Menu To Review ESC Select Back A More options Avail gt lt More options Avail 40 Menu 12 To Review ESC Back Please select option ESC Agen Amp ESC Mic Pin TOMA Menu Maku 0 To Main Menu To Review To Main Menu To Main Menu 16 0 Menu 13 ESC Agen Amp 0 0 To Main Menu 0 Amp 1 Al Al A2 A3 22 A4 A5 V1 V2 V3 V4 y 94 I da YE K szat Please Select Alarm nter oggle ac 6 11 To Amp Generator Select Amp 1 7 9 To Amp Selection Selection y Menu 15 ESC Select Back Please Select Alarm Select Amp 1 Select Mic 1 Enter New Pin To Main Menu To Test ESC Select Back Generator 1 Priority Level 1 1234 0 Menu 21 To Main Menu To Test 0 Menu 21 ESC Select Back ESC Select Back ESC Sel
5. 2 PLACES 3 PLACES THIS IS A CAD MAINTAINED FILE _E DRAWING 60173 425XXA1A DWG 60173 200 APPLICATION 3 1 REVISIONS P N DESCRIPTION 60173 460 CABLE ASSY ANALOG BUS 60173 461 CABLE ASSY DIG PWR BUS 60173 462 CABLE ASSY SWB INTERFACE 60173 462 CABLE ASSY SWB INTERFACE 60173 463 CABLE ASSY MIC SIG I F 4 PLACES 516 lea 2 PLACES SEE S E PARTS LIST UNLESS OTHERWISE SPECIFIED DRAWN DIMENSIONS ARE IN INCHES DAPIER TOLERANCES DECIMALS XX 02 CHECKED ANGLES TENGINEER BE DYNALEC CORPORATION SODUS NEW YORK 14551 MIC IF A NO a DATE AS S E M B AS El 127 12763 60173 425 APPROVAL 2 SCALE 1 1 WEIGHT SHEET 1 OF REV A 1 SH 2 60173 425 12763 Figure 13 57 PBX IVCS Modem Module Parts List This section contains the parts list for the 60173 445 Mic Interface Module This module includes the PBX IVCS Modem PCB Assembly 60173 440 and all of its associated components Please refer to Figure 14 for locations of each of the components shown on the following parts list 58 01 29 2002 Notes Find PAGE 1 No DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Dynalec Part No 60173 426 60173 429 60173 418 60173 427 02 12503 010 12502 018 12657 002 12211 005 12203 003 12119 002 12211 007 12203 0
6. 2 o co e e S 2 9 7 S 8 1 gt JE 3 SZ XXXXX OLA XXXXX OLA XXXXX OLA XXXXX O1A XXXXX 0IA XXXXX 0IA XXXXX 0IA XXXXX 0IA NNOHT1D8 6A NYOHTING 6A NYOHTINB 6A NYOHTING 6A NYOHTING 6A NYOHTING 6A NOH TING 6A NYOHTING 6A XXXXX BA XXXXX 8A XXXXX 8A XXXXX BA XXXXX 8A XXXXX 8A XXXXX BA XXXXX 8A XXXXX LA XXXXX LA XXXXX LA XXXXX LA XXXXX LA XOLA XXXXX LA XXXXX LA Sd00M1 9A Sd00M1 9A SdO0UL 9A Sd008L 9A Sd008L 9A Sd00UL 9A Sd00UL 9A Sd00UL 9A UZONVH SA HJONVH GA HJONYH GA HAONYH GA U30NVH GA N39NYH CA YIONVH SA HJONVH GA 30ISdOL PA 30ISd01 PA JUSdOL VA 30ISd01 A 30ISd01 7A 30I d01 PA 30ISd0L PA JUSdOL VA ONIVZINIONI CA ONIVZINIONI CA 9NII33NION3 A ONISIINIONI CA ONIINIONI CA ONIVIINIONI CA ONIH33NION3 CA ONIH33NIN3 A M380 ZA M380 ZA M380 ZA EECH DESEN DESEN M380 ZA M380 ZA SU301440 1A SU301440 1A SU301440 1A EEN SN391440 1A SN301440 1A SN301440 1A SN301340 1A 6 JOVIYILNI DIN OL SOV4YALNI DIN U 39V4431NI OIW CL 40VAH1LNI JIN KL JOVAHALNI JIN bl 39V3831NI DIN GL JOVJHJLNI JIN 91 J0VAHALNI DIN 2 x a a a a a A EIER Kal 3uvds Q 3UVdS e auvdS G JUVAS a JUVAS 5 3UVdS co Woo ASNB 2 Woo asna yr woo asna z woo asna E Woo Asna Woo asna 2 Woo asna a Woo asna WOO T3S 11d i MOJ 138 1Ld 2 WOO 138 LLd WOO 135 LLd S Woo 135 1141 GY WOO TGS Lld i WOO 138 LLd ES WOO 138 L1d ASNA vg ASNA YR ASNE HE ASNE mg ASNE vm ASNA 18 ASNA a ASNA vg ASNA Cup ASn8 YT8 ASNE Cp ASNE Cp ASNE ONE Leg cup asna ENE 1509 Cup ASNA og Asna ZYTA ASNE 218 ASNE DE ASNB 20718 A
7. Figure 21 Legacy Mic Interface Module Assignment DIP switch As indicated in the figure above to assign this Legacy Mic Interface Module to Module 3 the left switch of S1 needs to be in the UP 1 position and the right switch of S1 needs to be in the DOWN 0 position 79 In addition to setting S1 DIP switches S6 through S9 need to be set so that the audio from each mic interface is routed to the correct system channel This is accomplished by setting each of these DIP switches as indicated in the table below this table is also included on the silkscreen of the Legacy Mic Interface Module PCB Board S1 S6 ER S8 ER 1 00 10001000 10001000 10001000 10001000 2 01 01000100 01000100 01000100 01000100 3 10 00100010 00100010 00100010 00100010 4 11 00010001 00010001 00010001 00010001 Switch positions are listed with position 1 in the leftmost position A 1 indicates that the switch is in the ON UP position A 0 indicates that the switch is in the OFF DOWN position There is one additional DIP switch type adjustment that can be made on the Legacy Mic Interface Module When the system is shipped all mic interfaces are configured to accept mic level audio approximately 8 7mVrms directly from an M 124 SIC microphone There is a DIP switch associated with each mic interface that when switched will allow a line level 0 775Vrms signal to be input at the mic interface To configu
8. Amplifier Chassis 2 will consist of 4 amplifiers Amplifier 7 left most is connected to the Flight Deck loudspeakers Amplifier 8 is connected to the Hangar Deck loudspeakers and Amplifier 9 is connected to the Emergency Alert loudspeakers see section below These connections can be made at either of the two Amp Chassis 2 Outputs Euroblock connectors on the Ship s Wiring Board Amplifier 12 right most is configured as a spare by placing the DIP switch on the rear of Amplifier Chassis 2 in the SPARE position for Amplifiers 7 9 and as mentioned in the Amplifier Sparing section no connections should be made to the Amp 12 Out terminals on the above mentioned Euroblock connector In this case the 2 announcing groups i e Flight Deck and Hangar Deck should be assigned to the 2 Voice Channels in Block 2 Block 2 consists of Voice Channels V7 and V8 Consider assigning the Flight Deck announcing group to V7 and the Hangar Deck announcing group to V8 Note that in a standard AN SIA 117B system the five alarm signals are also broadcast to these 1MC 3MC speakers This means that in this system all five alarm signals need to be assigned to each of the 1MC 3MC amplifiers Amplifiers 7 amp 8 Using the procedure outlined in the Configuring the Amplifiers via the User Interface section configure Amplifiers 7 amp 8 in the following manner Amp 7 Al A2 A3 A4 A VI V2 V3 V4 V Amp 8 Al A2 A3 A4 A VI V2 V3 V4 V8 On the Mic Station s
9. 2 PLACES SEE 5 EPARATE PARTS LIST THIS IS A CAD MAINTAINED FILE _E DRAWING 60173 455XXB1A DWG TOLERANCES cowe DECIMALS 02 MATERIAL as APPLICATION 5 4 3 UNLESS OTHERWISE SPECED DRAWN DIMENSIONS ARE IN INCHES S WEBSTER CHECKED ec ENGINEER meg APPROVED H NO APPROVAL 2 gt 5 DYNALEC CORPORATION SODUS NEW YORK 14551 AUX AMP I F ES ASSEMBLY SCALE 4 1 WEIGHT SHEET 1 OF 7 REV B 1 SH 12763 60173 200 E ae E 1 el Ce 12763 60173 455 Figure 12 54 Mic Interface Module Parts List This section contains the parts list for the 60173 425 Mic Interface Module This module includes the Mic Interface PCB Assembly 60173 420 and all of its associated components Please refer to Figure 13 for locations of each of the components shown on the following parts list 55 01 29 2002 Notes Find PAGE 1 No DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Dynalec Part No 60173 426 60173 429 60173 418 60173 427 01 12503 010 12502 018 12657 002 12211 005 12203 003 12119 002 12211 007 12203 004 12301 004 60173 420 60173 460 60173 461 60173 462 60173 463 13025 085 13025 088 12119 003 Qty A RE R AR A O N N DA 11 Reference Designator A1 WI We W3 W4 W5 PARTS LIST Enditem 60173 425 MIC I F ASSEMBLY Cage 12763 12763 12763 12763 06540 06
10. 105 106 107 108 109 110 111 112 113 114 115 Dynalec Part No 66501 162 12211 015 12203 008 12301 008 12119 002 12301 003 12203 003 12211 005 60173 264 66729 028 12108 001 12165 007 12301 004 66729 045 14128 044 60173 484 14117 020 12306 006 12301 006 60173 455 60173 477 DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Qty a a o A 1 1 Reference Designator A13 W22 PARTS LIST Enditem 60173 200 01 RACK ASSY 12A 2AC 3M 1P CAGE 12763 Part Or Identifying No Cage Specification 96906 MS51937 3C MS51937 96906 MS15795 815 FF W 92 96906 MS35338 141 FF W 84 96906 MS51971 3 FF N 836 96906 MS51957 28 FF S 92 96906 MS35649 264 FF N 836 96906 MS35338 136 FF W 84 96906 MS15795 805 FF W 92 12763 MIL P 15024 12763 96906 MS51957 13 FF S 92 96906 MS35308 360 FF S 92 96906 MS35649 284 FF N 836 12763 06383 TM3S10 12763 86797 SIGMA 10ST 96906 MS35649 2254 FF N 836 12763 AK137 2 REVLTR A REVDATE 09 14 2001 ORIGDATE 09 14 2001 MANUF Nomenclature Or Dw Dwg Bd Description Sz Rev Cd EYEBOLT 3 8 16 WSHR FLAT 3 8 1 000 OD WSHR LOCK 3 8 NUT PL HEX 3 8 16 330 THK SCR MACH PNH XREC 6 32 X 3 8 NUT PL HEX 6 32 108 THK WSHR LOCK 6 031 THK 250 DIA WSHR FLAT 6 312 OD IDENTIFICATION PLATE X A ORDALT PLATE X SCR MACH PNH XREC 4 40 X 1 4 SCR MACH HEX 3 8 24 X 1 NUT PL HEX 8 32 125 THK CARD HOLDER X A TIE MOUNT 10 JUMPER LIST INPUT POWER x A J
11. KNOB CLAMP 1 4 20 X 1 0 LG BLK X NUT ACORN 1 4 20 NICK PLATE NUT PL HEX 1 4 20 185 THK AMP I F ASSEMBLY X A CABLE RACK AMP CHASSIS Pt Cd 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 60 69 69 69 60 69 12763 60173 200 01 1 REVISIONS A RELEASE 10 9701 GBC 26 25 _ 2 20 4 D B ECN 4105 12 11 01 GBC B E O O 48 PLACES 19 8 PLACES 4 PLACES D EN R 4 PLACES i gt b d h R a a D 4 REF DOCUMENTS d R B A
12. MS15795 807 MS35338 137 MS35649 284 MS51957 30 3341 2 3341 1L Specification FF S 92 FF W 92 FF W 84 FF S 92 FF W 92 FF W 84 FF N 836 FF S 92 REVLTR A REVDATE 11 08 2001 ORIGDATE 09 13 2001 ANUF Nomenclature Or Description CHASSIS 2RU UNIT REAR PANEL AMP I F COVER 2RU UNIT FRONT PANEL AMP INTERFACE 2 FERRULE 1 4 DIA HANDLE HANDLE 1 4 DIA 2 25LG 1 HIGH SCR MACH FLH 100 138 32 X 38 WSHR FLAT 6 312 OD WSHR LOCK 6 031 THK 250 DIA SCR MACH PNH XREC 6 32 X 3 8 WSHR FLAT 8 375 OD 049 THK WSHR LOCK 8 040 THK NUT PL HEX 8 32 125 THK PCB ASSY AMP I F 2 SCR MACH PNH XREC 6 32 X 1 2 JACK SOCKET KIT CABLE ASSY ANALOG BUS CABLE ASSY DIG PWR BUS CABLE ASSY AMP SIGNAL I F JACKSOCKET KIT 4 40 0 188 HD Dw Dwg Bd Sz Rev Cd X A X C X A X A X X z X Al X X a X A X A X Pt Cd 62 69 69 62 69 69 69 69 69 69 69 69 69 60 69 69 69 69 69 69 pomo 4 PLACES 4 PLACES mao COO 1 REVISIONS ea QA E B ECN 4091 PART NO DESCRIPTION 5 PLACES 60173 460 CABLE ASSY ANALOG BUS ATA 60173 461 CABLE ASSY DIG PWR BUS 819110 60173 464 CABLE ASSY AMP SIG LE 2 PLACES 5 PLACES 516
13. MS35338 137 MS35649 284 8213 SS 0440 7 MS51958 63 MS35338 138 MS15795 808 MS51957 14 MS35338 135 MS15795 803 MS35649 244 3341 1L FF S 92 FF W 92 FF W 84 FF S 92 FF W 92 FF W 84 FF N 836 FF S 92 FF W 84 FF W 92 FF S 92 FF W 84 FF W 92 FF N 836 REVLTR A REVDATE 09 13 2001 ORIGDATE 09 13 2001 MANUF T Nomenclature Or Dw Dwg Bd Description Sz Rev Cd CHASSIS 2RU UNIT REAR PANEL MAIN AMP I F COVER 2RU UNIT FRONT PANEL MAIN AMP I F FERRULE 1 4 DIA HANDLE HANDLE 1 4 DIA 2 25LG 1 HIGH SCR MACH FLH 100 138 32 X 38 X X X X XX gt gt gt gt WSHR FLAT 46 312 OD WSHR LOCK 6 031 THK 250 DIA SCR MACH PNH XREC 6 32 X 3 8 WSHR FLAT 48 375 OD 049 THK WSHR LOCK 8 040 THK NUT PL HEX 8 32 125 THK PCB ASSY MAIN AMP I F PCB ASSY USER I F BOARD BEZAL MAIN AMP I F WINDOW MAIN AMP I F STANDOFF HEX 1 4 X 3 8 4 40 SCR MACH PNH XREC 10 32 X 1 2 WSHR LOCK 10 340D 05T WSHR FLAT 10 438 OD 05T SCR MACH PNH XREC 4 40 X 5 16 WSHR LOCK 4 025 THK 209 DIA WSHR FLAT 44 250 OD 022 THK NUT PL HEX 4 40 093 THK JACKSOCKET KIT 4 40 0 188 HD X A1 A1 x X XX gt gt gt gt Pt Cd 62 69 69 62 69 69 69 69 69 69 69 69 69 60 60 62 69 69 69 69 69 69 69 69 69 69 PARTS LIST 11 01 2001 DYNALEC CORPORATION Enditem 60173 415 REVLTR A 87 WEST MAIN STREET MAIN AMP I F ASSEMBLY REVDATE 09 13 2001 SOP EN OR CAGE 12763
14. YOLOVLNOD NIV 1VON3HO C Z8L N3GOW ONI CINT YOLOVLNOD NIY TWON3HO 7 7AL ICON dll CN 80LOVINOD NIY NOISITIOO Z8L NJOM ONIU ZINT YOLOVINOD we emm L 181 WACOM dil au m 9 181 N30ON EIDEN 2 2 5 2 5 3 5 5 3 S 18L W300N dll INT fli W30ON o SYOLOVLNOD NAVIV C IBL onn 3 2181 NJOM O O 1 181 N30ON O
15. a spare If the system requirements should change in such a manner that this Amplifier Module Amp 6 or Amp 12 depending on which chassis need to be configured as an independently functioning amplifier i e not a spare the following changes need to be made Figure 25 illustrates the internal Interconnect Diagram for the Integrated Announcing System rack When the system is shipped with an Amplifier Chassis configured with a spare the section of cable assembly W11 which connects to J12 of Amplifier Chassis 1 is left unconnected the P8 connector of W11 is actually tie wrapped to one of the internal wiring bars To reconfigure the right most amplifier in Amplifier Chassis 1 as an independent amplifier this connector W11P8 needs to be plugged into J12 of Amplifier Chassis 1 A6A1J12 In addition the DIP switch on the back of Amplifier Chassis 1 needs to be changed Figure 23 below illustrates the DIP switch in question LJ N EF ico LJ CZ CJ Figure 23 Amplifier Chassis Spare Configuration DIP switch With the right most amplifier configured as a spare the right switch DIP switch will be in the DOWN position To configure the amplifier as an independent amplifier it should be switched to the UP position The same appl
16. labeled Enter Entry of the proper PIN number should result in the Configuration Menu being displayed The default PIN number for the system is 0000 From the Configuration Menu press the softkey labeled Amp to display the Amp Configuration Menu Using the Scroll Knob select the number of the amplifier 1 12 to configure and then press the softkey labeled Select The display should now read Amp x where x is the number of the amplifier selected to configure Using the Scroll Knob select each Alarm Channel or Voice Channel to be broadcast through the selected amplifier After the desired Alarm Channel or Voice Channel is shown press the softkey labeled Enter Note that the first selection that appears when the scroll knob is turned is labeled AL If Enter is pressed while this selection is displayed the selected amplifier will be configured for all Alarm and Voice Channels After all entries have been made press the softkey labeled Back Use the softkey labeled Clr to clear all Alarm Voice Channels from the selected amplifier Note that the configuration information is stored in non volatile memory and will be retained even if power to the system is lost 17 Configuring the Mic Station Priority via the User Interface Each of the 16 possible Mic Stations has a priority configuration parameter that can be adjusted via the User Interface Configuring a Mic Station to HIGH priority will allow it to override announcements t
17. softkeys This term is used since the specific function of each push button changes depending on the menu shown on the display On any given menu the bottom line of the display holds labels describing the functions of each of the buttons For example on the main menu screen top most box on Figure 3 the three softkey labels are Conf Review and Test from left to right Pressing the push button below the Conf label left most button brings the user to the Pin Entry Screen which will take the user to the Configuration Menu Pressing the push button below the Review label center button brings the user to the System Review Menu Pressing the push button below the Test label right most button brings the user to the Test Menu Figure 3 illustrates how the user can maneuver from menu to menu Pressing the softkey below a Back label will bring the user back to the previous menu Pressing the softkey below an Esc label will bring the user back to the main menu Scroll Knob The scroll knob provides a way for the user to scroll through several input selections For example on the Pin Entry Screen the user must enter a 4 digit pin number to obtain access to the Configuration Menu The scroll knob allows the user to scroll through numbers 0 9 for the digit with the cursor beneath it and the softkey with the label gt advances the cursor to the next digit The scroll knob is also used for menus that have more than 3 softkey selections
18. 96 97 98 57 114 TYP 3 PLC S 79 7 0 Bd 000000000 47 48 84 16 PLACES 2 106196197198 00000000 00 e oo 0000000009 o o o o o o o d e oooo 00000 00000 00000 0 e oo e FL 73 3 2 PLACES 50451 4 PLACES 14 2 PLACES 16 4 PLACES 4 2 PLACES 15 8 PLACES 73 2 PLACES 20 PLACES 47 48 49 18 8 PLACES 68 PLACES 59174163164 4 PLACES 74163104 2 PLACES 26 PLACES 1 2 PLCS 8 PLCS STICK STAMP IN APPROX LOCATION USING BLACK EPOXY ETAIL 1 BOTTOM VI SIZE CAGE DRAWING NO REV 12763 60173 200 01 B Figure 7 SE 7 mer 39 2 1 s s S 5 4 3 1 mi 8 PLACES Pu 7 PLACES 635 ECTION A A D 12763 60173 200 l a Figure 8 SCALE 1 1 mwer o 40 8 7 6 5 n lt Ship s Wiring Module Parts
19. 96906 96906 12763 96906 96906 39428 12763 12763 12763 12763 12763 CAGE 12763 Part Or Identifying No Specification MS15795 808 FF W 92 AK129 2 MS35650 304 FF N 836 MS24693 C274 FF S 92 MS51958 64 FF S 92 B 14 HM06500 3A HM06500 4A QQ A 200 8 MS51960 88 MS35308 312 FF S 92 90298A574 GEE98 C C3C C2 2 18 3SVT 4FT REVLTR A REVDATE 09 14 2001 ORIGDATE 09 14 2001 MANUF T Nomenclature Or Description WSHR FLAT 10 438 OD 05T CABLE ASSY RACK MIC I F CABLE ASSY RACK SWB I F CABLE ASSY RACK AUX SIG I F CABLE ASSY RACK AMP SIG I F CABLE ASSY RACK SERIAL I F CABLE ASSY RACK AN BUS CABLE ASSY RACK DIG BUS CHASSIS SUPPORT I F NUT PL HEX 10 32 125 THK SCR MACH FLH XREC 190 32 X 75 SCR MACH PNH XREC 10 32 X 5 8 SPRING OD 343 ID 253 1 LG HELICAL ISOLATOR 1 2 WIRE RP HELICAL ISOLATOR 1 2 WIRE RP MTG PLATE ISOLATOR SCREW 1 4 28 X 1 1 2 FH PHL SCR CAP HEX 1 4 28 X 1 1 2 SCREW SHOULDER 5 16 X 1 4 20 GROMMET EDGIN 071 098 V 100FT DISTRIBUTION BOX ASSY CORD POWER IEC 4FT GASKET SIDE PANEL GASKET SIDE PANEL GASKET ACCESS PANEL GASKET FILTER PANEL Dw Dwg Sz Rev X X A X A x A X A X A X A X A A X X X A X A X A X A Bd Cd C2 C2 C2 Pt Cd 69 69 69 60 60 60 69 69 62 69 69 69 69 69 69 69 69 69 69 69 60 69 69 69 69 69 11 01 2001 Notes Find PAGE 4 No 95 96 97 98 99 100 101 102 103 104
20. A3 A4 AS V3 Amp 4 Al A A3 A4 A V4 Amp 5 Al A2 A3 A4 A V5 On the Mic Station side IC MSB 2 Mic Control Stations with an Officers group select switch should connect the line associated with that switch to the V1 terminal on the Euroblock connector for that Mic Station Similarly the Topside group select switch 26 should be connected to the V2 terminal the Crew group select switch should be connected to the V3 terminal the Engineering Spaces group select switch should be connected to the V4 terminal and the Spare group select switch should be connected to the V5 terminal If an IC MJB 2 Jackbox or M 136A SIC Microphone is used the PTT line should be jumpered to the terminal on the Euroblock connector associated with the announcing group to be accessed The IMC BUSY lamp on each mic station should be connected to the Block busy signal on the associated Mic Station Euroblock connector on the Ship s Wiring Board With the configuration outlined above a Mic Station selecting the Officers group select switch will have its audio routed to the input of Amplifier 1 the Officers amplifier to be broadcast to the Officers loudspeakers If more than one group is selected at a Mic Station the audio from that mic station will be routed to all of the amplifiers associated with the selected groups The configuration above also routes any active alarm to all five I MC amplifiers and an active alarm will override a voice announcement in progress o
21. COAT ENAMEL PER MIL E 15090 TYPE III CLASS 2 3 ALLOW 6 OF CLEARANCE ON BOTH SIDES OF THE CABINET FOR PROPER VENTILATION WEIGHT 394 Lbs TOP VIEW 20 00 TYP 10 00 TYP m 10 57 EYE BOLTS PER MS51937 1 REVISIONS BOB S DESCRIPTION are Pv A Rel LEASE B PER ECN 4126 21 69 18 52 11 25 COG A e e ACCESS TO AC LINE FILTER e e ACCESS TO SHIPS WIRING TRAY romeo AEROFLEX CB61400 20 2 PLC S 9x 0 531 im 11 00 COG 17 50 MOUNTED 1 2 13 PER MS AEROFLEX CB61400 30 4 PLC S YD eer Ei 500 THK ALUMINUM MOUNTING PLATE TO DECK WITH UNC 2B HEX BOLT 35308 3 PLACES LENGTH TO BE DETERMINED BY INST
22. Dynalec Integrated Announcing System DIAS The Dynalec Integrated Announcing System DIAS has been designed for use in shipboard announcing system applications requiring flexibility expandability and robustness The system meets or exceeds the requirements for the Legacy systems while incorporating many features that overcome difficulties historically experienced with them The modular nature of the system allows it to be used in applications previously requiring more than one system and also permits expansion to accommodate the ever changing system Salient Characteristics Size 22 1 W x 63 8 H x 26 3 D including shock mounts Weight 360 Ibs Maximum for 2 Amplifier Chassis system with 12 amplifiers Power Requirements 115VAC 10 60Hz 10 single phase 0 98 PF Standby 300mA maximum per 250W Amplifier Module 60173 350 Rated Output 2 8A maximum per 250W Amplifier Module 60173 350 Heat Dissipation 72W at rated output per 250W Amplifier Module 60173 350 250 BTU Hr at rated output per 250W Amplifier Module 60173 350 Operating Environment Shipboard Sheltered Application 0 to 65 C Enclosure Drip proof 95 Relative Humidity maximum Replaceable Assemblies Ship s Wiring Tray Dynalec P N 60173 435 Main Amp Interface Module Dynalec P N 60173 415 Auxiliary Amp Interface Module Dynalec P N 60173 455 Legacy Mic Interface Module Dynalec P N 60173 425 PBX IVCS Modem Interface Module Dynalec P N 60173 44
23. List This section contains the parts list for the 60173 435 Ship s Wiring Module This module includes the Ship s Wiring Module PCB Assembly 60173 430 and all of its associated components Please refer to Figure 9 for locations of each of the components shown on the following parts list 41 01 31 2002 Notes Find PAGE 1 No Dynalec Part No DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Qty 60173 237 01 1 60173 436 60173 430 12203 003 12211 005 12119 004 12203 005 12211 008 12301 005 12657 002 12502 018 12503 010 60173 437 12520 436 12119 008 12400 154 13029 215 14128 047 12119 003 12301 003 18 18 18 AR N A Oo o I N O N A A A Reference Designator A1 PARTS LIST Enditem 60173 435 SHIPS WIRING TRAY ASSEMBLY Cage 12763 12763 12763 96906 96906 96906 96906 96906 96906 96906 06540 06540 12763 06540 96906 32559 06383 96906 96906 CAGE 12763 Part Or Identifying No MS35338 136 MS15795 805 MS51957 31 MS35338 138 MS15795 808 MS35650 304 MS24693 C26 10140 A 0632 2 16017 A 2 8215 SS 0632 7 MS51957 35 905 405 026 0163 TM2S6 C MS51957 30 MS35649 264 Specification FF W 84 FF W 92 FF S 92 FF W 84 FF W 92 FF N 836 FF S 92 QQ S 764 FF S 92 FF S 92 FF N 836 REVLTR A REVDATE 09 13 2001 ORIGDATE 09 13 2001 ANUF Nomenclature Or Description Sz FRONT PANEL SHIPS WIRING TRA
24. Mounting and Outline Drang ali a 72 Figure 20 Ship s Wiring Board Layout Ge See nia RS eee 78 Figure 21 Legacy Mic Interface Module Assignment Dip switch sees seene 79 Figure 22 Legacy Mic Interface Input Level Control DIP zwtch sese sees eee 80 Figure 23 Amplifier Chassis Spare Configuration DIP switch sees eee eee 81 Figure 24 System Interconnect Diagram ondaa 82 Safety Precautions and General Information Safety Precautions The following paragraphs contain general safety precautions that are not related to any specific procedures and therefore do not appear anywhere else in the publication These are precautions that must be observed during the performance of any operation or maintenance task Live Circuits Operation of this equipment requires the use of high voltages which may be dangerous to life Operation and maintenance personnel must perform the following prior to working on equipment 1 De energize power circuit to unit prior to working on any part of the unit 2 Tag circuit where it is de energized to warn other personnel so they do not energize the circuit 3 Discharge and ground circuits to assure they are de energized prior to touching them Service Restrictions DO NOT service or adjust equipment alone Under NO circumstances should any personnel reach within an enclosure for any purpose without the presence or assistance of another person capable of rendering aid Description of the
25. ORIGDATE 09 13 2001 MANUF Notes Find Dynalec Qty Reference Cage Part Or Specification Nomenclature Or Dw Dwg Bd Pt No Part No Designator Identifying No Description Sz Rev Cd Cd 33 14108 047 1 J7 PF0030 63 IEC POWER MODULE FUSED 3A x 69 34 60173 407 1 DS1 HDM20416L 1ECO DISPLAY LCD 4X20 CHAR x 69 35 60173 408 1 LS1 7J508 AC2WI LOUDSPEAKER 2 SQUARE x 69 36 60173 460 1 WI 12763 CABLE ASSY ANALOG BUS x 69 37 60173 461 1 W2 12763 CABLE ASSY DIG PWR BUS x A 69 38 60173 465 1 W3 12763 CABLE ASSY SERIAL COMM I F x A 69 39 60173 464 1 W4 12763 CABLE ASSY AMP SIGNAL I F x A 69 40 60173 466 1 W5 12763 CABLE ASSY AUX SIGNAL I F x A C2 60 41 60173 467 1 W6 12763 CABLE ASSY INPUT POWER VE x A C2 60 42 60173 468 1 W7 12763 CABLE ASSY LCD SPKR I F x A C2 60 43 13025 085 2 20999 3341 2 JACK SOCKET KIT x 69 44 14092 013 3 86797 RKP 3 P B KNOB PURE TOUCH x 69 45 14092 014 1 86797 RKP 5 B KNOB PURE TOUCH NO PNTR PTB X E 69 46 14050 077 2 75915 217008 FUSE 5MM 8A FAST ACTING x 69 47 60173 424 1 12763 CHO SEAL GASKET UE MODULE x A 69 PAGE 2 8 7 6 5 4 3 2 1 BOS Ee YN RG ww 9 4 01 2 PLACES 1 8 01 CABLE RUN LIST PART NO DESCRIPTION FROM 60173 460 ANALOG BUS I F A1J1 60173 461 DIG POW BUS I F A1Je 60173 465 SERIAL COMM I F A1J3 60173 464 AMP SIGNAL I F A1JS 60173 466 AUX SIGNAL I F A1J6 G 60173 467 115VAC INPUT A1J6 5 PLACES 60173 468 LCD DISPLAY SPKR A2J1 DS1J1 LS1 AGN OOO IN
26. a E nn mam Wr s s s s s H S 2 2 al dle alik lle dik ZIEL vem CEE sello ls la ls ls la mm me TER G GEL ALM giie S O POTS LINE INTERFACE VF E 5 O E H eil O g al Q Zur Elira RIE 5 A 15 DE h 2 a SIS 5 lele k mimi o US ZE ER o 2 bre unor E P a TR SASS ru O em wee E Kosik que EE O 3 PLACES Ship s Wiring Tray PCB Assembly Parts List This section contains the parts list for the 60173 430 Ship s Wiring Tray PCB Assembly This assembly is part of the 60173 435 Ship s Wiring Tray Assembly and includes all of the connectors associated with the Ship s Wiring Interface Please refer to Figure 10 for locations of each of the components shown on the following parts list 44 11 07 2001 DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Notes Find Dynalec Qty Reference No Part No Designator 1 14050 103 32 F1 THRU F3
27. an amplifier is tested a test tone approximately 500ms in duration is generated and sent through the amplifier and to the loudspeakers connected to it This test tone is used to estimate the speaker load connected to the amplifier After the approximate speaker load is calculated the User Interface displays the status of the tested amplifier along with the approximate speaker load and heatsink temperature To test an Amplifier Module start at the Main Menu press the softkeys labeled Back or Esc until the Main Menu is displayed On the Main Menu press the softkey labeled Test to enter the Test Menu On the Test Menu press the softkey labeled Amp to display the Amplifier Test Selection screen Use the Scroll Knob to select an amplifier module to test and press the softkey labeled Select to begin the test 22 Auxiliary System Outputs The system provides several auxiliary outputs that may be used for various functions Visual Indicator Output This output is a 115VAC output signal provided from the Main Amplifier Interface Module that can be used to power incandescent visual indicators of the alarm activation status For alarm signals 1 2 4 and 5 i e Collision Alarm Chemical Alarm Unassigned Alarm and Flight Crash Alarm respectively the 115VAC is switched on continuously For alarm signal 3 General Alarm the 115VAC is repeatedly switched on for 300ms and off for 300ms Note that this 115VAC is switched via relay directly f
28. be disabled while the mic station is active This is accomplished through the use of a relay for each Mic Interface on the Ship s Wiring Board which is disabled when the Push to Talk signal is activated on that particular Mic Station Connection to these relays is accomplished using Euroblock connectors P36 P39 plug in mates to J36 J39 respectively on the Ship s Wiring Board Note that this relay is only capable of passing 150mA 10W of loudspeaker audio The procedure for connecting a particular loudspeaker or group of loudspeakers to the disconnect circuitry is as follows First connect a pair of jumper wires to the Amplifier Output connector P40 P41 P42 or P43 that the loudspeaker would be connected to if it were not being configured for local disconnect Connect the other end of these jumper wires to the terminals on P38 or P39 corresponding to the mic station which will control the disconnect These jumper wires should be sized to handle the current of the loudspeaker load to be locally controlled 150mA MAX Then connect the loudspeaker to be locally controller to the terminals on P36 or P37 corresponding to the mic station which will control the disconnect should be the same terminals used on P38 or P39 in the above step Example Mic Station 8 is an IC MJB 2 wired for making Topside V1 announcements An LS 305 1W loudspeaker is located directly above the IC MJB 2 which receives Topside announcements Amplifier
29. from the perspective of which announcing groups are selected when a phone call is placed into each line The system is configured for the following Phone Line called in to Announcing Groups activated 1 All Call V1 V6 activated connected to P35 terminals 1 and 2 2 V2 V3 V4 V5 and V6 connected to P35 terminals 3 and 4 3 V4 and V5 connected to P35 terminals 5 and 6 4 V6 connected to P35 terminals 7 and 8 5 V3 connected to P35 terminals 9 and 10 6 VI connected to P35 terminals 11 and 12 If Block 1 is busy when a call is placed into any of the 6 line interfaces the user will receive a busy signal For this reason only one call can be placed at a time through the PBX interface If an announcement is in progress through one of the 6 line interfaces and a different user attempts to call that or any other line the user will receive a busy signal See the Installation section for details on connecting analog phone lines to the system 24 IVCS Modem Interface Operation If the system is configured with a PBX IVCS Modem Interface Module 60173 445 connections can be made to a Modified IVCS Modem 62300 127 1 for making announcements through an AN STC 2 switchboard Note that the modification to the standard 62300 127 involves the diode reversal which was necessary to allow the VCS Modem to function correctly with the AN SIA 114B system The IVCS modem operates in a fashion very simi
30. i WOO 135 11d Pr noo s d Je nos 135 114 o WOO 135 LLd WOO 135 14 WOJ 135 11 x WOJ T3S 11d WO 135 11d ASNA vg Asna YR ASNE 7118 ASNE vg ASNE 1418 ASNE vam ASNE PE ASNA PE ASNA eg ASn8 SYTA ASNE Cam ASNB Cp ASNB 18 Asna ag asna FE ASNA YT8 ASNA 2178 ASNB 2418 ASNE 2918 ASNE 2418 ASNE DE Leg ZYT8 Asna zona ASD 418 ASNB DE ASNA 1178 Asn omg asna 1118 ASNE DE ASNE 1118 ASNB mg ASNE 19178 lld lid Lld Lid lid Ltd Ltd lid OND IYNSIA ONI IVASIA IW NF TYNSIA OND WNSIA ONI TOSIA ONIIYNSIA ON rein G13HS KE 013IHS 013IHS 013HS aas 013HS GIAIHS IIN 70M IN 9IN 20 oN BEI IIN OIN OIN OIN OIN OIN 9IN 9IN OIN 4 Sr S m TR GK 78 Figure 20 Mic Interface DIP switch Adjustment The Integrated Announcing System is shipped with a configuration of input modules Legacy Mic Interface Modules or PBX IVCS Modem Interface Module as designated by the system which was ordered The system is capable of interfacing with up to 4 modules so depending on the system configuration that was originally ordered additional modules may be added at a later time The system identifies the modules with numbers through 4 so that the main system processor can interface with each module independently When a system is shipped the Legacy Mic Interface Module closest to the top of the rack is configured as Module 1 and each additional Legacy Mic Interface Module will be assigned the next available module number The PBX IVCS Modem Interface Module i
31. the interface circuitry to interface with any combination of four Legacy Mic Control Stations IC MSB 2 Mic Jack Boxes IC MJB 2 or M 136A SIC Microphones Each interface consists of a transformer coupled input audio pair which can accommodate standard mic level 50dBm or can be switched via an internal DIP switch see the Mic Interface DIP switch Adjustment section on page 77 to accommodate standard line level 0dBm see PBX IVCS Modem Interface below In addition each interface accepts group select signals for up to 10 announcing system groups and a PTT signal Each interface provides a busy signal for each group block see the Configuring the System section of the Operation chapter on page 13 for definition of a group block an audio output derived from the actual amplifier output s for driving the visual indicator on an IC MSB 2 and a cutout signal for local loudspeaker cutout see the Local Loudspeaker Cutout Connection section on page 76 Connectivity to the Legacy Mic Interface Module is accomplished through the Ship s Wiring Board see page 10 Each mic interface has its own connectors and the signals are labeled on both the board silkscreen and on the C size print included in the pocket provided inside the door of the system PBX IVCS Modem Interface Module The PBX IVCS Modem Interface Module Dynalec P N 60173 445 also contains four interfaces to the announcing system However this module is more specializ
32. 0 C 23 Moe z E J34 3 sus e ss H a 28 BS ES S ld 1 8 E 2 1 2 i 8 g 2 2 s FG 05 8 DI Im ka 8 8 1 zj N L BE U 135 E m ke 2 SS E amp 2 5 38 1 12 2 1 w zs g z S da 4 5 2 a 5 2 a O 26 46 50 26 452 50 Cf d Cl y Se i MODULE 3 SIG I F CONN 1 hi O co O MODULE 1 SIG I F CONN 1 O EE O LI l NI O UJ o 26 147 50 53 3 e A 5 6 26 J 50 a gt MODULE 1 MIC AUDIO F C MODULE 3 MIC AUDIO I F C H MAIN AMP F AUX SIGNAL CONN 1 J58 8 1 25 1 25 MODULE 1 SIG I F CONN 2 MODULE 3 SIG I F CONN 2 O O 26 Bi 50 26 155 50 4 C AMP CHASSIS 1 CONN 5 4 1 1 5 5 454 1 7 z 1 59g O VJ O MODULE 2 SIG I F CONN 1 O a O MODULE 4 SIG I F CONN 1 O LJ O 156 S S 26 450 50 7 s 26 50 N MODULE 2 MIC AUDIO F C MODULE 4 MIC AUDIO I F C Y AMP CHASSIS 2 CONN 1 25 1 25 A MODULE 2 SIG I F CONN 2 12763 ASSY 60173 430 MN REV MN MODULE 4 SIG I F CONN 2 1 PARTS LIST REV MN 1 Y q o
33. 0173 330 and all of its associated components Please refer to Figure 15 for locations of each of the components shown on the following parts list 61 01 29 2002 Notes Find PAGE 1 No Dynalec Part No 60173 305 60173 330 60173 307 60173 310 12657 002 12119 002 12203 003 12211 005 60173 308 62145 071 12301 003 13025 088 DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Qty 12 60 25 30 30 Reference Designator A1 PARTS LIST Enditem 60173 300 CHASSIS ASSEMBLY AMPLIFIER Cage 12763 12763 12763 12763 96906 96906 96906 96906 12763 28520 96906 20999 CAGE 12763 Part Or Identifying No MS24693 C26 MS51957 28 MS35338 136 MS15795 805 3210 MS35649 264 3341 1L Specification FF S 92 FF S 92 FF W 84 FF W 92 QQ A 250 8 FF N 836 REVLTR A 09 13 2001 09 13 2001 REVDATE ORIGDATE ANUF Nomenclature Or Description Sz Dw Dwg Bd Rev Cd CHASSIS AMPLIFIER PCB ASSY AMPLIFIER BACKPLANE PLATE MOUNTING AMP CHASSIS GUIDE AMPLIFIER CHASSIS SCR MACH FLH 100 138 32 X 38 SCR MACH PNH XREC 6 32 X 3 8 WSHR LOCK 6 031 THK 250 DIA WSHR FLAT 6 212 OD COVER TERMINAL BLOCK BUSHING STRAIN RELIEF NUT PL HEX 6 32 108 THK JACKSOCKET KIT 4 40 0 188 HD X Al X X X X U gt w O Pt Cd 62 60 62 62 69 69 69 69 69 69 69 69 8 7 6 5 4 3 2 1 REVISIONS A 10 B ECN 4126 5 PLA
34. 0175 500 B 63 RECHT 8 7 6 5 4 3 2 SEA 250W Amplifier Module This section contains the parts list for the 60173 350 250W Amplifier Module This module includes the 250W Amplifier PCB Assembly 60173 320 and all of its associated components Please refer to Figure 16 for locations of each of the components shown on the following parts list 64 02 04 2002 Notes Find PAGE 1 No DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Dynalec Part No 12211 005 12502 010 60173 352 12211 003 12325 033 60173 354 12108 023 12503 007 60173 320 60173 353 12203 002 12203 003 12119 023 12108 022 12108 002 14210 005 14100 038 17015 000 06 17015 000 10 14128 009 Qty 23 14 14 14 12 Reference Designator A1 7 PARTS LIST Enditem 60173 350 AMPLIFIER MODULE 250 W Cage 96906 06540 12763 96906 13103 12763 96906 06540 12763 12763 96906 96906 96906 96906 96906 05820 12763 12763 96906 CAGE 12763 Part Or Identifying No MS15795 805 10208 SS 0632 7 MS15795 803 7721 8PPS MS51957 16 16018 SS 7 MS35338 135 MS35338 136 MS51957 29 MS51957 14 MS51957 15 173 9 220 P K10 104 MS3367 4 9 Specification FF W 92 FF W 92 FF S 92 FF W 84 FF W 84 FF S 92 FF S 92 FF S 92 MIL S 23190 REVLTR B REVDATE 01 11 2002 ORIGDATE 09 13 2001 ANUF Nomenclature Or Dw Dwg Bd Description Sz Rev
35. 04 12301 004 60173 440 60173 460 60173 461 60173 462 60173 463 13025 085 13025 088 12119 003 Qty A RE R AR A O N N DA 11 Reference Designator A1 WI We W3 W4 W5 PARTS LIST Enditem 60173 445 PBX ENT IVCS I F ASSEMBLY Cage 12763 12763 12763 12763 06540 06540 96906 96906 96906 96906 96906 96906 96906 12763 12763 12763 12763 12763 20999 20999 96906 CAGE 12763 Part Or Identifying No 16017 A 2 10140 A 0632 2 MS24693 C26 MS15795 805 MS35338 136 MS51957 28 MS15795 807 MS35338 137 MS35649 284 3341 2 3341 1L MS51957 30 Specification FF S 92 FF W 92 FF W 84 FF S 92 FF W 92 FF W 84 FF N 836 FF S 92 REVLTR A REVDATE 09 13 2001 ORIGDATE 09 13 2001 ANUF Nomenclature Or Description CHASSIS MIC PBX REAR PANEL MIC PBX COVER 2RU UNIT FRONT PANEL PBX IVCS I F FERRULE 3 16 DIA HANDLE HANDLE 3 16 DIA 1 LG 1 HIGH SCR MACH FLH 100 138 32 X 38 WSHR FLAT 6 212 OD WSHR LOCK 6 031 THK 250 DIA SCR MACH PNH XREC 6 32 X 3 8 WSHR FLAT 8 375 OD 049 THK WSHR LOCK 8 040 THK NUT PL HEX 8 32 125 THK PCB ASSY PBX ENT IVCS CABLE ASSY ANALOG BUS CABLE ASSY DIG PWR BUS CABLE ASSY SWB INTERFACE CABLE ASSY MIC SIGNAL I F JACK SOCKET KIT JACKSOCKET KIT 4 40 0 188 HD SCR MACH PNH XREC 6 32 X 1 2 Dw Dwg Sz Rev X A X A X A X A X X a X A X s X A X A X A X X Bd Cd Al Pt Cd
36. 1 14050 024 Aux Amp I F 60173 455 60173 450 N A Fan Module 60173 236 N A 1A 125V SLO 2 14050 078 Main Amp I F 60173 415 60173 410 5MM 8A Fast 2 14050 077 Mic VF Module 60173 425 60173 420 N A PBX IVCS I F 60173 445 60173 440 N A Ship s Wiring 60173 435 60173 430 100mA resettable 32 14050 103 86 APPENDIX B Firmware Location Table The firmware location table shown below delineates the type and quantity of programmed integrated circuits used in each modular assembly in the DIAS Digital Integrated Announcing System Every programmed device is mounted in a socket so as to facilitate easy replacement and or future software enhancements Module Name Module PCB Assy IC Type Qty IC PN Comment PN PN Amp Module 60173 350 60173 320 microcontroller 1 60173 323 Amp Chassis 60173 300 60173 330 microcontroller 1 60173 333 Aux Amp I F 60173 455 60173 450 N A Fan Module 60173 236 N A N A Main Amp I F 60173 415 60173 410 microcontroller 1 60173 413 Main Amp I F 60173 415 60173 410 EPROM 2 60173 403 Mic I F Module 60173 425 60173 420 N A PBX IVCS I F 60173 445 60173 440 microcontroller 1 60173 444 Ship s Wiring 60173 435 60173 430 N A 87
37. 1 is configured to broadcast Topside V1 announcements Jumper wires are connected from J42 terminals 1 and 2 Amp 1 output to J38 terminals 15 and 16 The LS 305 loudspeaker is then connected to J36 terminals 15 and 16 In this configuration the LS 305 loudspeaker will be muted when the IC MJB 2 Mic Station 8 activates its Push to Talk switch 77 O CY CJ 4 1 ST 14901 4 1 ST 14901 any ST 19901 any ST 1 901 S1Nd1NO SLndLno 8 1 OM 91 6 OIN 8 1 JIN 91 6 IM Z SISSYHO due I SISSYHO dAY IO ANY 8 e e e a a a Q 2 STB NOVIS JIN S191 NOILYLS OM dNY 8 NOILYLS JIN dNV 91 LVIS OW 100 ZidNY LNO 9dN HJERNEN S18 NOILVIS JIN S1 91 NOILVIS DIN dAV 8 NOLLVIS OIN dAV 91 LVIS OI 100 Zidny 100 9dNV tae STL NOLLVIS DIN S1 Gl NOLLYLS DIN dV L NOLLYLS OIN dhV GI 1VIS ON 100 HdNV INO GdNY NALLY SAS ANJ ST NOLLVLS OM S1 SI NOLLVLS JIN dNY L NOLLVLS JIN dMY SI LYLS JIN LNO HAV LNO SdNV HERZ SAS ANA S7 9 NOILVIS JIN S141 NOLLVIS JI
38. 2 1 2 14053 012 3 21 SEE NOTE 1 2 3 14053 010 3 18 SEE NOTE 2 4 14053 016 3 5 J34 J36 J37 J38 J39 5 13025 082 A J45 J48 J51 J54 3 6 13052 090 8 SEE NOTE 3 7 13025 060 1 J57 8 13025 031 2 J58 J59 9 11259 035 1 RP1 10 14102 069 16 U1 THRU U16 11 60173 431 1 4 12 14054 012 3 21 SEE NOTE 4 5 13 14054 010 3 18 SEE NOTES 14 14054 016 3 5 P43 P36 P39 15 12523 310 16 PAGE 1 PARTS LIST Enditem 60173 430 PCB ASSY SHIPS WIRING PCB Cage 75915 5Y407 5Y407 5Y407 28198 28198 28198 58756 71707 12763 5Y407 5Y407 5Y407 46384 CAGE 12763 Part Or Identifying No Specification 60R010 18 43 32 1 18 43 305 18 43 36 3 HDC9F3S60T20 MR50 S C3 HDC9M3S60T2 HDC15M3S0T2 770 10 3 331 PS7141 2A 1847220 1847204 1847262 KFSE 440 8 REVLTR A REVDATE 09 05 2001 ORIGDATE 02 01 2001 MANUF T Nomenclature Or Description FUSE RESETTABLE 100MA HEADER 12 POSITION 3 5MM HEADER 10 POSITION 3 5MM HEADER 16 POSITION 3 5MM CONN 9 PIN FEM DSUB PCB HEADER 50 POS CENT RCPT CONN 9 PIN PC CONN 15 PIN MALE RES PACK FILM 330 ISO SIP10 RELAY SOLID STATE DUAL FORM A PCB DETAIL SHIPS WIRING PCB PLUG 12 POS LOCKING 3 5MM PLUG 10 POS LOCKING 3 5MM PLUG 16 POS LOCKING 3 5MM STANDOFF PCB 4 40X 250 Dw Dwg Bd Pt Sz X X X X X X x X X X Rev Cd Cd 69 69 69 69 69 69 69 69 69 69 69 69 69 69 PARTS LIST REVLTR A 11 07 2001 DYNALEC CORPORATION Endit
39. 2 60173 233 60173 234 Qty ON E 48 O o AR N Reference Designator PARTS LIST Enditem 60173 200 01 RACK ASSY 12A 2AC 3M 1P CAGE 12763 Cage Part Or Specification Identifying No 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 REVLTR A REVDATE 09 14 2001 ORIGDATE 09 14 2001 MANUF T Nomenclature Or Description ENCLOSURE ASSEMBLY RAIL FRONT LEFT RAIL REAR RAIL MID BLANK PANEL 1RU PANEL ACCESS ENCLOSURE FILTER ACCESS PANEL I O ACCESS PANEL LOUVERED SIDES ACCESS PANEL SIDE SCREEN ACCESS PANEL RETAINER ACCESS PNL CHASSIS SUPPORT I F CHASSIS SUPPORT 1RU SHORT CHASSIS SUPPORT 2RU LONG CHASSIS SUPPORT CARD CAGE CABLE BAR LONG DOOR SUPPORT 1RU DOOR GASKET DOOR HINGE RACK TOP HINGE RACK BOTTOM HINGE DOOR SCREW DOOR BRACKET DOOR SLIDE DOOR Dw Dwg Bd Sz X X X X X X X X X X X X X X X X X X X X X X X X X X Pt Rev Cd Cd gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt W 62 69 69 69 69 69 62 69 62 69 69 69 62 69 69 62 69 62 62 69 62 62 69 69 62 62 11 01 2001 Notes Find PAGE 2 No 32 34 35 36 37 38 39 40 41 43 44 47 48 49 50 51 52 53 54 55 56 57 58 59 62 63 DYNALEC CO
40. 25036 149 MS51959 16 MS35338 135 MS15795 803 MS35649 244 19154 0004 ABM2S A MS3367 4 9 60173 236 Specification A00 FF S 92 FF W 84 FF W 92 FF N 836 FF W 84 FF W 92 FF N 836 FF S 92 FF S 92 MIL T 7928 FF S 92 FF W 84 FF W 92 FF N 836 MIL S 23190 QQ A 250 8 REVLTR C 01 28 2002 09 13 2001 REVDATE ORIGDATE ANUF Nomenclature Or Dw Dwg Bd Description Sz Rev Cd FAN TRAY FRONT PANEL FAN TRAY FAN AC 4 695Q X1 0 THK SCR MACH FLH 6 32 X 5 8 WSHR LOCK 6 031 THK 250 DIA WSHR FLAT 6 312 OD NUT PL HEX 6 32 108 THK WSHR LOCK 8 040 THK WSHR FLAT 8 375 OD 049 THK NUT PL HEX 8 32 125 THK SCR MACH FLH 100 138 32 X 38 HANDLE 3 16 DIA 1 LG 1 HIGH X FERRULE 3 16 DIA HANDLE X S GUARD FAN CABLE FAN DAISEY CHAIN 6 FANS SCR MACH PNH XREC 6 32 X 1 2 FILTER MODULE FUSED 3A X TERM CRIMP RED 8 22 18GA 1 4 SCR MACH FLH XREC 4 40 X 7 16 WSHR LOCK 4 025 THK 209 DIA WSHR FLAT 4 250 OD 022 THK NUT PL HEX 4 40 093 THK SPLICE BUTT INS 18 22GA X ADHESIVE BACK CABLE MOUNT 1 STRAP TIEDOWN NAT WHITE RETAINER POWER CORD X A Pt Cd 62 62 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 01 29 2002 DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Notes Find Dynalec Qty Reference No Part No Designator 27 12119 302 2 28 14050 078 2 F1 F2 PAGE 2 PARTS LIST Enditem 60173 2
41. 36 FAN TRAY ASSEMBLY CAGE 12763 Cage Part Or Identifying No Specification 75915 239001 REVLTR C REVDATE 01 28 2002 ORIGDATE 09 13 2001 ANUF Nomenclature Or Dw Dwg Bd Pt Description Sz Rev Cd Cd SCR PH SEMS EXT CR 6 32 X 3 8 69 FUSE 5X20MM 1A SLO BLO 69 8 7 6 5 4 3 2 1 E E TN RG fen A foe Oe ier EE I ZU 18 GRN YEL WIRE NOTE ORIENTATION OF CONNECTION TERMINALS m a TO BE ASSEMBLED TO TRAY ORIENTED AS SHOWN CONNECT FANS USING CABLE ITEM 15 IN THE ORDER SHOWN 1 2 3 4 5 6 ROUTING THE CABLES APPROX AS SHOWN FE o ro Y m R o o s B 12763 SEE SEPARATE PARTS LIST THIS IS A CAD MAINTAINED FILE _E DRAWING 60173 236XX 1A DWG DIMENSIONS ARE IN INCHES H SMEBSTER 9 180 DYNALEC CORPORATION TOLERANCES SODUS NEW YORK 14551 ER fure spece E CAE FAN TRAY MS _ __ _ d CONTRACT NO REL DATE ASSEMBLY 301732200 DS SIZE CAGE DRAWING NO REV A Figure 1 7 SC SE 70 romeo APPLICATION 8 7 6 5 4 3 2 Installation System Mounti
42. 4 Any devices which are to receive the 115VAC Visual Alarm Indication signal can be wired to J44 terminals 1 and 2 OR J44 terminals 3 and 4 The isolated contact closure to mute a separate entertainment system when there is an alarm in progress can be obtained on J44 terminals 5 and 6 There is also a separate isolated contact closure which is activated when there is an alarm in progress which can be obtained on J44 terminals 9 and 10 The isolated contact closure to attenuate a separate entertainment system when there is a I MC Block 1 announcement in progress can be obtained on J44 terminals 7 and 8 76 Amplifier Output Interface Connections The amplifier outputs from Amplifiers 1 6 in Amplifier Chassis 1 can be obtained at Euroblock connectors P42 and P43 plug in mates to J42 and J43 respectively Note that these two connectors are paralleled together to facilitate multiple connections to a single amplifier output The amplifier outputs from Amplifiers 7 12 in Amplifier Chassis 2 can be obtained at Euroblock connectors P40 and P41 plug in mates to J40 and J41 respectively Note that as with J42 and J43 these two connectors are paralleled together to facilitate multiple connections to a single amplifier output Local Loudspeaker Cutout Connections The Integrated Announcing System also makes provisions for local loudspeaker cutout This provision allows for a loudspeaker located in close proximity to a particular mic station to
43. 5 Amplifier Chassis Assembly Dynalec P N 60173 300 250W Amplifier Module Dynalec P N 60173 350 Fan Tray Assembly Dynalec P N 60173 236 CIRCUIT BREAKER PWR AVAILABLE SHIP S WIRING TRAY INDICATOR MAIN AMP INTERFACE MODUL AUXILIARY AMP INTERFACE MODUL ET E e 20 0 d o MIC INTERFACE MODULE 9 oU U AS REOUIRED 0 rene 9 U U o o PBX IVCS MODEM INTERFACE MODULE Um U OPTIONAL SK PT 9 UT U RATA A FAN TRAY UT U 0 o UT U 9 oe oe ae oo oe e AMPLIFIER CHASSIS 42 el R l y A OPTIONAL 8 8 8 8 8 8 o la ele ola da ee ola e AMPLIFIER CHASSIS 1 d 999 00 90 06 L e Ja da la l l a o o o o o o d a d f FAN SETN qa gt e ee ee ee ee ee 0 d a na pl 0 UPS Ao A a TIDE TT Pa Pe EE EEN FI I ET EI I ET Se TTT TTT Figure 1 Integrated Announcing System Components Refer to Figure 1 on page 7 for locations of the various system components in the DIAS rack Main Amplifier Interface Module The Main Amplifier Interface Module Dynalec P N 60173 415 is responsible for the following sys
44. 540 96906 96906 96906 96906 96906 96906 96906 12763 12763 12763 12763 12763 20999 20999 96906 CAGE 12763 Part Or Identifying No 16017 A 2 10140 A 0632 2 MS24693 C26 MS15795 805 MS35338 136 MS51957 28 MS15795 807 MS35338 137 MS35649 284 3341 2 3341 1L MS51957 30 Specification FF S 92 FF W 92 FF W 84 FF S 92 FF W 92 FF W 84 FF N 836 FF S 92 REVLTR B REVDATE 01 11 2002 ORIGDATE 09 13 2001 ANUF Nomenclature Or Description CHASSIS MIC PBX REAR PANEL MIC PBX COVER 2RU UNIT FRONT PANEL MIC I F ASSY FERRULE 3 16 DIA HANDLE HANDLE 3 16 DIA 1 LG 1 HIGH SCR MACH FLH 100 138 32 X 38 WSHR FLAT 6 312 OD WSHR LOCK 6 031 THK 250 DIA SCR MACH PNH XREC 6 32 X 3 8 WSHR FLAT 8 375 OD 049 THK WSHR LOCK 8 040 THK NUT PL HEX 8 32 125 THK PCB ASSY MIC I F BOARD CABLE ASSY ANALOG BUS CABLE ASSY DIG PWR BUS CABLE ASSY SWB INTERFACE CABLE ASSY MIC SIGNAL I F JACK SOCKET KIT JACKSOCKET KIT 4 40 0 188 HD SCR MACH PNH XREC 6 32 X 1 2 Dw Sz X X X X X X X X X X X X X Dwg Rev gt gt gt gt gt gt gt Bd Cd Al Pt Cd 62 69 69 62 69 69 69 69 69 69 69 69 69 60 69 69 69 69 69 69 69 4 PLACES 4 PLACES SEA
45. 62 69 69 62 69 69 69 69 69 69 69 69 69 60 69 69 69 69 69 69 69 4 PLACES 2 PLACES a 4 PLACES 4 PLACES 3 PLACES SEA 1 REVISIONS P N DESCRIPTION 60175 460 CABLE ASSY ANALOG BUS 60173 461 CABLE ASSY DIG PWR BUS 60173 462 CABLE ASSY SWB INTERFACE 60173 462 CABLE ASSY SWB INTERFACE 60173 463 CABLE ASSY MIC SIG I F 4 PLACES 516 2 PLACES REV A 1 EJ 2 60173 445 S THIS IS A CAD MAINTAINED FILE _E DRAWING 60173 445XXA1A DWG UNLESS OTHERWISE SPECIFIED DRAWN 60173 200 APPLICATION 3 DIMENSIONS ARE IN TOLERANCES DECIMALS XX 02 INCHES ANGLES DESIGN ACTIVITY APPROVAL APPROVAL 2 DAPIER CHECKED ENGINEER CONTRACT NO REL DATE TITLE S E PARTS LIST 12763 DCH DYNALEC CORPORATION Jee SODUS NEW YORK 14551 PBX ENT LVCS MODEM ASSEMBLY SCALE 4 1 WEIGHT SHEET 1 OF 1 SIZE CAGE DRAWING NO REV A 12783 0173 44 a 1 Figure 14 Amplifier Chassis Assembly Parts List This section contains the parts list for the 60173 300 Amplifier Chassis Assembly Module This module includes the Amplifier Chassis Backplane PCB Assembly 6
46. A V3 Amp 6 Al A2 A3 A4 A V3 Amp 7 Al A2 A3 A4 A V4 Amp 8 Al A2 A3 A4 A V4 Amp 9 Al A2 A3 A4 A V5 Amp 10 Al A2 A3 A4 A V5 Amp 11 Al A2 A3 A4 A V6 Amp 12 Al A2 A3 A4 A V6 31 On the Mic Station side IC MSB 2 Mic Control Stations with a SMC1 group select switch should connect the line associated with that switch to the V1 terminal on the Euroblock connector for that Mic Station Similarly the SMC2 group select switch should be connected to the V2 terminal the SMC3 group select switch should be connected to the V3 terminal the 5MC4 group select switch should be connected to the V4 terminal the SMC5 group select switch should be connected to the V5 terminal and the 5MC6 group select switch should be connected to the V6 terminal If an IC MJB 2 Jackbox or M 136A SIC Microphone is used the PTT line should be jumpered to the terminal on the Euroblock connector associated with the announcing group to be accessed The 5MC BUSY lamp on each mic station should be connected to the Block 1 busy signal on the associated Mic Station Euroblock connector on the Ship s Wiring Board With the configuration outlined above a Mic Station selecting the SMC1 group select switch will have its audio routed to the input of Amplifier 1 the 5MC1 amplifier to be broadcast to the SMC1 loudspeakers If more than one group is selected at a Mic Station the audio from that mic station will be routed to all of the amplifiers associated with the selected group
47. A1A1J57 6 Nam TO A1A1J57 1 P 162738495 P2 P2 J5 J6 J7 13 ANALOG BUS DIG PWR BUS ANALOG BUS DIG PWR BUS 24 AUX SIGNAL INPUT POWER 11 INTERFACE INTERFACE INTERFACE INTERFACE INTERFACE 25 CONNECTOR 12 22 9 23 E 10 20 A2 A13 7 21 AMP SIGNAL MAIN AMP I F MODULE AMP I F 2 MODULE 8 18 HIE 60173 415 60173 455 5 19 6 16 I 17 4 14 1 a F SEE 60173 484 JMP LIST TO A7TB1 A2 TO A7TB1 B2 D TO A7TB1 B3 TO A7TB1 A3 A6 AMP CHASSIS ASSY 1 A12 60173 300 AMP CHASSIS ASSY 2 60173 300 W ORANGE W GREEN W GREEN W ORANGE 115VAC IN 115VAC IN CHASSIS ID BROWN TO A1A1J58 1 115VAC IN 115VAC IN W BROWN TO A1A1J59 1 TO A1A1J58 9 TO A1A1J59 9 115VAC RET 115VAC RET C 115VAC RET 115VAC RET CHASSIS CHASSIS TO A1A1J58 2 CHASSIS CHASSIS TO A1A1J59 2 TO A1A1J58 10 TO A1A1J59 10 ORANGE ORANGE TO A1A1J59 3 TO A1A1J58 3 W ORANGE
48. A6A1J11 8 D 6 ENE TO A6A1J12 4 14 TO A6A1J12 8 7 15 8 Al M PCB ASSY SHIP S WIRING PCB 60173 430 P1 w21 BROWN 1 TO A12A1J7 4 9 Mm TO A12A1J7 8 2 REG TO A12A1J8 4 10 ORANGE TO A12A1J8 8 3 ORANGE TO A12A1J9 4 SALCE ag pce 12 W YELLOW TO A12A1J10 8 OUTPUT GREEN CONNECTOR 5 W GREEN TO A12A1J11 4 13 SIE TO A12A1J11 8 6 Ze TO A12A1J12 4 C 14 TO A12A1J12 8 7 MODULE 3 MODULE 3 MODULE 3 MODULE 4 MODULE 4 MODULE 4 15 MIC AUDIO SIGNAL I F SIGNAL F MIC AUDIO SIGNAL I F SIGNAL LE 8 LE CONNECTOR CONNECTOR 1 CONNECTOR 2 F CONNECTOR CONNECTOR 1 CONNECTOR 2 J51 J54 wa wg SEE 60173 484 JMP LIST lt w18 w19 w20 39 50 E 9 50 50 TO A5J4 FL A10 TO A5J3 5 ASSY POWER PANEL o 115VAC INPUT O iL LINE INPUT 60173 246 TO ASUS Al 115VAC INPUT IN TO A11J4 Q BLK W RED TUBING 1o AB AU WHT W RED TUBING TA o 1G CHASSIS GND g BLK p TO A7TB1 A1 g 3 WHT TO A7TB1 B1 o ac as ar Se eee a SET eS SS eee ETEN oo I THIS IS A CAD MAINTAINED FILE E NDRAWINGN60173N20101A1A DWG TNS DIER SPECIFIED remove ET DYNALEC CORPORATION E TOLERANCES SODUS NEW YORK 14551 OA TARA REINS ANGLES Ved is XXX 005 INTERCONNECT DIAGRAM mm K APPROVED a La ANNOUNCING SYSTEM RACK erat prz EEG A 3 2 1 FORM F 1 TO AZJI TO A3J1 A4J1 A5J1 F W YELLOW TO A1A1J57 9 YELLOW TO A1A1J57 4 W ORANGE TO A3J2 A4J2 A5J2 TO A1A1J57 8 TO A1A1J57 3 ORANGE TO A1A1J57 7 M BLUE TO A1A1J57 2 BE TO
49. ALLIN THIS IS A CAD MAINTAINED FILE _E DRAWING 60173 202XXA1A DWG UNLESS DIMENSI IONS ARE IN IN TOLERANCES FRACTIONS DECIMALS ad ta XX 2 02 S OTHERWISE SPECIFIED DRAWN DATE ICHES RAN baper 038 01 9 28 01 CHECKED er ENGINEER TITLE CONTRACT NO REL DATE SEE NOTE 1 SEE NOTE 2 APPROVAL 2 G ACTIVITY DYNALEC CORPORATION SODUS NEW YORK 14551 MTG amp OUTLINE DWG RACK ANNOUNCING SYS A SIZE CAGE DRAWING NO REV Else 60173 202 8 1 CIS 12763 60173 202 Figure 19 72 Ship s Wiring Interface As described in the Ship s Wiring Tray section on page 10 the Ship s Wiring Tray accepts wiring from Mic Stations or Mic Control Stations Alarm Contactors an IVCS Modem Analog POTS Lines and Loudspeakers As shown in Figure 11 in the previous section the large access plate on the top of the rack assembly closer to the front of the unit is intended for this wiring Holes may be drilled into this access plate appropriately sized for stuffing tubes which will accommodate the wiring to the different system control components listed above Connection to the Ship s Wiring Board see Figure 13 itself is accomplished though the use of two piece Euroblock connectors Dynalec part numbers 14054 010 3 14054 012 3 and 14054 016 3 for 10 12 and 16 position plug connectors These connectors have a small flathead screw for each wire position that when tightened retai
50. AS SHOWN ASSEMBLE BRACE TO COVER ITEM 10 DO NOT TIGHTEN HARDWARE AT THIS TIME SEE NOTE 3 SEE NOTE 2 7 c69 _ 19 R JE a DWG NO SH REV 12763 60173 350 1 REVISIONS A RELEASE 8 31 01 GBC 2 PLACES d REF h c A AQ C10 P 3 Za SEE NOTE 1 S i PARATE PARTS LIST SEE 5 2 POSITION GASKET ITEM 19 ON INS GASKET SHOULD BE LOCATED DIRECT DE OF COVER ITEM 10 APPROX AS SHOWN LY OVER C10 WHEN COVER IS ASSEMBLED TO MOUNTING PLATE LIGHT PRESSURE SHOULD BE APPLIED TO THE CAPACITOR THIS IS A CAD MAINTAINED FILE ENDRAWINGX 601731 350XXA1A DWG UNLESS OTHERWISE SPECIFIED DRAWN DIMENSIONS ARE IN INCHES S WEBSTER THROUGH THE GASKET WHEN ASSEMBLING THE COVER TO THE MOUNTING PLATE TOLERANCES DECIMALS 3 ADJUST BRACE SO THAT THE GASKET CONTACTS CAPACITORS C69 AND C70 AND TIGHTEN IN PLACE CARE SHOULD BE TAKEN WHEN ADJUSTING THE BRACE PSs SPEC THAT TO MUCH PRESSURE IS NOT APPLIED TO THE CAPACITORS AS TO BEND PATER TAT THE CIRCUIT BOARD y 2 4 INSTALL TY RAP AS SHOWN DO NOT OVER TIGHTEN TIGHTEN ONLY SUFFICIENTLY 7 ENOUGH TO HOLD TEMPERATURE SENSORS U24 AND U25 FIRMLY AGAINST CASE 0173 200 Tess APPLICATION 6 5 4 CHECKED
51. C I F A1J51 A11J5 W19 60173 471 CABLE ASSY RACK SWB F AF S A R e GE A1J52 A11J3 612 W20 60173 471 CABLE ASSY RACK SWB F A1J53 A11J4 lo ole olo ole olo elo e 5 He Fe vo op om op 9 r W21 60173 473 CABLE ASSY RACK AMP SIG LE A1J59 A12J7 J12 413J5 a lel I f al B 5 W22 60173 477 CABLE ASSY RACK CHASSIS A6J15 A12J14 WELES 8 8 8 8 d d JMP1 60173 484 INPUT POWER JUMPER LIST FL1 A10CB1 b d d JMP1 60173 484 INPUT POWER JUMPER LIST A10CB1 A7TB1 q D 12 PLACES O d R B ben A D D 4 e e o o al a d lo ele ele ela elo elo el A d ay A 28 RE 0 me 0 eil R R o e Si R N b i R 96 PLACES O a D e P N AZA LA av O ZE DYNALEC PROPRIETARY DATA THIS DOCUMENT CONTAINS PROPRIETARY 8 PLACES RELEASED MODIFIED OR USED FOR EE 4 75 CONSENT OF DYNALEC CORPORATION THIS IS A CAD MAINTAINED FILE E NDRAWINGN60173N20001B1A DWG SEE SEPERATE PARTS LIST DIMENSIONS ARE IN INCHES au 19 2 03 DYNALEC CORPORATION TOLERANCES CHECKED SODUS NEW YORK 14551 FRACTIONS DECIMALS ANGLES ENGINEER A RACK ASS XX 02 er HES 64 XXX 005 MFG SPEC APPROVED MATERIAL CONTRACT NO REL DATE FORM D 1 SIZE CAGE DRAWING NO u 6 USED ON RO D 12763 60173 200 01 Figure APPLICATION CT ae ee PAS 38 2 1 FORM D 1 4 PLACES SEE DETAIL 2 2 2 PLACES 99
52. CES 10 PLACES DEN 00 60 PLACES REV B 1 EJ 292 60173 300 12763 SEE SEPARATE PARTS LIST THIS IS A CAD MAINTAINED FILE _E DRAWING 60173 300XXA1A DWG SIONS ARE N INCHES DYNALEC CORPORATION i 5 Bi 12 PLACES A FERRED aae CHASSIS ASSEMBLY A 1 Ra FE EE AMPLIFIER CREE SIZE CAGE DRAWING NO REV A Figure 15 rarr 12763 6
53. Cd WSHR FLAT 6 312 OD HANDLE 1IN HI 3IN LG 1 4DIA MOUNTING PLATE AMP MODULE X C WSHR FLAT 4 250 OD 022 THK SHOULDER WASHER TO 220 INSUL A BRACE AMPLIFIER MODULE X A SCR MACH PNH XREC 4 40 X 7 16 FERRULE 1 4 DIA PCB ASSY 250W AMPLIFIER X B Al COVER AMPLIFIER MODULE WSHR LOCK 4 025 THK 209 DIA WSHR LOCK 6 031 THK 250 DIA SCR MACH PNH XREC 6 32 X 7 16 SCR MACH PNH XREC 4 40 X 5 16 SCR MACH PNH XREC 4 40 X 3 8 INSULATOR TO 220 INSULATOR PAD TO 247 GASKET 125 X 1 2 X 50 GASKET 125 X 1 5 8 X 50 STRAP TIEDOWN NAT WHITE Pt Cd 69 69 62 69 69 62 69 69 60 62 69 69 69 69 69 69 69 69 69 69 FORM D 1 ITEM NUMBERS REF DESIG MTG HARDWARE INSULATOR SHOULDER WSH U12 U13 15 4 11 16 7 4 11 17 D12 14 4 11 15 4 11 cru rau Fuse A ON POWER OFF 6 5 4 3 6 PLACES o OLE PLACE 8 PLACES 1203 1 SEE NOTE 2 10 19 3 50 20 SEE NOTE 4 D46 D41 Q15 D47 U24 Q13 D49 D43 D42 Q16 D48 U25 Q14 NOTES 1 APPLY GASKET ITEM 18 TO BRACE ITEM 6
54. DVNALEC CORPORATION A D A Se Se gt A gt WE mr a z eS A e gt SS T Ex d 7 Fae i I Dynalec Integfeited Announcing System US Dynalec Corporation 87 West Main Street Sodus NY 14551 315 483 6923 Rev http www dynalec com 07NOVO1 Table of Contents Safety Precautions and General Information eege iia it 5 System Description adi adi SKG i AE i y FO A ed REES 6 Salient CM ALAC CI SUS won dO RA IA EE 6 System Components A A eect RT 7 Main Amplifier Interface Module sss oe ease ZPA 8 Auxiliary Amplifier Interface Module CA UN EC AP 8 Legacy Mic Interface Module voii dA wa 9 PBX IVES Modem Interface Module wsad deletes 9 AMplifrer Casi dd 9 SHIPS Wiring Tray l A AWZ 10 Rue EE 11 UsinedheUsernneriace cui zz ac a tetas 11 Display amp Display Adjustments 00 ta 11 Softkey Push button Setting ele 12 A TT 12 Loudspeaker Bargraph and Volume Control 12 E DEE 13 voice Channels cai anadir 14 RTE eT 15 Voice Channel ME 15 ATP ET TRT TT 16 Amplifier Sparing Amplifiers 6 amp Uh essen 16 Configuring the Amplifiers via the User Interface 17 Configuring the Mic Station Priority via the User Interface 18 Configuring the Alarm Generator via the User Interface sees sese eee ee eee 18 Changing the PIN Number via the Use
55. ENGINEER APPROVED CONTRACT 2 28 01 DYNALEC CORPORATION Ep SODUS NEW YORK 14551 A PLIFIER MODULE NO REL DATE 250 W DESIGN ACTIVITY APPROVAL CAGE DRAWING NO Fi 16 1gure po all 12763 2763 807 xo 73 350 a 8 a 2 1 Fan Tray Assembly This section contains the parts list for the 60173 236 Fan Tray Assembly Module This module includes all of the components associated with the Fan Tray Assembly Please refer to Figure 17 for locations of each of the components shown on the following parts list 67 01 29 2002 Notes Find PAGE 1 No DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Dynalec Part No 60173 238 60173 237 02 60173 253 12657 004 12203 003 12211 005 12301 003 12203 004 12211 007 12301 004 12657 002 12502 018 12503 010 60173 255 60173 256 12119 003 14108 046 12506 009 12631 023 12203 002 12211 003 12301 002 12506 107 14128 051 14128 009 60173 267 Qty Reference M A N AN A Oo 24 o R N N N N N PARTS LIST Cage 12763 12763 96906 96906 96906 96906 96906 96906 96906 96906 06540 06540 96906 05245 96906 96906 96906 96906 96906 27264 06383 96906 12763 Enditem FAN TRAY ASSEMBLY CAGE 12763 Part Or Identifying No 4710PS 12T B30 MS24693 C29 MS35338 136 MS15795 805 MS35649 264 MS35338 137 MS15795 807 MS35649 284 MS24693 C26 10140 A 0632 2 16017 A 2 08129 C45 6DC MS51957 30 3EGG8 2 MS
56. INTERFACE INTERFACE MIC AUDIO SIGNAL LE SIGNAL I F LE CONNECTOR CONNECTOR 1 CONNECTOR 2 AS PBX INTERFACE ASSY 60173 445 ANALOG BUS DIC PWR BUS INTERFACE INTERFACE 60173 201 01 12763 REV A SCALE NONE WEIGHT SHEET 3 1 e 0 60173 201 01 12763 Figure 24 84 SEE 60173 484 JMP LIST A7 ASSY DISTRIBUTION BOX JOIN 60173 482 TO A6A1TB1 1 TO FL1 2L TO A6A1TB1 3 TO A12A1TB1 1 E TO A12A1TB1 3 TO A2J7 G A8 ASSY FAN TRAY 60173 236 A9 ASSY FAN TRAY B 60173 236 SIZE CAGE DRAWING NO REV F 12763 60173 201 01 EN SCALE NONE WEIGHT SHEET 4 FORM F 1 REV A SH 4 We 6017320101 12763 Figure 24 85 APPENDIX A Fuse Location Table The fuse table shown below delineates the type and quantity of fuses used in each modular assembly in the DIAS Digital Integrated Announcing System The fuses may be located in the actual IEC filter connector on the module or on the associated circuit board as detailed below Module Name Module PN PCB Assy Fuse Type Qty Fuse PN Comment Amp Module 60173 350 ER 5MM 4A 125V 1 14050 075 Amp Chassis 60173 300 60173 330 1 8A 125V 1 14050 015 Amp Chassis 60173 300 60173 330 20A 250V
57. N dNY 9 NOLLVIS JIN dMY 1 VIS OIN 100 OldNY 100 ANY 310M SAS INJ S1 9 NOILVIS JIN S1 bl NOLLVLS DIN dl 9 NOLLVIS DIN dN bl LVLS OM 100 OldNY LNO HdAV FALNWESASZINA S1 S NOLLVIS OIN ST EL NOLLVIS JIN ANY S NOLLVIS JIN dAY SL IVIS OIN 100 6dNY 100 dAY 100 WASIA ST S NOLLVIS JIN S1 El NOLLVLS JIN dhV S NOILVLS OIN dhV SL AVIS ON 1N0 6dNY 100 dNY DOEN ST y NOLLVIS OIN S1 ZI NOLLVIS JIM dAY NOLIVIS OM 70 8 LVIS OM LNO 8dNV 100 ZdNY ANO WASIA ST y NOILYLS JIN ST ZI NOLLVLS JIN dNY Y NOLLVLS OM dMY D LVIS OIN Pia Sind Zan LNO IVNSIA STE NOLLVIS OIN STI NOLLVIS JIN dNY NOLLVIS JIN ZE NLS ON 100 dNY 100 dy STE NOLLVIS OI STU NOILYLS JIN dNY NOLLYLS JIN ec VIS ON LNO LANV LNO LdAV 3 ST NOLLVIS SIN STOL NOILVLS JIN dl Z NOILVLS DIN AAV OL AVIS ON a m ST NOLLVIS OIN STOL NOILYLS JIN dhV Z NOLLVLS OIN an OL VIS ON 3 3 3 STI NOILYLS SIN 16 NOILVIS OIN dAV I NOILYLS OW dV 6 LYS JIN STI NOLLVIS JIN 516 NOILVIS OIN dNY I NOLLYLS OM dNY 6 LVIS DIN 3 1 NIGON SJM JOVANILNI INIT SLOd g gt S a S 2 R 8010VLNO9 NW Ween LHOIU ET YOLOVINOD NTV Ver LHOITA dll 93NN O O YOLOVLNOD WIY O3N9ISSYNN ONIY GANIT YOLOVLNOD WN O3N9ISSVNN 9 281 N30ON diL SANI YOLOVINOD NTV TVH3N39 5 281 NJOON ONIN oun a gt D S a YOLOVINOD HIV TYN3NIO 1 281 NJAON diL VANI 3 5 5 5 gt gt
58. N q R d 60173 202 MOUNTING AND OUTLINE d D a d R a R 60173 201 01 INTERCONNECT DIAGRAM 42 SEE DETAIL 1 A i R SHEET 2 t R 2 R d i R d R B b R iy 2 PLACES p 28 613 CBL PART NO DESCRIPTIO FROM TO w1 60173 470 CABLE ASSY RACK MIC LE A1J45 A3J5 A3 DI w2 60173 471 CABLE ASSY RACK SWB I F A1J46 A3J3 o y Ye 23 W3 60173 471 CABLE ASSY RACK SWB I F A1J47 A3J4 68 PLACES AZ L S w4 60173 470 CABLE ASSY RACK MIC I F A1J48 A4J5 ps kd ej WS 60173 471 CABLE ASSY RACK SWB I F A1J49 A4J3 le al U U c Po D geu H al W6 60173 471 CABLE ASSY RACK SWB I F A1J50 A4J4 AS gt a a W7 60173 470 CABLE ASSY RACK MIC I F A1J54 A5J5 e U 4 ws 60173 471 CABLE ASSY RACK SWB I F A1J55 A5J3 5 mU ENCON na W9 60173 471 CABLE ASSY RACK SWB I F A1J56 A5J4 le a 24 25 Y d 2 PLACES W10 60173 472 CABLE ASSY RACK AUX SIG I F A1J57 A2J6 mme e 02 W11 60173 473 CABLE ASSY RACK AMP SIG I F A1J58 A6J7 J12 A2J5 A8 A n W12 60173 474 CABLE ASSY RACK SERIAL LE A2J3 A6J14 a H U U W13 60173 475 CABLE ASSY RACK ANALOG BUS A2J1 A3J1 A4J1 A5J1 e ee sp se OG OG al W14 60173 476 CABLE ASSY RACK DIGITAL BUS A2J2 A3J2 A4J2 A5J2 e el 2 Pl 3 3 9 9 9 R p W15 15059 035 CABLE IEC 4 FT AZJI A2J7 42 PLACES x 9 S y W16 15059 035 CABLE IEC 4 FT A7J4 A8J ee W17 15059 035 CABLE IEC 4 FT A7J5 A9J D W18 60173 470 CABLE ASSY RACK MI
59. On these menus the message fuse knob for more appears to inform the user that there are more softkey selections Turning the scroll knob right or left accesses them Loudspeaker Bargraph and Volume Control These three elements of the User Interface are all related to the Alarm Generator testing feature built into the Integrated Announcing System The system includes a mechanism for testing either of the two Alarm Generators in the Main Amplifier Interface Module In this test mode the selected alarm is generated from the selected Alarm Generator and routed to the loudspeaker on the User Interface The volume of the selected alarm signal is determined by the volume control The bargraph display consists of red green and yellow LED s and provides a quantitative representation of the alarm signal level not dependent on the volume control setting When a particular alarm signal is tested if the Alarm Generator is functioning properly at least one of the green LED s will be illuminated it may not remain lit depending on the nature of the select alarm signal but it should repeatedly light for each cycle of the signal 12 2 Main Menu 1 O 0 Fault s Present Config Review Test gt On Activation of Alarm 3 0 Fault s Alarm 1 Active Present Main Menu
60. PECIFIED DRAWN S WEBSTER DATE pr WEE SEES 2 02 01 DYNALEC CORPORATION EEE US NI Y 1 1 Fracnons DECIMALS ANGLES Goes ad ar e s ee MAIN AMP LE ASSEMBLY A 0173 415 SU DESIGN ACTIVITY APPROVAL SIZE CAGE DRAWING NO REV A Figure 1 1 AS FINISH AA 60173 415 E E 12763 51 APPLICATION 8 7 6 5 4 3 2 1 romeo Auxiliary Amp Interface Module This section contains the parts list for the 60173 455 Auxiliary Amp Interface Module This module includes the Auxiliary Amp Interface PCB Assembly 60173 450 and all of its associated components Please refer to Figure 12 for locations of each of the components shown on the following parts list 52 01 29 2002 Notes Find PAGE 1 No DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Dynalec Part No 60173 416 60173 457 60173 418 60173 456 01 12503 009 12502 016 12657 002 12211 005 12203 003 12119 002 12211 007 12203 004 12301 004 60173 450 12119 003 13025 085 60173 460 60173 461 60173 464 13025 088 Qty 1 R N A 20 20 R A A o 11 Reference Designator Al WI We W3 PARTS LIST Enditem 60173 455 AMP I F 2 ASSEMBLY Cage 12763 12763 12763 12763 06540 06540 96906 96906 96906 96906 96906 96906 96906 12763 96906 20999 12763 12763 12763 20999 CAGE 12763 Part Or Identifying No 16019 A 2 10205 A 0632 2 MS24693 C26 MS15795 805 MS35338 136 MS51957 28
61. ROVED 7 8 3 26 01 CONTRACT NO REL DATE 3 26 01 DATE 35 01 D 12763 APPROVAL 2 DRAWING NO 60173 430 SNE ayn met ECN 1 DYNALEC CORPORATION SODUS NEW YORK 14551 Figure 10 47 Main Amp Interface Module Parts List This section contains the parts list for the 60173 415 Main Amp Interface Module This module includes the Main Amp Interface PCB Assembly 60173 410 assembly A1 and all components of the User Interface Please refer to Figure 11 or locations of each of the components shown on the following parts list 48 11 01 2001 Notes Find PAGE 1 No Dynalec Part No 60173 416 60173 419 60173 418 60173 417 12503 009 12502 016 12657 002 12211 005 12203 003 12119 002 12211 007 12203 004 12301 004 60173 410 60173 400 60173 405 60173 406 12520 427 12140 003 12203 005 12211 008 12108 022 12203 002 12211 003 12301 002 13025 088 DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Qty R AR AR O O O A N A Reference Designator A1 A2 PARTS LIST Enditem 60173 415 MAIN AMP I F ASSEMBLY CAGE 12763 Cage Part Or Specification 12763 12763 12763 12763 06540 06540 96906 96906 96906 96906 96906 96906 96906 12763 12763 12763 12763 06540 96906 96906 96906 96906 96906 96906 96906 20999 Identifying No 16019 A 2 10205 A 0632 2 MS24693 C26 MS15795 805 MS35338 136 MS51957 28 MS15795 807
62. RPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Dynalec Part No 60173 235 60173 236 60173 435 60173 241 60173 415 60173 425 60173 445 60173 300 60173 209 02 60173 350 14108 045 12203 006 12211 010 12145 004 12130 003 12203 004 12211 007 60173 239 12211 003 12203 002 12301 002 14212 004 12205 006 12667 003 12140 003 12203 005 Qty 12 45 45 20 136 139 135 42 104 104 96 68 36 Reference Designator A8 A9 A1 A2 A3 A4 A11 AS A6 A12 FL1 PARTS LIST Enditem 60173 200 01 RACK ASSY 12A 2AC 3M 1P Cage 12763 12763 12763 12763 12763 12763 12763 12763 12763 12763 96906 96906 96906 96906 96906 96906 96906 96906 96906 96906 96906 96906 96906 96906 CAGE 12763 Part Or Identifying No FN 350 55 33 MS35338 139 MS15795 810 MS35307 305 MS51957 45 MS35338 137 MS15795 807 HW 200 MS15795 803 MS35338 135 MS35649 244 MS16633 4025 MS51859 6 MS24693 C272 MS51958 63 MS35338 138 Specification FF W 84 FF W 92 FF S 85 FF S 92 FF W 84 FF W 92 FF W 92 FF W 84 FF N 836 MIL R 21248 FF S 92 FF S 92 FF W 84 REVLTR A REVDATE 09 14 2001 ORIGDATE 09 14 2001 MANUF T Nomenclature Or Description BRACE DOOR FAN TRAY ASSEMBLY SHIPS WIRING TRAY ASSEMBLY FRONT PANEL 6RU I F ACCESS MAIN AMP I F ASSEMBLY MIC I F ASSEMBLY PBX ENT IVCS I F ASSEMBLY CHASSIS ASSEMBLY AMPLIFIER BLANK PANEL 2RU AMPLIFIER MOD
63. TERCONNECT DIAGRAM 60173 414 ra 2 PLACES D a Kees GE i E 4 PLACES AEA 4 PLACES 2 PLACES REV E DO 0 00 02020000 00000 00000 20000 000 EJ 1 0000 90 D D O O D D O 0000000000 D OO co OO 00 00 EE 05209 00 o o o o 12763 60173 415 5 E PARTS LIST THIS IS A CAD MAINTAINED FILE _ DRAWING 60173 415XXA1A DWG l _ KENA UNLESS OTHERWISE S
64. ULE 250 W FILTER LINE 55A WSHR LOCK 1 4 WSHR FLAT 1 4 625 OD 065 THK SCR MACH HEXHD 1 4 20 X 5 8 SCR MACH PNH XREC 8 32 X 1 2 WSHR LOCK 8 040 THK WSHR FLAT 8 375 OD 049 THK PANEL SCREW 10 32 X 5 8 WSHR FLAT 4 250 OD 022 THK WSHR LOCK 4 025 THK 209 DIA NUT PL HEX 4 40 093 THK RTNG RING 250SH 210G 029W WSHR FLAT PLASTIC 1 4 SCR MACH FLH XREC 10 32 X 1 2 SCR MACH PNH XREC 10 32 X 1 2 WSHR LOCK 10 340D 05T Dw Dwg Bd Sz X X X X X X X X X X X Pt Rev Cd Cd gt gt gt gt gt gt gt gt gt gt 69 60 60 62 60 60 60 60 69 60 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 11 01 2001 Notes Find PAGE 3 No 64 66 67 68 69 70 71 72 73 74 76 77 79 80 81 82 83 84 85 88 89 90 91 92 93 94 DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Dynalec Part No 12211 008 60173 470 60173 471 60173 472 60173 473 60173 474 60173 475 60173 476 60173 217 03 12301 005 12667 005 12140 004 60173 252 60173 250 60173 251 60173 242 12184 009 12149 009 60173 257 14155 104 60173 482 15059 035 60173 260 60173 261 60173 262 60173 263 Qty 24 24 Reference Designator W1 W4 W7 W18 W2 W3 W5 W6 W8 W9 W19 W20 W10 W11 W21 W12 W13 W14 4INCHES REQUIRED AT W15 W17 PARTS LIST Enditem 60173 200 01 RACK ASSY 12A 2AC 3M 1P Cage 96906 12763 12763 12763 12763 12763 12763 12763 96906
65. USED ON 60173 200 14 PLACES TE o Yn ee be E a ER BS de Ka os l 5 O 8 O u FFT eT wl wel wr o 5 gt ZuL EL E lt 5 L Pe Pe Bei Dei De Be Ee a O Wiel E N ne D anne oom ane Did Dis oom 8 ial Er SSI ss zeo si zl Se O 2 ra ecra facra eoe syn sws Weu wna ko RE rdl G s cy 3 MC INTERFACE 1 MC INTERFACE B w INTERFACE 7 wc INTERFACE 6 MC INTERFACE 5 MC INTERFACE 4 MC INTERFACE 3 1 G i w L w 1 G o L wars wars vane vanas vanas varas vamos wi nen v r or Ze SE EES Zei Ze E woe nme menes vmes ene me oczna oem 2 S H D De vue wae awa ve van vnr a 8 3 k KS ve vm vam vs ven KS vm g ME E s lt Ee Ee Ee wm wama ve ve wama Els 2 5 pr Ss pom E tm Seel pu Tas D L L sa PE sa ss ss s a an st
66. W ORANGE amp TO A1A1J59 11 TO A1A1J58 11 YELLOW YELLOW TO A1A1J59 4 W YELLOW W YELLOW TO A1A1J59 12 TO A1A1J58 4 TO A1A1J58 12 GREEN TO A1A1J58 5 W GREEN TO A1A1J59 5 TO A1A1J58 13 TO A1A1J59 13 e 60175 201 01 12763 A A1 JO SEE PCB ASSY AMPLIFIER BACKPLANE PCB ASSY AMPLIFIER BACKPLANE elo AM TO A1A1J58 14 60173 330 60173 330 SIZE CAGE DRAWING NO REV Figure 24 F 12763 2763 60173 201 01 u 83 8 7 6 5 4 3 2 1 FORM F 1 A1A1J56 A1A1J55 A1A1J54 A1A1J53 A1A1J52 A1A1J51 A1A1J50 A1A1J49 A1A1J48 A1A1J47 ATA1J46 A1A1J45 MIC AUDIO SIGNAL I F I F CONNECTOR CONNECTOR 1 A SIGNAL 1 F CONNECTOR 2 MIC INTERFACE ASSY 60173 425 ANALOG BUS INTERFACE DIG PWR BUS INTERFACE TO A2J1 TO A2J2 MIC AUDIO SIGNAL LE SIGNAL LE I F CONNECTOR CONNECTOR 1 CONNECTOR 2 A4 MIC INTERFACE ASSY 60173 425 ANALOG BUS DIG PWR BUS INTERFACE INTERFACE MIC AUDIO SIGNAL I F SIGNAL LE I F CONNECTOR CONNECTOR 1 CONNECTOR 2 A11 MIC INTERFACE ASSY 60173 425 ANALOG BUS DIG PWR BUS
67. Y X I F TRAY PCB ASSY SHIPS WIRING PCB X WSHR LOCK 6 031 THK 250 DIA WSHR FLAT 6 312 OD SCR MACH PNH XREC 6 32 X 5 8 WSHR LOCK 10 340D 05T WSHR FLAT 10 438 OD 05T NUT PL HEX 10 32 125 THK SCR MACH FLH 100 138 32 X 38 HANDLE 3 16 DIA 1 LG 1 HIGH FERRULE 3 16 DIA HANDLE SHIELD LEXAN STDF HEX 1 4X 1 2 6 SCR MACH PNH XREC 6 32 X 1 1 4 SPACER 2500D 147ID 405LG BUNDLE CLIP TIE MOUNT 6 SCR MACH PNH XREC 6 32 X 1 2 NUT PL HEX 6 32 108 THK gt X XxX X Dw Dwg Bd Rev Cd Al Pt Cd 62 62 60 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 69 REVISIONS APVD ia tre 89784109 w su 9421 PARATE PARTS LIST Figure 9 43 REV ess c WEIGHT SHEET 60173 DRAWING NO O Z U a E U TRAY ASSEMBLY 12763 SCALE a Y S z gt o o o z o 5 o a DE o o 3 o 1 OF 1 1 1 SEES B ECN 4105 C ECN 4126 DATE 8 22 01 ZONE DESCRIPTION DATE APPROVAL DESIGN ACTIVITY APPROVAL CONTRACT NO REL DATE DRAWN PAPIER CHECKED ENGINEER 9 38 E ES D E b H E 8 9 z D a o 2 l S SD Se ES bz uz MS Eu ER En 52 Ss a2 Eis zz 55 4 PLACES 2 PLACES 2 PLACES THIS IS A CAD MAINTAINED FILE _E DRAWING 60173 435XXB1A DWG APPLICATION A NEXT ASSY
68. cers 1MC1 Topside 1MC2 Crew 1MC3 Flight Deck SMC and Bullhorn 6MO Each of these 10 Voice Channels corresponds to a group select line on each of the Mic Station Interfaces labeled V1 V10 on the Ship s Wiring Board When an announcement is made via one of the 16 Mic Station Interfaces the Voice Channels associated with that announcement depend on the group select lines V1 V 10 which are activated by the Mic Station when the PTT line is activated Each amplifier in the system is configured to broadcast any of the Voice Channels Amplifiers can also be configured to broadcast more than Voice Channel In the system there is a built in priority with Voice Channel 1 V1 being the highest priority and Voice Channel 10 V10 being the lowest priority If an amplifier is configured to broadcast announcements from more than one Voice Channel and the announcements occur simultaneously only the announcement on the highest priority voice channel the Voice Channel closest to V1 is broadcast An example of the multiple Voice Channel configuration for an amplifier is the 1MC 3MC configuration typically handled by an AN SIA 117 Consider the following configuration the Officers announcing group is assigned to V1 and the Flight Deck Walkways group 3MC1 is assigned to V6 If an amplifier was configured for both VI and V6 then the Flight Deck Walkways announcements would be broadcast to the loudspeakers connected to the amplifier unless an Off
69. cted to TB 1 terminal 3 VISUAL_IND When a Mic Control Station is used to make an announcement the actual output of the amplifier is attenuated and sent back for indication on the Volume Indicator on the station The reference for this signal is the PTT SEL COMMON line see below This signal would be connected to TB2 terminal 16 on the IC MSB 2 Mic Control Station since the IC MSB 2 is the only station with a Volume Indicator 73 PTT BLK1 BUSY BLK2 BUSY BLK3 BUSY BLK4 BUSY This signal is the Push to Talk input to the Legacy Mic Interface Module Only when this signal is activated does the system route the audio present on the MIC MIC Pair to the appropriate amplifier s This signal is activated by providing a low impedance path lt 10Q between the PTT line and the PTT SEL COMMON line see below On an IC MJB 2 Mic Jackbox IC MSB 2 Mic Control Station or M 136 Microphone this signal would be connected to TB1 terminal 1 This line is an output from the Legacy Mic Interface Module to the connected Mic Station indicating the busy status of Voice Channel Block 1 The system activates this signal when at least one Voice Channel in Block 1 is in use see Voice Channel Blocks section on page 15 When active SVDC is presented between the BLK1 BUSY line and the BUSY COMMON line see below When inactive this line is floating high impedance state This signal is actually used to drive the busy lamp
70. ctor EENS i ACO IRS 75 PBX Interface Connections siii ill Eed 76 Amplifier Output Interface Connections sese eee ee eee ee eee 77 Local Loudspeaker Cutout Connections sees eee ee eee eee 77 Mic Interface DIP switch Adjustment sss sese eee eee eee 78 Amplifier Sparing Configuration EEN 81 Interconnect Diagram usa ai R W EN YC LUCY FA IA 82 Appendix A Fuse Location Table b A ee vere add 86 Appendix B Firmware Location Tables 25 2004 da 87 List Of Figures Figure System Components is 7 Figure 2 lt User Interact te Gta 11 Figure User interlace Menu Vr A a neato 13 Figure 4 Amplifier Module Front Panel sese 22 Figure 5 PBX IVCS Modem PCB DIP S Witch sse 25 Figure 6 Assembly Digital Integrated Announcing System Sheet 1 38 Figure 7 Assembly Digital Integrated Announcing System Sheet 1 39 Figure 8 Assembly Digital Integrated Announcing System Sheet 1 40 Figure 9 Assembly Ship s Wiring Tray Module 43 Figure 10 Assembly Ship s Wiring Tray PCB iii ninia 47 Figure 11 Assembly Main Amp Interface Module 51 Figure 12 Assembly Auxiliary Amp Interface Module 54 Figure 13 Assembly Legacy Mic Interface Module 57 Figure 14 Assembly PBX IVCS Modem Interface Module 60 Proure le Assembly Amp ChassiS tt si iia 63 Figure 16 Assembly 250W Amplifier Module ccoo ii dt 66 Biatre 17 Assembly Fan Tr id 70 Figure 18 Input Power Connections cuicos 71 Figure 19
71. d be made to the Amp 6 Out terminals on the above mentioned Euroblock connector As described in the Voice Channel Blocks section these 4 announcing groups i e Officers Topside Crew and Engineering Spaces should be assigned to 4 of the Voice Channels in Block 1 since Block 1 is the only block in the default system large enough to accommodate 4 announcing groups Consider assigning the Officers announcing group to V1 the Topside announcing group to V2 the Crew announcing group to V3 and the Engineering Spaces announcing group to V4 Note that in a standard AN SIA 117B system the five alarm signals are broadcast to the 1MC speakers This means that in this system all five alarm signals need to be assigned to each of the IMC amplifiers Amplifiers 1 4 Using the procedure outlined in the Configuring the Amplifiers via the User Interface section configure Amplifiers 1 4 in the following manner Amp 1 Al A2 A3 A4 A VI Amp 2 Al A2 A3 A4 A5 V2 Amp 3 Al A2 A3 A4 A V3 Amp 4 Al A2 A3 A4 A5 V4 On the Mic Station side IC MSB 2 Mic Control Stations with an Officers group select switch should connect the line associated with that switch to the V1 terminal on the Euroblock connector for that Mic Station Similarly the Topside group select switch should be connected to the V2 terminal the Crew group select switch should be connected to the V3 terminal and the Engineering Spaces group select switch should be connected to th
72. e V4 terminal If an IC MJB 2 Jackbox or M 136A SIC Microphone is used the PTT line should be jumpered to the terminal on the Euroblock connector associated with the announcing group to be accessed The IMC BUSY lamp on each mic station should be connected to the Block 1 busy signal on the associated Mic Station Euroblock connector on the Ship s Wiring Board 28 With the configuration outlined above a Mic Station selecting the Officers group select switch will have its audio routed to the input of Amplifier 1 the Officers amplifier to be broadcast to the Officers loudspeakers If more than one group is selected at a Mic Station the audio from that mic station will be routed to all of the amplifiers associated with the selected groups The configuration above also routes any active alarm to all five IMC amplifiers and an active alarm will override a voice announcement in progress on any of the amplifiers If multiple alarms are active only the highest priority alarm will be broadcast The standard AN SIA 117B system also accommodates two 1MC 3MC announcing groups i e Flight Deck and Hangar Deck groups These two groups receive the corresponding 3MC announcements from Mic Stations selecting the Flight Deck or Hangar Deck groups However any IMC announcement in progress overrides the 3MC announcement at these loudspeakers For the sake of simplicity assume that each of these 3MC announcing groups contains a maximum of 250W of loudspeakers
73. e modules Mic Interface Module or PBX IVCS Modem Interface Module to each amplifier module based on the system configuration Each amplifier output is directed to the Ship s Wiring Tray see below and is also connected to the Main Amplifier Interface Module for routing back to Mic Control Stations for VU meter indications The Main Amplifier Interface Module also periodically obtains diagnostic information from each Amplifier Chassis and reports any faults to the User Interface At least one Amplifier Chassis is required for all systems Ship s Wiring Tray All connections between the ship s wiring and the Integrated Announcing System are made at the Ship s Wiring Tray Dynalec P N 60173 435 The Ship s Wiring Board mounted in the tray Dynalec P N 60173 430 has connectors for 16 Mic Station Interfaces Alarm Contactor Inputs for the 5 alarm signals IVCS Modem Interface Analog Line Interfaces 6 lines and Loudspeaker Interfaces including Local Loudspeaker Disconnect connections All connectors are Euroblock type connectors to facilitate simple wiring of the system 10 Using t Operation he User Interface The User Interface is the mechanism in the system for entering system configuration information entering test commands and receiving diagnostic information The User Interface consists of the following elements a 4 li
74. ect Back Back Enter gt 18 95 To Main Menu To config To config To Main Menu To config To Main Menu To config To config To config Roll 0 0 Menu 4 Menu 4 0 Menu 4 0 Menu 5 Menu 5 Menu 5 Selection System Activity 23 Mic 1234567890123456 E Amp 123456789012 Generator 1 Faults and Info 8 ESC Mic Amp Select Alarm Signal 10 To Main Menu Alarm 1 ESC sa 0 ESC Select Back To a Menu Selection Amp 1 Al Al A2 A3 Mic 1 To Main Menu To Gen Menu 24 a EE Select Priority 1 Ki Selection V5 V6 V7 V8 V9 V10 Menu 22 Enter toggle Back ESC gat BAER 19 20 26 To config AG KS To Main AG ge SE MC l Menu 4 SE Menu 0 e Beon Son Mic 1 Monitor Amp XX Monitor Menu 7 Menu 9 Menu 9 PTT Generator 1 1234567890 Hegel de Verify Alarm Level ESC Back ESC Back Alarm 1 To Main Menu To Sysmon To Main Menu To Sysmon EOS ES 0 Menu 18 0 Menu 18 To Main Menu Ee 0 Menu 23 Configuring the System The Integrated Announcing System is designed to be a flexible system that can be configured to handle a wide variety of requirements In an attempt to keep the system as flexible as possible the definitions of the announcing groups had to kept general enough so as to not limit potential applications Voice Channels The system consists of 10 Voice Channels They are referenced in the system configuration as V1 through V10 Each one of these Voice Channels can be assigned to a specific announcing system group Examples of the announcing system groups are Offi
75. ed Select The selected alarm signal will then be generated by the selected Alarm Generator and routed to the loudspeaker on the User Interface In addition the Bargraph display will display the peak level of alarm signal Verify that the peak level illuminates at least one of the green LED s Press the softkey labeled Done to complete the testing of the Alarm Generator 21 Testing the Amplifier Modules Each Amplifier Module 60173 350 has 3 indicator lights Figure 4 below which provide a general indication of the module s status O FAULT O Fuse TN Figure 4 Amplifier Module Front Panel The upper most indicator light labeled CPU provides an indication that amplifier s microprocessor is running When the unit is functioning normally this indicator light should flash on and off once per second The middle indicator light labeled FAULT provides an indication of the presence of any fault in the amplifier the specific details of the fault can be obtained using the Amplifier Test method described below The bottom most indicator light labeled FUSE is an indication of the status of the fuse on the Amplifier Module If this indicator light is illuminated the Amplifier Module fuse should be replaced note that the indicator light will be illuminated only when the Amplifier Module is plugged into the Amplifier Chassis The system also provides a way to test each Amplifier Module in the system When
76. ed in that one of the four interfaces is dedicated to connecting to a Modified IVCS Modem Dynalec P N 62300 127 1 to allow announcements through a STC II telephone system see the Installation section for connectivity In addition one of the four interfaces is dedicated to connecting to up to six standard analog line interfaces POTS interfaces In this manner the functionality of the VCS Modem is duplicated without an extra piece of hardware and is accomplished using industry standard analog line interfaces The remaining two of the four interfaces are identical to the Legacy Mic Station interfaces on the Legacy Mic Interface Module see description above Amplifier Chassis The Integrated Announcing System can accommodate up to 2 Amplifier Chassis Dynalec P N 60173 300 Each chassis can hold up to six 250W Amplifier Modules Dynalec P N 60173 350 and can be configured so that one of the six is a spare module which is automatically switched in upon detection of a fault in one of the other five Each amplifier module incorporates its own independent circuitry and is separately fused so that any faults that may occur are isolated from the other modules Each module also has its own power switch so that amplifiers may be swapped without affecting the operation of the other modules Each Amplifier Chassis connects to the Main Amplifier Interface Module through internal rack wiring and input audio is routed from the various input interfac
77. elect line s corresponding to the Voice Channel s to be activated to the PTT line This connection can be made with jumpers at the Euroblock connector itself or the appropriate group select line s can be brought to TB1 terminal 1 on the IC MJB 2 or M 136 Alarm Contactor Connections The system can accommodate connection of alarm contactors for activation of alarm signals A1 A5 Collision Chemical General Unassigned and Flight Crash These alarm contactors when active present a low impedance path lt 10Q between the wire pair connected to them Each alarm contactor should be connected to the appropriate pair on Euroblock connector P33 the plug in mate to J33 The wire pair from the Collision alarm contactor should be connected to P33 terminals 1 and 2 The wire pair from the Chemical alarm contactor should be connected to P33 terminals 3 and 4 The wire pair from the General alarm contactor should be connected to P33 terminals 5 and 6 The wire pair from the 75 Unassigned alarm contactor should be connected to P33 terminals 7 and 8 The wire pair from the Flight Crash alarm contactor should be connected to P33 terminals 9 and 10 Multiple alarm contactors may be paralleled either at the Euroblock connector itself or at the contactors if the system requirements call for alarm activation from multiple contactors PBX Interface Connections If the system is configured with a PBX IVCS Modem Interface Module 60173 445 the sy
78. em 60173 430 REVDATE 09 05 2001 SE PCB ASSY SHIPS WIRING PCB ORIGDATE 02 01 2001 SODUS NEW YORK 14551 CAGE 12763 MANUF J1 J3 J5 J7 J9 J11 J13 J15 J17 J19 J21 J23 J25 J27 J29 J31 J35 J40 J41 J42 J43 2 J2 J4 J6 J8 J10 J12 J14 J16 J18 J20 J22 J24 J26 J28 J30 J32 J33 J44 3 J46 J47 J49 J50 J52 J53 J55 J56 4 P1 P3 P5 P7 P9 P11 P13 P15 P17 P19 P21 P23 P25 P27 P29 P31 P35 P40 P41 P42 P43 5 P2 P4 P6 P8 P10 P12 P14 P16 P18 P20 P22 P24 P26 P28 P30 P33 P44 PAGE 1 FORM D 1 16 250 250 rs 15 750 e 12 250 10 500 5 250 i 250 4 a pu b UIS U16 i F2 Fl 8 m sm Fig F17 M JI8 J36 ae 1 z 1 10 1 viel 1 ml z Si gz ga g o hb haa 3 us DI 25 cau F tag 2 382 3 83 ER FER un un Fa FS 8 S F20 F19 M e gt 1 z ed Di 10 1 MEA 1 lez M z E us uso 8 NETETETENENENIEN EJ e i ur us Fo FS 8 F22 F21 L 438 oz 1 z M e WE u 1 10 1 2 gt S R E EECH E e H us u 3 H EEG g E 3 u3 u4 BECH M F24 F23 8 m s 7 a A 8 v39 sz 1 Ela 0 1 le ec 10 1 dis 2 El E E ur ye 4rd AA 1 kW i g E 5 H H H g g 10 500 S S a s F26 F25 E 126 1 12 g ao Is E 1 EI 10 1 2 10 Be 9 E ZS ge ZS 3 3 2 Fi Fil 8 n a F28 F27 1 DEA 10 1 mn Ea 2 M SE SS Sg E 5 ssa 2 g 8 SS 2 s 2 16 250 id i S 1 10 1 12 E 3 RPI e mn Hn F30 F29 2 130 RT 3 ag 15 750 E E i E i 1 2 5 1 10 1 njej i 1
79. erface As described in the Integrated Announcing System Components section the Main Amplifier Interface Module contains two redundant Alarm Generators The user has the ability to test either Alarm Generator provided an alarm is not active and can also switch from one Alarm Generator to the other even if an alarm is active Using the User Interface the user can select which of the two Alarm Generators is active i e which Alarm Generator will be used to generate alarms for broadcast to the system To change the active Alarm Generator follow the procedure in the Configuring the Amplifiers via the User Interface section to get to the Configuration Menu Press the softkey labeled Agen to display the Alarm Generator Configuration Menu Using the Scroll Knob select Alarm Generator 1 or 2 and press the softkey labeled Select Note that the configuration information is stored in non volatile memory and will be retained even if power to the system is lost 18 Changing the Pin Number via the User Interface To change the PIN number required to access the Configuration Menu follow the procedure in the Configuring the Amplifiers via the User Interface section to get to the Configuration Menu obviously the current PIN number must be known to change it The default PIN number for the system is 0000 Use the Scroll Knob to access more selections on the Configuration Menu and press the softkey labeled Pin to display the PIN Assign
80. h a Bullhorn group select switch should connect the line associated with that switch to the V9 terminal on the Euroblock connector for that Mic Station The 6MC BUSY lamp on each mic station should be connected to the Block 3 busy signal on the associated Mic Station Euroblock connector on the Ship s Wiring Board 27 Suggested Configuration for an AN SIA 117B Application In a standard AN SIA 117B Legacy system multiple AM 2316 amplifiers are used to address four I MC announcing groups i e Officers Topside Crew Engineering Spaces and Spare 2 IMC 3MC announcing groups i e Flight Deck and Hangar Deck and 2 Emergency Alert announcing groups which only receive alarm signals For the sake of simplicity assume that each of these announcing groups contains a maximum of 250W of loudspeakers Amplifier Chassis 1 is configured with 5 amplifiers Amplifier 1 left most is connected to the Officers loudspeakers Amplifier 2 is connected to the Topside loudspeakers Amplifier 3 is connected to the Crew loudspeakers and Amplifier 4 is connected to the Engineering Spaces loudspeakers These connections can be made at either of the two Amp Chassis Outputs Euroblock connectors on the Ship s Wiring Board Amplifier 6 right most is configured as a spare by placing the DIP switch on the rear of Amplifier Chassis 1 in the SPARE position for the four 1MC amplifiers and as mentioned in the Amplifier Sparing section no connections shoul
81. hat are in progress from a LOW priority Mic Station Please note that this overriding works for the entire Voice Channel block For example assume that an announcement is in progress from LOW priority Mic Station 2 on Voice Channel V2 If Mic Station 1 is configured for HIGH priority and an announcement is made from it on Voice Channel V1 remembering that V1 and V2 are both part of Block 1 the announcement from Mic Station 1 will override cut off the announcement from Mic Station 2 As soon as HIGH priority Mic Station 1 releases its PTT the announcement from Mic Station 2 will be allowed to resume To configure the Mic Stations from the User Interface follow the procedure in the previous section Configuring the Amplifiers via the User Interface to get to the Configuration Menu Use the Scroll Knob to access more selections on the Configuration Menu then press the softkey labeled Mic to display the Mic Station Configuration Menu Using the Scroll Knob select the Mic Station 1 16 to configure and press the softkey labeled Select The display should now read Mic x where x is the number of the Mic Station selected to configure Using the Scroll Knob select either HI or LO priority for the selected Mic Station and press the softkey labeled Enter Note that the configuration information is stored in non volatile memory and will be retained even if power to the system is lost Configuring the Alarm Generator via the User Int
82. iary piece of equipment that an announcing system alarm is in progress This signal is accessible at the Alarm Active and terminals on the Aux Signal Interface connector of the Ship s Wiring Board The ratings on this contact closure are 60V 400mA MAX 23 Alarm Operation Alarms are generated by the Alarm Generator configured to be the active generator see the Configuring the Alarm Generator via the User Interface section on page 18 Each alarm with the exception of the General alarm will remain active for the duration in which a contactor connected to the corresponding terminals on P33 is in the active position The General Alarm is activated for 15 second intervals For example if a General Alarm contactor is activated momentarily and then de activated the General Alarm will still sound for 15 seconds from the time that the contactor was activated If a General Alarm contactor is activated for 16 seconds before being de activated the General Alarm will sound for a total of 30 seconds from the time that the contactor was activated See the Installation section for details on connecting alarm contactors to the system PBX Interface Operation If the system is configured with a PBX IVCS Modem Interface Module 60173 445 up to 6 analog POTS phone lines can be connected to the system for making 1MC Block 1 announcements through a PBX The PBX interface is pre configured to duplicate the functionality of the VCS Modem
83. ic station 1 16 to review and press the softkey labeled Select The Mic Station Review Screen should then be displayed which shows Mic x where x is the number of the selected Mic Station followed by HI or LO indicating the priority level assigned to that mic station 20 Testing the System The Integrated Announcing System has several self test features built into it to provide continuous reliable operation Several of the built in test mechanisms are run automatically and faults observed can be reported to the user immediately via the User Interface The Main Amplifier Interface Module communicates periodically with each Amplifier Chassis in an effort to determine system status On the Main Menu of the User Interface the total number of system faults present is reported and the details each fault are displayed in a rotating fashion i e fault 1 is displayed for 1 second the next fault is displayed for 1 second eventually rotating back to fault 1 The fault messages that may be observed include the following Fault Message Description Bckpln x Not Present where x 1 or 2 indicating absence of communication with Bckpln x Amp x Not In Slot where x 1 6 indicating no amplifier detected in Slot x Amp x Communication where x 1 6 indicating inability to communicate with amplifier in Slot x Error amplifier could be powered down Amp x Overload where x 1 6 indicating an overload load gt 250W detected on ampl
84. ication typically handled by an AN SIA 114B The AN SIA 114B is capable of addressing 5 I MC announcing groups Officers Topside Crew Engineering Spaces and Spare Since in normal operating mode all 5 15 of these 1MC groups is handled by the same half of an AM 2316 amplifier obviously only one announcement can be made at a given time although this announcement may be routed to more than one of the announcing groups If an announcement is in progress the 1MC busy line is activated which illuminated the corresponding lamp on any IC MSB 2 Mic Control Stations connected to the system The Integrated Announcing System duplicates this functionality by allowing only 1 Mic Station access to a block at a given time If the 5 IMC announcing groups mentioned above were assigned to the groups in Block 1 V1 V5 for instance the Block 1 busy line would be activated if an announcement was in progress on any of them thus prohibiting announcements from other Mic Stations to Block 1 until the announcement in progress is complete i e PTT is released To be more specific if the Mic Control Station connected to Mic Interface 1 selects the Officers Topside and Crew groups V1 V2 and V3 respectively to make an announcement Mic Control Stations connected to any other Mic Interface 2 16 would be unable to access any of the IMC groups Officers Topside Crew Engineering Spaces or Spare until the announcement from Mic Interface 1 is co
85. icers announcement was initiated In that configuration the Officers announcement would override the Flight Deck Walkways announcement Note that the system is not aware of what Voice Channels are assigned to which announcing groups The correlation between Voice Channels and announcing groups is made through the Mic Control Station connections 1 e the group select switch labeled Officers is connected to the V1 terminal on the Euroblock connector for that Mic Station in the above example and through the amplifier configurations i e the amplifier configured to broadcast from the V1 Voice Channel is connected to loudspeakers intended to take Officers group announcements 14 Alarm Channels The system also consists of five Alarm Channels They are referenced in the system configuration as Al through A5 In the case of the Alarm Channels each one is assigned to a specific alarm signal The assignments are as follows Al Collision Alarm A2 Chemical Alarm A3 General Alarm A4 Unassigned Alarm A5 Flight Crash Alarm As with the Voice Channels in the previous section the Alarm Channels are arranged in the order of their priority with Al being the highest priority alarm and A3 being the lowest priority alarm All five alarms have priority over the Voice Channels Voice Channel Blocks A Voice Channel block refers to a grouping of Voice Channels Voice Channels are grouped so as to duplicate the bus
86. ide IC MSB 2 Mic Control Stations with a Flight Deck group select switch should connect the line associated with that switch to the V7 terminal on the Euroblock connector for that Mic Station Similarly the Hangar Deck group select switch should be connected to the V8 terminal If an IC MJB 2 Jackbox or M 136A SIC Microphone is used the PTT line should be jumpered to the terminal on the Euroblock connector associated with the announcing group to be accessed The 3MC BUSY lamp on each mic station should be connected to the Block 2 busy signal on the associated Mic Station Euroblock connector on the Ship s Wiring Board 29 With the configuration outlined above a Mic Station selecting the Flight Deck group select switch will have its audio routed to the input of Amplifier 7 the Flight Deck amplifier to be broadcast to the Flight Deck loudspeakers If more than one group is selected at a Mic Station the audio from that mic station will be routed to all of the amplifiers associated with the selected groups If a IMC announcement is activated it will override a 3MC announcement in progress at these loudspeaker groups since the IMC Voice Channels V1 V4 are higher priority than the MC Voice Channels V7 amp V8 This configuration also routes any active alarm to both 1MC 3MC amplifiers and overrides any voice announcement in progress on any of the amplifiers If multiple alarms are active only the highest priority alarm will be broadcast Thi
87. ies for Amplifier Chassis 2 except that W21P8 needs to be plugged into J12 of Amplifier Chassis 2 A12A1J12 The DIP switch on the back of Amplifier Chassis 2 needs to be also switched as described above 81 FORM F 1 6 D 4 A 2 1 REVISIONS A RELEASE 26SEPO1 TB WIU A AA AA AE A AS MEC A ee A A AA A MECO E A A gt as AAA AENA A a AA ANNOUNCING SYSTEM RACK EA 60173 200 01 TO A3J3 TO A3J4 TO A4J5 TO A4J3 TO A4J4 wi W2 W3 W4 w5 BLACK 9 50 50 9 50 WHITE MO BLUE W BLUE TO A2J6 2 ORANGE TO A2J6 7 TO A2J6 3 W6 TI TO A2J6 8 E 50 a YELLOW TO A2J6 4 TO A2J6 9 Al w10 SHIP S WIRING TRAY ASSEMBLY 162738495 60173 435 w11 MODULE 1 MODULE 1 MODULE 1 MODULE 2 MODULE 2 MODULE 2 AUX SIGNAL MIC AUDIO SIGNAL Lt SIGNAL I F MIC AUDIO SIGNAL Lt SIGNAL I F INTERFACE 1 BROWN TO ABA1J7 4 I F CONNECTOR CONNECTOR 1 CONNECTOR 2 I F CONNECTOR CONNECTOR 1 CONNECTOR 2 CONNECTOR 9 W BROWN TO A6A1J7 8 2 na TO A6A1J8 4 10 ORANGE TO A6A1J8 8 3 ORANGE TO A6A1J9 4 EEEE 11 IE TO A6A1J9 8 4 TO ABA1J10 4 OUTPUT W YELLOW 12 TO A6A1J10 8 CONNECTOR 5 GREEN TO A6A1J11 4 W GREEN G 13 ME TO
88. ifier in Slot x Amp x Short where x 1 6 indicating a short circuit detected on amplifier in Slot x Amp x Ex Temp where x 1 6 indicating excessive temperature detected on amplifier in Slot x Please note that an update to the displayed diagnostic messages may not occur immediately upon changing an element in the system i e powering up an amplifier swapping out an amplifier etc In order to force an update to the diagnostics press one of the softkeys to exit the Main Menu then press the softkey labeled Esc to return to the Main Menu Returning to the Main Menu forces the system to update the diagnostic messages Testing the Alarm Generators The system also provides a way to test either Alarm Generator Please note that testing of either Alarm Generator can only be performed when there is no active alarm i e no alarm being broadcast To test an Alarm Generator start at the Main Menu press the softkeys labeled Back or Esc until the Main Menu is displayed On the Main Menu press the softkey labeled Test to enter the Test Menu On the Test Menu press the softkey labeled Agen to display the Alarm Generator Test Selection screen Use the Scroll Knob to select Alarm Generator or 2 and press the softkey labeled Select to display to Alarm Selection screen Use the Scroll Knob here to select the specific alarm signal 1 5 to test i e 1 Collision 2 Chemical 3 General 4 Unassigned 5 Flight Crash then press the softkey label
89. is 1 or Amplifier 12 in Chassis 2 should not be configured in the system and no loudspeakers should be connected to these amplifier outputs on the Ship s Wiring Board 16 If a fault is detected in one of the amplifiers in the chassis 1 e excessive temperature fault no output fault no response fault or amplifier not present fault the spare amplifier is automatically switched in for the amplifier with the fault When the fault is removed the spare amplifier is placed back into standby mode If there are multiple amplifier faults in the chassis the spare will be switched in for the amplifier that is furthest to the left in the chassis This should be taken into consideration when deciding the position of each amplifier in the chassis Configuring the Amplifiers via the User Interface This section describes the procedure for entering the amplifier configurations into the system using the User Interface First make sure that the Main Menu see top most menu in Figure 1 is displayed on the User Interface If it is not press the softkeys labeled Back or Esc until the Main Menu is displayed From the Main Menu press the softkey labeled Conf As illustrated in Figure 1 the next screen to be displayed is the Pin Entry Screen Use the Scroll Knob to change the number of the first digit and when the proper number is displayed press the softkey labeled gt to advance to the next digit After all digits are entered press the softkey
90. lar to that described in the PBX Interface Operation section on the previous page Six phone lines from an AN STC 2 switchboard can be connected to the IVCS Modem If a call is received on one of the lines the IVCS Modem activates the appropriate relays to activate one or more IMC Block 1 announcing groups The default setup for the VCS Modem is for the group selections shown on the table in the PBX Interface Operation section on the previous page although this configuration can be changed with the addition or removal of diodes The Integrated Announcing System provides power to and interprets the signaling from the IVCS Modem to determine which announcing groups are being activated The IVCS Modem incorporates a relay which provides a busy closure to indicate if IMC Block 1 is busy This relay is controlled by circuitry in the PBX IVCS Modem Interface Module and is configured to be activated when Block 1 is busy A DIP switch setting internal to the PBX IVCS Modem Interface Module can be changed so this busy relay is activated when a block other than Block is busy The figure below indicates the position of this DIP switch on the PBX IVCS Modem Interface Module PCB assembly 60173 440
91. ment Menu Use the Scroll Knob to dial up the number 0 9 for each digit and press the softkey labeled gt to proceed to the next digit Press the softkey labeled Enter when the new 4 digit PIN number is complete 19 Reviewing the System Configuration Once the system is configured it may be desirable to review the system configuration This can be accomplished by pressing the softkey labeled Review from the Main Menu press the softkeys labeled Back or Esc until the Main Menu is displayed The System Review Menu will then be displayed with the options Esc Agen and Amp Pressing the softkey labeled Agen will allow the user to see which Alarm Generator 1 or 2 is set as the active generator which will be used to generate system alarms if activated Pressing the softkey labeled Amp will allow the user to review an amplifier configuration On the Amp Selection Screen use the Scroll Knob to select the amplifier 1 12 to review and press the softkey labeled Select The Amp Review Screen should then be displayed which shows Amp x where x is the number of the selected amplifier followed by a list of the Alarm Channels and Voice Channels assigned to that amplifier If the Scroll Knob is rotated on the System Review Menu additional options Ese and Mic will be displayed Press the softkey labeled Mic will allow the user to review a Mic Station configuration On the Mic Station Selection Screen use the Scroll Knob to select a m
92. mplete and the IMC Busy lamp Block 1 busy in this case is extinguished Amplifier Configuration As mentioned in the Voice Channel section above each amplifier is configured for the Alarm Channels and Voice Channels which are to be routed to it during normal system operation For example Amplifier 1 left most amplifier in Amplifier Chassis 1 can be configured in the following manner Al A2 V1 With such a configuration Amplifier 1 would broadcast the Collision Alarm A1 or the Chemical Alarm A2 to the loudspeakers connected to it if either one was activated In addition the audio on Voice Channel i e the audio from any Mic Station connected with the group select switch connected to the V1 line activated would also be broadcast to the connected loudspeakers If either of the alarms were activated while a V1 announcement was in progress the alarm signal would override the voice announcement If both of the alarm were active simultaneously the Collision Alarm A1 would override the Chemical Alarm A2 Amplifier Sparing Amplifiers 6 12 Each Amplifier Chassis in the system can be configured with an automatic spare amplifier module the spare must be in the right most position in the chassis The chassis is configured for Sparing Mode by toggling the DIP switch on the back of chassis to the SPARE position see Installation section for more information on setting DIP switches In addition this amplifier Amplifier 6 in Chass
93. n any of the amplifiers If multiple alarms are active only the highest priority alarm will be broadcast In a standard AN SIA 114B system the other half of the AM 2316 amplifier 500W is dedicated to 6MC Bullhorn announcing Assume that 500W is needed for the 6MC announcing group in this system Amplifier Chassis 2 is configured with 3 amplifiers Amplifier 7 left most is for one half of the 500W 6MC load and Amplifier 8 is for the second half These connections can be made at either of the two Amp Chassis 2 Outputs Euroblock connectors on the Ship s Wiring Board Amplifier 12 right most is configured as a spare by placing the DIP switch on the rear of Amplifier Chassis 2 in the SPARE position for the 6MC amplifiers and as mentioned in the Amplifier Sparing section no connections should be made to the Amp 12 Out terminals on the above mentioned Euroblock connector Since the 6MC system operates independently from the other announcing groups little concern is needed for where the 6MC Voice Channel is placed in terms of priority Consider using V9 which is the only Voice Channel in Block 3 for 6MC announcements In a standard AN SIA 114B system none of the alarms are broadcast to the 6MC speakers So using the procedure outlined in the Configuring the Amplifiers via the User Interface section configure Amplifiers 7 and 8 in the following manner Amp 7 v9 Amp 8 v9 On the Mic Station side IC MSB 2 Mic Control Stations wit
94. nals see below On an IC MJB 2 Mic Jackbox IC MSB 2 Mic Control Station or M 136 Microphone this signal would be connected to TB1 terminal 6 On an IC MSB 2 Mic Control Station this signal should also be connected to TB2 terminal 17 for the VISUAL_IND reference This connection may be made with an internal jumper in the IC MSB 2 between TB 1 6 and TB2 17 This line is the reference signal for the BLK1 BUSY BLK2 BUSY BLK3 BUSY and BLK4 BUSY signals On an IC MSB 2 Mic Control Station this signal should be connected to TB1 terminal 7 only the IC MSB 2 has busy lamps The 10 signals in the 10 position Euroblock connector for each Mic Interface are the group select lines for Voice Channels V1 V10 A particular group is selected by providing a low impedance path lt 100 between the corresponding select line and the PTT SEL COMMON line Each of the group select switches on an IC MSB 2 Mic Control Station may be connected to a different group select line on the connector For example if Switch 1 top left on an IC MSB 2 was to be configured to access Voice Channel V1 then the V1 line should be connected to TB1 terminal 10 On an IC MJB 2 or an M 136 there are no group select switches However these devices still need to activate one or more group select lines so that system knows which Voice Channel s are being activated when the mic is keyed i e Push to Talk is pressed This is accomplished by connecting the group s
95. ne x 20 character display a rotary encoder Scroll Knob 3 push button softkey switches a backlight intensity knob a display contrast knob an LED based bargraph display a loudspeaker and a loudspeaker volume knob see Figure 2 below Local Loudspeaker Display Scroll Knob Bargraph Display Volume Control e 23 E U 3 u o 0 Fault s Present sw O p yo y 5 A Conf Review Test o i o o Y Y NJ E s 2 L s N X w E j Softkey Push button Switches Display Contrast Adjust Display Backlight Adjust Local Loudspeaker Figure 2 The User Interface Display amp Display Adjustments The display is the component of the User Interface which allows diagnostic configuration and testing information to be conveyed to the user The display consists of 4 lines of 20 characters each The bottom line is reserved for softkey labels see the Softkey Push button Switches section below and the remaining 3 lines are used to display information specific to the menu that is being accessed Figure 3 illustrates the tree structure of the menus and shows how to get from menu to menu Because various conditions of the operating environment may require different display characteristics adjustments are included for the intensity of the LED backlighting and the contrast of the display 11 Softkey Push button Switches The 3 buttons immediately below the display are called
96. ng and Outline Drawing Refer to Figure 19 on the following page for mounting and outline drawing System Input Power As described in the Salient Characteristics section on page 6 the Integrated Announcing System accepts single phase 115 V AC 60Hz nominal input power The current drawn from this power source depends primarily on the number of Amplifier Modules in the system and the input cabling should be sized accordingly Line Filter Input Power Access Plate o Filter Can Figure 18 Input Power Connections The figure above illustrates how the input power is brought into the system The line filter is mounted in a filter can so that it remains in place when the input power access plate is removed The access plate should be removed and a hole should be drilled into it appropriately sized to fit a stuffing tube which will accommodate the two input power leads positioned near the IN and 1L connection studs 10 studs of the line filter The input leads should be fitted with round terminal lugs sized for a 10 stud The input leads should be brought in through the installed stuffing tube and connected to line filter studs 1N and 1L 71 NOTES 1 MATERIAL ENCLOSURE ALUMINUM ALLOY 5052 H32 PER QQ A 250 8 2 FINISH CHEMICAL FILM PER MIL C 5541 ONE COAT PRIMER PRETREATMENT PER TT P 1757 ONE
97. ns a stripped wire 1 4 recommended strip length in the plug part of the connector The system is shipped with plugs inserted into every board mounted header on the Ship s Wiring Board so no additional mates to these connectors are necessary Once wiring to each plug is complete and the plug is inserted into the header the two pieces can be secured together by tightening the two end screws in each plug into its associated header The plugs can accommodate wire sizes up to 16 AWG Mic Station Connections The system can accommodate connection to up to 16 Mic Stations Mic Control Stations or other audio inputs to the system Each Legacy Mic Interface Module 60173 425 will allow connection to four Mic Stations or Mic Control Stations On the Ship s Wiring Board there are two Euroblock connectors associated with each Mic Station interface one 12 position connector and one 10 position connector A description of each of the 22 connections in 10 and 12 position connectors follows MIC MIC Pair This pair carries the mic level audio signal from the Mic Station or Mic Control Station into the Legacy Mic Interface Module On an IC MJB 2 Mic Jackbox IC MSB 2 Mic Control Station or M 136 Microphone this pair would be connected to TB1 terminals 2 and C2 SHIELD This signal is connected to the chassis of the Announcing System Rack On an IC MJB 2 Mic Jackbox IC MSB 2 Mic Control Station or M 136 Microphone this signal would be conne
98. paces loudspeakers and Amplifier 5 is connected to the Spare loudspeakers These connections can be made at either of the two Amp Chassis 1 Outputs Euroblock connectors on the Ship s Wiring Board Amplifier 6 right most is configured as a spare by placing the DIP switch on the rear of Amplifier Chassis 1 in the SPARE position for the five I MC amplifiers and as mentioned in the Amplifier Sparing section no connections should be made to the Amp 6 Out terminals on the above mentioned Euroblock connector As described in the Voice Channel Blocks section these 5 announcing groups i e Officers Topside Crew Engineering Spaces and Spare should be assigned to 5 of the Voice Channels in Block 1 since Block 1 is the only block in the default system large enough to accommodate 5 announcing groups Consider assigning the Officers announcing group to V1 the Topside announcing group to V2 the Crew announcing group to V3 the Engineering Spaces announcing group to V4 and the Spare announcing group to V5 Note that in a standard AN SIA 114B system the five alarm signals are broadcast to the 1MC speakers This means that in this system all five alarm signals need to be assigned to each of the IMC amplifiers Amplifiers 1 5 Using the procedure outlined in the Configuring the Amplifiers via the User Interface section configure Amplifiers 1 5 in the following manner Amp 1 Al A2 A3 A4 A5 VI Amp 2 Al A2 A3 A4 A5 V2 Amp 3 Al A2
99. r Interface AA 19 Reviewing the System Configuration ereechen 20 Testne 1 Systemi suit isa lol I HF 21 Testing he Alarm COn R FAS 21 Testing the Amplifier Modules eegene Egeter pas 22 Auxiliary System Outputs ss aaa si su sean ei DEC DDU EEGENEN 23 Visual Indicator OI PUE IN 23 Entertainment System Attenuat sees ee eee ee det A IA 23 ee 23 Aam ACV Cea io oe ue 23 Alarm Operations A AERO 24 PBX Interface Operation i en dg da do it 24 IVES Modem dInierFace OperatiOr idad dis 25 Suggested Configurations for Legacy type Applications sees ee eee eee 26 Suggested Configuration for an AN SIA 114B Application 22211421111221 26 Suggested Configuration for an AN SIA 117B Application cesse sees eee eee eee 28 Suggested Configuration for an AN SIA 118A Anplcapnon 31 Paris oe ete eee A eer te O MU O RANA ad Gye 33 Top Level System Parts Distintas SODA testa a 33 ships Wiring Tray Assembly Parts LiSU GEE AL AOC 4 Ship s Wiring Tray PCB Assembly eener deeg 44 Main Amp Interface Module Parts List ni a een Ae Ae 48 Auxiliary Amp Interface Module Parts List 52 Legacy Mic Interface Module Parts List sss 55 PBX IVCS Modem Interface Module iii Eder 58 Amplifier Chassis Assembly sees eee eee eee eee 61 250W Amplifier Module sai GI nan laico 64 Pan Tray Assembly id 67 ee EE 71 Moms ad Outline Dr Wih Gea A R AE R R 71 System Input POWER tl iii 71 IIe tel 73 Nice Station CONNECTIONS eu i i A redie 73 Alarm Conta
100. re mic interface on the board shown in the figure below for line level the left switch of S2 should be in the DOWN position and the right switch of S2 should be in the UP position 71 m PR y E BN BD a 2 S N gt pe K E ne ag Wrong REV M 5 bl z gp s V 5 u d e gt a N B ON s E SE y gagirel BSS EB 7 w DU Wa Ni AS y f ie ih LE Mi KE vg E 42 G O a E 1 aab J E Ve E Hn Y 0 4 sg gt maroc 3 He en IL 2101 e m 060 000 000 Dis CeO Ode m l U uuy U sa m Ee MI RRA jr ui FERF gt m o gt ANO S o Figure 22 Legacy Mic Interface Input Level Control DIP switch 80 Amplifier Sparing Configuration As described in the Amplifier Sparing section on page 16 the right most amplifier in each Amplifier Chassis can be configured as a spare which is automatically switched in when a fault is detected in one of the other 5 Amplifier Modules The system is shipped with the right most amplifier in each Amplifier Chassis pre configured as
101. rom the input power connector on the Main Amplifier Interface Module which is fused a 8A This output signal can be accessed on the Visual Out and terminals 2 pairs of terminals on the Aux Signal Interface connector on the Ship s Wiring Board The maximum visual indicator load is 7 5A Entertainment System Attenuate If a separate Entertainment System is used it is usually desirable to attenuate the volume of its audio when a IMC Block 1 announcement is in progress The Entertainment System Attenuate signal accessible at the Ent Sys Atten and terminals on the Aux Signal Interface connector of the Ship s Wiring Board is an isolated contact closure which can be connected to the Entertainment System to trigger the desired attenuation The ratings on this contact closure are 60V 400mA MAX Entertainment System Mute If a separate Entertainment System is used it is usually desirable to mute its audio when an alarm signal is active The Entertainment System Mute signal accessible at the Ent Sys Mute and terminals on the Aux Signal Interface connector of the Ship s Wiring Board is an isolated contact closure which can be connected to the Entertainment System to trigger the desired muting The ratings on this contact closure are 60V 400mA MAX Alarm Active This is an isolated contact closure which is identical in function to the Entertainment System Mute signal It simply provides a way to inform an auxil
102. s This configuration also routes any active alarm to all SMC amplifiers and overrides any voice announcement in progress on any of the amplifiers If multiple alarms are active only the highest priority alarm will be broadcast 32 Parts Lists Top Level System Parts List This section contains the parts list for the 60173 200 01 Integrated Announcing System rack configuration This configuration consists of the following system components 1 Ship s Wiring Tray Assembly A1 1 Main Amp Interface Module Assembly A2 3 Mic Interface Modules Assemblies A3 A4 and A11 1 PBX IVCS Modem Interface Module Assembly A5 2 Amplifier Chassis with 12 Amp Modules each Assemblies A6 and A12 2 Fan Trays Assemblies A8 and A9 1 Auxiliary Amp Interface Module Assembly A13 Depending on the configuration of each particular system some or all of these components may or may not be included in the top level system parts list Please refer to Figures 6 7 and 8 for locations of each of the components shown on the following parts list 33 11 01 2001 Notes Find PAGE 1 No DYNALEC CORPORATION 87 WEST MAIN STREET SODUS NEW YORK 14551 Dynalec Part No 60173 205 60173 206 60173 208 60173 207 60173 209 01 60173 243 60173 244 60173 212 60173 213 60173 214 60173 215 60173 216 60173 217 02 60173 218 60173 219 60173 221 60173 224 01 60173 227 60173 228 60173 229 60173 230 01 60173 230 02 60173 231 60173 23
103. s always configured as Module 4 For example if a system is ordered with 2 Legacy Mic Interface Modules and a PBX IVCS Modem Interface Module the Legacy Mic Interface Module closest to the top of the rack will be Module 1 the other Legacy Mic Interface Module will be Module 2 and the PBX IVCS Modem Interface Module will be Module 4 If a Legacy Mic Interface Module is added to the system care must be taken that it is configured for a module number that doesn t conflict with one already in the system In the example above an addition Legacy Mic Interface Module needs to be assigned to Module 3 since that is the only available number in that system This assignment is accomplished using the DIP switch on the Legacy Mic Interface board see Figure 21 below 00 BOARDI 01 BOARDZ 10 BOARDS fs 11 BOARDA KI y N WE R4 R3 07 REEE S a m mill ES 34 h br WRI nn W M DE r m epee AE H U SC m
104. s in the IC MSB 2 Mic Control Station However the standard IC MSB 2 operates with a 115VAC busy signal To allow the new system to drive the busy lamps 2 modifications need to be performed on the IC MSB 2 First the lamp sockets on the IC MSB 2 which contains an in line resistor must be replaced with lamp sockets with no resistors LH76 3 Dynalec P N 14101 064 Next the neon busy lamps must be replaced with 5V LED s Dynalec P N 16400 052 An IC MSB 2 with these modifications will be ready for use with the Integrated Announcing System If a Mic Control Station is set up to have access to any of the Voice Channels in Block 1 V1 V2 V3 V4 V5 or V6 one of the busy lamps should be connected to the BLK1 BUSY signal by connecting this line to TB1 terminal 9 to for the left busy lamp DS1 or TB1 terminal 8 for the right busy lamp DS2 Only the IC MSB 2 has busy lamps Same function and characteristics as BLK1 BUSY signal except BLK2 BUSY signal is active if any of the Voice Channels in Block 2 V7 or V8 are active Same function and characteristics as BLK1 BUSY signal except BLK3 BUSY signal is active if the Voice Channel in Block 3 V9 is active Same function and characteristics as BLK1 BUSY signal except BLK4 BUSY signal is active if the Voice Channel in Block 4 V10 is active 74 PTT SEL COMMON BUSY COMMON GROUP SELECTS This line is the reference signal for the PTT VISUAL_IND and GROUP SELECT sig
105. s leaves Amplifier 9 to configure In the AN SIA 117B the Emergency Alert loudspeakers are placed amongst the IMC Officers and Crew loudspeakers to provide emphasis in the event of an alarm signal More specifically these loudspeakers only broadcast alarm signals Using the procedure outlined in the Configuring the Amplifiers via the User Interface section configure Amplifier 9 in the following manner Amp 9 Al A2 A3 A4 A With this configuration any active alarm will be routed to the Emergency Alert loudspeakers connected to Amplifier 9 30 Suggested Configuration for an AN SIA 118A Application In a standard AN SIA 118A Legacy system multiple AM 2316 amplifiers are used to address six SMC announcing groups Assume that each of these announcing groups contains a maximum of 500W of loudspeakers Amplifier Chassis 1 is configured with 6 amplifiers Amplifiers 1 left most and 2 are connected to SMC announcing group SMC1 loudspeakers Amplifiers 3 and 4 are connected to 5MC2 loudspeakers and Amplifiers 5 and 6 right most are connected to 5MC3 loudspeakers These connections can be made at either of the two Amp Chassis 1 Outputs Euroblock connectors on the Ship s Wiring Board Amplifier 6 right most is configured as an independent amplifier in this configuration by placing the DIP switch on the rear of Amplifier Chassis 1 in the NO SPARE position Amplifier Chassis 2 is also configured with 6 amplifiers Amplifiers 7 lef
106. sna ane ASNB 21718 ASNA 218 ASNB DNG Asna DIE ASNS omg Asna DIE Asna 1118 Asna 1178 Asna 1078 Asna DNG did lid Lld lid lid Lid Lig REN RE ONITIYNSIA iech OND TYNSIA Ni 1YnSIA GNT 1YnSIA ON TYNSIA G13HS GT3HS gaus EIS OTJIHS Q13HS Q13HS nals IN OIN 2IN 31N 31N BEI BEI 29 WA WA FON OIN Om 5IN 9IN OIN a SEN SCH Sr 8 Ga S 7 U e Se 32 se s e Se g 2 e e 2 XXXXX OLA XXXXX OLA XXXXX OLA XXXXX 0IA XXXXX O1A XXXXX O1A XXXXX OLA XXXXX OLA NYOHTING 6A NYOHTING 6A NYOHTING 6A NYOHTING 6A NYOHTING 6A NYOHTINE 6A NYOHTING 6A NYOHTING 6A XXXXX 8A XXXXX BA XXXXX BA XXXXX BA XXXXX 8A XXXXX 8A XXXXX 8A XXXXX BA XXXXX LA XXXXX LA XXXXX LA XXXXX LA XXXXX LA XXXXX LA XXXXX LA XXXXX LA Sd00M1 9A SdO0AL 9A Sd008L 9A Sd00M1 9A Sd00M1 9A DIE Sd0081 9A SdO0AL 9A N39NYH SA UJONVH SA UJONVH SA N30NYH SA UIONVH GA N39NYH SA UJONVH GA UJONVH SA 30I d01 PA 30SdO1 PA 30ISdO1 PA JOISdOL 7A 30ISd01 A 30ISd01 FA 30ISdOL PA 30Sd01 PA ONIH33N0N3 CA ONIH33N0N3 CA ONIN33NON3 CA ONUIINIONI EA SNIII3NION3 EA ONIHJ3NONI CA ONIH33N0N3 CA ONIH33N0N3 CA M380 ZA M380 ZA M380 ZA DEE M380 ZA DESEN M380 ZA M380 ZA SU301440 1A SU301440 1A SU301440 1A SY391440 1A SN29L440 1A EHNEN SU301440 1A SU301440 1A 30W4Y3LNI DIN Z 30V483LNI DIN 30VJH3LNI OIN t 30V4H3LNI OIN S 30VAH3LNI DIN 9 30V4H3LNI OIN L 30V4431NI DIN 8 JIVJAJINI OIN a a a a a za a a a JUVdS saves UVAS u ENV S a EE P 2 JUVdS 2 JUVdS Woo ASNE Woo asna Woo ASNE Woo ASNB Woo Asna Woo asna R Woo asna g Woo ASNa
107. stem can be connected to up to 6 analog POTS phone lines Which of the 6 lines that a given phone line is connected to dictates which 1MC Block 1 announcing groups are accessed when that phone line is called see PBX Interface Operation section on page 24 for more information The TIP and RING of each of these 6 lines should be connected to the appropriate pair on Euroblock connector P35 the plug in mate to J35 For example a phone line can be connected between P35 terminals 1 and 2 Note that the circuitry of the PBX IVCS Modem Interface Module makes these connections polarity insensitive so the TIP and RING lines may be swapped without affecting the performance of the interface IVCS Modem Interface Connections If the system is configured with a PBX IVCS Modem Interface Module 60173 445 the system can be connected to a Modified IVCS Modem 62300 127 1 Note that the modification to the standard 62300 127 involves the diode reversal which was necessary to allow the IVCS Modem to function correctly with the AN SIA 114B system To make wiring between the Integrated Announcing System and the VCS Modem simpler the terminals on Euroblock connector P34 the plug in mate to J34 are labeled with the points to which they connect to in the VCS Modem Auxiliary Signal Interface Connections The signals which are described in the Auxiliary System Outputs section on page 23 are accessible at Euroblock connector P44 the plug in mate to J4
108. t most and 8 are connected to SMC announcing group 4 SMC4 loudspeakers Amplifiers 9 and 10 are connected to 5MC5 loudspeakers and Amplifiers 11 and 12 right most are connected to 5MC6 loudspeakers These connections can be made at either of the two Amp Chassis 2 Outputs Euroblock connectors on the Ship s Wiring Board Amplifier 12 right most is configured as an independent amplifier in this configuration by placing the DIP switch on the rear of Amplifier Chassis 2 in the NO SPARE position As described in the Voice Channel Blocks section these 6 announcing groups should be assigned to the 6 Voice Channels in Block 1 since Block 1 is the only block in the default system large enough to accommodate all 6 announcing groups Consider assigning the SMC1 announcing group to V1 the SMC2 announcing group to V2 the 5MC3 announcing group to V3 the 5MC4 announcing group to V4 the SMC5 announcing group to V5 and the 5MC6 announcing group to V5 Note that in a standard AN SIA 118A system the five alarm signals are broadcast to the SMC speakers This means that in this system all five alarm signals need to be assigned to each of the SMC amplifiers Amplifiers 1 12 Using the procedure outlined in the Configuring the Amplifiers via the User Interface section configure Amplifiers 1 12 in the following manner Amp 1 Al A2 A3 A4 A5 VI Amp 2 Al A2 A3 A4 A VI Amp 3 Al A2 A3 A4 A V2 Amp 4 Al A2 A3 A4 A V2 Amp 5 Al A2 A3 A4
109. tem functions Controlling the User Interface see Using the User Interface section of the Operation chapter on page 11 Routing audio from mic stations or other sources to amplifier modules in Amplifier Chassis 1 as dictated by the system configuration Generating alarm signals from one of two redundant Alarm Generators as dictated by the system configuration Maintaining periodic communication with the Amplifier Chassis to report faults in any of the system amplifier modules Generating auxiliary signals entertainment system attenuate mute visual alarm indicator alarm active contact closure as necessary Converting 115V AC input power to the DC power required for all other modules Test amplifier modules and Alarm Generators as requested by the user via the User Interface Report test results to user via the User Interface The Main Amplifier Interface module is required for all systems regardless of configuration Auxiliary Amplifier Interface Module optional The Auxiliary Amplifier Interface Module Dynalec P N 60173 455 is required only in systems that use a second Amplifier Chassis since the Main Amplifier Interface Module see above can only handle routing to 6 amplifiers This module handles only the routing function described above and it is powered by the DC power generated in the Main Amplifier Interface Module Legacy Mic Interface Module The Legacy Mic Interface Module Dynalec P N 60173 425 contains
110. w se w z 3 a u oO lt O S S E El 5 5 sos xas ans anam anes va amen anan R O AN 84 ol sz ZE R ES sz z REP s Jk sz korze SS ee ko ll we lu es Lest z O G 13 S 5 ma Some aci ee RES Poovey eco eones feces lla ai El G E A sel mal sel IS sel PO sel JE sel IRC mel fet EE S s llo ES z z a E r 5 S 5 e u ees mwmes kees Iesse uwaa LT E UT o a O B maj E wm a a D EH mn ESCH ECH 4 a pen cen ces coc a a ee Ka es Ve Ve waj a N y L K 4 oS z red Ke E we mi je 5 ee See esz al al 2 S H H H H z Ze TE Te Ts Ge a R E iy z Z g 8 a Ti 7 Fi 2 DS DS E 8 g g g e EN DE
111. y status present in the Legacy systems Without these blocks a system with 10 amplifiers could be used to broadcast 10 different announcements one on each voice channel simultaneously However given the number of announcing groups handled by the Legacy systems this is not only unnecessary but it could result in confusion to the user As a result the following blocks have been defined as part of the default system Block 1 consists of Voice Channels 1 6 Block 2 consists of Voice Channels 7 and 8 Block 3 consists of Voice Channel 9 and Block 4 consists of Voice Channel 10 If an announcement is being made on any of the voice channels that are part of Block 1 V1 V6 Block 1 is busy and announcements on any of these voice channels is prohibited until the active announcement is complete i e PTT is released The same applies to each of the other 3 blocks Each mic interface has busy signals corresponding to each of these 4 blocks so that 1f and IC MSB 2 Mic Control Station is used each of the 2 BUSY lamps can be connected to one of these Block Busy Signals to inform the user that the block is busy and they must wait before making an announcement see Installation section for details on using an IC MSB 2 with the Integrated Announcing System The system will ignore attempts to make an announcement on a voice channel which is part of a block that is busy An example of the usage of blocks is an appl

Download Pdf Manuals

Related Search

Related Contents

CMS User Manual  SCIE RADIALE SUR BRAS 305MM  fichier 3 - CRDP de Montpellier  家庭用蓄電システム - Nichicon  TRENDnet User`s Guide Cover Page  NuMax SFR3490 Use and Care Manual  

Copyright © All rights reserved. Failed to retrieve file