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802 user`s manual

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1. 44 PS Tee fos NG MIC RN NE IN 44 PRESET Programming Function ded eR de uda 44 RELAYS Programming kise m qi ose Sew sense a a aX AK Ve ax EO dre 45 CALL LIGHTS Programming Function RR e SR RESTE 45 LATCH DISABLE Programming FUNCUON a u 46 PRESET EXCLUDE Programming Function nio e edi pere UP NR e EN 46 INSTANT MIC ON ASSIGN Programming Function 46 Appendix A 802 Update for Compatibility and 5 P NEUE RUN 47 NOTES ML 47 Appendix B Model 802 Special Purpose Programming Mode Functions a enne 49 Special Purpose Programming Mode 49 Button JM I 49 L stant MIe iae de eoa leat eal ea cede Me a ea rides 49 Bilat Select p 49 Tota NUIe decet 4 49
2. COPYRIGHT 1963 by RTS SYSTEMS INC All rights reserved These plans and or drawings transmitted to others be copied without the written consent entr RIS SYSTEMS INC 1160 West Chestaut Street Burbank 91506 U S A which owns all related proprietary EXTERNALS EXTERNAL CAMERA TSO EXTERNAL TALLY CHECKS INCOMING CALLS 15 REQUESTED HERE START WITH CALL NPUT 1 OF BOARD READ EXTERNAL WPUTS FOR ISO READ EXTERNAL ISO CONTACT TALLY 6 TIMES Ce LIGHT 150 BUTTON S ON OR CORRESPONDING TO i TALLIES INCOMING READ INCOMING CALL DISABLED CALL INPUT SET TIME OUT TRIS BUTTON SANE ALL RECOVER ALL CORRESPONDING TALK GNIES TALK GATES b USTEN BUTTON NEXT INPUT TURN ON MIG TURN OFF MIC _ No DONE ENABLE TSO DISABLED TSO ALL INPUTS GATE GATE SET AuUTO CALL NES LISTEN BUTTON EXT EXTERNAL TFB TALLY EXT EXTERNAL SQuUAWIC TALLY AUK PREATEXTERNAL CONTACT FOR PRESET A READ EXTERNAL PRESET A CONTACT AUX MIC AUXILIARY MIG READ EXTERNAL MC CONTACT READ IO EXTERNAL INPUTS COR SQUAWK TALLY 1082 TEB BOARDS ON OR OFF ING TO TALLIES READ IO EXTERNAL INPUTS FOR TEB SA TALLY READ EXTERNAL INPUTS FoR IFB SA TALLY TURN OFF Mic IF ORIGINALLY OFF TURN
3. 2 p A 0 ee COPYRIGHT 1083 by RTS SYSTEMS INC rights reserved These plans and or drawings may not be copied or transmitted to others without the written consent of ATS SYSTEMS INC 1100 West Chestnut Street Burbank GA 91506 USA which owns ali related proprietary Tights BUTTON FUNCTIONS 2 MIC Sw Mic ENABLE BUTTON COMES HERE PRESET BTN PRESET AND UNASSIGNED BUTTONS COME HERE NL MIC PANEL READ SET MIC COMES HERE TURN PANEL MIC HEADSET PLUGGED IN UNASSIGNED NO BUTTON YES ON OR OFF NO TURN OFF LIGHT DESELECT PANEL MIC SELECT HEADSET MIC ARE ANY OTHER PRESETS ALREADY ON OFF SANE PRESENT TURN OFF LIGHT wore BUTTON PATTERN YES ON OROFF ON ON OR Orc SELECT PANEL MIC TURN OFE MIC FORCE BUTTON BACK OFF DESELECT HEADSET MIC HK TURN OFT BUTTONS CORRESPONDING TO TURN OFF LIGHT PRESET EXCLUSIVE SELECTED THIS PRESET BUTTON RECOVER ARE ANY 5 OTHER PRESETS s HO TURN OFF STILL ON TTON ALL PRESE PATTERN cia TURN ON BUTTONS CORRESPONDING TO THIS PRESET BUTTON em pA NER RSS uses Gs P sp pes _ ree
4. 5 E2 E2 T4 28226 28 F ces 2 H 2 T615 T616 1 411 015 uxo U14 R5 05 e bul AS3000 5 REV RTS SYSTEMS CPU BD rn cs 1 U19 012 0 C C12 1 B1 C14 J6 J8 44 J5 Q
5. E 56 bro A P e 56 T c MT nM E PUE 56 Appendix E Documentation Summary Software re ERR Ties 57 NESE SON 57 Mother Board DIP Switch Assignments oes 57 Adjustment Board DIP Switch Assignments 57 Squawk Board DIP Switch dp 57 Chim Choices dias 58 bi coa 58 Mother Board DIP Assignments RUIN MIU UII ta oe Ms sepa Ds a e A 58 Adjustment Board DIP Switch Assignments pado vetus UE 58 Squawk Board DIP Switch Assignments uus ste Resin 58 Chimie CHOICES da o da 58 Appendix F Option Numbering System and Ordering System 6 Goode Feld 59 CHAPTER 1 Description Operation and Specifications Model 802 Description Operation The Model 802 Master Station is a microprocessor assisted communications control center Each Master Station is a stand alone unit that can be used either singly or in multiples A Master
6. l Rs 11 au 12 Chapter 2 Installation 13 Mechanical Installation 13 El ctrical Installation S aun E e iac Ea dat Dota ust te sb ric 13 POW6GP Ss bc Ee Lt se qu che 13 Groundin aese ed tse a Rud fles 14 Signals u us tne esie DL hiuc queas n tag adi 14 Sienals scs NOME PETS 19 KEV OUTPUTS cc 19 Relay Q tp t See Figure 3 oaa bo 19 External Microphones witch Gee Figure aan veras ane 19 MCP Connector See Figure 21 External Headset Connector See D3 ai cree nanaq a e Ga rud eb uq aus 21 External Microphone Connector See Figure 13 21 Program Inputs See Figure 13 ottica ago dee bie 21 Microphone Output Connectors See Figure 13
7. op BD P e oto 1 ess Can 4 cz BALANCED AUDIO CH 1 BALANCED AUDIO CH 2 Q BALANCED AUDIO CH 4 BALANCED AUDIO CH 5 BALANCED AUDIO CH I 7 BALANCED CH T BALANCED AubIO CH 7 BALANCED Audios CH 8 BALANCED AuDIC CH 9 MOTHER BOARD GSHEET BALANCED Audio CH BALANCED CH 9 BALANCED AUDIO CH IO 1 RETURN 3g KEYI 44 RETURN 239 KEY 2 15 RETURN KEY 3 46 j n KEY 4 RETuRN 14 1 29 15 40 16141 11 42 DESCRIPTION zone nev A A ADDED EZ0I E 306 DES S UOTE jn 82 AMARE CONNECTOR lt REN eco gt lt 214424 OB REF 5 REV Pee 510 B MAGE TRACE 4 NOTE 2 ADDED RESET TALLY PINS 9 1223 18 45 SHEET T7 s mu 6 ADDITIONS Z CHANGES PER ECO H 2541 ADDED E 35 686 RELA 2 ADDED MTERSHEET FOR CLARITY SEE ECO 1032 FOR COMPLETE LIST OF Mite en 7 10 86 2 0 84 LL gt z 7 Renso Eco 2041 TAUK SQUAW OPTION MOTHER BOARD PZZO AC AN 46 KEY 6 RETURII 44
8. H 7 11345452425 J704 1 13 a R746 12348678 9 01142134415 bP 1234567 8 53000 7 REV D SIDETONE SQUAWK HDST MIC LISTEN 5709 LISTEN COMMAND 5 RTS Systems mes LVL CHIME LVL MIC GAIN ASSIGN RST ASSIGN DS70X STATUS LAMP SW BD AS3000 9 RTS SYSTEMS Er S925 4 5926 sp i 2264 ls 8 L 3 18 E D Ex JL I JL cuc e icc re ptu 117 II sacle 3e 2069 7 ersa a 1 o 9 19 o 12 19 L 1 S cum pre sua ozea M i 13 1 8 8 11 JL uv anche ERE is rS JL AT Eun ERU EE lla I 2 39 It gt 19 IE EDS 1 L 26 E H ov 19 boc ces pem el o JN N C P gt EX gt sm L Or 15 25 C33 35 C43 48 C5 C55 ce ces CALL LIGHT BD C16 8 X AS3000 18A 636 1 Ex 4502 C1801 cog TS SYSTEMS 606 1603 T602 R605 0601 R60 R604 RTS SYSTEMS 4 WIRE BD SS 3000 6 REV A T601
9. p ea ed 1 4404 2 4 ore SHEETS 9 10 409 3 4 H Lu 8 5 eave 7 0021 le L 3 5 ors tack at DIG at H jo 2 pre TALK 9 DIT imawas 9 I Stl 7 pp TALK oos s GND vll je 1 40 TALK rel 70 2 28 SHEET wi TALKGATE IZ DOS AO BAM 5 AS MOTHER BOARD 9 4 o ore Lhe 5 uaos 6 pre TO J221 zou I RH eet ori SHEET 20 su ore KEY 14 pra poe z s ora 84 e 2 e us ia 5 Drs aH pea oe 1 4 SHEET 10 2022 5 4 PME il ranczad 005 11 PL 7 008 70 2105 7 7 R409A d RATO A H Ri orfa ADJUSTMENT BD 9404 2 IM 0406 5 DEVICE ADDRESS JUMPER 7 GND T 20 1229 BOARD FUNCTION DETERMINED pre SHEET 20 BY JUMPER LOCATION L 5 12 2 12 DII KEY GND ILES PIO w 2 wz T 16 ore see 5 2771 L le 4 prs 5 H Ls a He 00 35 0 5 4 p zo LA Stes It 4
10. 1 1 4 8 lt 4 2 R299 E R257 R267 R277 A287 R297 as 45 012 D10 H 8 8 8 cae 652 045 51 E um 50 ur CD us 858 1 1 42 8 1 4162 2 OOOO B 2 C27 C286 0296 46254 264 5274 46284 40294 0209 s 054 cse 014 ES OO visa xo o 10 1657 1 2637 Caes C203 8 5 9 S5 US Pp WR ERO gg WS R271 R2 5 8 1385 e 8 5 8 8 8 2 mony m 8105 44 TT 1 012 LISTEN 1 LEVEL 6158 36108 58334 56158 6157 86104 56128 5616 c0 56098 56124 58148 5609 1 S614A 5 1 3151 S608B S611A 56138 Ai a 3617 z 8 5 8 4 9 2 m Rod y 5 a LE cag 85 4529594 odo o 0 97 979990 8 3153 We 1619 3622 4612 3811 4202 3200 CB7 Y o C151 1 1 1 1 1 8 150 lt wisi 152 w153 5 5 1 50 wis4 838 we T wass 1616 1618 1920 0210 0211 U212 156 0150 8 W167 8 9 6210 yose o o 8 8 5 C153 CO C152 8 154 99 1 1 1 8 00 8 1 t 88 O wn 3 wis 8 8 614 R201 15 9152 2 2 2 5 1 1
11. LISTENS 5917 C C u 5 LISTEN 6 5918 DIS Pe AEST LISTEN 7 5919 DIG 8 ag LISTEN 6 8920 ET 5 LE T iss GND J4ol e d orele TALK 2 5902 DI 3 5 ______ TALK 3 S903 E TALK 4 5904 L LT LISTEN 1 5915 014 ie ve LISTEN 2 6914 015 71 TLC LISTEN 3 5915 DIG LISTEN 4 5916 10 J4nczao L 5 7 Aan tng Co 367 4001 AND REDRAWN 2 80 e UPDATED 79 TALK 1 55901 DOD aH CHANGED 74Cl4 74604 2 9 82 TALK 2 08902 DO 8 L 2 PER amp co 337 60063 E TALK 3 DS9O3 REV PER 114 1393 LK 4 05904 003 5 F ADDED MTERSHEET REFERENCES FOR CLARITY 1 70 80 TA d SEE ECO 16532 FOR COMPLETE LIST OF 2 org LISTEN 1 05915 004 0 ADDITIONS 7 CHANGES Dri USTEN 55914 ma CHANGED NOTE 1 WAS 409 ECO 1907 sasat 16 ISTEN 3 0591 Ecow 2391 2 70 99 2 0 89 14 LISTEN 4 05910 007 pi i OLS 14 5 015 4407 DIG 5 I DIT TALK 5 DS905 TALK 05906001
12. O O O pare APPROVED RAISED Ec 818 Pre ml COMPLETE LIST OF ADDITIONS CHANGES peere ______ L F FR Econ 229 208 SEE ALSO SHEET 2 FOR SQUAWK COA A 6C770A S l CONNECTION NOTE uNLESS OTHERWISE SPECIFIED UNLESS OTHERWISE SPECIFIED ES Eee 1 12 INTERCONNECT DO NOT SCALE DRAWING RTS SYSTEMS sunean cauronma SCHEMATIC DIAGRAM TALK OPTION TALK CHANNELS aoo I7 p gt ese 7 503000 A 05901 D902 D203 m V y y V D904 M DS904 D905 290 fa 25906 CL um Gun CLA V V V V V v 1 CI m gt oL JV J905 2 J908 3 J90i 3 J905 4 4901 4 J905 5 4901 5 J90G 2 J902 2 J 906 3 J902 5 J906 4 J902 4 0906 5 4902 5 J907 2 J903 2 J907 3 J903 3 gt 4907 4 J903 4 J9o 5 903 5 10 4907 1 4802 40 9 4 4190 3 10 W904 1 4904 10 5918 d O 5914 d 2914 m j 5915 d z Gma 5315 5916 d ese 5217 d Q Gm 0917 5918 d t 1 ree 55918 A 5919 D920 N j 5920 5921 N j 5922 poem 5923 2928
13. sbs 50 AUO LASTEN MIC C meom 50 IUOS EAE cen ova Meh 50 Ext MP LP ETE 50 Talk Turns On 50 TABLE of CONTENTS Talk Durns CUE TAS CI d 50 Appendix Addendum to Technical Data Package 51 x tegens npa ae eS 51 omia SCR CURE a aaa bo asa 52 Error 1 yaa 52 Examples of Commands and Responses 53 53 602 Sottware Update HR 54 Appendix S mma ry OL 802 Versions aspa qusqapas 55 bici 55 VersiOmd tassi 55 55 NCES E see E M 56 A
14. Z P2240 gt SPARS TALLY TALLY 1 Ire TALLY gt gt IFB TALLY 3 SPARE SPARE SPARE GROUND LO a BILAT 13 LO 12345678A 12345678910 BILATS Bd 14 SHEETS APPLICATION DO NOT SCALE DRAWING 12345678910 BILAT 14 M FROM diol MOTHER BD PER 233 TO 20 IFB CENTRAL ELECTRONICS UNIT MODEL 4010 misma 12345678910 12345 2312 aie 4409 9 6819 CHANGED R301 FROM 200m TO 390 0 ECO 1754 N PEN ae e 6 97 eB saz SPARE SPARE SPARE GROUND 2 345789 0 73 SHEET 14 SERIES 800 mabe 21483 REVISED PER ECO 1190 6M 7 23 84 Jj K Rz 25 80 TER CONNECTOR REAR PANEL TANG COMMON 7 COMMOM 5910 15456778690 SAZ TFB TALLY TALLY ree TAL 7 TALLN 8 SPARE SPARE SPARE GROUND 12345678910 23456789 10 PIO PaB PR CSHEET i gt 4405 P2408 MODEL 202 802A TFB OPTION RTS SYSTEMS BURBANK CALIFORNIA moms SCHEMATIC DIAGRAM pU Bae aerea CHECI
15. CALL PNL SPKR MICI SET SET SET 2 3 4 MIC ON ON 1 Setup Page 4 of 12 July 23 1986 CHME CHME 1 12 13 DISS BELL PHSR C 57 e o CJ C C a APPENDIX B Continued UNUSED BILATERAL CURRENT SOURCE SELECTION O Top 1150 OLD LG LG LG 1150 But 13 14 13 LG 14 15 16 Corresponding Circuit 2 102 101 102 101 102 02 02 Points to top row 3 3 5 2 5 2 2 2 Buttons 6 4 5 6 7 VERSION INDENTIFICATION VERSION 4 62 ILLUSTRATED OCCURS ON POWER UP x em CN n T XXXX 1 12 3 1 1 5 16 7 18 19 XXXX 1 12 13 4 15 7 8 9 PRE SPKR MIC SET XXXX SET 5 CALL loi 1 XXXX 3 4 0 L 2 3 4 5 6 7 8 XXXX XXXX lt indicates a lit button AXXXX Page 5 of 12 July 23 1986 Chime Choices 1 Di
16. 014 e CALL LIGHT TAO TNLY 6 DIS 1 TX KEY 1 H pre el bot 413 TO CPU GLOBAL RESET KEY DIT 2 8 001 3 uae TO 13 ENDO m ZONE BS ZONE BS 5 70 2 801 4 6 pos 7 CALL LIGHT 4404 TK 005 RX KEY GND 1 Bg 1 0182 BLINK IN 007 217 a 9 DIe 4 732 DI3 5 SHEET 24 406 KEYZ DIS BLINK GATE OUT 010 8 ZONE Bo Dow Dol 1125 po 70 74 CPU CALL LIGHT DIT SHEET 75 BOARD GND A HE 4414 Peary SAL 004 70 pos T CALL LIGHT 000 RX KEY GND pratt DII Bi 70 73 2 J409 SHEET 24 4 DIS ZONE 82 014 om Tre 2 Kev B j RXKEY DIS 7 0 1 BLINK GATE OUT DI6 8 31 et tn CALL ueni KEN amp 003 BOARD DETE ND oc hrg e SAZ 005 73 3 SHEET 24 I DOT 70 1300 GNDIIo TRB ALLY 71 2 re DII 2 SHEETS 23 20 Y 3 4 A DIS Iso TFB 1 DI4 TSO KEY 2 Dot 5 a DIS 111 1 TSO KEY 3 Jie 8 TSO 205 m SHEET 6 DIT ga TSO KEY 5
17. 942 TO J CPU J443 70 73 CPU 2 C401 C 440 ARE oluF 50 CERAMIC CAPACITORS FOR DEBOUNCING 1 441 C460 ARE F 50V MONO CERAMIC CAPACITORS USED TO BYPASS EACH NOTES UNLESS OTHERWISE SPECIFIED SERIES 800 RTS SYSTEMS ES ARE 7 m SCHEMATIC DIAGRAM MATERIAL DRAWN Sbueeeem 9 2482 MASTER STATION MODEL 802 802A TALK 7 05907 002 SWEET 15 SHEET 75 A TALK 6 DS908 005 EN ZONE BS ZONE 83 LISTEN 5 05917 004 Le I7 5 LISTEN 6 059 18 005 LISTEN 7 05919 006 1 LISTEN 8 05920 007 9 GND 12 u DIS 3 GND H 5 ors TALK 9 05909 gt DIG TALK 10 05910 001 2 ja CPU 1 TALK 05911 4 5 SHEET 15 BONE C2 TALK 12 05912 5 READ ADDRESS DECODER mn LISTEN 9 05921 004 fer LISTENIO D5922 DOS 5 D5923 006 8 LISTENIZ 05924 12 pre pri le Dre 4 pra 2 014 PRESETI 05925 Do 2 m 2 015 PRESET 2 05920 DO 3 016 PRESET 3 05927 002 E PRESET4 05928 DOSIST CALL 05929 004 6 PNLMIC DS930 DoS T HL Ls SPKRON 05981 Dosja 5 MIC ON 05952 DOT iz iS Dri J40 ie ore H 013 Drs aH gt prs __ 1 zi i SHEET 70 ra Ri ____ 45 DEVICE ADDRESS JUMPER 12 ore J
18. EXT HOST C jelene pez RELAY PHONE ANCILLARY PER ECOSOAT O O O O me 6 14 83 c Inelnol c incicoTe aaa e C Te TR SO PIN MALE F eveen per esaa Meer MOTHER BOARD H EEVSED PER ECO amp az ________ 2 1 85 PANEL REVISED PER ECO 581 CELL _____ ee ADDITIONS 7 CHANGES ADDED 200 AND MSE r Tr EtOW 2591 ss L 1 LI m D 1 D i s aol o up wama C ooo Tr is C mama 4 m ss aap ss am i eff T T D p s 4 1 s 7 zal T pis DIGITAL GROUND MSE J 16i REF 14 4 e ar HEE 5 ey ek ey gt b lt 4 gt 4 P d4 lt 41 MOTHER BOARD Lo s No NC NO NC NO NC NO NC NO NC NO NC SQuAWwK 122 2 K3 K4
19. 21 External Speaker Output See Figure 13 21 Headsets Re m 21 Headset R g irementS us m nai aR 21 Headset COMMS Ctl ef tes ted lut 22 Model 802 to Mode l S01 Model 860 rei ton 23 M 23 d CLIP RU m ea ei 23 Model 802 hias beu 25 Methods od peo ata 25 Method em 26 Method Siaa 26 Me thod T amu 26 Model 802 Seri s 4000 IFB EE 28 Series 000 Squa WKE i ESSE 33 Video d96 5 36 Chapter 3 Programming the Model 802 43 43 Hardware FUNCIONS Gn E 43 DIP SWItch s yasa
20. 5030008 mw mme COPYRIGHT 1923 by RTS SYSTEMS INC All rights reserved Theso plans and or drawings Not copied transmitted to others Without the written consent of RTS SYSTEMS INC t 100 West Chestnut bd Burbank CA 91506 U S A which owns all related Proprietary POWER ON INITIALIZATION BEGIN STARTS HERE WHEN POWER APPLIED CLEAR MEMORY CLEAR BUTTON DEFINITION TABLE TO UNASSIGNED BUTTONS ARE ANY BUTTONS SHORTED DEFINE IST 3 BUTTONS EACH ROW AS ISO HARDWARE YES CHANGED DEFINE NEXT G BUTTONS AS TALK AND LISTEN ROTARY LAMP TEST LIGHTS ALL LIGHTS AURAL CHIME TEST 3 RINGS FILL TABLES USED FOR TALK amp SQUAWK EMULATION DEFINE NEXT BUTTONS AS 801 ZTAK BOARDS INSTALLED FUNCTIONS INITIALIZE TIMERS FOR INCOMING CALLS MAIN PROGRAM LOOP TO SHEET e DEFINE NEXT BUTTONS AS TALK AND LISTEN TEB BOARDS DESIRED 2 DEFINE SOR LEB BUTTONS MAKE ANY AND IFB BUTTONS MOMENTARY ONLY DEFINE SQUAWK BUTTONS PER SQUAWK DIP SWITCH BOO SERIES RTS SYSTEMS BURBANK CALIFORNIA mos LOW CHART MODEL BOS 84 POWER ON INITIALIZATION L Eee ERA e e oaa 1277 NEXT ASSY USED APPLICATION ooworscuebm wwe NOT SCALE DRAWING N
21. o 4 25 lt 281 w _ f f S613 CH1 M 2 P ON OFF CH13 N 2 2 i3 ALWAYS OFF IALL RESISTORS ARE IOK NOTES Q E B 4WIRE CHANNELS 1 12 2 38 C3 3 WITH B3 TALK 7 12 ADDED 0059 Type 3 Foot Cow FERENCE MINUS REAR PANEL S610 5605 CIE 604 o 5 CH8 g N CH15 gt LO CH14 l 5603 2 2 CH13 Di Immun ON OFF RTS SYSTEMS CALIFORNIA 802 MOTHER BOARD SWITCHES CHAN ALWAYS OFF FSCM NO DWG NO REV NOTES 60572 TMI5334 DO NOT SCALE DRAWING SCALE sucer 7 OF 7 REVISIONS EROM Ello TEE ja pen oe REDRAWN TOREFLECT CURRENT TWISTED PAIR 46 5 2 86 BLK 24 GA FROM E16 TO en 2 ASSEMBLY PROCEDURES 5j RON Ca 5 TEACES NEAR 114 To MATCH 2 mm Y 2 ROM E18 E1 i Rev Ecoe SD ATOA EROM ETR TO TWISTED PAIR FROM E4 BELDEN SHIELDED CABLE 9398 Auc IZ Xm TU BLK 24 GA FROM E17 TO E15 PIGTAIL SHIELD WITH GREEN AC SHOULDER WASHER CALU n sect i GREEN 24 GA WIRE AND CONNECT TO E11
22. 054 Eto ps FROM 2 E1 ADDED PER ECO 1938 9 30 87 1 RED 24 GA FROM 22 20 TWISTED PAIR 1 2 89 ORANGE 24 GA FROM 23 21 1 2 LG SHRINK TUBING EA END REVISED PER ECO 2372 LAF 2473 RED IG TO SHIELDED CABLE 8451 BLACK 24 GA FROM TO E7 PIGTAIL SHIELD WITH BLACK WIRE AND i CONNECT 3820001 tv MADE MUSA SYETEUS MC 5 i zc 2 24 Qe Em k rl Boe a B REV 883000 1 3022 SUPPORT BIVAR 1250 CARD GUIDE 2 REQD TO 3 MICA INSULATOR 4 REQD 0126 REF 6 32 UNC 3 8 LG PAN HD PHILLIPS 6 REQD 6 32 UNC INTERNAL TOOTH LOCKWASHER 6 REQD 6 32 UNC 3 8 LG NYLON PAN HD PHILLIPS 6 32 UNC INTERNAL TOOTH LOCKWASHER ee REF UNLESS OTHERWISE SPECIFE eT HO T yu e INSULATOR TOLERANCES ARE RTS SYSTEMS BURBANK CALIFORNIA MATERIAL yc ASSY PC B MOTHERBOARD MODEL 802 K K Boorw 5 26 160572 7 53000 01 1 1 15 INSULATOR SHOULDER WASHER 8 REQD AS 3104 802 FISH SCALE 2 1 APPLICATION DO NOT SCALE DRAWING M oO mom w m V W LO L 3 oe OO 8 wo x a SA T
23. a Te ae 20K 0 4K we 1 1 Fite UD om OF pud ug mg e Lee LF amp 2 ALBII ALFII LTX8 A A gt C310 C322 RITO C320 C352 cass P 2 55 pF 6 58 MONO R322 12 8 6 R355 3 Ra R351 4 4 20K ERAT C324 54 lt 19 C356 a t J lt His 3 e C326 5 E 3 8 40 4 52 49 19 5 CS 4 4icaz3 s E 41 16 E 4355 R355 19 5 loom 47 10 A O R229 12 R359 442 22e T DT Alo 22 R3S6 R357 Ga 9 0 4 D 0 4K 20K 4 em E1 re 1 m e 42048 5 1 JBOOB nd M M Drs ALES in C332 R330 lt 4306 i qn E a 8 10 25 604 R338 C336 7 21 47 10 x M 39 R333 NS 3 44 WOK iso 25 4 SEE SHEET 10 FOR DESTINATION OF CONNECTORS S L 7300 T3 0 T3lo T3 7 7318 SEE SHEET 21 FOR E 0 4K 20K 5 to CONNECTORS T30043302 7304 J305 7308 J309 ENS jd 3 QUI HAB t 1 5196 PSM nee ARI USED ON SQLAWK OPTION PCBS CSQUAWK ONLY FROM LT 1 7 Bd i
24. lt AUX oa A surety lt SHEET II CALL TONE AUX EXT SPKR m SWITCHBOARD voL SHEET G SHEET 12 SHEET SHEET 14 SHEET 15 PIO 2 PIO 3 CPU do n CHANNEL CHANNEL CALL LIGHT CALL LIGHT TRANSMIT ASS Y RECEIVE ASY __ HG ___ sss 5 8 AUK SHEET 8 N CHIME CIRCUITRY 15 THE CPU IN THE 802A NOTES TOLERANCES ARE A FRACTIONS DECIMALS ANGLES SCHEMATIC DIAGRAM MASTER STATION MODELS 802 amp 802A ANALOG BLOCK DO NOT SCALE DRAWING DESCRIPTION APPROVED cy JA REVISED REDRAWN flozez 2 940 4402 4403 J404 4405 ADDRESS DEBOUNCE NETWORK H Bus DRIVER TIMING SIGNALS CRYSTAL __ 4MHz x DEVICE SELECT JT INPUT BUS NSC 800 SHEET IZ 4406 J407 4408 J409 J40 HIGH ORDER ADDRESS BUFFER FROM TOPIO 400 4409 9401 9404 ues Lareu V V OUTPUT DRIVER 14 5 WIS 18 19 LAMPS SwITCHES SWITCHBOARD SHEET 11 UIS ADDRESS DATA BUS INTERNAL 2 SHEET 15 Bus PIO 3 SHEE
25. 12 XL F 12 XLB XLF 13 XLB i4 XLF 4 AUX INPUTS 4 4X2H 4X2 BALANCE 2 4 WIRE SETS INPUTS J701 7702 70 10 0 MOTHER BOARD SHEET 6 84 R709 6 6 MOTHERBOARD 2 8 15 10K 3 RIM 4 K7l2 5 e 5 i IOK 10 6 6 6 6 6 6 6 6 BSS AMP SPK AMP LEVEL BUFFER DESIGNATE SETS AMPS DIP SWITCHES 572 7271 r7 27397 R74IT 67378 7398 R733 R734 20 67381 R740H R742H 67381 R740I RTI RIGHT BUS n c REVISED 0 28 82 UPDATED 706 WAS A MOLEX ADDED 706 PING S70 PINS 0 7 9 8 WERE 7 0 8 9 e ADDED INTERSHEET REFEREAICES FOR CLARITY 7 0 86 SEE ECO 632 FOR COMPLETE LIST OF ADDITIONS CHANGES CUNG DIP SW FUNCTION 220075 PER ECO 2391 2 0 89 4 REVISED PER ECO 232 ALTERNATE VALUE 100K 0705 U706 ARE 5532 U7O4 ARE MC3403N R737 R742 47K SIPS 220 SIP VALUES ARE M CROFARADS VOLTS SHEET 5 D4 J705 2705 J4 AT MOTHER BOARD pip switches 704 243 4 T7 2 5701 NOT USED 2 et lt SIDETONE SQUAWK 5702 NOT USED LEVEL ADJ LEVEL S703 FB ONJ OFF 4 4 17 6 2743 ri 25704 IFB 8 4 OR 150 72 0 5 Ts SPEAKER eae S705 PRESET EXCLU
26. 5 C1635 d cie4s L 61855 C1865 5 220 22k 680 pF 680 22 226 T esop t eio a 9 01801 PAGE 4 4 1 4001 22K w4 1 5 41806 5 6 7 8 9 TO 2 27 PAGE GND CALL LIGHT CALL LIGHT CALL LIGHT CALL LIGHT CALL LIGHT CALL LIGHT BLINK GATE CALL LIGHT GND RX KEY V7 RX KEY 2 8 RX KEY 3 9 RX KEY RX KEY 5 1 RX KEY OUT BOARD DETECT USED THIS PAGE 801 C IBIG CI821 CI824 CI831 CIBS6 CI841 CI846 C 1851 C18 56 CIBG1 8 D DS 1891 3180 R1I865 R1807 RIBOO RISBIL RIBIS RI amp 2I 21825 21851 R1833 RIBAL RIA43 R 1851 R1853 1801 1269 1870 RIB TIA F Arch Eng Supply 267 0001 RIBIOG 3 J 405 J404 L p 2 gt Ge o v w gw SCHEMATIC DIAGRAM MODEL 802 802A MASTER STATION CALL LIGHT OPTION BOARD FSCM DWG NO 00572 SD 3000 Arch Eng 367 0601 e REAR PANEL ueweo O TB Tee TB4 TBS TBIO TBI P Pee cco e822z amp ez 4e 53
27. 5924 P3224 gs udis abe ry dh 25924 giS E J905 6 J901 6 9905 90i J965 901 8 2905 9 J901 9 906 6 J902 6 9 4902 9 8 J906 9 4902 9 J907 6 J902 6 4903 31 J902 t1 49 3 4907 9 0903 9 9 4 4905 10 J906 J986 G0 4901 1 gt 4907 10 4908 1 4908 10 5901 5932 490 PN dr ewscnorion mos 9 Ne cum 5925 d s J904 2 LI 99623 x sa gt 5927 d CL Jeo4 4 at 0908 5 5928 dl J904 5 9 s 2 omm 929 d 5 C D929 m 908 7 bee term 5930 9 J204 3 d9o8 8 gt D9 5931 O J904 8 E es J908 9 Tessa 5922 d 4904 9 V 2933 J90 MR SOS TO J 26 7 0934 SHEET Ho MR502 2 ZONE 03 12V 2936 D937 D936 MR502 5 2 MR502 LAMP AND SWITCH NUMBERING VIEW FROM SWITCH SIDE OF SWITCHBOARD J900 TO 7406 1902 70 17407 7903 TO 1408 7904 TO 7409 1905 70 7401 7900 TO 7402 7901 TO 3403 J901 4908 CONNECT TO SEE SHEET 12 7908 TO 7404 1 ALL DIODES ARE 1414004 UNLESS OTHERWISE SPECIFIED CONTRACT NO SERIES 800 APPROVALS DATE UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES ARE FRACTIONS DECIMALS
28. 10 10 2 TO TALK SELECT SWITCHES 70 Uelo i2 ___1750 2 9 SHEET 8 12 1 50 ZONE 08 5 TALK OPTION BOARD SQUAWK OPTION BOARD UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE INCHES TOLERANCES ARE FRACTIONS DECIMALS ANGLES RTS SYSTEMS SCHEMATIC DIAGRAM MASTER STATION MODEL 802 MIC PRE BURBANK CALIFORNIA APPLICATION DO NOT SCALE DRAWING LEFT HEADPHONE RIGHT HEADPHONE ON INTERNAL SPEAKER N C USED ON THIS PAGE 40 9 08 D9 J2 5 47 J8 211 H3 J50 223 93 94 48 104 RIOS R292 RIS3 T3 T4 TBS TRIS E20 E23 ALC SPARE SECTION 553 Hi LO EXT SPEAKER NOT USED ON THIS PAGE RIOO RIOS RIOS 24 0 SHEET 7 LONE B3 70 ADJ BD SPD 704 TO 410 7 PIOF SHEET 72 BONE 85 G SHEET 20 Uta CHIME SQUAWK 70 2704 SHEET 13 BONE A amp CHIME LISTEN 2455 LISTEN AUDIO 2457 AUDIO SHEET T ZONE SHEET 13 ENABLE J4 ZONE 04 5 TO J404 5 BONE AS fe 317 4 6 5 9 pio 2 TO CARBON MIC JACK RING TO 34177 a VIA HOS 222 FRO
29. Q 22 e E25 SH W N POWER INPUT 26 8105 INT E27 bs O 129 I3 a LEVEL MODE pS 0126 54 53 g 6125 126 130 C127 6128 211 T221 C132 8217 R227 R217 R218 5 PL 8215 Rata 8 OOQ C138 C137 21 22 2 OX Q 0214 40224 C136 R134 R133 D131 0130 0126 aL HIE meo 2 a U125 R131 1 2 998 R126 BRIGHTNESS 0127 R139 R140 C141 R138 0135 8135 0132 0126 C144 C149 BH LO SH H LO SH LO SH H LO SH V H LO SH R L C H LO 5 4 3 2 4 H LONC C NO N C NO NC C NO NC C NO NC C NO N C NO MIC MIC T813 POM 2 PGM 1 EXT MIC PHONE VCPCONN SQA MICSW RELAY 5 RELAY 4 RELAY 3 RELAY 2 RELAY 1 OUTPUTS OUTPUT 1 064 2 EXT HDST Foor sw e TB14 LEVEL TB11 TB10 TB9 Tes 1 MODE tt pea 9 x E32 1 451 CUT FOR AUX 1 1 LEVEL MODE ov 453 52 51 84 C E35 Q E36 4220 1 1 1 3152 057 D51 223 4160 s125 1 1 058 052 T2 059 D53 1 061 055 4210 4221 00280355 062 056 1 1 42114161 853000 1 REV F 1 t 1 uen MADE IN USA RTS SYSTEMSJNC BURBANK CA USA 354 952 CHS cuis 14 T241 T251 Y261 271 T281 291 223 Dis T BEBE ow
30. RELAY TB 2 RELAY 2 TB 3 RELAY 3 4 RELAY 4 5 RELAY 5 6 RELAY 6 7 EXT MIC SW 8 VCP CONN TB 9 EXT HDST TBIO EXT MIC IN TBI I IN TBI2 PGM ZIN TBI3 MIC OUTPUT I 814 MIC OUTPUT 2 T815 EXT SPKR TBl6 POWER INPUT UNLESS OTHERWISE SPECIFIED DIMENSIONS 5 ARE CONTRACT NO SERIES 800 XX APPROVALS pu RTS SYSTEMS SCHEMATIC DIAGRAM MASTER STATION MODEL 802 802A INDEX FSCM NO D eose SD 3000 pez C pee 8 SE BURBANK CALIFORNIA FRACTIONS DECIMALS ANGLES fv J O3 150 2 50 PIN MALE PANEL S389 0 wano OR Slo CHEERS IE e 3 SISISIS S 8 gt 9839 5 98380 9 2 x AXIS 9172325278910 172345278909 723545027890 PRIORITY PRIORITY 2 5 OL 2345678910 VEP l2 OPTION BOARD PIO P C B 3 PIO P C B 2 N 73 18 CONNECTED TO 1 OF 4 PRIORITY PLUGS 5 2 51 3 OR 51 4 J3I4 15 CONNECTED 1064 PRIORITY PLUGS 33 4 P33I4 2 P3314 3 OR 3314 4 2 THE VCP 2A OPTION HAS BEEN UPDATED FROM THE VCP l2 OPTION TO INCLUDE THE GLOBAL RESET FUNCTION ALL DIODES ARE AMP 3OV SCHOT
31. gt 23 DELETED ADDED TALK BUS J318 O ECO 2133 PER ECON 2371 20 91 5 8 39 15 40 16 41 4 4 NM qu P3IOA PIOBA UMJI r 000 OPTION BD 51 1 0 SWEETS AT ANTAL K SQUAWK OPTION BD 2 SQUAWK 1 10 SHEET pasal 9 r oo 0 0 9 2 9 9 paos umor OO NRG SPOTS PIO SHEET 14 TI mM LLLI LL FEE SQUAWK SPARE SQuUAWK ENABLE Swit TALLY 1O SQUAWK TALLY 9 GP HAN QUAMIK KEY 1 SQUAWK EY SQUAWK KEY Y SQUAWK Z m A TO so 150 KENS SHEET 23 N m t 9 r doo 000 NOTE CUNLESS OTHERWISE SPECIFI ED a A PSZ 15 ADDED TO CABLE ONLY WHEN BOTH 150 DMENSIONS HIINCHES es BCO M AND SQLUAWK OPTIONS ARE INCLUDED TOLERANCES ARE lt RTS SYSTE s BURBANK CALIFORNIA THE FOLLOWING CONNECTORS ARE NOT USED ON xx TALK SQUAN IK BOH 1 JSCOB JS04B 1506 BVT _ x SCHEMATIC DIAGRAM THE FOLLOWING CONNECTORS ARE NOT USED ON amp 8s SQUAWK CONNECTIONS 2 ISOOA ASO
32. 2 WIRE CHANS 1 6 SWITCHES FOR CHANS 7 12 STILL SET FOR 2 WIRE OPTION EVEN THOUGH _ TET THA sone _______ __ NOT USED WITHOUT 63 OPTION 0 5 3 OPTIO 4WIRE CHANNELS 1 12 EIC o C26 OR 2 48 03 4 WITH B3 TALK 7 12 ADDED 1 1 1 CHAN 13 ALWAYS OFF NOTES REAR PANEL S610 S615 CH13 E x w x l 2 gt urusa gt gt CH13 FRONT PANEL UNLESS OTHERWISE SPECIFIED Z REMOVE ALL BURRS BREAK SHARP EDGES HOLE TOLERANCES RTS SYSTEMS BURBANK CALIFORNIA 51 89411 19687 R1972 ENSIONS ARE IN INCHES ES ARE IS DECIMALS ANGLES o 250 010 TOLERANCI FRACTION 1 NE ji 1802 MOTHER EOARD SWITCHES lt DA FSCM NO DWG REV aa 60572 IMI 334 APPLICATION gt NOT SCALE DRAWING seus 2 OF 7 Q Q 2 WIRE CHANNELS 1 6 4 WIRE CHANNELS 7 12 C3 4 W B3 TALK 7 12 ADDED REAR PANEL e L HI I ON OFF 5605 1 ON OFF 610 UNLESS OTHERWISE SPECIFIED REMOVE ALL BURRS L BREAK SHARP EDEES HOLE TOLERANCES PER 81 864 11 1067 1572 DIMENSIONS ARE IN INCHES TOLERANCES ARE lt ERACTIONS DECIMALI 16 x OFF d
33. PANEL 2 2 i i 72 2 1 H i HDST NA 2 4 m HDST MIC SHEET 12 ADJ PANEL LIMITER ZONE BS SHEET 7 ZONE C4 THRESHOLD R747 420 TRIM 50 TRIM SI03 BOTTOM VIEW 904 LEVEL J305 IMODE LINE 7614 6 USW B T2 i HI Sy R43 635 EM REFERENCE 200 LO OUTPUT GND 6V H SHEET 17 TALK o BOWE CHIME P R26 22 4 RBY TO J410 0154 4 PE SHEET 2 85 XLR 5 3I STD XLR 6 21 REMOTE BOTTOM VIEW HEADSET lt 50 E MIC 68K IN P J ND CARB MIC 25 07 E HDST JACK IN9 4 2 SHEET 5 ZONE DT FROM LEFT HEADPHONE AMPLIFIER 4 06 SCHOTTKY DIODES VF 0 1 O 3V 3 CUTTABLE TRACES USED FOR OPTIONS ARE SHOWN 2 2 CAP VALUES ARE SHOWN MICROFARADS VOLTS ALL RESISTORS ARE CARBON FILM 4 WATT 151b NOTES UNLESS OTHERWISE SPECIFIED USED ON THIS PAGE CI C39 C91 C99 DI D7 DIG O17 It J2 Jb Jil HOO RI R20 222 RA7 RIZO R123 R46 2747 01 5 TH 72 QI Q2 789 TIO TBIB EI E18 E30 NOT USED ON THIS PAGE C40 C90 08 015 R l R48 RIS 7 OMIT R44A WHEN CHIME OPTION IS NOT USED G USE ON HDST ELECTRET OPTION ONLY FOR DYNAMIC PANEL REMOVE CHANGE VALUE OF
34. RTS SYSTEMS Kama INTERSHEET REFERENCE FOR 7 0 80 SEE ECO M 032 FOR COMPLETE LIST OF ADDITIONS CHANGES D Ecos 259 _________ 2 0 9 PER 381 2 14 82 BURBANK CALIFORNIA SCHEMATIC DIAGRAM MASTER STATION MODEL amp 02 802A CZ LE Ime I ess __ j OF OF eo Q v x R4OlA J RAOZA H 20 4405 22 iM 51 u4ot 8 usos 51812 SQUANK ENABLE SWI DI POSIT SWZ DIZ SWS DIS DIS SQUAWKTALLY 9 SQUAWK TALLY IO DIT GND 10 4 4 19 GND PRESET 5925 2 PRESET 2 5926 PRESET 3 5927 DIZ PRESET 4 5928 013 CALL SET UP 5929 DI4 PANEL 5930 015 SPKR ON 5931 016 181 5932 kis TALK 9 5909 ret 4 TALK 10 5910 TALK S911 TALK 12 5912 DI3 LISTEN 9 5921 014 em LISTEN I0 5922 DIS T 3 LISTEN1 I 5923 DIG B LISTEN 12 5924 DIT uto 1 ENG aa EPA BENI Cm 4 04 2 0 GND 5 L 7 5 RAOTA J R408 A H 5 a 22 aop 5 5 ge TALKS 5905 5 0405 pan TALK 5906 DII 31 TALK 7 C C C fe C lt TALK 5208 Dral
35. 41 e 7 3 42 A 18 5 43 e H X Z 44 0 20 9 H 45 Q d bi SO TALLY 4 c co EE a 22 41 SS z SE MOTHER BOARD 5 po lo N 6 1S Io 556 253 D55 M 004 U24 1 6 6 007 J24 9 AUDIO M T AUDIO 291 SQUAWK urn SHEET 79 ZONE 84 54 zlo o o SEE SHEET 20 BONE 4 TE REVISED PER ReneS Eco 546 D Revised Ens aes ADDED 204 20 TO JEZ REF ADDED KEYS 9 O ON 253 ADDED INTERSHEET REFERENCES FO SEE ECO 1032 FOR COMPLETE L ADDITIONS 7 CHANGES ADDED 25 8 16 PER EcO e372 i 3 89 ECO 2391 1 0 84 o Hoe 1 19 Jun S jo j 9 o JY 6 fur 5 fw UNLESS OTHERWISE SPECIFIED MATERIAL DO NOT SCALE DRAWING APPROVED 0 9 84 1 40 86 1 ALL DIODES ARE AMP SOV SCHOTTKY DIODES 5 FOR EYAMPLE INTERNATIONAL RECTIFIER IDGO 5 NOTES UNLESS OTHERWISE SPECIFIED RTS SYSTEMS cauronnia APPROVALS SCHEMATIC DIAGRAM MASTER STATION MODEL 502 802A 150 CONNECTOR 42 503000 1 C TO IF CENTRAL ELECTRONICS UNIT Nos MODEL
36. 8 CP 8 Carbon Mierophone Headset Jack 8 Dynamic Microphone Headset 14 PE eR ESSE PEEL Ve T 8 Adjustment Board Description and Operation u 9 Listen Devel 9 Balance 9 Auxiliary Control Sidetone Level Chime Level Squawk Level Panel Mic Gain Headset Gain 9 WOT Hes a s maynmm kS a sa SSS 10 Stat s Lamps sa iouis SOS sn NOS Sua Eh amuyi 10 Programming ana 10 Rear Panel Description Ve e 10 Line 6 6 kum Qa im us hI Am paya idus tad SA S pola Galo ashi 10 Ancillary Connector Maa CENE 10 Squaw ANC ASO CODBeCIDES cR e ERRORES 10 dich nn 11 Optio al Aux Connecti uie souci 11 Interfacing to Other
37. 9 STATION MODEL B02 802A C 361 C347 D3II DANG D32 DB36 E301 EBO7 J300B 1303 1B04A 12048 WANY 1305 1500 1308 5309 43100 4310 ISIS RBIO 10 TA T321 TSA 1341 1351 TAS U 301 LISOB Rm ALK SQUAWK OPTION BD FSCM NO DWG NO REV cose 3000 A ene gt REAR PANEL LINE CONNECTOR SHEET BALANCED AUDIO CHT BALANCES AUDIO BALANCED AUDIO CH amp BALANCED AUDIO Ch 5 UAN u TALK SQUAWK OPTION PCB SHEET 9 1238245678910 V 234561 89 lo PAG 1 32 A E G T amp 9 lo V Z 34 567 8 9 10 CALL LIGHT OPTION RC B 71 12 SHEET yp Ky 5 0 0 4 U M U 5 TALK GATE 22 7 TALK GATE 9 8 TALK GATE 10 TALK GATE TALK GATE 12 AUDIO LISTEN FEED 12 AUDIO LISTEN BALANCE 12 AUDIO LISTEN FEED AUDIO LISTEN BALANCE AUDIO LISTEN FEED IO AUDIO LISTEN BALANCE 10 AUDIO LISTEN FEED 9 AUDIO LISTEN BALANCE AUDIO LISTEN FEED 4 AUDIO LISTEN BALANCE 6 AUDIO LISTEN FEED 7 AUDIO LISTEN BALANCE T SQUAWE FL 0 0 89 m wn oh AN ousu fv 00 4 eao9 4409 0 0 206 Uu B 5 PLO SHEET gt MOTHER BOARD SHEETS G5 19 r F zone ae
38. Technical Data Package Models 802 and 802 Master Station 9300 3510 00 Rev F 5 2006 PROPRIETARY NOTICE The product information and design disclosed herein were originated by and are the property of Telex Communications Inc Telex reserves all patent proprietary design manufacturing reproduction use and sales rights thereto and to any article disclosed therein except to the extent rights are expressly granted to others COPYRIGHT NOTICE Copyright 2006 by Telex Communications Inc All rights reserved Reproduction in whole or in part without prior written permission from Telex is prohibited WARRANTY NOTICE See the enclosed warranty card for further details CUSTOMER SUPPORT Technical questions should be directed to Customer Service Department RTS Telex Communications Inc 12000 Portland Avenue South Burnsville MN 55337 USA Telephone 800 392 3497 Fax 800 323 0498 Factory Service 800 553 5992 RETURN SHIPPING INSTRUCTIONS Customer Service Department Communications Inc Lincoln Telephone 402 467 5321 Fax 402 467 3279 Factory Service 800 553 5992 Please include a note in the box which supplies the company name address phone number a person to contact regarding the repair the type and quantity of equipment a description of the problem and the serial number s SHIPPING TO THE MANUFACTURER All shipments of product should be made via UPS Ground prepaid you may reque
39. 25 MODEL 4 VIE 306 1106 4 mcr TO 6 GAMERAS 4 4 WIRE USER STNS PRIORITY 1 50 4 4 P7 MODEL an 50 VCP 6 3 PRIORITY 2 50 3 3 TO 6 CAMERAS 8 MODEL N TW USER STNS VGP 6 3 PRIORITY 3 PLUG IN POWER SUPPLY XSVAG FIGURE 35 Method Model 802 to ISO Connection FIRMWARE FIRMWARE FIRMWARE 4 2 4 3 4 5 4 6 4 7 1 CALL ANSWER 1 CALL ANSWER 1 Not Used 2 INSTANT MIC ON 2 Not Used 2 Not Used 3 IFB on off 3 on off 3 IFB on off IFB 8 4 or 150 12 6 4 IFB 8 4 ISO 12 6 4 IFB 4 8 ISO 6 12 5 PRESET EXCLUSIVE 5 PRESET EXCLUSIVE 5 PRESET EXCLUSIVE 6 Not Used 6 Not Used 6 LISTEN FOLLOW TALK 7 COLD START 7 COLD START 7 COLD START 8 SET UP DISABLE 8 SET UP DISABLE 8 SET UP DISABLE FIGURE 36 Adjustment Board Command Switch 39 Installation FIRMWARE X amp 240 CALL LIGHT TIME QUT TALK 7 12 ENABLE ON 801 emulate ISO ENABLE ISOLISTEN DISABLE IFB ENABLE IFB SELECT IFB TALK DISABLE FIRMWARE 4 0 4 1 4 2 4 3 4 5 4 6 CALL LIGHT TIME OUT OFF 1 6 talk ON 7 12 talk ON 801 emulate ISO ENABLE OFF external contact ON buttons ON disable listen buttons when ISO active ON ISO enable Not Used ON disable talk buttons when IFB active FIRMWARE 4 1 CALL LIGHT TIME OUT 1 6 talk ONz7 12 talk ON 801 emulate ISO ENABLE OFF external contact ON buttons ON disable listen buttons when ISO active ON
40. 48 Model 802 Special Purpose Programming Mode Functions Special Purpose Programming Mode The SPECIAL PURPOSE Programming Mode allows the user to choose additional operating features These features are described within this chapter The description includes instructions for the user to implement the features Button Lock Button Lock formerly Button Inhibit is used to lock buttons ON or OFF To Lock ON do the following First clear display then select button s you want locked ON Go into SET UP MODE select SPECIAL PURPOSE then BUTTON LOCK Reselect the same buttons you want locked ON After you clear from SET UP MODE these buttons will stay ON and cannot be turned OFF or programmed for any other function except keying relays You cannot lock ON PRESETs To Lock OFF do the following Clear display and go into SET UP MODE Select SPECIAL PURPOSE then BUTTON LOCK Select button s you want locked OFF Clear from SET UP MODE and the selected switches cannot be turned ON If you d like to lock OFF some buttons but have a PRESET turn them ON program the PRESET first and then the BUTTON LOCK Instant Mic INSTANT MIC Activates MIC ON with any usable TALK button Standard units can only use TALK 1 through TALK 6 Units with option TALK Channels 7 through 12 can use TALK 1 through TALK 12 Bilat Select BILAT SELECT can turn ON a normally unused bilate with a button on the front panel Go into
41. 5615 OFF SYSTEMS cursank CALIFORNIA 802 MOTHER BOARD SWITCHES CHAN ALWAYS OFF 2 FB 60572 DWG TMI5334 A NOTES ______ __ 4 WIRE CHANNELS 1 6 2 C2 4 2 WIRE CHANNELS 7 12 3 C L REAR PANEL S605 CH8 A 092 x _ CH13 N PANEL aoa qa RTS SYSTEMS ANSI 11 1967 81972 DIMENSIONS ARE IN INCHES ES ARE N TOLERANCI FRACTIONS DECIMAI ANGLES APPROVALS 2 Un R 802 MOTHER EOARD SWITCHES STNG TRS NT L 60572 5334 sur 4 OF 7 sone J 1 CHAN 13 ALWAYS OFF NOTES MIXED 2 WIRE amp 4 WIRE I3 ALWAYS OFF NOTES 12 B3 C24C3 OR C2 44 C3 4 ADDED CA ANEN CHANNELS 8605 ON OFF SHOWN 2 WIRE 4 WIRE CHI 3 5 CH2 4 6 8 10 II 7 9 12 REAR PANEL 610 615 xl z N 15 ON OFF MOLE TOLERANCES PER M RTS SYSTEMS BURBANK CALIFORNIA TA SP dmm 80 MOTHER BOARD SWITCHES FSCM NO DWG NO eor 34 5027 FRACTIONS ECIMALS Xx 2 WIRE 4 WIRE SIMULTANEOUS OPERATION CHANNELS SS EET I I2 83 C2A 4 ADDED 1 PANEL 5615 5 gt 4T 8614 2 2w
42. R293 1 eem 4 2 6 6 Rz91 442 0 4K 1 19 4 12 zz 2 C286 SHEET 19 so BILAT TALK GAT loom 4710 ZONE B4 D Tes REAR PANEL 20K TO 21 SHEET 72 ZONE BS Lax SCHEMATIC DIAGRAM TO O mso ergo MASTER STATION MODEL BOZ 802A pee SOURCES p SD3ooo pe RTS SYSTEMS sumem TALK SW BILATERAL CURRENT BOF 2 REVISIONS zone 77 5 4 REDRAWN PAEL ew LTXT ALBT ALFT A BIO ALFIO lt PER ECOm SIS C215 C345 PER ECOP 1 050 6 10 24 63 ED PER ECO 7 18 P em 33 pore REVISED PER 297 _ 50 2 R342 ADDED NOTE 4 SEE 632 FOR 7 0 85 MONO RBIS MONO R345 COMPLETE L ST OF ADDITIONS CHANGES Ra 330 DELETED ECO 2133 2 70 88 244 44 PER ECO H 259 2 0 89 10K E34 Rs4 4S RS ont lo amp a iE 202 Rae Caio a CREER 340 tro s 21 loon 41 10 oe 52 s 100K Aso Zam Qa Ec 77 Rago
43. or tan without tho writen 4 of RTS INC TO West Chestnut pow Burbank CA 91506 U SA which owns all proprietary SAVE PRESENT BUTTON PATTERN TURN OFF ALL PRESETS 8 LIGHTS 5S 31 IGNORE CALL CALL BOARD INSTALLED TO SELECTED ROUTING PRESET PRESETS EXCLUSIONS 4 RELAYS DISABLE SET CUI QNZOMING CALL TS COMES HERE FROM OF ABOVE 5 SETUPS WHEN DONE DID SETUP BUTTON FINISH THE SETUP RECOVER BUTTON PATTERN EXISTING BEFORE ENTERING SETUP MOE RETORN TO NORMAL PROGRAM MODE SETUP BUTTON COMES HERE AFTER S SECONDS CHOOSE BETWEEN BUTTONS 25 28 4 PRESET BUTTONS SET LIGHT PATTERN CORRESPONDING TO EXISTING PRESET SELECTION ALLOW PATTERN BE CHANGED SET LIGHT PATTERN CORRESPONDING TO LIGHT PANEL BEFORE SETUP MODE PNE BUTTON PUSHED PRESET OR SETUP BUTTON PUSHED LIGHT PATTERN IN PRESET TABLE SETUP MODE SET RLX SETUP RELAYS CHOOSE BETWEEN BUTTONS 13 18 RELAY BUTTONS SET LIGHT PATTERN CORRESPONDING TO EXISTING RELAY SELECTIONS ALLOW PATTERN TO BE CHANGED SET LIGHT PATTERN CORRESPONDING TO LATCH DISABLED BUTTONS ALLOW PATTERN CHANGED LATCH DISABLE OR SET LIGHT PATT
44. the audio booth s 802 would be programmed to accept signals on the Audio channel only while other 802s would be programmed to reject any signals on the Audio channel Only the receive function is programmable The send or outgoing signal is always enable on all channels equipped with the Signal option To program the CALL DISABLE programming function to a button or buttons 1 Enter the SET UP MODE Push the CALL DISABLE PRESET 3 button Push one or more button that you wish to disable the CALL function Push the CALL DISABLE PRESET 3 button again to store the setting and to do further programming or push the SET UP MODE CALL SIGNAL button to exit SET UP MODE 45 Programming the Model 802 LATCH DISABLE Programming Function The LATCH DISABLE programming function allows the latching action of any dual action button to be disabled This means a button can be programmed to function as a momentary action button only A logical application would be when a TALK button is programmed to key a two way radio transmitter In this application when the transmitter should not be keyed continuously on disabling the latch action allows momentary only To program the LATCH DISABLE programming function to a button do the following 1 Enter the SET UP Push the LATCH DISABLE PRESET 4 button Push one or more buttons that you wish to disable the latch function Push the LATCH DISABLE PRES
45. 1S0 enable Not Used ON disable talk buttons when IFB active FIGURE 37 Motherboard DIP Switch Assignments 40 Electrical Installation 41 Installation 42 CHAPTER 3 Programming the Model 802 FIGURE 38 Model 802 Front Panel Programming Buttons Introduction There are two kinds of programming functions on the Mode 802 Hardware and Software The hardware programming is accomplished via dip switches and by plugging in option boards The software programming is accomplished via the front panel buttons Hardware Functions The hardware dip switches are located on the motherboard the adjustment board at the very back 43 Programming the Model 802 The Talk Squawk Option board The option boards that effect programming The Talk Squawk Option board s The Signaling Option board s Also called the Call Light Option boards Plugging in the Talk Squawk Option board and setting the dip switches on it and the motherboard for Squawk functions caused the Model 802 to operate in the Squawk Mode Plugging in the Signaling Call Light Option board activates the Signaling Option DIP Switches The adjustment DIP switch assembly has an eight function programming capability See Figure 36 on page 39 for illustration The motherboard dip switch assembly has an eight function programming capability See Figure 37 on page 40
46. 2 Z Y RESISTORS ARE 4 W CARBON FILM X 5 CAPACITORS RTS SYSTEMS CALIFORNIA SCHEMATIC DIAGRAM DRAWN R PEKSON 8 1 84 MASTER STATION MODEL 802 802 ADJUSTMENT BOARD FSCM NO no gi REV D 60572 503000 Peer 7222 OQ C C 4202 4202 ALBI ALFI ALB4 LTX 7 4 C24z iso Redz TSD FROM 05 MONO MONO Rau 2 C214 10K R24 ZONE 3 6 roles 26 Tail 3 47 10 tezia R243 E Reag caa R219 442 4 50 22 05 1 50 Well 6 60 4K 20K E 1 tl 202 2202 165 m ALF2 T2 C220 4 LTX2 C222 at fs 41 50 o 50 o 33 F 6 1161 R222 5224 d C226 E E js lis Tezi Ez vis 5 a 4 4 R2Z3 51 i 4 R229 442 Ao 56 2220 R226 weet t6 E i H2 19 ie 2 202 9 2 ALB3 ALE3 9 ALBG 5548 lt 4 LTXS cese T 4 4 5 J200 J200 prosz Shes 296 Pn 1 SHEET 13 2 8 025 O4K D SHEET 13 ZONE C5 4233 goa a ZONE C5 R239 n 1 uso ui 2 decore 6 0 4K G tto tae 2 ALBIS
47. 2532 2 CAP VALUES ARE SHOWN MICROFARADS VOLTS I ALL RESISTORS ARE CARBON FILM 4 WATT S Yo NOTES UNLESS OTHERWISE SPECIFIED R2IOA RZIOF Rall RZI9 TO CW SIDETONE ADU BOARD J4 SHEET 04 ne ALF4 zone REVISED REDRAWN _______ REDRAWN 0 12 62 Bj UPDATED 028 82 UPDATED 1 5 __ D UPDATED PER ECO 931 4223 SEN 54 5 16 23 ____ E 20 ___ LE REv PER Eco 997 mia 1233 ______ EE O7 G REV e 22483 ______ 246 n 5 PER ECO 758 127 8 ____ 160 gt T ADDED INTERSHEET REFERENCES FOR CLARITY 7 10 80 SEE ECO 1632 FOR COMPLETE LIST OF gt ADDITIONS 7 CHANGES CHANGED PIM NO S 1 2 70 73 4 2 OM U212 9 I K PER ECO 2372 1 5 89 xX 12 PER EOR 2591 2 10 89 E1 C256 47 0 i E 6 J2 70 C220 9 6 SHT 5 c RO R290 150 LISTEN MUN LEVEL LTXIS OPTION SOBA TO PINS 9410 PINS wa SHEETS SHEET G C2bo MONO O 4770 R291 10K MEDI ope 295 L 6292 el BILAT 15 15O 70 7100 f R295 SHEET 23 225 ZONE 25 1 294 amp te 1 uae Roe 296 z gt 10 25 1 44629 t1 r R299 1 30 100K
48. 4305 4306 SQUAWK CONFIGURATION 4209 USED FOR MORE THAN CHANNELS OF SQUAW FOR TERMINATION GND aa T SQTALLY 8 i OF UNUSED BILATERAL CURRENT SOURCES A 2 2 gt 22 2 C DBIV DBIG USe D326 ARE AMP BOV SCHOTTKY DIGDES EX INT RECT PN 725 5 gt 3 5202 lis AWK 2 L 3 2326 ron SET SQUAW LISTEN SELECT Surrcu ssco jas DESCRIBED PROM LES CHANNEL 4 5 TALLY 4 K Ts S804 TALK SQUAWK PLB CONTAING LISTEN TAPS I SQUAM I PCS 2 SELECT B 5 116 CONTAINS LISTEN TAPS 1 0 TO ASSIGN SQUAWK POSITION SET 5209 N AG TALLY 3 esos ON THE PLB CONTAINS THE PROPER LISTEN TAR TOTHAT LISTEN MOTHER BOARD Q lt lla Pru SET 809 ON TAE THAT DOES NOT AANE THE DESIRED Se 5 q T SSS LISTEN TAP TO SWITCH POSITION 7 8 9 OR IO NOT CONNECTED ar FOR EXAMPLE FOR SQUAW 3 5809 ON BCB 16 SET TO POSITION By 0829 7 7 8 3 OR 10 5509 OM PEB A2 16 SET TO POSITION 5 Lcid NOTES UNLESS OTHERWISE SPECIFIED TA UNLESS OTHERWISE SPECIFIED CONTRACT NO 10 TOLERANCES ARES n SERIES BOO RTS SYSTEMS so me et o 1206 SCHEMATIC DIAGRAM MASTER USED ON THIS PAGE C8I6 C320 C326 C38I CBS4 C 341 C346 35 C356 TER 89
49. ALFIS LTXI5 BALAT 13 lt R272 Mone SHEET 19 A ZONE 9212 Re J2n eb 4053 IOK 460274 BLAT t Zig 15 3 8 25 CES A 196 40 R279 HZ look Jajo te t te 0 4K 5 225 T6 9 t iso s 429 Y 14 TS Ao io R290 15 PART AN ALTERNATE 150 CIRCUIT 4200 USED ONLY WHEN CHANNEL 5 15 USED IN 4 WIRE MODE u Mos 9 TRANSFORMERS 00 500 LM9003 SHEET 73 8 ALB AUDIO LISTEN BALANCE AND EN TN R280 ZONE C5 ALF AUDIO LISTEN FEED Go To LISTEN SWITCHING SHEET 12 USED ON THIS PAGE gt 210 21 221 C226 AREA OF MOTHERBOARD 5601 5012 PAGE o To o4o8 Po EK 120270 4410 ZONE BS 2 240 240 250 250 20 246 T LTX 13 14 15 ARE SPARE INPUTS SHEET uzoo x C286 C291 C296 R201 22012 R22 RZ29 R23l R239 R24 R 49 R25I R 59 R26l R269 RZ1l R219 R28I R289 d2 451 J200 0202 J210 92 LTX 1 LTX CALLOUTS CONNECT To BONE CS R240 51 CALL LIGHT TRANSMITTER CHANNELS 1 0 SHEET 78 5 0209 4214 ARE NESS32N ROM 4 5 6 DIODE 01 To AY V2 CUTTABLE TRACES USED FOR OPTIONS ARE SHOWN A 7
50. In the Master Stations Configuration Figure 5 on page 15 interconnect the stations using Model 4025 splitter assemblies Connect the Model 802 LINE connectors 1101 to the Model 4025 splitter assembly as show in Figure 5 on page 15 Terminate the system by connecting terminator plug of Figure 6 on page 15 to Model 4025 In the Master Stations and Model 862 Configuration Figure 7 on page 15 interconnect the stations using either the multiple connectors on the rear of the Model 862 Model 4025 splitter assemblies or a combination of both Terminate the system by connecting terminator plugs Figure 8 on page 16 to jacks J5 to J8 of the Model 862 Two terminators are required for a 6 channel system Four terminators are required for a 12 channel system On a 6 channel system install terminator plugs in Model 862 1 2 3 J5 and 4 5 6 76 connectors On a 12 channel system install terminator plugs in Model 862 1 2 3 J5 4 5 6 76 7 8 9 77 and 10 11 12 18 mechanically secure the cable to the Model 802 panel do the following 1 Remove the screw just to the left of 7101 Plug the cable into J101 Secure the cable connector by screwing the captive screw in the connector into the hole left in step 1 above Use cable to secure the other side of the connector using the cable tie loop on the rear panel of the Model 802 CAUTION U
51. O 70 1 UNLESS OTHERWISE DIMENSIONS ARE IN INCHES TOLERANCES ARE FRACTIONS DECIMALS ANGLES XX2 XXX CONTRACT emas f SCHEMATIC DIAGRAM MOTHER BOARD HEADPHONE AND UR PEKSON 8 2 84 APPLICATION DO NOT SCALE DRAWING REVISIONS DESCRIPTION REVISED me I 7 82 _ REVISED _ Ep 0 2 82 __ UPDATED 0 28 82 D 11 12 82 REV PER 790 2 4 33 REV PER 956 2 957 14 28 83 REV PER 954 955 5 16 83 REV PER 1077 amp H 83 J REV PER ECO 30 21 __ 9 80 ADDED NOTE WJ L REVISED PER ECO 1284 _ 9 7 84 M REVISED PER ECO 32 1 24 N REVISED PER 13898 8 84 RIA 70 AUD UU E E MES 400 7 0 5 CHANGES l 451 2 6 MOND CEF ECO WSI ADDED RIOB PER ECO 1938 RISS DESTINATION ROS WAS 22K 60827 SEDED 40 ECO 2127 PER ECO 2372 PER 2391 REVISED PER Eco 2510 THESE COMPONENTS ARE PART OF AN ALTERNATE ISO CIRCUIT USED ONLY WHEA CHANNEL 12 LISTEN 15 USED 4 WIRE OPTIONAL PARTS C41 C48 R58 R59 MAY BE ADDED TO ADJUST HEADPHONE AMPLIFIER GAIN THESE PARTS OPTIONAL D8 D9 7 LIGHT DEPENDENT RESISTOR CLMGOOO VTL5C2 6 4053 CONFIGURATION 1
52. ON 801 emulation ISO select OFF external contact ON buttons ON disable listen buttons when ISO active ON ISO system enabled Not used ON disable talk buttons when IFB active Adjustment Board DIP Switch Assignments Not used old auto call Not used old instant mic ON IFB system enabled Number of IFBs or ISOs OFF 6 ON 12 Only one preset on at a time INTERLOCKING SWITCH ACTION When talks active only corresponding listens can be active ON Always cold start ON Disable setup mode 9 Ori P Q gt Squawk Board DIP Switch Assignments OFF up to 6 squawks up to 10 squawks ON SQUAWK system enabled Adjusts which buttons have squawk Adjusts which buttons have squawk Saves talk when squawk used ea Saves listen when squawk is used 57 APPENDIX 4 6 Continued SPECIAL PURPOSE FUNCTIONS EC a ek Cn oe I BUTN INS UN TOT CHME AUTO AUTO EXT LOCK TANT USED AL CON BLTS MUTE SEL LSTN TALK ICALLIPNL SPKR MICI SET SET SET SET 1112 3 4 MC ON ON s nr T I sss lt ee a Setup CHIME SELECT PRE
53. ON PRESET A TURN OFF PRESET A TURN ON MIC GE NOT ALREADN ON GF ORIGINALLY OFF IF NOT ALREADY ON LIGHT IO IFB SA BUTTONS CORRESPOND ANG TO TALLIES LIGHT 5 IFB SA ING TO TALLIES CONTRACT NO COPYRIGHT 1983 RTS SYSTEMS INC rights reserved These to see a EE Se the written of A Street Burbank 91506 U S A which owns all S IN SUTTON iN OR OUT OUT MILLI SECONDS BUMP TIMER FOR THIS BUTTON HAS IS THIS Yes BUTTON BEEN IN THE SETUP BUTTON 2 SET BUTTON DIDN T C CHANGE INDICATOR SET SETUP TIME REACHED INDICATOR Q MOMENTARY ONLY SET TURN DEVICE OFF INDICATOR ELECTRONIC SWITCH ACTION BACH BUTTON 16 PASSED THROUGH THIS ROUTINE EVERY IG MILLIGECONSS COMPARE OUT 1 THIS A LATCH ONLY BUTTON HAS BUTTON BEEN IN NOCLATCHABLE BUTTON IN OR OLT MILLISECONDS 2 YES MOMENTARY RESET THIS BUTTON s TIMER WAS DEVICE BEFORE BUTTON WAS PUSHED WAS DEVICE ON BEFORE BUTTONWAS PUSHED SET BUTTON DIDN T CHANGE INDICATOR YES NO NO SEN BUTTON DIDN T SET TURN DEVICE CHANGE INDICATOR ON INDICATOR FLOW CHART MODEL 202 ELECTRONIC SWITCH ACTION NEXT ASSY APPLICATION COPYRIGHT 1683 by RTS SYSTEMS INC rights reserved These KINGS may noi bo Conv
54. Option Base not installed OPT 802 A1 Option Base installed Talk Option Adds circuitry to channels 7 12 802 0 Talk not installed 802 1 Talk installed 4 Wire Option Adds 4 Wire Capability to Six Channels 802 4 Wire not installed 802 1 4 Wire installed ch 1 6 802 2 4 Wire installed ch 7 12 NOTE Option C3 requires Talk Option B1 Signal Option Adds Call Signaling Capability to Six Channels OPT802 D0 Signal not installed OPT802 D2 Signal installed ch 1 6 OPT802 D3 Signal installed ch 7 12 NOTE Requires Option Base Al And Option D3 also requires Talk option B1 Chime Option Generates Audible Outgoing and Incoming Signal 802 1 Chime installed factory only NOTE Requires Signal Option D2 or D3 Squawk Option Provides Dedicated Line Intercom Capability and Model 810 emulate 802 0 Squawk not installed 802 1 Squawk installed ch 1 6 802 5 Squawk installed ch 7 12 NOTE Requires Option Base And Option F5 also requires Option F1 60 OPTION NAME NUMBER DESCRIPTION FB Option Emulates a Model 4001 or Model 4002 IFB Control Station OPT802 GO IFB not installed OPT802 G1 IFB 4001 1 4 SA1 802 65 IFB 4002 IFB 5 8 542 NOTE Requires Option Base Option G5 also requires option G1 and G5 are both installed ISO Option Emulates a mod
55. Station can connect to access and control a variety of different communications systems including RTS Systems 1 TW intercom system 2 IFB System 3 Station isolate system In addition each Master Station functions as a multi channel communications unit used either asa unit along a multi unit conference bus or asa unit in multi unit point to point matrix style communications system as acombination of the above two bullets The Master Station Block Diagram Figure 1 Model 802 Block Diagram on page 6 shows the Master Station functional components input output connections and controls Description Operation and Specifications Spm ie Ane A esee beet este gt gt 4 3 4 4 4 1 4 1 4 fata a gt ig V EE FIGURE 1 Model 802 Block Diagram Functional Components Two microphone preamplifiers each with a limiter panel microphone headset microphone select electronic switch Amicrophone ON OFF electronic switch e Talk circuitry consisting of Talk channel select electronic switches Front Panel Description Operation Bilateral current source line drivers Listen balance controls Individual listen level controls Individual listen electronic switches e A 16 source listen assign switch matrix A master listen volume control A two channel st
56. Stations Use the Instructions for the Line level inputs in the IFB Technical Manual TM2594 Note on the 4000 series control station R11 must be removed and a trace cut Interconnect the IFB system and configure the 4001 4002 or 4003 for power input and priority as described in the IFB Technical Manual TM2594 and Figure 23 and Figure 24 Move the 80275 LEVEL switch to UNSW Do not connect the shield at the 802 end of the cable Method IFB See Figures 25 26 27 and 28 requires both an option base OPT802 A1 and IFB option s To emulate a model 4001 control station option OPT802 G1 must be installed emulate a model 4002 IFB control station both the 802 and OPT802 G5 options must be installed Note if both IFB options are installed the Iso option cannot be installed If the IFB priority need to be changed consult the IFB Technical Manual TM2594 28 Electrical Installation TYPICAL CONFIGURATION 1 GENTRAL SPLITTER ELECTRONICS MODEL 802 USER STN 4020 USER STN 10 dB PAD conrnot gh 4020 STATION USER STN 4020 GONTROL STATION USER STN 4020 GONTROL STATION CONTROL STATION MODEL 4002 FIGURE 23 Method Model 802 to IFB Connection 4 IFBs 29 m w ssrh Hs TsrssTNKrwwr curar Installation TYPICAL CONFIGURATION 2 1 4 CENTRAL SPLITTER ELECTRONICS MODEL 802 TUNE
57. gt INC All rights reserved Theso ne plans and or drawings may not be copied or transmitted to others OF without the written consent of ATS SYSTEMS INC 1100 West Chestnut Street Burbank 91505 U S A which owns all related proprietary rights MAIN PROGRAM LOOP FROM SHEET 1 MAIN PROGRAMLOOP COPY ALL SOFTWARE REGISTERS TO RE SPECTIVE HARDWARE WAIT FOR Vo MILLI SECOND TIMER TO ROUTINES EXIST FOR EACH 7 OF THE FOLLOWING BUTTONS t pd 7 TALK SHEET 3 READ ALL FRONT LISTEN PANEL BUTTONS TIME OuT p SQUAWK 7 TFB IFB ALL 2 PRESETS SHEET 4 7 UNASSIGNED BUTTONS HEET NES _ PROCESS _________ CALL SETUP SHEET 8 SHEET THAT BUTTON PANEL Mic SHEET 4 SPEAKER SHEET Mic ENABLE Sue et 4 READ ALL EXTERNAL CONTACTS AND TALUIES ___ ROUTINES EXIST FOR EACH 7 OF THE FOLLOWING SQUAWK TALLY Ire TALLY EXT EXTERNAL 150 REQUEST OR TSO TALLY CAM TSO EXTERNAL PRESET 4 REQUEST EXTERNAL MIC BUTTON AUX MAC INCOMING CALLS CALL PLL SHEET 5 PROCESS TUAT EXTERNAL WAS HEADSET BEEN UNPLUGGED YES RESTORE PANEL MIC LOW CRART MODEL BOT AIN PROGRAM LOOP ________________ 2 2 Plans and or drawings may not be copied or transmitte
58. latching function can be disabled LATCH DISABLE Programming Function on page 46 Master Volume 11 The Master Volume control sets the level of the sum of all audio sources going to the left and right side of the stereo headphone and loudspeaker exceptions chime and squawk receive levels AUXiliary Volume 12 The Auxiliary Volume control sets the level of the two auxiliary program audio inputs and sends it to the Master Volume control Carbon Microphone Headset Jack 13 The Carbon Microphone Headset Jack accepts a standard 3 conductor 1 4 phone plug The necessary DC excitation voltage is provided to power carbon microphones or their electronic equivalent Dynamic Microphone Headset 14 The Dynamic Microphone Headset connector accepts a stereo earphone dynamic microphone headset Adjustment Board Description and Operation Adjustment Board Description and Operation LEFT HEADPHONE LISTEN ASSIGN SWITCHES SW RIGHT 12346876 LISTEN ASSIGN SWITCHES SIDETONE SQUAWK RVL LVL GAIN LVL GAIN CHANNEL NO 9 FIGURE 3 Model 802 Adjustment Board The Adjustment Board is located to the left of the loudspeaker Release the board by first pressing and releasing the small rectangular panel 1 on the front panel illustration and then pulling it forward Located on the board are sixteen ind
59. we D ooste SOSOOO OoOo T F beas 5 7 wer24o lo ARTWORK REFERENCE BOARD NAME SUBCATEGORY DASH DESIGNATION 75 MIC PRE HEADPHONE 4 MOTHER SPEAKER AMPLIFIERS 000 124 MISC LISTEN SWITCHING 61 TO 630 TALK SW BILATERAL 5 1 6 13415 MC WEE POWER SUPPLY ___ 1 _________25 149 PC B SCHEMATIC 300 TO 399 UAWK G SQUAWK CONNECTIONS 2 00 77 Promi SWITCHBOARD DRIVER 14 400 499 I O Pzos INTERNAL DRIVER 4 400 499 Pro 3 EXTERNAL DRIVER 4 400 499 CPU 5 500 599 FOUR WIRE TRANSFORMERS CH l 6 4W OPTION 1 Eps ach st OPO IN AW OPTION 2 FOUR WIRE TRANSFORMERS CH 1 ADJUSTMENT SWITCHBOARD CALL LIGHT OPTION ANALOG BLOCK SCHEMATIC DIGITAL BLOCK SCHEMATIC INTERCONNECT RELAYS LINE CONNECTOR SQUAWK CONNECTOR FOUR WIRE CONNECTOR ISO CONNECTOR IFB OPTION INDEX 1 000 GOO 606 TOO TO 199 90O 999 1800 1699 150 159 160 109 170 179 50 3000 SCHEMATIC SHEET s __________ _________ PER GOTT ___________ REV PER eco 123 43 __ 2540 20 89 MODEL 802 REAR PANEL TERMINAL BLOCK CONNECTIONS TB
60. 02 MODEL 802 MODEL 802 271 25 1 2 3 300 Bom BP 300 1 2 3 BP 300 PS 31 BP 300 BP 300 EARLY VERSIONS OF BP 300 MODELS PS 30 amp PS 60 300 N OF CH 1 2 3 BP 300 BP 300 BP 300 FIGURE 10 Model 802 TW Intercom System Bloc Diagram 17 Installation Some block diagrams in this manual use codes contained in Table 1 Connector Code Table Note in this table only chassis mount connectors are specified male connectors are colored black TABLE 1 Connector Code Table CODE PART CONNECTOR DESCRIPTION XLR 3 31 Audio chassis mt Female 3 pin XLR 3 32 Audio chassis mt Male 3 pin XLR 4 31 Audio chassis mt Female 4 pin XLR 4 32 Audio chassis mt Male 4 pin Microribbon Type chassis mt Male 50 pin Microribbon Type chassis mt Female 50 pin D Type chassis mt Male 25 D Type chassis mt Female 25 Pin 456 C Type chassis mt Male 6 Pin 453 C Type chassis mt Male 4 Pin 5 way binding pose dual assembly XLR 5 31 Audio chassis mt Female 5 pin XLR 5 32 Audio chassis mt Male 5 pin 452 C Type chassis mt Male 3 pin D6F Audio chassis mt Female 6 pin D6M Audio chassis mt Male 6 pin R05 R5M BNC Type chassis mt Male 6 pin D Type chassis mt Female 9 pin Terminal Bare Wire Weidmuller Screw terminal barrier strip Phone Jack 2 circuit shortin
61. 1 me T 1 pop 6015 a 5 DIS 12 005 51 MCMIG 7 7 p EN ZUMAL gt DI GLOBAL RESET TALLY 204 m r Se 1 wai 204 sor etim bos Ea 31 _ 000 2 C401 L440 ARE 50 MONO CERAMIC CAPACITORS FOR DEBOUNCING 19 Di GLOBAL RESET KEY DOT 2 7 i gt 18 I C441 C460 ARE LuF 50V MONO CERAMIC CAPACITORS USED TO BYPASS G Minds NOTES UNLESS OTHERWISE SPECIFIED 8 lt n ig 2 USED ON THIS PAGE 4 1 440 J401 J415 R40 R4 I U4OI 0428 PLO 2 I O BOARD 755 was pene mer i3 or 26 onn m ZN po REVISED AND REDFAWN CALL LIGHT 22 Ki en CHANGED 74C14 74004 9 REV PER amp co od ________ REV PER 14 1810439 29 754 SHEETS 23 20 A J RAOZA H 20 ADDED KEY FING SHOE 9 0405 IMa 25 ADDED JAITERSHEET REFERENCES FOR CLARITY 7 0 86 e SEE 32 FOR COMPLETE LIST OF GND 11 1 KEY O ADDITIONS CHANGES ADDED NOTES 5 TSO TALLY IN DIG em CHANGED NOTE 1 WAS C409 1907 854871 2 DII BLINK IN J PER 082591 2 00 87 DIS 151 1 70 31803
62. 22 Y R34 i 10K ADT IN4148 V R30 Tx 1 5 5 sa 75116 1N448 A po P E V 144148 Rx b 5 c30 CHM 2 3 ire KDS 0 1 104148 CHM SEL 19 L Wa gt o Tal ui Em 12 54 u 74HC00 5 5 5 taf ui gt DENN READY MOTHER BOARD 51704 CHIME AUDIO R36 Aba 19 10 922 OUTPUT OK Ea Us 1 si m 13 22 D 100 m 5 JOTON 15 15 pa Rs 232 Tx NN 14 PANEL OF wari E abs R35 i TY la C Rs 232 Rx 07 12 3 07 10 0 20 04 10 1 5 V 0 5232 L F DRIVER t oV 2 25 6 UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES ARE FRACTIONS DECIMALS ANGLES 2 MATERIAL DO NOT SCALE DRAWING CONTRACT SERIES 800 DAAWN R WEILSON 4 10 87 RTS SYSTEMS BURBANK CALIFORNIA SCHEMATIC DIAGRAM CPU BOARD MODEL 802 VERSION FSCM HO DWG REV D 60572 5055306 D SCALE 2 OF 2 Q Q S30 1 IFB 4310 J311 4314 4312 J315 4313 W302 0427 0415 0416 0418 C448 C R411 0401 0 0402 N U403 u 0428 R402 C408 R404 C416 R406 C42
63. 4 R408 C432 R410 C440 999 C439 C438 C437 PIO BD C436 AS3000 4 REV A C435 RTS SYSTEMS C434 J412 J406 J407 J408 J409 J410 4411 4414 4415 4405 401 4404 409 4403 417 4402 425 3401 C433 e e 9 5 F J ee px3L 4413 M R13 R29 3 836 T e 3 Q fm d m R63 R56 T Ai Ki 015 N eO s 16 8 KON D36 D14 9 9 9 9 6 013 90 C23 002 C33 LT __ 04 vo e o5 D12 o 2 a 6 R22 R32 R52_ LE lt D11 R21 8 R31 U i 0 R61 R70D 034 TALK SQUAWK OPTION BD 53000 3 REV A RTS SYSTEMS c11 a N REF DES CODE X3XXowITTED TOL ses EX UO1 U301 2 3702 4 15 CHANNEL NO e 1 LISTEN LEVEL BALANCE ADJ J701 16 15 w LISTEN LEVEL BALANCE ADJ CHANNEL NO R701 9 ES 56 2703 4703 1706 c719 R737 o e R738 9705 L E1 uio 5 7 C704 1 1 8739 A oan Ott we ERRE OO R756 C714 R716 C713 9715 E4 s 8755 R754 R720 o 5 FEM 4 x N 2 15251 52 ZATA 7 P 1 Qoo 0706 5660 5 1 0701 5729 gt
64. 40 7 4 Q4 5 B20 6 Q5 3 do V 5 3220 4 QT 4 65 60 RESET SW V 13 131 20 45 ON ADU BOARD 9 o Q9 12 261 00 R J3 70 2413 mim Qio 14 523 06 100 1 SHEETS 15 1046 00 12 3 14 QIZ I 2192 00 ma 4356 15 DATA 5 J127 200 in SWEET 6 gt Di 5 BUS INTAGAZS 4 50 Nin V tTa R 2 oon 22k BAI2 2 V N YI 4 0MHz BAIS OOOH 4K PINS 45V GND IBOOH Ue NSCBOON 40 40 20665 o U8 14 4 T yote 3000H 04 14PCO4 4 14 7 BAS 50 3800H MK 05 17 82 10 24 24 12 U9 UII 16 lo THIS CPU SCHEMATIC 15 USED ONLY FOR THE MODEL 802 SEE 505356 Ul2 UIS 21016 24 24 FOR THE MODEL 802A CPU CD4040 16 8 5 FUTURE USE OOOH PROM RTS SYSTEMS sunsanx CALIFORNIA U23 TAPCO 14 4 7 4 Cl Cl ARE O SoV MONO CAPS 2048 PROM n nec UI6 ollo 24 24 12 3 WHERE PROMS ARE USED JUMPER PIN 21 TO 45y 4096 1 OOOH PROM 3 EE SCHEMATIC DIAGRAM tere ARE USED UUMPER PI 21 WR Gas leoon MASTER STATION MODEL 802 MEM WILLBE 2 PROMS 27016 LAST USED CIBDB 8 G3 RI4 25 onan 2000 x PROCES
65. 4010 TFB CONNECTOR REAR PANEL var Sd D she 54090 739 3 3 PRIORITY PRIORITY e PRIORITY 3 PRIORITY 4 I M Y 451515 CONNECTED TO PRIORITY PLUGS 0 IFB 1 4 SA IFB OPTION Pa B 50 442 y 3 ANCILLARY A CONNECTOR SHEET 19 8 T 5 802 UNITS WITH IEB EMULATE OPTIONS 4001 OR 4002 THAT DO NOT HAVE B301 INSTALLED TUNITS BUILT BEFORE 3 1 84 SHOULD HAVE BILATERAL CURRENT SOURCES 13 AND 14 TERMINATED WITH 102 Z MORE THAN ONE 802 WITH EMULATE OPTIONS 4001 OR 4002 iN A SYSTEM HAS BEEN SET TO THE SAME PRIORITY R301 MUST CLIPPED FROM ALL BUT ONE UNIT THIS WILL PREVENT A LOSS IN SIGNAL GAIN THROUGH DOUBLE TERMINATION SET_SUDE SWITCH S801 BILAT 13 POSITION ON IFB OPTION SET S301 TO BILAT 14 POSITION ON OPTION 2 THIS DRAWING SHOWS THE TFB CONFIGURATION EMULATES A MODEL 4002 TFB CONTROL STATION FOR UNITS WHICH EMULATE A MODEL AGO X EE CONTROL STATION a DISREGARD CIRCUITRY DEALING WITH TEB OPTION 25 b uaii OF IFB OPTION CONNECTS TO AGI ON THE MOTHER BD SHEETS Ez 19 INSTEAD OF OF TEB OPTION PC G2 NOTES UNLESS OTHERWISE SPECIFIED Plo Ro BF 14 COMMON COMMON E 8 5A2 AS50oo e IFB
66. 4A A305 1308 1309 IBIS J317 MARS TEE MODEL SN ISSUED FSCM NO DWG NO REV m 60572 SD23000 cowrseusomewo Eee iet z _ AN 4 wire CONNECTOR OPTION P C B 1 9105 PANEL Pt Ol 9601 gt 5 TO f LISTEN SWITCHING PAGE LAREI RECE Cu 9 TO LISTEN SWITCHING PAGE 7 22 2608 22 2 09 22 8 UGO JGO ucoz 3358 1 zoe ne DESERTON REDRAWN ADDED NOTE 3 UPDATED 1 25 82 C REVISED 210 3 25 83 0601 0607 AND RELATED slejas ECO 2391 2 0 84 Cx 10 17 84 5 4 OPTION TYPES ARE AS FOLLOWS SPECIAL OPTION USED FoR HUGHES AIRCRAFT ROLAND TRAINER SYSTEM Z STANDARD 4 WIRE OPTION WITH A NON CONFERENCE MODE SET UP LINE CONNECTOR USED AS 4 WiRE SEND JIO5 4 Wifee CONNECTOR USED AS 4 WIRE RECEIVE gt CONFERENCE MODE SET UP WITH 4 WIRE SEND RECEIVE AND PROGRAM INPUT 2 FOUND JIOS 4 NON CONFERENCE SET UP WITH JIOG WIRING As N 5 FOR Hook UP OF PINS 12 25 56 50 AS USED IN THE Z STANDARD 4 WIRE OPTI
67. 5 Installation MODEL SQJ 1010 SQUAWK JUNCTION 120VAC 50 60 HZ INPUT POWER MODEL pe MCP 1010 AVAC AVAC MODEL 802 WITH ii MODEL 16 SQUAWK OPTION AIF OR 1 5 NOTES THIS STATION MAY BE IN ANY POSITION 1 THROUGH 10 MODEL 802 5 MAY ALSO BE USED IN MORE THAN ONE POSITION FIGURE 32 Method B Model 802 to Squawk Connection Camera Video ISO The Model 802 may be used in either of two way with the VIE 306 video iso electronics Method A requires a model VCP 6 or VCP 12 video iso control panel Method B will emulate a model VCP 6 video control panel stations and requires no external parts Method A video iso requires an external VCP 6 or VCP 12 video control panel CoOnnnect the video control panel to the 802 rear panel VCP CONN terminal block as shown in Figure 34 on page 38 Method video iso will emulate a model VCP 6 To use this option ISO option 802 must be installed also with option base OPT802 A1 Enable ISO option by moving switch 5125 4 the mother board to ON See Figure 35 on page 39 and pushing the RESET button on the adjustment board Connect output from rear panel ISO connector J106 to the VIE 306 central electronics as shown in Figure 36 on page 39 With either ISO option A or ISO DRIVEN LISTEN DISABLE may be enabled This option will mute all incoming part
68. 5 BIT6 BIT7 VERSION INDENTIFICATION VERSION 4 7 ILLUSTRATED OCCURS ON POWER UP rr I4A lt a PH 112 13 IXXXX 5 6 17 8 9 XXXxX XXXX 11 12 13 14 15 6 8 9 mmo SPKR MIC 5 SET 5 CALL o lo lol 13 4 IMIC ON ON 1 2 3 4 5 6 7 8 XXXX XXXX lt indicates a lit button XXXX Page 8 of 12 July 23 1986 C C C C APPENDIX B 4 7 Continued SPECIAL PURPOSE FUNCTIONS BUTN INS UN TOT CHME AUTO AUTO EXT TALK TALK ILOCK TANT USED AL ICON ENABIDIS BLTS MUTE SEL LSTN TALK TACT LSTN LSTN PRE CALL PNL SPKR MIC SET SET 5 SET 1 2 3 4 MIC ON ON SELECT d Pl 12 13 DISS BELL PHSR CALL PNL SPKR MIC _ SET 5 SET SET lol lol 1 2 14 MIC ON ON Page 7 of 12 July 23 1986 Option Numbering System Ordering System Each option for the 802 is listed as a separate model number derived from the coding system below which always starts with OPTS02 foll
69. 8 AS SHOWN BELOW 4 VDD it VSS B IQ VEE 2 INH if 4 if 5 lt 2 2l als 5 US UIO LM383 CONFIGURATION 15 AS SHOWN BELOW 5 SUPPLY VOLTAGE NON INVERTING INPUT 2 SCHOTTKY DIODE VF O I TO 0 3 CUITABLE TRACES USED FOR OPTIONS ARE SHOWN ff 2 CAP VALUES ARE SHOWN MICROFARADS VOLTS ALL RESISTORS ARE CARBON FILM WAIT 5 NOTES UNLESS OTHERWISE SPECIFIED RTS SYSTEMS SPEAKER AMP ER 503000 L sence 20572 72 5 3000 BURBANK CALIFORNIA MASTER STATION MODEL 802 2w 4w zone rev DESCRIPTION DATE APPROVED DIP SWITCH ELECTRONIC ARRAY 46 LISTEN x revisen PER ssar re 86 gt Jolt OPTION SWITCHES 4 ADDED INTERSHEET REFERENCES FOR CLARITY 7 0 8b _ SGOIA 0915 ADJ BD VDD SEE ECO 1032 FOR COMPLETE LIST OF 5 Los lt SHEET 7 ADDITIONS CHANGES To deo ae xie PER Ecoren N sro INH PER Econ 239 2 0 89 4WIRE XLF I Reusen fee 2021 alora 4 OPTION V I SHEET 22 66028 IL Zo XLB2 T8 RODA z uoz XLF2 w 57 4 as T mor gh
70. C ON ASSIGN are as follows The regular 12 channels of intercom Talk buttons are not INSTANT MIC ON the IFB Squawk and ISO functions are normally INSTANT MIC ON To program the INSTANT MIC ON or not ON function to a button do the following 1 Enter the SET UP Push the SPECIAL FUNCTION button Of the buttons now flashing push the button at Row 1 Column 2 Push one or more buttons that you wish to enable or disable Push the SPECIAL FUNCTION button again to store the setting and do further programming or push the SET UP MODE CALL SIGNAL button to store the setting s exit SET UP MODE and return to normal operation m 46 APPENDIX A 802 Update for Compatibility with Models VCP 6A1 and VCP 12A Date of Update 10 25 84 The update from the VCP 6 VCP 12 options to the VCP 6A VCP 12A 802 ISO options consists of the addition of a Global Reset function This global reset function appears on the 802 Front Panel button normally used as Preset 4 802 units with the update VCP 6A VCP 12A ISO options have only 3 preset buttons available When the global reset button is pushed all ISO buttons on any 802s VCP 6As and or VCP 12As in the system will reset 802 units with ISO options which have not bee updated to include global reset will still work with a VCP 6A VCP 12A system but the 802 will not be able to generate or receive the global reset command If an 802 unit with any ISO op
71. CT The available chime tone buttons will flash one being out of phase with the others push that button so all the buttons flash together NOTE If the selected Chime is too loud or too soft pull out the adjustment board and adjust the Chime Level pot Auto Listen AUTO LISTEN functions as follows when a person at a location remote to a given 802 pushes his CALL transmit button a call signal is received at the 802 The channel receiving the call signal will key ON that channel s LISTEN button which will remain ON as long as the person at the remote location holds down their CALL transmit button This allows the caller to vocally announce their call as well as send the call signal Auto Talk AUTO TALK functions the same as AUTO LISTEN except both the TALK and MIC ON buttons will be keyed ON instead of the LISTEN buttons This allows the 802 operator to talk back to the person at a remote location without touching any buttons Ext Contact The EXTERNAL CONTACT formerly operated only the MIC ON switch The EXTERNAL CONTACT is now programmable with the default state operating the MIC ON switch which means that the MIC ON will not be keyed ON when this program is used Programming the EXTERNAL CONTACT allows the EXTERNAL MIC switch contacts TB7 located on the 802 rear panel to be used to key ON a 802 front panel button Only one button can be programmed for this function You can however program a PRESET to turn ON a group of buttons
72. DO4 TSO kere 0057 i SQUAWK KEY 9 DOG SQUAWK DOT 7308 SHEET 22 DEVICE ADDRESS JUMPER GNp t 4 BOARD FUNCTION I DETERMINED SQUAWK TALLY 23004 45 BY JUMPER LOCATION SQUAWK TALLY Z DII 5 31 a OND 502M LE PIO 3 W3 SQUAWK DIZ am SQUAWK KEY Dog eH SQUAWK TALLY DT3 Apm po SGUAWK DI4 4 SQUAW 5 4 20318 A TO CALL LIGHT PCB 2 SHEET 18 SQUAWK DIG 2 1 2 004 SQUAWKTALLY S DIT 91 io oos 1 73 N CALL LIGHT RGB 1 SHEET 18 TARTS I Doe 2 C401 C440 ARE 50 CERAMIC CAPACITORS FOR DEBOUNCING KEY 8 207 9 C460 14 50 MONO CERAMIC CAPACITORS USED TO BYPASS EACH I C 5 R8 amp ND Io NOTES UNLESS OTHERWISE SPECIFIED lt 5 4 RTS SYSTEMS SCHEMATIC DIAGRAM MASTER STATION MODEL 802A pex 5 L O BOARD SIZE FSCM mev i vonz SD 3000 X 4 USED ON THIS PAGE 401 0440 4491 4415 5401 0428 Anh Sueste 287 9081 REVISIONS meme 77 _ REDRAWN _________ 22 _ UPDATED 0 28 80 MEMORY 45N MEMO
73. ERN CORRESPONDING TO LIGHT PANEL BEFORE SETUP MODE PAL MIC BUTTON PUSHED RELAY OR SETUP BUTTON PUSHED SANE LIGHT PATTERN IN RELAY TABLE SAVE LIGHT PATTERN IN BUTTON STATUS SETUP BUTTONS WHICH SHOULD MOMENTARY ONLY LATCH DISABLED SET LIGHT PATTERN CORRESPONDING TO INHIBI TED CALLS ALLOW PATTERN TO BE CHANGED INHIBIT OR SETUP BUTTON PUSHED SAVE LIGHT PATTERN IN CALL INI BVT SETUP INHIBITING INCOMING CALLS SETUP BUTTONS TO BE EXCLUDED FROM PRESETS SET LIGHT PATTERN CORRESPONDING TO EXCLUDED BUTTONS ALLOW PATTERN TO BE CHANGED PRESET EXCLUDE OR SETUP BUTTON PUSHED SANE LIGAT PATTERN IN PRESET TABLE FLOW CHART MODEL 802 SETLIP MODES Q 222 5 c lt 29 74HCI39 BAS BM 15 u4 EXPANSION PIO CTL p APPROVALS DO NOT SCALE DRAWING SERIES 800 DATE 4 10 81 DESCRIPTION ee i p 0 1 REVISED PER 2222 5 6 9 DATA BUS gt REVISED 2559 1212 88 95 USED REVISED PER ECO 2591 1 25 89 _ 9 D REVISED PER ECO 2400 2 17 89 B ADDRESS BUS RAM Al 28 2TC256
74. ES APPLY TORQUE UNTIL COMPRESSION WASHER IS DEPRESSED TO HALF ITS ORIGINAL HEIGHT d UNLESS QTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES ARE FRACTIONS DECIMALS ANGLES 2 25 1 PANEL DYN HDST MIC CARBON MIC HDST LEFT HEADPHONE RIGHT HEADPHONE SPEAKER Q SHEET 4 NETWORK m n XLR 5 4 DYN HDST IN MIC PRE GAIN SET M REVISIONS zone nev oe APPROVED 46942 SHEET 18 1 23 84 mansir ASS ASSY TALK MODULES SHEET 8 SHEET 6 MICROPHONE OUTPUTS REVISED PER 2391 fo 50 4 LISTEN MODULES LIMITE PANEL ENABLE USM DRIVER SUM AMP SM DRIVER PRE GAIN gt HEADSET MIC 6 CHANNELS SET H 2W AW OUTPUTS _ BIAS 7 lt NETWORK oa TE i mm m SUM AMP MASTER vod VOLUME lt XLR 5 3l LEFT SUM l sum HP AMD AMP lt lt x lt REMOTE FILTER PHONES S 3 sum AMP B 2 2 FILTER AUX POT _ SOURCE HDST SELECT SENSE SPEAKER 6 CHANNELS INT TEXT SUM SUM eW W OUTPUTS D d 5 5 2 PKR lt DIM lt ONOFF lt SHEET Q FILTER TNR W SUM POWER
75. ET 4 button again to store the setting and do further programming or push the SET UP MODE CALL SIGNAL button to store the setting s exit SET UP MODE and return to normal operation PRESET EXCLUDE Programming Function The PRESET EXCLUDE programming function allows one or more of the twenty four selection button to be excluded from the PRESET function This means that the excluded button cannot be programmed to be part of a preset As such it will not longer be considered a valid button during PRESET programming and it will not change state when a preset is selected The PRESET EXCLUDE function therefore may be used to avoid turning OFF an important circuit by activation of a preset To program a button using the PRESET EXCLUDE programming function do the following 1 Enter the SET UP Push the PRESET EXCLUDE SPEAKER button Push one or more buttons that you wish to exclude from being preset Push the PRESET EXCLUDE button again to store that setting and do further programming or push the SET UP CALL SIGNAL button to store the setting exit SET UP MODE and return to normal operation INSTANT ASSIGN Programming Function The INSTANT MIC ON ASSIGN function allows a Talk button to automatically key the Microphone ON OFF Switch For example a Talk button and its associated channel could be made into a Page or Stage Announce function The default states for the INSTANT MI
76. K5 18 4 BOARD 4 TO TALK OPTION BOARD AND SQUAMK OPTION BOARD TO ADJUSTMENT BOARD SHEET 7 ZONE USED ON THIS PAGE DIO DIS RIGIRIGZ G7 Q8 KI Ke TOS Tle TRI TEIZ 450 0 4101 0404 4409 5 bo 1 lu 2 TERMINAL ARRANGEMENT INTERNAL CONNECTIONS Tee KI K6 BOTTOM VIEW BILAT BILAT 13 14 JGIA ug SEE SWEET ZONE 86 ZONE 58 84 TO 74 9 SHEET 5 ZONE D4 TO 788 1 SHEET 23 ZONE C4 TSD a x 4 ARE I2 VOLT SPDT OMRON P N G2E 182P H DC 12 RTS P N 1701 0009 3 ALL DIODES ARE IN4004 2 CAPACITANCE VALUES ARE SHOWN MICROFARADS VOLTS 1 ALL RESISTORS ARE 5 4 CARBON FILM NOTES UNLESS OTHERWISE SPECIFIED RTS SYSTEMS BURBANK CALIFORNIA SCHEMATIC DIAGRAM MASTER STATION MODEL BOZ 802A RELAYS RELAY DRIVERS ANCILLARY CONNECTOR FSCM NO DWG NO REV SI UNLESS OTHERWISE SPECIFIED CONTRACT NO SERIES 200 APPROVALS Xx DRAWN 5 DUEBSER ISSUED DO NOT SCALE DRAWING SD 3000 L GF 26 fo 2 WIRE REAR PANED CABLE ASS Y LINE CONNECTOR SENT KECEINE KEYING 25 _ ui PROOKAM P LO Arch Bra e
77. KEY 7 RETURN 4 KEYS RETURN a 9 2 RETURN 47 KEY 10 23 i RETURN 4g KEY 224 RETURN 4 KEY 12 CONNIE STOR noS A SHEET 22 Imp gt 5 4 H mm H ES PIO eo SHEET 13 ENIPIESIS i 44 52 5 CHIME LISTEN ENABLE SHEET 5 ZONE 00 CHIME TALK ENABLE SHEET 77 ZONE Be IA TUS CONNECTION USED ONLY UNLESS OTHERWISE SPECIFIED CONTRACT DIMENSIONS ARE INCHES ________ e mm XXX APPROVALS MATERIAL DRAWN MASTER STATION CONNECTIONS 047 84 AA CUT TRACES FETWEEN ANT i BETWEEN 4 TOR AUK SEE SHT ZONE 8 4 MEN 4 WiRE OPTION TYPE 2 15 INSTALLED SEE 500471 FOR W RING OF JIO5 4 WiRE OPTIONS TYPE B 4 TYPE SHEET 23 GLOBAL RESET TALLY ZONE A4 J GLOBAL RESET KEY TOLERANCES ARE SERIES BOO RTS SYSTEMS FRACTIONS DECIMALS ANGLES SCHEMATIC DIAGRAM MODEL 802 802A iN OuUT FSCM NO DWG NO REV 7 052 0572 52 5000 de Ec ues SQUAWK COMNECTOR REAR PANEL TALLYS zone 7 m we 75 5 lt REEN SID paved A E ES R 0 n 9 n D REVISED Per 200 gt 337
78. M CA hes Seer n SHEET 4 5 5 ZONE B4 SIDE TONE SHEET 17 ZONE C2 024 6 XLR 5 31 STD SH REFI SHEET XLR 6 3I 097 a ZONE AS HOC R48 2 412 Riz CIST 100 2 R55 4 MASTER yew HEADPHONE 220K 53 GAIN I 59 tik Ae TO SAT 17 8 L R68 CHIME FROM 220 JTO3 1 509 RIOOA 220K AUDIO eea T fho 54 54 2 7 pect e 6 n ES i RIO us P ELOK 3458 59 gt RIGHT 22 ee m el NN s AMPLIFIER J7 8 COOK ce dx d TONER 12 71 H 2 5 gt 6 REMOTE li BONE OPTIONAL HEADSET 1 PTIONAL 100 REMOTE HEADPHONE E Reg 677 Ros HEADSET OUTPUTS R10 SWITCH SPEAKER 5 R79 Joc AMPS 0 5 U213 15 rol R77 L G T8 jl m C220 p IK 470 RIOS 105 476 _ R84 INT SPKR 22 20 C64 SWITCH oO 2608 L BACK PANEL 7 0002 L OPTIONAL RBI RIO SPEAKER arc J7 J8 322 2 602 1 48 680 PREORIVER R89 2 35 gt 22K TOK J703 3 C86 RIOOC 1 AUDIO 3 212 2 O22uF I PE Nu ivi 555 CC67 570 luFAOV C65 Qu Ee3 000 6 TBIS 16 SPEAKER ON OFF SWITCH SHEET 2 ZONE 85 70 J4
79. NOT ACTIVE IN THE MODEL 802A THE CHIME OPTION ON THE 802A 15 FOUND ON THE NOTES CPU BOARD SEE SD 5330 J UNLESS OTHERWISE SPECIFIED CONTRACT SERIES 800 5 SYSTEMS CALIFORNIA XX MASTER STATION MODELS 802 802A wem P MOTHER BOARD CHIME OPTION SIZE FSCM NO DWG NO REV ef 2eme sD 3000 70 2 27 SHEET 6 BY PASS CAPACITORS USED ONTHIS PAGE CISO CIS7 0151 0154 0150 0152 0154 RISO RISA RISG RIST Arch Eng Supply 597591 Q Rigol look ol we 515 iz 1K X125 t 5 5K TRIM NESCTN RI804 25 160 mee 922 UPDATED mem 5 TO PAGES 9 UPDATED D ADDED RIB1 A RI8 T IF 12 11 82 ADDED REFERENCES FOR CLARITY 7 70 80 SEE ECO 1432 FOR COMPLETE LIST OF ADDITIONS CHANGES i mE CHANGED RIBIS RIB23 855 843 RIBSS 1 17 86 1805 FROM TO 0K 4W 175 CHANGED 815 7825 C1835 1845 1855 01805 FROM 330pF TO ECO 1755 PER 2391 2 10 94 1 24 86 SYNC TO OTHER 15 pz 6 5 5 CALL LIGHT OPTION BOARD io RIBIOA Ri6lop RIBIOC RIBI
80. NS CHANGES REVISED PER 239 23 33 WI 8 4 16 FROM OWIST o 077 we A MODEL 802A ONLY ADDRESS 053 BUS ADDRESS 0 WI55 SOCKET 1 DIP PIO 7024 SHEET 75 OWI54 O 8 OWI53 CPU 5053346 Al OWI52 51 C154 74 7 AUDIO OUT 27 10 16 0155 7027902 PROGRAMMABLE SOUND Ris GENERATOR 10 Rise 2 2K 155 RISB IL gt J4 5 TO J709 5 50 2 2K SHEET 5 ZONE D4 CI57 cise 4 50 0154 A T 2 2K FROM 55 RBX 7587 4 DIGITAL ZONE 83 DATA OUT BUS 7022 SHEET 5 12 12 OPTION MODEL 802 ONLY 5 PTO SHEET I3 411 8 CHIME TALK KEY _ SHEET 20 OAK A4 A UJ54 15 STANDARD ON THE MODEL 802A UIS4 15 USED ON THE 802 ONLY WHEN THE CHIME OPTION 15 INSTALLED FROM A CABLE SHOWN WITHIN THESE DASHED LINES IS STANDARD ON THE MODEL 802A USED ON THE MODEL 802 PISS PLUGS INTO THE 0153 DIGITAL cisa SOCKET 4 53 IS NOT USED POWE 4 BUS LN PARTS SHOWN WITHIN THESE DASHED LINES ARE USED ONLY N THE MODEL 802 WITH THE CHIME OPTION INSTALLED THESE PARTS ARE
81. O TALK OPTION P C B CHANNELS 7 12 73 7 SWEET 9 ROSS ALBIA am CONNECTS To CALL LIGHT OPTION P C B RECEIVE CHANNELS 1 12 7802 SHEET 18 4 gt AW d XLBI4 6 CONNECTS To CALL LIGHT OPTION P C B RECEIVE CHANNELS 1 6 27802 SHEET 18 oak e ZW vo 5 Ttolo ARE 00 00 TRANSFORMERS XLFIA LM9005 OR EQUIVALENT REAR PANEL AUX GAIN 4 001 UG2O ARE 4053 REFERENCE Jbl 3 611 22 ARE SIPS CB POD R 23 R6Z24 ARE IOOK SIPS IO POS FRONT PANEL SHEET 19 ROOOA 013 2 ARE 1 5 MONO CERAMIC BYPASS CAPACITORS ZONE I ALL RESISTORS Y4W 5 CARBON FILM 7 NOTES UNLESS OTHERWISE SPECIFIED XLBiIS UNLESS OTHERWISE SPECINED CONTRACT NO i i TOLERANCES ARE SERIES 800 RTS SYSTEMS caurornia 5 mo SCHEMATIC DIAGRAM DRAWH XLA R NEILSOAL 1 25 86 MASTER STATION MODEL 802 80 t Y USTEN SWITCHING x conn See o M eo jp ese P LINE CONN 6 6 D 60572 SD 3000 P er Asch Erg Sapi 367 0001 015 MOTHERBOARD SHEET O D4 XLB XLF XLB 2 XLF 2 XLF 3 XLB 4 XLF 4 XLB 5 5 XLB XLF G XLB 7 XLF 7 XLB 8 XLF8 XLB S XLE 9 XLF O XLB
82. OD RISI RIBIOF 5 1805 81805 22k 22k 22K 22K 22K 5 SLAVE Stave Q MASTER RIBIOG e 41805 9 22K i 52 l O WI O 1 u 5 6 7 8 9 lo GND CALL LIGHT CALL LIGHT CALL LIGHT CALL LIGHT CALL LIGHT CALL LIGHT BLINK GATE GND TX KEY V1 TX KEY 2 8 TX KEY 35 TX KEY 4 TX KEY Sit TX KEY IN RI809 5 PLO 3 1400 5407 zk 5 ciga CI824 ciear 4 cies clas UIB 44 __ O 0033 0033 I 0033 aat T 0033 1 35 TANT 0033 l TANT NPO 5 CISS M35 TANT NPot 53 5 TANT 5 God 1 85 0 ciglast 1 25 lt 5 Vs NPOES 20477100 109 400 RiBc R1808 2 390K D 2 Rill 5 5 5 2184 5 18 52 5 21861 Riaob pee gt SKTRIM L 1450 SKTRIMS 71450 SK TRIM SK CERMET SK TRIM CERME CERMET CERMET 43M e i ej 114 2 ta e 1 z 7 4 zL 714 UI80l 01805 42 U1B04 Riese 1805 RIBG2 567 N 127K 567 N IZK 567 N IK NE 567 N 121K 567 N ZIK 196 5 51 21 5 ti d 5 51 E 8 3 8 8 3 8 3 778 5 8 CUTTABLE 5 RIBTIA RISTIC RIB7IG RISTI 45 Rist D 5 TRACE 5
83. ON SEE SHEET 20 FoR SCHEMATIC OF 106 As USED FoR TYPE 2 lt 4 4NIRE OPTIONS SEE 500271 3 PAGE 22 15 NOT VALID FOR HUGHES 362470 GOC TYPE 1 4WIRE OPTION 2 7001 TOOG ARE TRANSFORMERS 1 TN DIS EQUI 1 ALL RESISTORS ARE 14 5 CARBON FILM NOTES UNLESS OTHERWISE SPECIFIED CONTRACT NO i i 7 mm SERIES 800 RTS SYSTEMS BURBANK CALIFORNIA SCHEMATIC DIAGRAM MATERIAL asa 102 82 MASTER STATION MODEL 80O2 802A D eosze SD 3000 ee UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES ARE FRACTIONS DECIMALS ANGLES 2 55 APPLICATION DO NOT SCALE DRAWING Arch Co 2574001 ISO CONNECTOR G GLOBAL RESET TALLY GLOBAL RESET KEY HOG MALE BEAR REAR PANEL 150 KEY PRIORITY i 26 2 ____________ _ ete ee i amp 144 Ls L ee 150 KEY 4 AUDIO HIGH 29 AUDIO LO 5 GNO 1910 30 GND PRIORITY 1 IQ PE ISO KEY PRIORITY 2 a 2 DU eae Z x s 3 21 4 uu 0d 5 5 120 KEY 6 146 g 9 AUDIO MiGH Bars y 34 AUDIO LO 10 GND ere 35 GND CPRIORITY 2 PES ii ISO KEY PRIORITY 3 7 2 3 Z 4 15 5 38 2 AES 14 AUDIO 55 _______ 109 39 AUDIO LO Lg 15 GND 40 1O 16
84. ONS 7 CHANGES DII IS 9 M pps 5 DoT 2 eng merigeBo Sw FONTON TAIN core T lt REV PIN FUNCTION uwis 9 26 86 i 014 EE 0 51 24 5 Drs Joe2 L CHANGED NOTE 1 WAS CAG9 ECO 1907 seez 04121 04 9 015 SHEET 2551 7 GND L 2222184 DIT DIOLS 10 4 LISTEN GATE 9 Doel 7 or a 71 5 LISTEN pol s TO CPU J43 TO J3 CPU flo vil lot LISTEN 11 poz Cu SHEET 75 SHEET 15 4 LISTEN 12 pos s LISTEN 15 004 m TO MOTHER BOARD 35 4404 22Ko 5 LISTEN 14 005 DIZ GND 1 20 LISTEN 15 006 BH DIS DIG 1 81 040962 pr o 15 IG DIA 22 21 Drs la ie Dr To F200 bre HDS 14 ora SHEET 8 dr 2 3 pra FOOT SWITCH erra Orale Ea 5 prs i 008141 e TSO ENABLE prele Em eamm 2 TALK I Dojam TO T4 CPU o rtta 8 L Dr1 4 TALK poef 70 24 L TALK gt Dos s hn ol a fw si TALK gt vole 75 RAOS And TALK 4 0 SHEET 5 ZONE 403 I 22 6 5 TALK 5 006 em __ ____ TALK GATE DOT TIMER m tt eluaio i pre s Te DII Ss 21 4 12 ori TO
85. RACE FOR AVK e eo amm r ann EN Lr T 225 E si gt abe tu a C jJ W m m mi 362 HEATSINK 2 REQD AMPHENOL 1 38 758 0 9 PLACES 8 REQD 4 40UNC 1 4 LG PAN HD PHILLIPS 2 REQD COMPRESSION WASHER 2 A U9 U10 KF2 440 PEM NUT 2 REQD VIEW New SCALE 2 1 Arch Eng Supply 387 01 ses one ADDED NUTS NOTES 5 amp 6 ECO 1695 1 10 30 86 z ZANG a frene C Due ME ic PER ECO 2372 1 3 89 i iD j Revised 2472 w 15694 NOTES 1 PARTS LISTED BELOW ARE SHOWN FILLED OR CROSSHATCHED AND ARE NOT INSTALLED AT THIS LEVEL CAPACITORS RESISTORS R IC S JUMPERS 142 220 48 107 106 290 154 128 125 15t THRU 157 42 47 105 58 126 127 129 211 221 231 59 54 108 150 151 152 241 251 261 44A 23 208 153 271 281 291 TRANSISTORS Q piopes D 2 PARTS LISTED IN NOTE 1 ALL E HOLES SHOULD BE MASKED OFF PRIOR TO SOLDERWAVE 3 ALL 5 AND SWITCHES SHOULD HAVE APPROPRIATE DIP SOCKETS APPLY THERMALLOY 251 THERMAL GREASE BETWEEN U9 U10 AND HEATSINK INSTALL NUT KF2 632 RTS P N 1007 0008 00 9 PLAC
86. RY 5V MEMORY 5V MEMORY DELETE 02 10 24 1 15 82 NOTE S DELETED 114 ONLY ADDED RI4A I 25 PROM PROM PROM WAS CHOI PADDED CIT CIS Y Co WAS Soley 25 am HIGH ORDER TANT A ADDRESS wi UPDATED 12 24 82 c3 BUFFER 7 DS WAS INSGIG 3 88 Bas REVISED 90 ECO 105 Det 0 BAT 1 ADO Wwe BAG REVISED PER ECO 7208 _______ 7 2 85 BAS ER CORRECTED VALUE C8 PER ECO 1577 mw 15 8i BAG 2 ADDED NTERSHEET REFERENCES FOR CLARITY 7 70 86 SEE ECO 1632 FOR COMPLETE LIST OF WAIT RQ ADDITIONS CHANGES REVISED PER ELD 1936 E Bus RQ A REVISED PER 2391 1 25 84 BUSAK RI 52 J Jj 2 REFRESH ADDRESS LATCH D3 4 1314 BAO 5 1 10603 6265 925 12 5 406 INTAK z T 2e DC b 5 BAO BATTERY n 4 BAI GE4IB9OI 1 2 5 4 dall INTRQ BAS 2 7414 V NMIRQ BAG SHEETS 12 13 14 BAT TIS SHEET 17 65 DVO DEVO BA4 Devi O F5N BAS 1 Deva biz DEv 5 45 J42 45y 77 OUTPUT DO SHEETS BAG 8 5 428 CPU BUFFER 99 5o SHEET 17 DATA RI 35 D IN oUT PIN PERIOD Di 100K RSTIN ATA 0 0550 9 1N914 4 OUT 25210 Bus 9 1 00 5 4 2 05 ae Q3 4
87. SET UP select SPECIAL PURPOSE then BILAT SELECT Buttons will flash the available bilats refer to Appendix X for more information on the software summary Now assign a button to control that bilat Total Mute TOTAL MUTE is used to turn OFF all other button keyed ON with the touch of one button on the front panel Only one button can be programmed for this function and when programmed cannot be used for any other purpose 1 Bilat means bilateral current source used as a two to four wire converter RTS Systems patent number 4 358 644 BILATERAL CURRENT SOURCE FOR MULTITERMINAL INTERCOM Y 49 NOTE SELECT AUTO LISTEN and AUTO TALK used with CALL Options only Chime Select CHIME SELECT is used with Chime Options E1 only You have a choice of several chime tones which are Dissonant Tone Bell Tone Sweep Tone and no tone Only one tone can be used at a time Normally the 802 uses the Bell Tone which sounds after the software version is shown on the 802 front panel after power up or RESET To change the chime tone go into SET UP MODE Select SPECIAL PURPOSE then CHIME SELECT Select desired chime tone whose button locations are shown in Appendix X Push CALL SIGNAL button to hear that tone you ll now be out of the SET UP MODE because the CALL SIGNAL button doubles as the SET UP button To turn OFF the chime tones go into SET UP MODE select SPECIAL PURPOSE and then CHIME SELE
88. SIVE 16 805 S706 TLK LIST PAIR EXCL 7 7117 14 5707 COLD START 8 M 5708 SET UP DISABLE 9 LEFT HP Q SUM J703 C708 PNL J704 704 SHEET4 58 2 tic 1 0WE RIOOA CW 35 1 35 2 8 9 2 SHEET 4 3 ZONE 4 STATUS uf LED S 0800 000 RIGHT HP eee my SUM 278 jg C107 Por nom To 8706 05702 D702 14 MOTHERBOARD Tan RIGOF 408703 0793 6 45 Lp ME 4004 RIGOE 05704 KOA UN 2002 104004 05105 0705 wy D D 55 200A IN4004 Sm ROC 1956 2766 5 2007 ROB 05707 2707 19 25 b 200 144004 20 SA SPARE 04 J 0 1 70 R140 SHEET BONE 6 PA JA 10 AI SHEET 5 BONE Cis Dene 4 50 4 50 4 0 Naso 460 450 7706 2 ANALOG 6 ANALOG 2 4 UTOI EE ME CIR DE EE z 0701 0702 05700 08703 Gia DES 760 5 DIGITAL RST HI MES NOT USED ON THIS PAGE 757 759 MICROPROCESSOR 570 5720 5727 5740 5787 5720 RESET RST 10 SHEET 15 ZONE UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES ARE FRACTIONS DECIMALS ANGLES Tilia idee ee NE APPLICATION DO NOT SCALE DRAWING UNLESS OTHERWISE SPECIFIED i 12 294
89. SOR CPU 2 SPARE NOT 20512 SD 3000 N 21 022 024 ll gd 14256 3800H DEV NOTES UNLESS OTHERWISE SPECIFIED e Quantia 5367901 Q Q TB Ibo Oo ge 10 TO 24 VDC DI29 ALTERNATE ces CONFIGURATION INSTEAD OF i 144004 _ J zv aa iat V IN r q LM3ITK LM3I7 K FI MRIS2 MRIS To 3 3 2 28 O MR752 752 5 J CALRAD 4 PIN Ple 1 29 16 VAC DC i CHASSIS 16 VAC COMMON BACK PANEL SEE SHEET 4 ZONE AS FOR VOLT USED ON THIS PAGE REGULATOR 2 3 4 ce T 2200 35 V TO 26 AND ADJ IZV SPEAKER gt HEADPHONE AMPS 1 DI35 RELAYS ANALOG C125 C138 140 144 2125 0155 DI2S DIST E25 E 28 9125 8127 25 140 THI 25 U 12 9 NOT USED C139 CI40 DI23 Dl34 LAST USED Ci44 0131 E28 F2 QIZ7 RI4O TBI 6 29 JI 26 2 Riso lov TO Lsk 15 MPS 4355 IK M26 115 l 3 22K LM3ITK ro 3 DP SW ASSY nev o 7 __ upoaren eco 98 _________ 4 1 23 2H
90. STENBILISTENH LISTEN LISTENMILISTEN i 5 PROD 2 AUDIO iso 1 130 2 RELAY 2 3 7 1 PRESET PRESET PRESET CALL 1 2 SIGNAL PRESETS RELAYS CALL LATCH SET UP BUFFER PRESET SPECIAL MASTER AUX DISABLE DISABLI CARB MIC MODE RECALL EXCLUDE PURPOSE VOLUME VOLUME HEADSE FIGURE 17 Case 2 Front Panel Button Legend TO MODEL 802 TO J101 ON LOOP THROUGH J8 MODEL 802 TO MODEL 860 INPUT FIGURE 18 Using a Model 801 in a Model 802 System Model 802 Telephone The Model 802 may be interfaced to telephone lines as follows Method 1 Connect a party line PL channel from either one 802 or from an 862 to either a dry or wet phone line via a step up transformer as shown in Figure 19 on page 26 Terminate the phone line with an 820 ohm resistor across the transformer 25 Installation secondary phone line side The transformer is large enough so that it can be directly connected across a wet line line with dc current with negligible ac performance degradation the secondary is low enough resistance so that it will hold the line Method 2 Connect a TWI 222T telco interface unit as in Figure 20 on page 27 Method 3 Connect a TWI 326 interface unit usingFigure 21 on page 27 NOTE The 200 ohm resistor termination is not required if a PS 31 PS 30 60 is also connected Method 4 Connect a Model 802 with 4 wir
91. T 14 5 DIGITAL GND MICROPROCESSOR CPU SHEET 15 CHIME OPTION SHEET 17 1 SEE LISTING FOR ALL INPUT OUTPUT CONNECTIONS NOTES UNLESS OTHERWISE SPECIFIED a TOLERANCES ARE SERIES 800 RTS SYSTEMS BURBANK CALIFORNIA FRACTIONS DECIMALS ANGLES 7 axe APPROVALS F Lm k es F SCHEMATIC DIAGRAM DIGITAL BLOCK MODEL 802 802A EXTERNAL ADDRESS BUS EXTERNAL DATA INPUT 805 EXTERNAL DATA OUTPUT BUS POWER BUS REV C peus SOF 20 Arch Eng Suppiy 357 2001 C C PANEL MIC GAIN ADJ PANEL 7 ZONE C4 P6 PNL MIC LIMITER BERG R746 TM V 6268 DESCRIPTION CATHODE Dia WAS CONNECTED TO 92 CATHODE 017 WAS CONNECTED C 8 F REVISED PERECO 8 956877 777 R43 WAS 220K PER ECO 990 H PER ECO 99 _ E REVISED PER ECO 1548 ADDED REFERENCES FOR CLARITY SEE ECO 632 FOR COMPLETE LIST OF ADDITIONS CHANGES USED FOR OPTIONS Ele 20 10 LEVEL LINE TRIS 100K TI 50 C27 R40 u NA A 00 zzo 4200 3 e MIC RIB SHE to oureur 1 Je LMSOG2 100K GND amp REMOTE SHEET 12
92. TIC DIAGRAM SD2000 suT 18 FAB DETAIL PCB 2000 18 ASSEMBLY SUB CHASSIS 453006 ASSEMBLY PEB SWITCH BD 4 SCHEMATIC DIAGRAM FAB DETAIL PCB 3000 9 FAB DETAIL SUB CHASSIS 006 FAB DETAIL SPEAKER GRILLE 2088 RTS SYSTEMS DRAWING MuWBER TREE lt A MODEL soe _ 1275 ipsa el ____ PRODUCTION RELEASE 515 88 ow 1 TO MATCH 0 00 88 2222 1 Eco 2559 268 D REVISED PER 8239 1 23 89 Missa ro on mar rj a CPU BOARD MOQRI 839336 Z eec VERNON SEE SEPARATE PARTS LIST 9030533600 UNLESS SPECIFIED ontmact i SERIES 500 _ RTS SYSTEMS CPU BOARD 1 THE FOLLOWING ITEMS ARE NOT INSTALLED ree 42 017 018 022 Wit U22 evo keselen 60572 5336 NOTES Nor SCALE DRAWING te sueet j 42 B3 OPTION 7 12 ADDED x 2 WIRE CHANNELS REVISED PER 2 __ 01789 REAR PANEL S615 5605 8610 ze gt N 5 2w o x CH13 UNLESS OTHERWISE SPECIFIED CONTRACT NO 5 2 13 ALWAYS CFF
93. TKY DIODES FOR EXAMPLE INTERNATIONAL RECTIFIER 110003 NOTES UNLESS OTHERWISE SPECIFIED 4 39 5 40 8 43 5 NUHM NY FoR 4l 7 42 9 44 20 4 2 2 KEY 12 AUDIO HIGH AUDIO LO GNO END I 723452789015 ALTERNATE TALLY G0 M9 UA WHS REVISIONS ADDED INTERSHEET REFEREAICE FOR CLARITY 7 0 86 al APPROVED SEE ECO 1632 FOR COMPLETE LIST OF ADDITIONS 7 CHANGES ADDED 5 8 PER H 234 J100 ISO 1 CONNECTOR 50_PIN MALE REAR PANEL L2 4 L1 L1 Y y So KEY AUDIO HIGH _ AUDIO LO GND GND _ EN NK SO KEY 2 AUDIO HIGH AUDIO LO GND GND 1234567891 12345678910 PRIORITY PRIORITY 2 PRIORITY 3 ALTERNATE TALLY LLL 2 ___________ uy AUDIO HIGH L AUD OLQ GND GND 4 321 REAR PNL 999 SQUAWK Iso 2 fee AUDIO INPUT 2404 SHEET 13 7 INPUT GROUND MOTHER BOARD o 6 AUDIO HI fd AUDIO LO 123456789 0 12345618910 A3 922 248 gt EL 2305 751 PIO P C B 3 RTS SYSTEMS sumean cauronnia SCHEMATIC _ DIAGRAM MASTER STATION MODEL 802 80cA 50 OPTION VCP 2A T L B
94. To do that program your PRESET first then program the EXT CONTACT to turn ON that PRESET To turn ON the MIC ON as well see the INSTSANT MIC programming feature above Talk Turns On Listen TALK TURNS ON LISTEN functions as whenever a particular TALK channel button is pushed ON the TALK s corresponding LISTEN button will be automatically keyed ON The LISTEN button will stay ON until the 802 operator pushes it OFF or the TALK button is pushed OFF Talk Turns Off Listen TALK TURNS OFF LISTEN functions as whenever a particular TALK channel button is pushed ON the TALK s corresponding LISTEN button if ON will be automatically keyed OFF The LISTEN button will stay OFF until the operator pushed it ON or the TALK button is pushed OFF 50 APPENDIX Addendum to Technical Data Package The following criteria are established as requirements for the RS232 communications option for the RTS Systems Model 802 Operate and interrogate all front panel buttons Inhibit operation of front panel buttons Determine Status of all DIP switches byte wide Read and modify all programmable RAM memory Operate all relays talk listen gates key lines independently of button positions Initiate a warm or cold start Always send out a code upon operator initiation of warm or cold start On command send out a code upon operator initiation of any function front panel or DIP switch change 9 rO gt Q N RS232 sof
95. a USER STN MOD 4020 USER STN 10 dB PAD CONTROL 7 STATION 2299 MODEL USER STN LB 4020 CONTROL STATION eo NJ USER STN LIB 4020 CONTROL STATION MODEL 4002 GONTROL STATION MODEL 4002 rm USER STN 1x4 MOD 4020 SPLITTER USER STN LE 4020 USER STN LB 4020 USER STN 4026 FIGURE 24 Method Model 802 to IFB Connection 8 IFBs 30 Electrical Installation TYPICAL CONFIGURATION 1 1x4 GENTRAL SPLITTER ELECTRONICS USER STN 4020 USER STN 4020 USER STN 4020 CONTROL STATION MODEL USER STN 4002 4 4020 GONTROL STATION MODEL 4002 CONTROL STATION MODEL 4002 FIGURE 25 Method B Model 802 to IFB Connections 4 IFBs 31 Installation TYPICAL CONFIGURATION 2 1 4 SPLITTER i CONTROL 60 STATION Q MODEL 4002 GONTROL MODEL 4002 50 CONTROL STATION MODEL 4002 50 114 1 4 SPLITTER GENTRAL ELECTRONICS CENTRAL ELECTRONICS TR STN MOD 4020 USER STN 4020 USER STN MOD 4020 USER STN MOD 4020 1 USER STN 4020 USER STN 1B 4020 USER STN LB 4020 USER STH 4026 2 FIGURE 26 Method Mo
96. ach output determines whether an output is controlled by the MIC ON OFF switch External Speaker Output See Figure 13 Connect an external speaker to rear panel terminal block TB15 Since this output is a bridging type output DO NOT LET EITHER SPEAKER LEAD CONTACT GROUND The switch next to TB15 turns OFF the internal speaker Headsets Headset Requirements A wide range of headset type may be used Dynamic Microphone Headset Type Carbon Microphone Headset Type 50 to 1000 ohm microphone Standard carbon microphone 25 to 1000 ohm headphone s 25 to 1000 ohm headphone s Use headphones with an impedance pf 25 ohms or greater Low impedance 8 ohm headphones are not recommended Headphones with good acoustic isolation 20 to 40 dB improve communication in high ambient noise environments and allow the user to use the headphones at a less tiring lower volume In the headset connecting cable prevent coupling between the microphone and headphone leads by using a shielded twisted pair for the microphone and a separate twisted pair for the headphones Do not allow headphone ground to contact microphone ground or shield Tie the shield to microphone ground or mic low The headset cable can be made longer when the microphone and headphone pairs are physically separated The wider the separation the long the cable length which may be used Estimated maximum usable headphone cable lengths are as follows 21 Installation Singl
97. an RAM BOARD FUNCTION 15 DETERMINED A 45 BY JUMPER LOCATION is pr STATUS E 5 Le Plo 14 Dre 1 00212 1 1 DIZ 2 5 1419 gt ak k Ls 2 3 015 AD 4 0055 9_ ore BOARD 5 poslo R GND 16 u 707705 MET T 7 7 2068 15 DOG DOT1 18 007 1 L USED ON THIS PAGE 4401 3415 401 411 0401 0428 PIO I O BOARD gt m m p 50 3000 H ______ tz oc 22 74004 REVISIONS s m k gao REVISED REORAWN __ UPDATED 0 21 82 GND Du CHANGED RAOGA H WAS IMz 1 000 Bu o cmwGED 12214 2 5 5 LISTEN 3 Doe na RA PeR ecoa 6 14 83 SHEET 24 RAOL A d RAOZA H 4 2 LISTEN pos s REV PER ECO 14 LB ZONE BI 4405 IN 5 6 af u4ce ie LISTEN po s G 1875 vo es eru EM 40 998 6 DIG LISTEN 0 DOS FH ADDED INTERSHEET REFERENCES FOR CLARITY 1 10 86 ND Dum 3 4 2 IB Dr SEE ECO 032 FOR COMPLETE LIST OF TRBYZ TALLY DIG E 1 2 4 Ie De LISTEN 7 ADDITI
98. ating Mic Out Level MIC 54 dBu nom source 10 ohms balanced floating Relay Contacts 1 amp 24 volts dc maximum 6V pp 600ohms 0 5 amp 110 volts ac maximum Bilateral Line 10 milliamperes pp max 2V pp 200 ohms Driver Outputs 3 milliamperes pp avg 2 3 V pp 200 ohms 4 Wire Send Current Source Output Levels 10 milliamperes pp max 6V pp 600 ohms 3 milliamperes pp max 2 V pp 600 ohms Key Outputs Open Collector 0 5 amperes 50 volts dc maximum Model 56 16 Power Supply Input 117 volts ac 10 50 60 Hz 1 7 amps 243 volts 10 50 60 Hz 0 85 amps Output 16 volts ac 3 5 amps 12 CHAPTER 2 Installation Mechanical Installation The 802 Speaker Master Station is a rack or console mountable enclosure 3 5 inches 89mm high by 19 0 inches 483mm wide by 14 3 inches 363 mm deep The mounting holes are standard E I A spacing The panel microphone requires a minimum of 5 0 inches 127mm front panel clearance and the adjustment board requires 11 inches 279mm Allow an additional 2 0 inches 51 mm for the rear panel connectors When installing this station allow space for control access cabling and servicing Provide space for cabling service loops connectors and cables If the headset connector is remotely located allow space between this cable and interfering sources such as TV monitors power supplies and equipment with internal power supplies The Mode 56 16 power supply when us
99. c Gain E7 adjust the gain of the respective microphone preamplifier to compensate for the differences in microphone levels or individual s voices Description Operation and Specifications Assignment Switches The Assignment Switches B assign the 16 primary audio sources in any combination to the left or right side of the stereo headset or to the loudspeaker These 16 sources are Intercom Channels 1 12 TSO Listen Auxiliary Program 1 Auxiliary Program 2 Spare Reset and Status Lamps The Reset button F is used to reset the microprocessor This is required when initially installing certain options or making certain programming changes on the Mother Board The Status Lamps G are used for diagnostic purposes Programming Switches The Programming Switches C are used to set up various special operating modes See Figure 36 on page 39for illustration Rear Panel Description and Operation The Model 802 is connected to other Model 802 s other systems and external equipment using the connections on the Rear Panel The Line 2 connector Ancillary 3 connector and 8 screw terminal strips are present on the basic Model 802 The optional IFB 4 Squawk 5 4 wire 6 and ISO 7 connectors are installed only as a part of the various options The screw terminals provide connections to the six sets of single pole double throw SPDT form C relay contacts microphone ON OFF remote control momentary act
100. com SAs IFBs Slate Monitor Mute Use a 12 channel Model 802 equipped with the Talk option and connect using the wiring diagram in Figure 16 on page 24 Install button legends per Figure 17 on page 25 This wiring will operate all relays in the 860 In a 12 channel 802 program one of the relays to activate when SLATE MIC is pressed This relay is equivalent to the slate mic radio telephone relay available on J2 of the Model 801 Program another relay to activate when SPKR MUTE is pressed This relay is equivalent to the monitor mute relay contacts available at J4 on an 801 This relay may also be programmed to activate when an SA button is pressed Thus if SA1 is used as a studio announce the studio speaker nearest the 802 may be muted via the relay when its SA1 button is pressed This will prevent feedback squeals Model 801s may also be used in an 802 862 system Make connection between the systems as shown in Figure 18 on page 25 Be sure that termination is provided by only one system Note some connections are optional The standard connections allow the six talk and listen channels of the 801 to communicate with the first six talk and listen channels of the 802 The optional connections interface the next five channels of the 801 to channels 7 11 of the 802 SA and IFB channels on the 801 can only talk and can not listen SLATE is a 2 way line and will work to both talk and listen Listen level on the SLATE line is controlled by the EXT 2 level
101. d to others zone rev DESCRIPTION r approven not be copied without the written consent of RTS SYSTEMS INC 1100 West Chestnut Street Burbank 91506 U S A which owns all related propricdary BUTTON FUNCTIONS I LST BTN LISTEN BUTTONS COME HERE ISO BTN 150 BUTTONS COME HERE ON OR OFF OFF TURN OFF LIGHT TURN OFF AUDIO GATE ALITO caLL FEATURE BTN TALK g BUTTONS COME HERE SPEAKER BUTTON COMES HERE TURN ON LIGHT ON OR OFF ON OR OFE SAVE ALL TALK GATES LISTEN DISABLE SELECTED TURN OFF WINKING TURN OFF LIGHT TURN OFF BLINKING LIGHT TURN ON TALK GATE a KEY TURN On LIGHT TURN ON SPEAKER TURN ON AUDIO GATE TURN OFF KEN TURN OFF SPEAKER TURN OFF TALK GATE amp KEY TURN OFF 150 AUDIO RECOVER SAVED TALK GATES 150 LISTEN DISABLE INSTANT Mic FEATURE SELECTED 2 INSTANT FEATURE SELECTED NO BLINK SO BUTTON TURN ON ISO ADIO GATE TURN ON MIC WAS AN 7 INCOMING CALL PENDING AUTO CALL FEATURE YES TURN ON EQUIVALENT TALK GATE 4 KEY TURN ON MIC RESTORE EQUIV TALK BUTTON TO PREVIOUS STATE TURN OFF Mic QF IT SHOULD BE OFF RECOVER SAVED LISTEN GATES CT NO eoo SERIES RTS SYSTEMS
102. del 802 to IFB Connections 8 IFBs 32 Electrical Installation QUICK TOUCH TO LATCH ELECTRONIC SWITCH ACTION LD FOR Y CALL LATCH SETUP PRESET SPECIAL AUX ARB MI PRESETS A RELAYS DISABLE MODE EXCLUDE PURPOSE MASTER VOLUME CARE MK FIGURE 27 Model 802 Front Panel Button Arrangement for 4 IFBs QUICK TOUCH TO LATCH ELECTRONIC SWITCH ACTION FOR MOMENTARY SET UP BUFFER PRESET SPECIAL MASTER AUX MODE RECALL EXCLUDE PURPOSE VOLUME FIGURE 28 Model 802 Front Panel Button Arrangement for 8 IFBs Series 1000 Squawk The Model 802 may be used in either of two ways with the series 1000 squawk system Method A requires an external model MCP 1010 squawk station that is connected to use the microphone and speaker in the 802 Method B emulates a model MCP 1010 squawk station with no external parts required For Method A squawk connect MIC OUTPUT 1 or MIC OUTPUT 2 of the 802 to the EXTERNAL LINE LEVEL MICROPHONE INPUT of the 1010 as shown in Figure 31 on page 35 Connect the MCP 1010 s OUTPUT CONFERENCE LINE to the SQUAWK input at TB8 on the 802 Incoming audio level from the MCP 1010 is controlled by the SQUAWK level adjust on the 802 s pull out adjustment board only and is not affected by 802 or MCP 1010 front panel level control or 802 MCP 1010 fro
103. e connections or oscillations will occur TB9 is paralleled with the front panel headset connector use only one at a time External Microphone Connector See Figure 13 An external microphone may be used in place of the front panel gooseneck microphone by connecting the external microphone to rear panel terminal block TB10 When using an external microphone disconnect the front panel microphone by unplugging connector P1 from the motherboard Electret microphone may also be used with the Mode 802 Both 2 wire and 3 wire microphones are accommodated To use a 2 wire electret microphone install resistor R3 on the motherboard Program Inputs See Figure 13 Connect external program input to rear panel terminal block TB11 and TB12 These inputs accept line level balanced audio Program volume level is controlled by front panel AUX VOLUME control adjustment board pots 15 and 16 and front panel MASTER VOLUME control Program may be assigned to left headphone right headphone or speaker by switches on the adjustment board Alternatively program 2 audio may be injected at the Model 862 System Interconnect to all master stations or audio appearing at Program input 2 of any Model 802 will appear on all Model 802s Microphone Output Connectors See Figure 13 Two microphone outputs are provided via rear panel terminal blocks TB13 and TB14 A rear panel LEVEL switch selects low level MIC or high level LINE output A separate MODE switch for e
104. e cable two shielded twisted pair 10 feet 3 05 m Dual ribbed cable two shielded twisted pair 30 feet 9 14 m Separate cables shielded twisted pair in each 50 feet 15 24 m Balanced microphone input up to 100 feet 30 48 m Headset Connections Dynamic Microphone Headset Connector XLR 5 31 type receptacle Input Level 55 dBV Output Level to headphone 10 volts peak to peak open circuit Pin 1 Microphone low Pin2 Microphone high Pin 3 Headphone low Pin 4 Left Headphone high Pin 5 Right Headphone high Carbon Microphone Headset Connector Standard 1 4 Tip Ring Sleeve TRS Phone Jack Input Level 15 dBV nominal Output to Headphone 10 volts peak to peak open circuit Tip Carbon Microphone Ring Headphone Sleeve Common ground 22 Electrical Installation Model 802 to Model 801 Model 860 If the Model 802 has been equipped with 801 emulate option a connector on rear panel of the Model 802 plugs directly into an 801 type system If it is required that a non 801 emulate type 802 be used in an 801 type system follow the directions below Case 1 Six channels of intercom no SAs no IFBs no Slate no Monitor Mute use a standard six channel Model 802 to connect to a six channel 801 system A wiring diagram for connecting a 6 channel Model 802 to an 801 system is shown in Figure 14 Install button legends per Figure 15 on page 24 Case 2 Six channels of inter
105. e option OPT802 C2 or OPT803 C3 to a TWI 326 as shown in Figure 22 on page 28 This method will work better than the two methods above NOTE Termination must be provided TRIAD 5 84 CHANNEL FROM MODEL 890 820 OHM TO TELEPHONE LINE RING COMMON FIGURE 19 Method 1 Model 802 to Telephone Interconnection 26 Electrical Installation MODEL 802 MODEL 882 MODEL TWi 222 FIGURE 20 Method 2 802 to Telephone Interconnection MODEL TWI 326 2W IN FROM MODEL 802 2 OUT 200 OHM TO TELCO ALSO SEE MODEL TWI 326 MANUAL FIGURE 21 Method 3 Model 802 to Telephone Interconnection 27 Installation MODEL TWI 326 4W IN TO MODEL 802 200 OHM FIGURE 22 Method 4 Model 802 to Telephone Interconnection Model 802 Series 4000 IFB The Model 802 may be used in either of two ways with the 4000 series IFB system Method A uses a line level unswitched microphone output from the Model 802 to drive Models 4001 4002 or 4003 IFB Control Stations Method B emulates either a Model 4001 or 4002 IFB control station and requires no external parts but it does require 1 the installation of one or two option boards 2 that mother board programming switch es be actuated 3 a microprocessor reset executed To use Method A connect the Model 802 rear panel MIC OUTPUT 1 or MIC OUTPUT 2 to Models 4001 4002 4003 IFB Control
106. e will wink wink here means the lamp brightens or dims quickly rather than flashing half half off The microprocessor accepts commands only from valid buttons PRESET Programming Function The PRESET programming function enables any one or combination of the circuits controlled by the twenty four selection buttons 4 to be assigned to and be activated by one or more of the four PRESET buttons 6 A simple example would be assigning all of the TALK circuits to PRESET 4 making PRESET 4 an ALL TALK button To program an ALL TALK button using the PRESETS programming function 1 Enter SET UP MODE 44 Programming the Model 802 Choose PRESET by pushing the PRESETS PRESET 1 button Choose PRESET 4 by pushing PRESET 4 Select all talk by pushing each of the six or 12 talk buttons 4 Push PRESET again to store that setting in the PRESET 4 memory and continue programming or push the SET UP MODE CALL SIGNAL button to store the setting in memory exit the SET UP MODE and return to normal operation m FY S A preset is activated or called up from memory by pushing the appropriate PRESET button in either a momentary or latching mode Prior to activating the circuits specified by the preset memory the microprocessor first stores the existing button settings its temporary buffer memory then when the preset 15 released the microprocessor restores the previous b
107. ed should be mounted at least 1 to 2 feet away from the Model 802 to minimize hum pickup Electrical Installation Power The 802 receives electrical power from either 1 the Model 56 16 ac power supply supplies 16 vac at 3 amps or 2 a user supplied system power supply The power requirement for the Model 802 is 16 20 volts ac rms e amperes 16 28 volts dc 2 amperes Input power mains power to the Model 56 16 is switch selected to either 120 vac 10 or 230 vac 10 50 60 Hz 10 Connect power to the Model 802 as shown in Figure 4 on page 14 WARNING For 230 volt operation change fuse F1 on the Model 56 16 to a 0 375 amps slow blow 3AG type For metric style fuses use part 2802 0006 00 metric fuse adapter NOTE Always connect the green safety wire from earth or safety ground to the chassis of the Model 802 TB16 3 13 Installation POWER INPUT TETAS n 16VDC 28VDC FROM MODEL 56 16 FIGURE 4 Model 802 Power Supply Connections Grounding The Master Station chassis should be connected to earth ground or power line safety ground Each Master Station is bypassed to its own chassis via a 0 1 microfarad capacitor and 22 kilohm resistor in parallel to prevent interference from radio stations Signals General Model 802 system configuration are 1 Model 802 Master Stations 2 Model 802 Master Stations amp Model 862 System Interconnect 3 Model 802 Master Stations plus TW Intercom System
108. el VCP64A Station ISO Control Panel OPT802 HO ISO VCP6A not installed 802 ISO VCP6A installed NOTE Requires Option Base 61 62 ASSEMBLY MSTR STA MODEL 53104 SCHEMATIC DIAGRAM 802 503000 SCHEMATIC DIAGRAM STD MSTR STA INTERFACE OUTLINE DRAWING 602 FAB DETAIL FRONT PANEL a RIGHT SIDE RAIL 3001 SIDE RAIL 8008 I REAR PANEL 3009 CONER BOTTOM I FRONT ADJ BD SUPPORT CARD GUIDE soars FAB DETAIL COVER SMALL CONNER 3163 ASSEMBLY PEB MOWER DD AS30050 1 SCUEMATIC DIAGRAM MOTHER BD J NUMBERS AND JUMPERS BOI FAR PCB FAB DETAIL SUPPORTADI CARD GUDE ASSEMBLY PCB TALK SQUANK TFB BO bS3000 3 SCHEMATIC DIAGRAM FAB CETAIL PEB soco s ASSEMBLY CB PIO uz 43 A 3006 4 SCUGMATIC DIAGRAM SO BCOO sut 12613 FAS 3000 4 ASSEMBLY PCB CPU BO 52200 5 SCUEMATIC DIAGRAM eS023600 sw t v FAB CETAIL PCB 3000 5 ASSEMBLY Fo 4 WIRE BO AS2000 6 DIAGRAM 22 FAB DETAIL PCB ASSEMBLY PCB ADJUST BO AS3000 1 ESCUEMATIC DIAGRAM 503000 Sut 1 FAB CETAIL FAR DETAIL SUPPORT ADI FAG CETAIL BRACKET AD CARD STOP z ASSEMBLY PCB CALL LIGHT As2060 8 SCHEMA
109. erators such as WARM START or COLD START or VERSION Command lines must be limited to 128 characters in length Only the load memory command has the capability of exceeding this limit Error Handling The 802 cannot stop when it encounters a confusing a command it will simply ignore the entire command Specific errors include a command letter not in its command table a numeric modifier that is out of range for example relay 12 an unrecognizable operator et cetera Upon detection of an error the interpreter was confused CODE DEFINITION E00 Syntax Error E01 Output Buffer Overflow E03 Unrecognizable command modifier or expected E04 Number out of range for example illegal button number E10 RS232 framing or parity error E20 RS422 framing or parity error 52 Examples of Commands Responses Examples of Commands and Responses The following examples of host computer commands use button 12 relay 5 address 0100 hex as examples FUNCTION HOST COMMAND 802 RESPONSE Turn Button ON B12 NONE Turn Button OFF B12 NONE Test Button Status B12 or Inhibit Button s Use By Operator function may be ON or OFF 112 Allow Button s User by Operator 2 Test If Inhibited 12 or Assign Relay To Button B12R5 NONE Remove Relay Assignment 12 5 Test Which Relays Assigned to Which Button B12R5 or Turn ON Relay R5 NONE Turn OFF Relay R5 NONE Tes
110. ereo headphone amplifier e A speaker ON OFF electronic switch e A speaker dim electronic switch e A speaker amplifier e An internal speaker disable switch A microprocessor control system which includes Front panel button Talk and listen electronic switch control outputs Microphone and speaker electronic switch control outputs Relay control outputs 6 Key outputs 12 Headset present sense input User programmed memory with battery backup Adjustment board programming input switches 8 Mother board programming input switches 8 Additional outputs to control some options Reset switch tells microprocessor to reconfigure using adjustment and mother board programming inputs Factory installed firmware operating system for microprocessor RI MODEL Eros URL anon FIGURE 2 Model 802 Front Panel Front Panel Description and Operation The front panel contains 24 selector buttons 4 eight operation buttons 5 master 11 and auxiliary 12 volume controls loudspeaker 2 gooseneck microphone 3 dynamic 14 and carbon 13 microphone headset connectors and access to the adjustment board 1 Description Operation Specifications The selection 4 and operation 5 buttons have different functions when the Model 802 is switched from the standard operating mode to the programming mode Legends under each button show its program
111. ey e 2 TALK key turns OFF corresponding LISTEN key Version 4 6 Added features e Choice of 6 or 10 squawks e Allows assigning of unused bilats to buttons Displays version number of software during power on Ability to program a total mute button e Programmable auto listen ON when receiving a call Auto Call now programmable on individual buttons e Choice of 3 chime tones e External rear panel mic contact can be programmed to any button Exclusive talk listen feature 1 talk listen pair at a time NOTES on Version 4 6 1 Versions 4 5 4 6 are the first to use four 5 previous versions used three EPROMs 2 Bilat 13 14 talk listen gates not lifted saved For example during ISO Version 4 5 Same as Version 4 6 but not released because of a bug External ISO doesn t key ON the mic 55 Summary of 802 Software Versions Version 4 4 This version never issued Version 4 3 Correct minor bugs in version 4 2 Version 4 2 Added features Added Global Reset button for VCP 6A and VCP 12A options e Instant mic is now programmable to individual buttons Version 4 1 Added features e Both ISO and IFB moved to right side of panel e Any button can be programmed to be ignored 56 APPENDIX E Documentation Summary Software Version 4 6 Mother Board DIP Switch Assignments 1 Call light time out selection OFF 1 6 talks ON 7 12 talks
112. for the present function assignments NOTE See Addendum for the Software Functions Set Up Mode To program the Front Panel functions you must first enter the SET UP mode The SET UP mode is entered by holding the CALL SIGNAL BUTTON 7 for about three seconds When the SET UP mode is entered the microprocessor first stores the existing front panel settings in a temporary buffer memory then clears the front panel The SET UP mode is indicated by the SET UP MODE CALL SIGNAL button being steadily illuminated and this is the only mode in which this button remains steadily illuminated After entering the SET UP MODE the valid selection buttons will flash to allow you to select the function that you want to program Only buttons applicable to the standard function and installed options will flash In general during the SET UP process the microprocessor indicated via flashing or winking buttons the step by step procedure to follow If after entering the SET UP mode no button is pressed within 13 seconds the Model 802 will exit or leave the SET UP mode and return to normal operation If however a selection is made the unit will remain in SET UP mode until intentionally exited In addition the selected function button will illuminate steadily indicating what is being programmed until programming has been completed and stored in memory After selection the buttons which are valid selections within the particular programming mod
113. g amp non shorting Phone Jack 3 circuit shorting amp non shorting Phono Jack lt w Z lt lt F Q g O C X m Q T m OQ U gt gt gt Mini Jack Female 4101 OUTPUT FROM COMPUTER FIGURE 11 Darlington Key Output 18 Electrical Installation 1 4001 FROM KEY OUT 7 FROM KEY RETURN FIGURE 12 Key Output Application Signals Features Key Outputs Twelve logic type outputs are available at the rear panel line connector J101 These outputs control relays in the Model 862 System Interconnect but if your system does not include a Model 862 these output may be used directly as control outputs Press one of twelve talk buttons on the front panel of the Model 802 activates one of the twelve key outputs respectively Connections to these output are shown on sheet 20 of the Model 802 schematic Figure 11 on page 18 show a typical output The darlington transistor output conducts to ground when activated and has a maximum rating of 50 volts 50 milliamperes dc Figure 12 shows an application of the key output NOTE Relays should always have a diode to protect the transistor in the Model 802 Relay Output See Figure 13 Six form C relay contacts are available on the Model 802 rear panel The respective relays are programmable from the front panel to operate with front panel pushbutton s See Programming the Model 802 on page 43 Maximum contact ratings 1 am
114. gt REVISED PER ECO 385 2 8 5 i nn rom Eco 750 7 ADDED ATERSHEET REFEREAICES FOR CLARITY SEE 7032 FOR COMPLETE LIST OF ADDITIONS 7 CHANGES Siw Fuerion azas RA pma __ REVISED PER Eco w22 O A PER ECO 3 2391 2 10 84 TO 790 SHEET ZONE 82 LAMPSON SWITCHBOARD MOTHER BOAD 125 155 125 DIP SW amp CALL LIGAT TIME OUT D TALK 7 12 ENABLE woe 3 EMULATE oon 4 169 EYT OFF INT ON TO PIO 2 f 5 150 LISTEN ENABLE 4402 SHEET 13 DAT 150 ENABLE Uo NOT USED i ox 8 IFB DISABLE 4127 10s 5 TO 95 PIO 8s ceu BOARDS 1415 SHEETS 12 13 14 J SHEET 75 39 53 SHEET IT J 1800 SHEET 78 LT 11 7 ju RTS SYSTEMS sunsavk SCHEMATIC DIAGRAM MATERIAL pe Eius MASTER STATION MODEL 802 8O2A ISSUED POWER SUPPLY J eee gt RS orion amma 4 japmwso 2 __ S UPDATED _____ 2 MHz C ADDED JUMPER ON WI5B an REN PES 2258 997 owes REv PER Eco 15 8 AAC ADDED INTERSHEET REFERENCES FOR CLARITY 7 0 80 SEE 8 1632 FOR COMPLETE LIST OF 5 ADDITIO
115. gt 14 n ha o tL os T4HC541 02 5 03 NETS J4 2 1 67254 Ete 7AHCIS LEY SEL 1 15 DEVO A 6 21 O Ras 3 bis DEV 8 5 b RAM SEL 8000H e Lue DEVS 5 cal 5 RAME SEL BAb 4 10 ENS 5 0 1 o DEY SEL C000H di T PSEL EO00H 7 DEV SEL 136 TW SEL JT T4HC32 15 A PROGRAMMABLE SOUND GENERATOR U22 15 INSTALLED ONLY IN UNITS WITH THE CHIME OPTION 3 THE FOLLOWING ITEMS ARE INSTALLED WI 2 CAPACITANCE VALUES ARE SHOWN MLROFARADS VOLTS 1 ALL RESISTORS ARE CARBON FILM 55 NOTES UNLESS OTHERWISE SPECIFIED RTS SYSTEMS BURBANK CALIFORNIA SCHEMATIC DIAGRAM CPU BOARD MODEL 802 2 80C VERSION 2 TEE II ER Ee E DERESS BUS BA 18 gt E ED 4 gt 04 84030 DATA 805 74 6541 Dd Q DI al be D3 83 04 G4 D5 05 ag Q2 63 94 HALF Ulo Z84C40 74 541 2 vis 09 DUPLEX Dle PORT 017 REVISIONS emos SEE SHT 1 1 Vv 4 5 pum iid Rs 422 8 9 454
116. ion only not alternate actions Model VCP 6 or VCP 12 ISO Control Station external headset connector external microphone input auxiliary program inputs microphone preamplifier output external loudspeaker and power input Line Connector The Line connector contains the balanced audio circuits and keying circuits for intercom channels 1 12 as well as connection to Auxiliary Program Input 2 In normal 2 wire operation each audio pair functions as a full duplex two way communication circuit while i8n the 4 wire mode the pairs function as the send portion of each circuit assigned to 4 wire operation Ancillary Connector The Ancillary Connector connects to 1 six sets of programmable relay contacts 2 the microphone ON OFF remote control 3 the squawk receive input 4 two auxiliary program balanced inputs IFB Squawk and ISO Connectors The IFB Squawk and ISO connectors are plug in compatible with Model 4010 Central Electronics Model SQJ1010 Central Junction Interconnect and Model VIE306 Station Isolate Electronics respectively 10 Interfacing to Other Equipment 4 Wire Connector The 4 Wire connector contains channels 1 12 4 wire receive circuits channels 7 12 4 wire talk send circuits and channels 7 12 keying circuits Optional Aux Connector The optional Aux Connector directly accesses the microprocessor via an RS 232 bus only as a part of custom software applications Interfacing to Other Equ
117. ipment DIRECT An 802 connects directly to external equipment via the line connector the back panel terminals and the Ancillary connector SYSTEM The Model 862 System Interconnect provides direct connection of up to 12 channels of TW Intercom as well as audio inputs and output and switching circuits Signals interfaced via the 862 are common to all 812s in the system DIRECT with OPTIONS An individual 802 equipped with standard options can connect with Series 4000 IFB System or the TW Intercom Station Isolate System Description Operation and Specifications Specifications Color Gray Federal Stand 595A Color 26492 Weight 18 pounds 8 2 kilograms Dimensions 3 5 inches 89 millimeters high x 19 0 inches 483 millimeters wide x 14 3 inches 363 millimeters deep excluding connector microphone and adjustment board clearances Inputs Dynamic Microphone Source Impedance 50 1000 ohms Level 55 dBu nominal Carbon Microphone Level 15 dBu Excitation 10 to 16 milliamperes Four Wire Receive Level 20 10 dBu into 10 kilohms balanced floating Squawk Input Level 0 10 dBu into 20 kilohms unbalanced Program Input Level 0 10 dBu into 20 kilohms balanced floating Power 16 20 volts ac rms at 3 amperes max 18 26 volts dc at 2 amperes max Outputs Headphone Level 8 volts pp into 25 ohms Speaker Level 10 volts pp into 8 ohms Mic Out Level LINE 0 dBu nom source 400 ohms balanced flo
118. is wen 15 xLF3 5 4 B ue 145 TO Pro E a 5 406 6 UGl4 SHEET 13 a d XLBS ZONE 25 5 3 FS Ar M S Sir xes 2 LE S sao a ow 34 __ 5 pex 7 9018 4602 4 WIRE wo XLBB OPTION PCB ea a 209 SHEET 22 A 9 5 2 JGIG 102 ADJ BD 3 M SHEET 7 88 4 si ruis XLe SHEET 79 4 ZONE 83 S an Seis Jezz 5 s Ls e 4 005 XLFIO feo ER Z 5 4 ap xen I gj 34 hook _ 3 ALFII ew A O XLF1I EIN ANNE LER Y 5 6 a Sees LT x xLeu TC 156 5 P10 2 Fl m w USED ON THIS PAGE CGDl Cnt ROO R613 KG 24 TeI5 Tib UbN UGZO 3407 USED 0020 7 2 SHEET 15 SHEET 19 CO SEE TMI5334 For ExAMBLES oF DP ARAY ZONE CS ZONE 83 SET UP 464 ZONE 82 0 2 SECTIONS B D R22 SECTIONS i 4w 513 B D F G ARE NOT CONNECTED m DELETE S 13A 96188 SGI 4A FOR ISO OPTION ALBIS el 10 SEE ALSO SHEET 13 AND SHEET 22 2 AW 50 156 XL BIS 46 Per ey o b 5 FROM BILATERAL CURRENT SOURCES CHANNELS I amp SHEET 8 gt aw v ee XLFIS T
119. ividual listen level controls A fourteen 4 turn 2wire intercom balance controls D seven auxiliary function controls E three groups of sixteen audio source assignment switches B eight programming switches C the microprocessor reset button F and the status indicator lamps G Listen Level The Listen Level controls A 1 12 adjust the incoming levels of the twelve primary intercom channels Compensate for level differences by adjusting these controls Balance Controls The Balance Controls D only function in the 2 wire intercom mode Adjust the BALANCE control on each channel to null your own microphone signal in the loudspeaker or headphones Channel 13 LISTEN and BALANCE controls are reserved for future use LISTEN LEVEL controls 15 and 16 adjust the levels of the AUXILIARY PROGRAM inputs 1 and 2 Auxiliary Control Sidetone Level Chime Level Squawk Level Panel Mic Gain and Headset Mic Gain In the Auxiliary Control section E the first control E1 adjust the button illumination brightness the second control E2 adjusts the loudspeaker level change when the microphone is switch ON The Sidetone Level E3 adjust the loudness of your own microphone signal hear in your own headset The Chime Level E4 sets the volume of the incoming chime signal when the chime option is installed The Squawk Level E5 sets the volume of the incoming squawk signal when squawk option is installed The Panel Mic Gain E6 and Headset Mi
120. knob The key connections allow the 801 to operate relays 7 11 in the 862 For more information on 801 860 systems see the 801 technical manual 2604 TO MODEL 802 LOOP THROUGH 48 OR TO MODEL 860 INPUT FIGURE 14 Case 1 Six channel 802 to six channel 801 interconnection 23 Installation ELECTRONIC SWITCH ACTION HOLD FOR MOMENTARY j j PROD 1 2 AUDIO LIGHTS 1301 150 2 TALK TALK TALK TALK TALK TALK PROD 1 AUDIO 150 1 150 2 1 5 LISTENBILISTENB LISTEN LISTEN 1 RELAY 2 RELAY 3 RELAY4 RELAYS RELAYS preser H B 4 1 i 1 5 CALL LATCH BUFFER PRESET SPECIAL PRESETS i RELAYS DISABLE DISABLE RECALL EXCLUDE PURPOSE MARTER ME GARB MIC FIGURE 15 Case 1 Front Panel Button Legend FROM MODEL 862 MODEL 01 MODEL 802 NOTE THIS CONNECTOR 1 SPECIFIED J101 WHEN FROM MODEL 802 AND 15 SPECIFIED 41 J2 J3 OR 44 WHEN FROM MODEL 862 PLUG 15 FEMALE WHEN FROM MODEL 802 OR TO MODEL 860 o FIGURE 16 Case 2 12 channel 802 to 6 channel 801 Interconnections 24 Electrical Installation QUICK TOUCH TO LATCH SWITCH ACTION FOR MOMENTARY PROD 1 LISTEN LI
121. ming function See Programming the Model 802 on page 43 for programming instructions In the basic Model 802 the first twelve selection buttons 4A activate the talk circuits top buttons and listen circuits bottom buttons of intercom channels 1 through 6 The remaining twelve selection buttons 4B become operational with the addition of options Normally the eight operation buttons 5 work as follows Preset 1 through Preset 4 6 Preset through Preset 4 can be user programmed to activate by the push of a single button combinations of audio and control circuits Call Signal 7 The Call Signal button enables the signalling function when the unit is equipped with this option Panel Mic 8 The Panel Microphone enable button selects the front panel gooseneck microphone and deactivates the headset microphone if no headset is plugged in Panel Microphone is automatically selected Speaker ON 9 The Speaker ON button turns on the loudspeaker Note the headset listen circuit is always ON Microphone ON 10 The Microphone ON button turns on the microphone in use headset or panel Most of the front panel buttons feature a special momentary latching dual action if a button is pressed quickly the function will latch turning ON if off turning off if ON if the button is head slightly longer the action will be momentary and the function will turn OFF when the button is released NOTE This
122. n 5 1 with the exception of the software problems which have been corrected The 802A software version 5 1 is identical to version 4 7 but with the following new features added 1 New 280 type CPU board increases memory in the EPROM for adding future special functions2 2 RS232 allows a computer terminal to run active functions on the 802A front panel button controlled See Addendum X for RS232 Operation NOTE Due to the software problems in version 5 1 any 802A units that are returned to the factory for repair with software version 5 1 will be updated to version 5 2 at no extra charge to the customer Customers with software version 5 1 are urged to contact Customer Service at RTS Systems 800 392 3497 to request the software update This update is not applicable to customers with versions 4 7 and below SPECIAL NOTICE Customers with CALL SIGNAL and CHIME Options are most affected by the problems in version 5 1 Customers without CALL SIGNAL and CHIME options are not seriously affected by the problems in version 5 1 but should update to version 5 2 to avoid any operational conflicts in the future 2 Updating to the new Z80 CPU is not covered under warranty unless otherwise specified Please contact your dealer or RTS Systems Customer Service for further details 54 Summary of 802 Software Versions Version 4 7 Added two features e 1 TALK key turns ON corresponding LISTEN k
123. nt panel speaker switch 33 Installation For Method B squawk the SQUAWK option must be installed Two squawk option are available The first option OPT802 F1 will emulate only the first six channels of an MCP 1010 The second option OPT802 F5 adds on to the first option so that all ten channels on an MCP 1010 are emulated Either option requires the OPT802 A1 option base See figures 29 30 and 32 Incoming audio level is controlled by the adjustment board squawk level pot only and is not affected by front panel VOLUME control QUICK TOUCH TO LATCH ELECTRONIC SWITCH ACTION HOLD FOR MOMENTARY PRESETS ReLays CALL LATCH SET UP BUFFER PRESET SPECIAL 1 AUX DISABLE DISABLE MODE RECALL EXCLUDE PURPOSE MASTER FARR MIC FIGURE 29 Model 802 Front Panel Button Arrangement for 6 Squawks ELECTRONIC SWITCH ACTION QUICK TOUCH TO LATCH m RELAY 1 RELAY 2 RELAY 3 RELAY4 RELAYS RELAY 6 L PRESETS RELAYS CALL LATCH SETUP BUFFER PRESET SPECIAL MASTER AUX CARB MIC DISABLE DISABLE _ MODE RECALL EXCLUDE PURPOSE VOLUME VOLUME HEADSET FIGURE 30 Model 802 Front Panel Button Arrangement for 10 Squawks 34 Electrical Installation MODEL 802 MODEL MCP 1010 10 dB PAD TBS VCP CONN LINE 1819 FIGURE 31 Method Model 802 to Squawk Connection 3
124. owed by a suffix containing both a letter and a number i e OPT802 B The suffix letter designates what the option is A Option Base J future S future B Talk K future T future C 4 Wire L future U future D Signal M future V future E Chime N future W future F Squawk O Not to be used X future G IFB P future Y future H ISO Q Not to be used Z Custom I Not to be used R future The suffix number designates how the option is to be sold installed not installed sold for field installation or as a spare factory installed no assignment required factory installed in channels 1 6 factory installed in channels 7 12 factory installed as secondary additional option i e upgrade to ten squawk channels IFB 4002 not installed as secondary additional option tn FWY KF C special instructions required 59 The RTS Order acknowledgement OA lists each individual option as a separate line item normally listed directly below the associated 802 Ordering example Quantity Model Description 1 802 Master Station 1 OPT802 A1 Option Base installed 1 OPT802 B3 Talk installed 1 OPT802 C3 4 Wire installed ch 7 12 1 OPT802 E1 Chime installed 1 OPT802 G1 IFB 4001 installed OPTION NAME NUMBER DESCRIPTION Option Base Required to support certain options indicated below NOTE Only one Options Base is required per individual 802 OPT802 A0
125. p at 24 volts dc or 0 5 amp at 110 vo lts ac NOTE Applying voltages over 32 volts is not recommended Relay programming is discussed in RELAYS Programming Function on page 45 External Microphone Switch See Figure 13 Connect an external or remote microphone switch to TB7 using labels above TB7 for exact connection When the switch is closed the microphone will turn ON and will be indicated by the front panel MIC ON switch being brightened The remote switch is not alternate action and requires a maintained contact When the remote switch is OFF the microphone may be turn ON locally but when the remote switch is ON the microphone may NOT be turned OFF locally 19 Installation PONER INPUT O EXT POM2 7 t M vaC20vaC 18 24 0C BELAT Y AEU AELATS RELAY A wee con T ate sed tee lm dann lamen nn sl Pes alat d LEVEL e e Se Pm f 9 FRR m I Tm FIGURE 13 Model 802 Rear Panel Connections 20 Electrical Installation VCP Connector See Figure 13 The rear panel terminal block TB8 has connections to interface to a video iso system and a squawk system External Headset Connector See Figure 13 Connect external headphones to TB9 Make sure that the external headphones connections are separate from any microphon
126. sing one screw only and omitting the cable tie to secure the cable connector may damage the rear panel connector 14 Electrical Installation TERMINATOR PLUG C SEE FIG 2 3 FIGURE 5 Master Station System 82 38 34 35 36 37 ALL RESISTORS ARE 200 OHM 1 4 WATT TERMINATOR PLUG IS A 50 PIN FEMALE CONNECTOR FIGURE 6 Terminator Plug FIGURE 7 Master Station System with Model 862 15 Installation CH 1 4 7 10 CH 2 5 8 11 CH 3 6 9 12 COMMON ALL RESISTORS 200 OHM ALL GAPACITORS 10uF 50V CONNECTOR SHOWN 15 4 MALE XL FIGURE 8 Terminator Plug for Model 862 The Master Station plus TW Intercom System Configuration includes one or more 802s a Model 862 System Interconnect and a TW Intercom System Figure 10 on page 17 In this system the master stations talk and listen between themselves and the TW user stations The call light optional signals are also sent throughout the system This method allows an unrestricted channel assignment switching system to be used on the TW Intercom System The TW portion of the system Figure 10 on page 17 consists of four Model PS31 or PS 30 power supply systems and Model BP 300 user stations To interface the TW Intercom System to the Model 802 Master Station System connect PS 31 PS 30 1 output 1 2 3 to 862 input 1 2 3 75 Connect PS 31 PS 30 2 outpu
127. ssonant tone DISS 2 Bell 3 Sweep tone PHaSoR Version 4 7 Mother Board DIP Assignments 1 Call light time out selection OFF 1 6 talks ON 7 12 talks ON 801 emulation ISO select OFF external contact ON buttons N disable listen buttons when ISO active Adjustment Board DIP Switch Assignments Not used old auto call Not used old instant mic ON IFB system enabled Number of IFBs or ISOs OFF 6 ON 12 Only one preset on at a time INTERLOCKING SWITCH ACTION When talks active only corresponding listens can be active ON Always cold start ON Disable setup mode gt wn Squawk Board DIP Switch Assignments _ OFF up to 6 squawks ON up to 10 squawks ON SQUAWK system enabled Adjusts which buttons have squawk Adjusts which buttons have squawk Saves talk when squawk used o m gt Saves listen when squawk is used Chime Choices 1 Dissonant tone DISS 2 Bell 3 Sweep tone PHaSoR 58 APPENDIX 4 7 Continued UNUSED BILATERAL CURRENT SOURCE SELECTION YT t ee TG TG ISO OLD LG LG IG 150 But 13 14 TLK 13 LG 14 15 16 ton Corresponding Circuit 2 2 1 2 1 2 2 2 Points to top row 3 3 5 2 5 2 2 12 Buttons BITO BIT1 BIT6 BITA4 BIT7 BIT
128. st from Factory Service a different shipment method Any shipment upgrades will be paid by the customer The equipment should be shipped in the original packing carton If the original carton is not available use any suitable container that is rigid and of adequate size If a substitute container is used the equipment should be wrapped in paper and surrounded with at least four 4 inches of excelsior or similar shock absorbing material All shipments must be sent to the following address and must include the Proof of Purchase for warranty repair Upon completion of any repair the equipment will be returned via United Parcel Service or specified shipper collect Factory Service Department Telex Communications Inc 8601 East Cornhusker Hwy Lincoln NE 68507 U S A Attn Service TABLE of CONTENTS Chapter 1 Description Operation and Specifications n n 5 Model S02 Descenptiom Operation u aus teo dnd ur ES Que ED Ne 5 Punctional Components 5 6 Front Panel Description and Operation essiri 7 8 Call 8 Panel MIGOS aa nayana 8 Speaker ON i 8 Microphone ON T0 osito sanan et at estet a its ets cs tutti uius deett d 8 Master Vol me Lbs mete Mo Nah oe rn E ct
129. t 1 2 3 to 862 input 4 5 6 J If a 12 channel master station system is being interfaced connect PS 31 5 30 3 output 1 2 3 to 862 input CH7 8 9 77 and PS 31 PS 30 4 output 1 2 3 to 862 input CH 10 11 12 J8 Not all channels need to be connected between the 862 and the PS 31s PS 30s For example to convert channel 12 on the master stations to be private channel for communications between 802s only do not connect pin 3 of the 862s 10 11 12 input connector but terminate instead with a resistor as show in Figure 9 on page 17 This procedure may be used to isolate any one channel or combination of channels Note any channel not connected to an external TW channel must be terminated with a 200 ohm resistor and 10 microfarad capacitor as show in Figure 8 and Figure 9 Connect output from the 802s line connector J101 to the line inputs on the 862 To mechanically secure the cable to the Model 802 rear panel do the following 1 Remove the screw just to the left of 7101 2 Plug the cable into J101 3 Secure the cable connector by screwing the captive screw in the connector into the hole left in step 1 above 16 Electrical Installation 4 Use a cable tie to secure the other side of the connector using the cable tie loop on the rear panel of the Model 802 FROM MODEL PS 30 CH 11 TO MODEL 862 CH 12 COMMON FIGURE 9 Channel 12 Termination 1 MODEL 8
130. t Relay Status R5 or Turn ON a Gate G12 NONE Turn OFF a Gate G12 NONE Test Gate Status G12 or Turn ON Key 12 Turn OFF Key 12 NONE Test Key Status 127 Load Memory M0100 04 0D NONE Dump Memory D0100 0100 04 0D 0A 00 Dump Additional Memory D 0110 BC 9 88 Enter Setup Mode S NONE Exit Setup Mode S NONE Execute at Address X0100 NONE Eavesdrop Mode The Eavesdrop Mode sends to the host computer an indication of whether the operator has turned a function ON or OFF It reflects the status of the panel light under the button FUNCTION HOST COMMAND 802 RESPONSE None until a button pushed by the operator Turn Eavesdropping Mode ON E turns a function on B12 or off B12 B12 if 12 turned off Turn Eavesdropping Mode OFF E NONE Test Eavesdrop Mode E or Warm Start C Version Number V RTS021284 Possible problems with relay command The relays are updated every time a button is pushed or released This means that if the host computer turns on relay it may be turned off the next time the operator pushes any button Keys and gates have a similar problem but will only be affected if the operator pushed the button associated with that particular key or gate 53 802 Software Update The 802A unit is an updated edition of the 802 unit with a new CPU board installed the new and improved 802A software version 5 2 has been released and is identical to versio
131. tions H1 H5 does not appear to have the global reset function remove the bottom cover and check the revision letter on the mother board AW3000 1 802 units with mother boards having revision letters of G or less have not been updated To update the 802 unit with an ISO option for global reset do the following 1 add the following to the circuit bottom side of the mother board refer to next page Add D64 Diode International Rectifier 11DQ03 RTS 1601 0001 00 between J53 pin 9 Anode and J223 pin 6 cathode Add 063 Diode International Rectifier 11DQ03 RTS 1601 0001 00 between J53 pin 9 Anode and J223 pin 6 cathode e Add a jumper wire between J53 pin 10 and 154 pin 9 2 In units shipped prior to 10 29 84 only install new firmware V4 2 and up in the memory prom positions 112 013 and U14 of the CPU board AW3000 5 The CPU board can be accessed by removing the 802 top cover NOTES 1 Solder jumper wires to the cathode leads of both D63 and D64 Insulate each diode and its jumper wire solder connection with shrink tubing 47 2 Jumper wires should be 24 22 AWG AX d gt 515 SARINIG 0090000000000 o aj pue af 9 E gt zs 9000 c 9 2 71820 4 21 ieee E DETAIL VCP 6A updates to the 802 Mother Board AW 3000 1 Circuit side shown
132. tware should never cause the 802 to hang or lock up 10 Host computer should have the ability to write and execute machine code in RAM for diagnostic or other purposes 8232 Language Implementation For RS232 communications the buttons numbered from 1 to 48 The physical front panel buttons on numbered 1 to 32 Certain connections to the rear panel are numbered 33 to 48 CODE DEFINITION 1 12 row of front panel buttons 13 24 Second row of front panel buttons 25 32 Function buttons front panel bottom row 33 External camera ISO input 34 External global reset tally 35 External mic 37 48 Call light inputs from phase lock loops By treating the external contacts as if they were front panel buttons the external host computer can turn them ON or OFF inhibit the function completely in either the ON or OFF position assign a relay to the function force a chime signal et cetera 51 Structure commands will be initiated by a letter followed by a numeric modifier followed by an operator followed by a terminating carriage return The command letter indicated the major functions such as BUTTON KEY RELAY MEMORY et cetera The numeric modifier usually refers to which button or relay or memory is associated with that particular command The operator tells the 802 whether to turn something on or off or to inquire about its present state 2 Some commands have no modifiers or op
133. utton settings RELAYS Programming Function RELAYS function enables any of the six programmable relays to be assigned to and be activated by any one or combination of the twenty four selection buttons 4 and or the SPEAKER ON 9 and MICROPHONE ON 10 buttons These relay contacts are accessible on the rear panel and can be used for any audio or low current control switching requirements An example might be assigning a relay to turn OFF a monitor loudspeaker in a control room To program a button to activate a relay do the following 1 Enter the SET UP MODE 2 Choose RELAYS by pushing the RELAY PRESET 2 button 3 Choose which of six relays you are programming by pushing RELAY 1 through RELAY 6 LISTEN buttons for channels 1 through 6 respectively 4 Push the buttons that will activate the chosen relay 5 Push RELAYS PRESET 2 to store the setting and do further programming or push the SET UP MODE CALL SIGNAL button to store the setting in memory exit SET UP MODE and return to normal operation CALL LIGHTS Programming Function The CALL DISABLE call signal receive disable programming function is only enabled if the Model 802 is equipped with a Call Signal option In a multiple Master Station system all 802 s may not want to receive incoming CALL signals from all channels Individual 802s may be selectively programmed to accept CALL signals only from specific channels For example in a television studio
134. y line calls when an ISO channel is selected To enable this option move switch 125 5 on the mother board to ON as shown in Figure 35 on page 39 In either case outgoing party line channels are disabled during video iso 36 Electrical Installation 30 LOCATIONS STATION ISOLATE FLEGTRONIGS VEA 4 TELOO CRCUIT LT enia i PE m STATION ENGINEEI TO REMOTE GONTROL STATION TRANSCEIVER AUDIO LOGATIONS CAMERA CAMERA TE GAMERA PROD ERG REMOTE 1 2 8 RADIO iso iso TALK TALK TALK CAMERA 1 GAMERA PROD 4 5 8 E 50 LISTEN MAINT REMOTE MYTEN LISTEN LISTEN STRANDED 2 YARE APPLICATKIN 2 INTERCOM CHANNELS TECHNICAL DIRECTOR S STATION REQUIRES ISO TALK AND 4 WIRE OPTIONS TW INTERCOM VIA MODEL 882 SYSTEM INTERGOHNECT FIGURE 33 Model 802 Front Panel Button Arrangement for ISO Method B 37 Installation INTERFACE BOARD MODEL 802 VCP CONNECTOR 72 1 AUDIO LO 200 ____480 CONTROL INPUT o o 2 14VAC IN 05 1 E 01 500 ALL CAPACITORS SHOWN ARE IN uF VOLTS FIGURE 34 Method Model 802 to ISO Connection 38 Electrical Installation MODEL SAP 1026 12 THUMBWHEEL OUTPUTS

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