HOW TO USE THIS MANUAL

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3 HOW TO USE THIS MANUAL This pubication provides checkout procedures for newy-instaed 2120 Mutipex systems. Before attempting to operate a 2120 system, read the materia found on pages 1 through 6 in 2120 BMUX OPERATING INSTRUCTIONS. These instructions provide genera operating procedures for the 2120 BMUX. The checkout of any 2120 system wi take time. However, the procedures invoved are reativey simpe. If you carefuy foow the checkout procedures provided in this manua, you can be certain that your system is fuy tested. You wii be abe to identify system troubes during these procedures and correct the troubes so that you have a fuy operationa If you encounter troubes during your checkout of a 2120 system, refer -to the 2120 MULTIPLEX TROUBLESHOOTING GUIDE to isoate the probem(s). This manua is separated into the foowing chapters: 2120 System Checkout Summary Preparing Yoursef for System Checkout Preiminary Checkout Procedures Fina Checkout Procedures In the case of the ast two chapters, a summary of the recommended procedures is provided before the procedures themseves. 1

4 2120 SYSTEM CHECKOUT SUMMARY CAJT/ON: Before conducting any of the checkout procedures given in this manua, notify buiding personne and appropriate authorities (fire department, etc.) that testing is about to begin. A 2120 system checkout consists of two phases. The preiminary checkout is made after the contractor has connected a system communication, power, and audio/teephone ines. To simpify preiminary checkout, the. contractor shoud not have instaed monitor and contro point wiring. Preiminary checkout consists of: Checking a contractor connections, incuding shieds. Appying power to the system. Verifying that a transponders and SCCs are communicating. Identifying fauty or potentiay bad transponders and SCCs. After your preiminary checkout, the contractor wi then insta a monitor and contro point wiring. After the contractor competes this phase of instaation, you wi perform the fina checkout. Fina checkout consists of: Checking contractor monitor and contro point wiring. Checking 100% of a initiating devices for proper operation. Checking 100% of a contro circuits for proper operation. 0 Program verification. Checking the operation of a SCC switches and LEDs. Note: The SCC is optiona and therefore may not be present in your system.

5 PREPARNG YOURSELF FOR SYSTEM CHECKOUT You can hep yoursef immensey by preparing for checkout before you go to the 2120 site. This preparation invoves studying avaiabe system documentation, as we as any architectura drawings or riser diagrams that might have been drawn for the instaation. Note: For information regarding system-suppied documentation, refer to the 2120 SYSTEM INSTALLATION manua. You shoud begin your preparation with a computer-generated printout containing amost everything you need to know about your system. This printout is caed the MUX2120 ORDER-ENTRY-REPORT, aso known as the CMS fie. MUX2120 Order Entry Report The MUX2120 Order Entry Report, as its name impies, is generated at order entry. The report is divided into the foowing categories: o Genera System Features (Figure I), describing the system s basic configuration. o System Component Information (Figure 2), describing periphera devices used (CRT, remote printer, etc.), as we as jumper pacement and switch settings for the boards used in the BMUX. A Transponder and Sot Report describing a transponders and the SCC(s) used in your system, giving you address settings, monitor point information, and contro point information. If your system is equipped with SMPL software, this report aso provides pseudo point information. We wi discuss this report in detai ater. A Pseudo Sot Report (Figure 3), providing information on system pseudo points. This report is provided ony for 2120 systems equipped with contro by event (CBE) software. A CBE Program Report (if your system is equipped with CBE software), isting a CBE programs provided with your system. We wi discuss this report in detai ater. An SMPL Program Report (Figure 4, if your system is equipped with SMPL software), isting a SMPL programs provided with your system. An SCC EAROM Program Report, isting the SCC program(s) provided with your system. We wi discuss this report in detai ater. A Word Library Report (Figure 5), isting a words in your 2120 system s vocabuary. An Expanded Transponder (ET) Loca Mode Program Report (Figure 6), if your system has ETs equipped with the oca mode option. Most of these reports are sef-expanatory. However, there are three reports we shoud examine cosey so that you can better interpret the information suppied with your system. These reports are the Transponder and Sot Report, the CBE Program Report, and the SCC EAROM Program Report. INote: The SMPL Program Report is easy to interpret - it is merey a isting of the SMPL equations used in your system. Refer to the 2120 MULTIPLEX SMPL SOFIWARE FEATURE PROGRAMMING GUIDE, for expanations of SMPL programming. 3

6 +********+**+**~*a***********~*#~~~***** *** MUX2 120 ORDER-ENTGY-GEPCRT *** +** GENERAL SYSTEM FEATURES *** +**+++****+*~~+8*6*+**~*~~~***~*~~******* WHAT IS ThE CROEA NUMBER 7 YtfAT IS ThE SYPL PASSrGRD 7 HOW MANY CHAhhEAS ARE USEG ZN VWZS JOE? HOW MANY PSEUDO TRANSP&NOEfiS ARE THERE? HOW MANY TRAhPONDERS ON CHANNEL 87 HOW MANY TRAhPChDERS Oh ChINNEL 27 IS?HERE A LCCAL KEYBOARD 1 IS THERE A LCCAL PGZRTEG? EXPAMED FCN? FOR PRIORITY 1 EVENT MESSAGES?. EXPANL)ED F&NT FUR PRIORITY 2 EYENT MESSAGES2 EXPANOED FONT FOR SYSTEM TROUBLE EVE&? MESSAGES? EXPANDEO FOhT FCR POZN? TRGUBLE EWE&? MESSAGES? EXPANDED FCNT FCR PRXORITY 3 EVEh? MESSAGES? EXPANDfD FGNT F&R CONTCGL POINT E;VEhT MESSAGES1 EXPANDED FONT FOR PSEUDO PCAN? EVEN? MESSAGES? ARE THERE CUSTOM LABELS? (LUCATXCN INFDRKATICh YHAT IS OhE SIGNAL SILENCE DELAY? YHAT IS ThE LCCAL COMMAND CENTER PRIOR AT Y 2 YH AT 1s?kE REMOTE. COMMANO CENTER PRZCfiZTY? WHAT IS TkE PRIORITY I MESSAGE? YHAT IS ThE PRXCRITY 2 MESSAGE? WHAT IS THE PRZLiRTY 3 MESSAGE? IS THERE LOCAL PRZNTER POrEG FAIL GMY OPTZGh? IS THERE REMGE ACKNGiuLEOGE ON PGRT 2 7 IS THERE REMCTE ACKNOWLEDGE UN P&R? 3 7 IS THERE REWOTE ACKNCWLEDGE ON PORT WHZCH PORT IS THE TAPE WUP0LQAE = UCihE. IS THERE EhERGY MANAGMEh? 3 ARE IHERE FIRE ALARMS P YWAT IS ThE FGRT-3 COMUANG CEhTER PRZORITY? WHAT IS THE PORT-4 COMMAND CENTER PRZCRZJY? WHAT IS THE MCNZTOR PCIN? TROUBLE MESSAGE 3 YHAT IS THE CCNTROL POi#? REMOTE ACK USER MESSAGE TROUELE MESSAGE? REMOTE ACK PCRT 2 MESSAGE REMOTE ACK PCGT 3 MESSAGE REMOTE ACK PORT 4 MESSAGE REHCTE ACK FRCN? PANEL MESSAGE WHA-C IS?)IE 81411X BOX SZE 7 WHAT IS ThE BMUX LZRE DIAGRAM NUME36R 3 YHA? IS THE SYSTEM ZNTERCthNEC? kumbefi? YHAT IS THE UL APPGOWAL, WHAT IS THE hfpa STAhEAR WHAT IS ChANhEL A S CG#tMUNCA?ZON TYPE 2 YHAT LS CHANhEL 2 S COMMUhXCATZOk TYPE 7 WA7 PERIPHERALS ARE ON PCGT 2 3 YHAT PERIPHERALS ARE Oh PGRT 3 2 WHAT PERIPhERALS ARE ON POR? FPL t & L : Y P f: $0 : FQE SECURITY UTZLI7Y N Y : 4 7 r : MOh TfiEL C?L?RBL C13E PGRT 2 PCGT 3 PaFiT 4 PAhEL NGhE tughe Genera System Features FIGURE 1 4

7 ~~*~~*Uut**~~**~*U**~**~,#*U*** MUX2 120 ORDER-ENTRY-REPORT *** ++* SYSTEM COYPONEN? INFORYATCh.a+ ************~****+*t*~~#*~*******~*8*8*~* PERIPMRAL DEVICE LIS PaI7 2 PCRT 3 PciAf 4 CPU BOAHO ASSEMBLY SYSTEM SAUD SELECTION. JUMPER J : I- 16 s-13 J EALO fiilite DIP SUTCti SETiNG 1s CFENEO = 1 CLZjSEC = 0 DC. TRANSFER BOARD ASSEMBLY CHAhkEL ADDRESS SELECT&Oh. QUAN7TY IS 2 CHANkEL 1 ADORESS 15 QO CHANNEL 2 ADDCESS IS ~ 32X PRAM 3OARD ASSEMBLY YEM4PY ADERESS SELECIAON. QUANTITY IS 5 WEWORY ADOHESS R~cwzixmmdTs AND srrcn SELECTION uau 6E seucrec AT TIME af FZNAL 1~sPEcT1Oti RS232 - C BOAR0 ASSEWLY RENOTE BAUD SELECTICL; (CORT 1 6 2) JI J RS232 - C 0OAUO ASSEMBLY , REMCTE BAUD SUECTCN <PORT 3 C 4) J koo ooaooo J System Component Information FIGURE 2 5

8 SfG SIL OET RST TEE2 SYS INT YES YES,.,I _..., -..I.,.YE$, 8,,,,,,.;..1,...,.;rri..,, YES _.,.I..: Pseudo Sot Report FIGURE 3 6

9 : : 1 : 2 2 % 2 f 2 : 2 f f f : H I 2 2 x 2 : et** START OF SYPL P tswpl 1 MAIN FAST 60 *XN: w ut HOLb ON PRI OFND z *IN: * : SECURITY LOUT: Oh OW fk2xx t8wass *0*pass 0YPASS :~~p z SBWASS +8YPASS CBWASS +0w*ss :KEx :%:$3x +BvPAsS *brpass 103-b7 or ON CN ON IOS-103 Ch Oh OS !5-105 Ch ou Q -197 Gh 10!5-108 ON X Ch ON Oh CN i-io1 6h op ON ON Ch ow Oh Oh Oh ON CN Oh Oh ON ON CN R IGGRIM I TON0 1 I.1 0 YPASS + i f 4 + * + * + * * + : * * : * 8 + t * 8 * * + : * c : * * + 8 * * * : * t + * 8 SECURITY BYPASS GENERAL ALARM PSEUiXJ GENERAL ALARM PSEUDO HAZARD WASTE SEC QfL STWAGE SEC ROLL UP DR c 2 SEC RANOOCM C 3 SEC STATION A 3 TBL RaL up W)OR a 2 set ROLL UP DOUR A 3 SEC NANOOOR A 2 SEC HANDOUR A 3 SEC RANDOOR A 4 SEC MANWOR A 5 SEC WANDOOR A 6 SEC MAND~OR A 7 SEC c SECURXTY HANDOOR C 4 SEC WANDOOR C S SEC MANDOOR C i 0 SEC kanooor C 1 1 SEC HANOOOR C 1 7 SEC WANDOOR A 1 7 SEC LOUVER 4 0 SEC YfNOOW A 1 1 BREAU 6 YINDOY A 1 3 BREAK C TOOL RM SEC OLD PIV VALVE A 1 3 OFF PUYP USE SEC aa VNDObI SEC LUNCti RM RULL UP DOOR AzEzEC MAND~~R A 2 2 UAUOOW UNS SEC LUNCH RW SEC DET HANDOU? MEN LKR SEC ROLL UP DOOR C24 SEC HANOOCIR LUNCH SEC UTP MANOOOR A33 SEC YTP MANDOOR A35 SEC PHP HSE SEC W A 3 1 UP OR SEC \utp A 3 I DOOR SEC W? SMPL Program Report FIGURE 4

10 1 s Y :: 1s 16 :e :*5 :: 4; 3': s 30 ZB 39 2s : ACTIV ACTIVATE ACTIVE AIR ALARM ALL ALW AMP AND A&O10 AUTO BACKUP LEAL 0YP typass BYPASS-EXIT CAMERA CBE CELL CXTY CKT CKTS CLEAR COMMON CtJNNECT CONTROL OET DETECTOR OEV ICE 3 I ALER DISCONNECT c)oor E ELEV $iel.;;or ENTRANCE EcaUW EXHAUST EXHUAST F FAIL FAN ZRE FL FL i GHT FLOOR FOR GARO GENERATOR HEAT HIGh %ti~ HCT IN KEY LICWT LiGHTNG L TGHTS t:: LOU MA1 N i%ych MICROWAVE N OFF ON USC PARKING PASSVE PENO IN6 PENT PEhfkOUSE PHCUE PnC rc k% FCLICE W Pi PULL Pba RECML REYCYE CESE W :EC ;fzm:t SILEhCE SILEh SWK SChIC SPEAKER SFtCAL SFKR ST4 Y -iijpv - ;S --- _YSTEY 127 T AMPk% 126 TAFE ATERFLG b XPCR ::t XPChCEC fs1 A A dhc A Z :h a s5 154 WORDS IN WORD LIBRARY Word Library Report FIGURE 5 8

11 ET Loca Mode Program Report FIGURE 6

12 Transponder and Sot Report for SMPL-Equipped Systems The Transponder and Sot Report provides information on the transponders and SCC(s) used in your system. For your system, this report wi have one page per transponder. Since reports given for SMPL- and CBE-equipped 2120 systems differ sighty, we ook at a sampe of each report for a singe transponder. The report sampe shown in Figure 7 is typica for SMPL-equipped we wi discuss these areas separatey. systems. This sampe has two circed areas; The first ine of the Transponder and Sot Report aways provides the foowing information for each 2120 transponder or SCC: 0 The channe number, 0, 1, or 2. (Channe number 0 refers to the pseudo channe.) 0 The transponder number. The type of transponder used: basic transponder (BT), fire aarm basic transponder (FABT), expanded transponder (ET), pseudo transponder, or SCC. The number of sots used on the transponder. For BTs and FABTs, the number of sots used is aways 2. The sots are actuay the boards used in the transponder (e.g., an FABT contains two sots: one for the FABT controer board, and one for a reay board). For ETs, up to 8 sots (circuit boards) can be used, depending upon how the ET is configured. For pseudo transponders, the number of sots wi aways be 8. For SCCs, the number of sots refers to each row of eight switches. The transponder address. Transponder and Sot Report for SMPL-Equipped Systems FIGURE 7 10

13 Area 1 on the Transponder and Sot Report provides the foowing information for each 2120 transponder or SCC: The type of card (circuit board) used in sot 1. This coud be digita monitor, digita contro (transponders ony), or digita pseudo (pseudo transponders ony). The point number for each point on the card (1 through 8 for monitor, SCC, and pseudo points; 1 through 4 for contro points). Each point s seven-character name tag, if one was specified at order entry Each point s custom abe, if one was specified at order entry. o Whether the activation of each point is reported. A Y in the PRINT SUPPRESS coumn means that the associated point s activation wi not be printed by the BMUX. An N means that a point activation is printed. e The point priority (1 through 3) for BMUX reporting purposes. The circuit sense (see expanation beow). The votages being monitored (ony if a votage monitor board is suppied). Loca mode information. Any transponder can be programmed to perform imited functions when it oses communications with the BMUX. This transponder function is caed oca mode operation. A transponder in oca mode uses its first four monitor points to operate seected contro points in the same transponder. The BT LOCAL MODE coumn in area 1 is interpreted as foows: POINT # BT LOCAL MODE 1 NNYN N = No oca mode operation for this contro point. 2 NNYN 3 NNYN 4 NNYN Y = Turn this contro point ON if the associated 111 I during oca mode monitor point is activated contro points Specia Note on Circuit Sensing: The type of circuit sensing used determines Point condition. The types of sensing currenty used in the 2120 are: how the BMUX reports a Monitor 0 X sensing - Typicay used with current imited fire aarm initiating devices. OPEN circuit reports TROUBLE. SHORT circuit reports TROUBLE. 50% CHANGE IN NORMAL CIRCUIT CURRENT reports ALARM. A sensing - Typicay used with non-current imited fire aarm initiating devices. OPEN circuit reports TROUBLE. SHORT circuit or a 50% change in norma circuit current reports ALARM. 0 S sensing - Typicay used with current imited security aarm initiating devices. OPEN or SHORT circuit, or a 50% change in norma circuit current a report ALARM. 0 M sensing - Typicay used with non-current imited security aarm initiating devices. OPEN or SHORT circuit, or a 50% change in norma circuit current report ALARM. F sensing - Used with monitor points where ony a TROUBLE condition report is required. SMPL programs can use monitor points with F sensing provided that a point TROUBLE condition is specified in the program. OPEN or SHORT circuit reports TROUBLE., Tsensing - Used ony with SCC switches. 11

14 Area 2 on the Transponder and Sot Report provides simiar information. For ETs, SCCs, and pseudo transponders, there wi usuay be more than two so?s. BTs and FABTs wi have ony two sots: the first sot wi aways be for transponder monitor points;?he second sot wii aways be for transponder contro points (if required). In our sampe, area 2 describes the transponder s digita contro points. The information provided in our sampe is: Q The type of card (circuit board) used is a digita contra! card. e The point number for each controi point on the card. Each point s seven-character name tag, is specified at order entry. e Each point s custom-abe, if specified at order entry. Whether the activation of each point is printed (the PRINT SUPPRESS coumn). e The type of point (for digita contro points ony). The PHONE PSEUDO POINT used for ET contro points associated with the 2120 teephone system (if used). The information and ETs. in area 2 of our sampe wi be very simiar to the information you wi have for your BTs, FABTs, Transponder and Sot Report for CBE-Equipped Systems The Transponder and L?t Report for CBE-equipped systems is simiar to the SMPL version. Look at the sampe shown in Figure 8. This report is typica for CBE-equipped systems. Area 1 on Figure 8 is interpreted in the same way as area 1 in Figure 7. However, there are two differences. Area 1 in Figure 8 has no NAME TAG coumn. Aso, if you ook a? the far right-hand coumn, you can see that it is abeed CBE ENTRY. The numbers in this coumn refer to specific entries in the CBE Program Report. If a Monitor Point is used in a CBE program, then the CBE entry in which it appears is isted. Area 2 in Figure 8 is aso interpreted just as in the previous sampe. Notice, however, that an additiona coumn headed CONTROL MODE is used. The CONTROL MODE entry for each Contro Point indicates how that Contro Point is operated by CBE programs. The possibe contro modes are momentary and atched. Transponder and Sot Report for CBE-Equipped Systems FIGURE 8 12

15 CBE Program Report (Figure 9) The CBE Program Report is a isting of a CBE programs present in BMUX programmabe read-ony memory (PROM). The best way to see how you interpret CBE entries in this report is to transate them into the standard 2120 CBE command format. Let s ook at two exampes. Note: Refer to 2120 MULTIPLEX CONTROL-BY-EWENT FEATURE CUSTOMER OPERATING INSTRUCTIONS for information on CBE programming. Each CBE entry in a report is numbered. Look at area 1 in Figure 9. This CBE entry is number 22, and it contains two ines. For any CBE entry, the first ine (POINT #0) ists the point that, when activated, wi cause a certain event to occur. A foowing ines in the entry ist the contro or pseudo point to be operated when the point in the first ine is activated. The information in the coumns describes the points in the CBE entry. In our exampe, the first ine ists monitor point The second ine ists contro point , and describes how shoud be operated when is activated. The EV-PRI coumn gives the priority of the event associated with In this case, the priority is 2. The T/H coumn tes you how is to be operated (a T means that it wi track the activation of ; an H means that it wii be hed at a certain condition when is activated). The O/F coumn tes you whether is turned ON (0) or OFF (F) by an activation of So, in this exampe, is hed ON at priority 2 when is activated r_._ *L********.++**************~************.t* * x2120 ORDER-EWIR -REPORT **. :. :. 3, _ : _ -.. ENI:y PONI CWANNEL XPONOER SLOT WN BIPASS CUSTOtt LABEL.*. -. & b, t-..,.,...._ w., -. _..... VALID ACCESS t&race POiNI &ANML XPONDER SLOT POINT w--p* I T/ O/F CUSTOM LIBEL I 1 L 2. 2 n 0 SECURIT alarron.._. _ -._..-.,. IT ENEI. _ -W ~ T---e -Gy * T ;.: - :- -..+!?y -:=* ; -.-. i r, - wyt-,- y..... W NT t wfp knj; LAGFL 13 FL SOUTH 5YTt -T/ off cvsro* LABEL 0 sectrrr*. ILAIn-ON ; i..., - I.,, ENTRV. 23 pob(t Tr.~ - _...: ~, -..-:.=.:~..: Z - CHANNEL XPDNDER SLOT PONT BYPASS 2 1 * I N -:w=. ad : :;&m. custo* LIBEL 1ST FL WORT EST cosmm Iz*riEL CBE Program Report FIGURE 9 Now... et s transate these two ines of entry number 22 into a standard 2120 CBE statement:. CBE H 2 ON t3 FL I( FA SGWALS Compare this CBE program statement with the information given in entry number 22 to see how we arrived at our program statement. Now ook at area 2 in Figure 9. This is CBE entry number 23. Notice that there are three ines foowing the isting for POINT #0 (in this case, POINT #0 is ). These three ines te you that entry number 23 ists three CBE programs. Each of the three ines describes a different point that wi be operated when is activated. 13

16 The CBE program statements for the entries in area 2 are writtenas foows:. CBE H - ON CBE H - ON CBE H 2 ON The - I in the EV-PRI coumn can mean two things: If the point isted is a pseudo point, then the - means that there is no priority assignment (pseudo points are not assigned priorities in CBE programming). If the point isted is a monitor point, then the -I means that the monitor point is to be bypassed. Compare these CBE program statements with the information given in entry 23 to see how we arrived at our program statements. SCC EAROM Program Report (Figure 10) The SCC EAROM Program Report is a isting of a programs present in your system s SCC(s). We wi interpret the entries in this program report by transating some sampe entries into standard 2120 SCC program statements. Note: Refer to 2120 MULTIPLEX STATUS COMMAND CENTER PROGRAMMING INSTRUCTIONS for information on SCC programming. As you can see in Figure 10, the SCC EAROM Program Report begins by isting the channe and transponder number of the SCC using the isted programs. In our sampe, this isting reads as foows:. SCC ON CHANNEL 1 TRANSPONDER 06, meaning that this SCC is addressed as transponder number 106. x I; ~ _, -A,_._-.-.,,-.-._,, a ii 2: : ; : SCC EAROM Program Report FIGURE 10 14

17 Now examine the circed portion of Figure 10. The coumns in this report are defined as foows:. PONT# - Identifies the SCC point.. TYPE - Indicates the referenced point s mode of activation. The possibe vaues for TYPE are defined in Tabe II.. CHANNEL, XPONDER, SLOT, POINT - These identify the monitor, contro, pseudo point, system troube, or transponder troube being tracked by an SCC LED (these coumns are empty for SCC points defined as switches). If the TYPE coumn contains an IS, then the SCC LED described wi track a system troube. In this case, the CHANNEL, XPONDER, SLOT, and POINT coumns wi identify a code indicating the system troube to be annunciated. The possibe codes are: BMUX System Reset BMUX Power Fai Loca Printer Fai Loca Printer Paper Low Remote Printer Fai Channe 1 Not Transmitting Channe 1 Fai Channe 2 Not Transmitting Channe 2 Fai If the TYPE coumn contains an X, then the SCC LED described wi track a transponder troube. In this case, the CHANNEL, XPONDER, SLOT, and POINT coumns wi identify a code indicating the transponder and troube to be annunciated. The possibe codes are: XPD-001 Power Fai XPD-002 Communication Fai Primary XPD-003 Communication Fai Secondary XPD-004 Wrong Card XPD-005 SCC Broadcasting Fai ( XPD is the specific transponder number, such as 108 or 224).. ALERT - Indicates that operator acknowedgement of a point change is required. A Y in the ALERT coumn means that the SCC LED wi fash, the SCC STATUS LED wi fash, and the SCC tone device wi sound when the associated Monitor, Contro, or Pseudo Point is activated. An N in the ALERT coumn means that the SCC LED wi wi iuminate steadiy.. MODULE - Indicates the SCC modue number. Refer to Tabe III for definitions of SCC modue numbers.. POSITION - Indicates the reative position of the SCC modue used. Position 1 is the first SCC modue to the eft of the SCC contro modue.. EXPANDER - Indicates the SCC expander board number associated with each SCC modue. Here are two SCC program statements of Figure 10: SCW A A (the program for POINT #) SCW C A (the program for POINT #7) derived from the information for SCC points 1 and 7 in the circed portion Compare these SCC program statements with the information given in the circed portion of Figure 10 to see how we arrived at our program statements. 15

18 TABLE II TYPE Vaues TYPE A B T X R S C P D DEFNTON The SCC LED tracks the aarm condition of a monitor point. The SCC LED tracks the bypass condition of a monitor point. The SCC LED tracks the troube condition of a monitor point. The SCC LED tracks a transponder troube. This SCC point is a switch. The SCC LED tracks a system troube. The SCC LED tracks a contro point. The SCC LED tracks a pseudo point. This SCC point is disabed (not used). TABLE 111 SCC Modue Numbers SCC MODULE NUMBER DESCRIPTION LED modue, red LEDs. I 7303 I I LED modue, green LEDs. 8-switch modue, momentary switches. 16-LED modue, red LEDs. 16-LED modue, red and yeow LEDs. 16-LED/switch modue, green LEDs, momentary switches LED modue, yeow LEDs. 16-LED/switch 16-LED/switch modue, red LEDs, momentary switches. modue, red LEDs, maintained switches. 16

19 Other System Documentation The 2120 system s order entry forms provide the same kind of information Report. Either source wi hep you significanty. found in the MUX2120 Order Entry If you can obtain copies of the system interconnection, cabinet, and wiring diagrams, study these to see how your system is instaed. Other reated information may appear in architectura drawings and riser diagrams associated with the 2120 instaation. If you study the forms and drawings mentioned in this section, you shoud be we prepared to checkout any 2120 system. 17

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21 PRELIMINARY CHECKOUT PROCEDURES You perform a preiminary checkout of a 2120 system after the contractor has connected a system communication ines, power ines, and audio/teephone ines (if required). The contractor shoud not insta monitor and contro point wiring unti you have competed your preiminary checkout. In genera, your preiminary checkout wi proceed as summarized beow. Specific procedures are provided foowing the summary. When you appy power to the system during preiminary checkout, there shoud be no monitor or contro point troubes (the EOL resistor for each monitor point shoud be present on each system transponder). If you do get monitor or contro point troubes, insta an appropriate EOL resistor at the transponder(s) reporting the troube(s) and proceed. Once power has been appied to your system, you shoud cear a of the foowing troubes reported: BMUX troubes. Communication channe troubes Transponder troubes. Troubes associated with any DC ine communication repeaters (if repeaters are present in your system). SCC troubes. Refer to the 2120 MULTIPLEX TROUBLESHOOTING GUIDE to cear these troubes. Procedures You wi need the toos in your TR too kit whie performing the foowing procedures. CAUT/ON: ENSURE THAT ALL POWER TO THE BMUX, SCC(s), AND ALL TRANSPONDERS IS OFF BEFORE PROCEEDING! A. Transponder Checkout - Perform the foowing procedures for each transponder in your system. Note 1: To simpify preiminary transponder checkout, group transponders according to the power suppy associated with them. Check out a transponder powered by the same power suppy, and then proceed to the next group of transponders. If an ET is associated with any transponder, refer to Part B of these procedures for ET checkout. If an SCC is associated with any transponders, refer to Part C of these procedures for SCC checkout. Note 2: Perform Steps 1 through 5 ony for transponder ). cabinets containing a BT/FABT power suppy (P/N 1. Verify that 120VAC is propery terminated at TB2 on the power suppy as shown in Figure 11. Note: If any contractor wiring is connected to TB of the power suppy, proceed to Step 2. If no contractor wiring is connected to TB, proceed to Step Disconnect the ground wire connected to TB2-3 of the power suppy. Then, use your VOM to check for shorts to ground on any contractor wiring connected at TB. Reguiremer?t: VOM indicates no shorts between each wire and ground. If this requirement is not met for a contractor wiring connected at TB, then troubeshoot and repair the wiring at faut. 19

22 3. Check for shorts between each + (RED) and - (IBLACK) contractor-instaed wire connected at TB on the power suppy. Requirement: VOM indicates no + to I - shorts. If this requirement is not met for each contractorinstaed + and - wire connected at TB, then check the outgoing wiring for + to - shorts. Repair the wiring as necessary. FACTORY WIRED TO NEARBY TRANSPONDER POWER AVAILABLE FOR ADDITIONAL UNITS A B R B R B R 0 Ri GROUND n n GROUND TB TB I I c NEUTRAL 1 POVAC GREEN SCREW ON BACKPLATE (GROUND SCREW) CONNECTED TO A TRANSPONDER FOR TROUBLE BTIFABT POWER SUPPLY P/N NOTES: P = RED B = BLACK PF = POWER FAIL FOR EATTERY BT/FABT Power Suppy Termina Connections FIGURE Reconnect the ground wire removed in Step 2 to TB Locate the PF termina on the power suppy (TB-11). Trace the wire connected at TB-11 to its associated transponder. Verify that jumper JW4 on this transponder has been removed. This jumper aows reporting of BT/FABT power suppy faiures. 6. Verify that the incoming and outgoing (if required) power ines are connected to the transponder controer board as shown in Figure Verify that the incoming and outgoing (if required) communication ines are connected to the transponder controer board as shown in Figure Verify that a transponder jumper pacement and switch settings are correct as indicated in 2120 MULTIPLEX JUMPER PLACEMENT AND SWITCH SETTINGS. Note: Once you have checked out a of the equipment powered by the BT/FABT power suppy, then proceed to Step 9. 20

23 CONNECTIONS FOR FABT AND BT CONTROLLER BOARDS Note: TB-1 through TB1-3 are eectricay the Same point. TB2-4 through TB2-6 are eectricay the same point. I i INCOMING (R)----r L--&-(R) OUTGOING POWER POWER LINE (0) : L-(B) LINE 3 (IF REQUIRED) CONNECTIONS FOR FABT, FABT, BT CONTROLLER BOARDS OUTGOING (B),,,---, r (b) NC;fE POWER LINE 1 I (IF REQUIRED) (R+-w--+-L--, r--w(r) LINE 3 I! II NOTE: TB-1 through TB-3 are eectricay the Same point. TB1-4 through TB1-6 are eectricay the same point- BT/FABT Controer Board Power Line Connections FIGURE 12 21

24 CdNNECTONS FOR FABT AND BT CONTROLLER BOARDS. INCOMING COMMUNICATION LINE OUTGOING COMMUNICATION LINE (IF REQUIRED) (C) -----e--w -.m-0 1 (W -1 r o 2 L o 3 (C B-w (B) --me.- OUTGOING CONNECTIONS FOR FABT, FABT, BT CONTROLLER BOARDS ---m (b) DATA +DATA OV BT/FABT Controer Board Communication Line Connections FIGURE 13 22

25 9. Appy power to the BT/FABT power suppy by: o Appying AC power first. e Connecting the batteries ast. Note: The yeow LED (ground faut indicator) on the power suppy may iuminate when you first appy power to the suppy. Wait two minutes - the LED shoud turn off. If the LED doesn t go off, troubeshoot the probem as appropriate. 10. Set your VOM on the 60 DCV scae. Connect it across the RED ( +) and BLACK (0 vots) battery connectors. Requirement: Figure 14. VOM reads about 27 vots. If reading is not correct, then adjust the suppy as shown in ADJUSTMENT PROCEDURES NOTE: Protective cardboard power suppy cover must be removed to access components. 1. Locate R2, R6, and R Remove batteries first, then AC. 3. Disconnect connector P. 4. Reconnect AC power ONLY. 5. Adjust R15 fuy countercockwise. 6. Connect VOM across the RED (+) and BLACK (0 vots) battery connectors. 7. Adjust R6 unti VOM reads about 26V. 8. Connect VOM across top ead of R2 (+) and BLACK battery connector (0 vots). 9. SLOWLY adjust R15. At some point, the votage reading on the VOM wi suddeny drop from about 33 vots to around 10 vots. This is the TRIP POINT. Stop at this point. 10. Now, SLOWLY adjust R6 cockwise unti VOM reading trips back to about 33 vots. Stop at the trip point. 11. Connect VOM as in Step 6 above. VOM shoud read about 28 vots. 12. Readjust R6 unti VOM reads about 27.6 vots. R2 R (To adjust 28V suppy output) Connect VOM across TB-1 (+) and TB-2 (-). 14. Adjust R21 unti VOM reads about 28 vots. 15. Remove AC power. 16. Reconnect connector P. 17. Re-appy AC power. 18. Reconnect batteries. 19. Repace protective cardboard power suppycover. NOTE: To adjust power suppy for NO BATTERIES, adjust BOTH R6 and R15 FULLY COUN- TERCLOCKWISE. R21 BT/FABT Power Suppy Adjustment FIGURE 14 23

26 11. Leave the power appied at this power suppy and proceed to the next group of transponders. B. Expanded Transponder (ET) Checkout - Perform the foowing procedures for each ET in your system. CAUTION: ENSURE THAT ALL POWER TO EACH ET IS OFF BEFORE PROCEEDING! Note 1: To simpify preiminary ET checkout, group the ETs according to the power suppy that powers them. Check out a ETs associated with the same suppy, and then proceed to the next group of ETs. If a BT or FABT is powered by an ET power suppy, check out the ET suppy first and then refer to Part A of these procedures for transponder checkout. If an SCC is powered by an ET power suppy, check out the ET suppy first and then refer to Part C of these procedures for SCC checkout. Note 2: Perform Steps 12 through 18 for ET cabinets containing an ET power suppy board (P/Ns _ and through ). 12. Verify that 120VAC is propery terminated at TB2 on the power suppy as shown in Figure 15. WIRED TO POWER AVAILABLE FOR OTHER ADDITIONAL UNITS SCREW ON BACKPLATE ET POWER SUPPLY THROUGH B = BLACK PF = POWER FAIL AUXILIARY TROUBLE REPORT INPUT FOR BATTERY 28VDC option present ONLY on the foowing ET power suppies: ET Power Suppy Termina Connections FIGURE 15 Note: If any contractor wiring is connected to TB of the power suppy, proceed to Step 13. If no contractor wiring is connected to TB, proceed to Step Disconnect the ground wire connected to TB2-3 of the power suppy. Then, use your VOM to check for shorts to ground on any contractor wiring connected at TB1. Requirement: VOM indicates no shorts between each wire and ground. If this requirement is not met for a contractor wiring connected at TB, then troubeshoot and repair the wiring at faut. 24.

27 14. Check for shorts between each + (RED) and - (BLACK) contractor-instaed wire connected at TB on the power suppy. Requirement: VOM indicates no + to - shorts. If this requirement is not met for each contractorinstaed + and I - wire connected at TB, then check the outgoing wiring for + to - shorts. Repair the wiring as necessary. 15. Perform Steps 16 through 18 ony if the ET power suppy is provided with the 12 vot power option (power suppy board P/Ns , , , and ). Note: If any contractor wiring is connected to TB3 of the power suppy, proceed to Step 16. If no contractor wiring is connected to TB3, proceed to Step Use your VOM to check for shorts to ground on any contractor wiring connected at TB3 as shown in Figure 16. Requirement: VOM indicates no shorts between each wire and ground. If this requirement is not met for a contractor wiring connected at TB3, then troubeshoot and repair the wiring at faut. POWER AVAKABLE FOR ADDITIONAL UNITS [ 0 0 i, 0 b d 0.1 TB3 \ u-u- 12VDC 12VDC 12VDC 12VDC ET Power Suppy Termina Connections For 12 Vot Power Option FIGURE Check for shorts between each + (RED) and - (BLACK) contractor-instaed wire connected at TB3 on the power suppy. f?equireme~t: VOM indicates no + to - shorts. If this requirement is not met for each contractorinstaed I+ and I - wire connected at TB3, then check the outgoing wiring for + to - shorts. Repair the wiring as necessary. 18. Reconnect the ground wire removed in Step 13 at TB Locate the ET CPU board (P/N ). 20. Verify that the incoming and outgoing communication ines are connected to the CPU board at TB as shown in Figure 17. Note: Once you have checked out a of the equipment powered by the ET power suppy, proceed to Step

28 OUTGOING COMMUNICATION LINE (IF REQUIRED) i i 3 INCOMING COMMUNICATION LINE TB UU SHIELD TX RX ov Appy power to the ET power suppy by: 0 Appying AC power first. Connecting the batteries ast. ET CPU Board Communications Line Connections FIGURE 17 Note 1: The yeow LED (ground faut indicator) on the power suppy may iuminate when you first appy power to the suppy. Wait two minutes - the LED shoud turn off. If the LED doesn t go off, troubeshoot the suppy as appropriate. Note 2: The LOCAL MODE LED on the ET CPU board wi be ON when power is appied - the BMUX hasn t yet been powered-up, and so there is no data on the communication ines. It is NORMAL for the ET to take up to 90 seconds to come on-ine when you first power it up. 22. Set your VOM to the 60 DCV scae. Connect it across the RED (+) and BLACK (0 vots) battery connectors. Requirement: Figure 18. VOM reads about 27 vots. If reading is not correct, then adjust the suppy as shown in 23. Leave the power appied at this power suppy and proceed to the next ET. C. Status Command Center (SCC) Checkout - Perform the foowing procedures for each SCC in your system. CAUTION: ENSURE THAT ALL POWER TO EACH SCC IS OFF BEFORE PROCEEDING! Note: Each SCC usuay wi have its own BTIFABT power suppy. Other equipment may or may not be powered by the SCC suppy. Check out a equipment powered by an SCC suppy before appying power to the suppy. Then, if there are other SCCs in your system, check them out in the same way. 24. Check the SCC power suppy in accordance with Steps 1 through 4 in Part A of these procedures. 25. Locate the PF termina on the power suppy (TB-11). Verify that the wire connected at TB-11 is terminated at TB-7 on the SCC converter board. See Figure 19 for reference. 26. Verify that the incoming and outgoing power ines are connected to the SCC converter board as shown in Figure

29 ADJUSTMENT PROCEDURE CAUTION: To be performed by Simpex personne ony NOTE: Protective cardboard cover over power suppy must be removed to access components. 1. Locate R2, P, R1.5, R6, and R21 in the iustration beow. 2. Remove batteries first, then AC power. 3. Disconnect connector P. 4. Reconnect AC power ony. 5. Adjust R1.5 fuy cockwise. 6. Connect VOM across the RED (+) and BLACK (0 vots) battery connections. 7. Adjust R6 unti VOM reads about 26 vots. 8. Connect VOM across eft side of R2 (+) and BLACK battery connector (0 vots). 9. SLOWLY adjust R15. At some point, the votage reading ~2 on the VOM wi SUDDENLY DROP from about 33 vots to around 10 vots. This is the TRIP POINT. Stop at this point. 10. Now, SLOWLY adjust R6 cockwise unti VOM reading trips back to about 33 vots. Stop at this point. 11. Connect VOM as in Step 6 above. VOM shoud read R21 about 28 vots. 12. Readjust R6 unti VOM reads about 27 vots. 13. Connect VOM across TB-1 ( + ) and TB-2 ( - ) 14. Adjust R21 unti VOM reads 28 vots. 15. Remove AC power. 16. Reconnect connector P 17. Re-appy AC power. 18. Reconnect batteries. 19. Repace protective cardboard cover over power suppy. R6 ET Power Suppy Adjustment FIGURE 18 CONVERTER PIN BOARD SCC Converter Board Connections FIGURE 19 27

30 27. Verify that the incoming and outgoing communication ines are connected to the SCC converter board as shown in Figure Verify that a SCC jumper pacement and switch settings are correct as indicated in 2i20 MULTIPLEX JUMPER PLACEMENT AND SWITCH SETINGS. Note: Once you have checked out a equipment Step 29. powered by the SCC power suppy, then proceed to 29. Appy power to the SCC power suppy by: Appying AC power first. * Connecting the batteries ast. Note 1: The yeow LED (ground faut indicator) on the SCC power suppy may iuminate when you first appy power to the suppy. Wait two minutes - the LED shoud turn off. If the LED doesn t go off, perform appropriate troubeshooting procedures. Note 2: The OFF LINE LED on the SCC contro modue wi be ON when power is appied -the yet been powered-up, and so there is no data on the communication ines. BMUX hasn t 30. Set your VOM to the 60 DCV scae. Connect it across the RED (+) and BLACK (0 vots) battery connectors. Requirement: Figure 14. VOM reads about 27 vots. If reading is not correct, then adjust the suppy as shown in 31. Leave the power appied at this power suppy and proceed to the next SCC. D. DC Line Communications Repeater Checkout - Perform the foowing procedures for each DC repeater in your system. CAUTION: ENSURE THAT ALL POWER TO EACH DC REPEATER IS OFF BEFORE PROCEEDING! Note: Each DC repeater usuay wi have its own BT/FABT power suppy. Other equipment may or may not be powered by the DC repeater suppy. Check out a equipment powered by the DC repeater suppy before appying power to the suppy. 32. Check the DC repeater suppy in accordance with Steps 1 through 4 in Part A of these procedures. Note: Perform Step 33 if the DC repeater is the ony unit powered by a suppy. 33. Locate the PF termina on the power suppy (TB-11). Trace the wire connected at TB-11 to its associated transponder. Verify that jumper JW4 on the transponder just ocated has been removed. This jumper aows the reporting of DC repeater power suppy faiures. 34. Locate the ED termina on the DC repeater (TB-15). See Figure 20 for reference. Trace the wire connected at TB-15 to its associated transponder. Verify that jumper JW4 on the transponder just ocated has been removed. This jumper aows the transponder to report communication ine earth ground detection by a DC repeater. 35. Verify that the incoming and outgoing power ines are connected to the DC repeater as shown in Figure Verify that the incoming and outgoing communication ines are connected to the DC repeater as shown in Figure

31 16 ED 15 SHIELD 14 BDAT- 13 BDAT+ 12 f 11 TDAT - 10 TO A TRANSPONDER -- PFTERMINAL 3 OUTGOING COMMUNICATION LINE (IF REQUIRED) EARTH GROUND 5 ov 2 r @) ---(B) INCOMING 3 POWER LINE ---(RI I tb) 3 OUTGOING POWER LINE (IF REQUIRED) DC Repeater Board Connections FIGURE Verify that DC repeater switch settings are correct as indicated in 2120 MULTIPLEX DC LINE COMMUNICATIONS REPEATER SERVICE INSTRUCTIONS. Note: Once you have checked out a equipment powered by the DC repeater suppy, proceed to Step Appy power to the DC repeater power suppy by: Appying AC power first. Connecting the batteries ast. Note: The yeow LED (ground faut indicator) on the DC repeater power suppy may iuminate when you first appy power to the suppy. Wait two minutes - the LED shoud turn off. If the LED doesn t go off, perform appropriate troubeshooting procedures. 39. Set your VOM to the 60 DCV scae. Connect it across the RED (+) and BLACK (0 vots) battery connectors. Requirements Figure 14. VOM reads about 27 vots. If reading is not correct, then adjust the suppy as shown in 40. Leave the power appied at this power suppy and proceed to the next DC repeater E. BMUX Checkout CAUTION: ENSURE THAT ALL POWER TO THE BMUX IS OFF BEFORE PROCEEDING! Note: The BMUX has its own dedicated power suppy consisting of two circuit boards: The AC I/O board (P/N or ) and the power suppy board (P/N or ). Some transponders may be powered by the BMUX suppy. Check out a transponders associated with the BMUX suppy before appying power to the suppy. 29

32 41. Verify that 120VAC is propery terminated at TB of the AC I/O board as shown in Figure Verify that the outgoing power ine is connected to TB2 of the AC I/O board as shown in Figure 21. CHANNEL 1 CHANNEL 2 RS232C PORT c J TB3 CHANNEL MCCULLOH LOOP RETURN (IF REQUIRED) zc,s/ rz. -sm.----~ t--b 5-c TYPICAL TO r 8-B? s-c CHANNEL CHANNEL 1 OUT 3,-s s c-- TO CELESTRA CLOCKS (IF USED) B-m > 50 MA. MAX., 24VDC RS232C XMIT DATA RS232C REC DATA TO REMOTE CRT, PRINTER, OR b RS232C SIGNAL END KEYBOARD/PRINTER (IF USED) AC I/O BOARD PNs TB2 POWER LINE CONNECTION TO ADDITIONAL TRANSPONDER 28VDC AMP MAX TO GROUND SCREW ON BMUX CABINET AC I/O Board Connections FIGURE Verify that the outgoing communication ines are connected to TB3 of the AC I/O board as shown in Figure Verify that the Ceestra cock ine (if Ceestra interface board is present in your system) is connected to TB3 of the AC I/O board as shown in Figure Verify that the RS232C ine (if equipped) is connected to TB3 of the AC I/O board as shown in Figure Verify that a BMUX harness connectors are fuy seated and propery aigned. Most connectors are NOT keyed, so make sure that no pins at the terminating connectors are missed. Note: Once you have checked out a equipment Powered by the BMUX power suppy, proceed to Step

33 47. Appy power to the BMUX suppy by: Appying AC power first. Connecting the batteries ast. Note 1: The yeow LED (ground faut indicator) on the BMUX power suppy board wi iuminate when you first appy power to the suppy. Wait two minutes - the LED shoud turn off. If the LED doesn t go off, then troubeshoot the suppy as appropriate. Note 2: It takes a few seconds for the BMUX to initiaize; a front pane LEDs wi be ON during this time. Once the BMUX initiaizes, the BMUX oca printer shoud begin printing the system s configuration and system status information. If the BMUX fais to initiaize, perform appropriate troubeshooting procedures. 48. Set your VOM to the 60 DCV scae. Connect it across the 24V and OV test points on the rear of the front pane dispay board. See Figure 22 for reference. NOTE: Access these by opening the BMUX front pane and ooking at the top right corner of the dispay board. Front Pane Dispay Board Test Points FIGURE 22 Requirement: BMUX by: VOM reads 24VDC. If VOM reads about 40 vots, immediatey remove a power to the e Disconnecting batteries first. Removing AC power ast. 49. Connect your VOM across the 5V and OV test points on the rear of the front pane dispay board. Requirement; VOM reads 5VDC. If requirement is not met, perform appropriate troubeshooting procedures. 50. Connect your VOM across the RED (+) and BLACK (0 vots) battery connectors. Requirement: Figure 23. VOM reads about 27VDC. If reading is not correct, then adjust the suppy as shown in 31

34 ADJUSTMENT PROCEDURE 1. Locate R2, R8, R12, and R Remove batteries first, then AC. 3. Disconnect connectors P2, P3, and P5. 4. Reconnect AC power ONLY. 5. Adjust R12 fuy cockwise. 6. Connect VOM across RED (+) and BLACK (0 vots) battery connectors. 7. Adjust R8 unti VOM reads 26 vots. 8. Connect VOM across top of R2 (+) and BLACK (0 vots) battery connector. 9. SLOWLY adjust R12. At some point, the votage reading on the VOM wi suddeny drop from about 33 vots to around 9 vots. This is the TRIP POINT. Stop at this point. 10. Now, SLOWLY adjust R8 countercockwise unti VOM reading trips back to about 33 vots. Stop at the trip point. 11. Connect VOM as in Step 6 above. 12. Adjust R8 unti VOM reads about 27 vots. 13. Remove AC power. 14. Carefuy reconnect the connectors removed in Step R&appy AC power. 16. Reconnect batteries. CAUTION: Be extremey carefu when performing the foowing steps. P4 P3 P2---I P6 ----I 17. Connect VOM across P6-1 (-) and P6-2 (+) on the power suppy or TB2-1 ( +) and TB2-2 (-) on the AC /O board. 18. Adjust R20 on the power suppy unti VOM reads 24 vots. I P5 R12 BMUX Power Suppy Adjustment FIGURE Your system shoud now be totay powered-up. Observe the BMUX front pane. If there are aarms reported, acknowedge and ignore them for the moment. Acknowedge any troubes. Make sure that the oca printer is operating propery: it shoud aready have been printing information. If the printer is not functioning, perform appropriate troubeshooting procedures. 53. Make sure that the BMUX front pane dispay functions propery: it shoud either be bank, or indicating an aarm or troube message. If the dispay is bank, proceed to Step Identify any BMUX, communication channe, transponder, and SCC troubes via the front pane dispay and LOCATION INFORMATION pushbutton. If a oca printer is present, read the printout to determine which troubes have been reported. If any monitor and contro point troubes are reported, insta an appropriate EOL resistor at the transponder(s) reporting the troube(s) and proceed. 55. Cear a system troubes found in Step 54 in accordance with procedures provided in the MULTIPLEX TROUBLESHOOTING GUIDE. 56. Enter the current time and date from the oca keyboard using CBE or SMPL operating commands as required for your 2120 system. 32

35 Requirement: The front pane dispay and oca printer indicate the time and date set. If the dispay remains bank, perform appropriate troubeshooting procedures and resume your preiminary checkout with Step If the Diagnostics Program is avaiabe in your system, then enter the diagnostics mode. Leave the system in the diagnostics mode overnight and then check for any channe error and transponder error counts. This wi hep you to identify potentia probems with transponders or the communication channes. 58. This competes preiminary checkout. Have the contractor remove power from a system components by: Disconnecting batteries first. Removing AC power ast. 59. Have the contractor proceed with monitor and contro point wiring. 33

36 FINAL CHECKOUT Once the contractor has finished a monitor and contro point wiring, you can begin your fina checkout of the 2120 instaation. During your fina checkout, you wi verify that the system is functioning propery. In genera, your fina checkout wi proceed as summarized beow. Specific procedures are provided foowing the summary. Your job in fina checkout is to: Ensure that the contractor has correcty instaed the system. AND Ensure that the system functions in the way that it is intended to function. When you appy power to the system for fina checkout, there wi probaby be monitor and/or contro point troubes. You shoud isoate each troube reported one by one and have the contractor correct the wiring errors causing the troubes. Once the troubes are ceared, you wi be ready to run the 2120 through its paces. Procedures CAUTION: Notify buiding personne and appropriate authorities (i.e., fire and poice departments, etc.) before proceeding. A. Identification of Contractor Wiring Errors 1. Have the contractor appy power to each system component by: Appying AC power first. o Connecting batteries ast. 2. Aow two minutes for the BMUX to initiaize. 3. Identify a monitor and contro point troubes using the oca (or remote) printer printout, or by using the front pane dispay and appropriate pushbuttons. 4. Isoate each troube reported and check the associated monitor or contro point wiring for opens or shorts. If the wiring is not at faut, perform appropriate troubeshooting procedures. 5. Have the contractor repair a wiring errors found as a resut of Step 4. B Functiona Checkout 6. Enter the current time and date. 7. Your system is set up at order entry so that ony seected point activations are printed. This is caed print suppression. Your system is aso provided with a pseudo point.that contros print suppression. (For CBE systems, this pseudo point is caed SYSTEM PRINT; for SMPL systems, this point is caed PRINTOK.) Set this Pseudo Point ON from the system keyboard of highest priority. This wi aow any point activation in the system to be printed. 8. Activate a aarm initiating devices as appropriate and verify that the proper aarm report is given. Refer to the MUX2120 Order Entry Report or the Transponder Continuation Specification Worksheets to determine the proper custom abe for each point. 34