asimpex 4020 Fire Aarm Operating nstruction< 0 1995 Simpex Time Recorder Co. FA4-31-401 (574-062) A specifications and other information shown were current as of pubication, and are subject to change without notice. Ed695
CAUTON ELECTRCAL HAZARD Disconnect eectrica power when making any interna adjustments or repairs. nstaation and servicing shoud be performed by quaified Simpex Representatives. B +m- CAUTON POWERNG REQUREMENT When removing power from this system, disconnect batteries FRST and AC power ast. When connecting power to this system, connect AC power FRST and batteries ast. CAUTON mproper programming of this system can resut in improper system operation. Carefuy test the system after programming is competed. This equipment generates, uses, and can radiate radio frequency energy and if not instaed and used in accordance with the instructions manua, may cause interference to radio communications. t has been tested and found to compy with the imits for a Cass A computing device pursuant to Subpart J of Part 15 of FCC Rues, which are designed to provide reasonabe protection against such interference when operated in a commercia environment. Operation of this identia area is ikey to cause e user at his own expense tever measures may be
TABLE OF CONTENTS Page SECTON - SYSTEM OVERVEW ntroduction..... 1 System Operating Description..... 2 Log n Procedure... 3 Log Out Procedure..... 4 Handing Abnorma Conditions... 5 SECTON 2 - ALARM CONDTONS ntroduction... 9 Goba Acknowedge Pane Operation During Aarm Conditions... 9 How to Sience the Aarm Signas... 10 How to Reset the System... 10 ndividua Acknowedge Pane Operation During Aarm Conditions..... 11 How to Sience the Aarm Signas..... 11 How to Reset the System... 11 Essentia Aarm Condition Keys... 12 Aarm Acknowedge Keys..... 12 Aarm Sience Key..... 12 System Reset Key........ ;z f the Aarm Point Does Not Reset... How to Disabe a Point... 14 SECTON 3 - TROUBLE CONDTONS ntroduction....15 Goba Acknowedge Pane Operation During Troube Conditions......15 ndividua Acknowedge Pane Operation During Troube Conditions... 16 Essentia Troube Condition Keys... 17 Troube Acknowedge Key... 17 System Reset Key..... 18 f the Troube Does Not Reset....18 How to Disabe a Point With a Troube Condition... 18 Troube ndications for TrueAarmTM Sensors... 19 ntroduction... 19 Amost Dirty ndication... 20 Ditiy ndication... 20 Excessive/y Dirty ndication..... 20 Sef-Test Abnorma ndication... 20 TrueAarm Anaog Detection is protected by U.S. Patent No. $155,466. TrueAarm Detector Base is protected by U.S. Patent No. 5,173,663. i
SECTON 4 - SUPERVSORY CONDTONS ntroduction... 21 Goba Acknowedge Pane Operation During Supervisory Conditions... 21 ndividua Acknowedge Pane dperation During Supervisory Conditions....22 Essentia Supervisory Condition Keys... 23 Supervisory Acknowedge Key... 23 SECTON 5 - RS-232 NTERFACE ntroduction... 25 RS-232 Port Access Leves... 25 Video Termina.... 25 CRT Function Key Definitions... 26 Set-Up Procedure..... 26 CRT Screen Dispays... 26 CRT Main Menu Screen... 26 Acknowedge Screen... 27 Log n Screen... 28 Historica Log Screen... 29 Status Screen... 29 System Printer... 30 Page SECTON 6 - NETWORK NTERFACE ntroduction... 31 Network (or 2120) nterface Operation During Wak TestTM.... 31 SECTON 7 - MAPNET ADDRESSABLE NTERFACE ntroduction..... 33 TrueAarm System Operation....;... 33 Generating TrueAarm Reports..... 35 MAPNET Aphanumeric Dispays... 35 MAPNET @ Point Addressing..... 36 How to Dispay a MAPNET @ System Point... 36 What to do if a MAPNET @ Point wi not Reset... 36 SECTON 8 - ADVANCED FUNCTONS ntroduction..... 37 CONTROL Keys... 37 FUNCTON KEYS... 38 How to Set Time and Date..... 38 How to Escape From Menu... 39 Point Contro with the FUNCTON Key..... 40 DSPLAY/ACTON Keypad... 40 FUNCTON Key... 41 MENU Key... 42 PREVOUS Key... 42 NEXT Key... 42 LAMP TEST Key..... 43 Action Keys....43 Wak Test is protected by U.S. Patent No. 4,725,818. MAPNET @ Communication Net is protected by U.S. Patent No. 4,798,025. ii
SECTON 8 - ADVANCED FUNCTONS (Continued) ENTRY Keypad... 43 How to Use the Prefix Keys to Dispay System Points......43 How to Dispay the Sensitivity of a TrueAarm Sensor....46 Additiona Keys... 47 ENTER..... 47 CLR... 48 NET/- (Network/Hyphen).... 48 DEL..... 48 Viewing Power Suppy/Charger Votage and Current Readings....48 Point Seection..... 49 Seecting Points Using Lists..... 49 Seecting Points Using The Keypad......49 Seecting Additiona Lists... 49 Operator Access Leves......49 Power-Up Sequence..... 50 Page SECTON 9 -.SYSTEM TEST PROCEDURES Lamp Test... 51 Wak Test.... 51 Wak Test by Group... 51 Zone Coding Option... 52 Sient Wak Test... 52 Entering Wak Test Mode... 52 Wak Test Operation... 53 Wak Test Features... 53 Abort Audibe and Deay On Reactivation....53 Active/Not Active... 54 Auto Abort On Aarm... 54 Auto Abort On Time-out... 54 Contro List... 54 Deay Before Reset... 54 Logging Option (Log/No Log)... 54 Monitor Zone List... 54 Programmer Configuration... 55 Sig/No Sig (Sient Wak Test Seection)... 55 System Troube..... 55 Troube Audibe... 55 Zone Code/Zero Code... 55 Wak Test Procedures... 55 How to Enter a Wak Test Passcode....55 How to Enter Wak Test Mode....56 How to Exit Wak Test Mode... 57 How to Turn a Point OFF... 58 How to Turn a Point ON... 58 How to Return a Point to Auto... 59 How to Enabe a Disabed Point....60 What to Do in Case of System Mafunction....61...
APPENDX - ABBREVATED OPERATOR NTERFACE PROCEDURES Operator Log n/log Out Procedures......63 Access Leve Log n Procedure..... 63 Access Leve Log n Procedure from the CRT......64 Access Leve Log Out Procedure....64 Access Leve Log Out Procedure from the CRT......65 System Operating Procedures... 65 Viewing a List of Points..... 65 Viewing the Status of Any System Point... 65 Controing System Points..... 66 Viewing the Sensitivity of a TrueAarm Sensor....66 Logging and Cearing an Anaog Sensor Peak Vaue......66 Viewing the Historica Aarm and Troube Logs......67 Cearing the Historica Aarm and Troube Logs......67 Viewing Abnorma System Conditions with the Dispay Time Key......68 Cearing the Aarm Verification Tay.... 68 Viewing Power Suppy/Charger Votage and Current Readings......68 Generating TrueAarm Reports....69 Figure 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 FGURES nterface Pane... 2 nterface Pane Showing Fire Aarm Condition... 9 nterface Pane Showing Troube Condition... 15 nterface Pane Showing System Supervisory Condition... 21 CRT Main Menu Screen... 27 CRT Acknowedge Screen..... 28 CRT Log n Screen....28 CRT Aarm Historica Log Screen..... 29 CRT Status Screen... 29 40-Character Line Width Printout......30 80-Character Line Width Printout....30 Typica TrueAarm Status Report Screen....34 Typica TrueAarm Service Report Screen......34 nterface Pane Contros and ndicators... 37 CONTROL Keys..... 37 nterface Pane FUNCTON Keys......38 DSPLAY/ACTON Keypad... 41 ENTRY Keypad....43 Typica Programmer s Report with Point Address Data... 45 Page Tabe 1 2 TABLES RS-232 nterface Defaut Protection Leves............................................................................................... 25 Function Key Definitions........................................................................................................................... 26 Page
SECTON 1 SYSTEM OVERVEW NTRODUCTON The Simpex 4020 is a microprocessor-based Fire Aarm System. t is UL-isted, power-imited, eectricaysupervised, and protected against oss of primary AC power and brown-out conditions. The standard 4020 can contro up to 127 MAPNET @ points. Depending on options, the 4020 can contro a maximum of 254 addressabe points. Since a points in a system may not be addressabe, the 4020 aso offers up to 20 hardwired points (with 4 points standard) that can be used to interface with detector zones, be or horn circuits, and auxiiary reay contro. Each hardwired point is individuay configurabe as either a monitor point, a signa circuit, or as an auxiiary reay output, with up to 8 different points on a singe card. The 4020 offers a variety of ways to provide remote annunciation. t can communicate with the LCD annunciator, the SCWRCU, or the graphic SCWRCU. The RS-232 interface can be used to output to a printer or CRT. An aphanumeric dispay on the 4020 Operator nterface Pane (Figure 1) indicates the condition of the system. The aphanumeric dispay shows various prompts and abes which guide the user through a sequenced operation for each abnorma condition. Audibe and visua indications are provided to indicate abnorma conditions when they exist within the system. The 4020 capacities are as foows: Up to two MAPNET @ channes with up to 127 addressabe devices each for a tota of 254 addressabe devices Up to 20 hardwired points, configurabe as monitor, signa, or auxiiary reay points An RS-232 interface Up to 31 remote annunciator ocations, which can accommodate SCWRCU, graphic SCU/RCU, and LCD annunciators An 8-Amp switching power suppy, with a battery charger capabe of charging batteries with up to 50 Ah capacity. The defaut hardware for a 4020 incudes a master controer with a dispay, master troube points, city circuit, and tone-aert. The standard save modue uses three card addresses. Card (address) 1 W functions ike an 8-point mutifunction /O card, but ony the first 4 points are avaiabe. Card 2 is the power suppy card. Card 3 is the buit-in MAPNET@ channe. The foowing optiona hardware is aowed: An additiona MAPNET @ card Two eight-point mutifunctiona /O cards An RS-232 interface card configured with two isoated ports, with the abiity for one port to be dedicated to communications with a 2120 Mutipex System. Seria annunciators incuding the LCD dispay, the SCWRCU, or the graphic SCWRCU 4120 Network nterface 25.5 Vot Limiter Modue for Agent Reease. NOTE: This document covers operating procedures for a typica 4020 system. Appications wi vary due to optiona hardware instaed, custom programming, and oca code requirements.
SYSTEM OPERATNG DESCRPTON The 4020 Operator nterface Pane, hereinafter caed the interface pane, shows the foowing under norma conditions: Green POWER ON LED ON (indicating that AC power is appied) A other interface pane indications OFF Aphanumeric LCD dispay states that the system is norma, as shown beow. SYSTEM S NORMAL 08:23:43 MON 04-APR-94 Abnorma conditions are indicated on the interface pane by fashing the aarm, supervisory, or troube LED and sounding the tone-aert. The aphanumeric dispay provides information as to the point status (aarm, supervisory, and troube), type of aarm (smoke detector, pu station etc.), number of abnorma conditions in the system, and a custom abe. Aarm, supervisory, and troube conditions each have their respective acknowedge key. Pressing the appropriate acknowedge key wi sience the tone-aert. However, the LED indicating the abnorma condition remains iuminated unti a initiating devices are restored to norma. Figure 1 nterface Pane (Access Door Cosed) f your system is configured with the CRT or printer option, point status is aso dispayed on these devices. The CRT option contros various system functions. t can acknowedge system status changes, sience aarm signas, and perform system reset procedures. When an initiating device (monitor point) senses a Fire Aarm Condition (heat, smoke, manua activation, etc.), notification appiances (signas) and the tone-aert sounds, and the FRE ALARM LED turns ON and fashes, indicating that a Fire Aarm condition is present. n addition, depending on the nature of the aarm condition, reays trip, the city circuit activates, and various programmed events occur. The tone-aert continues sounding unti the aarm is acknowedged. 2
When an initiating device senses a System Supervisory Condition (tamper vave off norma, generator status, etc.), programmed notification appiances and the tone-aert sounds, the SYSTEM SUPERVSORY LED on the interface pane turns ON and fashes, the city circuit may be activated (if required by oca codes), and various programmed events occur. The tone-aert continues sounding unti the condition is acknowedged or ceared. When the 4020 senses a mafunction within the system (oss of power, hardware faiure, etc.), a Troube Condition is announced by the interface pane. The tone-aert sounds steady, the SYSTEM TROUBLE LED fashes and various programmed events occur. The tone-aert continues sounding unti the condition is acknowedged or ceared. NOTE: When an operator interface pane key is referenced within this manua, it is normay shown between eft and right arrows. Exampes are cack> and <ALARM SLENCE>. A abnorma conditions must be acknowedged by pressing the cack> key under the appropriate fashing LED. Notification appiances are sienced by pressing the <ALARM SLENCE> key. NOTE: When you press the <ALARM SLENCE> key, the ALARM SLENCED LED turns ON steady. Depressing the <SYSTEM RESET> key restores the system to the norma operating mode if Fire Aarm Conditions have been acknowedged and restored. Depressing the <PRORTY 2 ALARM RESET> key on the CONTROL Key Pane restores the system to norma operation if Priority 2 Aarm Conditions have been acknowedged and restored. (A keys on the CONTROL Key Pane must be programmed for function.) The tone-aert may be programmed to sound at specified time intervas to serve as a reminder that a troube sti exists within the system (System Troube Reminder). The system has re-sound capabiity. f, after siencing the signas, the system detects another abnorma condition, the zone with the abnorma condition is indicated on the interface pane aphanumeric dispay, the appropriate indicator again fashes, and the signas again sound. To provide maximum efficiency in performing primary fire aarm functions, an interface pane access door, shown in Figure 1, covers a keys except those required for indication and interaction for emergency situations. (The access door must be opened to reset Priority 2 Aarm Conditions.) LOG N PROCEDURE NOTE: Various functions may be passcode protected to prevent access by unauthorized personne. Passcodes are provided to the user during system instaation. To change or receive additiona information concerning your passcodes, contact your oca Simpex Branch Office. To Log n, perform the foowing procedure. 1. Obtain the appropriate passcode information. 2. Open the interface pane access door. 3. Press the <MENU> key on the Dispay/Action keypad on the right side of the interface pane. The aphanumeric dispay shows the foowing message. Press <NEXT> or <PREVOUS> to scro Change Access Leve? 4. Press the <ENTER> key on the Dispay/Action keypad. The foowing message is dispayed. F=Login CURRENT ACCESS F2=Logout LEVEL = 1 3
5. Press the <F> key (above the aphanumeric dispay). The dispay shows the foowing message. Enter a Passcode foowed by <ENTER> 6. Enter the passcode (up to 10 numbers). Press the <ENTER> key on the ENTRY keypad. For security reasons, an X is dispayed for each digit of your passcode, as shown beow. Enter a Passcode foowed by <ENTER> xxx f the passcode is correct, the foowing message is shown. Enter a Passcode foowed by <ENTER> ACCESS GRANTED After a brief pause, the dispay shows the granted access eve, such as the eve 2 access message shown beow. F=Login F2=Logout CURRENT ACCESS LEVEL = 2 7. Press the <CLR> key twice. The dispay shows system status, as shown beow. SYSTEM S NORMAL 08:24:44 MON 04-APR-94 LOG OUT PROCEDURE MPORTANT FALURE TO LOG OUT ALLOWS UNAUTHORZED PERSONNEL ACCESS TO THE VAROUS PASSCODE PROTECTED FUNCTONS. F NO KEYPAD ACTVTY S DETECTED FOR TEN MNUTES, THE SYSTEM WLL RETURN TO LEVEL 1 ACCESS. Perform the foowing procedure to Log Out and return the operator access eve to LEVEL 1 status. 4
1. Press the <MENU> key. The foowing message is dispayed. Press <NEXT> or <PREVOUS> to scro Change Access Leve? 2. Press the <ENTER> key. The foowing message is dispayed. F=Login F2=Logout CURRENT ACCESS LEVEL = 2 3. Press the cf2> key. After a brief pause, the dispay shows a message simiar to the one beow. ACCESS F=Login LEVEL F2=Logout REDUCED TO LEVEL 1 4. Press the cclr> key to exit. The dispay wi show a message simiar to one of the foowing messages. SYSTEM S NORMAL 9:27:40 MON 04-APR-94 **TROUBLE** Press <ACK> FRE = 0 PR12 = 0 SUPV = 0 HANDLNG ABNORMAL CONDTONS When an abnorma condition occurs, at east one of the interface pane LEDs (FRE ALARM, PRORTY 2 ALARM, SYSTEM SUPERVSORY, or SYSTEM TROUBLE) fashes, and the tone-aert sounds. The aphanumeric dispay on the interface pane shows the tota number of abnorma conditions present in the system. At a gance, you know how serious the situation is by reading the number of abnorma conditions dispayed, such as the singe aarm - condition shown beow. **FRE** Press <ACK> to review. FRE = 1 PR12 = 0 SUPV = 0 TRBL = 0 The system aso creates a List when abnorma conditions exist. The ist contains the number of abnorma conditions present in the system. The cack> keys are pushed to view the abnorma condition ist, and review each condition, if required. When an Aarm Condition is detected by the system, the appropriate ALARM LED fashes and the tone-aert puses. For supervisory and troube conditions, the appropriate interface pane LED fashes, and the tone-aert sounds steady. 5
Pressing the appropriate cack> key (under the fashing LED) dispays the first acknowedged condition in the appropriate ist. Note that the cack> function may be passcode protected. f you have insufficient priviege to acknowedge the condition, a message wi indicate the probem, and wi aow you to view the points without acknowedging them. f you have sufficient priviege to acknowedge the condition, a message is dispayed informing you that the condition has been acknowedged. (See Operator Access Leves, Section 8, and Log n Procedure, Section 1, for detais.) The 4020 system can be configured with either Goba or ndividua Acknowedge. When Goba Acknowedge is used in the system, one press of an <ACK> key gobay acknowedges every abnorma point in the system in that category. f a the points are acknowedged in this manner, an appropriate message is dispayed. When Goba Acknowedge is used in a system, and the supervisory service or troube conditions cears, the abnorma condition automaticay cears. Aarm conditions must be acknowedged. f ndividua Acknowedge is used in the system, the appropriate <ACK> key must be pressed for each condition change. Note that the acknowedge function imposes a deay of at east one second between point acknowedgments. This minimum deay aows you to view the information dispayed on the aphanumeric dispay for each point that is being acknowedged by the cack> key. When a point is acknowedged, the interface pane status LED gows steady, and the tone-aert siences. The tota number of aarm, supervisory, and troube conditions show on the aphanumeric dispay aong with a prompt to press the cack> key for point review. Pressing the cack> key scros through the seected ist in chronoogica order. Each ist is different and contains information concerning a particuar abnorma condition. After 30 seconds of keypad inactivity, the tota number of abnorma conditions is again shown on the aphanumeric dispay. Pressing the cack> key seects a ist for review. The first point to be dispayed is either the first acknowedged point in the ist, or the first point in the ist if a are acknowedged. Aarm, supervisory, and troube ists are dispayed in chronoogica a ist has been reached. order. A message wi indicate when the end of The ast message contains the tota number of abnorma conditions, beow. such as the singe aarm message shown **FRE** Press <ACK> to review. FRE = 1 PRZ = 0 SUPV = 0 TRBL = 0 The <DSPLAY TME> Key The <DSPLAY TME> key is used to view the time of day when the abnorma condition occurred. By viewing the time for each abnorma condition occurrence, fire department personne can determine the path and possibe cause for each abnorma condition. Note that the <DSPLAY TME> key ony dispays time for existing abnorma conditions. Using the <DSPLAY TME* Key The red <DSPLAY TME> key works for any point currenty in an aarm, supervisory, or troube condition. The aarm ist information is obtained from the historica og and is shown on the aphanumeric dispay, in order of occurrence. n situations where mutipe conditions are present, you can simpy push one key to review the time that each abnorma condition occurred. An exampe of an aarm condition is shown beow. REVERE BULDNG SMOKE DETECTOR 3RD FLOOR FRE ALARM 6
f the <DSPLAY TME> key is pressed and hed down, the dispay shows the aarm ist information as shown beow. This information is ony dispayed whie the <DSPLAY TME> key is hed down. REVERE BULDNG 3RD FLOOR FRE ALARM AT: 19:56:32 MON 04-APR-94 When the <DSPLAY TME> key is reeased, the dispay reverts back to its origina abe and status. To dispay aarm ist information, perform the foowing steps. 1. Ensure that the point to be checked is shown on the aphanumeric dispay by pressing the appropriate cack> key. 2. Press and hod in the <DSPLAY TME> key. nformation concerning the abnorma condition (aarm, supervisory or troube) is dispayed. NOTE: f the point is not found in the og due to og overfow, the message NO TME FOUND N LOG, dispays. 3. Press the appropriate cack> key to dispay the next condition change. 4. Repeat steps 2 and 3 above, as required. NOTE: This key wi not work for points directy entered into the system via the keypad (e.g., /O Points, etc.).
SECTON 2 ALARM CONDTONS NTRODUCTON CAUTON FOLLOW LOCAL OPERATNG PROCEDURES WHEN NVESTGATNG ALARM CONDTONS. NOTE: Refer to Figure 2 for ocations of interface pane LEDs and Keys. When an Aarm Condition is detected by the 4020, the condition is indicated by the foowing: Red FRE ALARM or PRORTY 2 ALARM LED is fashing Tone-aert is pusing LEDs on annunciators may iuminate The aphanumeric dispay on the interface pane indicates an aarm condition, such as the Fire Aarm condition shown beow. **FRE** Press <ACK> to review. FRE = 1 PR12 = 0 SUPV = 0 TRBL = 0 The interface pane has two red LEDs which are used to indicate aarm conditions. When a Fire Aarm condition or a Priority 2 Aarm Condition occurs, the appropriate red LED fashes, the tone-aert puses, and an aarm message appears on the aphanumeric dispay. When the appropriate <ALARM ACK> key is pressed, the red LED stops fashing and gows steady, and the tone-aert siences. When the <ALARM SLENCE> key is pressed, the system signas are sienced. When the appropriate <SYSTEM RESET> key is pressed, the aarm condition cears and the red ALARM LED turns off. GLOBAL ACKNOWLEDGE PANEL OPERATON DURNG ALARM CONDTONS RED ALARM LED (FLASHNG) *FRE** Press <ACb to review. FRE z 1 PR2 0 SUPV : 0 TRBL 0 FRE PRORTY 2 J / ALPHANUMERC DSPLAY / ALARM SLENCED LED --% 0 ALARM ALARM SUPERVSORY TROUBLE SLENCED -ON-, SYSTEM RESET KEY ALARM ACKNOWLEDGE KEY ALARM SLENCE KEY Figure 2 nterface Pane Showing Fire Aarm Condition
A GLOBAL ACKNOWLEDGE of an Aarm Condition is accompished in the foowing manner. 1. Unock and open the encosure door. Read the aphanumeric dispay on the interface pane. t reports the number and type of aarm conditions, as shown beow. **FRE** Press <ACK> to review. FRE = 1 PR12 = 0 SUPV = 0 TRBL = 0 2. Press the <ALARM ACK> key under the fashing red LED. The foowing items shoud occur: a. The tone-aert siences and the dispay shows pertinent report information, such as shown beow. FRST FLOOR EAST WNG ROOM 31 PULL STATON FRE ALARM b. The ALARM LED changes from fashing to steady ON, and a aarm conditions are acknowedged. c. Pressing the cack> key scros through a aarms in chronoogica order. HOW TO SLENCE THE ALARM SGNALS + Press the <ALARM SLENCE> key and read the dispay. The aphanumeric dispay wi show signa status (as shown beow), and the ALARM SLENCED LED turns ON steady. ALARM SLENCE N PROGRESS... HOW TO RESET THE SYSTEM When the aarm condition has been ceared, restore or repace a affected devices (pu stations, smoke detectors etc.) in accordance with the instructions provided with each device. Since the system reset procedure for a Fire Aarm Condition differs from the system reset procedure for a Priority 2 Aarm Condition, the system reset procedure you use wi depend on the nature of the aarm condition. Use one of the foowing procedures to reset the system: To reset a FRE ALARM Condition: Press the <SYSTEM RESET> key. To reset a PRORTY 2 ALARM Condition: Open the interface pane door and press the <PRORTY 2 ALARM RESET> key on the CONTROL pane. Then, after the ALARM LED fashes and the tone-aert puses, press the <ALARM ACK> key twice. (After a deay, the system returns to norma and the dispay reads:) SYSTEM S NORMAL 8:23:55 MON 04-APR-94 10
NDVDUAL ACKNOWLEDGE PANEL OPERATON DURNG ALARM CONDTONS An NDVDUAL ACKNOWLEDGE of an Aarm Condition is accompished in the foowing manner. 1. Unock and open the encosure door. The aphanumeric dispay on the interface pane reports the number, and type of aarm conditions, as shown beow. **FRE** Press <ACK> to review. FRE = 1 PR12 = 0 SUPV = 0 TRBL = 0 2. Press the <ALARM ACK> key. Read and foow the instructions on the aphanumeric dispay. Pertinent report data is given as shown beow. FRST FLOOR EAST WNG Press ACK key to acknowedge ALARM PULL STATON,FRE ALARM 3. Press <ALARM ACK> key again. Readthe report data. Repeat this procedure to review a reports. Reports are dispayed in chronoogica order. Note that the foowing items have occurred: a. Tone-aert is sienced b. ALARM LED is ON, but is no onger fashing. HOW TO SLENCE THE ALARM SGNALS Press the <ALARM SLENCE> key and read the dispay. The aphanumeric dispay wi show signa status (as shown beow), and the ALARM SLENCED LED turns ON steady. ALARM SLENCE N PROGRESS... HOW TO RESET THE SYSTEM When the aarm condition has been ceared, restore or repace a affected devices (pu stations, smoke detectors, etc.) in accordance with the instructions provided with each device. Then do the foowing: To reset a FRE ALARM Condition: Press the <SYSTEM RESET> key. To reset a PRORTY 2 ALARM Condition: Open the interface pane door and press the <PRORTY 2 ALARM RESET> key on the CONTROL pane. Then, after the ALARM LED fashes and the tone-aert puses, press the <ALARM ACK> key twice. (After a deay, the system returns to norma and the dispay reads:) SYSTEM S NORMAL 8:27:34 MON 04-APR-94 11
ESSENTAL ALARM CONDTON KEYS The essentia keys for aarm conditions are the <ALARM ACK> (Aarm Acknowedge), <ALARM SLENCE>, and the <SYSTEM RESET> keys. The remaining keys are conceaed by the interface pane access door and are associated with advanced system functions. (See Section 8, Advanced Functions.) ALARM ACKNOWLEDGE KEYS The <ALARM ACK> keys are ocated directy under the FRE ALARM LED and the PRORTY 2 ALARM LED. Pressing the <ALARM ACK> key (twice for ndividua Acknowedge or once for Goba Acknowedge) causes the ALARM LED to change from fashing to steady ON and siences the tone-aert. Pressing the <ALARM ACK> key does the foowing: Seects the next unacknowedged aarm point in the ist for dispay (ndividua Acknowedge) Acknowedges the dispayed point or acknowedges a points on the ist (Goba Acknowedge) Scros the points chronoogicay after a points have been acknowedged. f the <ALARM ACK> key is passcode protected, you cannot use this key to acknowedge aarms uness you have the required access eve. (See Operator Access Leves, Section 8, and Log n Procedure, Section 1.) There are two types of acknowedges for the 4020 system: Goba Acknowedge and ndividua Acknowedge. Each acknowedge type operates with the System Aarm Condition in the foowing manner. Goba Acknowedge - When Goba Acknowedge is used on the 4020 system, a singe key press of the <ALARM ACK> key acknowedges a aarm status changes in the system. f status change information is required, you may review this data by pressing the <ALARM ACK> key and reading the aphanumeric dispay. ndividua Acknowedge (For NFPA 72 Proprietary Receiver Requirements) - f an aarm condition has been acknowedged with the <ALARM ACK> key and further unacknowedged conditions remain in the system, the tone-aert continues sounding and the next status change shows on the aphanumeric dispay. This process repeats unti a changes are acknowedged. When this occurs, the tone-aert siences, and the highest priority acknowedge change appears on the dispay. ALARM SLENCE KEY CAUTON PRESSNG THE ALARM SLENCE KEY CAUSES FRE ALARM EVACUATON SGNALS TO TURN OFF: FOLLOW LOCAL PROCEDURES TO SLENCE ALARM EVACUATON SGNALS. When an aarm condition exists, various signas, auxiiary reays, the city connection, and the tone-aert may activate (depending on the type of aarm condition, the system configuration, and the stage of the aarm condition). The <ALARM SLENCE> key, when pressed, turns OFF a circuits programmed to foow the Aarm Sience key. The <ALARM SLENCE> key press wi: Turn OFF signa circuits Turn ON the ALARM SLENCED LED Dispay a message, such as the one shown beow. ALARM SLENCE N PROGRESS... 12
Aarm Sience Software Considerations The foowing software functions affect ALARM SLENCE operation. f a Coded nput Device is activated, the <ALARM SLENCE> key press may be ignored unti this function has competed coding. Notification appiances cannot be sienced when a coded station is in aarm. However, the fashing LED wi change from fashing ON to steady ON when the <ALARM ACK> key is pushed. The notification appiances sience automaticay upon coding competion. f the Aarm Sience nhibit Function is activated but not competed, the <ALARM SLENCE> key press is ignored. The message, ALARM SLENCE NHBTED, dispays for a short time to indicate the action was not taken. The message ALARM SLENCE NO LONGER NHBTED dispays when the inhibit function times out. f seected, the aarm sience inhibit may be programmed from 1 to 99 minutes. When seected, signas cannot be sienced unti the programmed time has eapsed. f Waterfow/Sprinker Devices are activated, notification appiances may or may not be sienced (depending on oca code requirements). Usuay, a dedicated be wi continue to sound to indicate water fow. Some visua notification appiances may continue to fash unti the system is reset. SYSTEM RESET KEY The <SYSTEM RESET> key is used to return the system to its norma state after a Fire Aarm Condition has been ceared. When the <SYSTEM RESET> key is pushed, it causes any atched circuits to reset automaticay. Aso reset are initiating devices, reays (incuding the city reay), notification appiances, and a LEDs and indicators which are programmed to reset with the <SYSTEM RESET> key. The message, SYSTEM RESET N PROGRESS, dispays when the <SYSTEM RESET> key is pressed. When the Fire Aarm Condition has reset, the FRE ALARM LED fashes, and the system requires that the <ALARM ACK> key be pressed. When the <ALARM ACK> key is pressed, a message shoud be dispayed that is simiar to the one shown beow. SYSTEM S NORMAL 8:37:13 MON 04-APR-94 f a zone stays in aarm during the reset period, the message SYSTEM RESET N PROGRESS message shown beow. is foowed by the ALARM PRESENT, SYSTEM RESET ABORTED When the SYSTEM RESET ABORTED message dispays, the system remains in an aarm state. The dispay indicates the tota number of aarms present in the system aong with a prompt to use the <ALARM ACK> key to review the points. These points do not require acknowedgment. The ALARM LED remains ON to indicate that a device is sti in an aarm condition. f the system does not reset, and the dispay sti shows an aarm athough no aarm condition exists, read the aphanumeric dispay on the interface pane to determine the type of device and the ocation of the device in aarm. Foow oca procedures to investigate the area of the buiding with the aarm. Look for devices sti in aarm (pu stations, smoke detectors, etc.). Most devices atch unti they are reset, either by the system or manuay. F THE ALARM PONT DOES NOT RESET f a device does not reset, you may choose to perform the Disabe Procedure given in the foowing paragraphs. 13
HOW TO DSABLE A PONT CAUTON DSABLNG A PONT CAUSES THAT PONT TO NOT REPORT ALARM CONDTONS OR OTHER STATUS CHANGES. A PONT SHOULD NOT BE DSABLED UNLESS T S CLEARLY UNDERSTOOD THAT FRE DETECTON OR SECURTY FOR THE AREA OF THE BULDNG COVERED BY THAT PONT WLL BE LOST. APPROPRATE STEPS MUST BE TAKEN TO PROVDE ALTERNATE MEANS OF PROTECTON FOR THAT AREA OF THE BULDNG WHLE THE PONT S DSABLED. f a device does not reset, you may disconnect the device/point causing the aarm condition. However, this point must first be identified. Press the <ALARM ACK> key, and read the aphanumeric dispay on the interface pane. Then disabe the identified aarm point with the <DSABLE> key. f the <DSABLE> key is passcode protected, perform the Log n Procedure before performing the Disabe Procedure. The <DSABLE> key press removes power to any dispayed monitor point. Thus, disabing a point causes a troube condition on the individua zone. To disabe a point, perform the foowing procedure. 1. Open the interface pane access door. 2. Press the <ACK> key unti the point to be disabed is shown on the aphanumeric dispay, as shown beow. SECOND FLOOR EAST WNG ROOM 16 PULL STATON FRE ALARM 3. Press the <DSABLE> key. The aphanumeric dispay shows the foowing message. Press <ENTER> to DSABLE /O: OXX NOTE: XX = the point to be disabed. 4. Press the CENTER> key. The aphanumeric dispay shows the action taken. ACTON TAKEN NOTE: The system indicates a troube condition each time a point is disabed. Press the ctbl ACK> key as required. To cear the aarm condition, foow System Reset Procedures. 5. Repeat steps 2 through 4 above to disabe additiona points. MPORTANT REPAR/REPLACE THE FALED CRCUT/DEVCE AS SOON AS POSSBLE. ONCE REPARED, THE DSABLED PONT SHOULD BE ENABLED AS SOON AS POSSBLE. (See Section 9, How to Enabe a Disabed Point.) 14
SECTON 3 TROUBLE CONDTONS NTRODUCTON NOTE: Refer to Figure 3 for ocations of interface pane LEDs and keys. When a System Troube Condition is detected by the 4020, the condition is indicated by the foowing: Yeow SYSTEM TROUBLE LED on the interface pane fashes Tone-aert sounds steady Annunciator LEDs may be iuminated Aphanumeric dispay on the interface pane shows the foowing message. **TROUBLE** Press <ACK> to review. FRE = 0 PR2 = 0 SUPV = 0 TRBL = 1 The interface pane has a yeow SYSTEM TROUBLE LED which ights whenever a troube is present in the system. When a troube occurs, the LED fashes, the tone-aert sounds steady, and a troube message appears on the aphanumeric dispay. The troube LED gows steady and the tone-aert siences when the ctbl ACK> key is pressed. When Goba Acknowedge is used, and the troube cears, the system automaticay cears without user intervention. After approximatey 30 seconds, the system aphanumeric dispay shoud indicate a norma system, as shown beow. SYSTEM S NORMAL 8:32:45 MON 04-APR-94 When ndividua Acknowedge is used, the tone-aert re-sounds when the condition cears. The ctbl ACK> key must be pressed twice (once to change from Aarm Summary to actua point, and once to acknowedge the condition). After a deay, the system aphanumeric dispay shoud indicate a norma system. GLOBAL ACKNOWLEDGE PANEL OPERATON DURNG TROUBLE CONDTONS TROUBLE Press cack> to review points. FRE 0 PR12 = 0 SUPV = 0 TRBL = 1 4-- ALPHANUMERC DSPLAY FRE PRORTY 2 SYSTEM SYSTEM ALARM POWER 00 0 ALARM ALARM SUPERVSORYTROUB %b.,o,,d AA/\&n, @j[gg a] [-iq~][~] - ACKNOWLEDGE. /?it YELLOW SYSTEM TROUBLE LED (FLASHNG) ACKNOWLEDGE KEY Figure 3 nterface Pane Showing Troube Condition 15
A GLOBAL ACKNOWLEDGE of a System Troube Condition is accompished in the foowing manner. 1. Unock and open the encosure door. The aphanumeric dispay on the interface pane shows the troube condition: **TROUBLE** Press <ACK> to review. FRE = 0 PR12 = 0 SUPV = 0 TRBL = 1 2. Press the ctbl ACK> Key under the fashing yeow LED. The aphanumeric dispay shows the area and type of troube. The tone-aert siences and the yeow LED gows steady. FRST FLOOR EAST WNG ROOM 24 FRE MONTOR ZONE OPEN CRCUT TROUBLE 3. Read the aphanumeric dispay. Then investigate the probem to determine its cause. a. Restore or repace the defective device (switch, wire, notification appiance, etc.) in accordance with device instructions, or ca Simpex to repair the system. b. The troube automaticay cears when the probem has been corrected. c. After a deay, the aphanumeric dispay reads: SYSTEM S NORMAL 8:36:24 MON 04-APR-94 NDVDUAL ACKNOWLEDGE PANEL OPERATON DURNG TROUBLE CONDTONS An NDVDUAL ACKNOWLEDGE of a System Troube Condition is accompished in the foowing manner. 1. Unock and open the encosure door. The aphanumeric dispay on the interface pane shows a troube condition, such as shown beow. **TROUBLE** Press <ACK> to review. FRE = 0 PR12 = 0 SUPV = 0 TRBL = 1 2. Press the <TBL ACK> key. Repeat this step and read the reports. a. The tone-aert siences and the LED gows steady. b. The aphanumeric dispay shows the area and type of probem, as shown beow. FRST FLOOR EAST WNG Press ACK key to acknowedge FRE MONTOR ZONE OPEN CRCUT TROUBLE 16
3. Read the aphanumeric dispay. Then, investigate the troube to determine its cause. Restore or repace the defective device (switch, wire, notification appiance, etc.) in accordance with device instructions. NOTE: When the troube cears, the troube LED fashes and the tone-aert sounds steady. 4. Press the ctbl ACK> key under the fashing SYSTEM TROUBLE LED. The aphanumeric dispay shows the system status. 5. Press the ctbl ACK> key under the yeow SYSTEM TROUBLE LED again. After a deay, the aphanumeric dispay reads: SYSTEM S NORMAL 8:41:43 MON 04-APR-94 ESSENTAL TROUBLE CONDTON KEYS The essentia keys for troube conditions are the Troube Acknowedge ctbl ACK> and the <SYSTEM RESET> keys. The remaining keys are conceaed by the access door and are associated with advanced functions of the system. (See Section 8, Advanced Functions.) Use of these keys require advanced user skis. These keys may be passcode protected. (See Operator Access Leves, Section 8, and Log n Procedure, Section 1.) TROUBLE ACKNOWLEDGE KEY The ctbl ACK> key is used to scro through the various dispays on the aphanumeric dispay. t aso contros the Troube LEDs and the tone-aert. The <TBL ACK> key is ocated directy under the SYSTEM TROUBLE LED. Pressing the ctbl ACK> key (twice for ndividua Acknowedge or once for Goba acknowedge) causes the LED to change from fashing ON to steady ON, siences the tone-aert, and causes the foowing to occur: Seects the next unacknowedged troube point and dispay it on the aphanumeric dispay (ndividua Acknowedge) Acknowedges the dispayed point or acknowedges a points on the ist (Goba Acknowedge) Siences signas programmed to foow the ctbl ACK> key Scros the points chronoogicay after a have been acknowedged. f the <TBLACK> key is passcode protected, you cannot use this key to acknowedge troubes uness you have the required access eve. (See Operator Access Leves, Section 8, and Log n Procedure, Section 1.) There are two types of acknowedges for the 4020 system: Goba Acknowedge and ndividua Acknowedge. Each acknowedge type operates with the System Troube Condition in the foowing manner. Goba Acknowedge - When Goba Acknowedge is used on the 4020 system, a singe key press of the <TBL ACK> key acknowedges a troubes in the system. f status change information is required, you may review this data (after a 30-second deay) by pressing the <TBL ACK> key and reading the tota number of troubes on the aphanumeric dispay. ndividua Acknowedge (For NFPA 72 Proprietary Receiver Requirements) - f a troube condition has been acknowedged with the ctbl ACK> key and further unacknowedged conditions remain in the system, the tone-aert continues sounding and the next status change shows on the aphanumeric dispay. This process repeats unti a changes are acknowedged. When this occurs, the tone-aert siences. 17
SYSTEM RESET KEY NOTE: The <SYSTEM RESET> key is aso described in Section 2 of this document. Normay, troube points do not require acknowedgment of the ceared condition. f the system does not cear, read the dispay. Then check for devices sti in troube (pu stations, smoke detectors etc.). Ca Simpex to repair the system. Some troubes atch unti they are reset manuay or are reset by pressing the <SYSTEM RESET> key. These troubes incude Stye D ( Cass A ) initiating device circuit troubes, and reverse poarity city circuit troube conditions. f a monitor point intermittenty togges into troube, or wi not reset, you may choose to disabe that point, using the procedure given in the foowing paragraphs. F THE TROUBLE DOES NOT RESET f a troube condition does not cear after a device has been restored, press the <SYSTEM RESET> key. f the condition does not cear, or continuay togges troubes, the troube has not been corrected. Read the aphanumeric dispay on the interface pane to determine the ocation and type of device/point with the troube condition. You may choose to either disconnect the device, or to disabe the troube point by performing the Disabe Procedure given in the foowing paragraphs. HOW TO DSABLE A PONT WTH A TROUBLE CONDTON CAUTON DSABLNG A PONT CAUSES THAT PONT TO NOT REPORT ALARM CONDTONS OR OTHER STATUS CHANGES. A PONT SHOULD NOT BE DSABLED UNLESS T S CLEARLY UNDERSTOOD THAT FRE DETECTON OR SECURTY FOR THE AREA OF THE BULDNG COVERED BY THAT PONT WLL BE LOST. APPROPRATE STEPS MUST BE TAKEN TO PROVDE ALTERNATE MEANS OF PROTECTON FOR THAT AREA OF THE BULDNG WHLE THE PONT S DSABLED. f a point does not reset, you may disabe the point causing the troube condition. However, this point must first be identified. Press the ctbl ACK> key, and read the aphanumeric dispay on the interface pane. Then disabe the troube point with the <DSABLE> key. f the <DSABLE> key is passcode protected, perform the Log n Procedure before performing the Disabe Procedure. Note that the <DSABLE> key press removes power to any dispayed monitor point. Thus, disabing a point causes a troube condition on the individua zone. To disabe a point, perform the foowing procedure. 1. Open the interface pane access door. 2. Press the ctbl ACK> key unti the point to be disabed is shown on the aphanumeric dispay, as shown beow. SECOND FLOOR EAST WNG ROOM 24 PULL STATON OPEN CRCUT TROUBLE ia
3. Press the <DSABLE> key. The aphanumeric dispay shows the foowing message. Press <ENTER> to DSABLE /O: OXX NOTE: XX = the point to be disabed. 4. Press the <ENTER> key. The aphanumeric dispay shows the action taken. ACTON TAKEN NOTE: The system indicates a troube condition each time a point is disabed. Press the <TBL ACK> key as required. 5. Repeat steps 2 through 4 above to disabe additiona points. MPORTANT REPAR/REPLACE THE FALED CRCUT/DEVCE AS SOON AS POSSBLE. ONCE REPARED, THE DSABLED PONT SHOULD BE ENABLED AS SOON AS POSSBLE. (See Section 9, How To Enabe A Disabed Point.) TROUBLE NDCATONS FOR TrueAarm SENSORS NTRODUCTON The devices that are used for the TrueAarm operation are considered sensors instead of detectors, because these devices do not determine aarm conditions. The TrueAarmTM smoke sensor is a measuring device that sends data regarding smoke density to the 4020 contro pane. The TrueAarmTM heat sensor operates in a simiar fashion, but sends temperature data instead of smoke density data. The 4020 uses this data to determine whether a troube has occurred. This basic operationa difference is the key to TrueAarm operation. The TrueAarm sensor has two automatic troube indications: Dirty, and. Excessivey Dirty. A Smoke Detector Dirty troube condition is reported any time the average vaue on an individua sensor reaches a set threshod vaue. At this time, the 4020 is sti compensating for environmenta factors and is hoding the set sensitivity eve. A Smoke Detector Excessivey Dirty troube condition is reported anytime the average vaue of an individua sensor reaches a higher than threshod eve. At this point, the 4020 can no onger compensate for environmenta factors, and the sensitivity eve wi begin to drift. Athough an excessivey dirty troube is reported, the sensor wi continue to operate and wi report an aarm condition if one is detected. n addition to the two automatic troube conditions, the 4020 software incudes a pre-programmed digita pseudo point (P132, Sensor Amost Dirty Log Enabe) that can be turned ON at the front pane to aow a TrueAarm sensor that is within 10 anaog units of being a dirty sensor to report as if it were one. This is usefu when maintenance is being schedued for dirty sensors, as it provides a means of seeing if other sensors are approaching a dirty state. 19
Once a minute, the 4020 software performs a sef-aarm test of each TrueAarm sensor. The sef-aarm test raises the vaue of each sensor to a vaue that simuates an aarm condition. f the sensor reports back a vaue that is not within the aarm range, a sef-test abnorma troube wi be dispayed for that specific sensor. The foowing paragraphs discuss the responsibiities of 4020 system operators when these troube indications occur. ALMOST DRTY NDCATON Using the front pane keypads, it is possibe for a SMPLEX Fied Service representative to turn on a system point that aows an amost dirty sensor to report a troube. Athough the amost dirty sensor is hoding its sensitivity eve, the 4020 operator can schedue maintenance for the sensor before the dirty sensor troube occurs. DRTY NDCATON A Dirty indication means that the sensor is hoding its sensitivity eve, but that the 4020 operator shoud schedue maintenance for the sensor. Cean the sensor as required and, if necessary, ca Simpex for service. EXCESSWEL Y DRTY NDCATON The Excessivey Dirty indication means that the sensor is no onger compensating for dirt and dust. Because fase aarms are possibe with this condition, sensors must be ceaned as soon as possibe. f necessary, ca Simpex for service. SELF-TEST ABNORMAL NDCATON A 4020 system sensors are automaticay tested once every minute. f a sensor fais to report propery to the 4020 master controer, a sef-test abnorma condition occurs. Since the sensor is not working propery, it must be repaced. Repace it, or ca Simpex for service. 20
SECTON 4 SUPERVSORY CONDTONS NTRODUCTON A System Supervisory Condition is used to indicate the operative condition of Automatic Sprinker Systems and other systems used for the protection of ife and property. A Supervisory Condition may indicate that one of these systems is inoperative. NOTE: Refer to Figure 4 for ocations of interface pane LEDs and keys. When a System Supervisory Condition is detected by the 4020, the condition is indicated by the foowing: Yeow SYSTEM SUPERVSORY LED is fashing Tone-aert is on steady. Annunciator LEDs may iuminate Aphanumeric dispay on the interface pane shows the foowing: **SUPERVSORY** Press <ACK> to review. FRE = 0 PR12 = 0 SUPV = 1 TRBL = 0 The pane has one yeow SYSTEM SUPERVSORY LED which ights when a supervisory condition is present in the system. When such a condition occurs, the LED fashes, the tone-aert is ON steady, and a supervisory message is dispayed by the aphanumeric dispay on the interface pane. When the &UPV ACK> key is pressed, the SYSTEM SUPERVSORY LED fash becomes a steady gow, and the tone-aert siences. GLOBAL ACKNOWLEDGE PANEL OPERATON DURNG SUPERVSORY CONDTONS SUPERVsoRY* Press cack> to revview. FRE 0 PR2 O SUPV 1 TRBL = 0 4-T FRE PRORTY 2 SYSTEM SYSTEM ALARM POWER ALPHANUMERC DSPLAY 0 0 ALARM ALARM A\& fe][i%i) m ACKNOWLEeE- YELLOW SYSTEM SUPERVSORY LED (FLASHNG) Figure 4 nterface Pane Showing System Supervisory Condition A GLOBAL ACKNOWLEDGE of a System Supervisory Condition is accompished in the foowing manner. 21
1. Unock and open the encosure door. The aphanumeric dispay on the interface pane shows the supervisory condition. **SUPERVSORY** Press <ACK> to review. FRE = 0 PR12 = 0 SUPV = 1 TRBL = 0 2. Press the <SUPV ACK> key under the fashing yeow LED. The aphanumeric dispay shows the area and type of condition. The tone-aert siences and the yeow LED gows steady. REVERE BASEMENT NORTH WNG ROOM 31 SPRNKLER MONTOR ABNORMAL L 1 3. Read the aphanumeric dispay. Then, investigate the condition to determine its cause. a. Restore or. repace the defective device (switch, wire, notification appiance, etc.) in accordance with device instructions, or ca Simpex to repair the system. b. The supervisory condition automaticay cears when the probem has been corrected. c. After a deay, the aphanumeric dispay reads: SYSTEM S NORMAL 8:36:24 MON 04-APR-94 NDVDUAL ACKNOWLEDGE PANEL OPERATON DURNG SUPERVSORY CONDTONS An NDVDUAL ACKNOWLEDGE of a System Supervisory Condition is accompished in the foowing manner. 1. Unock and open the encosure door. The aphanumeric dispay shows a Supervisory Condition, such as shown beow. **SUPERVSORY** Press <ACK> to review. FRE = 0 PR12 = 0 SUPV = 1 TRBL = 0 2. Press the csupv ACK> key. Repeat this step and read the reports. a. The tone-aert siences and the LED gows steady. 22
b. The aphanumeric dispay shows the area and type of probem or condition, as shown beow. FRST FLOOR EAST WNG ROOM 31 Press <ACK> key to acknowedge FRST FLOOR EAST WNG ROOM 31 FRE PUMP MONTOR RUNNNG 3. Read the aphanumeric dispay. Then, investigate the troube or condition to determine its cause. Restore or repace the defective device (switch, wire, notification appiance, etc.) in accordance with device instructions. NOTE: When the Supervisory Condition cears, the SYSTEM SUPERVSORY LED fashes and the toneaert sounds steady. 4. Press the &UPV ACK> key under the fashing SYSTEM SUPERVSORY LED. The aphanumeric dispay shows the system status. 5. Press the csupv ACK> key again. After a deay, the aphanumeric dispay reads: SYSTEM S NORMAL 8~41~43 MON 04-APR-94 ESSENTAL SUPERVSORY CONDTON KEYS The essentia key for supervisory conditions is the &UPV ACK> key. The remaining keys are conceaed by the access door and are associated with advanced functions of the system. (See Section 9, Advanced Functions.) SUPERVSORY ACKNOWLEDGE KEY The &UPV ACK> key is used to Scro through the various data fieds on the aphanumeric dispay. t aso contros the SUPERVSORY LED and the tone-aert. The &UPV ACK> key is ocated directy under the SUPERVSORY LED. Pressing the csupv ACK> key (twice for ndividua Acknowedge or once for Goba Acknowedge) causes the LED to change from fashing ON to steady ON, and siences the tone-aert. The &UPV ACK> key press does the foowing: Seects the next unacknowedged supervisory point and shows it on the dispay (ndividua Acknowedge) Acknowedges the dispayed point or acknowedges a points on the ist (Goba Acknowedge) Scros the points chronoogicay after a points have been acknowedged. NOTE: The &UPV ACK> key may be passcode protected. f you do not have the required access eve, you wi not be abe to acknowedge supervisory conditions. (See Operator Access Leves, Section 8, and the Log n Procedure, Section 1, for detais.) 23