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CONTENTS GENERAL INFORMATION ..................................................................................................... 1 KEYBOARD ............................................................................................................................. 3 OPERATING CONVENTIONS ................................................................................................ 5 INSTALLATION PLANNING GUIDE AND CHECKLIST ......................................................
GENERAL INFORMATION The APLEX Model 3100E8 is a microprocessor-based, subscriber's control panel that can monitor a maximum of 100 zones, all of which are connected via a 3-conductor, multiplex cable up to 2 km in length. The special feature of the Model 3100E8 is that it allows the premises to be partitioned into eight areas or sectors, each area or sector having its own group of users with their own arming and disarming capabilities. An added feature allows an extra area called the common area (e.g.
GENERAL INFORMATION cont. modes directly into the system. There are 20 keys on the keyboard, 19 of which have 3 letters, characters, or numbers. This allows for 57 different selections on the keyboard, plus 5 predefined operating modes (e.g., fully armed, part armed, etc.). Special attention has been given to prevent unauthorized access to the panel via the keyboard.
KEYBOARD An important feature of the APLEX control panel is the 20-key alphanumeric keyboard. In addition to the numbers 0 to 9, special keys allow access to certain functions and modes, as well as accessing letters and characters of the alphabet. These special keys are described below in the normal non-shifted mode: A Used to acknowledge YES to an alarm condition or to confirm an option as displayed. Also causes the cursor to FORWARDSPACE.
The keys described above will be referred to in this manual by the names shown in the left-hand column on the previous page. The cursor is normally a flashing /\ symbol. In normal operation, when the cursor is pointing up, the number or phrase in the centre of a key is chosen when that key is pressed. If the SHIFT/DELETE key (generally referred to as the SHIFT key) is pressed once, the cursor changes to a < symbol and the upper, left-hand letter or character of each key is available.
OPERATING CONVENTIONS The following is a brief summary of how to select a function or mode, how to perform various functions, and how to exit from a selected function or mode. FUNCTION OR MODE SELECTION L To execute any function or to select any mode on the panel, you need to do two things: first, identify yourself and, second, tell the panel what you want to do. To identify yourself, enter your four- or five-digit user code on the keypad.
INSTALLATION PLANNING GUIDE AND CHECKLIST Installation of the system involves mounting and wiring the control panel, configuring the system, and finally performing a thorough system test. The various steps involved are outlined below. First-time users are well advised to configure a simple system on the bench using one or two LEMs to become fully familiar with the operation of the APLEX control panel's features before attempting to install a system at a site. 1.
6. SET THE NUMBER OF AREAS The system can be partitioned into a maximum of eight areas. Each area is like a mini-panel and can be armed, disarmed, etc. See page 52 for details on this function. 7. ASSIGN AREAS TO USERS After the number of areas is defined, assign the various areas to the users who are to be authorized to operate them. See page 52 for details on this function. 8. SET DATE AND TIME Refer to page 58 for instructions on setting the date and time. 9.
MOUNTING THE PANEL AND WIRING THE SYSTEM Locate the panel in an area that has convenient access and then fasten the panel securely to a wall at about chest height. Six mounting holes are provided. The keyholes at the top allow initial positioning and levelling. The panel can then be secured at the remaining holes using suitable screws and anchors. If a communicator module is required, it may be installed to the right of the printed circuit board or underneath it by using double-sided foam tape.
MOUNTING THE PANEL AND WIRING THE SYSTEM cont. WIRING Zones 1 through 100 are connected using D-LEMs, Q-LEMs, or COMBO LEMs. Determine whether it is more economical to install D-LEMs or Q-LEMs given the number of zones required versus the cost of either LEM unit. Note that the lowest address Q-LEM services zones 3, 4, 5, and 6 and the highest address Q-LEM services zones 95, 96, 97, and 98 (See page 27). You must, therefore, use D-LEMs for zones 1 and 2 and zones 99 and 100 (See page 25).
TERMINAL CONNECTIONS TERMINAL OPERATION/FUNCTION 1 2 3 4 5 6 7 8 9 10 11 12 Remote Buzzer -ve Switch +12 VDC (Fused at 1.
Terminal 1 is a switched-negative output. Whenever the panel piezo-sounder is beeping, a quad Darlington-transistor integrated circuit (ULN 2004) switches to negative any load (remote buzzer, lamp, relay, etc.) connected to these terminals. To prevent the failure of this transistor switch, a 27-ohm, 2-watt current-limiting resistor is connected in series with this terminal.
Terminal 27 is the LMTC (LEM-line) data line returning a series of nominally 6-volt pulses from the LEMs to be decoded by the panel. Terminals 30 and 31 are used to connect the standby battery negative and positive respectively. Flexible wires terminated with Faston lugs have been provided. Connect the red lead to the positive (+ve) post and the black lead to the negative (-ve) post. Watch the polarity.
Terminal 40/J24/J26 is the receive line for incoming data [e.g., DVACS(tm), auto-dial modem, etc.]. In non-polled applications (e.g., logging printer), this terminal is used as a handshake line. Connect this terminal to a pin that will supply positive voltage when your printer is on line (e.g., pin 4, 11, or 20 of the connector). Consult your printer manual.
MODEL 1020 DUAL LEM (D-LEM) The Model 1020 Dual Line Encoder Module (D-LEM) is used to multiplex two devices (e.g., a door contact, a PIR, etc.) onto the LEM line. The LEM operates in an analogue mode allowing the APLEX control panel to measure the signal amplitude from a zone, compare it with a preset value, and therefore determine whether the particular zone is open (Alarm), closed (Restored), disconnected (LEM-cover tamper switch open or Break in loop wiring) or shorted (Cross in loop wiring).
MODEL 1020 DUAL LEM (D-LEM) cont The D-LEMs may be placed in any order and in any position on the cable. There is no restriction on the distance between D-LEMs. The end of the cable does not need to be looped back to the control unit; however, if convenient, you may install a "round-robin" LEM line terminated back again in the APLEX control panel. This will allow continuous operation of the system with a single break in the LEM line and easier trouble-shooting for service personnel.
2. The coding table on page 26 shows the DIL switch settings for D-LEMs, C-LEMs, and COMBO LEMs. (Refer to page 23 for information on C-LEMs.) The maximum useable zone number, 100, comes from D-LEM address 50. The chart reflects this with the notation LIMIT of 3100. The table also shows C-LEM address 50 as this is the highest useable C-LEM/COMBO LEM address. 3. The coding table on page 27 shows the DIL switch settings for Q-LEMs. (Refer to pages 21 and 22 for information on Q-LEMs.
LOOP-WIRING CONFIGURATIONS L Each Model 1020 D-LEM provides for two separate zone input loops to be connected. Effective mid-1995, for ULC-listed installations using 2 EOL resistor loops, you may use a Form B (SPST-NC) contact, connected in parallel with one of the two resistors. A short across the loop will result in a tamper alarm, a break in the loop in a disconnect alarm, and operation of the Form B contact (open across one resistor) in a general alarm.
LOOP-WIRING CONFIGURATIONS cont. Circuit Wiring for Non-ULC Listed Installations Note that the following wiring method is not suitable for ULC-listed installations! If a number of doors, windows, etc.
LOOP-WIRING CONFIGURATIONS cont. Circuit Wiring for ULC-Listed Installations Use Form C contacts and 4,300-ohm (yellow-orange-red) resistors to provide an alternate supervised connection for ULC-listed central/monitoring station installations.
LOOP-WIRING CONFIGURATIONS cont. Circuit Wiring for ULC-Listed Installations cont. To series-connect three or more Form C devices, install the 4K3-ohm resistors in the first and last contacts as shown below. Pay close attention to the wiring as an interchange will cause a zone tamper alarm (a short on the loop).
1024 REV 1.0 QUAD LEM (Q-LEM) The Model 1024 Rev 1.0 Quad Line Encoder Module (Q-LEM) features four input-loop connections and a tamper switch that can either be active or be shunted by switch number 8 on the DIL switch. The Q-LEM can be connected anywhere along the LEM line and the terminal connections are similar to those of the D-LEM except that the "in" and "out" connections are both made on the left-hand terminal strip only. 1024 REV 1.
MODEL 1024 REV 2.1 QUAD LEM (Q-LEM) The Model 1024 Rev 2.1 Quad Line Encoder Module (Q-LEM) features four input-loop connections and a tamper switch that can either be active or be shunted by switch number 8 on the DIL switch. The Q-LEM can be connected anywhere along the LEM line, and the terminal connections are similar to those of the D-LEM. The Rev 2.1 printed circuit board features an LMTC (LEM-line) terminal strip on the right-hand side and a more secure tamper switch.
MODEL 1101 COMMAND LEM (C-LEM) L The Model 1101 Command Line Encoder Module (C-LEM) is a remote switching module that may be installed anywhere along the LEM line. The revised C-LEM MK II is fitted with an SPDT relay which is capable of switching a 2-amp, resistive load at 24 volts DC. The original C-LEM MK I (now discontinued) is described later on page 24. Similar to D-LEMs, C-LEMs have to be programmed to certain address values that determine their function and how they will operate.
MODEL 1101 COMMAND LEM (C-LEM) cont. Terminals 1, 3, 4, 9, 11, and 12 are connected exactly as for D-LEMs. Terminals B or F require +12 volts DC, while terminals A or E are negative. Note that the 12 volts DC must have a common negative with the panel. If you are using the APLEX panel's terminal 28 or 29 as a negative, then this requirement is met. If you use an auxiliary 12-volt DC power supply, try to power it from the same branch circuit as the panel.
MODEL 1121 COMBINATION LEM (COMBO LEM) The Model 1121 Combination Line Encoder Module (COMBO LEM) features one D-LEM and one C-LEM combined together on a standard LEM-size printed circuit board. The D-LEM is separately addressable from the C-LEM. This device is intended for use in installations that require local contact closure upon detection of an alarm condition (e.g., fire doors with a local siren).
MODEL 1020 D-LEM, 1101 C-LEM, AND 1121 COMBO LEM CODING TABLE ZONE NUMBER VS. TERM. STRIP SCREWS 7 (Odd) TERM. NO. 5 (Even) ZONE NO.
ZONE NUMBER VS. TERM. STRIP SCREWS QUAD LEM REV 1.0 TERM. NO. 5 A ZONE NO. 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92 96 100 Designation 7 8 10 B C D 3 6 5 7 10 9 11 14 13 15 18 17 19 22 21 23 26 25 27 30 29 31 34 33 35 38 37 39 42 41 43 46 45 47 50 49 51 54 53 55 58 57 59 62 61 63 66 65 67 70 69 71 74 73 75 78 77 79 82 81 83 86 85 87 90 89 91 94 93 95 98 97 99 n/a n/a QUAD LEM REV 2.1 TERM NO. ZA ZB ZC ZD ZONE NO.
PANEL OUTPUTS Included in the basic panel are seven outputs: three SPDT relays and four switched-positive, current-limited voltage outputs. The relay outputs have been arbitrarily designated as outputs 1, 2, and 7 and the voltage switches have been designated as outputs 3 through 6. If dry contacts are required from the voltage outputs, a EUROPLEX Model 1104 Quad Relay Module (QRM) may be installed either outside of the panel or within the panel.
OUTPUT ASSIGNMENT cont. PANEL/C-LEM OUTPUT NO.
ZONE TYPES As received from the factory, all 100 zones in the panel are programmed as instant-acting, AREA-1 intrusion zones. Unless indicated, the zone loops are wired normally closed, opening on alarm. Each of the 100 zones in the panel may be programmed with a new zone type. These have been given descriptive names and their characteristics are described in the following section: AREA-1: This is a normally closed, instant-acting, intrusion zone type for area 1 of the system.
AREA-8: This is a normally closed, instant-acting, intrusion zone type for area 8 of the system. When area 8 is armed, a violation of this zone will operate central/monitoring station INTRUSION panel relay output 1, output C-LEM 1, TIMED BELL panel relay output 7, output C-LEM 7, area INTRUSION output C-LEM 38 and the event will be logged. COMMON: This is a normally closed, instant-acting, intrusion zone type for the common area of the system. The common area could be, for example, a lobby or a cafeteria.
area armed. If all areas are to be armed at the same time using the FULL ARM key, then the exit time will be that programmed for the Full Arm Ex Time variable (see page 48). When entry is made into the common area through a C-EXIT zone, the piezo-sounder will beep to remind that user to disarm his or her individual area. Disarming an individual area will stop the common exit timer. The amount of entry time allowed is that programmed in the C-Exit variable (see page 48).
ZONE TYPES cont. L L TECH: This zone type is used to provide supervisory monitoring of non-burglary conditions (e.g., freezer monitor, boiler flame-out, building temperature, etc.). You may use normally closed switches (2 EOL) or normally open switches (1 EOL) or a mixture of both.
ZONE TYPES cont. FOLWR1: This normally closed zone type is used to provide protection along the exit and entry path(s) between the control panel or the remote keypad and the exit and entry door(s). When area 1 is armed, this type of zone is instant acting except for the following two cases: During exit, no alarm will occur on any FOLWR1 zone within the exit time allowed and, similarly, during entry, no alarm will occur within the entry time allowed (see Exit-1 Time variable, page 48).
POWERING UP THE PANEL INITIAL ACTIVATION OF THE PANEL The control panel as received from the factory has been given a COLD START and all settings will be at their default value. The next time that power is applied to the panel, it will execute a WARM START (see page 36). On powering up, you will be concerned with entering the customer's name and address and initializing the LEM LINE. Once powering up is finished, you will be ready to program the panel.
The display will now show COLD START and, in another two seconds, PROM CHKSUM= nnnnH. The piezo-sounder will beep. Press the RETURN key to continue and the display will show ON-LINE O-->N. Proceed to LEM-LINE INITIALIZATION (see below). Note: If you do not select yes to the ZAP? function during a COLD START, you will not be given the chance to enter a name and address. If you wish to return to a name and address query, you must select SET DATA FORMAT on pages 55 and 56 or LITERAL EDIT on page 53.
POWERING UP THE PANEL cont. Loop states are categorized as: DISCON OPEN CLOSED SHORT - Loop open circuited. Loop resistance = infinity - Alarm contact open. Loop resistance = 4K4 ohms - Alarm contact closed. Loop resistance = 2K2 ohms - Loop short circuited. Loop resistance = 0 ohms The initialization routine checks the resistance of the loops. If the values returned are outside the allowed ranges, the zone number of the offending input will be displayed.
POWERING UP THE PANEL cont. AUTO START The panel contains a "watch-dog" timer. Should there be a major disturbance to the hardware (e.g., electrical storm, static, etc.), this timer will reset and force the panel to effect an AUTO START. A flashing alert message will appear that must be acknowledged (see page 40). P.CODE START As the panel is executing its instructions from the main program EPROM, it will check the EPROM checksum against a stored value.
PROGRAMMING THE PANEL FUNCTIONS AND MODES L There are 25 functions or modes available in the control panel. Access to these by each of the 248 general users is assigned by the Master user (see page 46). Activities pertaining to the Service user have to do with installation and service and are only accessed by him or her. Note that the Service user code can now be entered when the control is in FULL ARM mode.
Some functions or modes are self-completing (i.e., they exit automatically). Others will require further action. For the SET DATE/TIME and SET TIME COMMANDS functions, enter a military (24-hour) time and press the RETURN key to exit. Other functions will display a flashing sub-menu. To select from these sub-menus, follow the guidelines on the keyboard leading to the FULL DISARM, AUDIBLE SILENCE 2 (previously PART ARM 2), or HELP keys and press the one that is appropriate.
PROGRAMMING THE PANEL cont. in DISARM mode, the date and time will alternate with a display of any zones that are open (in alarm). If a zone description has been programmed, then the panel will display the actual zone description (e.g., 1. SIDE DOOR) instead of the zone type, number, and state (e.g., AREA-1 OPEN). All shunted zones are cleared and all panel relays, most C-LEMs, and panel voltage switches are reset when this mode is selected or reselected.
PROGRAMMING THE PANEL cont. YES key to make a hard-copy record of the system log. While the printing is in progress, the display will show PRINTING SYSTEM LOG. If a printed copy is not required, press any other key. The display will briefly show SYSTEM LOG and the log will then be scrolled on the display. To abort the system log at any time, press the NO key.
PROGRAMMING THE PANEL cont this mode. As the exit occurs, the panel beeps and then briefly displays the number of shunts in place. To exit at any time, press the RETURN key or the NO key. SERVICE MODE (A key): To select this mode, enter the Service user code and then press the A key (shift YES). The display will show a flashing sub-menu: REPORT--TEST-MONITOR.
PROGRAMMING THE PANEL cont. SINGLE-ZONE MONITOR - This option allows the user to examine any zone and display its state and analogue value. Once the zone number is entered, say 14, and the RETURN key pressed, it is possible to increment [press the FULL DISARM (+) key] or decrement [press the AUDIBLE SILENCE 1 (-) key] the zone number without having to exit and re-enter this option.
1. In the SINGLE-ZONE MONITOR option, if a 2K2-ohm resistor is connected between terminals 6 and 7, the display will show AREA-1 5 CLOSED [28]. 2. If the circuit is opened between terminals 6 and 7, the panel will show AREA-1 5 DISCON [89]. 3. If a short circuit is placed across terminals 6 and 7, the panel will show AREA-1 5 SHORT [3]. 4. If two resistors in series are connected to terminals 6 and 7, the panel will show AREA-1 5 OPEN [42].
L L IDS (IDENTIFICATION CODES) - To select or change identification codes (IDS), press the FULL DISARM key. The panel will display ENTER USER NO. 1. If user number 1 is to be chosen, press the RETURN key. If a user other than number 1 is to be chosen, enter his or her number and then press the RETURN key. The next message displayed will be ENTER CODE _ _ _ _ _. User codes can have four or five digits.
allow this general user to disarm the panel, press the RETURN key. The flashing NO will remain and the next option will follow. If this option is to be allowed, then press the YES key. This changes the NO to a YES on the panel to confirm your choice. The next option will then appear, along with NO. This procedure must be repeated for this user for all 10 options listed below. The AUDIBLE SILENCE 1 (-) key may be used to return to a previous option.
RETURN key; otherwise, enter the number of the required zone and then press the RETURN key. The display will then show a flashing cursor, /\, in the farthest-left position. Enter the zone number, followed by a zone description up to 18 characters long. (See page 4 for instructions on the use of the keyboard.) When the entry is complete, make sure that the cursor is at normal shift (up) and then press the RETURN key. The panel will display ENTER ZONE NO. # for the next zone in the sequence.
EXIT-4 TIME 30: If an EXIT-4 zone type has been assigned, this variable sets the amount of exit and entry delay time allowed for exit from and entry into area 4. SHUNT LIMIT 99: This is the highest zone number that can be shunted. Important zones like FIRENO, PANIC, or HOLDUP should be assigned high zone numbers and this value lowered to prevent the accidental shunting (bypassing) of those zones.
0 - The bell relay will reset after the bell time expires and will not retrigger on any further zone violations. 1 - The bell relay will reset after the bell time expires and will retrigger when a zone is violated. 2 - The bell relay will reset after the bell time expires only if all zones on the system have closed (restored). If any of the zones are open (in alarm), then the bell relay will remain operated.
PROGRAMMING THE PANEL cont. SYSTEM VARIABLES RECHECK: When the SUPVRY SHUTDOWN 0 variable is displayed, press the AUDIBLE SILENCE 1 (-) key to check the variables. This will start a reverse scroll through the list. When the entire list has been checked, press the NO key and the display will show QUIT ?. Press the YES key to exit or the NO key to return to the flashing sub-menu. LITERAL EDIT (E key): This mode is used by the serviceperson to modify text phrases, command strings, zone responses, etc.
PROGRAMMING THE PANEL cont. (IMMEDIATE) COMMAND MODE ( I key): This mode is used by the serviceperson to program a command that will be executed by the control panel when the RETURN key is pressed. Command strings should only be entered by experienced personnel as improperly entered data can cause havoc with the panel. To select this mode, enter the Service user code and then press the I key (shift 1).
PROGRAMMING THE PANEL cont. changed by pressing the YES key. Use the FULL DISARM (+) key to advance to the next output and the AUDIBLE SILENCE 1 (-) key to back up to the previous output. Press the NO key to quit. The outputs will remain as set. To reset any changed outputs to their normal state, you must disarm the panel. PRINT REPORTS (P key): This function allows all system reports to be printed. The following reports are available: 1. SYSTEM VARIABLES 2. USER NAMES AND OPTIONS 3. CHANGED LITERALS 4.
L The display will show COMMS MODE 0. The following chart summarizes the choices: 0 - Used in a polled environment (e.g., DVACS(tm) , PANELMAN, autodial modem, etc.). 1 - Used when a serial-input logging printer is directly connected to the panel. 2 - Used when the panel is both polled and a Model 3302R3 port splitter is connected to the panel to permit simultaneous use of a logging printer. If 0 is the desired selection, press the RETURN key. The display will show SYSTEM ID 0.
L The display now shows SYSTEM ID 0. This is the APLEX polling address and is used when communicating with the EUROPLEX Model 1431/1432 autodial modem, PANELMAN software (product code 3305AP3), or when connected to the DVACS(tm) network. Any commands sent to a APLEX control panel contain the system ID and the panel will only respond if the ID in the command matches its own system ID. All panels on a common network [as in the case of the DVACS(tm) network] must have a unique system ID.
LOG DATA TYPE SELECT 1 - Zone activations 2 - Status changes 3 - User actions 4 - Output switching 5 - Variable values 6 - Single-byte variable 7 - User-defined message format 8 - Date change (never reported) 9 - Not used 10 - Zone shunting 11 - Zone unshunting 12 - Zone disabling 13-15 - Not used 1 2 4 8 16 32 64 N/A 256 512 1024 2048 4096 8191 For example: If only zone activations are to be reported, set the log filter to 1.
enter a 1. If you wish to have the panel dial back to you after you have previously established contact with the panel, enter a 2. Press the RETURN key and the display will show ACCOUNT #A 0. The numbering scheme for a control panel when used with the autodial modem is from 000-000 to 099-254. This six-digit value has been broken down into two three-digit values, account #a and account #b. Enter a three-digit value ranging from 000 to 099 in the account #a window.
If access mode 2 (the dial-back option) was chosen above, the display will now show ENTER DIAL-BACK NUM, followed in a moment by a blank screen. Enter a telephone number that the panel can call to allow linking to the PANELMAN program. Press the RETURN key to proceed. The display will now show TRANSMIT NAME YES or TRANSMIT NAME NO. Press the YES key to select yes, the NO key to select no, or the RETURN key to maintain the current setting.
L PROGRAMMING THE PANEL cont. is used and ** INVALID ENTRY ** will be displayed if the correct format is not used. The display will show ENTER DAY NO. 1. Since the panel can perform time tasks, it must be told what day of the week it is. Enter 1 = Sunday, 2 = Monday, 3 = Tuesday, 4 = Wednesday, etc. Press the RETURN key and the panel will exit to the date and time. SET TIME COMMANDS (U key): This function provides a convenient method for setting all time commands on the panel.
QUICK PROGRAMMING GUIDE The following section provides a quick summary of the programming procedure for the APLEX Model 3100E8 8-area control panel. It is assumed that the wiring is completed and that the control panel is now ready to be programmed. PROGRAMMING THE 8-AREA CONTROL After the APLEX control panel has been powered up, the following steps must be taken to set up the panel for use. 1. The number of areas to be monitored must be determined. 2.
L L DISARM). The panel will display a flashing sub-menu: IDS--OPTIONS-NAMES. IDS (IDENTIFICATION CODES) - To select or change identification codes (IDS), press the FULL DISARM key. The panel will display ENTER USER NO. 1. The Service user is always user number 1 and the Master user is always user number 2. General users are user numbers 3 through 250. Enter the desired user number and then press the RETURN key. The next message displayed will be ENTER CODE _ _ _ _ _.
listed below. The AUDIBLE SILENCE 1 (-) key may be used to return to a previous option. To exit from this option, press the NO key whenever the display shows ENTER USER NO. #. The display will now show QUIT ? and you may press the YES key to exit or any other key to return to the sub-menu.
4 (Exit-1 Time, Exit-2 Time, etc., see pages 48 to 49) and, if applicable, the entry delay time for the common area (C-Exit Time), see page 48. Note that the same time is used for both exit and entry. If no delay is required, then you may set the exit/entry time value to zero. As an added feature, the Full Arm Ex Time variable (see page 48) allows a user a given amount of time to exit when all areas are armed at once by using the FULL ARM key.
and alarm outputs for each individual area. These dry contacts may be used to show area status on an LED display or to allow the system to be monitored by a central/monitoring station using a digital communicator or other transponder-type device. If the central/monitoring station is equipped with the EUROPLEX 4100 DVACS(tm) receiver, the C-LEMs are unnecessary as all zone, user, arm/disarm, and diagnostic information will be transmitted to the station.
OPERATING THE PANEL This section details the functional operation of the panel when it is armed and disarmed. Additional information about some other features is also provided. ARMING Areas 1 through 4 have exit/entry timers and can be armed from within the protected area. To arm these areas, enter your user code and then press the number key that represents that area. If all zones in the area are closed, then the display will show AREA-N ARMED.
In addition, when an individual area is disarmed, the common area is disarmed automatically and the armed output C-LEMs (if used) for both that area and the common area are reset. INTRUDER ALARM When an intrusion occurs on an instant-acting zone, then INTRUSION panel relay output 1 and output C-LEM 1, INTERNAL BELL output C-LEM 10, TIMED BELL panel relay output 7 and output C-LEM 7, and the individual AREA ALARM output C-LEM will operate.
L ADDITIONAL NOTES CONCERNING PANEL OPERATION DURESS ALARM FEATURE - A Duress alarm feature is available that will allow the user to transmit a duress alarm to the central/monitoring station while simultaneously executing a valid function or mode change. The Duress alarm feature must be activated by the serviceperson (see Enable Duress variable, page 50). To create a duress alarm, enter a zero (0) before your code and then press a valid function or mode key (e.g., 0 + 1234 + FULL DISARM).
NOTES CONCERNING THE MODEL 1431/32 AUTO-DIAL MODEMS AUTO-DIAL MODEMS This section describes the connection and operation of the Model 1431/32 Hayes(tm)-compatible auto-dial modem to the APLEX control panel.
NOTES CONCERNING THE MODEL 1431/32 AUTO-DIAL MODEMS cont. 1431/ 1432 APLEX MK2 J Block APLEX MK3 J Block APLEX MK4 Comms Port MIDIPLEX J Block DIRECTPLEX Rx J25 J23 TX J23/TX 5 Tx J26 J24 RX J24/RX 6 + J22 J22 +12 J22/+12 3 - J21 J21 0V J21/0V 4 LF Connect to a LEM zone input for line fault monitoring. Zone input LF Connect to a LEM zone input for line fault monitoring. Zone input The final step is to connect the telephone line to the modem.
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NOTES CONCERNING THE MODEL 1431/32 AUTO-DIAL MODEMS cont. The SET DATA FORMAT function allows the panel communications port to be configured for connection to a number of devices including a printer, an autodial modem, a computer, and the DVACStm network. Enter the Service user code and then press the S key (shift 8). There are many options to be chosen; the actual options presented will depend on the device being configured. Some options require a yes or no selection (e.g.
NOTES CONCERNING THE MODEL 1431/32 AUTO-DIAL MODEMS cont. For example: Suppose that only read commands (read zone states, read output states) and write commands (set IDs, options, time, etc.) are to be allowed when the panel is in the DISARM mode. Then set the access control to 24 (8 + 16). Press the RETURN/ENTER key to proceed. The display will now show LOG FILTER 8191.
NOTES CONCERNING THE MODEL 1431/32 AUTO-DIAL MODEMS cont. immediately and any logged data will be sent to the remote printer. When all the data is sent, the panel will instruct the auto-dial modem to hang up. 2 - Allows PANELMAN to dial into the panel to perform upload/download functions. 3 - A personal computer with PANELMAN software or a Model 1430 auto-answer modem/polling multiplexer interface is located in a central/monitoring station.
NOTES CONCERNING THE MODEL 1431/32 AUTO-DIAL MODEMS cont. commands, consult any commercial auto-dial modem manual. Press the RETURN/ENTER key to proceed. The display will now show ENTER TEL. NO. 1 followed in a moment by a blank screen. Enter the telephone number of the auto-dial modem at the remote location. A 2-second pause between numbers can be included by entering a comma (shift shift PART ARM 1) (e.g., 9,4167548992). Press the RETURN/ENTER key to proceed. The display will now show ENTER TEL. NO. 2.
NOTES CONCERNING THE MODEL 1431/32 AUTO-DIAL MODEMS cont. to a 7-bit word, the parity is automatically set to even). The display may now show BAUD RATE =150 ?. This is the default communication speed. Press the NO key until the display shows BAUD RATE =1200 ?. Press the RETURN/ ENTER key to accept this value. The panel will now return to date and time.
NOTES CONCERNING THE MODEL 1431/32 AUTO-DIAL MODEMS cont. CALLING IN TO THE CONTROL PANEL: Any time the Model 1431/1432 auto-dial modem is powered up, there will be a momentary flicker of the LEDs and then the modem will assume an idle condition. If there is no line fault problem, then all LEDs will be off. However, the green auto-answer enabled (AAE) LED must be on to allow the control panel to answer a call from the PANELMAN software.
NOTES CONCERNING DVACS(tm) TECHNOLOGY DVACS(tm) - DIGITAL/VOICE ACCESS and CONTROL SYSTEM Where the service is provided, the APLEX control panel may be connected to a Schedule 3A Data Channel equipped with the DVACS(tm) option for on-line central/monitoring station service with companies using the EUROPLEX Model 4100/4300 polling multiplexer. The following connections must be established between the panel and the F1F2 subset: APLEX F1F2 SUBSET -ve(Gnd) <--------------------> Gnd (Yellow of six cond.
minutes (900 seconds), then the message will disappear 15 minutes after it is first turned on]. Press the HELP key twice again and the process will repeat itself. Note: This diagnostic only indicates receipt of the correct polling address from the station. If there is a wiring problem from the transmit line of the panel TX to the F1F2 subset, or a defective EIA (RS-232) portion of the F1F2 subset, then the panel will still indicate an off-line condition in the central/monitoring station.
If your customer has been using a local printer and has lost the use of it because of DVACS(tm) operation, then you may install a Model 3302R3 port splitter. This device splits the panel serial-communications port into two separate ports. One port on the Model 3302R3 is then reconnected to the F1F2 subset and the other port would be connected to the local serial-input printer. Real-time events from the panel and the printing of reports will now be logged on the printer.
LIBRARY MESSAGES cont.
LIBRARY MESSAGES cont.
INDEX C A C-EXIT TIME VALUE 48 C-EXIT ZONE 31 CIRCUIT WIRING 17-20, 21, 22, 23, 25 CLEARING (DISABLES) 51 CLEARING (DISPLAY) 40, 66 CLEARING (MEMORY) 35, 38 CLEARING (SHUNTS) 41 C-LEM 2, 23-24, 28, 64 CODE ENTRY 2, 40 CODE ENTRY TIME-OUT 2 CODES 6, 36, 38, 39, 46, 60, 61 CODING 15, 26, 27 COLD START 35-36, 38 COMBINATION LEM 2, 25, 26 COMBO LEM 2, 25, 26 COMMAND LEM 2, 23-24, 28, 64 COMMAND MODE MODE 52 COMMON AREA VAR.
INDEX cont. H D HELP (OPTIONS AVAILABLE) 40 HOLDUP ZONE 32 HOUR CHANGE ON SUNDAY 51 24HOUR ZONE 32 DUAL LEM 2, 14-16, 25 DURESS ALARM FEATURE 50, 67 DVACS(tm) 77-79 E I EDITING 4, 51, 63 ENABLE DURESS VAR.
INDEX cont. P L PARITY 10, 58, 71, 74 POLL TIME 77 POWER SUPPLY 9, 12, 24, 24 POWERING UP 35-38 PRESR ZONE 34 PRINT LOG 41, 53, 71, 78 PRINT REPORTS 7, 53, 54 PRINT REPORTS FN. 53 PRINTER 12, 13, 41, 43, 53, 54-56, 58, 71-74, 78-79 PRINTER CONNECTION 54 PROGRAMMING 39-59, 60-63, 69-75 LOG DATA LOSS 38 LOG DATA TYPE 56 LOG FILTER VALUE 56, 72, 77 LOG OUTPUTS VAR.
INDEX cont. T S TIME ADVANCE FN. 59 TROUBLE-SHOOTING LOOPS 44 24HOUR ZONE 32 TX FULL ARM/DIS VAR 50 TYPES (ZONE) 6, 47, 48, 62 SECURITY 1, 5, 40, 46 SERIAL-INPUT PRINTER 12, 13, 41, 43, 53, 54-56, 58, 71-74, 78-79 SERVICE MODE MODE 43 SERVICE USER 1, 39, 46, 47 SET DATA FORMAT FN. 53 SET DATE/TIME FN. 58 SET IDS/OPTIONS FN. 46, 60 SET TIME COMMANDS FN. 59 SHUNT LIMIT VAR. 49 SHUNTING 42 SINGLE-ZONE MONITOR 43, 44 SINGLE-ZONE SHUNT FN.
