M2000 M800 ENGINEERING MANUAL HARDWIRED CONTROL UNIT MENVIER SECURITY
© Cooper Security Limited 2010 Every effort has been made to ensure that the contents of this book are correct. However, neither the authors nor Cooper Security Limited accept any liability for loss or damage caused or alleged to be caused directly or indirectly by this book. The contents of this book are subject to change without notice. Cooper Security Limited make every possible effort to update manuals and guides regularly to reflect changes in the product.
Contents Preface ................................................................................................................ vi About this Manual .................................................................................................................................................................. vi Other Publications ..................................................................................................................................................................
Contents Engineering Manual Remote Power Supplies ............................................................................................................................................. 14 Chapter 2: Getting Started .......................................................................................16 Starting the Panel for the First Time ..............................................................................................................................
Engineering Manual Contents Step 3 – Key in the Start Time and Date ........................................................................................................69 Step 4 – Key in the End Time and Date. .........................................................................................................69 To Clear (Disable) an Exception .........................................................................................................................69 Option 1-5-4: Auto Sets ........
Contents Engineering Manual Option 2-5-2-1 – Specifying the Communications Format ......................................................110 Option 2-5-2-2 – Specifying the ARC Number .............................................................................116 Option 2-5-2-3 – Specifying the ARC Account Number ...........................................................117 Option 2-5-2-4 – Specifying the Dialling Mode ...........................................................................
Engineering Manual Contents Step 1 – Select Telecommand ......................................................................................................................... 146 Step 2 – Select Telecommand Type .............................................................................................................. 146 Step 3 – Program Buttons .................................................................................................................................
Preface About this Manual This manual is for engineers who need to install or configure M-Series control panels using software version 3.11.x. The manual gives an introduction to the features of the panels, provides general engineering guidelines for planning an installation, and provides full details of the engineer's menu options. A full list of engineer menu options, their positions within the menu hierarchy and brief details of how to use the options is given in the Quick Reference on page 161.
Chapter 1: Introduction About the Panels The M2000 and M800 intruder alarm panels have been designed to satisfy the most demanding requirements of alarm-systems professionals. The panels are flexible, easy to install and robust, yet the modular approach of the system hardware ensures that a cost-effective solution is available for installations of any type or size.
Introduction Engineering Manual Table 1: Differences between control panel types Panel Type Feature M800 M10001 M2000 EN50131-1/PD6662 grade (max) 3 3 3 Maximum zones2 40 144 264 Wards 4 8 8 Ward groups (part sets) 4 4 8 User codes (including 1 engineer code) 50 100 251 Network ports 23 23 23 On-board zones 8 8 8 Digital communicator outputs 16 16 16 On-board transistor outputs 2 3 3 On-board relay outputs 1 2 2 On-board modem Yes Yes Yes Yes Yes Yes 5 1
Engineering Manual Introduction Network 1 (Supports only remot e keypads and LEC2s) Max 4 1 Output 1 Output 1 Output 1 Output 100m ma x to furthest keypad/LEC2 Network 1 M750/M800 CONTROL PANEL Network 2 2 Zones Network Wiring = 6 Core 2 Zones Network 2 - Wiring Option 1 MSNodes 2 Zones Max 3 2 Outputs 100m max MSNode 1 1 Output 100m max 8 Zones 3 Outputs 8 Zones Engineer’s keypad (cannot have zones or outputs) 2 Zones MRNode 2 MSPSU 3 8 Zones 8 Zones 300m max to furthest MSNode A
Introduction Network 1 2000 CONTROL PANEL Engineering Manual Wiring Option 1 MSNodes Max 16 2 Outputs 100m max MSNode 1 1 Output 100m max 8 Zones Network 2 MRNode 2 MSPSU 16 8 Zones 1 km max to furthest MSNode 8 Zones An MSNode/MSPSU is capable of driving 4 Remote Keypads and a Loudspeake r NOTE: Do not connect an MSPSU, MSNode, or MRNode directly to the same network as an 100m max to MIDNode or keypad.
Engineering Manual Introduction Control Panel Features The control panels benefit from the following features. Network Ports The network ports enable additional devices to be connected to the control panel for system expansion. The number of networks and the devices available for networking depend on the control panel used.
Introduction Engineering Manual The control panel can be easily connected to the telephone network using the on-board RJ11 telecom socket. Alternatively, a PSTN terminal block is provided for optional wired connection. More recent versions of the control unit pcbs also provide molex connectors for a plug-on adsl filter: Cooper Security part ADSL01.
Engineering Manual Introduction Keypad Keypads enable setting, unsetting and programming of the system. The system must have at least one keypad. Each keypad provides an additional two zones and one switched-negative programmable output. The following types of keypad are available. MKP1 – This keypad is now obsolete. However, where it is part of an existing installation it will continue to work if you upgrade the control unit to software version 3.11.
Introduction Engineering Manual Two programmable outputs (one switched positive and one switched negative). Connection for up to four keypads. Support for one loudspeaker. MRNode By fitting one or more MRNodes to a system the installer can employ a variety of wirefree detectors to protect areas without running extra cabling. In addition, the user gains the ability to set and unset the system using radio telecommands, or start panic alarms using PA transmitters.
Engineering Manual Introduction System Wiring Cable Type In general, the panel requires standard 7/0.2 un-screened alarm cable for wiring to MSNodes, MRNodes, MSPSUs, keypads, LEC2s, and zone sensors. The number of cores varies, depending on the device being connected. Screened cable may prove necessary if the installation site has equipment that produces high levels of R.F. (Radio Frequencies), for example heavy industrial plant such as welding equipment.
Introduction Engineering Manual M800: 400m max. M2000: 1 km max. 100 metres CONTROL PANEL Data Network MSNode/ MSPSU MSNode/ MSPSU I/D=1 4-Core 100 metres 100 metres Out In MSNode/ MSPSU I/D=2 In MSNode/ MSPSU I/D=3 Out 100 metres 100 metres In MSNode/ MSPSU I/D=4 Out MSNode/ MSPSU I/D=5 Out In 100 metres In Daisy-chained Connections I/D=6 Out In Note: M2000 can use up to 16 expanders per network. M800: 400m max. M2000: 1 km max.
Engineering Manual Introduction Networker Interface Board A Networker Interface Board (NIB) enables the maximum distance from a control panel to an MSNode, MRNode. MSPSU, MIDNode, IDNode or keypad to be increased to 1km. The NIB is supplied as a driver unit and receiver unit. The driver unit connects to the output of the control panel and the receiver unit can be connected up to 1km away. A separate remote power supply unit is required at the receiver unit.
Introduction Engineering Manual Table 1. Voltage Drop Current Drawn 60mA 80mA 100mA 120mA 140mA 160mA 180mA 200mA 220mA 240mA 260mA 280mA 300mA 320mA 340mA 360mA 380mA 400mA 420mA 440mA 460mA 480mA 500mA 520mA 540mA 560mA 580mA 600mA Cable Length (Standard 7/0.2 alarm cable) 10m 0.10V 0.13V 0.16V 0.19V 0.22V 0.26V 0.29V 0.32V 0.35V 0.38V 0.42V 0.45V 0.48V 0.51V 0.54V 0.58V 0.61V 0.64V 0.67V 0.70V 0.74V 0.79V 0.80V 0.83V 0.86V 0.90V 0.93V 0.96V 20m 0.19V 0.26V 0.32V 0.38V 0.45V 0.51V 0.58V 0.64V 0.70V 0.
Engineering Manual Introduction The voltage at each device is as follows: 1. The total current being drawn at the first device = 120mA + 120mA +120mA = 360mA. 2. Voltage drop to the first device = 360mA @ 20m = 1.15V (see table). 3. Voltage at first device = control unit voltage - voltage drop = 13.60 -1.15 = 12.45V. 4. The total current being drawn at the second device = 120mA + 120mA = 240mA. 5. Voltage drop to the second device = 240mA @ 20m = 0.79V (see table). 6.
Introduction Engineering Manual voltage drop table to calculate the expected voltage drop, simply divide the voltage drop by two. Figure 6) shows the same three nodes used in the previous example. The A and B network connections have been doubled up; in order to do so the network cable must have two spare cores. This method shows that voltage levels at all nodes is at a sufficient level.
Engineering Manual Introduction Figure 7) shows the recommended method of installing a remote power supply. When connected as shown the last node has sufficient voltage level. 120mA taken by detectors Aux Node 3 MSPSU Node IN OUT A B A B (+)(-) (+)(-) 20m 14m Node 1 Control unit Network A (+) B (-) 21m Node 2 Node = 60mA Node = 60mA Total = 180mA Total = 180mA I=360mA I=180mA A (+) B (-) IN Voltage at unit: 13.
Chapter 2: Getting Started Starting the Panel for the First Time Use the following procedure when starting a new system: 1. Follow the power-up procedure documented in the Installation Instructions. Make sure you apply a factory restart to ensure that the system begins with its factory default settings loaded. The screen shows a start-up message similar to the one at the right (text may vary depending on keypad): SW VERSION 1.09 Jan 26 2007 2.
Engineering Manual Getting Started MSNode. NODES include MIDNodes, IDNodes and TS Nodes. If the number of devices detected is not as expected, check the connections to the devices and their address settings (normally set by a link on the device's PCB). 7. Press [ until you see the following: 8. Press ]. After a few seconds the display shows: Equipment Confirmed Engineer Level 1 Press [ENT] or [2] You are now logged on as an engineer and are ready to configure the system.
Getting Started Engineering Manual Logging out also logs out any other engineer currently logged in at a different keypad. If you have been using more than one keypad, this prevents you from having to check each keypad before you leave the site. About the Engineer Menus The options in the Engineer menus enable you to perform tasks such as setting up the system, performing tests and viewing logged information.
Chapter 3: Using Engineer Menu 1 Options in Engineer Menu 1 The flowchart shown opposite illustrates the options in Engineer Menu 1. ) The order of the options in Engineer Menu 1 reflects the typical order that the options should be used to set up a system. Engineer Level 1 Press [Ent]or[2] 0 See boxed Note at left.
Engineer Menu 1-1 Engineering Manual Option 1-1: Programming Zones Eng 1 Menu 1 Program Zones [ 1. SELECT ZONE NUMBER Locatio n Panel Zone 1 0001 Not Used Zone No. Zone type Indicates device that zone is on e.g. r Zone no. (network 1, device 01, zone A) To select the zone number : • Press | or ¬ to scroll, or • Press r to choose zone on next network (e.g. to change 0001 to 1001), o r • Enter zone number (e.g. 0002) 1,01A Remote 1011 Not Used Network Zone [ Device 2.
Engineering Manual Engineer Menu 1-1 ) Except when in Walk Test mode (User option 1-1-2), all programmed zone types are active and can be communicated to an ARC, even while an engineer is logged in. If the system is connected to an ARC and work carried out the system could cause alarms to trigger, it is recommended that you contact the ARC before work begins to avoid any unnecessary callouts. You must program each zone using Engineer option 1-1 in order for the system to function correctly.
Engineer Menu 1-1 Engineering Manual 1 – Normal Alm The Normal Alm zone generates an alarm (see below) when the system is set. By default, a full alarm is generated, unless overridden by option 1-8-4 (page 83). 2 – 24 Hour This zone is monitored at all times. When triggered in the unset condition, an internal alarm is generated. When triggered in the set condition, a full alarm is generated, unless overridden by option 1-8-4 (page 83).
Engineering Manual Engineer Menu 1-1 3 – PA Silent This zone is monitored at all times. When triggered, it can activate outputs that follow the Panic Alarm (page 44) or P.A. Alarm (page 54) event, but it does not cause an audible alarm. It cannot be used to generate confirmed alarms (page 89). 4 – PA Audible This is the same as the PA Silent zone type, but also generates a full alarm. 5 – Fire A Fire zone is normally connected to a smoke detector that is monitored at all times.
Engineer Menu 1-1 ) Engineering Manual An Exit Terminator zone can be used as a door bell if one of the Chime Tone zone attribute (page 29) is applied. 9 – Entry During the entry time, the control unit ignores any activation of zones with this type. When used in conjunction with with Ward Attributes 1-3-2 option 16 (see page 38) the control unit treats any zone programmed as type Entry as a Final Exit zone type when the ward is set.
Engineering Manual Engineer Menu 1-1 If a non-latching switch is used, set the Non Latching zone attribute (page 30) to YES. The first operation of the switch shunts the zones, and the next removes the shunt. Tamper A Tamper zone is monitored at all times and is used to monitor the tamper status of external equipment. When triggered in the set condition, a full alarm is generated, unless overridden by option 1-8-4 (page 83). This zone type can be used for a negative tamper return for monitoring SABs, etc.
Engineer Menu 1-1 Engineering Manual PSU Battery A PSU Battery zone can connect to a monitored power supply to monitor the output voltage of the standby battery in the external power supply unit. If the zone triggers, keypads sound a tone every minute and the panel generates a "PSU Battery" alert message (displayed when a user enters a valid user code). Any outputs programmed as type PSU - Battery (page 48 and 56) or Battery Fault (page 48) also activate.
Engineering Manual Engineer Menu 1-1 associated with the zone are occupied. When the contact is closed, this indicates that the wards are not occupied. If a ward is occupied when a user attempts to sets the ward, a warning message is displayed, but the user can override the message and continue with the setting procedure. Possible applications for this zone type are in controlled access areas where each occupant must sign in and out using an access control system.
Engineer Menu 1-1 Engineering Manual Confirmation On. After Entry Yes. Confirm 2 zones. Step 3 – Select Attributes Each zone can have one or more of the following attributes to alter its operation. 1– Access Normal Alm zones programmed with this attribute are automatically isolated during the entry or exit procedure to allow a "walk through" route to access the keypad or to exit. The Entry zone type (page 24) performs the same function.
Engineering Manual Engineer Menu 1-1 6 – Masking Use this attribute only if the zone is a three-resistor zone used to detect sensor masking. Refer to page 26 for further information. 7 – Entry Zones with this attribute start the Entry Delay timer (page 61) when the system is part set (i.e. not all wards are set) and respond as normal when full set. This attribute must be assigned to all zones that are required to start the Entry Delay timer in the part-set condition.
Engineer Menu 1-1 Engineering Manual Beam Pair Zones with this attribute cause an alarm only if two or more zones that are in the same ward and have the Beam Pair attribute trigger within the time specified by the Beam Pair timer (page 64). This attribute is normally used only for areas protected by an array of infra-red beams, with each beam connected to a separate zone. Zones that have the Beam Pair attribute should be the same type (normally Normal Alm or Perimeter).
Engineering Manual Engineer Menu 1-1 Step 5 – Enter Zone Description Each zone can have up to 16 characters of text assigned to it. The zone text is displayed in, for example, alarm messages displayed at the keypad. Refer to page 151 for details of how to enter text.
Engineer Menu 1-2 Engineering Manual Option 1-2: Choosing Advanced Zone Options Eng 1 Menu 2 Zones Advanced [ 1. SELECT ZONE Location Zone Panel Zone 1 0001 Normal Alm Zone type (set up in Eng 1-1) To select zone: Press | or ¬ to scroll, or Press r to choose zone on next network (e.g. to change 0001 to 1001), or Enter zone number (e.g. 0002) e.g. | Panel Zone 2 0002 Entry [ Resistance 4K7 / 2K2 e.g. | Resistance 1K0 / 1K0 2 [ Set Output Group Output Group >-e.g.
Engineering Manual Engineer Menu 1-2 Step 3 – Select Zone's Output Group This option enables you to create "output groups". For example, assigning the zone to output group number 01 creates output group 01 and assigns the zone to it. One or more zones can belong to the same output group. Output groups can be used in Engineer option 1-4 to allow an output to follow the status of the zones within the group (see page 43). Enter "00" to clear the zone from all groups.
Engineer Menu 1-3 Engineering Manual Option 1-3: Assigning Ward Equipment and Attributes Option 1-3-1: Assigning Equipment to Wards Eng 1 Menu 3 Ward Options [ Note: See next section for Ward Options - Attributes 1. SELECT "EQUIP TO WARDS" OPTION Ward Options 1 Equip To Wards [ 2. SELECT DEVICE Devic e type Network 1, Devic e 01 Shows wards that device is in (initially shows all wards) 1,01 Remote Ward : 12345678 e.g.
Engineering Manual Engineer Menu 1-3 alarm sounder. Using the Sndr Ctl output type (page 56), you can make keypad sounders produce only those sounds that are relevant to a specific ward. ) By default, the sounder in keypads connected directly to a network follow the wards assigned to the extension loudspeaker. For example, if the extension loudspeaker is assigned to wards 1 and 2, the keypad sounders operate when ward 1 or 2 requires an entry, exit or alarm sounder.
Engineer Menu 1-3 Engineering Manual 02 – Unconf Reset If you select this attribute, an engineer or remote reset code must be entered to reset the system after an unconfirmed alarm (page 89) has been sounding in the selected wards for at least the period specified by Abort Delay (page 64). If you deselect this option, any user whose code is assigned to the ward can reset the unconfirmed alarm. See also the Remote Reset attribute (page 36).
Engineering Manual Engineer Menu 1-3 09 – Re-arms If you select this attribute, the ward can rearm zones that have been triggered, but which are now no longer in the alarm state at the end of the Bell Duration time (page 61). The number of times the zone can rearm is specified by the No. of Rearms timer (page 65). ) This attribute applies only if Confirmation Off is selected (page 89). 10 – Secure Ward A Secure ward attempts to stay in a set condition.
Engineer Menu 1-3 Engineering Manual 15 – Entry Unset Use this option to specify which wards must first have their entry timer running, or be in alarm, before being unset, or which wards can be unset directly from a telecommand. If a ward appears in this list then a user must start the entry timer for the ward (for example by opening a Final Exit door). By default all wards appear in the list. If a ward does not appear in the list then a user can unset the ward directly from the telecommand.
Engineering Manual Engineer Menu 1-4 Option 1-4: Setting Up Outputs Eng 1 Menu 4 Outputs [ Outputs Panel Output type 1. SELECT OUTPUT TYPE 1 e.g. | Note: See next section for programming of custom outputs Outputs Digi H/Wired 2 X To select output type: "Press | or ¬ to scroll, or "Press hot key (1 to 6) [ 2. SELECT OUTPUT NUMBER Top line shows output number.
Engineer Menu 1-4 Engineering Manual Flowchart for custom outputs: Eng 1 Menu 4 Outputs [ 1. SELECT OUTPUT TYPE Outputs Panel 1 Press 6 for custom outputs. See previous section for other output types 6 Outputs 6 Custom Outputs X [ 2. SELECT OUTPUT NUMBER Custom Output 1 e.g. | Custom Output 2 To select custom output: Press | or ¬ to scroll, or Press the c ustom output number (e.g. 1) [ Custom 2-1 Always Off e.g. | Custom 2-2 Always Off 3.
Engineering Manual Engineer Menu 1-4 2 – Digi H/Wired Select this option to set up any of the digital communicator outputs on the control panel PCB. 3 – Digi On Board Select this option to set up any of the digi on-board "software" outputs, the status of which can be transmitted via the on-board modem port to an Alarm Receiving Centre (ARC).
Engineer Menu 1-4 Engineering Manual Example 1: The gates in custom output 1 have the following default settings. If the defaults are used, the custom output activates only when the system is full set AND there is an alarm. OR 1 2 3 4 GATES Always Off Always Off Always Off Always Off AND GATES 5 System Full Set 6 System Full Set 7 Alarm 8 Alarm Example 2: The gates in custom output 2 have the following default settings.
Engineering Manual Engineer Menu 1-4 Give the keypad an odd address (1 or 3) to follow output 1. Note that the zones on keypads attached to MSNodes do not provide extra zones over and above the eight zone provided by the MSNode. Step 3 – Select Which Item the Output Follows At this stage select the general type of event that should activate the output (you can select specific types in Step 4): 1– System The output activates when an event relating to the status of the alarm system in general occurs.
Engineer Menu 1-4 Engineering Manual 002 – Switch 12 Volts Activates when any ward is set; deactivates when any ward goes into alarm or its Entry Delay timer (page 61) is running, or when all wards are unset. This output is normally used as an input to latching detectors. 003 – Detector Reset Deactivates for approximately 4 seconds when a user code is entered to set the first ward. The output is used to reset latching detectors (smoke detectors, shock sensors, etc.).
Engineering Manual Engineer Menu 1-4 014 – Active Omit If a latching sensor (such as a door contact or break glass, but NOT a PIR) activates a zone, and the zone remains active until the end of the confirmation time (page 62), the control panel omits the active zone and triggers the Active Omit output. The control panel deactivates the output when a user resets the system. 015 – Zones Omitted Activates when any zone is omitted (e.g. by user option 1-2); deactivates when all zones have the omits removed.
Engineer Menu 1-4 Engineering Manual 024 – First Knock Activates when any double knock zone (page 28) activates for the first time; deactivates when the zone is activated for the second time, when the system is reset or when the double-knock timer has expired (page 63). 025 – Digi Failed Activates when the built-in modem fails to communicate. This is otherwise known as "Comms Fail". 026 – Digi Successful Activates when the built-in modem communicates successfully.
Engineering Manual Engineer Menu 1-4 036 – Service Required Activates when the Service Time (page 64) has expired; deactivates when the engineer code is entered. 037 – Reset Required Activates when the system requires an engineer or remote reset; deactivates when the system is reset either by the engineer or by a remote reset. 038 – Strobe On Set Activates when there is an alarm, and deactivates when the alarm is reset by the user. This output is also active for 10 seconds after a user sets the system.
Engineer Menu 1-4 Engineering Manual 049 – Monitored O/P On If the output is latched, the output activates when a zone that has the Monitored attribute (page 30) is activated and deactivates when the zone deactivates. If the output is pulsed, it activates when a zone that has the Monitored attribute activates and remains active for the pulse duration.
Engineering Manual PSU Power zone (page 26) active Masking ID Loop Short Fault 4k4 Supervision fail Transmitter battery low External Line fail (page 49) Engineer Menu 1-4 Panel Bell fuse fail Network fuse fail Digi Failed (page 46) PSTN Line fail Jamming Telecommand battery low 061 – Mask Tamper This is applicable only if the Mask Unset Tamp or Mask Set Tamper option is selected (page 93). The output activates when a masking condition has been detected (see page 26) and clears when the alarm is reset.
Engineer Menu 1-4 Engineering Manual networks are not available. If a single-path communicator is used (which does not require the ATS Test output from the panel), applying a constant +12Vdc to the LINE FLT input of the panel generates an "ATE L.F. All" alert. ) Invert the sense of the output at the panel if a "positive applied" input sense is used at the communicator. The Normal/Pulsed output mode (page 59) is not used for the ATS Test output type.
Engineering Manual Engineer Menu 1-4 084 – Sys Mains Fault This activates when mains power switches off at the control panel or in any MSPSU. 085 to 099 – Always Off This output never activates. 100 – Auto-Setting Activates for 1 minute prior to any ward being set automatically by an auto-set timer (page 70). Note that if the user defers setting then the output remains on for the duration of the deferred set period. 101 to 108 – Always Off These outputs never activate.
Engineer Menu 1-4 Engineering Manual 126 – Custom O/P 8 On Activates when custom output 8 (page 41) activates. 127 to 128 – Always Off This output never activates. 129 – Time Switch 1 On Activates while time switch 1 (page 66) is active. 130 – Time Switch 2 On Activates while time switch 2 (page 66) is active. 131 – Time Switch 3 On Activates while time switch 3 (page 66) is active. 132 – Time Switch 4 On Activates while time switch 4 (page 66) is active.
Engineering Manual Engineer Menu 1-4 The control unit operates the General Fault System Output at the same time as the RF Jammed System Output. 151 – Tx Low Battery The control unit operates this output when any MRNode reports a wirefree detector with low battery. (There is a separate output type for Telecommands and PAs.) The output remains on until all MRNodes stop reporting detectors with low batteries.
Engineer Menu 1-4 Engineering Manual 05 – Alarm Activates when the selected ward has a full alarm (page 22); deactivates when the alarm has been reset. 06 – P.A. Alarm Activates when a PA Silent or PA Audible zone (page 23) triggers, or if a user code of type Panic Code is used. The output activates only if the zone or user code belongs to the selected ward. The output deactivates when all such alarms applicable to the ward have been reset. 07 – Fire Alm.
Engineering Manual Engineer Menu 1-4 16 – Settling Activates when the Exit Settle timer (page 63) is running for the selected ward. 17 – Clear Activates when the selected ward has no tamper conditions and no zones activated. The output deactivates when the selected ward has a tamper or zone activation. 18 – Tamper Activates when any type of tamper condition is triggered in the selected ward; deactivates when all tamper conditions have been reset in the ward.
Engineer Menu 1-4 Engineering Manual 27 – Exit Flt Activates when a zone in the selected ward is in a fault condition during the setting procedure (e.g. a zone that does not have the Access attribute is activated); deactivates when the fault is no longer present. 28 – Sndr Ctl. Activates when a sound is required at a keypad assigned to the selected ward. For example, for the Entry Delay or Exit timer (page 60) or an alarm condition.
Engineering Manual Engineer Menu 1-4 36 – PSU Fuse Activates while a PSU Fuse zone (page 26) in the selected ward is active. 37 – PSU Mains Activates while a PSU Power zone (page 26) in the selected ward is active. 38 – Mask Tamp This is applicable only if the Mask Unset Tamp or Mask Set Tamper option is selected (page 93). The output activates when a masking condition has been detected in the selected ward (see page 26). The Anti Mask timer (page 63) delays activation of the output.
Engineer Menu 1-4 Engineering Manual 46 – Set Pulse The control unit switches this output on for 10 seconds when a user sets any ward. 47 – Unset Pulse The control unit switches this output on for 10 seconds when a user unsets any ward. 48 – 4k4 Fault The control unit operates this output when a suitably equipped detector allocated to the ward reports a self test failure by triggering a resistance value of 4k4 ohms.
Engineering Manual Engineer Menu 1-4 Zone Output Group Events Use this option to activate an output whenever a user operates a zone output group (see pages 33 and 39 for instructions). Step 6 – Select the Inversion and Output Mode Output Inversion Selecting this option inverts the sense of the output. Output Mode ) Output Mode is not available for certain outputs types. The normal mode is Latched.
Engineer Menu 1-5 Engineering Manual Option 1-5: Setting Up Timers Option 1-5-1: Setting Up Ward Timers Eng 1 Menu 5 1234567890123456 Timers 1234567890123456 [ 1. SELECTWARD " TIMERS" OPTION Timers 1 1234567890123456 Ward Timers 1234567890123456 [ 2. SELECT TIMER TY Ward Timers Exit 1 e.g. | Timer type Ward Timers Entry 2 To select the timer typ e: • Press| or ¬ to scroll, or • Press the hot key (1 to 5) [ 3.
Engineering Manual Engineer Menu 1-5 2 – Entry Delay When the ward is set and the entry procedure is initiated, either by activation of the Final Exit zone (page 23) or by activation of a Normal Alm zone that has the Entry attribute (page 29) set to Yes, the Entry Delay timer starts to count down. The timer should allow the user sufficient time to enter a valid user code after entering the building.
Engineer Menu 1-5 Engineering Manual Option 1-5-2: Setting Up System Timers Eng 1 Menu 5 Timers [ Timers Ward Timers 1. SELECT "SYSTEM TIMERS" OPTION 1 | Timers System Timers 2 X [ 2. SELECT TIMER TYPE Confirmation 01 030 Minutes e.g. | Sys Bell Dly 02 000 Minutes To select the timer typ e: • Press| or ¬ to scroll, or • Press the hot key (e.g. 05) [ 3. EDIT TIMER VALUE Sys Bell Dly 02 > 000 Minutes e.g.
Engineering Manual ) Engineer Menu 1-5 Bell Delay or Sys Bell Dly are considered to be zero if Bells on Unconf (page 90) is selected. 03 – Sys Bell Dur When the Sys Bell Dly has expired, the duration of the external bell output can be controlled by the value of this timer. This timer is used only if the system is full set and the Global Bell Time configuration option is selected (see page 86). Otherwise, the ward Bell Duration timer (page 61) is used.
Engineer Menu 1-5 Engineering Manual 12 – Abort Delay This timer is relevant for certain alarm conditions that require an engineer or remote reset. If a user silences the alarm within the Abort Delay time period, the alarm will not require an engineer or remote reset. When an alarm occurs, the Alarm Abort (page 48) or Alm Abort (page 55) output is activated only if the system is unset within this period. If the system is unset after this period, the output is not activated.
Engineering Manual Engineer Menu 1-5 20 – No. of Rearms At the end of the Bell Duration time (page 61), the system rearms all zones that have been triggered, but which are now no longer in the alarm state. Zones that are still triggered are isolated. This counter controls the number of times that a zone can be armed before it is isolated. ) This timer applies only if Confirmation Off is selected (page 89), and only for zones in a ward selected by the Re-arms attribute (page 37).
Engineer Menu 1-5 Engineering Manual 26 – Payment Time Not available in software version 3.11.07 27 – Hi Security This timer determines the length of time that a secure ward (page 37) can remain unset before the system automatically attempts to set it. When a secure ward is unset, activation of any zone in that ward resets the timer. 28 – Supervision Warning When set to 000 this timer disables all supervision warnings.
Engineering Manual Engineer Menu 1-5 Options 1-5-3 to 1-5-5: Calendar Timers With software version 3.11.xx the time switches and auto set timers work in a completely different way to earlier versions. Overview Options 1 - 5 - 5 and 1 - 5 - 4 allow you to set up Time Switches and Auto Set timers. Time Switches operate outputs that you have programmed as Time Switch outputs (see page 52). Auto-Set timers set and unset selected wards at times that you specify.
Engineer Menu 1-5 Engineering Manual Option 1-5-3 : Exceptions Timers Exceptions 3 [ 1. SELECT THE XCEPTIO E N Exception No. Exception 01 To select the Exception : · Press| or ¬ to scroll, or · Press the hot key (e.g. 02) | Exception 02 Note 1: At this point you can see a summary of the Exception details by pressing r repeatedly. [ Exception Description 02 [ Indicates description is currently blank. 2. KEY IN DESCRIPTION ^ Description Key in text: see Appendix A.
Engineering Manual Engineer Menu 1-5 Step 1 – Select the Exception The number at the top right shows the currently selected Exception. Use the ¬ and | The keys to select the Exception you wish to set up. Once you have selected an Exception, you can see an overview of its details by pressing r repeatedly. To start editing an Exception press [. Step 2 – Key in a Description The description can be up to 16 characters long. See Appendix A for instructions on how to key in text.
Engineer Menu 1-5 Engineering Manual Option 1-5-4: Auto Sets This option enables you to define up to 16 Auto-Set timers. You must associate each timer with one or more wards, which the control unit will set and unset at the specified times. While setting up an Auto Set you can select any Exceptions that you have already programmed. Timers Auto Sets 2 [ 1. SELECT THE TAU O SET 5. SELECT WARDS Auto Set To select the Auto Set: · Press| or ¬ to scroll, or · Press the hot key (e.g.
Engineering Manual Engineer Menu 1-5 Step 1 – Select an Auto Set Press | or ¬ to select an Auto Set timer. If you wish, you can key in the number of the Auto Set timer to select it directly (use leading zeroes for timers 1 to 9). Once you see the required Auto Set timer on the display you can show a summary of its details by pressing r repeatedly. Press [ to start editing the timer. (At this point, if you do not wish to key in a description, you can skip to step 3 by pressing |.
Engineer Menu 1-5 Engineering Manual Option 1-5-5: Defining Time Switches Timers Time Switches 2 [ 4. SELECTXCEPTION E S 1. SELECT TIME SWI TCH Time Switch To select the Time Switch: · Press| or ¬ to scroll, or · Press the hot key (e.g. 02 ) Shows number of Exceptions currently appliied to Time Switch. | Note 1: At this point you can see a summary of the Time Switch details by pressing r repeatedly.
Engineering Manual Engineer Menu 1-5 Use the following steps and the flowchart to set up Time Switches: Step 1 – Select the Time Switch Press | or ¬ to select a Time Switch. If you wish, you can key in the number of the Time Switch to select it directly (use leading zeroes for timers 1 to 9). Once you see the required Time Switch on the display you can show a summary of its details by pressing r repeatedly. Press [ to start editing the Time Switch.
Engineer Menu 1-5 Engineering Manual Overriding a Time Switch’s Status At any time you can change the status of a Time Switch: if it is On you can turn it Off, and if it is Off you can turn it On. To do this: Select Option 1 - 5 - 5 . Press | or ¬ to select a Time Switch. If you wish, you can key in the number of the Time Switch to select it directly (use leading zeroes for timers 1 to 9). Press [ to start editing the Time Switch. The bottom line of the display shows “Status:” and the word “On” or “Off”.
Engineering Manual Day Thurs Thurs Fri Fri Mon Time 08:00 hrs 19:00 hrs 08:00 hrs 19:00 hrs 08:00 hrs Engineer Menu 1-5 Auto-Set Timer Action Unset Set Unset Set Unset At April 1st Day Fri Tues Date 29th Mar 2nd Apr Time 19:00 hrs 08:00 hrs Auto-Set Timer Action Set Unset Time 19:00 hrs 08:00 hrs Auto-Set Timer Action Set Unset At Christmas: Day Mon Wed Date 24th Dec 2nd Jan Option 1-5-6: Defining Code-Lock Timers This option enables you to define up to eight code-lock timers, each of which is
Engineer Menu 1-6 Engineering Manual Option 1-6: Defining the Setting Mode Eng 1 Menu 6 1234567890123456 Setting Modes 1234567890123456 [ Exit For Ward>1 Timed Exit e.g. | Ward number (only those wards allocated to zones are available) 1. SELECT WARD To select the war d, press | or ¬ to scroll Exit For Ward>2 Timed Exit [ 2. SELECT THE SETTING MODE Exit For Ward 2 > Timed Exit e.g.
Engineering Manual Engineer Menu 1-6 4 – Instant Set Select this option if you want the ward to set quickly. The ward sets 10 seconds after the user has chosen to set the ward (which should be enough time for sensors to settle). 5 – Deferred Set This is the same as Timed Exit, except that if any zones are activated during the exit procedure, the Exit timer (page 60) is restarted. 6 – Lock Set Select this option if you are using a lock switch connected to a Lock Set zone type to set the alarm system.
Engineer Menu 1-7 Engineering Manual Option 1-7: Customising Text Eng 1 Menu 7 1234567890123456 Custom Text 1234567890123456 [ 1. SELECT MESSAGE TYPE Custom Text Reset Message 1 e.g. | five times Custom Text Group Names 6 To select message type: Press | or ¬ to scroll, or Press the message type hot key [ Viewing Group 1 To select the output group number: Press | or ¬ to scroll, or Enter group number e.g. | Viewing Group 2.
Engineering Manual Engineer Menu 1-7 5 – Banner Text This message is shown on the top line of the display when the keypad is in normal standby mode,. waiting for a code to be entered. 6 – Group Names These are the names of the ward groups (page 80). The names are displayed when setting ward groups (see the User's Guide).
Engineer Menu 1-8 Engineering Manual Option 1-8: Setting Up Groups Option 1-8-1: Assigning Wards to Groups Eng 1 Menu 8 1234567890123456 Group Options 1234567890123456 [ 1. SELECT "ASSIGN GROUP OPTION Group Options 1 1234567890123456 Assign Groups 1234567890123456 [ Shows the wards that are currently in the ward group Viewing Group 1 Ward : ........ e.g. | Viewing Group 2 Ward : ........ 2.
Engineering Manual Engineer Menu 1-8 Option 1-8-2: Setting the Ward Group Exit Mode Eng 1 Menu 8 Group Options [ Group Options Assign Groups 1. SELECT "EXIT MODES" OPTION 1 | Group Options Exit Modes 2 X [ 2. SELECT THE GROUP Exit For Group 1 Timed Exit e.g. | Exit For Group 2 Timed Exit To select the group: Press | or ¬ to scroll, or Press the hot key (e.g. 2) [ 3. SELECT SETTING MODE Exit For Group 2 > Timed Exit e.g.
Engineer Menu 1-8 Engineering Manual When setting ward group 1, "Exit Terminate" is used for both wards 1 and 2. When setting ward 1, "Timed Exit" is used. When setting ward 2, "Instant Set" is used. Option 1-8-3: Setting the Ward Group Timers Eng 1 Menu 8 Group Options [ Group Options Assign Groups 1. SELECT "GROUP TIMERS" OPTION 1 3 Group Options Group Timers 3 X [ Group Timers Exit 2. SELECT TIMER TYPE 1 e.g.
Engineering Manual Engineer Menu 1-8 Option 1-8-4: Setting the Ward Group Alarm Response Eng 1 Menu 8 Group Options [ Group Options Assign Groups 1. SELECT "ALARM RESPONSE" OPTION 1 4 Group Options 4 Alarm Response X [ 2. SELECT GROUP Alarm Response Grp. 1 Full e.g. | Alarm Response Grp. 2 Full To select group: Press | or ¬ to scroll, or Press the hot key (e.g. 2) [ 3. SELECT SETTING MODE Alarm Response Grp. 2> Full e.g. | Alarm Response Grp.
Engineer Menu 1-9 Engineering Manual Option 1-9: Choosing the Configuration Options Eng 1 Menu 9 1234567890123456 Configuration 1234567890123456 [ Configuration General 1 e.g. | Configuration DD243 2 1. SELECT WHETHER TO CONFIGURE GENERAL, DD243 OR EN50131 To select the configuration type: Press | or ¬ to scroll, or Press the option hot key [ 2. SELECT CONFIGURATION OPTION DD243 Confirmation 1 On e.g.
Engineering Manual Engineer Menu 1-9 05 – On-Line (Keypad) Enabled / On-Line (Keypad) Disabled On-Line Enabled – When using Downloader software, the On-Line Keypad feature in the Downloader software is enabled. On-Line Disabled – When using Downloader software, the On-Line Keypad feature is disabled. 06 – Unset Ward First / Set Ward First Unset Ward First – When the system is part set and a user code is entered, the “0=Uset Wards” option is displayed first.
Engineer Menu 1-9 Engineering Manual Local Setting – Allows a user to set a ward only if the ward has been allocated to the user and the keypad belongs to that ward (page 34). Also allows a telecommand to set a ward only if the ward has been allocated to the telecommand’s buttons, and the MRNode has been allocated to the ward (see Option 1-3-1 to allocate a ward to an MRNode).
Engineering Manual Engineer Menu 1-9 Latched code o/p – If the output is latched, the output activates when a user code is entered, then deactivates when the user code is entered again. If the output is pulsed, the output activates for the duration of the programmed pulse time, then deactivates.
Engineer Menu 1-9 Engineering Manual Mimic, Set only – When using an output of type Mimic, the output mimics the zone only if the zone is in a ward that is set. The output mimics the zone, even if the zone is omitted or shunted (e.g. using User option 1-2 or 1-3; see the Manager's Manual). 23 – Lo Security Eng. / Hi Security Eng. Lo Security Eng. – You are able to access the Engineer menu options by entering the engineer code. Hi Security Eng. – When you enter the engineer code, a code is displayed.
Engineering Manual Engineer Menu 1-9 29 – Radio PA Audible/Silent Silent – The control unit triggers a silent PA alarm if a telecommand or radio PA starts a panic alarm. In addition, the keypad does not display any alerts, but triggers the appropriate outputs. Audible – The control unit generates PA tones from the sounder and operates the strobe when a telecommand or radio PA starts a panic alarm, displays alerts on the keypads, and triggers the appropriate outputs.
Engineer Menu 1-9 Engineering Manual Sndrs on Unconf – The control unit starts the internal sounders (including keypad sounders) immediately after an unconfirmed alarm. This behaviour is also used if you have selected Confirmation Off. Sndrs on Confirm – The control unit activates the internal sounders after a confirmed alarm and any programmed bell delay. ) The sounders operate without a confirmed alarm if the Entry Delay timer (page 61) has been started and has expired.
Engineering Manual Engineer Menu 1-9 6 – Confirm 2 Zones / Confirm 1 Zone These options are relevant only if you have selected Confirmation On and After Entry Yes. Confirm 2 Zones (default) – A confirmed alarm is generated if the intruder activates two additional zones after the Entry Delay timer (page 61) expires. If the control unit is in alarm before the user starts the Entry Delay timer, only one subsequent zone violation is required. Select this option if you are installing a DD243:2002 para 6.4.
Engineer Menu 1-9 Engineering Manual Note: If an intruder cuts a network cable to an expander then this will trigger a confirmed alarm (since, effectively, more than one zone has been tampered). See option 1-9-1-31 on page 89. If there is a zone tamper condition when the system is unset, the control unit will: Transmit only tamper (CID code 137/SIA code TA) messages to the ARC. Trigger system, ward and zone outputs of type "Tamper Alarm" (or "Tamper"). Please see the following table.
Engineering Manual Engineer Menu 1-9 Option 12 AC Bypass must be set to “Always” (default) to allow a telecommand to override Control unit Mains Fail, Remote PSU Mains Fail, PSU Power Zone Type alerts. Option 14 LF Bypass must be set to “Always” (default) or “User” to allow a telecommand to override PSTN faults. Option 19 Battery Fault Override must be set to “Always” to allow a telecommand to override battery faults.
Engineer Menu 1-9 ) Engineering Manual The AC Off Delay timer (page 63) determines how long the mains must be off before the system generates an alert. User – An alert generated by a mains failure will require a normal user reset. Engineer – An alert generated by a mains failure will require an engineer or remote reset. 12 – AC Bypass:Always / Healthy / Eng / Never Always – With this option selected, an AC Mains Fault alert will not prevent a user from being able to set the alarm system.
Engineering Manual Engineer Menu 1-9 User Reset – A user can reset a supervision failure by entering their access code at a keypad. Engineer or Remote Reset – The engineer must reset a supervision failure by entering their access code at a keypad, or remotely. 17 – Reset Jamming Engineer/User Always – The control unit clears a jamming alert if the MRNode detects that the jamming has stopped. User Reset – A user can reset a jamming alert by entering their access code at a keypad.
Engineer Menu 1-9 Engineering Manual 21 - Mask As General Fault Use this option to select whether the control unit treats a masking event while the system is unset as a general fault or not. No – Masking while unset does not generate a general fault. Yes – Masking while unset does generate a general fault. Option 1-0: Going to User Menu 1 This option allows you to access User menu 1. For details of the options in this menu, please refer to the Manager's Manual.
Chapter 4: Using Engineer Menu 2 Introduction Engineer menu 2 contains the options shown in the following flowchart.
Engineer Menu 2-1 Engineering Manual Option 2-1: Viewing Zone Status Eng 2 Menu 1 View Zones [ 1. SELECT ZONE Zone text Zone number Panel Zone 1 0001 Healthy Zone status (A=Activity, zone has operated with the last seven unset periods. See note 1.) Network: device, zone e.g. r 1:011, Remote 1011 Healthy To select zone: · Press| or ¬ to scroll, or Pressr to choose a zone on the next network (e.g. to change 0001 to 1001) or, Enter zone number (e.g.
Engineering Manual Engineer Menu 2-1 Tamper = Tamper contact open circuited For a radio zone: Healthy = The detector has not signalled an alarm, but is in working order. Active = The detector has signalled an alarm. Tampered = The detector has signalled a tamper alarm. Current signal strength 1 to 9, where 1 is the lowest, Previous lowest signal strength in brackets.
Engineer Menu 2-2 Engineering Manual Option 2-2: Specifying the Time and Date Eng 2 Menu 2 1234567890123456 Time and Date 1234567890123456 [ Time and Date Set Time e.g. | Time and Date Set Date 1. SELECT TIME/DATE OPTION 1 2 To select option: Press | or ¬ to scroll, or Enter option hot key [ Current Date :20/01/05 2. CHANGE DATE/ TIME Enter date or time value followed by [ to save changes and c ontinue. Use this option to make sure that the system date and time are correct.
Engineering Manual Engineer Menu 2-3 Option 2-3: Setting the Loudspeaker Volume Level Eng 2 Menu 3 Volume Control [ Shows volume level (sounder operates) 1. SET VOLUME LEVEL Volume Control >> To set volume level: Press | or ¬ to scroll, or Enter volume level (e.g. 2) e.g. ¬ Volume Control > Press [ to save changes and continue [ This option allows you to adjust the volume level of the extension loudspeaker connected to the control panel, or to disable it completely.
Engineer Menu 2-5 Engineering Manual Option 2-5: Setting Up Communications Eng 2 Menu 5 Communications [ Communication Downloader 1 Use | or ¬ to scroll through options, or press hot key (1-4) | Communication DigiCom 2 | Communication 3 Start CallBack | Communication RS232 Options 4 | The options in the Communication menu are described next.
Engineering Manual Engineer Menu 2-5 Option 2-5-1-1 – Defining the Downloader Password Downloader Password Shows current setting (if defined) 1 [ ExistingPassword ^Password Enter password NewPassword Password ^ Press [ to save changes and continue [ ) The first connection from Downloader is accepted without first having to set up the password or Site ID at the panel. During this first connection, the Site ID and password are set up automatically by Downloader.
Engineer Menu 2-5 Engineering Manual Option 2-5-1-3 – Defining the Access Mode Downloader Access Mode 3 [ 1. SELECT ACCESS MODE Shows current setting Access Mode Off 1 e.g. | Access Mode 2 Secure Call Back [ To select the access mode: Press | or ¬ to scroll, or Press the hot key (1-3) Press [ to save changes and continue This option determines how the control panel responds to incoming calls from the Downloader software via the on-board modem.
Engineering Manual Engineer Menu 2-5 Option 2-5-1-4: – Editing Call-Back Numbers Downloader 4 1234567890123456 Edit Call Nos. 1234567890123456 [ Shows c urrent number (if defined) Edit Call No. 01594545400 e.g. | Edit Call No. 01694130200 1. SELECT CALL BACK NUMBER 1 2 To select the call-back number: Press | or ¬ to scroll, or Press the hot key (1-4) [ 01694130200 ^dit Call No. 2. ENTER TELEPHONE NUMBER 2 Enter the telephone number 01694130201 Edit Call ^o.
Engineer Menu 2-5 Engineering Manual Option 2-5-1-5 – Choosing the Modem Options Downloader 5 1234567890123456 Modem Options 1234567890123456 [ 1. SELECT MODEM OPTION Modem Options 1 Rings To Answer e.g. | Modem Options Baud Rate 2 To select modem options: Press | or ¬ to scroll, or Press the hot key (1-3) [ Shows current setting Baud Rate 2400 | Baud Rate 300 [ 2.
Engineering Manual Engineer Menu 2-5 No – The control unit does not make any service calls. Yes – The control unit makes services calls as programmed by the options described below. 2 – Call Number Use this option to select one of the 8 telephone numbers programmed using Option 2-5-1-4. This will be the telephone number that the control unit calls when starting a service call.
Engineer Menu 2-5 Engineering Manual For a “call-back” call, the control unit calls the service centre, identifies itself using a Panel Site ID, and then tells the service centre to call the control unit. The service centre then calls the control unit and establishes a connection. “Call-back” calls only work on scheduled remote service calls. If you start a manual service call then the PC will not “call-back” to the panel.
Engineering Manual Engineer Menu 2-5 Option 2-5-2: – Setting Up the DigiCom Communication DigiCom 2 Use | or ¬ to scroll through option s, or press hot key (1-6) [ DigiCom Comms Format 1 | DigiCom ARC No.
Engineer Menu 2-5 Engineering Manual Option 2-5-2-1 – Specifying the Communications Format DigiCom Comms Format 1 [ 1. SELECT THE COMMS FORMAT Shows current setting Comms Format Disabled 1 e.g. | Comms Format Fast Format [ 2 To select the comms form at: Press | or ¬ to scroll, or Press the hot key Press [ to save changes and c ontinue Use this option to specify the communications format in which to send data to the ARC.
Engineering Manual Engineer Menu 2-5 3 – Contact ID The Contact ID format automatically transmits data from the event log to the Alarm Receiving Centre (ARC). Examples of messages that use the Contact ID format are: Example 1 - 1234 18 1137 01 015 2 1234 is the account number, as specified in option 2-5-2-3 (page 117). 18 is the message type used to identify the message as Contact ID. 1137 is the event qualifier for a new event (1), followed by the event code for a system tamper alarm (137).
Engineer Menu 2-5 Engineering Manual CC = event code (e.g. FA = Fire Alarm). cc = zone or keypad number, if applicable; otherwise not sent (e.g. 23 or 5). AS = text description of event.
Engineering Manual Log Message/Event ALARM #### ATE L.F. ALL ATE L.F. RESTORE ATE L.F.
Engineer Menu 2-5 Log Message/Event MASK ALRM S #### MASK ALRM U #### MASK FLT S #### MASK FLT U #### MASK TMP S #### MASK TMP U #### NETWORK # FUSE NODE TAMP OMIT NORM. REST. #### OCCUPANCY SET ON LINE TO # PA ALARM #:##:# PANEL BATT LOW Panel Lid Tamper PANEL MAINS OFF PANEL MAINS ON PANEL TAMP OMIT PANIC ALARM #### PANIC CODE ## PANIC REST.
Engineering Manual Log Message/Event SET ZNS SHNTED:SHUNT ZONE #### SILENT PA #### SILENT PA #:##:# SUMMER CHANGED SUMMER CHANGED SUMMER TIME SET TAMP ZONE #### TAMP. REST.
Engineer Menu 2-5 Engineering Manual Option 2-5-2-2 – Specifying the ARC Number DigiCom 2 1234567890123456 ARC No. 1234567890123456 [ Shows current number (if defined) ARC Number 01594545400 e.g. | ARC Number 01594545401 1. SELECT ARC NUMBER 1, 2 OR 3 1 2 To select the first, second or third ARC number: Press | or ¬ to scroll, or Press the hot key (1-3) [ 2.
Engineering Manual Engineer Menu 2-5 Option 2-5-2-3 – Specifying the ARC Account Number DigiCom 3 1234567890123456 Account Numbers 1234567890123456 [ Account No. 1234 e.g. | Account No. 2345 1. SELECT ACCOUNT NUMBER 1-8 1 2 To select the account number: Press | or ¬ to scroll, or Press the hot key [ 2345 ^ccount No. 2. ENTER ACCOUNT NUMBER 2 You can delete a digit by positioning the c ursor under the digit and pressing the r key. Enter number 2346 Acc^unt No.
Engineer Menu 2-5 Engineering Manual 2 – Alternate This is similar to the Consecutive option, but the panel attempts to connect to each ARC only once before attempting the next. Once the last number has been attempted, the system returns to the first and the sequence continues. 3 – All With this option selected, the panel sends the alarm to all defined ARCs. The panel will continue to attempt a connection to each ARC until the alarm has been sent to all of them.
Engineering Manual Engineer Menu 2-5 Option 2-5-2-6 – CID/SIA Reports DigiCom 6 1234567890123456 CID/SIA Reports 1234567890123456 [ 1. SELECT REPORTING LEVEL CID/SIA Report 1 Full e.g. | CID/SID Report 2 Intermediate [ To select option: Press | or ¬ to scroll, or Press the hot key (1-5) Press [ to save changes and continue If you are using an Contact ID or SIA communications format, choose Full, Intermediate, Summary, Basic or Custom to specify the types of events to transmit to the ARC.
Engineer Menu 2-5 Engineering Manual Option 2-5-3-1 – Connect Establish a connection with the PC running Downloader, but take no further action. (The specific account for the control unit must be open on Downloader before you start the call.) Option 2-5-3-2 – Upload from PC* Once connected, Downloader sends configuration data to the control unit, and then drops the connection.
Engineering Manual Engineer Menu 2-5 Option 2-5-4-2: Enabling the WebWayOne Interface The Remote Modem option is used to enable the panel to interface with WebWayOne IP communicators. Do not change the default setting of "Disable" without being instructed by your Alarm Transmission System (ATS) supplier.
Engineer Menu 2-6 Engineering Manual Option 2-6: Setting Up Shunt Groups Eng 2 Menu 6 Alter Shunt Grps [ 1. SELECT SHUNT GROUP Edit Shunt Grps Group 01 e.g. | Edit Shunt Grps Group 02 X To select the shunt group: Press | or ¬ to scroll, or Enter the shunt group number (e.g. 02) [ 2. SELECT THE ZONE NUMBER TO EDIT There can be up to 8 zones in the shunt group Shows the zone number alloc ated to this slot in the group. "----" means no zone number allocated Group 02 Zone >1 Zone ---e.g.
Engineering Manual Engineer Menu 2-7 Option 2-7: Running Built-in Tests Eng 2 Menu 7 Built In Tests [ Built In Tests 1 Power Supply Use| or ¬ to scroll through options, or press hotkey (1-7) | Built In Tests 2 Outputs | Built In Tests 3 Equipment | Built In Tests 4 System Inputs | Built In Tests 5 Fuses | Built In Tests 6 Telecmd Batts | Built In Tests 7 Telecmd Test | You can use the options in the Built In Tests menu to test the system hardware.
Engineer Menu 2-7 Engineering Manual 1 – Panel Voltage Displays the output voltage supplied to the auxiliary power terminals and peripherals such as keypads. To ensure that peripherals function correctly, the voltage should remain between 11 and 14Vdc. A voltage below this range may be caused by an excessive load or a power supply fault. The accuracy of this measurement is ± 0.2V. 2 – Battery Voltage Displays the battery charging voltage at the control panel. The accuracy of this measurement is ± 0.2V.
Engineering Manual Engineer Menu 2-7 Option 2-7-2-1 – Testing the "Panel" Outputs Test Outputs Panel 1 [ 1. TOGGLE OUTPUTS Outputs (* = off) Panel Outputs On ***** e.g. 1 Enter ouput number (e.g. 1) to toggle output on/off Panel Outputs On 1**** ] Press ] when you have finished This option allows you to switch outputs 1 to 5 on and off. Outputs 1 and 2 are relay outputs. Outputs 3, 4 and 5 are transistor outputs.
Engineer Menu 2-7 Engineering Manual Option 2-7-2-3 – Testing the Digi On Board Channels Test Outputs 3 1234567890123456 Digi On Board 1234567890123456 [ 1. SELECT DIGI ONBOARD CHANNELS Outputs (* = off) Outputs 1-8 Channels 1-8: ******** If required, press r to display next set of channels r Channels 9-16: ******** Enter output number (1-8) to toggle output on/off e.g. 1 2.
Engineering Manual Engineer Menu 2-7 Option 2-7-3: Performing Equipment Tests Built In Tests 3 Equipment [ Equipment 1 Software Version Use | or ¬ to scroll through options, or press hot key (1-9) | Equipment False Setting 2 | Equipment 3 Confirm Devices | Equipment 4 Zone Resistance | Equipment 5 Network Devices | Equipment 6 Network Errors | Equipment 7 Default User 1 | Equipment Default NVM 8 | Equipment Test Display 9 | Option 2-7-3-1 – Determining the Software Version Select this opt
Engineer Menu 2-7 Engineering Manual Option 2-7-3-2 – False Setting the System Equipment 2 1234567890123456 False Setting 1234567890123456 [ False set wards: Ward > ***..... e.g. 1 False set wards: Ward > 1**..... 1. SELECT SET OF WARDS TO BE FALSE SET Press the ward number 1 to 8 to toggle ward in set (number shown) or not in set ("* " displayed). A dot (".") indic ates that the ward is not allocated to any zones [ Select Zones 0001 Disarmed e.g. | Select Zone 0002 Disarmed 2.
Engineering Manual Engineer Menu 2-7 Option 2-7-3-3 – Confirming the Network Devices Equipment 3 Confirm Devices Devic e type [ No of devices [ENT] to CONFIRM 002 LEC2S Press [ to confirm and view next device type. Press ] to exit [ This option allows you to confirm the correct number of devices are connected to the network ports.
Engineer Menu 2-7 Engineering Manual Option 2-7-3-5 – Checking the Status Network Devices Equipment 5 Network Devices [ Device type Zone status (T=Tamper, H=Healthy , A=Activ e, S=Shorted M=Masked) Lid tamper status (H=Healthy, A=Active) Node Voltag e Fuse status (H=Healthy, B=Blown) 1. SELECT DEVICE TO VIEW S TATUS 2:01 Remote A-T B-H T-H e.g. 202 2:02 MSNode 13.75 FH TH HH** To select devic e: · Press| or ¬ to scroll or, Enter network and device number ( e.g. 201 for network 2 device 1.
Engineering Manual Engineer Menu 2-7 Option 2-7-3-6 – Viewing Network Errors Equipment 6 1234567890123456 Network Errors 1234567890123456 [ 1. SELECT NETWORK Network 1 0003 To select network: Press | or ¬ to scroll, or Enter network number (e.g. 2) e.g. | Error c ount Network 2 0254 Last error 2,01 Last error Press ] when you have finished ] This option allows you to view the number of data transmission errors for each network. ) You can re-set the error count to zero by pressing the 0 key.
Engineer Menu 2-7 Engineering Manual Option 2-7-3-8 – Applying Default NVM Settings Equipment Default NVM 8 [ 1. SELECT THE TYPE O DATA TO DEFAULT Default NVM 1 Configuration | To select the data typ e: · Press| or ¬ to scroll, or · Press the hot key (e.g. 2) Default NVM 2 Country | Default NVM 3 Language | 1 – Configuration You can use this option to set specific categories of system settings back to the factory defaults. The default settings are listed in Table 6.
Engineering Manual Engineer Menu 2-7 Table 6.
Engineer Menu 2-7 -23 Tst Call Strt -24 Tst Call Int -25 Reset Alg -26 Payment Time 27 Hi Security -28 Sup Warning -29 Sup Failure -30 Set Status -31 Defer Count -32 A.Set Warning 1-5-3 Timers Exceptions -01 to 30 1-5-4 Auto-Sets -01 to 16 1-5-5 Time Switches -01 to 10 1-5-6 Code Locks -01 to 08 1-6 Setting Modes All Wards Engineering Manual 000 Hours 24 Hours 004 (021) (see note 4) 000 Days 020 Minutes 16 Minutes 120 Minutes 030 Seconds 002 Counts 010 Minutes None.
Engineering Manual Settings Defaulted Engineer Menu 2-7 2-5-1-6-4 Next Service Grade2 (Grade 3) Default Value 00:00 2-5-1-6-5 Interval 180 Days 2-1-5-6-6 Call Back Disabled 2-1-5-6-7 Walk Test Alerts Disabled 2-5-2 DigiCom 2-5-2-1 Comms Format 2-5-2-2 ARC Nos. 1, 2, 3 2-5-2-3 Account Nos.
Engineer Menu 2-7 Engineering Manual Option 2-7-4: Checking the Status of System Inputs Built In Tests 4 1234567890123456 System Inputs 1234567890123456 [ 1. SELECT INPUT TYPE System Inputs 1 PSTN Line Status To select input type: Press | or ¬ to scroll, or Press the hot key (1-5) e.g. | System Inputs 2 Ext L.F. Status [ 2. VIEW STATUS Ext L.Flt Status PASS Press ] when you have finished ] This option enables you to check the status of inputs to the control panel (e.g.
Engineering Manual Engineer Menu 2-7 This option lists the Network:Node:Device number of any PA or telecommand that has sent a low battery signal. Option 2-7-7: Telecommand Test Built In Tests 7 Telecmd Test [ MRNode name Telecommand numbe r Telecommand tex t SELECT TELECOMMAN TO TES T 2:01:1 RNode John’s Telecmd | 2:01:2 RNode Marthas Telecmd To select the telecommand : · Press a telecommand butto n, or · Press| or ¬ to scroll, or · Enter telecommand number ( e.g.
Engineer Menu 2-8 Engineering Manual Option 2-8: Viewing or Printing the Log Eng 2 Menu 8 Log Functions Use | or ¬ to scroll through options, or press hot key (1-5) [ Log Functions View Log 1 | Log Functions Print Log 2 | Log Functions 3 View Access Log | Log Functions 4 Print Access Log | Log Functions System Print 5 | Option 2-8-1: Viewing the Event Log Log Functions View Log 1 [ 1. SELECT EVENT TO VIEW Event type UNSET WARDS:10:37:10 25/01 Event time and date e.g.
Engineering Manual Engineer Menu 2-8 You can enter one of the following keys to view events of a specific type. (You may have to wait a short period for the results to be displayed.) 1 Alarms 2 24 Hour Alarms 3 Fire Alarms 4 PA Alarms 5 Zone Tampers 6 User Codes 7 Set Wards 8 Unset Wards 9 Entry Pressing 0 allows you to view events from a specified offset (position) in the log. Option 2-8-2: Printing the Event Log Log Functions 2 1234567890123456 Print Log 1234567890123456 [ 1.
Engineer Menu 2-8 Engineering Manual Option 2-8-4: Printing the Access Log You can use this option to print the access log. The option operates the same way as Engineer option 2-8-2. Option 2-8-5: Printing System Parameters Log Functions System Print 5 [ Configuration Print : No To select an item to print: Press | or ¬ to scroll through, then press r e.g. | Users Print : No 1. SELECT ITEMS TO PRINT 1 2 2.
Engineering Manual #,## LEC LOST #,## LEC TAMPER #,## NODE ADDED #,## NODE FUSE #,## NODE LOST #,## NODE TAMPER #,## PSU FUSE #:## PSU TAMP #,## REM ADDED #,## REM LOST #,## REM TAMPER #:## RF CLEAR #:## RF JAMMED #,## XNODE ADDED #,## XNODE FUSE #,## XNODE LOST #,## XNODE TAMP 24 Hr WARDS:24H RESTORE ####24Hr ALARM #### 24HR OMIT:24HR REINST:ABORT ON WARDS:ACCESS #### ACCESS FAILED ACCESS ZONE #### ALARM #### ALARM WARDS: ATE L.F. ALL ATE L.F. RESTORE ATE L.F.
Engineer Menu 2-8 CODE #### CODE LOCK # OFF CODE LOCK # ON CODE LOCKED #### CODE TAMPER COMMS FAILED COMMS TEST CALL CONFIG CHANGE ## DATE CHANGED AT DATE CHANGED TO DEFAULT USER DEFAULT USER #### DEFERRED SET:DL DISCONNECT FL) DL DISCONNECT OK DURESS CODE #### ENG HW DEFAULTED ENGINEER ARRIVES ENGINEER DEPARTS ENTRY TIME-OUT:ENTRY ZONE #### EXIT CANCELLED:EXIT STARTED:EXT LINE FAULT EXT LINE RESTORE FACTORY RESTART FAULT 4K4 #### FIRE ALARM #### FIRE RESET:FIRE WARDS:FIRST KNOCK #### FROM REMOTE #,## HI-SE
Engineering Manual NETWORK # FUSE NODE TAMP OMIT NORM. REST. #### OCCUPANCY SET ON LINE TO # ON-SITE RESTART PA WARDS:PANEL LID TAMPER PANEL STARTED PANEL TAMP OMIT PANIC ALARM #### PANIC CODE #### PANIC REST.
Engineer Menu 2-8 SET SUPER WARN:SET WARDS:SET WITH AC FAIL SET WITH FLT 4K4 SET WITH MSK FLT SH.KEY OFF #### SH.KEY ON #### SHNT #### REINST SHUNT CODE #### SHUNT END #### SHUNT GROUP ## SHUNT START #### SHUNT ZONE #### SILENT PA #### SUMMER CHANGED SUMMER TIME SET T.SWITCH # OFF T.SWITCH # ON TAMP 1 OMIT TAMP ZONE #### TAMP. REST.
Engineering Manual Engineer Menu 2-9 Option 2-9 Telecommand Configuration Use this option when a MRNode is fitted to the system and you wish to program the function of telecommand buttons. Note that the MRNode must have “learned” the identity of the telecommands first. Eng 2 Menu 9 Telecmd Config [ Indicates device telecommand is on Network 2, device 1, telecommand 1 1. SELECT TELECOMMAND 2:01:1 RNode e.g. | 2.01.
Engineer Menu 2-9 Engineering Manual Step 1 – Select Telecommand The four digit number at the top left corner of the display indicates the telecommand to be programmed: The first digit is the network number. The next two digits specify the device address of the MRNode on the network bus. The final digit specifies the telecommand. When you first connect an MRNode, or if you have just taken an MRNode out of learn mode, the control unit may not recognise it immediately.
Engineering Manual Engineer Menu 2-9 Step 3 – Program Buttons The control unit identifies each button on a telecommand by a number.
Engineer Menu 2-9 Engineering Manual 5. TROUBLESHOOTING Frequently Asked Questions This chapter provides answers to frequently asked questions. You may find this chapter useful for troubleshooting purposes. I've forgotten the engineer code. How do I reset it? With power to the control unit already applied, momentarily short the FACTORY RESTART terminals on the PCB. Note: If an installer has locked the NVM then this procedure will not restore the engineer access code.
Engineering Manual Engineer Menu 2-9 Once you have identified a faulty cable/core then you can trace along its length to locate the fault. Note: An external power supply that does not have a “floating zero volts rail” will cause an earth fault if it is connected to the network(s). 4. Make sure that the "Cable Segregation" advice given on page 9 has been followed. Check that equipment is not sharing cables. For example detectors, speakers, expanders and keypads should all be wired with their own cables.
Engineer Menu 2-9 Engineering Manual Follow the advice given for "Why is a keypad or other device not responding correctly?". Check the resistance of the wiring to the zone sensor: disconnect and short the two zone cores at the sensor end, then disconnect the same cores at the control unit and measure the resistance between them. This must not exceed 100 Ohms. Why is there strange text displayed at a keypad? Follow the advice given for "Why is a keypad or other device not responding correctly?".
Appendix A: Text Keys The following tables show how to obtain characters when entering descriptions or names at the keypad. There are two tables: use Table 1 for options that normally require a text description. Use Table 2 for options that normally require a numeric value, but where alphabetic characters are also accepted. If, for example, you want to obtain the "B" character using Table 1, press 2 twice.
Appendix B: Installation Quick Start Guide Domestic Simple The heart of simple domestic setting and un-setting on the M Series Control Panels is the “Group Options” menu. Program the functions listed on pages five and six and the system will work. If you need to add other details such as Engineer reset then do so. Avoid altering other Configuration options as these can change the way setting groups work. A basic house z0007 z0005 Zone List: 1011. Front Door 1012. Hall PIR 0001. Garage Shutter 0002.
Engineering Manual Text Keys The user requirements are: full set, part set, and a second part set to allow a guest in Bedroom 3.
Text Keys Engineering Manual Eng 1 Menu 3 - Attributes E1-3-2-16 Entry is Final Exit in Part Set Function Entry=F/E Wards *23* Eng 1 Menu 7 – Custom Text E1-7-6 Group Names Group 1 2 3 4 Text House Full Set Part Set Part Set + Guest (not used) User Operation To set: Full set = Code + 1 + ENT Part set = Code + 2 + ENT Part set with guest = Code + 3 + ENT The display shows the text description of each set mode before the user presses the ENT key.
Engineering Manual Text Keys The above diagram shows a typical example of a commercial building that could use the “Foyer Mode”. The end user requires each side of the building to be set separately, as the Office and Factory staff will be working different hours. The control unit arms the common area (including the Foyer and Kitchen) when there is no one in the building. This allows either the Factory or the Office staff to use the facilities.
Text Keys Engineering Manual The keypad connected to Network 1 follows the panel speaker. Therefore the panel speaker must be assigned to ward(s) used by that keypad. Keypads connected to MSNodes on Network 2 will follow the MSNodes’ ward assignment.
Engineering Manual Text Keys To Program the Communicator Eng 1 Menu 4 – Outputs E1-4-3 Digi On-Board Channel 1 2 3 4 5 6 7 8 Type System 007 Fire (default) System 006 PA (default) System 005 Alarm (default) System 008 System Set (default) or System 050 Alarm Abort System 014 Active Omit (default) System 060 General Fault (default) System 011 Confirmed (default) System 033 Tamper Fault (default) Channel 4 can be changed to Alarm Abort to reduce the number phone calls made by the communicator.
Text Keys 2. Engineering Manual Program “Test Call Int” (Test Call Interval, in Engineers menu 1-5-2-24) as 024 (or a period of your choice), the internal comms will now make a test call to the ARC 24 hours after the last signal of any type was sent Note: To disable Dynamic Test call, leave as “Test Call Strt” “000” (Default) and leave “Test Call Int” as 000 (default). OR: Static Test call Static test call will make a test call to the ARC at a programmable time interval e.g. every ten hours.
Appendix C: Compliance Guide This appendix explains how to configure M-Series control units to fulfil the requirements of DD243: 2004, the ACPO PA Reduction Policy and PD 6662 / prEN 50131-1: 2004. DD243: 2004 Compliance Please study this section if both of the following apply: 1. You are installing an alarm system in the United Kingdom. 2. The system has remote signalling and requires the local Police Authority to issue a URN (Unique Reference Number).
Compliance Guide Engineering Manual ACPO PA Reduction Policy To comply with this policy, do not enable a duress code or dual-key PA. Set E1-9-1-24 (Duress Allow) to NO, and E1-9-1-25 (Keypad PA) to OFF. PD 6662 / prEN 50131-1: 2004 Compliance EN 50131-1: 2004, Alarm systems – Intrusions and Hold-up Systems – Part 1: System Requirements, sets four grades for intruder alarm systems to provide levels of security required for specific risks.
Engineer Quick Reference Engineer Menu 1 p20 1-1 Program Zones Zone type: 0= Not Used 1= Normal Alm 2= 24 Hour 3= PA Silent 4= PA Audible 5= Fire 6= Technical 7= Final Exit 8= Exit Term 9= Entry Keyswitch Shunt Key Tamper Perimeter Lock Set PSU Battery PSU Fuse PSU Power Masking Occupancy Security Shock Entry Attributes (toggle to change to YES/NO): 1= Access Chime Tone 3 2= Double Knock Inverted 3= Soak Test Shuntable 4= Omittable Beam Pair 5= Reset Monitored 6= Masking Non Latching 7= Entry Supervision
Engineer Quick Reference If following a ward: 00= Bell-SAB 01= Strobe 02= Switch 12 03= Det.Reset 04= Walk Test 05= Alarm 06= P.A Alarm 07= Fire Alm. 08= Set 09= 2nd Entry 10= 24Hr Alm. 11= Cnf Alarm 12= Zone Omit 13= Act.
Engineering Manual Engineer Quick Reference 06= Confirm 2 Zones / Confirm 1 Zone p91 1-9-3: EN50131 1= Disabled 2= Fast Format 3= Contact ID 4= SIA 1 p116 2-5-2-3: DigiCom – ARC Account Numbers p117 2-5-2-4: DigiCom – Dialling Mode p117 2-2 Time and Date p100 1= Set Time 2= Set Date 2-3 Volume Control p101 2-4 Change passcode and name p101 1= Full 2= Intermediate 3= Summary p119 2-5-2-8: DigiCom – Test Calls p119 Press [ to start test call.
Engineer Quick Reference Engineering Manual 2-7-2-2: Outputs – Digi H/Wired p125 2-7-2-3: Outputs – Digi On Board p126 2-7-2-4: Outputs – Equipment p126 2-7-3-1: Equipment – Software Version p127 2-7-3-2: Equipment – False Setting p128 2-7-3-3: Equipment – Confirm Devices p129 2-7-3-4: Equipment – Zone Resistance p129 2-7-3-5: Equipment – Network Devices p130 2-7-3-6: Equipment – Network Errors p131 2-7-3-7: Equipment – Default User 1 p131 2-7-3-8: Equipment – Default NVM p132 2-7-3-
Index 24hr Alarm ward output, 54 24hr zone 24 Hour Alarm system event, 45 24 Hour Omitted system event, 45 Global / local omit option, 86 Latching option, 87 Zone type, 22 2nd Entry Only system event, 46 4k4 4k4 fault partiton event, 58 Fault output system event, 49 Abort Delay timer, 64 Duration timer, 63 AC Fail AC Off Delay timer, 45, 63, 94 Bypass option, 94 Reset option, 93 Access Access Code system event, 45 Access mode, 104 Output options, 87 Printing access log, 140 Viewing access log, 139 Zone attr
Index Output, 6 SAB/SCB option, 84 Bus Cut, 89 Button, 147 Cable Mains power cable, 9 Segregation, 9 Types, 9 Call Back Telephone numbers, 105 Chime Audible / Visible option, 85 Chime Mimic system event, 47 Tone zone attribute, 29 Chime on ward output, 55 Clear ward output, 55 Code accepted system event, 46 Command summary, 162 Communication Answer Phone Defeat, 106 Baud Rate, 106 Call Back numbers, 105 Contact ID, 111 DigiCom options, 109 Disabling communication to the ARC, 110 Fast Format, 110 Rings to A
Engineering Manual Defaulting passcode, 101 Engineer On Site system event, 44 Hi / Lo Security menu access option, 88 Keypad port, 6 Log in denied, 17 Logging in, 17 Logging out, 17 Engineer menu Exiting from options, 18 Menu 1, 19 Menu 1 command summary, 162 Menu 2, 97 Menu 2 command summary, 164 Selecting options, 18 Engineer reset Confirmed alarm, 35 Tamper, 36 Unconfirmed alarm, 36 Entry Considered as Final Exit zone type, 38 Entry Only system event, 46 Second entry timer, 63 Ward timer, 61 Zone attrib
Index Shunt key zone type, 24 zone type, 24 Language, 132 Latching 24hr zone rearming, 87 Detectors, 44, 45, 53, 54 Fire zone rearming, 86 Keyswitch, 24 LEC expander, 8 Cable distance, 9 Line Fault Bypass option, 94 Communicator, 49 Delay timer, 63 External Line Fault system event, 49 Reset option, 94 System event, 45 Local Telecommand type, 146 Location option, 165 Location text, 78 Lock out ward output, 55 Lock Set Setting mode, 77 Unlocked system event, 47 Unlocked ward event, 56 Zone type, 25 Log event
Engineering Manual Output Digi H/Wired output type, 41 Digi On Board output, 110 Digi On Board output type, 41 Digital communicator, 5 Equipment output type, 41 Event to activate, 43 External bell, 6 Group output source, 43 IDNode output, 7 Inversion, 59 Item to follow, 43 Keypad output, 7 Mode, 59 MSNode output, 7 Panel output type, 40 Programming, 39 Programming custom output, 41 Random Output On system event, 47 Relay, 5 System output source, 43 Testing Digi H/Wired output, 125 Testing Digi On Board out
Index Algorithm, 65 Attribute, 36 Confirmed alarm, 35 Counter, 65 General fault, 92 LF bypass, 94 Line failure, 94 Message, 78 Payment timer, 36, 66 Reset Required system event, 47 Reset Required ward event, 55 Tamper alarm, 36 Unconfirmed alarm, 36 Reset Message to call engineer, 78 Reset Required system event, 47 Zone attribute, 28 RS232 port, 5 Setting baud rate, 120 Second Entry Only system event, 46 Second entry ward output, 54 Security ward output, 57 Security zone type, 27 Select Menu timer, 64 Serv
Engineering Manual Override, 92 PA, 147 Setting wards, 85 Testing battery status, 137 Testing signal strength, 137 Text, 147 Type, 146 Unset Entry, 88 Unsetting with, 38 Usetting wards, 86 Telephone number Alarm Receiving Centre (ARC), 116 Call Back, 105 Testing Diagnostic tests, 123 Equipment, 127 Keypad LCD, 135 Power supply, 123 Soak Test timer, 63 Telecommand battery, 136 Test Call timer, 65 Testing Digi H/Wired output, 125 Testing Digi On Board output, 126 Testing equipment output, 126 Testing panel o
Index DD243 configuration, 91 Event, 58 Programming, 20 Selecting resistance, 32 Type, 21 Engineering Manual Viewing resistance, 129 Viewing status, 98 Zone event output activation, 43 Zone Omitted system event, 45 Part No: 12039336 Issue 4 172
