Contents Arming Timers ................. 21 System Overview ........... 4 Arming Modes ................. 21 System Configuration ............. 4 Arm Options 1 ................21 Arm Options 2 ................22 Control Panel ................5 Arm Keyswitch Control ............22 Remote Keypads ..............5 Auto Arm/Disarm ..............
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Speech Dialler: Trigger Type ........... 34 Program Mode 91* ............37 UDL Options ................34 Exit Menu 99* ............... 37 UDL Password ................34 Log Events ................38 UDL Ring Count ................ 34 LED Indications ..............40 Call-Back Number ..............34 Fault &...
Loudspeaker output (uses output 4) Flash upgradable Remote Keypads The SEC8 will accept up to a maximum of 4 remote keypads. All remote keypads require a 4-wire connection to the control panel using standard alarm cable. The following remote keypad models...
2. Installation Wiring the Control Panel Installation Sequence Before attempting to install the alarm system, read this section. WARNING: ELECTRICITY CAN KILL Once you have an overall understanding of the installation sequence, carefully work through each step. BEFORE connecting the control panel ALWAYS disconnect the supply at the consumer unit.
Control Panel Layout 1. Main Printed Circuit Board (PCB) 4. Mains Supply Cable Entry The main PCB that provides the terminals connection to remote The mains supply cable must be routed into the control panel keypads and detection devices, see PCB Layout on next page for housing via this cable entry.
PCB Layout 1. AC Input 8. Power/Status LED The two wires from the transformer are connected to these On steady when either AC or standby battery is present. Flashes terminals and supply power the system. when the on-board communicator is dialling or sending data. 2.
Network Connections Connecting Devices to the Network The network is made up of four terminals incorporating power and Before connecting devices to the control panel network, isolate data. To ensure correct operation, all four terminals on the device ALL power from the control panel (AC Mains & Battery). Do not must be connected to the corresponding terminals on the control continue if there is still power present on the control panel.
Remote Keypads Wiring Detection Devices The SEC8 provides 8 zones for connecting detection devices such PCB Layouts as movement sensors and magnetic door contacts. Each zone is fully programmable to allow for maximum flexibility (see page 18 for Zone Programming details). The program options for a zone will also determine how the zone may be wired.
Single EOL - N/C Triple EOL This wiring configuration should be used when connecting This wiring configuration should be used when connecting detection devices that only have a normally closed alarm output. detection devices that support triple EOL configuration, this will Connect the detector as shown below and ensure that the zone is allow the system to monitor alarm, tamper fault and mask.
External Sounder/Strobe Connections Control Panel The following connections are available for connection to an external sounder/strobe unit: 12V Buzzer Tamper Return input. Connect to the tamper output on the external sounder/strobe unit. If this input is not used it must be linked to 0V.
Replace the lid and secure with the lid screw supplied - do Commissioning not over-tighten. Once ALL connections have been made to the control panel and Enter to leave the programming menus. power is ready to be applied, you should read this section before The Service light will be flashing to indicate that action is continuing.
3. Programming the Control Panel Section Page Introduction 8 Users This section covers the system programming and it is important User Code that all engineers read this section carefully so as to familiarise User Type themselves with the many features and functions of the control User Time Locks panel.
LCD sub menu navigation Menu Navigation and Data Entry Enter Engineers code 1234 Each programming location is accessed by entering its four digit location number followed by . If you don’t know the exact Engineers Menu location you can enter less than four digits and the panel will take Location:---- you to the first location that starts with numbers you have entered.
1 3 0 1 =2 =5 1 1 0 1 =4 Location number & current Press to accept options are displayed. Ì and return to step Options 2 & 5 are enabled. Press to cancel Ê Use keys to toggle and return to step options on or off, e.g, press 2 to turn option2 off.
Number Entry String Edit - Number Mode: LED Keypad This type of data entry is used for entering numeric values, such Enter Engineers code as timers. The figures below show the programming procedure for ???? both LED and LCD remote keypads: Number Entry: LED Keypad Enter Engineers code Enter location No...
String Edit - Text Mode 1. Zone Programming This type of data entry is used for entering text such as user names and zone text. This mode is designed only for the LCD This section covers programming of the detection zones, each keypad.
activated during the disarmed state an internal alarm is Zone Wiring generated. Each zone must be programmed to the correct wiring type in order for the correct response. 12 Exit Terminator Use this zone type for external push to set buttons. This zone type Locations: 1201 1208...
Remote Detector Test Tone 2 On: Zones with this attribute are monitored for specific activity The zone generates chime tone 2 when activated in the disarmed during the remote detector test. The detector must be mode. connected to the control panel using triple EOL wiring and Tone 3 the detector remote test input must be connected to a panel The zone generates chime tone 3 when activated in the disarmed...
Timed Exit 2. Arming Control When the exit mode is started, the system will arm after the Exit Delay timer has expired. This section covers programming of the arming modes, timers and options that control the way the system is armed. Exit Terminator When the exit mode is started, the system will only arm after Arming Timers...
Arm Options 2 Arm with Control Timer 1 On: The selected mode is automatically armed by Control Timer The set of options controls how the system responds for each arming mode. Off: The selected mode is not armed automatically. Locations: - Away Arm: Options 2.
09 Service Interval 3. System Configuration This timer controls the frequency (0-255 weeks) in which a “Service Required” event is generated. Default = 0 weeks. This section covers programming of the system timers, counters, hardware, control timers, banner text, voice options and links. 10 Confirmation Period This timer controls the duration (0-255 minutes) in which a System Timers...
On: The box tamper is monitored for activity. Control Timers Off: The box tamper is not monitored. The SEC8 has five programmable Control Timers, each timer has Auxiliary Fuse a switch on time (On Time), switch off time (Off Time) and days of On: The auxiliary 12V fuse is monitored for faults.
Locations: 3541 3545 System Link Types Control Timers 1 to 5: Link. 21 = Bypass 46 = Cleaner Bypass Entry Mode: Number Entry (see page 17). 22 = In Walk Test 47 = 2-Wire Smoke 23 = Flash 1 Second 48 = 2-Wire Smoke Alarm Banner Text 24 = User Test Active...
Off: The selected keypad operation remains unchanged. 4. Keypad Configuration Keypad Sounds This section covers programming of the remote keypads. This set of options controls how the selected keypad generates sounds from its onboard sounder. Keypad Options 1 Locations: This first set of options controls how the selected keypad onboard 4131 4134 keys and tamper function.
Output Types 6. Panel Outputs and Devices The output types are grouped together in the following groups: This section covers programming of the control panel outputs, Group Description communication ports and other devices that maybe connected to the control panel. Global Global system output function.
This output type activates when ringing is detected on the PSTN connected to the control panel. Group 02: Control Timer The SEC8 has 5 control timers each timer can be assigned to an Battery Fault output: This output type activates when a fault is detected with the control panel standby battery.
Group 04: Link Control The three switches represent the link inputs and are programmed as follows: There are 99 Link controlled outputs, which can be assigned to an output: Location 1904: Zone 04 Link = 102 (Link Control 02 “AND”). Location 1905: Zone 05 Link = 102 (Link Control 02 “AND”).
IP Module Type & Description This mode configures the selected communication port for IP Zone 02 - 10 Tamper Module operation. Use this mode when connecting an IP Module As Zone 01 Tamper. to the control panel. Contact ID Group 50: Zone Masked This mode configures the selected communication port for The mask condition of each zone can be assigned to an output: Contact ID operation.
Switch to Next ARC on failed Attempt 7. Onboard Communicator On: The onboard communicator switches to the next ARC in the sequence, if the current ARC attempt fails. This section covers programming of the onboard communicator. Off: The onboard communicator continues dialling the selected ARC until all its attempts have been used.
Custom system event is successfully communicated, therefore a test call On: The selected ARC reports events that are assigned in the will only be sent once the timer reaches zero. custom group. Location: 7101 Off: The selected ARC does not report custom events. Entry Mode: Number Entry (see page 17).
Fast Format: Restore Channels Open/Close Channel 2/10 On: For location 7203 channel 2 is enabled, for location 7243 When the ARC protocol is programmed as Fast Format, the channel 10 is enabled. channels that report a restore event can be enabled or disabled. Off: For location 7203 channel 2 is disabled, for location 7243 Locations: - Restore Channels 1 –...
On: After the remote UDL computer establishes a connection, the control panel ends the call and automatically calls the package or a touch-tone telephone. The touch-tone method is UDL computer. covered in the “SEC8 User Manual”. Off: Call-Back only occurs if the remote UDL computer requests Locations: 7311 7314 Channels 1 to 4: Telephone Number 1.
The call attempts are controlled by how many digits are entered. Here are some typical examples: “111” = Attempt to call-back the remote UDL computer three times using only PSTN. “1212” = Attempt to call-back the remote UDL computer four times alternating between PSTN and GSM.
This section covers programming of the system users. duress alarm is generated and if programmed, the event is signalled to alarm receiving centre. The SEC8 has a total of 9 users: User 00 is the “Engineer” which has a default code of 1234. Access Control The selected user is an Access Control user and on entering the User 01 is the “Master”...
Stay Arm 3 9. Utilities Selecting this option will cause the system to start the exit mode and attempt to stay arm (3) the system. To cancel or disarm This section covers the programming of the system utilities. simply enter a valid user code. Time and Date Walk Test The system has a real time clock that must be programmed so...
Log Events Description IA ?? Intruder alarm activated by zone ??. IR ?? Intruder zone ?? restore. PeA ?? Perimeter alarm activated by zone ??. Perimeter zone ?? restore. PeR ?? 24HrA ?? 24 hour alarm activated by zone ??. 24HrR ?? 24 hour zone ?? restore.
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Description ESC ?? Exit mode started by zone ??. Exit mode stopped. Exit mode failed by zone ??. EF ?? EN ?? Entry mode stared by zone ??. Entry timeout alarm. System armed. System disarmed. Stay armed #? (? = 1, 2 or 3). Arming failed.
Description RP ? A A panic alarm was generated at keypad ? by pressing keys 7 and 9. A fire alarm was generated at keypad ? by pressing keys 1 and 3. RF ? A A medical alarm was generated at keypad ? by pressing keys 4 and 6. RD ? A OPF ? The control panel has detected a fault on panel output ?.
Electrical Voltage: 9 – 16V As the SEC8 is not a complete intruder alarm system, but only part of it, Securacom does not accept responsibility or liability for Current: 25mA quiescent. any damages whatsoever based on any claim that the unit failed 40mA when active.