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Discovery 1-4 Loop Analogue Addressable Control Panels From 1-4 loops LPCB approval to EN54 2 & 4 Fully compatible with all Apollo XP95 and Discovery devices.

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Presentation on theme: "Discovery 1-4 Loop Analogue Addressable Control Panels From 1-4 loops LPCB approval to EN54 2 & 4 Fully compatible with all Apollo XP95 and Discovery devices."— Presentation transcript:

1 Discovery 1-4 Loop Analogue Addressable Control Panels From 1-4 loops LPCB approval to EN54 2 & 4 Fully compatible with all Apollo XP95 and Discovery devices Extensive mode-change options by day/night and special group allocations Day/Night delay of alarm and cause/effect outputs 4 Inbuilt Software Delay Timers 500mA output per loop with highly stable voltage platform, even under mains-failed conditions

2 Discovery 1-4 Loop Analogue Addressable Control Panels Additional Discovery detector functions –Print Drift Compensation level by loop –Print Device Date of Manufacture –Enable/Disable LED pulsing mode Automatic recognition of Apollo and Control Equipment outstations User friendly controls and a clear, unambiguous screen Fully networkable with other Discovery and Voyager panels Complies with EMC and LVD Directives Windows-based, full upload/download PC software package

3 Discovery 1-4 Loop Analogue Addressable Control Panels New Phase 5 Software upgrade 61 customer Led Enhancements Including:- –Fast loop output response (3 seconds with BGU operation –Latest Apollo devices supported including intelligent reflective beam, discovery CO detector, XP95 multisensor etc –Local cause / effect enhanced to 3 x capacity –General output disablement facility –Configurable class change – pulse / continuous –Full loop sounder synchronisation supported

4 Discovery Panel Hardware Fully programmable network comprising other Discovery and Voyager panels, graphics systems and network repeaters. Up to 31 8-way panel enhancement boards may be added. Two types are available: 1) fully-programmable inputs and relay outputs 2) fully-programmable inputs and alarm outputs Up to 31 8-way panel enhancement boards may be added. Two types are available: 1) fully-programmable inputs and relay outputs 2) fully-programmable inputs and alarm outputs Up to 14 fully functional repeater panels may be connected via RS485 cable. Individual panels and Integra networks are programmable via Windows PC package.

5 Mechanical Assembly Motherboard and power supply located on a removable chassis to assist cabinet installation. Zonal LEDs and optional printer are located on the display board. Motherboard holds up to 4 loop cards Space for internal 12Ah battery set. LPC approved high specification switch mode power supply. Display assembly located on the removable door.

6 Cabinet Options For details of panel dimensions see Application Guide. For details of panel dimensions see Application Guide. Surface Cabinets Cabinet colour reference is: RAL 7035 textured (Light Grey) All cabinets are manufactured from sheet steel and finished in satin texture epoxy powder stove paint. Semi-Flush Cabinets The semi-flush bezel locates to the rear of the bevelled edge of the back box, leaving the bevelled edge and door raised out from the wall. It is finished in the same colour as the back box and is fitted by means of pinch bolts, thus avoiding the need to drill the cabinet. Fully Flush Cabinet (Illustrated) Custom-made to a high quality, full-flush bezels are available in brass, stainless steel, or painted. This option is achieved by fixing a flat bezel assembly to the standard back box, replacing the standard door. The panel comes with assembly already fitted but may be supplied for later on-site fitting (this may be a little time- consuming). Surface Cabinets Cabinet colour reference is: RAL 7035 textured (Light Grey) All cabinets are manufactured from sheet steel and finished in satin texture epoxy powder stove paint. Semi-Flush Cabinets The semi-flush bezel locates to the rear of the bevelled edge of the back box, leaving the bevelled edge and door raised out from the wall. It is finished in the same colour as the back box and is fitted by means of pinch bolts, thus avoiding the need to drill the cabinet. Fully Flush Cabinet (Illustrated) Custom-made to a high quality, full-flush bezels are available in brass, stainless steel, or painted. This option is achieved by fixing a flat bezel assembly to the standard back box, replacing the standard door. The panel comes with assembly already fitted but may be supplied for later on-site fitting (this may be a little time- consuming).

7 User Controls The backlit LCD display gives information of loop, device and zone number, device type and event condition, together with a user-definable text description. System LED indications are provided in addition to the LCD display. The text descriptions give the user clear, easy-to use functional controls. The engineer accesses panel configuration functions using the numerical designations. The menu structure on the LCD display guides the engineer through the different set-up facilities.

8 LCD Display The device types which may be indicated are as follows: SOU- Loop sounder/sounder circuit controller O/S - Input/Output device ION- Ionisation smoke sensor MON- Monitor (zone monitor, control monitor) OPT- Optical smoke sensorHEAT - Heat sensor BGU- Call point or call point monitor The device types which may be indicated are as follows: SOU- Loop sounder/sounder circuit controller O/S - Input/Output device ION- Ionisation smoke sensor MON- Monitor (zone monitor, control monitor) OPT- Optical smoke sensorHEAT - Heat sensor BGU- Call point or call point monitor

9 Zone Indications The printer slot and printer location studs are available for easy printer fitting The Discovery panel is available with or without the slide in zone indication chart System LED indications are provided in addition to the LCD display.

10 Printer Hinged access to allow easy ribbon change. This good quality printer uses a reliable Epson mechanism. Designed for easy replacement of the paper roll onto the carrier. This button advances the paper. Open access to feed paper through mechanism. Engineer’s printer test button.

11 A Way Relay Board RS485 comms from panel motherboard. 8 inputs may be normally open or normally closed and will register as fire or non-fire on the panel as configured. Inputs are fully programmable via the panel or PC cause/effect. 24V DC power. 8 x 1Amp changeover relay outputs may be fully programmed via the panel or PC cause/effect programme. Engineer’s DIL switches to set board address, enable O/C or S/C inputs and disable inputs/outputs. Engineer’s links to disable functions for set-up or maintenance purposes.

12 A Way Alarm Board Engineer’s buzzer disable link for set-up or maintenance purposes. 8 x 1Amp two- stage alarm outputs may be fully programmed via the panel or PC cause/effect. Engineer’s DIL switches to isolate alarm outputs individually. 8 normally open inputs which will register as fire or non-fire on the panel as configured. Inputs are fully programmable via panel or PC cause/effect. 24V DC power. Test alarms when switched to 0V. Alarm Fault LEDs. RS485 comms from panel motherboard. Engineer’s DIL switches to set board address, disable inputs and outputs, test LEDs and test alarms.

13 Extensive User’s Menu User Functions Time/Date Delay Delay Enable/Disable Day/Night Modes Enable Day/Night/Auto/Off Enable/Disable Devices Zones Printer Sounders View View Event Log View Suppressed Events Test Point Walk Test Alarm Walk Test Print Clear Print Queue Print Event Log Print Disablements User Functions Time/Date Delay Delay Enable/Disable Day/Night Modes Enable Day/Night/Auto/Off Enable/Disable Devices Zones Printer Sounders View View Event Log View Suppressed Events Test Point Walk Test Alarm Walk Test Print Clear Print Queue Print Event Log Print Disablements User function to operate one man device test and alarm audibility test. User function to select the DAY mode, NIGHT mode, AUTO mode via timer, or OFF (XP95 default settings). User function to read the output delay and to enable or disable its operation. User functions to disable individual loop devices, a range of devices, full zones, the printer and sounders.

14 Overview of the Engineer’s Menu 1. PANEL SETUP 1. LOOP SETUP 1. Loop Configuration 1. Loop Contents 1. View Loop Contents 2. Print Loop Contents 1. Reconfigure Loop 2. Device Sensitivity (XP95/Discovery) 1. Fire 2. Alert 3. Discovery 1. Print Drift 2. Print Date 3. LED 4. Rapid Compensation 2. Zone Allocation 1. Edit Device Zones 2. Print Device Zones 3. View Device Zones 1. PANEL SETUP 1. LOOP SETUP 1. Loop Configuration 1. Loop Contents 1. View Loop Contents 2. Print Loop Contents 1. Reconfigure Loop 2. Device Sensitivity (XP95/Discovery) 1. Fire 2. Alert 3. Discovery 1. Print Drift 2. Print Date 3. LED 4. Rapid Compensation 2. Zone Allocation 1. Edit Device Zones 2. Print Device Zones 3. View Device Zones 3. Loop Cause Effect 1. Device Group Allocation 1. Edit Device Groups 2. Print Device Groups 3. View Device Groups 2. Loop Output C/E 3. Print Loop O/P C/E 2. I/O SETUP 1. Remote Evacuate Mode 2. TEXT EDIT 1. EDIT COMPANY NAME 2. EDIT Device TEXT 3. Loop Cause Effect 1. Device Group Allocation 1. Edit Device Groups 2. Print Device Groups 3. View Device Groups 2. Loop Output C/E 3. Print Loop O/P C/E 2. I/O SETUP 1. Remote Evacuate Mode 2. TEXT EDIT 1. EDIT COMPANY NAME 2. EDIT Device TEXT

15 Windows-based PC Programming Windows-based PC programming package for panel set up, zones, text, local and network cause/effect, Discovery mode types, sensitivity levels and day/night timings.

16 Discovery Mode-change Maps The discovery panel provides the engineer with the facility to set a mode sensitivity map for: Day use - for example, less sensitive in some process areas during working hours Night use - for example, maximum sensitivity throughout entire building when not in use Default - ignore day/night sensitivity maps, set to XP95 equivalent The engineer may set up each device into a day map, and night map, and set the clock (week day or weekend options) to switch between them

17 Discovery Mode-change Maps The end user may easily select between: Day mode - manually holds all devices in the Day mode setting Night Mode - Manually holds all devices in Night mode setting Automatic - Day/Night mode determined by clock Off - To manually set all devices to default (XP95 equivalent)

18 Discovery Temporary Mode Changes Loop outstation inputs may be configured to change Discovery Multi-sensor modes. Applications: - Loading Bays - As a lorry enters, smoke detection may be temporarily disabled Theatre Stages - Stage hand may operate key switch to de-activate smoke detection at performance times Hotel Function Rooms - Keyswitch at room entrance to disable smoke detection during special events Smoke Cloak Security - Multisensor smoke elements may be disabled when the smoke cloak is activated

19 Networking “All talk - selective listen” No Master panel or P.C. required and thus no single Device of failure Up to 15 active panels or 60 loops may be networked together plus an additional 17 passive nodes Discovery panels, Voyager panels, network repeaters and Alarm Manager graphics systems Conventional panels, extinguishant panels and other equipment via network repeater and/or loop I/O Full event and cause/effect programming across network RS485 data communications Network repeater with up to 248 programmable inputs and 248 programmable outputs

20 Typical Network Illustration RS485 network comms. RS485 comms to panel repeaters and expansion cards. Engineer’s programming via PC. Network repeater with up to 248 programmable inputs and 248 programmable outputs. Discovery, and Voyager panels may be networked together with Network Repeaters, Alarm Managers (Graphics) PCs.

21 Network Repeater The LCD provides user and engineer facilities. Devices may be isolated across the network via this network repeater. A typical application shows the 8 way boards linked to fireman's controls, LED’s, alarm sounders and plant shut down. Up to 31 8-way panel enhancement boards may be added to the Integra Network Repeater. All inputs and outputs are programmable across the network. Two types are available: 1) fully-programmable inputs and relay outputs 2) fully-programmable inputs and alarm outputs Up to 31 8-way panel enhancement boards may be added to the Integra Network Repeater. All inputs and outputs are programmable across the network. Two types are available: 1) fully-programmable inputs and relay outputs 2) fully-programmable inputs and alarm outputs

22 Alarm Manager The drawings are inserted as bitmaps and may be copied from CAD and edited within Windows. User controls are configured if required via password set-up. Multi-level password protection may be configured for each type of function. The site procedure pages give user instructions for each type of event. This is a mouse or touch- screen driven system that does not require keyboard after set-up. The event priority and thus its display colour are determined by the nature of the event. Instantly accessible current event log. The Alarm Manager (graphics system) may be individually tailored to customer’s requirements and is configured with password protection. Up to 5 map pages may be allocated for each individual device on the network (4 allocated here). Map pages may be used for drawings or specific instructions as required.

23 Typical Radio Pager Configuration The radio pager system, when connected to the control panel, can be used to transmit both text and numeric messages direct to pocket pagers. Pagers will display Fire / Fault conditions including Sensor location text. Up to 9,999 pagers can be connected to system. The radio pager system, when connected to the control panel, can be used to transmit both text and numeric messages direct to pocket pagers. Pagers will display Fire / Fault conditions including Sensor location text. Up to 9,999 pagers can be connected to system. Connection to panel (printer or PC port, dependent upon panel). Interface board Opto isolator Transmitter

24 XP95 Test Tool The XP95 Test Tool is an engineer’s tool to assist with commissioning and fault finding on XP95 loop systems. Loop configurations and the status of each device may be interrogated, device LEDs may be turned on/off. The test tool may be connected to an entire loop without the panel connected or connected to individual devices around the circuit. The XP95 Test Tool is an engineer’s tool to assist with commissioning and fault finding on XP95 loop systems. Loop configurations and the status of each device may be interrogated, device LEDs may be turned on/off. The test tool may be connected to an entire loop without the panel connected or connected to individual devices around the circuit. Alpha-numeric LCD display. Engineer’s keypad. On/off switch and LED indication. Battery charger socket. Sockets for flying leads to connect to loop and/or individual XP95 devices.

25 More About Programming For more about the Windows-based, full upload/download PC software package click hereFor more about the Windows-based, full upload/download PC software package click here


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