Related Manuals for DMTech FP9000A
Summary of Contents for DMTech FP9000A
- Page 1 DMTech LTD, Pleven Addressable Fire Alarm Panel FP9000A Instruction manual for installation, setup and exploitation Revision 03.24...
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Page 2: Introduction
1. INTRODUCTION 1.1. General description The fire alarm panel is an addressable fire alarm panel of maximum possible coverage of 8 zones in 1 loop. The fire alarm panel supports DME(Loop) communication protocol. Up to 250 units (modules and/or fire detectors regardless of their type) can be connected to the Loop. -
Page 3: Main Technical Characteristics
Number of devices in a loop: up to 250 units (modules and/or fire detectors, regardless of their type). Their total consumption shall not exceed 0.5 A. For this purpose you can use the specialized DM- Calculator at www.dmtech-ltd.com (It offers calculation of total consumption of the devices in the loop, as well as wire’s diameter and length for the loop) •... - Page 4 List of fuses • Main power supply: 4А, T-type, slow-melting, 5х20 mm • Storage battery: 6.0А, T-type, slow-melting, 5х20 mm • Contents of delivery: Addressable Fire Alarm System FP9000A 1 pc Fire alarm panel FP 9000А 1 pc Fuse 6,3А 1 pc Fuse 4,0А...
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Page 5: Installation
FIRE DISTFIRE FAULT TEST DISABLE OUTS DELAY OUT ON FP9000A Fig. 1 Fig. 2 • In compliance with the dimensions provided in Fig.3 drill holes in the mounting surface. • Drill holes in the wall and fasten the box. • All external cables must be pulled through in the box, to make the connection, BUT DO NOT CONNECT THEM TO POWER YET. -
Page 6: Mounting
• Replace the front lid by mounting the lid to the circuit board box and fasten with the screw following the description on Fig.2 in reverse order. • Proceed to initiation and testing of the system. Fire Alarm Panel Exarch Joseph Str. 1, А7 ,Pleven 5800, Bulgaria, www.dm-teh.com TYPE: FP9000A BG201673368 U~(187 244)V 50/60Hz; P =45VA xxxx xxxx EN54-2:1997/A1:2006/AC:2009... -
Page 7: System Elements
2.2. System elements 2.2.1. Front panel – front panel is shown on Fig. 4. Puncture line separates logically buttons and indicators according to their purpose. POWER SYS ERR TRANSM COMMUN FIRE DIST FIRE FAULT TEST DISABLE OUTS DELAY OUT ON Description of elements: –... - Page 8 The indicator for output delay illuminates in continuous yellow light DELAY OUT The indicator for power supply illuminates in continuous green light 2 – Description of LED indication for zones in use: Indication/ Description ZONE IN FIRE CONDITION. Separate indicators for fire condition in zones 1-8 –...
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Page 9: Position Of Modules In The Box
5 – Description of navigation and control buttons: Button Action Description MENU button Entering the The button is for entering the MENU option. It also acts as an OK/confirmation button. menu The button increases a highlighted value with one step, or enables access UP button to an ascending menu. -
Page 10: Description Of Main Pcb
2.2.3. Description of main PCB Fig. 7 – Main PCB of the fire alarm panel Terminal strip description (from left to right): • LOOP 1 (-LOOP+ / +ERT / -LOOP+) – Terminal strip for connecting Loop 1 to the fire alarm panel. •... -
Page 11: Connecting The Main Supply
2.2.4. Connecting the main supply Power to the fire alarm panel is provided by connecting the main power supply cable to a 220V terminal, installed in fire alarm panel’s box, see Fig.5, position 2. The wiring between the 220V terminal and the power supply unit is done by the producer. -
Page 12: Connecting Devices
The cross-section and the Ohm resistance of the cable used for connecting the devices to the loop shall be carefully assessed, the loop length varies. *For convenience, a calculator has been developed for calculating the loop length and the cable cross section according to specified number and type of devices. - www.dmtech-ltd.com LOOP-1-1 ERT LOOP-1-2 LOOP-1-1 LOOP-1-2... -
Page 13: Connecting Devices To A Conventional Line
2.3.2. Connecting devices to a conventional line Fig. 10 – Example of devices connected to conventional line 2.3.3. Connecting signaling devices Monitored outputs OUT1 and OUT2 provide 24VDC 0.5A to load, connected between them and a mass*. A 4.7 кОhm terminating resistor shall be connected in parallel to the device far off from the panel in the loop, so the panel is able to check the loop integrity –... -
Page 14: Program Menus And Settings Of The Fire Alarm Panel
3. Program menus and settings of the fire alarm panel Fig. 12 General diagram of menus... -
Page 15: List Menu
3.1. List Menu – provides access to information about the system. No password is required (access level 1). > 1 List *Access level 1 does not allow changing parameters, only reading 2 Sys. Function them! For this reason the menu does not require access level 3 Setup password. -
Page 16: Test Indication
3.2.5. Test indication (Fig.12 pos.2-5) – triggers a test mode allowing to perform functionality check of panel’s light and sound indication. All LEDs, display elements and buzzers will be switched on simultaneously! The test indication is exited with the “Exit” button 3.3. -
Page 17: Conventional Line Parameters
3.3.4. Devices param (Fig.12 pos.3-4) – the menu provides access to the parameters of each connected device 3 Loop Param А: xx – device address: for addressing, see section 4. > 4 Devices Param Z: xx – the zone number to which the device is assigned. If the device 5 Conv Line Param has not been assigned to any zone, the display indicates Z: 99). -
Page 18: Comm Error
Read Devices Param – this menu allows reading of devices previously addressed with a programmer, or in case of having replaced the panel 1 Manual Address due to defects occurred in the previous one. (Example: We have 10 2 Auto Address >... -
Page 19: Output Address
3.3.9. Outputs Check (Fig.12 pos.3-9) – the menu allows checking the functionality of the control panel outputs and the М9000А IO addressable devices outputs. - Panel outputs – checked by manually triggering each of the outputs listed with a tick in the menu. >... -
Page 20: Addressing Devices In A Loop
4. Addressing devices in a loop 1 Panel Param Each device must assigned an individual address so it can be identified by 2 LAN Param > 3 Loop Param the fire alarm panel. Device addressing is completed as follows: 4 Device Param 4.1. -
Page 21: Manual Addressing
4.3. Manual addressing (Fig.11 position 3.-7.-2.) – as soon as a device is attached to its base, the fire alarm panel recognizes it and > 1 Manual Address suggests a sequential address, but awaits confirmation. 2 Auto. Address A specific number can be assigned to each device in this menu 3 Read Device Param (once an address has been selected, it’s not suggested again). - Page 22 (n+1 ZONE) that can be edited to create a new one. Zones are also added via the FP9000A configuration software DMTechFP! If no zones are set in the Zones menu there will only be 1 ZONE with default parameters.
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Page 23: Example
5.2.3. Outputs without delay: The following options are available: 1 Review Review/ Add/ Delete/. Addressable Outputs that are to be triggered > 2 Add in case of occurred events in the zone are added. 3 Delete Addresses of actuators in the loop, such as S9000AF addressable sirens, are added as address outputs. - Page 24 We assume that each device has been addressed and has an individual address (point 4). Each device has a name (p.5) For example, the manual call point at building’s entrance on floor 1 has been assigned the name MCP Entrance. The manual call point near the stairs – MCP Stairs Floor 1, etc. The same logic is applied to automated fire detectors.
- Page 25 Fig. 14 – Setting outputs without delay to individual Zones in the Loop (See subsections 5.2.3.; 5.2.4. for further information)
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Page 26: Table Of Contents
Content: 1. Introduction................................p. 1 1.1. General description............................p. 1 1.2. General characteristics............................p. 1 1.2.1. Main technical characteristics......................p. 1 1.2.2. Operational environment........................p. 2 1.2.3. Electrical characteristics ........................p. 2 2. INSTALLATION …………………………………………………………………………………………………………...….……………………..…….…p. 4 2.1. Mounting.................................p. 4 2.2. System elements..............................p. 6 2.2.1. Front panel............................p. 7 2.2.2. - Page 27 4.3. Manual addressing..........................p.20 5. Assigning names to devices and adding devices to a LOOP................p.20 5.1. Assigning names to devices........................p.20 5.2. Assigning names to zones and adding devices to zones.................p.20 Example................................p.22 CONTENT..............................p.25 1922 – CPR – 1802 DMTech wishes you pleasant work!
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