Eaton DF6200 Application Manual
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Eaton DF6200 Application Manual

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DF6000 Applications Guide

Including CF3000 & FX6000, CF11/1200, DF61/6200
Annex 1 – CF2000

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Summary of Contents for Eaton DF6200

  • Page 1: Df6000 Applications Guide

    DF6000 Applications Guide Including CF3000 & FX6000, CF11/1200, DF61/6200 Annex 1 – CF2000...

  • Page 2: Table Of Contents

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Contents DF6000 Applications Guide ........................1 Contents ..............................2 Recent Amendments ..........................6 Introduction.............................. 8 Panel Firmware Version .......................... 8 Site Installer Software version ........................ 9 Menu Structure ............................10 User Access Code ......................... 10 Engineers Menu ..........................
  • Page 3 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide FRE Double Knock Override ......................... 26 Change Text............................26 Set Date/Time ............................27 Configure Zones ............................ 27 Input Programming..........................28 Input Programming General Rules ....................... 30 Output Programming ..........................31 Zone Groups and DN any zone 2 devices .................... 33 Sounder Settings ...........................
  • Page 4 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Cable Types ........................... 50 Configurations ..........................50 Ancillary Devices ........................... 54 Detection ............................54 Call points ............................54 Sounders ............................54 Input/output Devices ........................54 Zone Monitoring Units ........................56 Fan Controller FC6/FC18 ......................56 CFC 301 Technical I/O Unit –...
  • Page 5 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Earth Fault ............................. 71 Sounder 1 or 2 Fault ........................71 FRE, FPE, Fault relay Fault ......................72 The panel fails to auto-learn past a device ..................72 Locating a fault on a loop ....................... 72 Other Faults ............................

  • Page 6: Recent Amendments

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Recent Amendments Date Brief Details 30 Oct. 08 Mcom-s programming 05 Jan. 09 MIO324 T disable/enable 09 Jan. 09 Prog updates/Panel comm. 15 Jan. 09 Repeater Panels 17 Mar. 09 Output programming 20 Mar. 09 Double Knock 27 Apr.
  • Page 7 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Feb 19 MPU424 / CSC354CPR April 19 Tidy page number and figures July 19 CIOP 4/8 Program & wiring Sept 19 Tidy Contents page Sept 19 T1/T2, MIO324SST Oct 19 Reset screen Aug 20 Content Page section 20 updated.

  • Page 8: Introduction

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Introduction This document covers the Eaton Addressable Fire System and is intended to extend and / or suppliment the information given within the product manuals It does not cover all eventualities but tries to demonstrate available options within the Panel menu structure and document changes and additions new features and updates are applied.

  • Page 9: Site Installer Software Version

    3.3.53 Site Installer Software version To compliment the onboard menus, Eaton Addressable systems have a dedicated software package to allow ease of programming. Software is key protected and the unlock keys are issued by Fire Technical Support following system training. There have been many versions issued over the years in support of our continual improvement policy.

  • Page 10: Menu Structure

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Menu Structure User Access Code Touch top left corner ‘Supervisor FRE Off’ and the number pad appears, enter either ‘User code’ Fig 2 or the Engineer Code Fig 3 Fig 1 Fig 2 Engineers Menu Fig 3 Amended: April 22...

  • Page 11: Loading And Totals

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Loading and Totals The general rules are that the panel is capable of supporting up to 200 devices per loop; this can be a combination of Detection, Callpoints, I/O units, Repeaters and Sounders. The protocol and internal memory are constructed in such a way that there are certain loading rules which must be strictly enforced.

  • Page 12: Zones

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Zones Assigning devices to the relevant zones can be done either at the panel direct or by using site installer. The contractor should always provide the zone information, as this is part of the system design process and takes into account the fire compartment boundaries.

  • Page 13: Disable/Enable Devices

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Disable/Enable Devices This menu allows the customer to disable and enable selected detectors, zones or I/O’s. Detectors and zones are self-explanatory, simply touch the Enabled/Disabled box against each zone or device. The disable I/O menu however, allows the user to disable FRE, FPE, AUX relay, Fault output and panel Sounders 1 &...

  • Page 14: Replace Device

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Replace Device The replace device function is used to change faulty equipment without the need to change text or zone allocation. The faulty component is changed and then the replace device function selected, the loop and address of the faulty device are inputted, and the panel then scans the loop for address 254, when it receives a reply the previously inputted address information is programmed on to the new device.

  • Page 15: Double Knock

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Double Knock. Double knock operation is programmed on site installer and is used to prevent unnecessary evacuation of the site. Two fires are needed from the selected list before the output condition is satisfied and the output can operate.

  • Page 16: One Man Walk Test

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide One Man Walk Test. This function is like the weekly test feature, this allows the engineer to test the complete system without having to continually return to the panel and reset it. Once all devices have been tested the ‘Stop’...

  • Page 17: Autolearn By Loop

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Autolearn by Loop On software v 3.0 (introduced August 07), Autolearn by loop has been introduced. This allows a second loop to be learned without having to relearn Loop 1. (which, in early versions, only allows one attempt) If a second loop controller is installed, then the option to learn loops 3 &...
  • Page 18 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide • On the original Panel, go to the position of the new loop you have just learned. In this example it is loop3. Right click and select copy loop • When the copy loop dialog box opens select the newly learned loop from the dropdown, from the newly downloaded panel •...

  • Page 19: Analogue Level

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Method 2 (Maintenance Autolearn) • Firstly, using the Site Installer software, take a download of the current configuration file. Save a copy. • Ensure you are only adding devices to the new loop and all devices are new or have been set to the default address of 254.

  • Page 20: Programming I/O And Sounders & Sub- Menus

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Programming I/O and Sounders & Sub- Menus. Panel Outputs The only sounder programming which can be changed on the panel is the sounder tone and the volume, if these settings are changed then the changes are applied to all the sounders on the system whereas if the settings are done on the site installer software then it is possible to individually configure the sounder tone and volume for each sounder.

  • Page 21: T1 & T2

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Fig 7a T1 & T2 Also contained within the above menu are T1 & T2 timers, this feature enables the user to acknowledge an alarm and investigate the cause before full alarm and the building is evacuated. (see Fig 8) T1 time delay is between 10 secs and 3 min.
  • Page 22 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Up to 3 Full (selectabl alarm* Fire Detecte Acknowledge Up to 10 Silence Full alarm** (selectable) **Once all programming Call point or I/O Override (selectable) Fig 8 (EN Mode) When the delays are running during an alarm condition, a numerical countdown is displayed on the screen to indicate time remaining before the expiry of the current timer.
  • Page 23 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide The release dated July 2011 has also introduce extra features within the T1/T2, the first of which allows the user to select which internal outputs respond to the T1/T2 time delays (see FIG 10) Fig 10 The second feature allows the user to select which external outputs should respond to the T1/T2 time delays.

  • Page 24: Alarm Verification Feature

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Alarm Verification Feature When this is set any detector that enters a fire condition will show on the panel, but no sounder program will be activated, a 15 sec timer will start. At the end of the 15 secs, if the detector is still at alarm level the sounders will activate.

  • Page 25: Class Change

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide If required the main system can be used inplace of the Part 6 smoke alarms and still minimise false alarm evacuations This system is set up using a combination of the menus on the panel and the Site installer program. There are 3 settings within the HMO menu;...

  • Page 26: Sounder Tone

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Sounder Tone Recent product introductions include an Australian Bell Tone electronic sounder for school applications. These operate as normal electronic sounders during an alarm situation but go to bell tone when class change is operated. This feature is at odds with the HMO settings above, so the panel must be informed if these sounders are installed.

  • Page 27: Set Date/Time

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Set Date/Time Fig 14 The ‘Set Date/Time feature is a relatively simple and self-explanatory method of setting the date and time. However, if the panel is part of a multi-panel network, all of the clocks would need to be synchronised. An extra button ‘Synch with master’...

  • Page 28: Input Programming

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Fig 15 Input Programming. Input devices are Detectors, Callpoints and the input side of an I/O unit which can be programmed on the Site Installer to carry out different functions, (If un-programmed the default is Fire). The Device Inputs box is opened by ‘right clicking’...
  • Page 29 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Fig 16 Amended: April 22...

  • Page 30: Input Programming General Rules

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Input Programming General Rules Function Operational Results Comments Fire Fire Event on all panels, This is the default local and network programming Fault General fault on all panels, local and network Reset Performs a Soft reset on all panels, local and network Silence Silences local and...

  • Page 31: Output Programming

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Output Programming Outputs are classed as Sounders/Beacons, I/O units, Sounder Control units and Shop Unit Monitors. The panel can accept 120 outputs per loop, (60 Sounders set low) and 20 I/O units (each I/O automatically takes three channels).
  • Page 32 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide If the sounder trigger is by address, zone or panel then ‘allocate devices box can be used, the allocate devices box appears and the trigger source can then be selected. For example, if this sounder is to operate only on a specific zone then that zone can be highlighted and moved to the right-hand box (up to a max of 16 per stage) and hit ‘ok’.

  • Page 33: Zone Groups And Dn Any Zone 2 Devices

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Zone Groups and DN any zone 2 devices To further enhance the cause and effect programming options Zone groups have now been added into both Site installer and the latest release software (JUL 2011). 250 Zone groups have been added to the system so that when any output devices trigger source is by zone this now becomes by zone group.
  • Page 34 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Fig 20 Fig 20 shows that zone group 1 has 1 zone allocated up to 32 zones can be allocated to this group. Fig 21 The double-knock ‘any zone 2 devices’ has been radically improved – in the previous version only one zone was allowed in the assigned zone groups.

  • Page 35: Sounder Settings

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Further recent additions to both Loop software and Site installer allows the programmer to select extra features on the output programming box Fig 22 2 extra tick boxes have been provided; the first is used to tell the output device to follow any delays set in the T1/T2 menus on page 16.
  • Page 36 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Fig 23 Fig 24 This sounder (address 2) can now bet set to any of the required settings available. If All of the sounders on this loop were required to be the same volume then choosing the address from 2 to 116 on this loop would ensure that all sounders in the range chosen would follow the settings in the boxes.
  • Page 37 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Fig 25 In the later software version site installer the sound settings are achieved by setting an individual sounder as shown and the using the settings indicated, once set right click the device and use the ‘Copy Configuration’.

  • Page 38: Add/Delete

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Add/Delete. Fig 27 This function allows new devices/zones to be added to the system. When a zone is added then the panel uses the next zone number and adds it to the zone list. When a new device is added then the panel asks which loop the device is connected to and the scans the loop looking for a reply of 254, once this reply is received that device is allocated the next available address location, this process is then repeated for the next device to be added.

  • Page 39: Configure Heat Detectors

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Configure Heat Detectors. Fig 28 When a heat detector has been auto learnt on to a loop the default setting is rate of rise. If a fixed temperature setting is required, then the detector must be changed via the panel menu before the database is downloaded to the laptop computer otherwise when a check config is carried out the there will be conflicts on all the heats that are set to fixed temperature on the laptop.

  • Page 40: Day / Night Settings

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide If the network is such that all messaging needs to be turned off, but certain panels need to communicate directly with each other this can be controlled using the network filtering system where individual panel messaging can be enabled/disabled across the network.

  • Page 41: High Level Menus

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide High Level Menus NOTE: Not all buttons are available on all versions of firmware. Those shown below are for 3.03.53 (PH2 – 2016) Fig 31 Buzzer Disabled / Enabled The Buzzer can be permanently disabled using this feature, a disabled led will be displayed on the panel and when interrogating the disable devices in the user menu, this will be shown as one I/O disabled.

  • Page 42: Optical Detector Sensitivity

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide On release version Jul 12 when all devices are enabled from the 130170 menu the panel will automatically ‘Hard reset’ to ensure All devices are enabled. Optical Detector Sensitivity The sensitivity of the Optical detectors can be reduced by up to 70% to prevent unwanted alarms in hot dusty environments such as the Far east and India.

  • Page 43: Activate On Evacuate

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Activate on Evacuate Fig 32 This feature allows the user to further filter what is required to operate when Evacuate is not locked. Intermittent Fault Search When a device goes into fault the panel has polled the detector a number of times to confirm the fault (this is called integration), this can take up to 90 secs dependent on the length of the loop and number of devices installed.

  • Page 44: Reset To Factory Settings

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Fig 34 Reset to Factory Settings This feature will restore the panel to its factory settings, which on a programmed system is catastrophic and not to be used lightly. On older software variants the panel will go into Autolearn – losing all programming. It will also re- calibrate the screen and put the default logo onto the screen.

  • Page 45: Daylight Saving

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Daylight Saving Fig 35 Daylight saving mode which would normally be set for the UK market can now be disabled in the high- level menu. BS 5839 Button This button has been added for when there is significant cause and effect programmed into the system, but the outputs need to meet BS5839 specification.

  • Page 46: Non-Latching Rf Faults

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide PH2 Software version 3.3.53 (Date ) Improved the functionality of this feature and ensured compliance with the current EN54 Non-Latching RF Faults. With the addition of the Addressable and Conventional Radio Fire Hybrid panels and the ability to network Radio panels, extra features have been added into the menu structure to support these units.

  • Page 47: Abnormal Comm's Detection

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Abnormal COMM’s Detection. Abnormal comms has always been monitored within the loop code, however when any abnormal comms is generated by raised background current this will generate a fault on the panel. This is a requirement for EN54 part 13 Fast Automatics.

  • Page 48: Sounder 1 & Sounder 2

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Fig 40 Sounder 1 & Sounder 2 This menu allows the conventional sounder circuits to be set to continuous or pulsing, delayed or double knock Terminology When the panel goes into Fire the word FIRE or ALARM can be selected to display this as part of the indication on the screen.

  • Page 49: Networking

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Networking Introduction Up to 63 Easicheck and 126 DF6000 panels can be networked together. Each panel must have a Self-Addressing Network Card fitted to the main PCB. Network Technology used is “LonWorks” (Protocol). Terminator resistors Draka 910234 2 x 51 Ω...

  • Page 50: Cable Types

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide The network can be wired as either a Loop or a Radial. If Booster devices are used the system must be run as a Radial The maximum cable length before Boosters are used is 1000m. The Terminator resistors are fitted across the network to smooth out the signal.
  • Page 51 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Fig 44 Network configuration without Boosters – Loop Topology Fig 45 Amended: April 22...
  • Page 52 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Network Card connection details, terminator resistors are set in the previous paragraphs. Fig 46 In certain circumstances where network security needs to be more robust, and all UL Panels, the network needs to have a back-up system should the network fail, in this instance a Dual redundant network card is provided.
  • Page 53 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide The latest network cards have a terminal block connecting to a Resistor/capacitor circuit to connect the screen to the correct earth point. Fig 48 102  NONE NONE 102  Fig 49 Single Card Layout 102 ...

  • Page 54: Ancillary Devices

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Ancillary Devices Detection Standard devices include Photoelectric, Ionisation (which will be obsolete by Dec 2007), Multimode heat and the replacement for the Ion, the Opto Thermal. The heat detector defaults to RoR when the panel is in Auto learn, these must be set to the required value RoR, BS (fixed 60 deg) or CS (fixed 78 deg) before upload or download to the laptop.
  • Page 55 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Each channel is individually programmable both for inputs and outputs in the same way as the MIO1240. Because this device only holds 1 address there is no way to apply text to the individual channels. This unit contains the same restrictions concerning delays –...

  • Page 56: Zone Monitoring Units

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Zone Monitoring Units MIU 871 This is a true Zone monitor with 2 inputs, one for a zone of conventional call points the second for a zone of conventional detectors (max 20). End of line for the call point zone is 6K8, end of line for the detection zone is the EOLM 1 (the JSB FXN 520 series can only be used on this zone).

  • Page 57: Smoke Control

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Smoke Control From Jun17 radical software changes to the FC6/18 and the introduction of new modules MCOM-FC now allow the Fan controller to be used as a Smoke control/management device. Rules. 1. Allowed up to 48 output channels per loop, which means 2 x FC18 and 2 x FC6 or 8 x FC6 2.

  • Page 58: Mcom-Fc

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide MCOM-FC A dedicated output device to work in conjunction with the Smoke Control System and FC6/18. Due to the nature of operation this device will show as in fault from the Analogue Values screen however this does not mean the device is in fault.

  • Page 59: Repeater Protocol Devices

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Repeater Protocol Devices Repeater protocol devices are: Panel repeater (Loop mounted), LED repeater, CIOP 4/ 8 & CIOP 7273. These devices, with the exception of the panel repeater, have a 2 stage programming process and while there a subtle differences is the execution of programming the actual device the overall methodology is the same: 1.

  • Page 60: Led Repeater & Graphical Mimic Relay Board (Ciop4/8)

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Fig 54 LED Repeater & Graphical Mimic Relay Board (CIOP4/8) The 32 way LED and relay mimic boards reply as a repeater when Autolearned, so also need to be configured correctly within Site installer. Fig 55 These mimics are configured as a master board and slaves to create up to a total 250 outputs.
  • Page 61 EMEA Fire Technical Support: DF6000/CF3000 Applications Guide 2. Move the Jumper on the board of the mimic to RS 485/232 as shown on the attached doc 3. Hit the Hard-reset button on the board. 4. Right click the repeater icon on the site installer and when the box appears choose ‘download rules to repeater’.

  • Page 62: Ciop7273

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide A third repeater called a Graphical Mimic Relay board has recently been added to the range – this device provides 8 outputs or 4 inputs depending on model The inputs are pre programmed reset, evacuate, silence and test. The outputs can follow Fire are programmed in the same manner as the 32 way board.

  • Page 63: Touch Screen Repeater

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide From Jun17 a new device which also replies as a repeater has been introduced to provide compliance to this regulation. The BS 7273 interface is programmed in the same format as all previous repeaters. Right click the device icon and choose ‘Edit repeater’...

  • Page 64: Getting Started & Fault Diagnosis

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Getting Started & Fault Diagnosis Powering the panel. When the panel is powered up it will go through a boot up sequence and will test all the display LEDs. The touch screen should be illuminated and show the normal front screen. If that does not happen this section details common problems and methods of fixing the problem.

  • Page 65: Power Led On But Touch Screen Is Not Illuminated

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Power LED on but touch screen is not illuminated Connect a PC using panel comm. When the panel is reset debug code should be shown on panel comm, if it is the following should fix the problem. Ensure the connector on the inverter is securely in position.

  • Page 66: Commissioning

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Commissioning Check the loops with a multimeter ↓ Auto-learn the panel ↓ Upload to a PC (Optional) ↓ Download from a PC ↓ Check auto-config ↓ Run Intermittent Fault search ↓ Test the devices Loop Checking with a multimeter The first quick test that should be done on all the loops is to check the continuity of the loops using a multimeter.

  • Page 67: Problems

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Problems Dual address The dual address should be displayed on the screen the panel sees this fault if two or more addresses are responding at the same time. Other effects of the dual address could be the displaying of devices that have not been installed, the results of which could be a Beam detector, an SCU (sounder controller), a 4/20 mA interface or the worst case a Repeater Panel which causes a continual resetting of the main panel.

  • Page 68: The Panel Goes Into Fire Straight After Auto-Learn

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Detector not correctly inserted on base. If a detector is not fully inserted onto a base it is possible that the base switch will not be opened. The newer detectors and bases have a tab to show when the detector is fully inserted.

  • Page 69: The Panel Constantly Resets After Auto-Learn

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide The panel constantly resets after auto-learn. This is a specific dual-addressing fault. Certain combination of devices dual addressing may cause the panel to think they are a repeater and respond to the responses by constantly resetting. The following steps should be done to remove this problem.

  • Page 70: Short Circuit Start Or End Of A Loop

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Fig 65 Measuring the voltage across the end of the loop for correct function this should be over 15V (usually over 18V). If the panel is left in this state, the end devices will go into fault. The faulty device should be one of the active devices.

  • Page 71: Short Circuit Middle

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Short circuit middle Device wired incorrectly. See wiring diagram. Device is drawing too much current. A faulty device may draw too much current and be detected as a short. Replace the device. Fault at address There are several possible causes of faults at individual addresses, the panel may show more information (e.g.

  • Page 72: Fre, Fpe, Fault Relay Fault

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide FRE, FPE, Fault relay Fault These are the other panel outputs, faults on these could be:- End of line resistor not fitted. Output line is shorted. NOTE: If all of the above faults are displayed and all outputs have their monitoring resistors in place the issue may be related to Loop controller 1 or in very rare occasions the Motherboard.

  • Page 73: Other Faults

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Other Faults Charger Fault This will show if the charge current is too low. Possible causes for this are:- The charger fuse has ruptured. The batteries are disconnected. The batteries are damaged. Battery Fault This will show if the charge voltage is too low.

  • Page 74: Programming Issues

    EMEA Fire Technical Support: DF6000/CF3000 Applications Guide Programming Issues Once Autolearned, the panel will work as a basic fire alarm provided there is no cause and effect required on the site. The panel, however, can transfer this learned information to the Site Installer program on a laptop, where full zone and address text can be programmed together with different relay outputs, sounder settings etc.

  • Page 75: Program Updates

    Program Updates Loop Driver Loop Driver software can be updated using a Cyclone Pro programming device; alternatively, to update the software the loop driver will need replacing. Display The display program can be updated using a utility program called Panel Prog or via the Site Installer program.
  • Page 76 9. Run PanelProg.exe, and ensure the correct serial port is selected. (It normally defaults to comm. 3) Fig 68 10. Load your.s32 file with the relevant program into PanelProg.exe. by clicking on the ‘open’ tab. 11. Click "update the panel". 12.

  • Page 77: Site Installer - Upload Firmware

    Site Installer – Upload Firmware The display software can now be updated using the later version Site Installer program (version 2.5.26 or higher). Fig 69 Click on ‘Commission’ ‘Upload Firmware and when the dialog box opens choose the required S32 file and click ’Open’.

  • Page 78: Panel Comm

    Panel Comm Panel Comm is a useful little program that allows engineers to connect directly to the panel via the upload/download port. This program is capable of communicating with the panel by way of sending commands to perform certain functions or receiving information also on command. Once opened the program needs no configuration and information will be seen to be scrolling in the main display window, such as ‘Updating time on screen’...

  • Page 79: Download Analogue Levels And Log To Pc

    Commands can be sent to the panel by putting a code into the line adjacent to the ‘Send’ button and hitting ‘Send’. The list of commands are; Code Function Code Function English DF6000 Test Screen Touch Screen Test LED Test (Spare) List CDR Calibrate Screen...
  • Page 80 Fig 72 6. In the ‘Receive file’ box use the ‘Browse’ button to select where the file is to be saved – generally ‘My Documents’. 7. In ‘Use receiving protocol’ choose ‘Xmodem’ then hit ‘receive’. 8. When the ‘receive filename’ box appears give the file a name and click ‘OK’ 9.
  • Page 81 Fig 73 Fig 74 Amended: Sept 21...
  • Page 82 Choose ‘commission’ then ‘retrieve event log’. When ‘save log as’ dialog box appears give the file a name and where the file should be saved and hit save. Fig 75 Fig 76 Amended: Sept 21...

  • Page 83: Cf1100/1200 Cpd Psu

    Fig 77 Once the file has been downloaded it will be saved as an HTML document available for E-Mailing. CF1100/1200 CPD PSU The CPD PSU is now fitted to CF11/12 and CF2000 panels. This PSU is required by the CPR regulations to monitor the state of the Battery by carrying out a minor discharge every 3 hours to ensure it will still last for the required standby period, followed by the 30 min alarm period.
  • Page 84 Fig 79 Amended: Sept 21...

  • Page 85: Annex 1

    Annex 1 Notes on CF2000 Introduced approximately 2007, the CF2000 was intended to be a low-cost Analogue panel for the integrator/partner program. The original version had the following features; • 2 Loops of addressable items of the same protocol of the DF6000 •...

  • Page 86: Supported Devices

    In anticipation for the introduction of CPD the PSU was sent to the approvals body and introduced approx. 2009/10, unfortunately this also required a change to the display software which required the replacement of the PCB. The display had no Bootloader Shortly after the PSU change the Display PCB was modified to accept tactile buttons, a huge improvement on the rubber version.

  • Page 87: Input/Output Devices

    Sounders, beacons, sounder beacons all appear on the DF6000 device list as alarm/beacons and a maximum of 60 are allowed per loop and set to low volume, the panel and site installer treats them all the same for programming purposes. The site installer allows 3 stages for the device outputs and various options can be chosen at each stage.

  • Page 88: Zone Monitoring Units

    The ULMCIM/C is identical to the above this unit replies as a Callpoint (Pullstation) so accommodating up to 200 per loop. The response time of operation has also been modified to operate in the same way as a Callpoint, so this item will put a fire on the panel quicker than a standard input generated from an I/O unit.

  • Page 89: Mardf6

    The MPU 424 is designed to accept 4 conventional sounder circuits with a total rating of 3.2A spread equally over the 4 outputs. This unit takes 1 address on the DF6 system and has its own power supply and battery backup. Version 2, CSC354CPR has been reduced to 1.6 A loading but is now an approved item Each individual circuit can have the same programming as a single loop sounder output.

  • Page 90: Menu Structure

    prior to programming the device. This is done by a right click on the device icon and choosing the correct type of repeater device from the drop-down box. The same download lead that is used to program the main panel is used for the repeater. Fig A02 When ready to download right click the device again and choose ‘send repeater’...

  • Page 91: Panel User Menu 2214

    Fig A04 Panel User Menu 2214 a) Operations Soft Reset – Panel Resets Evacuate – Panel Evacuates Silence Alarms – Panel Silences Lamp Test – Panel LEDS come on and off in sequence Weekly Test – Test LED comes on – Sounders come on for 3 seconds when a call point is activated - Panel does a soft reset b) View Events View Fire –...

  • Page 92: Panel Engineers Menu 2132

    Disable I/O - View Screen Log – View Screen Download View Test – View Screen c) Device Config Enable / Disable – Disable Address – Loop – Select Device to Enable or Disable Disable Zone - Select Zone to Enable or Disable Disable I/O - Select I/O to Enable or Disable Change Device –...

  • Page 93: Other Information

    c) Testing Test Zone – Select the zone to be Tested – Test LED on – Cancel to EXIT Test Sound Levels – Sounders turn ON and OFF - Cancel to EXIT and STOP sounders One Man Walk Test – Select or Disable Screen – Cancel to EXIT Global Flashing LED - Select or Disable Screen –...

  • Page 94: End Of Document

    Return to beginning of document End of Document Amended: Sept 21...

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