Protec Algo-Tec 6500, Algo-Tec 6600 Commissioning Manual

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Algo-Tec™ 6500/6600 INTERACTIVE DIGITAL ADDRESSABLE FIRE CONTROL SYSTEM (1-4 LOOPS)

COMMISSIONING MANUAL

Protec Fire Detection plc, Protec House, Churchill Way, Nelson, Lancashire, BB9 6RT, ENGLAND

+44 (0) 1282 717171 www.protec.co.uk [email protected]

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Issue

Modification Detail

Author

Date

2.8

Updated DLP Card addresses Updated loop Initialisation Fault Updated device type fault Added Device Zone Trans Fault

12/12/2018

2.9

Added description of the Promoted master Updated the description of the MIMIC Device Missing fault Added description of Deluge Drive Limit Fault Updated the description of the Unknown Active Device Fault Added damper control module faults

02/05/2019

2.10

Added description of the Loop Disablement CRC Fault. Added description of the Loop DLP Queue fault. Updated licence fault descriptions. Added description of the WODU Interface Board Missing fault. Updated the description of the Unknown Active Device Fault. Renamed Circuit Fault as Supply Out Fault and updated the description. Renamed Set Point Position fault as Position Fault and updated the description.

01/07/2019

Minor changes

19/07/2019

Document Revision Details

Notice

This manual may be revised as a result of enhancements to the system software or hardware. Check for revisions to this manual, and download them, from the website www.protec.co.uk

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Table of Contents

DOCUMENT REVISION DETAILS ................................................................................................................2

INTRODUCTION .........................................................................................................................................5

IMPORTANT INFORMATION FOR 19” RACK SYSTEMS ..................... ERROR! BOOKMARK NOT DEFINED.

1.0 COMMISSIONING MENUS ...............................................................................................................6

1.1 Login ...................................................................................................................................................... 6

1.2 Entering the Menu System ................................................................................................................. 7

1.3 Tools Menu ........................................................................................................................................... 8

1.4 Loop Tools ............................................................................................................................................. 9

1.5 Loop logging ....................................................................................................................................... 10

1.6 Allocate Addresses ............................................................................................................................. 11

1.7 Printer Menu ....................................................................................................................................... 13

1.8 Print current events ........................................................................................................................... 14

1.9 Print Historic Events .......................................................................................................................... 15

1.10 Diagnostic Tools ............................................................................................................................. 16

1.11 Networking ..................................................................................................................................... 17

1.12 Mapping Info .................................................................................................................................. 18

1.13 Quality .............................................................................................................................................. 22

1.14 Loop Info ......................................................................................................................................... 23

1.15 Clear All Disablements .................................................................................................................. 25

1.16 Rebuild ............................................................................................................................................. 25

1.17 Test menu ........................................................................................................................................ 26

1.18 Test options..................................................................................................................................... 27

1.19 Service Info...................................................................................................................................... 28

1.20 Upgrade ........................................................................................................................................... 29

2.0 FAULT EVENTS ................................................................................................................................ 30

2.1 Panel faults (Non-latching) ............................................................................................................... 30

2.2 Panel faults (Latching) ....................................................................................................................... 32

2.3 Network Faults ................................................................................................................................... 35

2.4 Loop faults .......................................................................................................................................... 37

2.5 Loop Device faults .............................................................................................................................. 39

2.6 6000 Digital Device Fault Information ............................................................................................ 41

2.7 IO faults ............................................................................................................................................... 46

2.8 Alarm events ....................................................................................................................................... 47

2.9 DLP Card Identification ..................................................................................................................... 47

3.0 CARD HARDWARE INDICATIONS .................................................................................................. 48

3.1 System Controller Card ..................................................................................................................... 48

3.2 Network Card ..................................................................................................................................... 49

3.3 I/O Card ............................................................................................................................................... 50

3.4 Loop Card ............................................................................................................................................ 51

3.5 Display Card ........................................................................................................................................ 52

4.0 TOUCH SCREEN CALIBRATION ..................................................................................................... 53

5.0 6500 TECHNICAL SPECIFICATION ................................................................................................. 54

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6.0 6600 TECHNICAL SPECIFICATION ................................................................................................. 55

7.0 STANDARDS, DIRECTIVES AND REGULATIONS INFORMATION ................................................. 56

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Introduction

This manual applies to the Protec 6500 and 6600 fire alarm control panels however for convenience; reference will be made only to the ‘6500’. Everything in this manual applies to the 6500 and 6600 unless stated otherwise.

The Protec 6500 Fire Alarm Control Panel has been designed and manufactured in the United Kingdom and complies fully with current standards dictating fire alarm system design practice ( EN54 parts 2 and 4 ).

This equipment and its associated connections must be installed, commissioned and maintained by a suitably trained skilled and competent person.

This equipment is not guaranteed unless installed and commissioned in accordance with current national standards

There are no user serviceable parts inside the 6500. The equipment and its associated connections must be installed, commissioned and maintained by a suitably trained,

skilled and competent person. A separate 6500 Installation Manual is available.

It is assumed that the commissioning engineer has read the 6500 User Manual and is therefore familiar with the basic operation of a 6500 fire panel.

For information on programming the panel and communicating via the PC using the commissioning software, refer to the Commissioning Software User Manual

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1.0 Commissioning Menus

1.1 Login

Access to the features of the 6500 is achieved by logging in. If it is displayed, Press Login and the display will show the code entry screen

If the Login button is not displayed, touch the middle of the screen to bring up the code entry key pad

Enter the engineer code by touching the relevant number buttons then touch Enter. If the code is correct then the display will show the main menu screen

For information on the Service Info screen and the Upgrade screen refer to the relevant sections.

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1.2 Entering the Menu System

When the engineer code is entered, the ‘Main Menu’ screen will be displayed.

Touch a menu option to select it.

Tools Menu - refer to section 1.3 Test Menu - refer to section 1.17

System View - refer to the user manual Disable / Enable - refer to the user manual History - refer to the user manual Settings - refer to the user manual

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1.3 Tools Menu

Touching Tools Menu displays options to show the commissioning tools

The printer menu is displayed if the configuration file downloaded to the panel included the printer fitted option.

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1.4 Loop Tools

Touching Loop tools displays the different loop options.

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1.5 Loop logging

Each loop must be logged and allocated. Logging finds all the connected devices, their type, software version and their physical order whilst Allocating allows the engineer to assign an address to each device. Until a device is allocated an address on the loop, the panel cannot communicate with it.

To log a loop, touch Loop logging to select the panel, then loop card, and then select the loop.

Loop logging is a two stage process, first it logs how many devices are connected to the loop then it maps them to find their physical position on the loop. Knowing their physical position makes fault finding easier. Loop logging can take several minutes; its progress is indicated on the display.

Touch Allocate to move direct to the allocation menu (see next section) else touch OK to exit the logging screen.

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1.6 Allocate Addresses

A loop must be logged before it can be allocated

Each Protec ‘6000’ loop device has a unique serial number. This serial number has to be linked to a

unique address. The process of linking the serial number to an address is known as address allocation.

To begin allocating the device addresses, touch Allocate addresses to select the panel, then loop card, and then select the loop.

Indicates the column used for sorting the data. Touch one of the other column headers to change the method of sorting.

This button provides a quick way to allocate the selected device to the lowest unused address, in this case the address is ‘1’.

This button finds the next device in the list to the one selected that has not yet been allocated an address.

This button finds the previous device in the list prior to the one selected that has not yet been allocated an address.

This button allocates the selected device the address that has been entered. The address range is ‘0’ to ‘200’. Each device must have a unique address between ‘1’ and ‘200’. ‘0’ or a blank address is used to de-allocate a device.

This button deletes the latest digit that has been entered.

On completion of the address allocation, touch Exit.

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Touch Exit to leave the allocation menu without saving any changes.

Touch Continue to return to the allocation screen.

Touch Save to store the newly allocated data. A progress bar is displayed as shown below.

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1.7 Printer Menu

Touching Printer Menu displays the printer options.

Note: - The printer menu option is only available on panels configured to have a printer.

Prints Loop Device serial numbers and analogue values after selecting the panel, the loop card then the loop.

Powers up the printer for a period of time to allow feeding of a new roll of paper.

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1.8 Print current events

Touching Print Current Events displays the printer options.

Prints the current faults.

Prints the current disablements.

Prints the current tests.

Prints the current alarms.

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1.9 Print Historic Events

Touching Print Historic Events displays the printer options.

Prints the last 100 Fire events from the historic log.

Prints the last 100 Non- Fire events from the historic log.

Prints the last 100 Alarm events from the historic log.

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1.10 Diagnostic Tools

Touching Diagnostic tools displays options to show the available tools.

The Networking button is not available on a single panel system.

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1.11 Networking

Touching Networking displays options to show the network diagnostic tools.

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1.12 Mapping Info

To access all the network information, this must be performed on the master panel. Slave panels are limited to displaying the network map.

Touch Mapping info then select the Network card. This displays a map of the panels connected to the network and a summary of the number of panels mapped and missing.

Pink indicates the master panel with no faults

Green indicates a slave panel with no faults

Yellow indicates that the panel has a fault. A red border to the yellow circle indicates that the panel is one side of a network break.

Blue indicates a slave panel that is acting as the master.

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Touch a panel icon to display its details as shown below.

A panel can have one of three roles:

 Master – The master manages all network functions  Slave DM – The deputy master assumes control when the master is offline e.g. whilst being

programmed

 Slave – A standard remote network panel  Promoted Master – A slave panel that is acting as the master panel

The master panel may display additional fault information to that shown above:-

Fault map error

The panel sequence found does not match the sequence downloaded to the master panel.

Fault network failed

There are too many network problems for the network to function.

Fault duplicate master

When the system was programmed, two panels have been set up as the master panel. Download the corrected configuration to both panels.

Fault too many nodes

The master panel discovered too many nodes when it initialised the network.

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The cabling information reports cable break information such as:-

 Break, a panel is reporting a cable break

When using a fibre optics unit cabling information reports cable break information such as:-

 Break-CH1, a panel is reporting a cable break on network Channel 1

 Break-CH2, a panel is reporting a cable break on network Channel 2

The status information reports issues such as:-

 Missing, a panel that should be on the network is currently missing

 Duplicate, two panels have the same panel number

 Unknown, an unknown panel is on the network

 Reverse, a panel has its channel 1 & 2 wiring reversed

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Re-initialise instructs the master panel to re-map the network.

Re-initialise is required when the network is first commissioned or when changes are made.

There should be no further need to re-initialise the network.

More info displays the panel sequence downloaded to the panel.

The panel sequence downloaded to the panel can be compared with the sequence found to

assist fault finding.

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1.13 Quality

Touch Quality then select the network card to display data that the panel has collected on the operation of the network.

Note: - The quality data can only be cleared by re-initialising the network.

This data is automatically refreshed.

Note: - This data can be used to check for network problems. Leaving the panel for one hour then rechecking should show no additional CH1 or CH2 UART errors.

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1.14 Loop Info

Touch Loop Info to display the diagnostic information after selecting the loop card then the loop

This data is automatically refreshed every 30 seconds.

Series Impedance Denotes the total resistance of both the loop positive and negative

conductors. A value greater than 32Ω is considered high. The maximum permitted resistance is loop specific because it depends upon both the loop length and current drawn.

Parallel Impedance Denotes the resistance between the loop positive conductor and the

loop negative conductor. This figure would normally be >500Ω.

Space Voltage Denotes the low voltage level of the loop signalling. This voltage will be

around 10V

Space Current Denotes the current drawn during the low voltage level of the loop

signalling. This figure should be almost zero

Shield Value The shield resistance is not measured on a 6500 panel so ignore this

value

Scan Time Denotes the time taken to communicate with every loop device. This

time period varies between 2.5 and 8 seconds

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Total Device Missed Replies Indicates the number of times that a loop device has failed to reply to

the loop card since the counter was last reset. This figure is an indication of the quality of the loop signalling. It is recommended that the counts are reset then the data is checked again an hour later. There should be no missed replies.

Total Exchange Errors Indicates the number of times that the loop card has failed to

communicate with the loop driver processor. This figure should always be zero.

Touch Reset Counts to clear the Total Device Missed Replies and the Total Exchange Errors to zero

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1.15 Clear All Disablements

Each panel stores all of the system disablements. The panels regularly monitor the disablements in order to ensure that all the panels remain in sync. If a disablement is applied or removed whilst a panel has been taken offline for reprogramming then when the panel re-joins the network, a disablement fault will occur. The only way to clear a disablement fault is to ‘Clear All Disablements’ and then ‘Clear system fault’.

Touching Clear All Disablements will blank all disablements on the system. See note below regarding key-switch disablements.

If a key-switch, used to generate a disablement, is currently active then, switch it off, clear all disablements then activate it again.

1.16 Rebuild

Each panel stores all of the faults. Occasionally the panels on a network can disagree about the number of faults. This can occur if one panel was temporarily isolated from the network.

Touching Start Rebuild will cause each panel to remove all faults except their own. Each panel will then transmit its own faults on the network. On completion of the rebuild, all panels will have the same record of all faults.

Unlike the previous Protec 6400 panel, during a rebuild each panel does not regenerate its own faults. Each panel simply retransmits its own events that already exist in its database.

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1.17 Test menu

Touch Test Menu to display the different test types

Touch a menu option to select it.

Test Options - refer to section 1.18

Lamp / Buzzer Test - refer to the user manual Zone Test - refer to the user manual Complete System Test - refer to the user manual Panel Test - refer to the user manual

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1.18 Test options

Touch Test options to display the test settings available

Note: - Only a single panel on the network may function as a selective display at any time.

Touch to enable the selective display on the current local panel

Touch to disable the selective display anywhere on the network

Enabling the selective display will cause test events to be displayed on only the selective display and local panel instead of across the entire network.

If the user wishes to use the selective display then the selective display option must be set before any test events are created.

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1.19 Service Info

Touch Service Info to display the details of the servicing company and the panel details

To change the details of the service company displayed here, use the X600 Commissioning software

Panel Type 65 indicates that this is a 6500 panel

00 indicates that this panel cannot support loops because it is a repeater 01 indicates that this panel can support one loop 02 indicates that this panel can support two loops 04 indicates that this panel can support four loops

NET6 indicates that the network card is suitable to connect to a local network with up to 6 panels. NET32 indicates that the network card is suitable to connect to a local network with up to 32 panels. NET64 indicates that the network card is suitable to connect to a local network with up to 64 panels.

Panel Number The panel number provides a quick way to find out which panel number this is

and also how many panels are on the system.

Panel ID The panel ID is the serial number of the controller card in this panel

Contractor Code Unlocked indicates that this panel is Open Protocol A five digit number indicates the contractor code of the servicing company

It is possible to upgrade a panel to support more loops or to connect to more network panels. Contact Protec for further details. It is recommended that a picture of the Service Info screen is emailed to Protec.

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1.20 Upgrade

Touch Upgrade to enter the upgrade code supplied by Protec

Once the upgrade code has been entered, return to the Service Info screen and confirm that the Panel Type is correct

The upgrade code is valid for a specific date; ensure that you use it on the correct date and that the panel date and time is correct before you enter the code.

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LCD Text

Description

Buzzer Isolated

The buzzer mute switch on the rear of the Display card is in the wrong state

DLP Card Missing

One of the cards within the panel is not communicating to the controller card.

1. Check that the cards have been fitted in their correct slots.

2. Review the configuration file

If a mimic controller (Wefa 521) is not communicating.

3. check that the red LED is be On and the green LED is

flashing.

DLP Card Offline

The card has been taken offline probably to be reprogrammed

Power Supply Fault

The panel has a power supply fault.

1. Check that the configuration option ‘Internal PSU fitted’

has been set correctly and downloaded to the panel

2. Use a meter to check the voltage on the ‘SF’ connection.

This should be approximately 12V

3. If the panel has an external PSU, check that both 24V

supplies are connected

4. Check that the temperature lead is fitted to the PSU

RS232 Comms Fault

The RS232 events transmitted by the panel are not being acknowledged. Check that

1. There is not a break in the cable

2. The baud rate in the configuration file is correct

3. The PC program (or whatever is receiving the data) is

running If there is no requirement for the RS232 interface, remove it from the panel’s configuration file

Tamper Fault

Applies to NZ panels only. Indicates that the panel door is closed and one or both of the following is true :-

1. The SGD is isolated or in test

2. The alarm outputs are disabled

Loop Disablement CRC Fault

There is a conflict between the disablement information held by the controller card and that held by the loop card

2.0 Fault Events

2.1 Panel faults (Non-latching)

All panel faults include a panel number, some include a card number. If required, refer to the separate section on DLP card identification.

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LCD Text

Description

Silence Switch Fault

Applies to NZ panels only. Indicates that the fireman’s silence keyswitch is active

MIMIC Device Missing

The mimic LED controller bus can support 64 devices. One of these devices e.g. an MEI board is missing. The reported address is the device DIL switch address plus one. In order for a mimic switch device (Wefa 522) to function 5V and Comms must be connected, the green device LED must be lit.

Deluge Drive Limit Fault

An attempt was made to exceed the number of permitted active deluge outputs. The panel has restricted the number of active deluge outputs.

WODU Interface Board Missing

Applies to prison WODU panels only. The WODU interface board (Wefa 562) that is connected to the display card via the Printer Data port is not communicating. Check that the green led on the interface board is flashing.

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LCD Text

Description

Configuration Error

There was an error in the configuration file when it was downloaded to the panel

One or more loops has been logged and allocated but the data has not been uploaded from the panel to the PC

This fault latches and can only be removed by fixing the configuration error in the Commissioning software and downloading the corrected configuration to the panel.

DLP Card CRC Error

A card is reporting a corruption in its memory. This card should be replaced

DLP Card Incorrect Version

One of the cards has out of date firmware and needs to be updated

Invalid Event

There was a problem transmitting this event on the network. Refer to the panel number to find the actual event. Report the problem to Protec

Panel Offline

The panel has been disconnected from the network probably to be programmed.

Printer Fault

The panel cannot communicate with its printer. Check that 1. the two printer cables are in place

2. there is sufficient paper

3. there is no paper jam If there is no printer fitted, remove it from the panel’s configuration file

System Fault

Faults that are deemed to be system faults will generate a separate System fault event. Fix the cause of the problem then press ‘Clear System Fault’.

Network Comms Fault

Every few minutes, the master panel transmits a message to one of the panels on the system. If this panel fails to reply then a network comms fault is generated. Press Reset to clear this fault. If the problem persists then the fault will be regenerated however the time taken to regenerate this fault depends upon the number of panels on the network.

2.2 Panel faults (Latching)

All latching panel faults include a panel number, some include a card number. If required, refer to the separate section on DLP card identification. These faults latch and can only be removed by pressing reset except where stated.

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LCD Text

Description

Disablement Fault

Every few minutes, the master panel transmits the disablement information to the other panels on the system. If one of those other panels discovers that the received information does not match its own information then this fault is reported. To remove this fault :-

1. From the Tools menu, press ‘Clear All Disablements’

2. Press Reset

3. From the Settings menu, press ‘Clear System Fault’

Internal Error – System DB

Indicates that the system database is filling up. Contact Technical @ Protec

a) Upload the fire & non-fire databases from each panel that

is reporting the fault using a PC program supplied by

Technical. Note that the historic log is not to be confused

with the database

b) The fault can only be cleared by taking the panel offline

and back online

c) Once the database is full, the panel cannot function

correctly

Internal Error – DLP Queue

Indicates that the system failed to send information to a loop card

a) The fault can only be cleared by taking the panel offline

and back online If the fault persists, contact Technical @ Protec

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LCD Text

Description

Licence Fault 0x0001

There is a serial number mismatch between the display card and the controller card. This indicates that one of the cards has been swapped for a replacement. To remove the fault :-

a) Replace the original card and if necessary cycle the power

off and back on

b) If a new card has been purchased then contact the

supplier for an upgrade code.

c) Enter the upgrade code

Only one licence fault can be generated by a panel at a time. Other licence faults may be present.

Licence Fault 0x0002

There is a network configuration issue. This indicates that more than six panels are in the network configuration file and the panel generating this fault is only licensed for a six panel network. To remove the fault :-

a) If more than six panels have been included in the

configuration in error then remove the incorrect panel,

rebuild the configuration file and download it.

b) Contact the panel supplier for details of how to upgrade a

panel. Only one licence fault can be generated by a panel at a time. Other licence faults may be present.

Licence Fault 0x0003

There is a network map issue. This indicates that more than six panels are in the network map received from the network card and the panel generating this fault is only licenced for a six panel network. To remove the fault :-

a) If more than six panels have been connected in error then

remove the extra panel and if necessary cycle the power

off and back on

b) Contact the panel supplier for details of how to upgrade a

panel. Only one licence fault can be generated by a panel at a time. Other licence faults may be present.

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LCD Text

Description

Network Comms Fault

See section 2.2 for details

Network – Break Panel X – Panel Y

There is a break in the network between Panel X and Panel Y where X and Y are the panel numbers

Network Card Flash Checksum Fault

There is a memory corruption in the network card, replace the card

Network Card Isolated

The network card is not communicating with the network, check that switch 1 is off

Network - CH2 PSU Fault

There is a fault in the network card’s isolated power supply,

replace the card

Network - Configuration Fault

The configuration data received by the network card is corrupt

Network - Duplicate Master

Two master panels have been detected on the network. There are two possible causes:

1. Two panels have been assigned as the master in their

configuration data. This needs correcting using the PC commissioning software

2. During a double break of the network wiring, two panels have

to perform the job of master. On restoration of the network, one of these has failed to relinquish control of the network. Reinitialise the network at the original master panel

Network - Duplicate Panel(s)

The network has initialised with two panels that have the same number. This needs correcting using the PC commissioning software. Note that neither panel is allowed to transmit an event so each will eventually display a Slave CTS fault

Network - Failed

The network is not operational because there are too many faults

Network Fault - Network Master Elected

The network has unexpectedly lost the master panel so another panel has automatically been assigned as the master until the problem is fixed

Network – Map Fault

The physical order of the panels does not match the order downloaded to the master panel

Network – Missing Panel

One or more panels in the master panel’s network configuration

data is missing.

Network - Reverse Wiring Fault

One or more panels has its network CH1 and CH2 wiring reversed

Network - Slave CTS Fault

The panel has an event to transmit but the network master panel is not permitting it to transmit. This fault will be reported by duplicate panels.

Network - Too Many Panels

The network has initialised with too many panels. The network supports a maximum of 64 panels

Network - Unknown Panel(s)

The network has initialised with a panel that is not in the master panel’s network configuration data

2.3 Network Faults

All network faults include a panel number Network faults latch and can only be removed by pressing Reset

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LCD Text

Description

Network - CH1 Shutdown Fault

A network fault has occurred causing the panel to ignore data from network CH1

Network - CH2 Shutdown Fault

A network fault has occurred causing the panel to ignore data from network CH2

Network - I2C Link Fault

The communications link between the local network card and the core network card is faulty

Network - RS485 CH1+ Partial O/C

There is a high resistance in the CH1+ cable

Network - RS485 CH1- Partial O/C

There is a high resistance in the CH1- cable

Network - Running On Processor B

Processor ‘B’ is the backup processor and is only used when processor ‘A’ has failed

Network - Short A Leg To B Leg

There is a short circuit fault in the network between CH1+ and CH1-

Network - Short A Leg To Screen

There is a short circuit fault in the network between CH1+ and the screen

Network - Short B Leg To Screen

There is a short circuit fault in the network between CH1- and the screen

The following network faults are not available in some panel options.

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LCD Text

Description

Loop Drive Open Circuit

The loop has a break in its wiring. The fault threshold is currently set to 100Ω

Loop Drive Overload Fault

The loop cannot be driven due to an overload condition.

Loop Drive Parallel Fault

There is a low resistance between loop ‘+’ and loop ‘-‘. The fault threshold is currently set to 200Ω (Issue E) or 120Ω (Issue F). This fault will also occur if more than ten loop device repeater LEDs are turned on at the same time

Loop Drive Series Fault

There is a high resistance in the loop wiring. The fault threshold is currently set to 80Ω (Issue E) or 50Ω (Issue F) however any value greater than 32 is considered high. The loop current calculator in the commissioning software must be used to determine if the system has been designed correctly.

For export customers who use loops for detection devices only, there is an option to ignore this fault. Users of the option take responsibility for checking that the loop devices function correctly. This checking includes correct operation at low battery voltage levels or when there is a loop open circuit.

Loop Drive Short Circuit

The loop has a short in its wiring. This fault is probably :-

1. in the wiring between loop side ‘A’ and the first device with

an isolator

2. in the wiring between loop side ‘B’ and the last device with

an isolator

Loop Drive Processor Fault

The loop driver processor has reported a fault.

1. The panel reporting the fault must be taken offline then

back online to clear this fault

2. Report this fault to Technical @ Protec

2.4 Loop faults

All loop faults include a panel and loop number. All Loop faults latch and can only be removed by pressing Reset.

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LCD Text

Description

Loop Card Processor Fault – 0xabcd

The loop card processor has reported a fault.

1. The panel reporting the fault must be taken offline then

back online to clear this fault

2. Report this fault to Technical @ Protec along with the

number ‘abcd’

Unknown Active Device

This fault normally occurs during commissioning and indicates that a device that hasn’t been allocated onto the loop has an active input. Only MCPs and interface devices eg MICCO, MIP, ZAI, 16 Way boards etc can cause this fault. Detectors and sounders cannot cause this fault. If this fault occurs on a live site that has already been commissioned then :-

1. Check the loop diagnostic data for problems including

missed replies.

2. Put the loop into exchange device mode then press Reset.

This would reveal an added device if one was present. This fault could increase the time taken for an MCP or other loop device to generate a fire signal. This fault was previously displayed as ‘Loop Drive VPI Fault’

Loop Initialisation Fault

The loop has failed to initialise correctly. None of the devices on the loop may function correctly. This fault can be caused by the loop being disabled because the panel is not licensed to run the loop. If this is the case then there will be no voltage on the loop. Use the Service Info screen to check the panel type and confirm the number of licensed loops.

LCD Text

Description

Loop Drive Shield Fault

There is a cable break in the loop shield. This fault can only occur on a 6600 panel

The following loop faults are not available in some panel options

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LCD Text

Description

Alarm Fault

A device with a relay or sounder output has reported a fault e.g. 16Way

Device Added Fault

An unallocated device is on the loop. The panel will report the device type and serial number. Up to eight devices per loop can be reported as added. This fault is latching until the panel is reset.

Device Fault A loop device has reported a fault

A 16 Way board has a local supply monitor fault. This can only be reported by the first address of the 16 Way board

Device CO Sensor Fault

The CO sensor in the device has a fault

Device Failed Setup The device did not initialise correctly.

To remove the fault and re-initialise the device, remove the device for 60 seconds then replace it

Device Invalid Sensitivity

The sensitivity, or alternate sensitivity, programmed for this device is incorrect. Review the settings for this device in the commissioning software

Device Open Circuit

The device is reporting an open circuit at its input e.g. 16Way

Device Pre-Alarm Fault

The loop device has reached a pre-alarm condition

Device Short Circuit

The device is reporting a short circuit at its input e.g. 16Way

Device Type Fault

The panel reports that the device is the wrong type. This fault is rare and is more likely caused by poor loop communications. Use the diagnostic tools to check the loop info for missed replies.

Input Open Circuit

The device e.g. MIP has a break in its monitored input circuit. Typically the end of line resistor is missing

Input Short Circuit

The device e.g. MIP has detected a short in its monitored input circuit.

Loop Device missing

The loop device is not replying to the loop card

Output Group Fault

There has been a problem programming the device output group. To remove the fault :-

1. Press Reset or

2. Remove the device, wait till the panel reports it missing

then replace it. If the problem persists, replace the device

2.5 Loop Device faults

All loop device faults include a panel, loop, address and zone number along with the device type

Page 40

LCD Text

Description

Zone O/C + Alarm Fault

The device, typically a ZAI, has two faults

Zone S/C + Alarm Fault

The device, typically a ZAI, has two faults

Zone Trans Fault

1. A ZAI device is reporting the loss of zone communications

probably caused by the auxiliary 24V supply missing.

2. An LCM device is reporting a tamper fault.

Device Battery Fault

A wireless device is reporting that either its main battery is low or its standby battery is low

Device Tamper Fault

A wireless device is reporting a tamper fault

Device Pipe Fault

Reported by a Cirrus or Propoint device

Device General Fault

Reported by a Cirrus or Propoint device

Damper Fault

The damper interface unit (DIU) is reporting a damper monitoring fault or a combination of faults. Refer to PID 243

Damper Supply Fault

The damper interface unit (DIU) is reporting a supply fault

Damper Switch Fault

The damper interface unit (DIU) is reporting a problem with its limit switch monitoring. Refer to PID 243

Closed Switch Fault

The damper control module (DCM) is reporting a problem with its closed switch monitoring eg missing EOL resistor

Open Switch Fault

The damper control module (DCM) is reporting a problem with its open switch monitoring eg missing EOL resistor

Open Switch Position Fault

The damper control module (DCM) is reporting that its actuator should be in the open position but it isn’t.

Closed Switch Position Fault

The damper control module (DCM) is reporting that its actuator should be in the closed position but it isn’t.

Supply Out Fault

The damper control module (DCM) is reporting a problem with its outgoing supply. This is probably caused by a blown fuse in the DCM.

Position Fault

For a three position damper, the damper control module (DCM) is reporting that its actuator should be in the set point position but it isn’t. For a two position damper, the damper control module (DCM) is reporting that its actuator is in the opposite position to its intended position.

DCM Supply Fault

The damper control module (DCM) is reporting a problem with its incoming supply. This is caused by one of the following :-

 The power supply is missing (24V dc or 230V ac)  An open circuit at the Fault Input terminals

This is not a DCM fault and the cause of the missing power supply should be investigated.

Page 41

Type

Analogue Value

Notes

MICCO & 4 Way MICCO

Short circuit on the input 18

Open circuit on the input (cannot see 47K EOL)

Normal

220

Alarm ( 330R ) – Device LED switched ON

MIP & 4 Way MIPCCO

Tamper fault on the Magnetic Interface (Anti-ligature detector) Special 17

Short circuit on the input

Open circuit on the input (cannot see 47K EOL)

Normal

200

Pre-alarm ( 22K )

220

Alarm ( 1K ) – Device LED switched ON

16 Way 16 PAI & 16 FRI

Supply voltage below 13V 11

O/C Zone, Alarm fault and local supply fault

S/C Zone, Alarm fault and Local supply fault

O/C Zone and Local supply fault

S/C Zone and local supply fault

Local supply fault (only applies to first address)

S/C Zone fault

O/C Zone fault

Alarm fault (cannot see 47K EOL)

Alarm fault and S/C Zone fault

Alarm fault and O/C Zone fault

Normal

218

Zone fire, Alarm fault and local supply fault – Device LED switched ON

219

Zone fire and Alarm fault – Device LED switched ON

220

Zone fire – Device LED switched ON

ZAI, LP ZAI 4 Way ZAI & 4W LP ZAI

Replace the device

Zone short circuit

Zone open circuit (cannot see 8K2 or capacitive EOL)

Alarm fault (cannot see 10K EOL)

Zone short circuit and alarm fault

Zone open circuit and alarm fault

Loss of zone comms eg aux 24V

Normal

219

Fire and alarm fault – Device LED switched ON

220

Fire – Device LED switched ON

2.6 6000 Digital Device Fault Information

Page 42

Type

Analogue Value

Notes

LCM (Mutable ZAI) PCB WEFA 429

192

Normal ie not isolated and not muted

- 128

Isolated ie user has pressed mute button but LCM is not in alarm

- 64

Muted ie user has pressed mute button whilst LCM is in alarm

+ 32

Automatic Device Fire

+ 16

MCP Fire

+ 8

Zone O/C

+ 4

Zone S/C

+ 2

Alarm fault (cannot see 10K EOL)

+ 1

Tamper fault

Evac Mimic PCBs

WEFA 320 + WEFA 319

Reply byte 1 CH1

Use ‘Device Data’ in Engineer menu to obtain the analogue value

Link ENB to 0V for the inputs to be used

Normal (PSU+4 = +5 = 0V, Evac Groups 49 – 64)

Normal (PSU+3 = 0V, Evac Groups 65 – 80)

Normal (PSU+3 = +5 = 0V, Evac Groups 81 – 96)

Normal (PSU+3 = +4 = 0V, Evac Groups 97 – 112)

Normal (PSU+3 = +4 = +5 = 0V, Evac Groups 113 – 128)

Normal (PSU+6 = 0V, Display Groups 129 – 192)

Normal (PSU+6 = +7 = 0V, Display Groups 193 – 255) LED 256 is lit !

PSU Fault (or PSU link to 0V missing)

Normal (Evac Groups 1 – 16, Display Groups 1 – 64)

Normal (PSU+7 = 0V, Display Groups 65 – 128)

Isolate Input Active

101

Normal (PSU+5 = 0V, Evac Groups 17 – 32)

117

Normal (PSU+4 = 0V, Evac Groups 33 – 48)

Reply byte 2 CH2

Use ‘Device Data’ in Engineer menu to obtain the analogue value 128

Normal

Page 43

Type

Analogue Value

Notes

CPRO I/F

aka MUX I/F

PCB WEFA 329

Reply byte 1 CH1

Use ‘Device Data’ in Engineer menu to obtain the analogue

value

Particle level

Typically less than 10

ALWAYS CHECK THE CIRRUS UNIT TO CONFIRM THE ACTUAL UNIT STATUS

Reply byte 2 CH2

Use ‘Device Data’ in Engineer menu to obtain the analogue

value

Normal

Fault or external (K/S) Disable

Airflow fault

External (K/S) Isolate

System fault

Pre-alarm

Fire level 1 A single fire signal is generated irrespective of which of the three fire levels is signalled by the CPRO (standard software)

Fire level 2

128

Fire level 3

Reply byte 3 CH3

Use ‘Device Data’ in Engineer menu to obtain the analogue

value

Sum the bits to equal the analogue value

None of the faults below are present

Water fill fault or no water

Expansion board fault

LED fault

PSU or battery fault

128

Vacuum, sample, purge or chamber seal fault

Page 44

Type

Analogue Value

Notes

Cirrus Hybrid Type 0x33 & Propoint Plus Type 0xCE

Reply byte 1 CH1

Use ‘Device Data’ in Engineer menu to obtain the analogue

value

Fire level

Normal

Pre-alarm

Fire level 1

Fire level 2

Fire level 3

ALWAYS CHECK THE UNIT TO CONFIRM THE ACTUAL UNIT STATUS

Reply byte 2 CH2

Use ‘Device Data’ in Engineer menu to obtain the analogue

value

Bit 0

System fault

Bit 1

Pipe fault

Bit 2

Pipe disabled

Bit 3

Pipe initialising

Bit 4

Pipe airflow fault

Bit 5

Unit Supply fault (indicated for all pipes)

Bit 6

Pipe isolated (indicated for all pipes because the unit is isolated)

Bit 7

No water (indicated for all pipes)

Reply byte 3 CH3

Use ‘Device Data’ in Engineer menu to obtain the analogue

value

Analogue Value

Sprinkler Panel PCB

WEFA 300

Input 6 shorted – Disable Fire Link

Input 4 shorted – Disable Alarm Outputs

Normal reply

Input 5 shorted – Disable Control Outputs

Input 3 shorted – Disable All (Not used by the 6400)

100

Input 1 shorted – Reset

No change

Input 2 shorted – Lamp Test

Propoint PCB

WEFA 414

Air flow fault device 1

Air flow fault device 2

Normal

Page 45

Type

Analogue Value

Notes

Damper I/F (DIU) PCB

WEFA 361

Reply byte 1 CH1

Use ‘Device Data’ in Engineer menu to obtain the analogue

value 128

Normal (or damper has failed to operate after its output group is activated)

+ 1

External supply missing

+ 2

Damper circuit fault eg damper not connected

+ 4

Upper limit switch in wrong state (or open and there is a monitoring fault)

+ 8

Lower limit switch in wrong state (or open and there is a monitoring fault)

+ 16

lower limit switch monitoring fault

+ 32

Upper limit switch monitoring fault

+ 64

Damper operated (its output group may not have been activated)

Reply byte 2 CH2

Use ‘Device Data’ in Engineer menu to view the analogue value

(decimal)

8 Way DIL Switch Value – ‘H’ is the msb, ‘A’ is the lsb

Refer to PID 243 for the 24V dampers

Page 46

LCD Text

Description

Alarm Routing Fault

There is a fault in the Fire Link output. The 4k7 end of line resistor is probably missing. The voltage should be approximately minus 3V in normal operation

Fire Protection Fault

There is a fault in the sounder output designated as the Fire Protection output. The end of line resistor is probably missing

IO Card Over Current Fault – Sounder Output n

There is an overload fault in one of the sounder outputs on the

terminal board. ‘n’ indicates the output number. This fault occurs

when the sounder circuit is active.

IO Card Open Circuit Fault – Sounder Output n

There is an open circuit fault in one of the Alarm Outputs on the terminal board. The 10k end of line resistor is probably missing. ‘n’ indicates the alarm output number

IO Card Open Circuit Fault – Fault Link Output

There is an open circuit in the fault link output on the terminal board. Check that either a 1K end of line resistor or the WEFA 490 EOL pcb is fitted. If the output is not used then it can be disabled in the commissioning software. The 6600 terminal board has a dedicated Fault Link Output. The 6500 Terminal board has to designate one of the sounder output circuits if this feature is required.

IO Card Short Circuit Fault – Aux 24V Output n

There is a short circuit fault in one of the Aux 24V outputs on the terminal board. ‘n’ indicates the output number

IO Card Short Circuit Fault – Sounder Output n

There is a short circuit fault in one of the sounder outputs on the terminal board. ‘n’ indicates the output number

2.7 IO faults

On a new commission, check that the correct panel type has been selected before attempting to fix IO faults.

All IO faults include a panel number.

Page 47

LCD Text

Description

General Alarm

A general alarm type event has been activated

Technical Alarm

A technical alarm type event has been activated

Tamper Alarm

A tamper alarm type event has been activated

DLP Card address number

Description

Core network card

IO card

Loop card 1&2

Loop card 3&4

Local Network card

Display card

16 - 20

Mimic LED Controller 1 - 5

21 - 28

Zone Expansion 1 - 8

2.8 Alarm events

All alarm events include a panel, loop number and address. A reset is required to remove these events.

2.9 DLP Card Identification

Page 48

Item

Function

Description

Normal Operation

Power LED

Indication to show the card is powered

Solid Red

Run LED

Indication to show the card is communicating

Flashing Green

3.0 Card Hardware Indications

3.1 System Controller Card

Page 49

Item

Function

Description

Normal Operation

TX Channel 1

Flash every transmission on network CH1

Rapid Flashing Red

TX Channel 2

Flash every transmission on network CH2

Occasional Flashing

Green

RX Channel 1

Flash every reception on network CH1

Occasional Flashing

Yellow

RX Channel 2

Flash every reception on network CH2

Rapid Flashing Yellow

Processor A

Network is controlled by processor A

Solid Green

Processor B

Network is controlled by processor B

Off

Processor B Power LED

Indication to show the card is powered

Solid Red

Processor B Run LED

Indication to show the card is communicating

Off

Processor A Run LED

Indication to show the card is communicating

Flashing Green

Processor A Power LED

Indication to show the card is powered

Solid Red

Network Isolate Switch

Isolates panel from the network

Off

Unused

Don’t Care

1 2 3 4 5 6

3.2 Network Card

Processor B functionality is not currently implemented.

Page 50

Item

Function

Description

Normal Operation

Run LED

Indication to show the card is communicating

Flashing Green

Power LED

Indication to show the card is powered

Solid Red

3.3 I/O Card

Page 51

Item

Function

Description

Normal Operation

Run LED

Indication to show the card is communicating

Flashing Green

Power LED

Indication to show the card is powered

Solid Red

3.4 Loop Card

The LEDs are partially obscured by the daughter board. The operation of the LEDs can be checked by viewing the card from the top-edge.

Page 52

Item

Function

Description

Normal Operation

SW1

See Section 4.0

N/A

PGM

Off

Status

Solid Red

Traffic

Indication to show the card is communicating

Flashing Red

Mute Buzzer

Slide left to mute buzzer

As shown

4 1 5

3.5 Display Card

Page 53

4.0 Touch screen Calibration

Note: - Capacitive touchscreens do not need to be calibrated

The resistive touchscreen will have been calibrated when the panel was tested after manufacture. If the calibration has drifted and the touchscreen needs to be recalibrated then open the panel door and locate SW1. Press and hold switch SW1 until the calibration screen is displayed; this will take approximately 12 seconds.

The location of SW1 is shown in section 3.5.

The touchscreen calibration screen is shown below:-

Touch the target in the top left hand corner and the display will move the target to the bottom right hand corner. Touch that target and it will move again until all four corners have been done. Finally a test screen is displayed for 20 seconds so that the calibration can be tested.

Touch the screen and check that a marker appears where you have touched.

Page 54

Standards

EN54 part 2 : 1997+A1:2006 , EN54 part 4 : 1997, A1:2002 + A2:2006

Approvals

LPCB CPR : 0832-CPR-F0179 Certificates : 201ag

Models

6501

6502

6504

Number of digital addressable loops

1 2 4

Standby current

150mA

180mA

Loop output current per loop

1A average, 2A peak, per loop

Max number of addressable devices per loop

200 Display

Full colour, 7” touch screen graphical display

Zonal LED Indication

40/100 as standard, can be expanded to a maximum of 10,000

Number of conventional Alarm Circuits

3 - monitored for open and short circuits

Alarm Load

Maximum 1A per alarm circuit

Number of Key-switch Inputs

Auxiliary 24V Output

150mA maximum (monitored).

Auxiliary Fire Outputs

2 - Volt free changeover contacts rated at a maximum of 1A 24V dc

Auxiliary Fault Outputs

1 - Volt free changeover contacts rated at a maximum of 1A 24V dc

Fire Routing Equipment

1 - monitored for open and short circuit faults

Fire Protection Equipment Output

Fault routing equipment output

Class Change Facility

Yes, fully programmable

Communication Ports

RS232, USB (slave)

System Networking (optional)

Up to 64 panels can be connected on a fully redundant network, monitored for open and short circuit. Maximum of 1km distance between panels.

Standby Duration

Dependant on loop loading and battery configuration

Optional Integral Charger / Batteries

24 Vdc 3A Switch mode, 2 x 12V,12Ah

Mains input voltage for integral

230V ac +10%/ -15% 50Hz-60Hz

Optional Integral Printer

40 characters per line low noise compact thermal printer

Ambient Temperature Range

-10°C to +55°C

Humidity Limit

5 % to 95% RH ( no condensation, or icing )

IP Rating (Ingress Protection)

IP30

Dimensions

440mm (W) x 385mm (H) x 144mm (D)

Construction

Back Box- Mild steel , front door - PC/ABS to BSEN60950

Colour

Storm grey

Mounting position

Wall mounted

Mounting method

3 points surface mount or flush ( bezel required when flush mounting )

Weight (excluding batteries &

8kg

Weight (including 2 x 12V,12Ah

16kg

5.0 6500 Technical specification

If this output function is performed on the terminal board then it replaces one of the conventional alarm circuits

Environment specification

Mechanical specification

Page 55

Standards

EN54 part 2 : 1997+A1:2006 , EN54 part 4 : 1997, A1:2002 + A2:2006

Approvals

LPCB CPR : 0832-CPR-F0179 Certificates : 201ag

Models

6601

6602

6604

Number of digital addressable loops

1 2 4

Standby current

150mA

180mA

Loop output current per loop

1A average, 2A peak, per loop

Max number of addressable devices per loop

200 Display

Full colour, 7” touch screen graphical display

Zonal LED Indication

100 as standard, can be expanded as required to a maximum of 10,000

Number of conventional Alarm circuits

3 - monitored for open and short circuits

Alarm Load

Maximum 1A per alarm circuit

Clean contact outputs

3 - Volt free changeover contacts rated at a maximum of 1A 24V dc

Number of Key-switch Inputs

Auxiliary 24V Output

2 x 150mA maximum (monitored)

Auxiliary Fire Outputs

2 - Volt free changeover contacts rated at a maximum of 1A 24V dc

Auxiliary Fault Outputs

1 - Volt free changeover contacts rated at a maximum of 1A 24V dc

Fire Routing Equipment

3 - monitored for open and short circuit faults

Fire Protection Equipment Output

Fault routing equipment output

1 - monitored for open and short circuit fault

Class Change Facility

Yes, fully programmable

Communication Ports

RS232, USB (slave)

System Networking (optional)

Up to 160 panels can be connected on a fully redundant network, monitored for open and short circuit. A maximum of 64 panels per local network with up to 5 local networks connected via a core network. Maximum of 1km distance between panels.

Standby Duration

Dependant on loop loading and battery configuration

Optional Integral Charger / Batteries

24 Vdc 8A Switch mode, 2 x 12V,18Ah

Mains input voltage for integral charger

230V ac +10%/ -15% 50Hz-60Hz

Optional Integral Printer

40 characters per line low noise compact thermal printer

Ambient Temperature Range

-10°C to +55°C

Humidity Limit

5 % to 95% RH ( no condensation, or icing )

IP Rating (Ingress Protection)

IP30

Dimensions

440mm (W) x 385mm (H) x 144mm (D), 580mm (H) for internal charger / batteries

Construction

Back Box- Mild steel , front door - PC/ABS to BSEN60950

Colour

Storm grey

Mounting position

Wall mounted

Mounting method

3 points surface mount or flush ( bezel required when flush mounting )

Weight (excluding batteries

10.5kg (internal charger)

Weight (including 2 x

21kg (internal charger)

6.0 6600 Technical specification

If this output function is performed on the terminal board then it replaces one of the conventional alarm circuits

Environment specification

Mechanical specification

Page 56

0086-CPR-575026 KM 575025

Protec Fire Detection plc, Nelson, Lancashire, England BB9 6RT

PFD-CPR-0138

This equipment has been manufactured in conformance with the

requirements of all applicable EU council directives and regulations.

BS EN 54-2:1997 + A1:2006

BS EN 54-4:1997 + A1:2002 + A2:2006

Control / Indicating and Power Supply equipment for fire detection

and fire alarm systems for buildings

6500/6600 Fire Alarm Control Panel

Options Provided

7.8 Output to fire alarm devices

7.9.1 Output to fire alarm routing equipment

7.9.2 Alarm confirmation input from fire alarm routing equipment

7.10.1 Output to automatic fire protection equipment (type A)

7.10.2 Output to automatic fire protection equipment (type B)

7.10.3 Output to automatic fire protection equipment (type C)

7.10.4 Fault monitoring of fire protection equipment (type B)

7.11 Delays to outputs

7.12.1 Dependencies on more than one alarm signal(Type A)

7.12.2 Dependencies on more than one alarm signal(Type B)

7.12.3 Dependencies on more than one alarm signal(Type C)

7.13 Alarm counter

8.9 Output to fault routing equipment

9.5 Disablement of each point 10 Test condition

Control & Indicating:

Performance under fire conditions: Pass Response delay (response time to fire): Pass Operational reliability: Pass Durability of operational reliability, Temperature resistance: Pass Durability of operational reliability, Vibration resistance: Pass Durability of operational reliability, Electrical stability: Pass Durability of operational reliability, Humidity resistance: Pass

Power supply:

Performance of power supply: Pass Durability of operational reliability, Temperature resistance: Pass Durability of operational reliability, Vibration resistance: Pass Durability of operational reliability, Electrical stability: Pass Durability of operational reliability, Humidity resistance: Pass

7.0 Standards, directives and regulations information

Page 57

Designed and manufactured in the United Kingdom

The policy of Protec Fire Detection plc is one of continuous improvement. As such we reserve the right to make changes to product specifications at any time and without prior notice. Errors and omissions excepted.

Electrical or electronic devices that are no longer serviceable must be collected separately and sent for environmentally compatible recycling (in accordance with the European Waste Electrical and Electronic Equipment Directive). To dispose of old electrical or electronic devices, you should use the return and collection systems put in place in the country concerned.

This equipment has been manufactured in conformance with the requirements of all applicable EU council directives and regulations