IFAM Configuration - uk.advancedco.com MX-5000 IFA… · IFAM Configuration This application note describes the basic functionality, connection and configuration of the compatible

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IFAM Configuration

This application note describes the basic functionality, connection and configuration of the compatible IFAM equipment for the connection of the German Fire Bridage Display Panel (FAT), Fire Brigade Control Panel (FBF) and ADP cards to be used with MX-5000 panels.

For any further details about IFAM equipment operation, please refer to the IFAM documentation.

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Fireman’s Display Panel (FAT)

There are four illuminated keys and four LED indicators on FAT. All events are grouped in their category, and can be retrieved with key “Indication Level”. Flashing LEDs inside “UP” and “DOWN” keys indicate more events can be displayed. Any new coming event can be companied with buzzer sound which can be configured through IFAM PC tool FatProgWin. Press “Buzzer Off” button to turn buzzer off.

Power

Alarm

Fault

Disabled

Fire Brigade Indicator Panel

Programming-Mode A.E.L United Kingdom

UP

DOWN

IndicationLevel

Buzzer off

Test

Press and hold the same key for 5s will start the LED and display test on the FAT. All LEDs and the FAT buzzer are turned on and the display switches to a black screen.

If the FAT is operating correctly, the green LED will be ON. A flashing green LED indicates some communication problem between FAT and panel or between FAT and FBF. Red LED indicates fire event, and two yellow LEDs are for fault and disablement.

The FAT differentiates events according to their panel address, zone and detector number. It can display two events on the display. Each message takes two lines. The first line is zone/detector and event category, and the second line is text with the device. If there is no text attached with the device, the second line would be blank. The first event is at the top, and the last is always at the bottom.

With MX5000 panel, the FAT can display three event categories: fire, fault and disablement. Once the FAT has registered a fire, it will only log new fire events. No fault or disablement event will be registered or removed, even they may no longer be present on panel. FAT can display up to 99 events in each category on display, and maximum 342 events in history log.

By default, the DIN history mode is active on the FAT, which shows only fire events of the last 90 minutes. In order to access the FAT history log, press and hold “Indication Level” key for 5s until the display shows “History”. Press the same key again to return normal display. Once FAT is in history mode, press “UP” and “DOWN” key simultaneously to enable the IFAM history mode, which will show all events instead of fire only. The IFAM history log mode can also be activated via PC tool FatProgWin. In order to communicate with FatProgWin, the FAT needs to be in programming mode, see Appendix I.

Although FAT clock can be changed manually, Advanced panel will automatically update the clock. FAT can also display English or Germany, which can be configured via FatProgWin.

Advanced Electronic panel can support several configuration of FAT-FBF-ADP connection, using either RS232 or RS485. For any detail configuration, please see Appendix III-VIII.

In case of upgrading FAT firmware, FAT has to be in Bootload mode. To activate mode, hold down the two keys “Up” and “Test” while tapping the reset button. Keep holding down the keys while the FAT restarts and don’t release them until bootloader version shows on the display. Once FAT is in Bootload mode, using FatProgWin PC tool to upload the firmware.

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Fireman’s Control Panel (FBF)

There are five illuminated keys and seven LED indicators on the FBF. Fire Routing disablement and Fire Protection disablement keys behave as switch. The other three keys have a toggle action.

Fire Protection Disabled

Reset

Fire Routing

Test

Acoustics Disabled

Fire RoutingDisabled

Fire Brigade Control PanelFire Brigade Control Panel

PowerPower

Acoustics disabled

Acoustics disabled

Fire RT disabled

Fire RT disabled

FireProtectionActivated

FireProtectionActivated

FireProtection disabled

FireProtection disabled

AlarmAlarm

Fire Routing

Activated

Fire Routing

Activated

Interface module

Interface module

There is a permanent red LED for fire routing disablement on the panel front, and it will illuminated once fire routing has been disabled from the FBF.

There is no specific LED to be assigned to indicate fire protection disablement on the panel front. The panel needs to be configured with a fire protection output in order for the panel to indicate fire routing disablement from the FBF.

Press and hold the fire test key and the test LED on panel front and the routing output of the MX-5000 will be turned on. The Fire alarm LED on the FBF will be turn off automatically after 15 minutes or by manually using the Reset key. In normal operation, the green LED will be ON. A flashing green LED indicates some communication problem. For the FBF to communicate correctly, it always needs an interface module (RS232 or RS485) fitted to its module slot.

The behaviour of “Acoustics Off” key can be either as push button or as switch. This is configurable via IFAM PC tool FatProgWin. Advanced Electronic panel treats the key as Push button. In order to obtain correct behaviour, please make sure the setting for the key is the same as in the screen shot for both FAT and ADP cards (if in use).

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When a sounder is disabled from the FBF, the Disabled LED and Sounder Disabled LED on panel front will be illuminated. If sounder has been disabled from FBF, it cannot be enabled from panel and vice-versa.

ADP-N3E card

Connected via the RS232 port on VDS interface card, the ADP card provides redundant communications and power supply for panel, FAT and FBF. If the card is operating correctly, only the green LED will flash. ADP cards have built-in RS232 on board and a module slot where you can attach an interface module.

For ADP-N3E to deliver correct sounder disablement key behaviour of the FBF, it needs to be configured with the same configuration as the FAT via FatProgWin. To place the ADP-N3E to in programming mode, please see Appendix II.

In the case of upgrading the firmware of the ADP-N3E, the card has to be in Bootload mode. To activate the bootloader mode for ADP-N3E, push the reset button every second for four times. If the green LED on the card is flashing 3 times with a short delay, the bootload mode is activated. Use the FatProgWin to upload firmware through the PC.

ADP-N3S card

All DIP settings and mechanisms like programming mode and bootloader mode on ADP-N3E card are the same as for the ADP-N3E.

With ADP-N3E and ADP-N3S, two control panels can be connected to the same redundant bus, as shown in Appendix IX.

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Appendix I: FAT Programming Mode and Connection with PC

No Settings/Connections Description Note

1

DIP switch S1&S2 on FAT. Only D4 on S1 is ON, and all others are OFF.

2

9-pin RS232 block X4 is connected to computer.

3

Jumper 1&2 positions are 1-2, which activate RS232 block X4.

4

RESET button on FAT Press RESET, it should show “Programming-Mode” on the display

1

3

2

4

J1 J2

1 1

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Appendix II: ADP-N3E Card Programming Mode and Connection with PC


1

DIP switch S1 on ADP_N3E card. Only D5&D6 are ON, and all others are OFF.

2 9-pin RS232 block X4 is

connected to computer.

3


4 RESET button on ADP-N3E

card

5

LED on ADP-N3E card.

V32 – Red

V33 - Yellow

V34 - Green

V32-34 flash in sequence

green->yellow->red, which

indicates programming

mode Activated.

J7 J8

1 1

4

1

2

3

5

V34 V33 V32

1

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Appendix III: FAT Only Connected to RS232 Port on VDS Interface Card


1

Set DIP3 on S1 is ON, and all others are OFF.

FAT has address, which is set to 1 in this case by IFAM FATProgWin configuration tool.

2

Redundant bus connector block X6 on FAT.

FAT

VDS card

UB

+

UB

-

RS4

85

A

RS4

85

B

GN

D

RS2

32

RxD

RS2

32

TxD

1

2

SIO2 - SIO2 + UB2 - UB2 +

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Appendix IV: FAT Only Connected to RS485 Port on VDS Interface Card


1

Set DIP3 on S1 is ON, and all others are OFF.


2

Redundant bus connector blocks X6 on FAT.


FAT

UB

+

UB

-

RS4

85

A

RS4

85

B

VDS card

1

2

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Appendix V: FBF Only Connected to VDS Interface Card via RS232


1

It sets FBF address to 1 in this case.

DIP8 switch must be always ON. DIP1-5 can be used for address 1-31.

2

RS232 interface module

RS232

FBF

VDS card

UB

+

UB

-

RS4

85

A

RS4

85

B

GN

D

RS2

32

RxD

RS2

32

TxD

TxD

(+)

RxD

(+)

UB

+

UB

-

GN

D

1 2

RS232

1

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Appendix VI: FBF Only Connected to VDS Interface Card via RS485


1

It sets FBF address to 1 in this case.

DIP8 switch must be always ON. DIP1-5 can be used for address 1-31.

2

RS485 interface module

RS485

UB

+

UB

-

RS4

85

A

RS4

85

B RS485

FBF

VDS card

RxD

(+)

RxD

(-)

UB

+

UB

-

1 2

1

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Appendix VII: FAT with FBF Behind Connected to RS485 Port on VDS

Interface Card


1

DIP switch S1&S2 on FAT. Only DIP1 on S1 is ON, and all others are OFF.


2

RS232 connector block X1 on FAT.

3


4


5

DIP switch on FBF. It sets FBF address to 1.

In this configuration, FBF address must be 1. DIP8 must be ON.


J1 J2

1 1

3

RS232

FBF

FAT VDS card

UB

+

UB

-

RS4

85

A

RS4

85

B

GN

D T

xD(+

)

RxD

(+)

UB

+

UB

-

1

4

5

2

C NC NO

UB+ UB-

DTR TxD RxD DSR GND

1

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Appendix VIII: FAT with FBF Behind Connected to ADP-N3E on RS232 Port

on VDS Interface Card

The detail connection between block 4 and 5:

ADP-N3E

RS232

FBF

FAT

VDS card

1

4

9

6

7 8

10

5

GN

D

TxD

(+)

RxD

(+)

UB

+

UB

-

UB

+

UB

-

RS4

85

A

RS4

85

B

GN

D

RS2

32

RxD

RS2

32

TxD

3 2

SIO1 - SIO1 + UB1 - UB1 + SIO2 - SIO2 + UB2 - UB2 +

4

5


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1

DIP switch S1&S2 on FAT. Only DIP1 and DIP3 on S1 are ON, and all others are OFF.


2


3


4


5

Redundant bus 1&2 block X1 on ADP-N3E card.

6

DIP switch S1 on ADP-N3E card. All OFF.

7

Redundant RS232 connector block X7 on ADP-N3E card.

8

Jumper 7&8 positions are 2-3, which activate Redundant RS232 block on ADP-N3E card

J1 J2

1 1

C NC

N UB+ UB-

DTR TxD RxD DSR GND


J7 J8

1 1

RxD TxD DTR DSR GND


1

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9

None redundant interface connector block on ADP-N3E card.

10 DIP switch on FBF. In this configuration, FBF address must be 1. DIP8 must be ON.

UB GND CTS- CTS+

RxD- RxD+ RTS- RTS+ TxD- TxD+ GND NO NC C

1

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Appendix IX: Two Control panel Connected via ADP-N3E and ADP-N3S with

FAT and FBF

RS232

FBF

FAT

VDS card A

1

3 2

4

10

GN

D

TxD

(+)

RxD

(+)

UB

+

UB

-

UB

+

UB

-

RS4

85

A

RS4

85

B

GN

D

RS2

32

RxD

RS2

32

TxD

UB

+

UB

-

RS4

85

A

RS4

85

B

GN

D

RS2

32

RxD

RS2

32

TxD

VDS card B

5

6

7

8

8

9

9

7

ADP-N3S

ADP-N3E ON

1

ON

1

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The detail connection between block 4, 5 and 6:


4


5


6

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1

DIP switch S1&S2 on FAT. Only DIP1 and DIP3 on S1 are ON, and all others are OFF.


2


3


4


5

Redundant bus 1&2 block X1 on ADP-N3E card.

6

Redundant bus 1&2 block X1 on ADP-N3S card

7

DIP switch on ADP-N3E and ADP-N3S cards. All OFF.

J1 J2

1 1

C NC

N UB+ UB-

DTR TxD RxD DSR GND




ON 1

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8

None redundant interface connector block on ADP-N3E and ADP-N3S cards.

9

Redundant RS232 connector block X7 on ADP-N3E and ADP-N3S cards.

10 DIP switch on FBF. In this configuration, FBF address must be 1. DIP8 must be ON.

RxD TxD DTR DSR GND

UB GND CTS- CTS+

RxD- RxD+ RTS- RTS+ TxD- TxD+ GND NO NC C

1

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IFAM Parts

Item Part number Description Note

1 9101.5163 FAT 3000

2 9101.5126 FBF2003 seriell

3 9101.5179 ADP-N3E-U

4 9101.5173 ADP-N3S

5 9101.5086 RS485-Module

6 9101.6082 RS232-Module

Documents

IFAM Configuration - uk.advancedco.com MX-5000 IFA… · IFAM Configuration This application note describes the basic functionality, connection and configuration of the compatible