Mounting

The card can be mounted in battery backup from the factory, in its own enclosure or sent as a loose card.

Important

The card must calibrated before use.

Four module 4 outputs in S

Fire module 4 outputs are delivered mounted in S-enclosure, ready for installation.

Fire_module_2025_produktbild_2025_S_21.png

Wall mounting

Distance between screw head and wall should be 1.5–2 mm. Preferably leave a 100 mm air gap around the unit.

S_baksida.jpg

Installation of optional boards with plastic spacers in FLX M or FLX L

Notice

The card in the picture is in the larger form factor. There are more cards in this form factor, but they are mounted in the same way. This means that the card in the picture may be different from the card you are mounting.

  • Snap the card into the tray underneath.

haka_i.png

Mounting of optional boards on sheet metal in FLX M or FLX L

Notice

The card in the picture is in the larger form factor. There are more cards in this form factor, but they are mounted in the same way. This means that the card in the picture may be different from the card you are mounting.

  1. Start by folding the plate into the battery backup where the card will be located, see picture.

  2. Screw the board with the supplied screw, missing screw use plate screw (2.9 x 6.5), before making connections, (to avoid short circuit).

Montering_i_FLX_kassett.png

Fold down the “ears” and screw the board.

Installation of optional card in 19 rack module holder

  • Snap the card to any position (1-4, a-c, depending on the card's form factor / size).

Pa_kort_i_4U.jpg

Positions for cards in 19 rack module holder

Number of slots for circuit boards with a larger form factor: 4 pieces - marked 1-4 in the picture.

Number of places for circuit boards in the smaller form factor (L-module): 12 pcs - marked a-c in the picture. However, 8 (horizontal) optional cards have the most space (a, c), as the grooves in the middle (b) are adapted for standing cards.

Note

It is the responsibility of the installer to consider wiring and cable lengths when installing circuit boards.

Figure 1. 19 rack module holder with a card mounted in place 1
19 rack module holder with a card mounted in place 1

To the right is a card in the smaller form factor, for place a-c.

At the bottom right are plastic ends short of the larger form factor. These can be in place 1-4 or (5) DIN rail.



Connection

The following pages describe the card, how it is connected, other connections and configurations.

Description Fire module 4 outputs

Figure 2. Fire module 4 outputs v3.2
Fire module 4 outputs v3.2


Table 1. Circuit board overview

On picture

On circuit boards

Explanation

And

1-4

(R10 k Ω resistor)

Plus: P3: 2, 4, 6, 8 (in case of alarm)

Minus: P3: 1,3, 5, 7 (in case of alarm)

Connecting the alarm device on loop. On each output, a 10 k Ω resistor is mounted. Remove this when switching on the alarm device Example of plugging in loops

Plus output on the board is polarity in case of alarm, (on the contrary, in sensing mode).

B

F2, F3, F4, F6

Load fuses

C

+INPUT-

Entrance 24V (double entry). Supply voltage

+ (plus against display).

- (minus).

D

1-4

D 1-4 plus

D 1-4 Minus

Switching control signal for individual control, see Example of connection 2 - Negative logic individual control, Example of connection 3 - Positive logic - joint control, Example of connection 4 - Positive logic individual control

+ (plus against display).

- (minus).

E

+E-

Activate all alarm device outputs on A 1-4.

Input E is not enabled (factory reset). The input is activated by bridging J13.

+ (plus against display).

- (minus).

F

+F-

Activate all alarm outputs on A 1-4. 24 V input from the alarm center activates all outputs.

+ (plus against display).

- (minus).

G

P4:1-3

Alarm output in case of loop failure.

P4:1 = NC

P4:2 = CO

P4:3 = NO

H

S6

Push Button

I

U1

Display



Table 2. Brackets, LEDs and fuses on cards.

In picture

On circuit board

Explanation

1

J21

In the case of the jumper, output 1 and output 2 will not alarm for loop failure.

2

J16

Not jumperted: Negative logic, (factory reset). Jumpered: Positive logic

3

D13, D16, D19, D23

Glows with solid green light when all loops are ok. Flashes green when alarm is controlled via (alarm control) input D 4 - 1

4

D15, D17, D18, D20

Glows with solid red light in case of loop failure. Flashes red if a fuse is broken when alarm is controlled via (alarm control) input D 4 - 1, E and F.

5

D32-37

Glows with solid green light if 24 V is connected to input D4-1, E, F.

6

D12

Glows with solid green light when loops are ok, it is off, alarm relay is activated.

7

J14

Not jumpered: Disable input D 1-4 (factory reset). Jumpered: Enable input D 1-4

8

J13

"Fireman control" Used to activate input P1:3-4 (E). Delivered unbridged = not activated input, (jumper activates this input).



24 V connection from battery backup to optional card

The input voltage on optional boards is connected at any input input for supply voltage (INPUT).

The board must be powered by 24 V DC.

The card has dual inputs for smooth bridging if the battery backup has more optional cards fitted.

Table 3. Connect on any input.

P2:1,3

+/- Plus vs display.

input.png


What is shown on the card display?

The display shows different status of connection to Fire module 4 outputs. Press the button to view different status and information. Display shows information in green, alerts in orange and alarms in red

Normal operation: All numbers are off and a flashing green dot appears in the lower right corner.

Push button: Pressing the button displays information.

Matrix for display

Green

Letter

Load output/channel no

Number of loops

c (Channel)

1-4

1-5

Example display shown: C25=load output 2 has 5 loops connected.

Orange (information)

Letter

Load output/channel no

Third sign

A (Enabled)

1-4

Off / not displayed

Example display shown: A2=Load output 2 activated via alarm control.

Yellow text: AL.L all load outputs activated via firefighter control or A.LL to activate all don. It says A.L.L. are both activated.

Red (Alerts and Alarms)

Letter

Load output/channel no

Third sign

Explanation, third sign

E (Erro)

1-4

O (Open)

Interruptions

-

Short circuit

A (Attención)

Impedance error[a]

Calibration error

Example display is shown: E 2 0= interruption of load output 2.

Example of display is shown, third character: 4 = 4 detected loops.

Extinguished = error in calibration.

After activated alarm for more than 60 seconds, display will count down 300 seconds (five minutes). This is to avoid that heated diodes can leak. Alarms will not be activated during this time, however fire alarms can activate these outputs. If the alarm is less than 60 seconds, the display will count down 20 seconds. The countdown appears within 10 seconds. During the countdown time, the device alarms for loop errors and/ or impedance errors.

[a] May indicate the wrong resistance value or the wrong polarity when switching the alarm device on the respective loop

Important

Prerequisites are that connected fire alarm devices have rectifier diode installed.

List of what the display can display
Table 15. List of display

Row

On display

Explanation

Other display information

C18 or C28

If the device is buggy to have channels 1 and 2 turned off for loop alarms, and the resistors on those channels are subsequently disconnected, “C1o” and “C2o” do not appear in the C menu as expected. Instead, “c18 appears. “and “c28, respectively. “with green text. This does not affect the functionality, but should be noted as an alternative mode of display in this mode

1

0300_s.png

Error Channel 1 - interrupt (0=Open/open).

2

0301_1_s.png

Error Channel 2 - interrupt (0=Open/open).

3

0302_s.png

Error Channel 3 - interrupt (0=Open/open).

4

0303_s.png

Error Channel 4 - interrupt (0=Open/open).

5

FUS_scaled.png

Loop failure on fuse/triggered fuse on any output, (A1-A4).

Also the text xx0 can mean triggered fuse.

6

0304_s.png

Loop fault (Error) Channel 1 - short circuit

7

0305_s.png

Loop error (Error) Channel 2 - short circuit.

8

0306_s.png

Loop error (Error) Channel 3 - short circuit.

9

0307_s.png

Loop error (Error) Channel 4 - short circuit.

10

0308_s.png

Loop Error Channel 1 - Impedance error, (A=Attention).

11

0309_s.png

Loop Error Channel 2 - Impedance error, (A=Attention).

12

0310_s.png

Loop Error Channel 3 - Impedance error, (A=Attention).

13

0311_s.png

Loop Error Channel 4 - Impedance error, (A=Attention).

14

C15_scaled.png

Information

Channel 1 (with 5 resistors/loops detected).

15

C21_scaled.png

Information

Channel 2 (with 1 resistor/loop detected).

16

C34_scaled.png

Information

Channel 3 (with 4 resistors/loops detected),

17

C43_scaled.png

Information

Channel 4 (with 3 resistors/loops detected).

18

0322_s.png

Pulsating alarm,

19

C43_scaled.png
C4p_scaled.png

Pulsating alarm, display switches.

20

CAL_orangep_scaled.png

Calibration.

21

0337_s.png
Gron_punkt_till_hoger_scaled.png

Flashes orange on uncalibrated system and flashes green on calibrated system.

22

rSt_orangep_scaled.png

Restore/reset

23

Gron_punkt_till_hoger_scaled.png

Green blink, sleep mode. Calibrated system. No active alarms

24

Rod_punkt_till_hoger.png

Ongoing error acknowledgement.

25

All_1_scaled.png

All load outputs activated via firefighter control. E-input

26

All_2_scaled.png

All load outputs enabled. F input

27

0315_s.png

Active alarm on load output A1.

28

0316_s.png

Active alarm on load output A2.

29

0317_s.png

Active alarm on load output A3.

30

0318_s.png

Active alarm on load output A4.



Acknowledgment of alarms shown on the display

Important

Alerts for errors are displayed on display until they are acknowledged.

  • Alarm for failure can be set off by a short press of the button or by rebooting (on/off).

Note

Only the display of alarms needs to be acknowledged. Alarm relay is not locked and returns as soon as the fault has disappeared, (without acknowledgment).

Maintenance - PCB

The circuit board must be installed in an indoor environment, class 1. The circuit board requires no maintenance.

CE marking

Each product has a CE label with information about the product and contact information for the manufacturer. If you are missing something or need more information, you should firstly turn to retailers who will also be able to answer questions about warranty and support. You can always contact the manufacturer if you have questions about the product's performance.

ce-mark.png

Warranty

The product has a two-year warranty, from the date of purchase (unless otherwise agreed). Support during the warranty period can be reached at support@milleteknik.se or telephone, +46 31-34 00 230. Compensation for travel and / or working hours in connection with locating faults, installing repaired or replaced goods is not included in the warranty. Contact Milleteknik for more information. Milleteknik provides support during the product's lifetime, however, no later than 10 years after the date of purchase. Switching to an equivalent product may occur if Milleteknik deems that repair is not possible. Support costs may (at Milleteknik's discretion) occour after the warranty period has expired.

Technical data: Fire module 4 outputs

Table 16. Fire module 4 outputs v3.2

Info

Explanation

Article title

Fire module 4 outputs

E-number

5257467

Article number

A-FU002404FS01

Product description

The Fire module 4 outputs alarm monitoring module has four individually controllable outputs with the possibility of a star network and up to five loops on each output. Alarm functions for both positive and negative logic. Alarm for fuse failure/loop failure. Fire man control and the possibility of individually pulsed outputs. Display for easy reading and configuration. The card replaces previous SlingX cards (52 696 18).

Measure

120 mm. x 55 mm. x 52 mm.

Inputs (24 V)

Two entrances. (For alternative power supply when changing power supply. In order not to break the load voltage.) A terminal can be used as a superstructure for the next optional card, (only if the battery backup has room for two cards).

Clamping

27.3 V DC.

Power consumption (at rest)

100 mA.

Power consumption (in case of alarm)

200 mA in case of alarm on all channels.

Leakage current

The card assumes that connected devices do not have leakage current. If leakage current is present in devices connected to the product, it may behave beyond specification. Warranty does not apply if devices with leakage current are connected to the product .

Tension

27.3 V DC

Outputs

Four

Insurance

Load output: plus (+) fused with F2A.

Max load

Max load is 2A per load output. The card's total load must not exceed 8 A.

Alarm inputs

Six.

Alarm outputs

Alarm outputs: Sum alarm in case of fuse failure and loop break. Alarm via potential-free relay connector.

Alarm via

Triggered load securing and loop break via potential-free shifting.

Indication

Display showing operating status, alarms and errors. Operating indication: one indication diode per load output +/-. Fixed green light = normal operation. Green LED on inputs

The product fits in:

Own enclosure with separate power supply.

*The product is not co-certified with NOVA/EN54 and may not be used if certificates are to be maintained.



About translation of this document

User manual and other documents are in the original language in Swedish. Other languages may be machine translated and/or not reviewed, errors may occur.

Loop Troubleshooting

In the idle state, a stable voltage is located on the load output that depends on the number of connected resistors, it can be verified by measuring the voltage on the load output with multimeter in mode “DC”. The voltage follows the supply voltage, see examples for 20, 24 and 27.3V

Number

resistance

Type voltage on

loop (V)

Approved

Type voltage range (V)

Approved

Interval

20

24

27,3

20

24

27,3

Interval

0 (Interrupt)

18,8

22,6

25,7

>13.0

>15.6

>17.8

> 63%

1 (10kΩ)

10,6

12,7

14,3

10,1 - 11,2

12,0 - 13,4

13,5 - 15,1

± 2.93%

2 (5.0kΩ)

7,40

8,80

10,1

6,90 - 7,94

8,15 - 9,45

9,36 - 10,8

± 2.75%

3 (3.3kΩ)

5,60

6,72

7,74

5,20 - 6,03

6,20 - 7,24

7,15 - 8,33

± 2.20%

4 (2.5kΩ)

4,60

5,52

6,35

4,40 - 4,84

5,23 - 5,81

6,01 - 6,69

± 1.25%

5 (2.0kΩ)

3,80

4,56

5,29

3,65 - 3,95

4,38 - 4,74

5,08 - 5,50

± 0.81%

Interruptions if the voltage is more than 63% of the supply voltage. Short circuit if the voltage is below 0.5V

If “A” appears on the third character of the display, it is an impedance error, which means that the voltage value is outside the approved range.

Check that the alarm devices on the loop have the correct polarity, are equipped with a diode, and that the loop ends with a 10kΩ resistor.

Check the resistance of the loop according to the table.

Display codes in case of deviations

If the load output voltage at rest is above 63% of the supply voltage (>17.8V at 27.3V supply), interruption is assumed. Display shows one of the following four options:

E10

E20

E30

E40

If the load output voltage at rest is below 0.5V, a short circuit is assumed. Display shows one of the following options:

E1-

E2-

E3-

E4-

If the load output voltage is outside the approved range, the display indicates one of four options:

E1A

E2A

E3A

E4a

In case of failure of multiple load outputs, the errors appear one at a time, in series.

Test of the loop

* Disconnect at least one of the wires from the load output on the board and measure the resistance on the loop (eg 3.3kΩ), then compare with table.

* Does the value deviate greatly, check the polarity of the alarm device and that there is good tolerance on used end termination resistances (1% or better).

* Relocate the load, voltage the board, and then measure the supply voltage and load output voltage at idle.

* If the expected voltage (in this case 7.74V at 27.3V supply voltage) does not match the number of resistors, the cause may be an incompatible alarm device that must be connected with the diode in series so as not to affect the impedance at rest.

2025-06-04