FERMAX TECHNICAL SEMINAR. The Riser Panel Terminals Riser Basics Amplifier Configuration Models The Technical Book Why DUOX? System Summary How to make

FERMAX TECHNICAL SEMINAR

The Riser

Panel

Terminals

Riser Basics

Amplifier Configuration

Models

The TechnicalBook

WhyDUOX?

SystemSummary

How to make a material list

Audio/Video

1 to n panels

1 to n terminals

IntroductionAt a Glance

How to SellTechnical Aspects

Technicalcharacteristics

DUOXTechnical Department

Course Layout

Catalogue

Programmer tool

Mapping

Programming Auto Switch-ON

CatalogueTechnical Manuals

The target of the DUOX is to implement a system based on two non polarized wires with digital audio and video similar in cost to VDS. Furthermore, DUOX will offer the functionalities of the already existing systems (such as 4+N, VDS, Bus2, MDS).

DUOX is the first fully digital system in the market that requires two non-polarized wires for: power, audio, video & data transmission

With this new technology, the best characteristics of the previous systems converge:

MDS: High performance and great capacity.VDS: Competitive price. Wiring flexibility.BUS2: 2 non polarized wires.

Resulting in DUOX, a GLOBAL SYSTEM FOR ALL THE MARKETS.

Its main objective is to substitute all the previous systems in a 3 years period.

DUOX


Introduction

Fea

ture

s

InstallationComplexity

4+N

Direct & City

Call becomesDigital

“Many Apartments”“Many Panels” (up to 7)

“Thousands of apartments”“Thousands of panels”

DigitalMDS

Duox: System of systems

Historically, manufacturers have sold installation simplicity.

MDS put apart the 4+N call wires, adding advanced features such as access control, electronic directory and automation.Installation complexity was kept similar to itsantecesor.

VDS has kept a capacity big enough to satisfy the most common installations, achieving at the same time a dramatic wiring reduction.

BUS2 reduced installation to its minimum expression, offering added-value functions such as bus-command relay activation, diagnose tooling and installation simplicity.

DUOX keeps the simplicity of Bus2 (2 non-polarized wires), introducing the advantages of the digital audio and video (Improvement of quality, less noise and feedback,…), and extending the capabilities of the system from villas kits to big condominiums (like MDS).

VDS“Few Wires”

“Many apartments”

“Minimum Wiring”“Digital audio”

“Thousands of apartments”

MicroprocessorTerminals

FrequencyMultiplexing

DUOX

BUS2

Digital Audio

“Minimum Wiring”“Many apartments”


Why DUOX?

- Up to 10 panels and 10 guard units at the General entrance and at each block.

- Up to 10 panels at each Sub-block.

Features

From villas kit to big condominiums


System Summary (1)

- Up to 3 terminals in the same apartment (Add dedicated PSU+Filter for this apartment).- Same programming as in VDS

and Bus 2.

3 LEVELS:- General entrance.- Block entrances. Up to

99 blocks.- Sub-Block entrances. Up

to 99 Sub-Blocks per block.

ADDRESSING- Up to 999.999 addresses (apartments).- Terminals address format: 6 digits, from 000.001 to 999.999.

Basic VIDEO system features without additional devices like: Risers distributor / Regenerator:

Max. 120 meters between 2 communication points (With additional PSUs+Filter). Max. 3 risers at the bus. Max. 4 apartment splits at each riser point.


System Summary (2)

VIDEO Minimum Voltage:• Minimum voltage 15 Vdc at any point in the installation.• Minimum Data voltage 1 Vpp, measured via DUOX tester Ref.3254.

Max. 3 risers at bus

Riser RisersRiser

Max. 4 apartment splits at each riser point.

Max.distance between riser and telephone: 20 meters.

1 RISER: Power for VIDEO BUILDING Installations


System Summary (3)

(i) For 12 Vdc door lock max. 250 mA supplied from amplifier.(ii) Each additional PSU+filter allow to expand the system in distance and terminals according to the table. (iii) Longer distances can be reached via regenerators. • In case of existing spare wires in same slope, recommended to reinforce the 2

bus wires instead of remaining as loose wires (Possible antenna effect).• Initially 1x(PSU 4812+Filter) = Panel+12Monitors• Each 1x(PSU 4812+Filter) = 20Monitors

2 RISERS: Power for VIDEO BUILDING Installations


System Summary (4)

(i) For 12 Vdc door lock max. 250 mA supplied from amplifier.(ii) Each additional PSU+filter allow to expand the system in distance and terminals according to the table. (iii) Longer distances can be reached via regenerators. In case of existing spare wires in same slope, recommended to reinforce the 2 bus wires instead of remaining as loose wires (Possible antenna effect).• Intitially 1x(PSU 4812+Filter) = Panel+12Monitors• Each 1x(PSU 4812+Filter) = 20Monitors

3 RISERS: Power for VIDEO BUILDING Installations


System Summary (5)

(i) For 12 Vdc door lock max. 250 mA supplied from amplifier.(ii) Each additional PSU+filter allow to expand the system in distance and terminals according to the table. (iii) Longer distances can be reached via regenerators. In case of existing spare wires in same slope, recommended to reinforce the 2 bus wires instead of remaining as loose wires (Possible antenna effect).• Initially 1x(PSU 4812+Filter) = Panel+12Monitors• Each 1x(PSU 4812+Filter) = 20Monitors

Power for VIDEO 1-2 WAYS KIT Installations


System Summary (6)

(i) For 12 Vdc door lock max. 250 mA supplied from amplifier.

CASCADE Distribution: 30 Monitors


System Summary (7)

STAR Distribution : 10 Monitors at 5 floors (Replace of 1+N Installations)

OFF: Internal termination

PSU

20 Meters

Monitor 1

Monitor 30

Monitor 2

PSU

90 Meters =30 Floors x3m


PSU10 Meters

15 Meters =5 Floors x3m

Floor 1

Floor 2

Floor 3

Floor 4

Floor 5

Floor 1

Floor 2

Floor 30

WIRES SUPPORTED

• PARALLEL (RED & BLACK). min 0,14mm2.• UTP.• UTP CAT-5.• REFURBISHMENT:

o 5 WIRES CABLEo DOOR BELL 2 WIRESo OLD 4+N CABLE

Remarks:• With each type of cable, distance will depend

on the load of terminals, topology, number of PSUs, and active terminals at the same time.

• It is recommended to use a parallel cable with cross section thicker than 0,25mm2, especially due to the drop voltage in the long distances.

• It is possible to use other type of cables as alternative, such as Cat-5 or twisted pair, taking into consideration that the maximum distance will be reduced.


System Summary (8)

Parallel CableRef.5925 (2x1mm2)

Twisted Pair

Refurbishment

9/10ème (3 rolled pairs)

UTP (CAT-5)

Block 00

PSU3243 PSU3243PSU3243PSU3243

General Entrance (GE)GE , Panel 0 GE, Panel 2 GE, Panel 3


VIDEO General Entrance / Block / Sub-Block

Block 01 Block 99Sub-Block 04

GE , Panel 1

Sub-Block 00

System Summary (9)

PSU3243 PSU3243PSU3243

DUOX“Full digital system on 2 non polarised wires”

2

2

2BUS

drivenRelay

Duox: The evolution.

BUS2“2 non polarised wires”

2

2

2

PanelsSwitcher

SignalDistributor

BUSdrivenRelay


3 + Cx

3 + Coax

VDS“3 + Coax”

3

S

Connection

VideoDistributor

PanelsSwitcher

Relay withadditional wiring

System Summary (10)

Line termination at last split to avoid reflections

2In VIDEO a Line

termination at the first split.

Systems comparison


System Summary (11)

VDS BUS 2 DUOX

Addresses 199 199 999.999

Panels 2 210 at General Entrance / 10 per Block

and Sub-block

Guard units 1 None, only via MDS 10 at General Entrance / 10 per Block

Distance 200 m 200 m 120 m video per branch without

regenerator (Expandable)Privacy Yes Yes Yes

Power 18 Vdc for all signals 24 Vdc for all signals + Filter Ref.324318 Vdc Ref.4812 for all signals + Filter

Ref.3243Type of audio/video Analog/Analog Analog/Analog Digital/Digital

Inmunity against noises and feedback Low Medium High

Wiring

3 wires + CoaxialWiring flexibility (Several type of

cables)

2 non polarized wiresRestricted cables applicable (Parallel,

twisted pair) to keep impedance for proper signal transmission

2 non polarized wiresWiring flexibility (Several type of

cables)Price Competitive High Competitive

Transmission mediaSignals delivered in different physical

media ("L", "+", "-", "M", "V")

All signals : Supply, commands, audio and video delivered in the same

physical media, 2 wires

All signals : Supply and data (Commands, audio, video) delivered in

the same physical media, 2 wires

End of line termination

75 Ohm resistor between "M", "V" for video impedance.

10 KOhm resistor between "L", "+" for pull-up.

Line termination to avoid reflections, set via jumpers located at riser devices.

Line termination Ref.3255 to avoid reflections, set via device located at

last riser split.

Relay, Additional features Ref.2013 via additional wiring

Bus2 relay without additional wiring managed via commands ("F1", "F2",

opening,…)

DUOX relay without additional wiring managed via commands ("F1", "F2",

opening,…)Troubleshooting and programming

tool No Yes Yes

Main Duox characteristics

• The DUOX electronics allows that power supply, data, audio and video are delivered in the same bus with 2 non polarized wires.

• Supplied with 18 Vdc Ref.4812 v.2.0 for all signals via a coupling module Ref.3243 (Minimum functional voltage 15 Vdc at terminal and amplifier).

• Full Digital system (audio, video and data).

• Privacy in communications.


System Summary (12)

DUOX Advantages:

Additionally to the advantages of the digital audio and video, DUOX system offers other improvements in comparison with the existing systems:

• COMPARED TO BUS2: Since the operation frequency has been reduced further distances under the same circumstances are achieved. Intermedia devices that were required in Bus2 to boost or distribute the signal are no longer necessary in DUOX. Only “Line termination” will be used to avoid reflections and to adapt line impedance.

• COMPARED TO VDS: The parasitic capacitance of the cables that was a limiting factor in VDS where pull-up resistors were necessary is not an issue anymore.

• COMPARED TO ALL:– It collects the best features from other systems: High performance,

wiring flexibility, competitive price and installation simplicity.


System Summary (13)

End of line termination used in DUOX: • To avoid reflections.

End of Line Termination

• In VIDEO a Line termination at the first and last split.

LINE TERMINATION Ref.3255:

To be installed at bifurcations to adapt the transmission line.Basic modes of Ref.3255 to be used:1. “A” to absorb reflections: At the last bifurcation in installations with several terminals

and with significant distance between main riser and the distributed terminals. See Kit case c).

2. “C” to adapt the line: At the first bifurcation (panel’s side), and at the last bifurcation in case of cascade distribution. See Kit case b).

3. Note that in case of 1 Way kits, Ref.3255 is not necessary at the panel’s side, we will use an internal termination at the amplifier (Jumper in ON position). See Kit case a).


System Summary (14)

A

KIT Cases Building Cases

TOPOLOGY – FIRST STAGE

1 x RISER: 100 TERMINALS.


The riser (1)



2 X RISERS: 100 TERMINALS (50 TERMINALS PER RISER).


The riser (2)

OFF: Internal terminationOFF: Internal

termination


3 x RISERS: 60 TERMINALS (20 TERMINALS PER RISER).


The riser (3)



Basics

18 VDC PSUPower supply Adaptor 3243

2

2

18 VDC PSUPower supply adaptor

3243

2

• Up to 120 m • 10 panels and 10 guard units per block

18 VDC PSU

Power supply Adaptor 3243

2

Kit Simple Building Multiple accesses

18 VDC PSU3243


The riser (4)


ON: Internal termination



Basics: VIDEO Kits

18 VDCPSUPower supply Adaptor 3243

2

- If there is only one monitor, just a single line termination is required (Ampli Internal termination ON). - If more than one monitor are installed, a second line termination in the riser node may be required.

Kit with one telephone


The riser (5)


2

Kit with addtional telephones

Line Termination

18 VDCPSU

Cascade


2




18 VDCPSU

Basics VIDEO with general entrance

18 VDC 3243

2

General entrance to villasGeneral entrance and panels at each floor

18 VDC 3243

18 VDC

3243

2


The riser (6)

• Up to 120 m• 10 panels and 10 guard units per sub-block


18 VDC3243 18 VDC3243 18 VDC324318 VDC3243

18 VDC3243 18 VDC3243 18 VDC324318 VDC3243

18 VDC

3243

Power Supply unit + Power Filter


The riser (7)

220Vac18Vdc

1

1 2

2

The output capacitor behaves like a shortcircuit for DUOX signals

DUOXRiserCouples DC current

(power) to the DUOX BUS

DUOX Power Supply Filter Ref.3243

Prevents DUOX signals to traverse

NET

NET

• Power is coupled by mean of inductances.

• It is used the same filter module Ref.3243 as in Bus2.

• Not any power supply is valid, as the used power supply has not to introduce common noise in the DUOX bus. Fermax references: Use Ref.4812, 18 Vdc, 1,5 A. Version 2.0.

• The DUOX signal will not leave the bus due to the high impedance presented by the filter.

4812

DUOX Programmer Ref.3254

It will be used to make easier the configuration and to identify problems in an installation. The format of the tool will be like the Loft access control readers (Simple display and keypad).Same programmer tool for all DUOX devices (current and futures).The information is managed by the programmed device.

Operation modes:1._ Configurator ModeIt allows programming of:• Telephones (Address, melody, door matic). Tester connected to

telephone plug.• Panel amplifier (Number, mode, opening times, guard units

modes). Tester connected to Amplifier “CN1”. See pictures).

2._ Analyzer Mode (Tester connectes to the 2 wires of bus)It allows different functions:• Devices detection (Terminals, amplifiers, guard units).• Analysis of frames.• Call to apartments.• “Channels in use” detection.• Meassuring of signals (Voltage,…).• Status of telephone (Existance, hook, occupied, do no disturt,

doormatic,…).


The riser (8)

Skyline Ampli 6 pins

City Ampli 5 pins

Models

KIT 1-2 WAY: • Internal

pushbuttons.• “Inverse”

programming to allow no limitation of panels according to telephone address (Useful for villas).

DIRECT :• 999.999

addresses.• One Access

code for door opening.

• Keypad used for system configuration.

PUSHBUTTONS: • 99 addresses.

• Continuous profile with call extension pack.

• Skyline with pushbuttons modules.

• One to one module adaptable.

DIGITAL :• Text and graphical display.• DUOX programming software.• Access codes for door opening.


Panel (1)

• Panels with combination of keypad + pushbuttons (Dentist,…).

Marine panel with buttons


Panel (2)

As Marine panels have no integrated buttons, it is necessary to install the call extension packs (Ref.2008 or Ref.2441) for any MARINE DUOX buttons panel, even for 1-2 way panels (Not like VDS 1-3 buttons).

DUOX Amplifier VIDEO: Connections


Panel (3)

Symbol DescriptionP1 Connection of right pushbutton to call extension packB,B DUOX Bus : Audio-video, data and supplyC, NO, NC Door opener relay contact. 2A @12Vdc+12 Output 12Vdc to supply access control or DC door opener.

Max.500mABS Exit button- Negative of amplifier. (For “Bs”, “S”,…)S Input for door sensor. Connected to “-” means door closed.+18,GND Input of supply 18Vdc. For small installations without filter.P2 Connection of left pushbutton to call extension pack

“One To One” connection for informationmodule

Connection of call extension packor keypad, or pushbutton modules

Tamper connection against manipulation of panel: A sensor will control if someone tries to remove the panel screws sending an event to the guard unit

“PGR” Button for Master and mapping configuration

Voice synthesizer:29 different languages

Audio volume potentiometers:• Uplinks• Downlinks• Voice synthesizerStatus led:

• Off: Night mode for guard unit• 2 blinks per second: Day or mixed

mode for guard unit• 1 blink per second: Inverse and

Sequential programming

“JP2” ON Internal line termination as “C” mode.

DUOX Amplifier: Supplied via filter module through “B”, “B”


Panel (4)

220 Vac 18 Vdc

4812


DUOX Technical Department

220 Vac 18 Vdc

4812

Amplifier 1 Amplifier 2

4812 PSU

3243 Filter

DUOX: 2 x amplifier / 1 x PSU / 1 x Filter

Panel (5)


DUOX Technical Department

DUOX: 2 x amplifier / 2 x PSU / 2 x Filter

220 Vac 18 Vdc

4812

Amplifier 1

Amplifier 2

4812 PSU

3243 Filter

220 Vac 18 Vdc

4812

4812 PSU

3243 Filter

Panel (6)



Panel configuration (1)


Panel (7)

MODE Number of Block

or Sub-blockNumber of Panel Panel can call to RANGE of

telephones:GENERA ENTRANCE

(GE) None From 0 to 9 00 00 01 to 99 99 99

BLOCK (B) From 00 to 99 From 0 to 9 00 01 to 99 99

SUB-BLOCK (S) From 00 to 99 From 0 to 9 01 to 99

At each panel we have to configure:

1._ The mode:1.1_ As General Entrance.1.2_ As Block / If this is the case, additionally the number of the Block.1.3_ As Sublock / If this is the case, additionally the number of the Sub-

Block.

2._ The number of the panel.



Panel (8)

Example 1

Panel configurationMode: General EntrancePanel Number: 0To be dialled at panel: terminal address “TT TT TT”. For example “00 00 88”

Terminal address: 00 00 88





Panel (9)

Example 2

Panel configuration• Mode: General Entrance (Dial at panel: “TT TT TT”. For example “00 00 03”)• Panel Number: 0


18 VDC 3243

2

Panel configuration• Mode: Block / Block Number: 00 (Dial at panel: “TT TT”. For example “00 03”)• Panel Number: 0


Panel configuration• Mode: Block / Block Number: 01 (Dial at panel: “TT TT”. For example “00 03”)• Panel Number: 0 3243 18 VDC 3243 18 VDC

2 3243 18 VDC 3243 18 VDC

3243 18 VDC

3243 18 VDC



Panel (10)

Panel configuration• Mode: General Entrance (Dial at panel: terminal “BB SS TT”. For example “01 04 04”)• Panel Number: 1


Sub-Block 04Panel Number: 0

Panel configuration• Mode: Block, Number 01 • Panel Number: 0



Example 3

Block 00

PSU3243 PSU3243PSU3243PSU3243

General Entrance (GE)GE , Panel 0 GE, Panel 2 GE, Panel 3

Block 01 Block 99Sub-Block 04

GE , Panel 1

Sub-Block 00

PSU3243 PSU3243PSU3243


Panel (11)

The parameters of the outdoor panel can be programmed from keypad, by entering the configuration mode: • “A” + “4444” (Confirmation tone “beep-beep” is heard) + Command number (See table) + Value.

Panel configuration from Direct Keypad

Command Number

ParameterPossible values

[By default]Comment

01 Door Opening time01-99”.

Opening from telephone or access control[03]

02 Door Opening time from Exit button00-99”. Door Relay activation from exit button (Terminal

"BS")[06]

03 Mode of panel

0-Sub-Block

Mode of panel configuration[1]-Block

2- General Entrance

04 Block Number00..99

The panel belongs to this block number[00]

05 Sub-Block Number00..99

The panel belongs to this Sub-block number[00]

06 Panel Number0..9

Panel Number[0]

07 Sensor Door Time00..99 Max.time that door can remain released since

opening[00] (not acitve)

08 Openinig Code0000..9999

Opening code from keypad[AAAA](not active)

09 Programming access code0000..9999

Programming access code[4444]

10 Master panel mode[0]- No

To program telephones1- Si

11 Guard unit mode 0Resets to night mode when this option is

selected

12 Volume of confirmation tone at panel0..9

Adjustment of the confirmation tone at panel[5]

13 Parameters Reset [0] No reset

1 ResetIt recovers the default values when this option

is selected

14 Camera Adjustment 0-9 [9] Selection from monitor of different areas


Panel (12)

CONTINOUS PROFILE AMPLI (+2441): Only 5 PINS

Panel configuration from Direct Keypad

SKYLINE or KEYPAD/DISPLAY AMPLI: 6 PINS

ASSISTED CONFIGURATION BY VOICE IN PUSHBUTTONS PANELS


Panel (13)



Panel (14)

A._ PANEL MODE:At the amplifier label the installer will register the selected values.

For example: Programming the panel as Sub-Block 2, and panel number 3, Belonging to block 1.

B._ CAMERA ADJUSTMENT.

As well with a Direct keypad Ref.7439 or with a programmer Ref.3254, the Camera Adjustment is configured at amplifier.Each of the values represents the video areas that will be captured by the camera. The value 9 (By default is the complete image).

STEP ACTION PICTURE RESULT

1 Set the panel as MASTER and program the terminal from the Master panel. (See slide “Terminal programming”)

2 Enter the ‘inverse programming' mode on the DUOX by keeping pressed “SW1” button during 10 sec, until 1 beep is heard and the led “DL2” blinks once per second.

3 Assign the new addresses to each button:

3.1 Press the programming button at the terminal until the programming tone is heard, and with the handset hang…


Panel (15)

How to program the Mapping Call Code: “Inverse” programming: In case that NON SEQUENTIAL CODES are necessaryMapping is an advanced programming function available in panels with pushbuttons. It allows the modification of the call code assigned based on their position on the call extension module or button module.

‘Beep’

DUOX address stored at terminal memory

Press the “SW1”

button, 10”

“DL2” Led

blinks

Programming tone


Panel (16)

How to program the Mapping Call Code: “Inverse” programming (Continuation)


3.2 …Press the call button associated with this terminal (apartment) on the entry panel.

The address previously programmed on that terminal will be assigned to the button (it will be stored onthe amplifier).Repeat for all the terminals 3.1/3.2.

4 Exit Programming:Press the “SW1” button again.Anyway the amplifier will automatically exit the programming mode after 5 minutes of inactivity.

• DEPENDING ON THE RANGE OF THE CODES, THE AMPLI HAS TO BE SET AS SUBLOCK/BLOCK OR GEN.ENT.• TO RESET THE MAPPING: Switch-OFF and Switch-ON keeping press “SW1” during 5 sec.• Remember that the default call order is from bottom to top and from right to left.

Mapping code stored at amplifier

Panel at stand-by

status

Press the “SW1” button


1 Set the panel as MASTER.

2 Select the «sequential programming» mode by keeping pressed “SW1” button. After 10 seconds a first “beep” is heard, keep pressing during still 5 sec. until 2 beeps are heard and the “DL2” led blinks once per second.

3 Assign the new addresses to each button:Press the call buttons in whatever order you wish, to assign the codes on the entry panel, starting with 1st press=“Code 0”, 2nd press=“Code 2” and running sequentially to the last required number.

4 Exit Programming:Press the “SW1” button again.Anyway the amplifier will automatically exit the programming mode after 1 minute of inactivity.


Panel (17)

How to program the Mapping Call Code: “Sequential” programming (Only 1 operator)

Mapping code stored at amplifier

Panel at stand-by

status


“DL2” Led

blinks‘Beep’

‘Beep’


‘Beep’

‘Beep’

Press 3 times consecutively the

“SW1” button


Terminals (1)

CITYMAX BasicDUOX Telephone

LOFT BasicDUOX Telephone

LOFT Basic Plus DUOX Telephone

LOFT ExtraDUOX Telephone

Ref. 3425 Ref. 3420 Ref. 3421 Ref. 3422

Terminals: B , B Terminals: B , B B , B , T , A , - B , B , T , A , - , F1, F2

• Melody selection • Melody selection • Melody selection• Door bell• Call Extender• Light&Buzzer activator

• Melody selection• Door bell• Call Extender• Light&Buzzer activator• Call volume regulator• Mute mode• F1 and F2 buttons

Stand-by Cons.: 16mA Stand-by Cons.: 16mA Stand-by Cons.<20mA Stand-by Cons. <20mA

Max.Consumpt.: 280mA Max.Consumpt.: 280mA Max.Consumpt.: 300mA Max.Consumpt.: 320mA

Loft Color MonitorDoor opening


Terminals (2)

AutoSwitch-ON: To Block panel (“0” or “1”) or to General entrance panel (“0”)

Additional function or Panic call

Access to menu

TECHNICAL FEATURES

Loft Color Monitor

Connections


Terminals (3)

Loft Color Monitor

Administrator’s Menu


Terminals (4)

1._ Monitor Programming (From panel or from monitor)

2._ Parameters Reset

Monitor Pushbuttons

Loft Color Monitor

User’s Menu


Terminals (5)

1._ Non disturb

2._ Melodies

3._ “F2” Additional function

4._ QR code

A._ Video Adjustment (Bright/Contrast/Color): After AutoSwitch-ON (Or after call without taking communication)

B._ Audio Adjustment: During communication

Monitor Pushbuttons

Terminal Programming


Terminals (6)

Note that the programming of the telephones will be performed from the Master panel.

The procedure to set a panel as Master is following:

Press 3 times consecutively the “SW1” button at the rear side of the amplifier, a confirmation tone (beep-beep) will be heard.

To remove the Master mode, just press again 3 times consecutively the “SW1” button and a “Bop” tone will confirm it.

In an installation only one panel at the same time can be Master.

In case there is already a Master panel in the system, when another panel is set as Master, the previous one will be automatically removed from Master mode.

‘Beep’


“SW1” button

Step 1 Step 2

To s

et

the

pa

ne

l as

Ma

ste

r

‘Bop’

Step 1 Step 2To

re

mo

ve t

he

pa

ne

l of

Ma

ste

r M

od

e

‘Beep’


“SW1” button

Loft Terminals Programming

1. Press the programming button and released it.

2. Confirmation tone is heard.

3. Press the corresponding pushbutton at the Master panel (or dial the apartment number in the keypad).

4. The confirmation tone is heard again.

5. The terminal will store the 6 digits of the panel call as DUOX address.


Terminals (7)


Terminals (8)

Melody Selection by installer at Loft Basic

The telephone allows to select a different melody to distinguish when it is called from the outdoor panel or from the guard unit. The selection is done by the installer.

MELODIES available:• Bitone Fermax.• Monotone Fermax.• Monophonical Ding-Dong-Dang.

Following steps to select the melody for panel call (All panels same melody):1. At the telephone, press simultaneously the

“programming” and the “door opening” button: The current telephone melody for a “panel call” is heard.

2. Pressing sequentially the “programming” button, the rest of melodies are heard.

3. After 10 sec.without presssing any button, the last melody performed will be stored.

The exit of configuration is confirmed by a “beep”. Following steps to select the melody for guard unit call:1. At telephone press simultaneously the “programming”

and the “door opening” button during 5 seconds: The current telephone melody for a “guard unit call” is heard.

2. Pressing sequentially the “programming” button, the rest of melodies are heard.

3. After 10 sec.without presssing any button, the last melody performed will be stored.

The exit of configuration is confirmed by a “beep”.

5 Sec.

Pick up the handset and after few seconds automatic

communication is established with panel.


Terminals (9)

Just after picking up the handset, any telephone programmed with a valid address “TT TT TT” will establish communication with the panel number “0” of its block.Under the condition that there is a free channel in that block and the panel “0” is available.From this moment, the behaviour will be the same as in an accepted call (Door opening available, 90 sec.of max.conversation time,…)If this feature is not wished, just change the number of the panel to a number different from “0”.

If after picking up the telephone handset, the panel “0” is in communication with other telephone or there is another telephone of the same apartment in communication, a busy tone will be heard at the telephone.

Autoswitch-on from the telephone to the panel number “0” of its Block

PANEL “0”

Video Installations

Accesses

Backbone

- Video Panels- Call extension module (according to panel model) - Surface or Flush Mounted Box - Lock Release

First Step!

Design the Installation!

Power Supply Backbone

- No of 18Vdc/1.5A Power Sources Ref.4812 + Filter Ref.3243 = Panel + 12 Monitors or 20 Monitors- 12Vac/1.5A Sources= if a 12 Vac lock release is used

- Monitors - Monitor connectors- Line terminations

Obtain a Quote:

Calculate a quote (1)DUOX

Technical Department

Example – 1 DUOX Video SkyLine panel (buttons) to 40 monitors

General Power Supply 3 x 4812 – 18 Vdc 1.5 A Power Supply. 3 x 3243 – Filter. 1 x 4800 – 12 Vac 1.5 A Power Supply.

Accesses2 x 7336 – S7 Frame (6V). 1 x 7391 – DUOX video module (W).5 x 7371 – DUOX 8 push module (W).2 x 8857 – S7 Flush Box.1 x 8829 – Set of joining bolts (separators).1 x 2541 – Connection cable.1 x 3071 – 12 Vac Lock Release.

Backbone40 x 3412 –LOFT DUOX Monitor.40 x 3415 –LOFT DUOX Monitor.2 x 3255 – Line termination.



Example – 3 DUOX Video Skyline Direct panel to 50 colour monitorsGeneral Power Supply 5 x 4812 – 18 Vdc 1.5 A Power Supply. 5 x 3243 – Filter. 1 x 4800 – 12 Vac 1.5 A Power Supply.

Accesses3 x 7391 – DUOX video module (W).3 x 7439 – VDS Direct keypad module (W).6 x 7445 – Cardholder (W).6 x 7334 – S5 SkyLine Frame (4V).6 x 8855 – S5 Flushbox.3 x 8829 – Set of joining bolts (separators).3 x 3071 – 12 Vac Lock Release.


Example – 1 DUOX Video Marine Digital panel to 72 colour monitorsGeneral Power Supply 4 x 4812 – 18 Vdc 1.5 A Power Supply. 4 x 3243 – Filter. 1 x 4800 – 12 Vac 1.5 A Power Supply.

Accesses1 x 5483 – DUOX Marine Digital video panel.1 x 5471 – Flushbox ST3.1 x 3071 – 12 Vac Lock Release.


Example – 4 DUOX Video City Direct panels to 32 colour monitors

General Power Supply 5 x 4812 – 18 Vdc 1.5 A Power Supply. 5 x 3243 – Filter. 1 x 4800 – 12 Vac 1.5 A Power Supply.

Accesses4 x 7363 – City DUOX direct video panel.4 x 7309 – City directory.8 x 8855 – S5 Flushbox.4 x 8829 – Set of joining bolts (separators).4 x 3071 – 12 Vac Lock Release.





Questions?

Documents

FERMAX TECHNICAL SEMINAR. The Riser Panel Terminals Riser Basics Amplifier Configuration Models The Technical Book Why DUOX? System Summary How to make