PROGRAMMING MANUAL SECURITY ALARM CONTROL UNIT

SECURITY ALARM CONTROL UNIT

PROGRAMMING MANUAL

English

EN

CONTENTS

1 SYMBOLS AND GLOSSARY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PAG .

2

2 TECHNICAL MENU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PAG .

4

2.1 PROGRAMMING MODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

4

2.2 SYSTEM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

6

2.3 SCENARIOS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

9

2.4 AREAS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

10

2.5 KEYPADS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

12

2.6 PLUGS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

13

2.7 RADIO MODULES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

13

2.8 INPUTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

14

2.9 OUTPUTS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

19

2.10 TIMES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

21

2.11 TELEPHONE NOTIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

22

2.12 ASSOCIATING OUTPUTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

28

2.13 CODES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

30

2.14 KEYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

33

2.15 REMOTE CONTROLS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

34

2.16 TELEPHONES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

35

2.17 TELEPHONE OPTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

36

2.18 SPECIAL FUNCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

39

2.19 DAILY SCHEDULER. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

41

2.20 EVENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

43

2.21 CLOCK . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

43

2.22 DEFAULT PARAMETERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

44

2.23 CONTROL UNIT VERSION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

44

2.24 VOICE RECORDINGS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

44

3 EVENTS MESSAGING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PAG .

46

4 APPENDIX REGULATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PAG .

50

5 DECLARATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PAG .

50

1 Symbols and glossary

This symbol shows the parts which describe safety issues.

This symbol shows parts which must be read with care.

Permanently on warning light.

Warning light off.

Rapidly flashing warning light.

INSTALLER: any person or business responsible for planning, installing and programming the system.

USER: any person using the security alarm system.

2 Technical Menu

ACCESSING TECHNICAL MENU FROM THE CONTROL UNIT

Depending on the parameter

TEC MENU ACCESS

menu may or may not be preceded by the User code.

(

CODES

->

INSTALLER'S TECHNICAL CODE

Simultaneously accessing the technical menu or user menu from multiple keypads is not allowed.

), access to the technical

INDIRECT ACCESS

To access the Technical Menu hold down the /ESC # for 5 secs, enter the user code again for 5 secs and enter the technical code you can change the text.

222222

. Using keys

+ -

123456

, hold down the /ESC # key

you can move from character to character, while with keys

5 sec

2

123456

+

3

5 sec

+

4

1

+

+ -

DIRECT ACCESS

With the system completely disarmed hold down key /ESC # for 5 secs and enter the technical code nical Menu. Using keys you can move from character to character, while with keys

222222

222222

you can change the text.

to go into the Tech-

1

5 sec

2

222222

+

In the manual all the different submenus of the technical menu will be shown with access via the control unit.

After the technical code with keys

B

A

and

B

you can choose whether to go into the installer menu (key

A

) or the autorecognition menu (key

). The choice of the two menus is available by going into the technical menu from the control unit only, and not from a remote keypad.

All the configurations in the technical submenus relating to "voice recordings" can only be seen on the technical menu via the control unit keypad.

ACCESS TO TECHNICAL MENU FROM PXKTX or PXWKD KEYPAD

Indirect Access

1. Enter the user code 123456 (if less than 6 digits confirm with

*

).

2. Enter the technical code 222222 (between the user code and the installer code do not press the /ESC # key or the operation is cancelled).

Direct Access

3. Enter the technical code 222222 directly (if less than 6 digits confirm with

*

).

ACCESSING THE TECHNICAL MENU FROM THE PXWKTX KEYPAD

The PXWKTX radio keypad does not support the technical menu.

2.1 Programming mode

For the security alarm control unit to be as user-friendly as possible (for inexperienced installers as well as the most demanding professionals), the system features the "programming mode" concept. This can provide a few or many programming parameters depending on the installer's skill or requirements.

08:23 16/05/10

ENTER CODE

123456

AWAITING COMMAND

*=USER MENU

222222

*

PROGRAMMING 01

MODE

▼ ▲

PROGRAMM. MODE

EASY

+ -

Programming mode: (Default

EASY

EASY

)

only basic parameters for simple systems are available.

ADVANCED

F S A

STANDARD

parameters for simple STANDARD and ADVANCED systems are available (programming mode only available from PXManager).

In the manual the menus available only in STANDARD and ADVANCED mode will be marked with icon .

Moving from Standard to Easy means automatic reconfiguring of the parameters which will be hidden.

MENU HEADINGS BELONGING TO THE THREE MODES

To understand which mode a menu heading can be displayed and therefore edited in just look at which letters appear in the top righthand corner of each heading’s description.

F

S A

Heading found in the three modes

S A

Heading found in standard and advanced modes (available only from PXManager )

Below are the main differences between the three types:

A

Heading found only in advanced mode

(available only from PXManager )

EASY MODE

The EASY programming mode lets you quickly and simply start up low-complexity systems or is used by installation engineers who are not highly skilled.

The pre-configured settings are the following:

CONTENTS AREA DESCRIPTION

1 DAYTIME AREA

2 NIGHT-TIME AREA

CONTENTS AREA DESCRIPTION

3 PERIMETER AREA

CONTENTS

1

2

3

KEYPADS

ALL KEYPADS

SCENARIO DESCRIPTION

GOING OUT

GOING TO BED

STAYING HOME

B

C

ASSOCIATED SCENARIOS

A GOING OUT

GOING TO BED

STAYING HOME

ASSOCIATED AREAS

1, 2, 3

1, 3

3

PLUGS

ALL PLUGS

PROPERTIES

ON+OFF EXACT

ON+OFF EXACT

ON+OFF EXACT

ASSOCIATED SCENARIOS

L1 GOING OUT

L2 GOING TO BED

L3 STAYING HOME

CONTENTS OUTPUT DESCRIPTION

U1

U2

RELAY

CONTENTS OUTPUT DESCRIPTION

TC output to disinhibit the sensors’ microwave when system is off (associated to the NIGHT-TIME area).

Yields a positive with NIGHT-TIME area switched off.

U3

System status, yields a negative if at least one area is on.

U4

Relay 1, is activated during the alarm time.

Breakdown, yields a negative when faults are detected.

Technical, yields a negative when there is at least one technical alarm.

CODES all

CODE PROPERTIES

TURNING ON + TURNING OFF of all areas.

KEYS all

DESCRIPTION AND PROPERTIES

TURNING ON + TURNING OFF of all areas.

TELEPHONE

NUMBER

DESCRIPTION

1..7

8

Telephone 1..7

Technical

TYPE

VOICE

SMS

ATTEMPTS

2

1 x x x x x x x x x

CODE ENTERING KEY ENTERING x x x

STANDARD MODE


•

•

•

Same settings as the EASY mode plus:

• Customise scenarios.

Customise Keypads, plugs, codes, keys, ...

Customised telephone calls.

Restore default parameters and codes separately.

ADVANCED MODE


•

•

•

•

Same settings as the EASY and STANDARD modes, plus:

• Customise specific voice messages from keypad.

Advanced programming of inputs, codes, keys, telephones, telephone options, special functions.

Advanced programming of telephone signals.

Time, calendar scheduler.

Past events print-out.

ACCESS TO TECHNICAL MENU FROM PXKTX or PXWKD KEYPAD

Indirect Access

1. Enter the user code 123456 (if less than 6 digits confirm with

*

).

2. Enter the technical code 222222 (between the user code and the installer code do not press the /ESC # key or the operation is cancelled).

Direct Access

3. Enter the technical code 222222 directly (if less than 6 digits confirm with

*

).

ACCESSING THE TECHNICAL MENU FROM THE PXWKTX KEYPAD

The PXWKTX radio keypad does not support the technical menu.

2.2 System

The system menu is for defining the system components (areas, keypads, plugs, ...), assigning addresses to them, and carrying out a whole series of tests. For programming go to the headings in the following menus.

EDIT SYSTEM

▲

SYSTEM 02

▼

*

EDIT

SYSTEM

*

▼ ▲

▼ ▲

MANAGED AREAS

-##-–-––

0..4

With the

+ -

-##-–-––

)

F S A

keys the areas that will be managed in the system can be enabled.

The system is considered totally armed if all the areas selected are on.

Example: if you only have three areas (daytime zone, night-time zone and perimeter zone) set

-#####--

.

#-

KEYPADS

0..4

Through keys

+

#-

-

)

F S A

the keypads used can be enabled.

Example: if you want to use 3 keypads on the system set

####

.

▼ ▲

--

PLUGS

0..4

Plugs: (Default:

Through keys

----

+ -

)

the plugs used can be enabled.

Example: if you want to use 2 plugs on the system set

##

.

F S

RADIO MODULES

--

Radio Modules: (Default:

Through keys

+ -

--

)

F

the radio modules used can be enabled.

Example: if you want to use 2 modules on the system set

##-

.

S A

RADIO SIRENS

----

MITHO TOUCH

YES

ACCEPTING REMOTE PLUGS

▲

SYSTEM 02

▼

*

*

▼ ▲

ADDRESSING

PLUGS

...AUTORECOG.

PLUGS...

▼ ▲

ON PLUG 01

APPROACH KEY

PLUGS

AUTORECOGNISED

+ -

Radio Siren: (Default:

With keys

+ -

----

)

F S A

the radio sirens used can be enabled.

+ -

Mitho Touch (Default:

Via the

+ -

YES

)

F S A

keys you can enable/disable communication to BPT's MITHO building automation system.

Note. The integration between PROXINET control units and BPT's MITHO building automation system is only possible with control units that have the 1.0.16B4 version firmware or above.

Autorecognition and automatic assignment of addresses of plugs: want to assign the address shown on the display to.

F S A

Enables recognition of the system’s plugs. Approach the key to the plug that you

Plugs already autorecognised:

F

If the plugs have already been autorecognised a confirmation text is displayed.

S A

SYSTEM TEST

▲

SYSTEM 02

▼

*

*

▼ ▲

TEST

SYSTEM

INPUTS TEST

*=LAUNCH TEST

▼ ▲

*

AREAS TO TEST

#####

C.U. TAMP. TEST

*=LAUNCH TEST

C.U.BATT.TEST

*=LAUNCH TEST

▼ ▲

TEST SIRENS

*=LAUNCH TEST

OUTPUTS TEST

*=LAUNCH TEST

Inputs test:

F S A

The open inputs test can be carried out on the whole system or just on some selected areas.

Test control unit tamper

F S A

For checking control unit tamper status.

Test control unit battery:

F

For prompt checking control unit battery status.

S A

Test sirens:

F S A

For manually commanding the alarm relay output of the control unit.

Outputs test:

F S A

The test enables you to manually control the system's outputs.

RS485 BUS

Set the RS485 BUS speed:

Allows configuration of the RS485 BUS speed from the following: 115,200, 38,400, 9,600 (default),

4.800, 2,400.

PXLAN/PXWEB CONFIGURATION

DHCP: Automatic address assignment to network boards

Enables/disables auto-addressing (DHCP) .

IP ADDRESS configuration

Network board IP address configuration.

SUBNET MASK configuration

Configures the SUBNET MASK.

GATEWAY configuration

Allows GATEWAY configuration.

PC connection port configuration

Allows configuration of the computer's IP connection port.

Keypad emulation (PXWEB):

Associates the virtual keypad to a physical keypad address.

2.3 Scenarios

▲

▼

*

SCENARIOS 03

*

MODIFY SCEN. 01

GOING OUT

▼ ▲

AREA ACTION 01

ON+OFF EXACT

ASSOC. AREAS 01

#-

▼ ▲

+ -

Associated areas:

F S A

The parameter defines the action that the scenario has to carry out in the areas from among those specified in

DISABLED

ASSOC. AREAS

.

The scenario does not alter the switched on status of the areas.

Example: scenario deactivated or scenario for which you only want to manage the associated output defined in

ASSOC. OUTPUT

.

ON+OFF EXACT

The selected areas will be forced to switch on and those deselected to switch off in the exact configuration set.

Example: this is the one used most and it is so that Users may set the switching on state of the areas by selecting scenarios independently from the previous configuration.

GOING OUT

###

; daytime, night-time and perimeter areas on;

#-#

; only daytime and perimeter on and night-time off; GOING TO BED

STAYING HOME

--#

SEL.AREAS ON

; only the perimeter is on.

Only the selected areas switch on, nothing changes with the status of the non-selected areas.

Example: used for specifically switching on some areas: for example a scenario that only arms the perimeter area (PERIMETER ON

SEL.AREAS OFF

--#

).

Only the selected areas switch off, nothing changes with the status of the non-selected areas.

Example: used for specifically switching off some areas: for example a scenario that only switches off the perimeter area (PERIMETER OFF

SWITCH SEL. AREAS

--#

).

The selected areas change status: if on they switch off and if off they switch on.

Example: used for combining the act of switching some areas on or off in a single scenario; for example a scenario that only switches on/off the perimeter area (SWITCH PE-

RIMETER

--#

).

▼ ▲

*

VOICE RECORDING 01

*=OK #=ESC

A=PLAY B=REC #=ESC

AREA 01

A

[>>>>>>>>>>>>>>>]

PLAY 01

Voice Recording:

F S A

Allows the audio message (about 3 seconds) linked to the selected scenario to be customised.

Press key

A

to play back recorded message.

Press key

B

to record message and delete existing one. Recording will begin only when you begin to speak and can be interrupted by pressing key

*

.

To exit press

#

.

B BEGIN TO SPEAK

*=END REC

DESCRIPTION 01

GOING OUT

*

Scenario description

F

Lets you edit the description of the scenario.

S A

AREA ACTION

Action on areas (Default: ON+OFF EXACT)

The parameter defines the action that the scenario has to carry out in the areas from among those specified in ASSOC. AREAS

DISABLED The scenario does not alter the switched on status of the areas.

Example: scenario disabled or scenario for which you only want to manage the associated output defined in ASSOCIATED

OUTPUT.

ON+OFF EXACT The selected areas will be forced to switch on and those deselected to switch off in the exact configuration set.

Example: this is the one used most and it is so that Users may set the switching on state of the areas by selecting scenarios independently from the previous configuration.

GOING OUT ###; daytime, night-time and perimeter areas on;

GOING TO BED #–#; only daytime and perimeter on and night-time off;

STAYING HOME ––#; only the perimeter is on.

SEL. AREAS ON Only the selected areas switch on, nothing changes with the status of the non-selected areas.

Example: used for specifically switching on some areas: for example a scenario that only arms the perimeter area (PERIMETER

ON ––#).

SEL. AREAS OFF Only the selected areas switch off, nothing changes with the status of the non-selected areas.

Example: used for specifically switching off some areas: for example a scenario that only switches off the perimeter area (PE-

RIMETER OFF ––#).

SWITCH SEL. AREAS The selected areas change status: if on they switch off and if off they switch on.

Example: used for combining the act of switching some areas on or off in a single scenario; for example a scenario that only switches on/off the perimeter area (SWITCH PERIMETER ––#).

ACT ON OUTPUT

Act on output and output association: (Default: DISABLED)

If enabled, it lets an output be controlled directly by a scenario. The output to control is selected in ASSOC. OUTPUT,

DISABLED The scenario doesn't control any output. Scenario disabled or scenario only areas of which need to be controlled.

ON The scenario activates the selected output. Scenario that enables you to open a lock controlled by a timed output. Or a scenario that switches on a light controlled by a stable output.

OFF The scenario deactivates the selected output. Scenario that lets you switch off a light controlled by a stable output.

SWITCH The scenario switches the status of the selected output (on becomes off and off becomes on). Scenario that brings together the on and off commands of a light controlled by a stable output.

2.4 Areas

▲

AREAS 04

▼

*

MODIFY AREA 01

AREA 01

▼ ▲

▼ ▲

*

▼ ▲

*


*=OK #=ESC


AREA 01

A

[>>>>>>>>>>>>>>>>]

PLAY 01


*=END REC


F S A


Press key

A


Press key

B


*

.

To exit press

#

.

DESCRIPTION 01

AREA 01

*

Area description:

F

Lets you edit the description of the area.

S A

FORCE AREA

Force area: (Default: NO)

Forcing is the parameter which helps to define whether an area can be switched on even when any inputs are open (in this case, when the output time has elapsed, the area alarm will be triggered).

An area with DISABLED forced opening will start the output time only if all of the inputs associated to it are closed.

Example: used in a home environment to enable the user to close any entrances that might be open.

An area with ENABLED forced opening will start the output time irrespective of whether there are inputs associated to it open.

At the end of the output time, if there are still inputs open, the area will go into alarm mode.

Example: used in office environment to prevent inattentive users from leaving the system with areas not switched on because inputs are open. In this case the triggering of the alarm will inevitably warn that the system has been left with inputs open.

2.5 Keypads

Keypad Description:

Lets you edit the description of the keypad.

Keypad type:

Lets you choose the type of keypad: wired LCD, radio LCD or wired LED.

Associated Areas:

Associated areas are the areas which can be managed and viewed from the keypad. These also represent an AND-type filter on the areas managed by the code or by the scenario.

Example: there is a flat above a ground-floor shop. The owner wants to be able to manage the flat and the shop using the same code, with the possibility of also being able to manage the shop from home.

Area 1 = HOME

Area 2 = SHOP

Scenario 1 = CLOSE HOME (SWITCH ON SELECT. AREAS; areas = #–)

Scenario 2 = OPEN HOME (SWITCH OFF SELECT. AREAS; areas = #–)

Scenario 3 = CLOSE SHOP (SWITCH ON SELECT. AREAS; areas = #–)

Keypad 1 = Situated in the home: (associated areas = ##; scenario A =CLOSE HOME ; scenario B = OPEN HOME; scenario C =

CLOSE SHOP)

Keypad 2 = Situated in the shop: (associated areas = –#; scenario A = CLOSE SHOP)

Code 1 = Owner (associated areas = ##)

Code 2 = Employee (associated areas = –#)

Tamper (Default: NO)

Allows you to enable/disable the keypad tamper and the warning of no communication with the control unit.

Input Buzzer, Output Buzzer and Alarm Buzzer (Default: YES)

Allows the buzzer to be enabled/disabled during the entry time, during the output time and during the alarm time of the control unit.

Radio Supervision (Default: YES)

If a radio keypad is chosen, this menu lets you activate a devices check by the control unit.

Scenarios (Default: A=Scenario 1, B=Scenario 2, C=Scenario 3...)

Associates scenarios with keypad keys.

Example: there is a home and the owner wishes to manage three areas (daytime, night-time and perimeter) using two activations: total, perimeter only.

Area 1 = DAYTIME

Area 2 = NIGHT-TIME

Area 3 = PERIMETER

Scenario 1 = GOING OUT (ON+OFF EXACT; areas = ###)

Scenario 2 = STAYING HOME (ON+OFF EXACT; areas = ––#)

Keypad 1 = associate areas = ###; scenario A = GOING OUT; scenario B = STAYING HOME)

2.6 Plugs

Plug Description:

Lets you edit the description of the plug.

Associated areas: (Default: ###)

Associated areas are the areas which can be managed from the plug. They also represent an AND-type filter on the areas managed by the code or by the scenario.

Example: there is a flat above a ground-floor shop. The owner wants to be able to manage the flat and the shop with the same key.

Area 1 = HOME

Area 2 = SHOP

Scenario 1 = CLOSE HOME (SWITCH ON SELECT. AREAS; areas = #–)

Scenario 2 = CLOSE SHOP (SWITCH ON SELECT. AREAS; areas = –#)

Plug 1 = Situated in the home: (associated areas = #–; scenario L1 = CLOSE HOME)

Plug 2 = Situated in the shop: (associated areas = –#; scenario L1 = CLOSE SHOP)

Code 1 = Owner (associated areas = ##)

Code 2 = Employee (associated areas = –#)

Tamper (Default: NO)

For activating / deactivating the warning of no communication from plugs.

Input Buzzer, Output Buzzer and Alarm Buzzer (Default: YES)

Allows the buzzer to be enabled/disabled during the entry time, during the output time and during the alarm time of the control unit.

Radio Supervision (Default: YES)

If a radio keypad is chosen, this menu lets you activate a devices check by the control unit.

Scenarios: (Default: L1=Scenario 1, L2=Scenario 2, L3=Scenario 3...)

Associate the scenarios to the three plug LEDs.


Area 1 = DAYTIME



Scenario 1 = GOING OUT (ON+OFF EXACT; areas = ###)

Scenario 2 = STAYING HOME (ON+OFF EXACT; areas = ––#)

Plug 1 = (associated areas = ###); scenario L1 = GOING OUT; scenario L2 = STAYING HOME; scenario L3 = NO SCENARIO)

2.7 Radio Modules

Module Description

Allows editing of the description of the module.

Jamming: (Default: NO)

By activating the JAMMING anti-conceal function, in the event of systemic or permanent disturbance of the transmission, the control unit will generate a 24 hour alarm.

2.8 inputs

▲

INPUTS 11

▼ ▲

▼

*

*

MODIFY INPUTS 001

INPUT 01

▼ ▲

STATUS 001

ARMED

+ -

Status (Default:

EXCLUDED

)

F S A

EXCLUDED

An input is excluded when it is not used.

ARMED

An input is armed when it is used in the system.

TEST

An input is in test mode when you want to monitor the performance of an input through the events log without triggering alarms or telephone calls.

Example: after a system is installed it is noticed that an input continually goes into alarm mode for no apparent reason. By putting it into test mode it is possible to continue to monitor possible alarms (through the events log) without triggering alarms.

▼ ▲

TYPE 001

IMMEDIATE

+ -

Type: (Default:

IMMEDIATE

)

F S A

The type defines the operating characteristics of the input.

IMMEDIATE

This is the classic intruder-proof input, active when the control unit is armed and inactive with the control unit disarmed. If unbalanced it triggers a general alarm.

Example: input of a magnetic contact on a window.

SERVICE

It is active whether the control unit is armed or disarmed. It is not considered as a security alarm input but only one to be monitored from a keypad, or to activate outputs or calls irrespective of the control unit status. It is, of course, stored in the events log.

BLOCK PRG

If closed, it enables the time scheduler function, excluding it if it is open.

BREAKDOWN

It is active whether the control unit is armed or disarmed. In the event of an alarm the breakdown LED lights up, the system's breakdown output is activated and the control unit displays the ANOMALY message followed by the description of the input.

DELAYED 1

It is active only when the control unit is armed. If unbalanced, it sets off input time 1, during which a valid code must be entered to disarm the control unit.

During this time the buzzer will make a continuous sound. If the control unit is not disarmed the general alarm will be triggered.

Example: input associated to an entry point.

DELAYED 2

Like DELAYED 1, but with input time 2.

24 HOURS

Instantaneous input active both when the control unit is armed and when it is disarmed. Unbalancing of a 24-hour input triggers a general alarm.

Example: input associated with the external siren tamper.

TECHNICAL

Instantaneous input active both when the control unit is armed and when it is disarmed. Unbalancing of a technical input activates the output defined for the

TECHNICAL ALARM, triggering a continuous sound from the buzzer (for the duration of the technical alarm) and the lighting up of the alarm LED on the keypads.

Example: an input associated with a fire or gas detection sensor.

PATH

Instantaneous input active with control unit armed. It performs like a delayed input if a control unit DELAYED-type input starts off the input time. It performs like an instantaneous input in all other situations.

Example: input associated with an infrared sensor placed in front of a delayed-type entrance door. If the user opens the door the input time starts and the sensor behaves in the same way; if on the other hand a burglar breaks in through a window the sensor works instantaneously.

▼ ▲

MEMORY

Input active with control unit armed. If it is closed (i.e. balanced) once the output time elapses, it behaves like a normal instantaneous input. On the other hand, if once the output time has elapsed it is open (i.e. unbalanced), it is ignored until it is closed

(i.e. balanced) and from that moment it behaves like a normal instantaneous input.

Example: memory inputs are defined as the inputs that the user decides to leave open

(dormer window, windows, ...) even when the system is armed.

SWITCHING ON

Input used to switch on/off the areas associated to the input. The behaviour of the input is defined by the action parameter. Total switching off or partialisation of the system via a SWITCHING ON input simulates the entering of a code that blocks telephone calls (if the parameter is programmed correctly to STOP FROM CODE in the TELEPHONE OPTIONS).

ACTION DESCRIPTION

Impulsive switching on

When an input is unbalanced the associated areas switch on.

Impulsive switching off When an input is unbalanced the associated areas switch off.

Impulsive switching on + off

When an input is unbalanced the associated areas switch status: when they are off they switch on and when on they switch off.

Stable switching on + off

When an input is unbalanced the associated areas switch on and when balanced they switch off.

Example: if switching on and off must be managed via a mechanical key, it is necessary to have a mechanical lock with C, NC and NO contacts.

Input programmed to be SWITCHING ON type, action STABLE SWITCH ON+OFF and associated areas, the areas to switch on/off.

Connect the input to the lock so that when the key is on "system on" the input is unbalanced (i.e. open) and when it is on "system off" the input is balanced (i.e. closed).

BURGLARY

Instantaneous input active both when the control unit is on and when it is off. When it is unbalanced it does not trigger the alarm LEDs to light on the keypads and it sends an alarm telephone call to the phone numbers associated with BURGLARY

ALARM.

Plug

Status

Telephone calls

Keypads/

Plugs

Times

TYPE

Immediate

Block PRG

Service

Breakdown

Delayed 1

Delayed 2

24 hours

Technical

Path

Memory

Switching on

Burglary

Tamper

Associated areas on

X X X X X X

X

X

X

X

X X

X

X X

X X

X X

X

X

X

X X

X X

X X

X

X

X

X

X

X

X

X

X

X

X

X

X

X X

X X

X

X

X X

X X

X

X

X X

X

X

X

X X

▼ ▲

BALANCING 001

SINGLE B.

+ -

Balancing: (Default:

SINGLE BAL.

)

This Menu is valid ONLY for the first six inputs (wired type).

F S A

NORM.CLS

Input normally closed.

NORM.OPN

Protection

Input normally open.

Protection

SINGLE BAL.

Single balanced input.

Protection

DOUBLE BAL.

Double-balanced input.

Protection

4.7 kohm

Alarm

NC

Tamper (NC)

Alarm

NC

4.7 kohm

BALANCING 007

RADIO

*

Balancing: (Default:

RADIO

)

F S A

This Menu is valid ONLY for inputs 7 and above (radio-type inputs).

RADIO CHANNEL 007

[1..03] NUMBER 03

*

Radio Channel: (Default:

3

)

F S A

Available only for multi-channel radio inputs (devices with several inputs): enables setting of which input of the device is to be associated to the input.

Example: the radio magnetic contact has 3 channels:

1. Input 1

2. Input 2

3. Magnetic contact

RECOG. 007

*=OK #=ESC

*

Radio Device Recognition:

F S

Only available for radio inputs. Enables a radio device to be associated to the input.

A

SUPERVISION 007

NO

*

Radio Supervision: (Default:

NO

)

F S A

Only available for radio inputs. If enabled, in the event of no signal being received for a time longer than that set in 'Supervision time', the control unit signals a technical alarm (no tamper).

▼ ▲

AREAS 001

---

ON ACTION 001

PULSE SWITCH ON

Associated areas: (Default:

#---

)

F S A

The inputs can be freely associated to one or more areas. The performance of an input associated to more than one area depends on the value selected for parameter

AND/OR AREAS

.

*

Parameter visible only if the input is the type that switches on.

Switch on: (Default:

PULSE SWITCH ON

)

F S A

For managing the type of switching on/off action on the control unit areas associated to the input.

PULSE SWITCH ON

When the input is unbalanced the control unit switches on the areas.

PULSE SWITCH OFF

When the input is unbalanced the control unit switches off the areas.

PULSE ON+OFF

When the control unit is unbalanced the control unit reverses the on/off status of the areas associated to the input.

STABLE ON+OFF

The on/off status of the areas associated to the input follows the input's balancing status. If the input is unbalanced the areas are on, if it is balanced, they are off.

Example: see the example given for the type of input set

SWITCHING ON

.

*


*=OK #=ESC


AREA 01

A

[>>>>>>>>>>>>>>>>]

PLAY 01


*=END REC


F S A


Press key

A


Press key

B


To exit press

#

.

*

.

DESCRIPTION 001

INPUT 001

*

Input description:

Lets you edit the description of the input.

F S A

Immediate

Immediate (Default: NEVER)

Parameter visible only if the input is of the delayed type. For managing the delayed input as instantaneous if partialised (i.e. if associated to multiple areas or not all the areas are on).

NEVER Standard setting, the input is always delayed. Example: overhead garage door.

IF PARTIAL ON The input is delayed if all of the associated areas are switched on or if it is partialised (at least one area off and one on).

Example: this parameter is set when it is necessary for the front door to be delayed when the user is not at home; it is instantaneous when he/she is at home (partialised system).

Area 1 = daytime.

Area 2 = night-time.

Area 3: perimeter.

Scenario 1: Going out; Areas ###

Scenario 2: Going to bed; Areas #–#

Front door input: DELAYED 1 type; Immediate IF PARTIAL.ON;

And/or areas: INS. IF AREAS OR; Areas –##.

And/Or areas:

And/or areas (Default: ARM. IF AREAS OR)

If several areas are associated to an input the input's armed/disarmed status, which is given by the on/off status of the associated areas, depends on this parameter:

ARM. IF AREAS OR Input armed if at least one associated area is switched on.

Example: used when you want to manage partialisations along with areas, which share several inputs.

ARM. IF AREAS AND Input armed if all associated areas are switched on.

Example: if there are two apartments that share the same garage, two areas are normally associated to the garage (one for each apartment) and the AND function is set.

And Input

And Input: (Default: NO)

An input which is programmed in AND mode with another input triggers an alarm only if the second input is in alarm state. This parameter is usually used to have a dual consent function to generate the alarm.

Example: two sensors are aimed on the same room and the user wants an alarm to be signalled only when both sensors go into alarm mode.

Input 1: IMMEDIATE type; And input INPUT 2.

Input 2: IMMEDIATE type; And input INPUT 1.

AUTOEXCLUSION

Input autoexclusion (Default: yes, after 3 alarms):

This defines the number of times that the input can go into alarm mode, beyond which the input is automatically excluded. The alarm counter resets and the input is reincluded if at least one associated area switches off.

Example: a classic example is external sensors.

Code 2 = Employee (associated areas = –#)

BUZZER OUTPUT

Buzzer output: (Default: NO)

For choosing whether the input will activate the "buzzer output" or not, or the keypads enabled to ring along with the buzzer output. Always active irrespective of the status of associated areas.

Example bell on door opening: a classic use of this function is that of being able to make the keypad ring after a shop door is opened.

Area 1: indoors.

Area 2: perimeter.

Keypad 1: loosely positioned to make it ring; Associated areas ##––

Front door input: Buzzer output: YES; Associated areas –#––

Buzzer output keypads: #–––

Perimeter area buzzer time 3 seconds.

OUTPUT ASSOCIATION

Output Association: (Default: NO)

Assigns the output to activate if the input is unbalanced. If the output commanded is of the stable type, when the input is unbalanced the output is activated, if the input is balanced the output is deactivated. If the output is of the pulse type, the output is activated and starts timing when the input is unbalanced.

Depending on parameter OUTPUT CONTROL managing the output can be linked to the arming/disarming status of the input.

OUTPUT COMMAND

Output command: (Default: ALWAYS)

Depending on this parameter, managing the output can be linked to the armed/disarmed status of the input.

ALWAYS The output is always commanded by the input status. To be more precise: the output is activated if the input is unbalanced and restored if the input is balanced.

ARMED If the input is active, i.e. one or more areas associated to it are armed, the output is controlled by the input's status. To be more precise: the output is activated if the input is unbalanced and restored if the input is balanced.

NOT ARMED If the input is deactivated, i.e.no areas associated to it are armed, the output is controlled by the input's status. To be more precise: the output is activated if the input is unbalanced and restored if the input is balanced.

2.9 Outputs.

Output description

Lets you edit the description of the output.

Status (Default: STABLE)

STABLE the activity of the output follows the status of the associated event.

Example: the output is activated by the associated input's OPEN condition.

PULSEthe activity of the output is determined by the associated event but only for a certain time, the duration of which can be selected.l

Activation duration: (Default: 0)

Parameter visible only if the output is the pulse type. Duration time of pulse output activation.

|-----------

Activation duration

-------------|

Example: you want to open a door lock with a code. If associated to a code a pulse output with an activation time of 3 seconds.

Parameters visible only if the output is the stable type.

Activation delay: (Default: 0)

Delay time between the activation command and the output’s activation.

Deactivation delay: (Default: 0)

Delay time between the deactivation command and the output’s deactivation.

STATUS OF

OUTPUT

|--- Del. Act.

--|

|--- Del. Deact.

----|

OUTPUT

COMMAND

Example: you want to view the on/off status of the system via an output. In the Output Association menu assign the switching on status of the areas to an output programmed as stable and with zero second delays on activation and deactivation.

Security: (Default: NEGATIVE)

NEGATIVE The output is normally deactivated and is activated when it is commanded.

Example: by connecting a relay to an open collector output with NEGATIVE SECURITY, the relay will normally be de-energised and will energise only when the output is activated.

POSITIVE The output is normally active and is deactivated when it is commanded.

Example: by connecting a relay to an open collector output with POSITIVE SECURITY, the relay will normally be energised and will de-energise only when the output is activated.

Security: (Default: NEGATIVE)

NEGATIVE The output is normally deactivated and is activated when it is commanded.

Example: by connecting a relay to an open collector output with NEGATIVE SECURITY, the relay will normally be de-energised and will energise only when the output is activated.

POSITIVE The output is normally active and is deactivated when it is commanded.

Example: by connecting a relay to an open collector output with POSITIVE SECURITY, the relay will normally be energised and will de-energise only when the output is activated.

Remote activation: (Default: NO)

If activated (YES) it lets you remotely activate the output via voice guide or SMS or ...

Example: you want to activate a pulse-type output via SMS to send a start command to heating.

Code 1: password 123456; remote control YES.

Output 2: PULSE type: remote activation YES.

Phone options: remote control by SMS YES,

SMS to be sent: activate heating.CRSMS.123456.6002.

Slave output: (Default: NO)

Enables the activation status of the output as a function to be tied to that of another output.

Example: you want to have two outputs on the general alarm bus.

Output 10: STABLE type

Output 21: STABLE type; follow output OUTPUT 10.

In the Outputs Association menu, assign general alarm status of the areas to OUTPUT 10.

Voice Message

Allows the audio message (about 3 seconds) linked to the selected scenario (TERMINAL) to be customised.

Write the message in 'VOICE MESSAGE' and press PLAY to hear the message just recorded.

2.10 Times

▲

TIMES 13

▼

*

GENERAL ALARM

[0..255] HOURS 090

+ -

General alarm time: (Default:

090

)

F S A

During the GENERAL ALARM TIME, the GENERAL ALARM RELAY is active.

The condition of general alarm is determined by the activations of the inputs.

SABOTAGE

[0..255] SEC 090

+ -

Sabotage time: (Default:

090

)

Alarm time associated to 24-hour inputs or to tamper/tempering alarms.

F S A

TECHN. ALARM

[0..255] SEC 090

BURGLR. ALARM

[0..255] SEC 000

BUZZER OUTPUT

[0..255] SEC 000

+ -

+ -

+ -

Technical alarm time: (Default:

090

)

Alarm time associated to technical type inputs.

F S A

Burglary alarm time: (Default:

000

)

F S A

Alarm time associated to burglary type inputs.

Buzzer output time: (Default:

000

)

F

The BUZZER ALARM condition is determined by activations of the inputs which have their

"Buzzer Output" property set to ON.

S A

OUTPUT TIME

[0..255] SEC 050

+ -

Output time: (Default:

050

)

F S A

During the OUTPUT TIME the control unit checks the state of the inputs and signals if any are open. This warning is displayed visually on keypads and on plug LEDs and is sounded on keypad buzzers.

INPUT TIME 1

[0..255] SEC 030

+ -

INPUT TIME 2

[0..255] SEC 040

+ -

Input time 1 and 2: (Default 1:

030

) (Default 2:

040

)

F S A

When the system is armed, unbalancing of a DELAYED 1 or 2 type input activates the respective INPUT TIME counter. During the INPUT TIME, the control unit does not trigger the alarm if PATH or DELAYED type inputs are unbalanced.

At the end of the INPUT TIME, if the system is not DISARMED, a GENERAL ALARM is triggered.

setting a time longer than 45 seconds voids the reference standard.

Selftest Interval

Selftest interval: (Default: 0)

This sets after how many hours the control unit must automatically carry out an autotest of operation. The first autotest after starting up the control unit is done after the time set as the SELFTEST INTERVAL. If the value is set at 0, the autotest is not carried out.

Example: this function is generally used by security as system survival.

Telephone 15: security firm number; format CONTACT-ID; system code XXXX.

Selftest interval 24 hours.

By telephone notifications: telephones for autotest notification –––––––––––––#–.

Radio supervision interval

Radio supervision interval hours: (Default: 5)

This sets what period of not receiving the autotest, from one or more radio devices, is considered an anomaly. Not receiving it triggers a technical alarm.

Notification delay through lack of network

Missing network notification delay minutes: (Default:1)

This determines every how often the LACK of ELECTRIC POWER is considered an anomaly. The NETWORK MISSING event is entered into the events log. In the event of a power outage, the breakdown LED stays permanently on.

Battery test interval

Battery test interval minutes: (Default: 5)

It determines every how many minutes the control unit should automatically carry out a DYNAMIC TEST OF THE BATTERY. If the value is set at 0 the test is disabled. In the event of a battery fault, the breakdown LED flashes and continues to flash until the next test; it is also possible to associate an output or a remote communication.

N.B.: the breakdown status remains active until the next “BATTERY TEST”. To remove the breakdown status after replacing the battery, do a manual "BATTERY TEST" by accessing the technical menu.

2.11 Telephone notifications

▲

▼

*

TELEPHONE 14

NOTIFICATIONS

▼ ▲

TEL. NOT. MENU 01

GENERAL ALARM

*

SYS. ALRM. ACTV.

#######

SYS. ALRM. REST.

-------

▼ ▲

*


SABOTAGE

ACT.SYS.SABOTG.

#######

Activation and restoration of system's general alarm (generic notification):

F S A

Telephone notifications associated to the activation and restoration of the system's general alarm. Use the

+ -

keys to set the telephone numbers.

Activation of the system sabotage alarm (generic notification)

F S A

Telephone notifications associated to the activation of the system's sabotage mode.

Use the

+ -


*


TECHNICAL ALARM

ACT.SYS.TECH.

#######

*


BURGLARY ALARM

SYS BUR-ALRM ACT

####

*


ON/OFF

▼ ▲

TOTAL SYSTEM ON

----

TOTAL SYSTEM OFF

----

SYSTEM PARTIAL.

----

*


FAILURES

ACT SYST BRKDWN

#-##

Activation of the system technical alarm (generic notification)

F S A

Telephone notifications associated to the activation of the system's technical alarm

(the alarm is given by the technical inputs).

Use the

+ -


Activation of the system burglary alarm (generic notification)

F S A

Telephone notifications associated to the activation of the system's burglary alarm

(the alarm is given by the burglary inputs).

Use the

+ -


Total switching on, switching off and partialisation of the system;

F S A

Telephone notifications associated to totally switching on, totally switching off and partialisation of the system (total power on means totally switching on the areas managed).

Use the

+ -


Activation and restoration after system breakdown.(generic notification)

F

Use the

+ -


S A

Telephone notifications associated to the activation and restoration after the system's breakdown.

Activation and restoring of the system sabotage alarm (generic notification)

Telephone notifications associated to the activation and restoration of the system's sabotage mode.

Activation and restoration of the system technical alarm (generic notification)

Telephone notifications associated to the activation and restoration of the system's technical alarm (the alarm is given by the technical inputs).

Activation and restoration of the system sabotage alarm (generic notification)

Telephone notifications associated to the activation and restoration of the system's burglary alarm (the alarm is given by the burglary inputs).

Activation and restoration after system breakdown.(generic notification)


Activation and restoration of individual areas' general alarm

Telephone notifications associated to the activation and restoration of the individual areas' general alarm .

Activation and restoration of the control unit's sabotage alarm and bus peripherals

Telephone notifications associated to the activation and restoration of the control unit's sabotage alarm (tamper/tampering) and of the peripherals (tamper modules, no communication with peripherals,...).

Activation and restoration of individual areas' sabotage alarm

Telephone notifications associated to the activation and restoration of the individual areas' sabotage alarm

(the alarm is given by the inputs associated to the areas).

Activation and restoration of individual inputs' sabotage alarm

Telephone notifications associated to the activation and restoration of the individual inputs' sabotage alarm (tamper and 24hour inputs).

Activation and restoration of individual areas' technical alarm

Activation and restoration of individual areas' burglary alarm

Switching individual areas on and off

Telephone notifications associated to the activation and restoration of the individual areas' technical alarm

(the alarm is given by the technical inputs associated to the areas).

Telephone notifications associated to the activation and restoration of the individual areas' burglary alarm

(the alarm is given by the burglary inputs associated to the areas).

Telephone notifications associated to switching on and off individual areas.

Activation and restoration after battery breakdown


Activation and restoration of 230 Vac power supply breakdown

Telephone notifications associated to the the absence and restoration of the control unit's power supply

(230 Vac).



Activation and restoration after PSTN and GSM breakdown


Telephone notifications associated to the activation and restoration after breakdowns with fuses in the control unit and the peripherals.

Telephone notifications associated to the activation and restoration after breakdown of the

PSTN and GSM lines

(PSTN line down, unsuccessful SIM registration,

...)

Code entering

Telephone notifications associated to entering the code only from keypad.

Key entering

Telephone notifications associated to entering the key in the plug.

Activation and restoration of individual inputs' generic alarm

Telephone notifications associated to the activation and restoration of the individual inputs' generic alarm .

Autotest Notifications

Telephone notifications associated to the system's autotest for system's "I'm alive" notification.

2.12 Associating outputs

Associating the same output to several events or several areas (breakdowns, alarms,...) gives the output the OR function.

Example: if the general alarm status of all the areas is associated to the same stable output, the output will be activated when at least one area is in alarm mode.

System breakdown output (generic breakdown notification)

(Default: OUTPUT 03)

For selecting the output to associate to the system breakdown status.

Battery breakdown output: (Default: NO)

For selecting the output to associate to the battery's fault status (control unit).

Missing 230 Vac line output: (Default: NO)

For selecting the output to associate to the lack of 230 Vac power supply (control unit).

Area general alarm output: (Default: NO)

For selecting the output to associate to the individual area's general alarm.

Area sabotage alarm output: (Default: NO)

For selecting the output to associate to the individual area's sabotage alarm (tamper inputs and 24-hour inputs).

Area technical alarm output: (Default: OUTPUT 04)

For selecting the output to associate to the individual area's technical alarm (technical inputs).

Area burglary alarm output: (Default: NO)

For selecting the output to associate to the individual area's burglary alarm (burglary inputs).

Area output ready: (Default: NO)

For selecting the output to associate to the ready status of the individual area (an area is ready when it has no associated input open).

Area output on: (Default: OUTPUT 02)

For selecting the output to associate to the individual area's switch on status.

Area output off: (Default: OUTPUT 00)

For selecting the output to associate to the individual area's switch off status.

Area buzzer output: (Default: NO)

For selecting the output to associate to the "buzzer input" status of the individual area (the buzzer function can be associated to an area).

Area TC output: (Default: OUTPUT 01)

For selecting the output to associate to the individual area's TC status.

The TC output is to block the sensors when the system is disarmed. It works as follows (example for control unit no. 1 which when ON yields 13.8 Vdc):

• with area switched off it runs at 13.8V;

• the input is open with area on and during the output time.

2.13 Codes

▲

CODES 16

▼ ▲

▼

*

*

TECHNICAL CODE

INSTALLER

EDIT

TECHNICAL CODE

▼ ▲

USER CODES

*

Edit technical code.

For editing the technical code (default 222222).

F S A

*

*

CODE 001

USER 001

▼ ▲

STATUS 001

ENABLED

+ -

Activating code (Default:

ENABLED

)

F S A

If you wish to use a code, it needs to be activated.

DESCRIPTION 001

USER 001

EDIT 001

USER CODE

*

*

User code description:

F

Lets you edit the description of the User code.

S A

Edit User code:

For editing the user code (default user 1: 123456)

F S A

*


*=OK #=ESC


AREA 01

A

[>>>>>>>>>>>>>>>>]

PLAY 01


F S A


Press key

A


Press key

B


*

.

To exit press

#

.

B

BEGIN TO SPEAK

*=END REC

Accessing technical menu

FROM CONTROL UNIT OFF (Default)

Access to the technical menu is only allowed when the control unit is completely off (no area on).

AFTER USER CODE

Access to the technical menu is only allowed when the control unit is completely off (no area on) and the User code has been entered.

Enabling control unit programming from PC

FROM CONTROL UNIT OFF (Default)

Programming the control unit from PC is only allowed when the control unit is completely off (no area on).

AFTER USER CODE

Programming the control unit from PC is only allowed when the control unit is completely off (no area on) and the User code has been entered.

Associated Areas

Areas associated with the code: (Default: 3 Areas)

Allows the assignment of the User code areas of competence.

Authorisation

User code authorisation: (Default: ON+OFF)

SWITCH ON+OFF The code is activated to switch on and off the areas assigned to it.

ONLY SWITCH ON The code is only authorised to switch on the areas associated to it.

Example: used when you wish to assign the cleaning firm only the switching on code.

Remote control

Activating remote control: (Default: ENABLED)

Enables User to remotely access the system to manage it by SMS or voice guide.

Visibility

User code visibility: (Default: PUBLIC)

Setting a User code to public mode allows other codes, that are activated to access the “manage other codes” in the user menu, to edit/activate said code.

Example: for systems in small businesses the business owner’s code is usually set as private so that it is hidden from those of the employees.

Associated Output

Associating output: (Default: NO)

For associating a pulse-type output when entering the User code on the keypad.

Example: used to act on a lock through entering a code.

Group

Code group; (Default: NO )

Allows the association of codes with a group, so they can be managed simultaneously. The operation of this group can be enabled/disabled by the timer.

Enabling user menu

Activating User Menu: (Default: ENABLED)

For accessing the user menu with a code.

Activate user menu heading Events

ENABLED (Default)

With the code you can access the Events heading of the user menu.

Activate user menu heading Extension


With the code you can access the Extension heading of the user menu.

Activate user menu heading Telephones


With the code you can access the Telephones heading of the user menu.

Activate user menu heading Code


With the code you can access the Code heading of the user menu.

Activate user menu heading Manage Codes


With the code you can access the Manage Codes heading of the user menu.

Activate user menu heading Manage Keys


With the code you can access the Manage Keys heading of the user menu.

Activate user menu heading Switching on


With the code you can access the

Switching on heading of the user menu.

2.14 Keys

▲

KEYS 17

▼

*

CHECK KEY

SELECT KEY

▼ ▲

▼ ▲

*

Check key:

F S A

For checking if a key is entered in the database and if is is, the index and description are displayed.

*

KEY 001

KEY 001

STATUS 001

ENABLED

▼ ▲

+ -

Activating keys: (Default:

ENABLED

)

F S A

If you wish to use a key, it needs to be enabled.

KEY RECOG. 001

*=OK #=ESC

*

Key recognition:

Lets a key be recognised and associated.

F S A

▼ ▲

*


*=OK #=ESC


AREA 01

A

[>>>>>>>>>>>>>>>>]

PLAY 01


*=END REC

Voice Recording:

F S A


Press key

A


Press key

B


*

.

To exit press

#

.

DESCRIPTION 001

KEY 001

*

Key description:

F

Lets you edit the description of the key.

S A

Associated areas

Areas associated to the key: (Default: 3 Areas)

Allows the assignment of areas of competence to the key.

Authorisation

SWITCH ON+OFF (Default)

SWITCH ON+OFF The key is activated to switch on and off the areas associated to it .

ONLY SWITCH ON The key is only authorised to switch on the areas associated to it.

Example: used when you wish to assign the cleaning firm only a switching on key.

Associated output

NO (Default)

For associating a pulse-type output to the entering of a key in a plug.

Example: used to act on a lock through a key.

2.15 Remote controls

▲

REMOTE CONTROLS 18

▼ ▲

▼

*

*

REMOTE CONTROL 01


STATUS 01

ENABLED

▼ ▲

+ -

Remote control enabling:

(Default:

DISABLED

)

F S A

If you wish to use a key, it needs to be enabled.

▼ ▲ RECOG. 01

*=OK #=ESC

*

Remote control recognition:

F

Allows recognition of a remote control.

S A

DESCRIPTION 001


*

Remote control description:

F S A

Allows editing of the remote control description.

Associated areas

Areas associated with the remote control: (Default: 3 Areas)

Allows the assignment of the remote control areas of competence. Use the number keys to set the areas to be associated.

Scenarios

Scenarios: (Default: P1 going out; P2 going to bed; P3 staying home)

Associates scenarios with remote control keys.


Area 1 = DAYTIME



Scenario 1 = GOING OUT (ON+OFF EXACT; areas = 3)

Scenario 2 = STAYING HOME (ON+OFF EXACT; areas = 1)

Remote control 1 = associated areas = 3; scenario A = GOING OUT; scenario B = STAYING HOME

2.16 Telephones

▲

TELEPHONES 19

▼

*

*

TELEPHONE 01

TELEPHONE 01

▼ ▲

▼ ▲

PHONE NO 01

0491234567

*

Telephone number:

Edit the telephone number. Press key

*

, write the number with the

+ -

F S A

keys and confirm with the

*

keys and cancel with

#

. To deactivate the number just delete it completely.

As well as the numbers you can also enter letters C (PBX) and P (pause while dialling), used for the following functions respectively:

C In the event of GSM calls, all numbers before the C will not be dialled

P to insert a pause during dialling

The characters C and P are selected using the

C

and

A

keys.

To enter a telephone number first select the number to use, press the

*

key and enter the figures using keys

Example: PSTN line connected to a switchboard with GSM calling functions.

0 C 0 4 5 6 7 8 9 0 1 2

| | |______________|_

| | _________________

| __________________

+ -

. Then end with key

*

.

Telephone number

Indicates the switchboard is on line

Number to request the line from the switchboard.

▼ ▲ FORMAT 01

VOICE

+ -

Telephone communication format:

(Default:

VOICE see table at start

)

The telephone communications will be by voice.

SMS

The telephone communications will be by SMS.

CONTACT-ID

F S A

The telephone communications will be digital CONTACT-ID (only with

PSTN line).

Example: communication to security firms.

ATTEMPTS 01

[0..10] TRIES 02

+ -

Call attempts: (Default:

02

)

F S A

Used in VOICE and CONTACT-ID communications, it sets the number of call attempts to the number. To interrupt, press either 0 or 5 on the telephone keypad.

*


*=OK #=ESC


AREA 01

A

[>>>>>>>>>>>>>>>>]

PLAY 01


*=END REC


F S A

Allows the audio message linked to the selected scenario to be customised.

Press key

A


Press key

B


*

To exit press

#

.

.

DESCRIPTION 001

TELEPHONE 01

*

Telephone description:

F S A

Lets you edit the description of the telephone.

Listen on telephone line

Activating/Deactivating telephone line check

Common Messages

Default: Common Message 01

A voice message can be associated to each telephone number, which is then sent with each voice call.

2.17 Telephone options

▲

TELEPHONE 20

OPTIONS

▼

*

▼ ▲

▼ ▲

LINE PRIORITY

PSTN

CALL DELAY

[0..255]s 000

+ -

*

Telephone calls priority: (Default:

PSTN

)

F S A

The priority enables the selection of the type of network preset between either the PSTN line or GSM line for voice calls. If the telephone dialler doesn't find the preset network, all the voice calls will be rerouted onto the secondary network. SMS messages are always sent on the GSM line. Digital call are made only on the PSTN line.

PSTN

Voice calls via PTSN phone line

GSM

Voice calls via GSM.

Call delay:

F S A

You can set a delay on the activation of the telephone dialler following an event in order to avoid telephone calls caused by false alarms. On telephone options STOP BY CODE must be activated.

Example: delay set at 10 s. If an input is unbalanced in error, but a valid user code is entered within 10 seconds, the telephone call will not be made. Conversely if more than 10 seconds elapse the telephone call will be sent as usual.

Call sequence

Call sequence: (Default:Continue 1-2-3-4)

For choosing whether, in the selection sequence for programmed telephone numbers, in the event of communications that are

NOT completed (e.g. the number called is engaged), another call to the same number is immediately made, or if the communicator should continue selecting other numbers.

Continue 1-2-3-4 Call and move on to next number.

Retry 1-1-2-2 Call and try calling back the number of times set up on the phone.

Stop from phone

Stop call sequence from phone: (Default: EVERYBODY'S)

EVERYBODY'S If the user presses key 5 on the phone while listening to a voice call, ALL subsequent telephone communications

(SMS, voice, CONTACT-ID) are interrupted automatically.

ONLY OWN If the user presses key 5 on the phone while listening to a voice call, ONLY repetitive call-backs to their own number are interrupted automatically. ALL subsequent telephone communications are still made, however (SMS, voice, CONTACT-ID).

Stop by code

Stop call sequence by entering code/key: (Default NO)

EVERYBODY's If an event (general, technical, sabotage alarm etc.) starts the cycle of telephone calls, it can be interrupted by entering on the keypad a code/key associated to the areas of competence which has the property of switching off areas.

NONE If an event (general, technical, sabotage alarm etc.) starts the cycle of telephone calls, it CANNOT be interrupted by entering on the keypad a code/key associated to the areas of competence which has the property of switching off areas.

Remote control from PSTN (voice guide)

YES (Default)

For enabling access to the voice guide via the PSTN line.

Remote control by SMS

YES (Default)

Used for activating remote control via SMS.

Skip voice mail

YES (Default)

Activated if PSTN RMT-CTRL is set at YES.

You can access the voice guide even when there is a voice mail service programmed to answer before the telephone dialler. If set at YES, you call the home number and hang up at the first ring; repeat the call within the next 60".

Number of rings from PSTN

03 (Default)

Activated if PSTN RMT-CTRL is set at YES. For setting the number of rings after which the telephone dialler will answer.

Example1: there is a home without a voice mail service and they want the telephone dialler to answer after 6 rings. Telephone options: Remote control from PSTN YES; Skip voice mail NO; Rings from PSTN; 06.

Example 2: there is a home with a voice mail service that answers after 5 rings. Telephone options: Remote control from PSTN

YES; Skip voice mail YES

Remote assistance from PSTN

YES (Default)

For activating access to the programming via remote PC on the PSTN line.

Remote control by GSM

YES (Default)

For enabling access to the voice guide via the GSM line.

GSM safe

YES (Default)

By activating the GSM remote control you can create a filter which checks incoming calls against those in the contacts list.

Or you can activate access to all the telephones (the access password will still be required, regardless of whether the secure

GSM is activated or not).

Telephones activated for secure GSM

By activating GSM remote control and secure

GSM you can select the telephone numbers the telephone dialler must answer.

PSTN line check

NO (Default)

If activated it checks the PSTN line, if it is absent a breakdown signal is given.

GSM line check

NO (Default)

If activated it checks the PSTN line, if it is absent a breakdown signal is given.

Listen on telephone line

NO (Default)

If activated before making a PSTN call wait for the dialling tone. To activate only when necessary.

System description

System description is the text to send along with the SMS communications.

Example: if an alarm is triggered and an SMS message is sent, it will read: MR ROSSI’S HOME SYSTEM ALARM …

With the system armed, activating a delay-type input will start up the input time (max 45 seconds in line with Standard

EN50131). If an alarm is activated during the input time, sirens will sound but telephone calls will be blocked and will not be made until 30 seconds later or when the input time has elapsed.

2.18 Special functions

▲

SPECIAL 21

FUNCTIONS

▼

*

DISPLAY KEYPADS

AREAS STATUS

▼ ▲

+ -

Display keypads:

(Default: AREAS STATUS ) F

S A

The keypads are made up of two rows of 16 characters. The date appears in the first and in the second you can decide what to display from the following information:

KEYPAD NAME

Name of keypad.

AREAS STATUS

Switched-on status of the individual areas.

SYSTEM STATUS

System switched-on status: OFF, TOTAL SWITCH ON, PARTIALISED.

ENTER CODE

ENTER CODE fixed message.

▼ ▲

PRE-ARM TEST

DISABLED

+ -

Pre-arming test:(Default:

DISABLED

)

F S A

PRE-ARMING TEST ENABLED: when the system is activated and there is one of the anomalies shown below you can force the system to activate just the same. The breakdown LED will flash and the anomaly will be stored in the events log. If this operation is done from the plug it will beep and cancel the reading.

Breakdown messages:

- BUS TAMPER: if one of the elements connected to the RS485 bus fails to communicate;

- BOX TAMPER: if a control unit or plug tamper is in alarm mode;

- ANOMALY/BREAKDOWN: if one of the inputs defined as having a BREAKDOWN is open;

- INPUT TAMPER: if an input is in tamper mode;

- NO PSTN LINE: if the line has been activated but is missing;

- NO GSM LINE: if the line has been activated but is not registered;

- NO NETWORK: if there is no network power supply;

- BATTERY BREAKDOWN: if the control unit battery is out of order;

- FUSE BREAKDOWN: if the fuses are faulty.

DESCRIPTION

+ -

Company and service description:(Default:

NO

)

F

Here you can enter the name of the installation firm that will appear on the user menu under the heading INFO.

S A

Printer output


For activating the printer output for continuous printouts of events on the RS-232. The serial port setting is: Bits per second 9600; Data bits

8; Parity N; Bit stop 1.

Example: connect the control unit to the PX with an rs-232 (male-female) cable. Open a serial port receiving programme (Hyper Terminal for example) and set the COM port and the serial port.

Control unit switched on status after Power On (restart)

PREVIOUS STATUS (Default)

TOTAL SWITCH ON All of the areas switch on.

TOTAL SWITCH OFF All of the areas switch off.

PREVIOUS STATUS The on/off status of the areas returns to what it was before the power off.

Quick switch on

DISABLED (Default)

If activated it lets you start scenarios from the keypads without having to enter a code.

Warning! When activated, open inputs cannot be excluded during switch on.

See area status

00 (Default)

Screening the status of the control unit from keypads and plugs If set at more than 0 the on/off status of the areas is screened (hidden) after a preset time period.

Keypad buzzer output:

--- (Default)

If you set inputs to have buzzer properties enabled, you can select the keypads that must sound during the buzzer time.

Example: shop entrance doorbell.

2.19 Daily scheduler

The control unit has a simple weekly scheduler. The programme has 20 steps. For each step it is possible to set the starting TIME and the ACTION to carry out. Each programmed step will be carried out automatically by the control unit ONLY WHEN IT COINCIDES

WITH THE TIME SET (HOURS AND MINUTES). If for any reason a step programmed at a particular time is not carried out then, it will not be carried out at all that day. It is not necessary to follow a chronological time sequence when setting the steps.

IMPORTANT: it is imperative to pay careful attention when choosing the actions carried out automatically in the steps as, if not programmed correctly, they can give rise to unwanted interventions of the control unit.

Step

DISABLED (Default)

To enable/disable a programme step set an action. The programme step is activated with the following programming:

- HOUR and MINUTES

- ACTION

- ADDRESS

- FUNCTION

- EXTENSION

Hours and Minutes

Lets you set hour and minutes for the action of the programme step.

Action

NO (Default)

Lets you set hour and minutes for the action of the programme step.

NONE No action anticipated;

CONTROL UNIT Action that concerns the whole system;

INPUT Action that concerns a single input of the system;

AREA Action that concerns a single area of the system;

CODE GROUP Action that concerns a group of codes;

KEY GROUP Action that concerns a group of keys;

SCENARIO Action that concerns a scenario.

Address

Lets you set the address of the subject (output, area, code group, key group, scenario) of the action in the programme step.

Function

Lets you set the address of the subject (output, area, code group, key group, scenario) of the action in the programme step.

ACTIVATE to activate the programme step at the time set;

ACTIVATE to activate the programme step at the time set;

Extension

NO (Default)

By activating the extension of a programme step you can postpone the action from the user menu.

Example: if you want to delay system switch on until 19.30 you need to set: Action: 1; Address; non influential; Status: 1; Extension: Yes; Hour: 19; Minutes: 30.

If the system is armed from the scheduler, the output time will be started. Irrespective of the Force Area parameter, if inputs are open at the end of the output time an alarm will be triggered.

2.20 Events

▲

EVENTS 24

▼

MENU

EVENTS

▼ ▲

*

Events menu:

Enables you to view events as in the user menu. See user manual for event viewing.

F S A

Event Print-out.

On the 'CONTROL UNIT/EVENT MEMORY' press to download the events. Press

to print out the events list.

To go back to the initial screen press .

2.21 Clock

▲

CLOCK 25

▼ ▲

▼

*

A

14:34 05/07/2010

A=CHANGE #=NO

03:46 01/01/2010

YEAR: 10

03:46 01/01/2010

MONTH: 01

03:46 01/01/2010

DAY: 01

▼ ▲

03:46 01/01/2010

HOURS: 03

03:46 01/01/2010

MINUTES: 46

03:46 01/01/2010

SECONDS: 00

Date and time:

A

F

Press to change the date and time of the clock.

Changing from daylight savings to solar time is done automatically according to the Italian national regulation.

S A

+ -

+ -

Setting date:

Use the arrow keys to select the parameter to edit and with the

Press

#

to end: then press

*

to save or

#

to cancel.

+ –

F S A

keys edit the value.

+ -

+ -

+ -

Setting time:

F

Use the arrow keys to select the parameter to edit and with the

+

Press

#

to end: then press

*

to save or

#

to cancel.

–

S A

keys edit the value.

+ -

CONFIRM EXIT

*=SAVE #=ESC

If the internal clock is not initialised, the keypad will display the message ‘INITIALISE DATE AND TIME’ and the breakdown

LED will be on. Once the clock has been initialised, the LED will go out and the message will disappear from the keypad.

2.22 Default parameters

▲

▼

DEFAULT 26

PARAMETERS

*

DEFAULT PARAM.?

*=YES #=ESC

▼ ▲

Default parameters:

Press

A

to carry out the default parameters.

F S A

The default parameters do not delete the acquired codes and keys.

2.23 Control Unit Version

▲

VERSION 27

CONTROL UNIT

*

VERSION

PROXINETW 1.0.X

▼ ▲

Check the version of the control unit

F

Display the control unit's firmware version

S A

2.24 Voice Recordings

▲

VOICE 28

RECORDINGS

*

SEL. VOICE MESS.

COMMON MESS 001

*

▼ ▲


COMMON MESS.

A

[>>>>>>>>>>>>>>>>]

PLAY 01


*=END REC


F S A

Allows the audio message linked to the selected common message to be customised.

Press key

A


Press key

B


*

.

To exit press

#

.

*


AREAS 001


AREAS 001

A

[>>>>>>>>>>>>>>>>]

PLAY 01


*=END REC


F S A

Lets the audio message linked to the selected area be customised.

Press key

A


Press key

B


*

.

To exit press

#

.

*


SCENARIOS 001


SCENARIOS 001

A

[>>>>>>>>>>>>>>>>]

PLAY 01


*=END REC


F S A

Allows the audio message linked to the selected scenario to be customised.

Press key

A


Press key

B


*

.

To exit press

#

.

*

SEL. VOICE MESS

OUTPUTS 001

A


OUTPUTS 001

[>>>>>>>>>>>>>>>>]

PLAY 01


*=END REC


F S A

Lets the audio message linked to the selected output be customised.

Press key

A


Press key

B


*

.

To exit press

#

.

*

SEL. VOICE MESS

INPUTS 001

A


INPUTS 001

[>>>>>>>>>>>>>>>>]

PLAY 01


*=END REC


Lets the audio message linked to the selected input be customised.

F S A

Press key

A


Press key

B


*

.

To exit press

#

.

*

SEL. VOICE MESS

KEYS 001

*

A


KEYS 001

[>>>>>>>>>>>>>>>>]

PLAY 01


*=END REC


F

Lets the audio message linked to the selected input be customised.

Press key

A


S A

Press key

B


To exit press

#

.

*

.

*


CODES 001


CODES 001

A

[>>>>>>>>>>>>>>>>]

PLAY 01


*=END REC


Allows the audio message linked to the selected code to be customised.

A

F S A

Press key to play back recorded message.

Press key

B


To exit press

#

.

*

.

3 Events messaging

The events are made up of:

• TIME and DATE

• EVENT DESCRIPTION (activation / restoring)

• EVENT INDEX

• EVENT DESCRIPTION (part 2)

ACTIVATION RESTORE DESCRIPTION 2 CAUSE

SWITCHING ON

PARTIALIS.

SWITCHING OFF

ALA. TAMPER xx

AREA ALARM xx

INP. ALARM xxx

BATTERY TX xxx

ERR.COM.KEYPAD xx

ERR.MOD.IN xx

ERR.MOD.OUT xx

ERR.MOD.RX xx

JAM.MOD.RX xx

SUPERVIS.TX xxx

TAMP.MOD.IN xx

TOTAL

Areas switched on


RES. TAMPER xx

TOTAL


CONT. UNIT

PWR.DESCR.

ALA.INP.TAMP. xxx RES.INP.TAMP. xxx

INPUT DESCR.

RES. AREA ALARM xx AREA DESCR.

RESTORE INPUT xxx INPUT DESCR.

INPUT DESCR.

KEYPAD DESCR.

MODULE DESCR.

MODULE DESCR.

MODULE DESCR.

MODULE DESCR.

INPUT DESCR.

MODULE DESCR.

There is a switching on event when the only actions are (total or partial) switching on. If switching on all of the areas managed by the control unit, the second description will read

TOTAL, whereas for partial switching on the areas on will be shown (example ##--#).

There is a partialisation event when there are actions of non-total switching off of areas (partial switching off). The second description will show the on/off status of the remaining areas (example ##--#).

There is a switching off event when the system is totally off.

A tampered opening or tearing of the control unit or an auxiliary power supply unit has been detected. Check the integrity and the tamper.

Input xxx has been tampered with (either cut or short-circuited depending on the balancing). Check the integrity of the input's electricity line. Even if it has restored itself "on its own", check the input's electricity line because there could still be faulty contacts.

When an input goes into alarm mode so do the associated areas.

Input xxx has gone into alarm mode (it has been unbalanced).

X

Radio input xxx 's battery is dead. Replace it as soon as possible.

Keypad xx is no longer communicating with the control unit (red communication LED on keypad not flashing). Check activation of keypad, bus cabling, address.

The inputs expansion module on bus xx is no longer communicating with the control unit (red communication LED on module not flashing). Check activation of module, bus cabling, dip switch address.

The outputs expansion module on bus xx is no longer communicating with the control unit (red communication LED on module not flashing). Check activation of module, bus cabling, dip switch address.

The outputs expansion module on bus xx is no longer communicating with the control unit (red communication LED on module not flashing). Check activation of module, bus cabling, dip switch address.

The radio receiver module on bus xx has detected a radio transmission that could block an radio transmitters (JAMMING function activated on control unit).

Radio input xx has transmitted a person-detected communication.

The tamper of the inputs expansion module on bus xx has been tampered with. Check module tamper.

X

X

X

X

X

X

X

X

Telephone notifications group

X

X

X

X

X

TAMP.MOD.OUT xx

TAMP.MOD.RX xx

TAMP.KEYPAD xx

OUTPUT M.TECH

BATT. BREAK. xx

LOCAL CONN.

NETWORK BREAK xx

AUTO TEST

CODE N. xxx

KEY N. xxx

SYS.BREAKDOWN

SYS.TEC.ALA.

GEN.SYS.ALA.

PWR BRK.DN. xx

POWER-ON

24H SYS.ALA.

ALARM 24H xx

REMOTE CONTROL XX

REMOTE NO.xxx CODE

TECH ALARM xx

BURGLARY ALA. xx

ACTIV.CODE xxx

DEACTIV. CODE xxx

NETWORK BACK xx

CONT. UNIT

PWR.DESCR.

R.SYS.BREAKDOWN

RES.TEC.ALA.

RES.GEN.ALA.

RES.PWR BRK.

“RES.24H.SYS“

RES.24H ALA. xx

RES.TECH.ALA xx

RES.BURG.ALA. xx

MODULE DESCR.

MODULE DESCR.

KEYPAD DESCR.

RES. BATTERY xx

CONT. UNIT

PWR.DESCR.

CODE DESCR.

KEY DESCR.

CONT. UNIT

PWR.DESCR.

AREA DESCR.

REMOTE CONTROL DESCR.

CODE DESCR.

AREA DESCR.

SYSTEM

AREA DESCR.

CODE DESCR.

CODE DESCR.

The tamper of the outputs expansion module on bus xx has been tampered with. Check module tamper.

The tamper of the radio receiver module on bus xx has been tampered with. Check module tamper.

The tamper of keypad xx has been tampered with. Check keypad tamper.

The technical menu output is recorded in the events log.

Control unit battery breakdown.

X

X

X

The communication between the control unit and local PC (uploading - downloading programming and events) is recorded in the events log.

Breakdown with no 230 Vac power to control unit.

The autotest is normally used to check whether the control unit is up and running via a telephone communication.

Entering a code (user or technical) is recorded in the events log.

The action of approaching a key to a plug is recorded in the events log.

Generic system breakdown notification. The breakdown might be caused by batteries, 230 power supply, power supply unit or fuses).

Generic technical alarm event. It is generated with an area technical alarm (if an area is not associated to a technical input, the system technical alarm is not triggered).

The generic general alarm event is triggered by either an area alarm or a system tamper alarm.

X X

X

Notification of breakdown of control unit power supply - fuses.

The event is logged when the control unit is powered up for the first time or it is reset

(the restart button is pressed on the control unit's board).

Generic notification of a tamper alarm (sabotage).

When an input goes into tamper alarm mode so do the associated areas.

All tamper-type events which are not associated to any inputs automatically trigger a tamper alarm of area 1.

Each time you use the system's remote control, it is logged in the events log.

X

X

Entering a code (user) remotely (by voice guide or SMS) is recorded in the events log.

When an input goes into technical alarm mode so do the associated areas.

X

When an input goes into burglary alarm mode so do the associated areas.

Code xxx has been activated from the user menu. The event

CODE N. xxx

that came before chronologically shows who modified it.

Code xxx has been deactivated from the user menu.

The event

CODE N. xxx

that came before chronologically shows who modified it.

X

X

X

X

X

X

X

X

X

WRONG CODE

INCORRECT KEY

ERR.INS.COM.xxx

INS.FORCE COD.xxx

EXCL.INP.TMP.XXX RES.EXCL.INP.XXX

SET DATE/TIME

TEL.CALL OK XXX

OUTPUT ON XXX

OUTPUT OFF XXX

PSTN BREAKDOWN

GSM BREAKDOWN

WRONG CODE

WRONG KEY

ERR.READ.COM XXX

REMOTE CONN.

T;C BATT.

PSTN BREAKDOWN RES.

RES. GSM BREAKDOWN

KEYPAD DESCR.

PLUG DESCR.

21 wrong codes have been entered from keypads. The description is that of the last keypad on which a code entry was attempted.

21 invalid keys have approached plugs.

The description is that of the last plug to which a key approach was attempted.

When a plug is not communicating with the control unit.

When the user forces the control unit switch-on in the event of a breakdown or anomaly with the system

When an input xxx is disabled temporarily.

When the clock is initialised by the keypad or by the PC

When the user receives a call from the control unit, press button 5 on your phone to signal message receipt or KISS-OFF package receipt.

Output activation

X

X

X

Output deactivation

When the line has been enabled from the "Telephone Options" menu and has broken down.

When the GSM function has been enabled from the "Telephone Options" menu and has broken down.

When an unknown code has been entered more than 5 times.

When the user has tried to use an unknown key more than 5 times.

Event generated because of no communication with plugs.

X X

The communication between the control unit and remote PC via SSIP or SIFLAN (uploading - downloading programming and events) is recorded in the events log.

REMOTE CONTROL DESCR.

Each time the control unit detects a rundown battery in a remote control recognised by the system, it is logged in the events log.

GSM SIM EXP.

When the countdown set in the SIM EXPIRY menu runs out, it is logged in the events log and a phone call* (voice or SMS) is made.

*This is part of the notifications of residual credit.

4 Appendix Regulations

The regulations to make the system conform to standard EN 50131 are given below:

- The plugs' buzzer signals cannot be deactivated (EN50131-1 8.3.8.2);

- '24-hour' and 'Technological' inputs must not be used;

- Inputs configured as 'Switch on' comply only if they are controlled by devices whose number of combinations is greater than 10000;

- If there are devices on the system that give breakdown notifications, they must be connected to the input defined as breakdown;

- The telephone dialler must be activated;

- The system must always have a self-powered external siren to signal any intruder alarms;

- The number of alarms to auto-exclude the entrance must be set between 3 and 10;

- The time for notifying no power must be set at one minute (1 minute);

- The quick switch-on must not be enabled;

- The ‘Stop Communication’ option must not be enabled when the control unit is off;

- Input time 1 and 2 must be set at a maximum of 45 seconds (EN50131-1 8.3.8.2);

- The battery test time must be set at a value higher than 5 minutes;

- Enable SEE SYSTEM STATUS by setting it at ≤ xx seconds

- Disable the 'QUICK SWITCH ON' function.

5 Declaration

Declares under its own responsibility that the following products for security alarm units:

PROXINETW

… comply with essential requisites and relative regulations, set by the following Directives and the applicable sections of the Standards listed below.

--- DIRECTIVES---

2006/95/EC

2004/108/EC

1999/05/EC

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