c16 Technical Eng

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C16 CONTROL UNIT

TECHNICAL MANUAL

FOR

INSTALLATION AND USE


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1. SPECIFICATIONS AND CONNECTIONS

2 area (area 1 and area 2), programmable and independent of each other, with the possibility ofassigning peripheral units to both areas (double area)3 partial armings per area1 slave (group) type arming each area8+8 freely programmable zones16 freely associable users3+3 open collector outputs8 connectable and freely associable keyboards8 connectable and freely associable outlets

1.1 AREA USE

The C16 control unit manages 2 independent single areas (AREA 1 and AREA 2) with the possibilityof having a common area (DOUBLE AREA).

1.1.1 AREA 1 AND AREA 2

Each area represents an autonomous anti-intrusion system with its own users, its own keyboards, itsown remote outlets and its own inputs. All these resources are freely associable trough programming.In the event that two areas are used, the result will be two completely independent systems with theexception of the siren alarm, which will be shared by the two systems.

1.1.2 DOUBLE AREA

Also for the DOUBLE AREA it is possible to combine users, keyboards, outlets and inputs:

Common input: this is only activated when both the areas are connected.Common user:this may act on both areas.

Double keyboard:this allows the user to act on both area 1 and area 2.Double outlet:this accepts the keys from users of both areas.

NOTEAll the resources (keyboards, users, outlets etc.) which are not associated with any area (value 0) willbe disabled, and therefore not working.


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RESETBUTTON

TAMPER

CONNECTOR FORVOCAL SYNTHESIS

FUSE 2A FORBATTERYOVERLOAD

Negative Fixed Loads (1 and 2)

Positive 12V Fixed Loads (3 and 4)

Output +12V for buzzer recharge (5)

Output +12V for buzzer block (6)

Output +12V c. unit in alarm st. (7)Negative Buzzer (8)

Alarm Free Exchange (9, 10 and 11)

Programmable Outputs(12,13 and 14)

Shared Inputs (19)

Shared Inputs (24)

1 to 4 Zone Inputs (from 15 to 18)

5 to 8 Zone Inputs (20 to 23)

Serial BUS for otherperipherals

Towards telephonelines

Towards telephonesets

GROUND

C16 CONTROL UNIT CARD

Normally closedsensor contact

from Z1 to Z8

COM or Negative

N.B.: for the 24h protection of externaldevices (sounders and/or telephone dialler)programme a N.C. input as a 24h or create aserial connection to the TAMPER terminal ofa balanced input .

FIX LOADS FUSE

SENSOR

T

Normally closedTAMPER contact

Normally closedalarm contact

1 K

SENSOR

N.B.: 1 K =Brown-black-red2,2 K = red-red-red

2,2 K

Z1 to Z6

COM or

negative


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1.2 ZONE INPUTS (Z1 TO Z8 Terminals).

These relate to the COM terminal which coincides with the supply negative.The default factory settings provide for NORMALLY CLOSED (N.C.) type terminals, which have to beconnected in compliance with the following diagram:

Filtered Input ModeIn the event that you are using contacts with possible operating problems as regards the closure of theelectrical contact (e.g. contacts that are not new or with connections using joined wires) it is possibleto strengthen the variation reading by programming the input as FILTERED. Please refer to the

section INPUT SETTINGS as regards the procedure to be followed.

Double Balancing ModeIt is possible to freely protect each of the first 6 inputs (from Z1 to Z6) also from cable cutting andshort-circuiting (protection against tampering, TAMPER 24h/24).In order to do this, you need to program the double balancing type input as indicated in the sectionINPUT SETTINGS and to use the resistors provided, by connecting them in compliance with thefollowing diagram:

.

NOTE: to ensure that this connection mode proves effective, connect the resistors directly to thesensor and not into the control unit.The other two connection modes are the NORMALLY CLOSED and NORMALLY OPEN.

T

Normally closedanti-opening contact

(TAMPER)

Normally closedalarm contact

1 KSENSOR

N.B.: 1 K = brown-black-red2.2 K = red-red-red

2.2 K

from Z1 to Z6

COM or Negative

Normally closedsensor contact

SENSORfrom Z1 to Z8

COM or Negative


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1.3 INPUT FUNCTION

1.3.1 SNAPSHOT:Input that causes the system to enter the alarm status as soon as it is violated.

1.3.2 DELAYED:Input that causes the system to enter the alarm status depending on the set entry timing.

1.3.3 IMPULSE COUNTER:Input that causes the system to enter the alarm status after a set number of violations have beendetected, with not more than 1 minute lapsing between one violation and the next.

1.3.4 INTELLIGENT:Instantaneous input; this will switch to delayed if, before being violated, a delayed input is violated.

1.3.5 24 HOURSTAMPER type input active 24 hours a day, whether the system is armed or not.

1.3.6 SWITCH ALARM

The C16 control unit directly manages the quick contacts on the Z7 and Z8 inputs.Connect this contact (or contact series) directly to the control unit in compliance with the followingdiagram:WARNING: since Z7 and Z8 are quick type inputs, they are not connectable as double balancing, andtherefore usable as switch alarm or as N.C. N.A.

NOTE: we recommend you to not connect more than 3 fast contacts to each other in series for eachinput (Z7 or Z8) if the maximum cable length exceeds 100 m.

1.4 OUTDOOR SIREN ALARM

The C16 control unit provides for the control of the self-supplied siren with positive block (+12V). Theoutput provided is the terminal +C (terminal 7, positive missing). On the other hand, with the + and terminals (5 and 8) charge current is supplied for the siren alarm battery (output 14.4V).

1.5 RELAY ALARM OUTPUT

Depending on the need (such as the use of siren with N.C. contact block, or light and/or sound alarmsignals other than the siren alarm), it is possible to use the relay, provided at terminals 9, 10 and 11.The maximum current this contact can handle is equal to 2A.

1.6 INDOOR SIREN ALARM

Directly connect a siren alarm between terminal +PZ (terminal 6) and a supply negative (terminal 8).WARNING: only use indoor piezoelectric siren alarms (model AMC: PZ2).

SWITCH ALARM

Z7 and Z8

COM orNegative


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1.7 PROGRAMMABLE OUTPUTS

The C16 unit has 3 freely programmable electronic (open collector) outputs. These relate to terminalsUS1, US2 and US3 (terminals 12, 13 and 14).When an output is activated, it conveys a negative supply. If the output is not active, it is an open(free) circuit.

The maximum output current must not exceed the 100mA. Should the load exceed the maximumvalue allowed, connect a low-consumption relay. (WARNING: always connect a diode as shown in thepicture, every time a relay is employed).

1.8 KEYBOARDS AND OUTLETS

The peripheral units of the C16 control unit are:

Keyboards, maximum 8Outlets for electronic keys (type PR8), maximum 8All these peripheral units need to be connected to the related terminals

A, B, +12V and (terminals 25 to 28)

Before supplying the system, in order to be able to differentiate the peripheral units you need to definethe address of the keyboards by means of their DIP-SWITCHES and the outlets by means of theirJUMPERS. Please follow the diagram below:

WARNING: follow an increasing numerical order starting from 1, both for the keyboards and for theoutlets, without leaving out any position

US

+12V (terminal 3)

(terminals 12, 13 or 14)

CONTROL UNIT

load

1 2 3 4

5 6 7 8


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NOTE: As already mentioned in the section AREAS, after having energised the system, it is alwaysnecessary to manually enable each peripheral unit, by following the procedure indicated in thesections KEYBOARD ENABLING and OUTLET ENABLING.

1.9 INPUT EXPANSION

The C16 control unit has 8 inputs expandable to 16 by means of the optional module EXP IN/C.This module has to be connected to the serial bus RS485, relating to terminals A, B, +12V and already employed for the keyboards and for the outlets.The inputs obtained through this module relate to terminals IN1 to IN8 and act as the terminal of thecontrol unit:

from IN1 to IN6 = N.C. type inputs or double balanced inputsIN7 and IN8 = inputs that can be employed for quick contacts (switch-alarm and inertial)

To connect these inputs, please refer to the diagrams relating to the control unit.NOTE: the dip-switches on the card are not used; they should therefore be left in the OFF status.

1.10 OUTPUT EXPANSION

To expand the control unit with 3 moreprogrammable remote outputs (thus obtainingthe maximum configuration with 6 outputs) youneed to connect to the serial line RS485 theoptional module EXP US/C.It is also possible to replicate the same 3

outputs in other points of the serial line by usingadditional EXP US16. The maximum number ofEXP US/C cards is 3.Each EXP US/C card employed must receivean address through its DIP-SWITCHES, byfollowing the diagram on the left.

The open-collector electronic outputs obtainedat the terminals US4, US5 and US6 must be used as those of the control unit.

1 2 3

US4US5US6+12V

+ - BA

1 2 3

4 5 6

7 8

= JUMPER connected

= JUMPER absent

PR8


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1.11 VOCAL SYNTHESIS

The C16 control unit has an integrated telephone dialler that, through an optional vocal sampling card,SV/C model, supplies the vocal synthesis to the telephone dialler. For the programming andemployment of this card, please refer to the section VOCAL SYSNTHESIS.To connect the telephone line, use the terminals L1 and L2 (terminals 29 and 30) situated on the card.Any telephone sets existing on the telephone line must be connected between the terminals T1 and

T2 (terminals 32 and 33). In this way, the alarm system has priority over any other telephone setconnected to the line.

IMPORTANT: before inserting or removing the vocal synthesis card, disconnect the controlunit from power supply (battery and mains) and wait for at least 10 seconds.

2 PROGRAMMING

2.1 INITIAL RESET

Before supplying the control unit C16 press the initialisation key placed on the card. After having

supplied the control unit (through battery or mains) hold this key pressed for at least 2 seconds. Byreleasing this key, the control unit deletes all the settings switching back to the default values:

- KEYBOARD: 1 enabled- codes: TECHNICAL (000000) and USER 1 (111111)- enabled outlets: NONE- enabled INPUT and/or OUTPUT EXPANSIONS: NONE- control unit TAMPER: disabled- control unit in the TEST status (WARNING: THIS CONFIGURATION DISABLES THE SIRENALARM)- remote-management disabled

2.2 MENU USE

It is always necessary to enter the menu to access programming of the control unit . There are 2 typesof menu: the TECHNICAL MENU (for the programming of all installation parameters) and the USERMENU (for the programming of single user parameters and for the arming of the control unit).

2.2.1 HOW TO ENTER THE TECHNICAL MENU

- enter the TECHNICAL code (default 000000) and confirm by pressing the key .

- enter the USER code (default 111111) and confirm by pressing the key .

2.2.2 HOW TO ENTER THE USER MENU

- enter the user code (default 111111) and confirm by pressing the key .

2.2.3 HOW TO BROWSE THE MENU

- Use the keys and to select the requested menu item.

- Use the key to confirm the requested item.

- Use the key # to return to the previous menu item (exit from menu).

WARNING: before using these keys to browse the menu, always ensure that the cursor is notflashing in the bottom line of the display. Should the cursor be flashing on the display, the function of

these keys differs.


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3 PERIPHERAL UNITS

3.1 KEYBOARD SETTING

After the initial reset, the only keyboard enabled to operate is KEYBOARD 1, that is the one with allthe dip-switches in the OFF position. By means of this keyboard it will be possible to enable also the

others to operate or else allocate them to an area other than 0.NOTE: Please remind that each keyboard must be set with a different address before supplying thesystem, in compliance with the contents of the section KEYBOARDS AND OUTLETS.

3.1.1 KEYBOARD ENABLING

Enter the TECHNICAL menu

Use the keys and to select the item PERIPHERALS and confirm with key .

Confirm the item KEYBOARD AREA with the key .

Use the keys and # to move the flashing cursor to the position of the keyboard to beenabled (any keyboard between 1 and 8) indicated in the top line.

Enter a number between 1 and 3 so as to enable the keyboard. In particular:

0 = keyboard disabled1 = keyboard associated with area 12 = keyboard associated with area 23 = keyboard associated with the common area

after having enabled all the necessary keyboards, press the key to confirm all these settings.

Notes:- We recommend you to not change the area for keyboard 1 (leave AREA 1).

- Avoid enabling keyboards that do not exist (because this will activate TAMPER alarms).For each enabling carried out, immediately check that the applicable keyboard communicates properlywith the control unit: all the keyboards enabled for AREA 1 will display SYSTEM LOCK, whereas theones enabled for AREA 2 and the COMMON AREA will alternatively display DATE/TIME with theWELCOME MESSAGE. The keyboards of AREA 1 will also display DATE/TIME upon exiting themenu of keyboard 1.

3.1.2 SOUND ENABLING OF KEYBOARDS AND OUTLETS

Each keyboard and each outlet are provided with a buzzer for sound scanning of exit / ingress time.If you wish to enable this signalling system, please follow the procedure described below:

Enter the TECHNICAL Menu. Use the keys and to select the item PERIPHERAL and confirm by pressing the key .

Use the keys and to select the item KEYBOARD SOUND or KEY SOUND and confirm

by pressing the key .

Use the keys and # to move the flashing cursor to the position relative to the keyboard oroutlet in question.

Press the key CANC to enable or disable the keyboard or outlet sound:

= sound activated

= sound deactivated

Confirm the changes by pressing the key .


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3.2 OUTLET SETTING

After the initial reset, no remote outlet, even if connected, is enabled for operation.By means of a keyboard that is already enabled you will be able to individually enable the variousoutlets connected.Once the outlets have been enabled, you need to decide from which outlet the users will be able to

program their own keys (one outlet for each area).Should the keys already be in use in another C16 unit, it will also be necessary to identify the system.

NOTE: Please remind that each outlet needs to be set with a different address before energising thesystem, in compliance with the contents of the section KEYBOARDS AND OUTLETS.

3.2.1 OUTLET ENABLING

Enter the TECHNICAL Menu.

Use the keys and to select the item PERIPHERALS and confirm by pressing the key .

When the item KEYBOARD AREA appears, use the keys and to select the item OUTLET

AREA and confirm by pressing the key .

Use the keys and # to move the flashing cursor to the position relating to the outlet to beenabled (any outlet between 1 and 8) indicated in the display top line.

Enter a number between 1 and 3 so as to enable the outlet in question. In particular.

0 = outlet disabled1 = outlet associated with area 12 = outlet associated with area 23 = outlet associated with both areas (COMMON outlet)

Once you have enabled all necessary outlets, press the key to confirm all these settings.

NOTE:- Avoid enabling outlets that do not exist (because this will activate TAMPER alarms)

OUTLET OPERATION LOGIC

SYSTEM DISARMED: CONTROL GREEN LED ON (ALL INPUTS ARE CLOSED)

SYSTEM ARMED (TOTAL): ALL LEDS ON

SYSTEM ARMED (PARTIAL 1): ORANGE LED ON

SYSTEM ARMED (PARTIAL 2): YELLOW LED ON

SYSTEM ARMED (PARTIAL 3): RED LED ON

SYSTEM ARMED (AUTOMATIC): YELLOW AND GREEN LEDS ON

SYSTEM IN ALARM: ALL LEDS ON

DURING THE EXIT TIME THE LED RELATIVE TO THE CHOSEN PROGRAMM WILL FLASH

KEY PROGRAMMING: ALL LEDS WILL FLASH


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3.4 OUTPUT EXPANSION PERIPHERAL ENABLING

Enter the TECHNICAL Menu

Use the keys and to select the item PHERIPHERALS and confirm by pressing the key

Use the keys and to select the item SATELLITE OUTPUTS and confirm by pressing the

key

Use the keys and # to move the flashing cursor to the position relating to the satellite to beenabled (any between 1 and 3) indicated in the display top line

Press the key CANC (delete) to enable the satellites, press the key CANC (delete) to disable

them (enabled= disabled=)

Confirm the choice by pressing the key .

NOTE:- Avoid enabling satellites if these are not actually connected.

4 INPUT SETTING

After the initial reset, each input will resume its default condition:

- TYPE = N.C. (normally closed)- FUNCTION = normal alarm contact.- AREA = None (disabled)

Therefore, you will need to set these inputs according to your specific requirements.

IMPORTANT: Before enabling the inputs included between 9 and 16, enable input expansion.

4.1 SETTING OF INPUT TYPE (Input Type)


Use the keys and to select the item INPUT MENU and confirm by pressing the key .

Use the keys and to select the item INPUT TYPE and confirm by pressing the key .

Use the keys and # to move the flashing cursor to the position relating to the input to bechanged (any between 1 and 16) indicated in the top line.

Enter a number between 0 and 3 so as to assign the TYPE to the input. In particular.

0 = N.C. input (normally closed)1 = N.A. input (normally open)2 = filtered input (normally closed, with a greater protection against interferences)3 = double balanced input (with 24h/day protection from cable cutting and short-circuiting)

After having defined the input TYPE, press the key to confirm all these settings.

NOTE:- To avoid TAMPER alarms, all double balancing type inputs need to be connected with the resistive

loads, as per diagram.


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4.2 INPUT ENABLING (Input Area)



Confirm by pressing the key the item INPUT AREA.

Use the keys and # to move the flashing cursor to the position relating to the input to be

enabled (any between 1 and 16) indicated in the top line. Enter a number between 1 and 3 so as to enable the input in question. In particular.

0 = input disabled1 = input enabled and associated with area 12 = input enabled and associated with area 23 = input enabled and associated with both areas (COMMON input)

Once all the necessary inputs have been enabled, press the key to confirm all these settings.

NOTES:- DO NOT enable inputs that will not be used.- The enabling of inputs included between 9 and 16 is always subject to the enabling of the

INPUT EXPANSION (see previous section).

4.3 PROGRAMMING OF INPUT FUNCTION

The inputs may be programmed to carry out various functions:

4.3.1 DELAYED AND SNAPSHOT INPUTS

The input time represents the time lapsing between a violation of a pre-set input (DELAYED orSNAPSHOT) and the moment in which the alarm is activated. The default setting for these timings is15 seconds but none of the inputs is delayed (all the default settings are snapshot, and thereforeprovide for immediate alarm activation). Therefore, before setting this time (VARIOUS PARAM.Smenu: INPUT TIME) select the inputs with DELAYED or SNAPSHOT function. Furthermore, it ispossible to set an input time for each area.

Setting of delayed inputs:


Use the keys and to select the item INPUT MENU and confirm by pressing the key Use the keys and to select the item INPUT FUNCT. and confirm by pressing the key

Use the keys and # to move the flashing cursor at the desired input (shown in the top line)

Directly press the key number 0 or 1 to make this input SNAPSHOT or DELAYED

Repeat the same operations for the other inputs and at the end press the key to confirm.


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4.3.2 IMPULSE COUNTER INPUTS

These COUNTER inputs are real violation counters, and therefore enter an alarm status after an xnumber of detections (between one detection and the next no more than one minute has to lapse).The amount of impulses is set in the VARIOUS PARAM.S menu, under the item COUNTER.

Setting of the IMPULSE COUNTER inputs:



Use the keys and to select the item INPUT FUNCT. and confirm by pressing the key .

Use the keys and # to move the flashing cursor at the requested input (shown in the topline).

Directly press the key number 2 for this input to be set as IMPULSE COUNTER.

Repeat the same steps for the other inputs and in the end press the key to confirm.

4.3.3 INTELLIGENT INPUTS

These Inputs are of a snapshot type but they automatically switch to the delayed status when adelayed type input is activated before.It is possible to use this function to establish a route from a (delayed) zone towards the controllingperipheral unit for the disarming of the system (keyboard or outlet).

Setting an intelligent input:



Use the keys and to select the item INPUT FUNCT. and confirm by pressing the key . Use the keys and # to move the flashing cursor to the position relating to the input

concerned. Press the key 3 to enable this input with INTELLIGENT function.

Confirm by pressing the key .

4.3.4 24 H INPUTS

24h inputs are inputs that alarm the system irrespective of its status (armed/disarmed) and can also bedouble-balanced; as a rule they are used for TAMPER lines.

Setting a 24h input:




Use the keys and # to move the flashing cursor to the position relating to the inputconcerned.

Press the key 4 to enable this input with the 24h function.



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4.3.5 QUICK INPUTS (SHUTTER CONTACTS AND/OR INERTIAL CONTACTS)

The control unit can directly handle quick contacts with the following pre-set inputs:

Input 7Input 8

Input 15 (on optional expansion)Input 16 (on optional expansion)




Use the keys and # to move the flashing cursor to the position relating to the inputconcerned (7, 8, 15, 16).

Select the SWITCH ALARM function by pressing the key 5 . Eventually repeat the previous steps for the other switch inputs.

Confirm by pressing the key

.

NOTE: the concerned input type needs to be configured as N.C.

After having enabled the quick inputs, it is possible to adjust their sensitivity by following the stepslisted below:


Use the keys and to select the item VARIOUS PARAM.S and confirm by pressing the

key .

Use the keys and to select the item COUNTER and confirm by pressing the key . Use the key CANC to delete the old settings. Directly enter the desired value (between 1 and 100)


WARNING: the COUNTER parameters is the same one used in the inputs with IMPULSE COUNTERfunction.

4.3.6 CHIME INPUTS

One or more inputs can be programmed with the CHIME function.Once the system is switched off, the activation of these inputs causes a sound signal (BUZZER) on allthe keyboards and on all the outlets with enabled sound.When the system is armed, these inputs become normal with snapshot function.




Use the keys and # to move the flashing cursor to the position relating to the inputconcerned.

Press the key 6 to enable this input with CHIME function.

Repeat these steps for the other inputs and confirm by pressing the key .


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4.3.7 TECHNOLOGICAL INPUT

This input is used to signal alarms that do not require siren alarms.In conjunction with the telephone dialler, it can be used as a silent alarm or as a signaller of technicalevents though a telephone call.

Setting of a technological input:


Use the keys and to select the item INPUT MENU and confirm by pressing the key

Use the keys and to select the item INPUT FUNCT. and confirm by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the inputconcerned

Press the key 7 to enable this input to operate with a technological function

Repeat this operation for the other inputs and confirm by pressing the key .

4.3.8 TOTAL AND/OR PARTIAL ON/OFF INPUTS

REMOTE ARMINGS and DISARMINGS (remote controls, radio links etc.)

To arm/disarm the control unit through an external control (e.g. with remote controls or radio links) youmay use any input and program it with the ON/OFF function.There are 2 types of ON/OFF programming: the type that enables a TOTAL area arming and the onethat enables a PARTIAL 1 arming.To use this input, connect it directly to the remote control contact: both N.C. or N.A. type contacts are

valid.



Use the keys and to select the item INPUT FUNCT. and confirm by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the inputconcerned

Press the key 8 (Total) or the key 9 (Partial) to enable this input with the ON/OFF function


4.4 ASSOCIATION OF AN OUTPUT WITH AN INPUT (INPUT - OUTPUT)

It is possible to associate an output with an input so as to ensure that this is activated when thecorresponding input is violated. The same output can be associated with many inputs.



Use the keys and to select the item INPUT EXIT and confirm by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the inputconcerned shown in the display top line (16 positions).

Directly enter the number corresponding to the output to be associated with the input (between 1and 3, or between 1 and 6, if output expansions present). Leave 0 if you do not wish to associateany output.


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It is important to enable the selected output with the TECHNOLOGICAL function:


Use the keys and to select the item OUTPUT MENU and confirm by pressing the key

Use the keys and to select the item OUTPUT TYPE and confirm by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the output which

has just been associated with the input. Depending on your requirements, now enter the numbercorresponding to the desired type of output:

1 = Stable (it remains active as long as the input is not violated)

2 = impulsive (5 seconds of immediate activation following input activation)

3 = Stable Delayed (it is activated after 30 min and remains active until the input is violated)

4 = Impulsive Delayed (5 seconds of activation after 30 minutes from input activation)


Use the key

to select the item OUTPUT FUNCT. and confirm by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the output inquestion

Set TECHNOLOGICAL operation for this output by directly entering number 4 and confirm by

pressing the key .NOTE:

- For this application it is NOT advisable to use a TYPE 1 output (stable) or a TYPE 3 output(stable delayed).

4.5 CHECKING INPUT STATUS

In order to simplify the system control, a synoptic panel is provided, which is able to display at thesame time the status of all the inputs connected



Use the keys and and select the item INPUT STATE, and confirm it by pressing the key

On the lower display line you will see the open zones () and the closed zones ()

Press the key to exit

4.6 BLOCKING OF ARMING

Should the system be armed through a remote outlet or through an ON/OFF input, it is possible toselect a certain number of inputs which block arming when they are in the open status.



Use the keys and to select D.E. BLOCKING and confirm by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the inputconcerned (between 1 and 16)

Once you have selected the input, press the key CANC to include it or bypass it from thecontrol carried out before arming:

= blocking input = not-blocking input



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4.7 AUTOEXCLUSION (REMOTE AUTOEXCLUSION)

Should the system be armed through a remote outlet or through an ON/OFF input, it is possible toselect a certain number of inputs which are auto-excluded when they are in the open status.


Use the keys and to select the item INPUT MENU and confirm by pressing the key Use the keys and to select SELF-CUT OUT and confirm by pressing the key


Once you have selected the input, press the key CANC to include it or bypass it from thecontrol carried out before arming:

= auto-excluded input

= always included input


4.8 NAMING OF A ZONE

For each input it is possible to change the NAME set by default (zone 1, zone 2 etc). The maximumname length is 9 characters. Enter the TECHNICAL Menu


Use the keys and to select the zone of interest (INPUT NAME X) and confirm by

pressing the key At this stage, enter the name by using the following keys:

and : enter letter, symbol or number in the cursors position.

NUMERICAL KEYS: enter a number

CANC : deletes the character in the cursor position.

and # : move the cursor to the left or to the right.

Once the name has been changed, confirm the change by pressing the key .


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5 USERS (TECHNICAL PROGRAMMING)

5.1 NAMING OF A USER

For each user it is possible to change the NAME set by default (USER 1, USER 2 etc). The maximumname length is 9 characters. This operation can either be carried out by the technician (for all theusers) or by the user himself for his own name.


Use the keys and to select the item USER MENU and confirm by pressing the key

Use the keys and to select the user of interest and confirm by pressing the key At this stage enter the name by using the following keys:

and : enter letter, symbol or number in the cursors position.


CANC : deletes the character in the cursors position.

and # : move the cursor to the left and to the right.

Once the name has been changed, confirm the change by pressing the key .

5.2 ENABLING A USER (USER AREA)

It is possible to enable a user in various modalities, on area 1, area 2 or common area; an area 1 userwill therefore not be enabled to operate on area 2 and vice versa; on the other hand, this will bepossible for a double area user.

Procedure:



Confirm the item USER AREA by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the user that hasjust been created (the top line indicates the sixteen users available).

Enable the user by pressing one of the following keys:

0 = user disabled1 = user enabled for area 12 = user enabled for area 23 = user enabled for both areas.


5.3 USER LEVEL

It is possible to assign a level to the users, whereby they will be entitled to act on the control unitaccording to various modalities.


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5.3.1 MASTER USER

The master user is enabled to carry out any operation allowed within the USER MENU, with nolimitations.

To enable a master user, follow the procedure outlined below:



Use the keys and to select the item USER LEVEL and confirm by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the user inquestion (included between 1 and 16)

Once you have selected the user, directly enter the level to be assigned.

0 = Master1 = Slave2 = Timer-Limited Master3 = Timer-Limited Slave

For a Master User enter 0


5.3.2 SLAVE USER

The SLAVE user has a code whereby he is NOT enabled to arm/disarm the system but only to inhibit,when the system is already armed, a certain number of zones which have been assigned to him. Tocreate a SLAVE user it is first of all necessary to create a new user with his own code (see procedure).

Procedure to create a Slave User:




Use the keys and # to move the flashing cursor to the position relating to user of interest(between 1 and 16).

Once you have selected the user, directly enter the level to be assigned:

0 = Master1 = Slave2 = Timer-Limited Master

3 = Timer-Limited Slave

For a SLAVE User enter 1

Once you have changed all the users of interest, confirm by pressing the key .

To set a group of zones associated to all the SLAVE users, follow the procedure outlined below:


Use the keys and to select the item AREA 1 PARTIALS and confirm by pressing the key

.

Press the key up to the item UNIT and confirm by pressing the key .

Use the keys and # to move the flashing cursor to the position relating to the inputconcerned (between 1 and 16).


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Once you have selected the input, press the key CANC to include or bypass these zones fromthe group:

= input included (always activated)

= input inhibited by the SLAVE user

Once you have changed all the zones of interest, confirm by pressing the key .

If you also wish to change the area 2 UNIT (the one for the users associated with area 2), afteryou have pressed item AREA 1 PARTIALS, press the key once to select the item AREA 2

PARTIALS, which will have to be confirmed by pressing the key . Then repeat the procedureoutlined above.

5.3.3 TIMER-LIMITED MASTER USER

A TIMER-LIMITED MASTER user may only access the system within specific time windows (setthrough the Timer) (please refer to the section TIMER SETTING).In order to only enable the user to operate on the system at specific times, you need to change thelevel by following the steps outlined below:




Use the keys and # to move the flashing cursor to the position relating to the user ofinterests (between 1 and 16)


0 = Master1 = Slave2 = Timer-Limited Master

3 = Timer-Limited Slave


NOTES:- The presence of a TIMER-LIMITED user always and in any case allows the use of the AUTOMATICTIMER arming of the system (see chapter SYSTEM ARMING).

5.3.4 TIMER-LIMITED SLAVE USER

A TIMER-LIMITED SLAVE user has the same features as the slave user: these allows him only toinhibit, when the system is already armed, a certain number of zones within a set period of time. Tocreate a TIMER-LIMITED SLAVE user you first need to create a new user with his own code (seeprocedure).

The procedure to create a Timer-Limited Slave User is the following:




Use the keys

and # to move the flashing cursor to the position relating to the user ofinterests (between 1 and 16)


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0 = Master1 = Slave2 = Timer-Limited Master3 = Timer-Limited Slave

For a Timer-Limited Slave User enter 3


To set a group of zones associated with all SLAVE users, follow the procedure outlined below:



.

Press the key up to the item GROUP and confirm by pressing the key .

Use the keys and # to move the flashing cursor to the position relating to the inputconcerned (between 1 and 16).

Once you have selected the input, press the key CANC to include or bypass that zone from thegroup:


= input bypassed for the SLAVE user.

Once you have changed all the zones of interest, confirm by pressing the key . If you also wish to change the Area 2 GROUP (the one for users associated with Area 2), after

AREA 1 PARTIALS press the key once to select the item AREA 2 PARTIALS, which has tobe confirmed by pressing the key . Then repeat the procedure outlined above.

For this type of users, you only need to set (in the timer setting menus) the daily timeslots in whichtheir access to the control unit should be inhibited.

5.4 ASSOCIATION OF AN OUTPUT TO A USER

Each user can be associated with a programmable output, so that this activates upon keying in thecode or entering an electronic key. One output can be associated with several users.

Procedure:



Use the keys and to select the item USER OUTPUT and confirm by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the user ofinterest (between 1 and 16)

Directly enter the number relating to the output to be associated with the user (between 1 and 3,or between 1 and 6 if output expansions exist). Leave 0 if you do not wish to associate any

output Repeat the operation for the other users concerned and in the end confirm by pressing the key

.


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To activate the associated output, it is important to enable this with the TECHNOLOGICAL function, inthe output menu.


Use the keys and to select the item OUTPUT MENU and confirm by pressing the key

Use the keys and to select the item OUTPUT TYPE and confirm by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the output which

has just been associated with the user. Depending on your needs, now enter the number relatingto the type of output desired:

2 = Impulsive (5 seconds of immediate activation following users access)

4 = Impulsive delayed (5 seconds of activation 30 minutes after users access)


Use the key to select the item OUTPUT FUNCT. and confirm by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the output

concerned Set this output as TECHNOLOGICAL by directly entering number 4 and confirm by pressing

the key .

NOTE: it is not possible to associate stable outputs with users.

5.5 NEW USER CODE

The control unit manages 16 USER codes. After the initial reset, only the user code 1 exists, withnumber: 111111.After having enabled a new user and having associated it with his area, it is possible to generate thenumerical code directly from the TECHNICAL Menu.

NOTE: Subsequently the user (and no one else), will be allowed to change his own user code, byfollowing the USER CODE CHANGE procedure outlined below.

5.5.1 HOW TO CREATE A NEW USER CODE



Press the key several times (and if necessary to go backwards) up to the item USER X

CODE From now on it will be possible to add new codes relating to new USERS. Now, again using the

keys and , visualise the first user available and confirm the choice by pressing the key .For instance, after resetting the control unit, visualise and confirm the item USER 2 CODE

Of course, if you confirm an item relating to a user that has already been created (such as forinstance USER 1), his code will appear in a concealed format and it will not be possible tochange it.

Once you have identified and chosen the first user available, enter directly his code and confirm

it by pressing the key .

WARNING: should a code be lost, it will no longer be possible to recover it, unless the reset defaultstatus is restored for the control unit, by resetting all codes and starting anew.


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7 PARTIAL PROGRAMMING

7.1 PARTIAL ARMINGS

The control unit manages, for each of the 2 areas, in addition to total arming, 3 partial armings, inwhich each zone is freely associable.A partial arming therefore allows to activate the system whilst directly bypassing certain zones andenabling others (such as for instance, night or day or perimetrical or volumetric).Each partial arming may be directly activated from each keyboard and from each outlet. Please referto the section SYSTEM ARMING for program use.

NOTE: it is possible to have the same input in several partials.

7.1.1 SETTING PARTIAL PROGRAMS



Use the keys and to select the partial program to be set (from 1 to 3) and confirm by

pressing the key


Once you have selected the input, press the key CANC to include it or bypass it from thatarming program:


= input bypassed (deactivated from this program).

Once you have changed all the areas of interest, confirm by pressing the key If you also wish to modify the Area 2 partials, when the item AREA 1 PARTIALS appears, press

the key once to select the item AREA 2 PARTIALS, which has to be confirmed with the key

. Repeat the same procedure.

7.1.2 GROUP

The group is a series of inputs which can only be used by the SLAVE user (as described in the sectionUSERS); therefore, it can only be used when the system is armed, in order to free a certain route (e.g.controls by surveyors, etc.).

To set the group of zones associated to all SLAVE users, follow the procedure outlined below:



Press the key up to the item UNIT and confirm by pressing the key .


Once you have selected the input, press the key CANC to include or bypass that zone from the

group: = input included (always activated)

= input bypassed by the SLAVE user


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Once you have changed all the zones of interest, confirm by pressing the key . If you also wish to change the Area 2 UNIT (the one for users associated with area 2), after the

item AREA 1 PARTIALS press the key once, to select the item AREA 2 PARTIALS, which

has to be confirmed by pressing the key . Then repeat the procedure outlined above.

8 OUTPUTS

8.1 PROGRAMMING OF AN OUTPUT

The control unit has 3 OPEN COLLECTOR electronic outputs (supplying negative when activated). 3more may be added by using an output expansion that can be connected to the same serial BUS ofthe keyboards and outlets (see OUTPUT EXPANSION).Each of the outputs can be freely programmed with one of the following functions:

0 = System Status = system armed (only AREA 1)1 = Lost 220V = 220V input voltage missing2 = Battery Uncharged = battery absent or flat3 = Panic = simultaneous pressure of keys * and # from one of the keyboards4 = Technologic = generic output (associable to inputs and/or users)5 = Partial Arming = system armed with the partial (only AREA 1)6 = Telephone Line broken = telephone line absent after checking or after use

Procedure:


Use the keys and to select the item OUTPUT MENU and confirm by pressing the key .

Use the keys and to select the item OUTPUT FUNCT. and confirm by pressing the key

.

Use the keys and # to move the flashing cursor to the position relating to the output ofinterest (between 1 and 6).

Directly enter the number relating to the desired function (indicated above).

Repeat the operation for the other outputs of interest and in the end confirm by pressing the key .

9 DATE AND TIME

9.1 DATE AND TIME SETTING

Date and time setting can either be carried out by the installer (TECHNICAL Menu) or by the user(USER Menu)

Procedure for date and time setting:

Enter the Menu by keying in a valid code.

Press the key up to the item DATE/TIME and confirm this item by pressing the key . While the day of the week is flashing, directly press a key number between 1 and 7

corresponding to the day of interest (1 = Monday, 2 = Tuesday, ...7= Sunday).

Use the keys and # to move the flashing cursor to the position relating to the parameter tobe changed, that is, in order: day, month, year, hour and minutes. To change the parameter,delete the current setting, by pressing the key CANC twice and directly enter the two requiredfigures.

Once the setting has been completed, confirm it by pressing the key .


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10 TIMER

The C16 control unit is provided with a weekly TIMER, with an exclusion period of one or more days. Itcan either be used for automatic armings and disarmings, or to limit users in set timeslots (see Timer-Limited User).

10.1 DAILY ACTIVATIONS

For each day of the week it is possible to program total system arming and disarming according tohalf-hour steps.

Daily Timer Programming:


Use the keys and to select the item TIMER MENU and confirm by pressing the key

Use the keys and to select the desired day of the week (DAY 1= Sunday, DAY 2=

Monday, etc.) and confirm it by pressing the key

Use the keys and # to move the flashing cursor to the position relating to the hour ofinterest (indicated in the top line, starting from midnight)

Use the following keys to enable arming.

1 = Activation of the second half hour ()

2 = Whole hour ()

0 = Not activated ()

Example:

Sun: 012345678901

< >

the system will switch on at 6:30 and will switch off at 8:30.

10.2 TIMER EXCLUSION

The timer settings can be temporarily disabled, by creating a time window in which the periods ofdisarming are suspended and the system is therefore always armed (in the event of automaticarming). This operation also inhibits all the timer-limited users of the control unit.

Procedure:


Use the keys and to select the item TIMER MENU and confirm by pressing the key

Use the keys and to select the item TIMER OFF and confirm by pressing the key


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Enter day and month for activation start, followed by day and month for deactivation end.

Eventually use the following keys to change the current setting:

NUMERICAL KEYS: enter numbers in the current position.

CANC : deletes the character in the cursor position.

and # : move the cursor to the left and to the right.

11 GENERAL SETTINGS (Various parameters)

11.1 INPUT TIME

The input time is the time lapsing between a violation of the alarm system and the alarm notificationitself.

Therefore it is a delayed type reaction time (see section Input Zone)The default settings provide for a 15 second time interval.

To change the input time:



key .

Use the keys and to select the item INPUT TIME 1 (area 1) or INPUT TIME 2 (area 2)

and confirm by pressing the key .

Press the key CANC to delete the previous setting.Directly enter the desired value (between 1 and 120s) and confirm it by pressing the key .

11.2 EXIT TIME

The exit delay represents the time lapsing between the arming command confirmation (from keyboard,from outlet, from remote control) and the actual arming of the system. The factory default settingscorrespond to a preset 15 second interval.It is possible to set an exit time for each area:

Modification of the output time:



key

Use the keys and to select the item OUTPUT TIME 1 (area 1) or OUTPUT TIME 2 (area

2) and confirm by pressing the key

Press the key CANC to delete the previous setting.

Directly enter the new desired value (between 1 and 120s) and confirm it by pressing the key .


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11.3 SETTING SIREN ALARM TIME AND CYCLES

The siren alarm time is the time interval during which the alarm relay remains activated. The factorydefault settings provide for a 60 second alarm time. If after this time interval the alarm situationcontinues, the siren alarm is in any event stopped for a neutral time interval (the same set in theOUTPUT TIME parameter) and subsequently resumes for the time set. When one or more alarm

causes persist, it is also possible to establish the maximum number of cycles the siren alarm canperform throughout the day.

NOTE: if during the day the siren alarm cycles are all performed, the alarm relay will be inhibited untilmidnight of the same day (end of day).To avoid this occurrence, it is also possible to set the siren alarm cycle value on 0: in this way, thesiren alarm will sound as long as the alarm situation persists, although causing disturbance.

Siren alarm time procedure:


Use the keys and to select the item VARIOUS PARAM.S and confirm by pressing thekey

Use the keys and to select the item SIREN ALARM TIME and confirm by pressing the

key

Press the key CANC to delete the previous setting

Directly enter the new value (between 1 and 240s) and confirm it by pressing the key

If you wish to change the maximum number of daily activations, use the keys and toselect the item SIREN CYCLES NO.


Press the key CANC to delete the previous setting Directly enter the new value (between 1 and 20; 0 to obtain an unlimited number of cycles).

11.4 CONTROL UNIT IN TESTING STATUS

The control unit default status is the TESTING function. This means that the alarm relay will never beactivated, the siren alarm will therefore not sound, the sound signal will be emitted by the keyboard;this function makes it possible to test the proper operation of the control unit without having to activatethe siren alarm.Therefore, in order to activate the siren alarm, you need to deactivate the control unit TESTING

status.

Procedure:



key

Use the keys and and select the item C.U. TESTING and confirm it by pressing the key

Press the key 1 to place the control unit in the TESTING operation status, press the key

CANC and then 0, to place the control unit in the NORMAL operation status Confirm by pressing the key .


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11.5 CONTROL UNIT OPENING ALARM (Control Unit Tamper)

The control unit is protected from opening 24 hours/day by means of a spring contact installed on thecard (CONTROL UNIT TAMPER).Following a reset, this control is automatically bypassed. Once installation is completed it is advisableto switch this protection on again.

The procedure for the activation and deactivation of the control unit opening alarm is the following:



key

Use the keys and to select the item C.U. TAMPER and confirm by pressing the key

Press the key 1 to activate the protection, press the key CANC to disable the tamper (0).


11.6 COUNTER CYCLES

Through this parameter you can decide for how many consecutive times an IMPULSE COUNTERinput should be violated to activate the alarm. It is also used to adjust the sensitivity of quick inputs(also see section INPUTS). Enter the TECHNICAL Menu


key

Use the keys and to select the item COUNTER and confirm by pressing the key


Enter the new code and confirm the changes by pressing the key .

11.7 EXCLUSION CYCLES

In the event of failure of one zone, this is automatically excluded by the system. It is possible to set inadvance the maximum number of consecutive alarms that can take place prior to zone exclusion. Enter the TECHNICAL Menu


key

Use the keys and to select the item S/CUT OUT CYCLES and confirm by pressing the

key


Enter the new value and confirm the changes by pressing the key .

12 MODEM SETTINGS

C16 control unit is provided with an integrated modem which allows several operations:

- Remote programming of the control unit- Conveying service alarms and/or messages through a telephone line

- Carrying out operations through DTMF commands by telephone


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12.1 NUMBER OF RINGS FOR ANSWER

Through this parameter it is possible to set the number of rings for the answer of the control unit whenit is called by a PC (by remote access) or by any DTMF command telephone set (telephone lineremote control). Enter the TECHNICAL Menu

Use the keys and to select the item MODEM and confirm by pressing the key

Use the keys and to select RING NUMBER and confirm by pressing the key

Use the key CANC to delete the previous setting Directly enter the desired value (between 0 and 20 rings)


NOTE: To access remotely the C.U., it is also possible to use the function SKIP ANSWERINGMACHINE, by allowing for only one ring during the call, after which you have to hang up and callagain: at this stage the control unit will immediately respond without waiting for the set number ofrings.

12.2 ADEMCO OFF/ON

The C16 control unit is capable of conveying alarms and/or events in a digital format through the ID-CONTACT protocol.To enable and use this function, you need to set the telephone number that the communicator has todial to reach the receiving set. You subsequently also need to enter the user 4-digit identification code(to be agreed with the party who receives the alarm).

ADEMCO FUNCTION ENABLING Enter the TECHNICAL Menu


Use the keys and to select the item ADEMCO OFF/ON and confirm by pressing the key

Directly enter the key relating to the desired function:

CANC = Disabled function (0)

1 = Enabled function (1)

Confirm the number by pressing the key .

12.3 ADEMCO TEL. 1,2,3

TELEPHONE NUMBER FOR CONVEYING DIGITAL ALARMS

Enter the TECHNICAL Menu Use the keys and to select the item MODEM and confirm by pressing the key

Use the keys and to select the item ADEMCO TEL. 1,2,3 and confirm by pressing the

key Directly enter the desired telephone number (starting from the left) or else use one of the

following keys to change the existing one:

NUMERICAL KEYS: enter a numberCANC : deletes the character in the cursor position.

and # : move the cursor to the left or to the right.

confirm the number by pressing the key NOTE: the system always downloads data on one of the three numbers, depending on which line

is available.


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12.4 ADEMCO ID

SETTING THE IDENTIFICATION CODE



Press the keys and to select the item ADEMCO ID and confirm by pressing the key Directly enter the desired 4-digit code or else use the following keys to change the existing one


CANC : deletes the character in the cursor position

and # : move the cursor to the left or to the right

Confirm the setting by pressing the key .

12.5 ADEMCO TX OP/CL and ADEMCO TX ZONE

CONVEYING INFORMATION RELATING TO CONTROL UNIT ARMINGS/DISARMINGSCONVEYING OF THE OPENING/CLOSING OF ANY SINGLE ZONE


Use the keys and to select the item MODEM and confirm by pressing the key .

Press the keys and to select the item ADEMCO TX OP/CL or ADEMCO TX ZONE and

confirm by pressing the key . Directly enter the key relating to the desired function:

CANC = Transmission disabled (0)

1 = Transmission enabled (1)

Confirm the number by pressing the key .

12.6 PROPER OPERATION SIGNALING

Transmission, through the ID CONTACT protocol, of the control unit proper operation.The setting ranges from 0 =disabled to 240 hours, and the countdown for this operation startsdepending on the time at which it was enabled.Example:

current time 12:00, proper operation signalling parameter 24 hours: every day, the system will conveythrough the ID CONTACT protocol a message at 12:00 oclock to confirm its proper operation.

12.7 REMOTE PROGRAMMING ID

SETTING THE IDENTIFICATION CODE.

In order to programme remotely (through MODEM and a telephone line or through RS232), you haveto set the same identification code in the C.U. and in the software provided with the C16. This isalways a 6-digit code.

Enter the TECHNICAL Menu Use the keys and to select the item MODEM and confirm by pressing the key

Use the keys and to select TELEMGMT ID and confirm by pressing the key Directly enter the 6-digit code. Eventually use the following keys to change an existing code:


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12.8 LINE TESTING TIME

TELEPHONE LINE TEST

The control unit MODEM regularly carries out a test on the telephone line to check its presence. Thetime lapsing between one test and the next can be set between 1 MIN and 240 MIN.



Use the keys and to select LINE TEST TIME and confirm by pressing the key Use the key CANC to delete the previous setting Directly enter the desired value (between 1 and 240 minutes). Enter 0 to bypass this control


NOTE: this parameter should be used on control unit dedicated lines; should it be used on linesshared with other equipment it may interfere with their proper operation.

12.9 CALL-BACK

This is one of the safety levels provided (together with the enabling of the user and of the armingcode) which allows the MODEM to call back the technician after a programming request by means ofthe telephone number stored in the control unit memory.Therefore, to use this function, you first of all need to enter the telephone number where the MODEMof the PC used for teleprocessing is connected and then enable the call-back.

12.9.1 TELEPROCESSING MANAGER TELEPHONE NUMBER



Use the keys and to select the item TELEMGMT TEL and confirm by pressing the key

Directly enter the desired telephone number or else use the following keys to change the existingone




confirm the number by pressing the key .

12.9.2 CALL-BACK ENABLING



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Press the keys and to select the item CALLBACK ON and confirm by pressing the key

Press the key 1 to enable the CALL-BACK and press the key CANC to disable it

Confirm the setting by pressing the key .

12.10 REMOTE ACCESS ENABLING (TELEMANAGEMENT ON)

In order to program the C16 control unit through a PC linked to the C.U. or through remote control witha dedicated modem, you need to activate an enabling command in the USER Menu

Procedure:

Enter the USER Menu

Use the keys and to select TELEMGMT ON and confirm by pressing the key

Press the key 1 to enable remote programming, and press the key CANC to disable it



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13 PROGRAMMING OF THE VOICE DIALLER

By using the optional SV/C module, you can obtain a voice dialler with the following features:- 10 event messages, lasting 5 seconds each, directly recordable by the user- 2 closing messages (one for each area) to identify the system, with a maximum duration of 20seconds each- 5 telephone numbers for each area (maximum 16 digits), which can be freely associated with themessages- A number of calling attempts for each telephone number adjustable between 1 and 10.

13.1 CALLING ATTEMPTS

Each message conveyed through vocal synthesis is repeated 3 times. Furthermore, should a numbernot be reached at the first attempt, the communicator will continue with the other numbers and thenattempt again with those numbers, which have not been reached. The number of attempts isadjustable.

NOTE: if the parameter is set to 0, the communicator will not make any calls; furthermore, if themessage conveyed is not listened to for the first 5/7 seconds, the system will not acknowledge the callas successful and will consequently call again the same number.

NOTE: the user reached through the telephone call has the choice to stop all subsequent calls. Pleaserefer to the section DTMF COMMANDS.

13.1.1 CALLING ATTEMPTS SETTING


Use the keys and to select the item COMMUNICATOR and confirm by pressing the key

Use the keys and to select the item MAX ATTEMPTS and confirm by pressing the key

Press the CANC key two times to delete the previous setting Directly enter the new desired value (between 1 and 10).

13.2 TELEPHONE NUMBERS

The communicator can handle 5 telephone numbers maximum for each area. Each number can bemade up of 16 digits maximum.The telephone numbers are directly dialled by the control unit in DTMF, that is in multifrequencysignals (not impulses).


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13.2.1 SETTING OF THE TELEPHONE NUMBERS



Use the keys and to select the desired telephone number (between Tel 1 and Tel 5). The

area is indicated by the digits A:1 (for area 1) and A:2 (for area 2) (e.g. A1 TEL 2 = 2nd numberof area 1)

Confirm the choice by pressing the key

Directly enter the desired telephone number and confirm it by pressing the key Repeat the procedure for all the telephone numbers you wish to have dialled.

13.3 ASSOCIATION OF TELEPHONE NUMBERS WITH MESSAGES

Each message can be transmitted to 5 telephone numbers maximum. The association of the numberswith the messages is free; the same number can be used with different messages (that is different

messages may be conveyed to the same number).

13.3.1 ASSOCIATION OF A MESSAGES WITH THE TELEPHONE NUMBERS



Use the keys and to select the message and the desired area. The area is indicated bythe digits A:1 (area 1) and A:2 (area 2). The message is indicated by the description Tel/Mex 1(message 1) up to Tel/Mex 10 (message 10). (e.g. A:1 TEL/MEX 3 = message No. 3 for area 1associable with 5 numbers of area 1)

Confirm the message with the key

Use the keys and # to move the flashing cursor to the position relating to the telephonenumber of interest. The available positions are 5

Press the key CANC to associate or not associate that telephone number with the message inquestion:

= telephone number associated

= telephone number not associated

Repeat the procedure for all the telephone numbers and all the messages of interest.


13.4 ASSOCIATION OF EVENTS TO THE MESSAGES

Each vocal message (out of the 10) may be conveyed in combination with one or more events notifiedby the control unit, chosen among the 25 available.Therefore, it is possible to associate a number of events with a single voice box message.

13.4.1 SELECTION OF ONE OR MORE EVENTS TO BE ASSOCIATED TO A MESSAGE.




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Use the keys and to select the event to be associated with the message (Mess/Event

1...Mess/Event 25) and confirm by pressing the key . For the correspondence betweenevents and identification number please refer to the table below:

1= Lost 220V2= Re-established 220V

3= Battery uncharged4= Alarm5= 24h Alarm (Tamper)6= User Access7= Technical Access8= Arming9= Disarming10= Remote arming11= Partial Remote Arming12= Remote Disarming13= Slave User Enter14= Slave User Exit15= Telemgmt connection16= Zone breakdown17= Peripheral Tamper18= Automatic Arming19= Automatic Disarming20= Control Unit Tamper21= Telephone Line Damage22= Communication failed23= DTMF Access

24= Duress / Panic25= Technological Input

Once you have selected the event to be transmitted, confirm it by pressing the key Directly enter the number of the message to be associated (between 1 and 10) and it confirm by

pressing the key

Example: in the display, event no. 4 (zone alarm) has been associated with the message nr. 1

13.5 RECORDING MESSAGES

Message recording is carried out in situ, at a 10-20 cm distance from the vocal synthesis (SV16)installed on the control unit card. The recording must first of all be enabled by the keyboard and besubsequently activated directly on the vocal synthesis by pressing the related key.

13.5.1 MESSAGE RECORDING



Use the keys and to select the message to be recorded (Message Reg. 1... MessageReg. 12)

Mess/event 41


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NOTE: the event-related messages range between 1 and 10 (duration 5 sec.). The 11 th and 12th

message relate to the reference area (11= area 1, 12 = area 2), their max. duration is 20 sec.,they will automatically close the event message supplying the users identification data (address,name, etc.)

Confirm the message to be recorded by pressing the key Draw near to the vocal synthesis when its red LED starts to flash

Press and hold the key to start the recording (the red LED light will switch from flashing to fixed).By releasing the key, the recording is stopped

NOTE: remind that the maximum time for each event message is 5 seconds, whereas the closingmessage lasts 20 seconds

Again press the key on the keyboard to end the recording.

13.6 LISTENING OF THE RECORDED MESSAGES

Recorded messages may be listened back at any time by directly connecting a headset to the outletavailable on the SV16 synthesis unit. Do not connect the headset when you register the messages.

13.6.1 LISTENING BACK TO MESSAGES



Use the keys and to select the message to be listened to and confirm by pressing the

key (Message Rep. 1... Message Rep. 12) NOTE: the event messages correspond to the messages ranging from 1 to 10. The 11 th and 12th

messages are respectively the closing messages for area 1 and area 2 (system name, user data) The message will be continuously repeated to allow the technician to approach to the synthesis if

the keyboard is placed far away from the control unitPress the key on the keyboard again to end the message reproduction.

14 DTMF COMMANDS

DTMF commands enable the user to communicate directly with the control unit by means of anordinary DTMF telephone set. With these commands you can:

- arm and disarm the control unit

- pilot the programmable outputs- stop the vocal communicator

14.1 USER IDENTIFICATION

After calling, or having been called by the control unit, the user needs to be identified by the system byentering a valid user code prefaced by the area he belongs to.

Enter the area of interest (1 = area 1 or 2 = area 2) Enter the 6-digit numerical code corresponding to a valid user code (e.g.: 111111) Confirm by pressing the key # . The control unit responds with a high-pitched and prolonged tone.

During the whole period, in which the user is telephonically connected to the system, the control unitemits rhythmic beeps.


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14.2 SYSTEM ARMING AND DISARMING

TOTAL 1 + 0 + # .

PROGRAM 1 1 + 1 + # .

PROGRAM 2 1 + 2 + # .

PROGRAM 3 1 + 3 + # .

AUTOMATIC 1 + 4 + # .

On the other hand, to carry out a total disarming:

DISARMING 0 + 0 + # .

14.3 PROGRAMMABLE OUTPUT ACTIVATION AND DEACTIVATION

STABLE ACTIVATION OF OUTPUT 1 2 + 0 + # .

STABLE ACTIVATION OF OUTPUT 2 2 + 1 + # .

(and henceforth up to output 6)

DEACTIVATION OF OUTPUT 1 3 + 0 + # .

DEACTIVATION OF OUTPUT 2 3 + 1 + # .

(and henceforth up to output 6)

14.4 BLOCKING OF ONGOING CALLS

TO BLOCK CALLS 9 + 9 + # .

15 ELECTRONIC KEY PROGRAMMING

Electronic key programming (mod. INS/P) can ONLY be carried out by a user who has a code of hisown. The same user may create an unlimited number of electronic keys for himself, whereby he will beable to act on the system for the operations he is entitled to.On the other hand, the installer has to determine, during the programming stage, from which outlet theusers will be able to program their own electronic keys. In this regard, please refer to the sectionOUTLET SETTING.

15.1.1 PROGRAMMING OF ELECTRONIC KEYS

Enter the USER Menu by directly keying in your user code and confirming it by pressing the key

Press the key up to the item KEY PROGRAM. Confirm this item with the key

Upon being asked EXECUTE press the key (if you press the key # the operation iscancelled)

Once you have confirmed the command, the LEDs on the programming outlet will flash rapidly toindicate that the outlet is ready to receive an electronic key for programming

Now introduce an electronic key in the above outlet and wait for the three LEDs to stop flashing.When they stop, extract the programmed key

Repeat the same operations if you wish to program other electronic keys.


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16 C16 SOFTWARE

16.1 USING THE SOFTWARE WITH THE RS-232 DIRECT LINE

a) Connect a 9 PIN RS-232 serial cable from one of the COM ports of your PC to the control unit

serial connector.

b) Enable the control unit for tele-management

16.1.1 PROCEDURE ON THE CONTROL UNIT KEYBOARD:

From the USER Menu select the item TELEMGMT ON and enter 1

c) Start the previously installed software by clicking on the CONTROL UNIT from the PC

d) Ensure that the identification code of the control unit is exactly the same as the one entered in thesoftware personal data file (PASSWORD)

PROCEDURE ON THE CONTROL UNIT KEYBOARD:MODEM Menu, select the item TELEMGMTID and enter the code.Ensure that the same is entered in the item PASSWORD of the software DATABASE menu.

(NOTE: the factory default code in both positions is: 000000)

e) At this point, click on the key CONNECT and wait for connection

f) Connection OK = GREEN Light.


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17 MODEM C

17.1 DESCRIPTION OF MODEM C

Equipment for TELEMANAGEMENT from the C16 CONTROL UNIT telephone line.The MODEM C is a dedicated device; therefore it can exclusively be associated with the C16CONTROL UNIT.

17.2 CONNECTION AND USE

a) Before you energise the MODEM ensure that the ON/OFF switch is on the OFF position.

b) Insert the power supply connector of the Modem C in the outlet on the rear of the box (12Vdc 200mA).

c) Insert the 9-PIN RS-232 serial cable from a COM port of the PC to the serial connector on the rear

of the MODEM.

d) Connect the cable from the MODEM telephone line to an external line or to a telephone exchange.

e) Switch on the MODEM.

RS232 Serialcable

Power Supply

Telephone line

MODEM C CONNECTION DIAGRAM


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17.3 C16 CONTROL UNIT CONNECTION THROUGH MODEM

a) Ensure that the C16 CONTROL UNIT is enabled for TELEMANAGEMENT

b) Ensure that the system identification code is the same in both positions

c) Set the CALL-BACK on the keyboard, if desired (automatic call-back by the CONTROL UNITto the Tele-management Managers phone number). In the event of active CALL-BACK, setthe MODEM line correct number for call-back.

PROCEDURE ON THE CONTROL UNIT KEYBOARD:From the MODEM menu select the item TELEMGMT TEL and enter the number to be dialled.

d) In the DATABASE menu, enter in the Telephone System box the correct telephone numberof the C16 CONTROL UNIT.

e) Click on the button CONNECT and wait for connection; in the event of active CALL-BACK,

wait for the call-back by the CONTROL UNIT.

f) Connection OK = GREEN light.

(NOTE: it is possible to connect telephone sets parallel to the MODEM or to the CONTROL UNIT).

Telephone Line

C16 Control UnitTelephone Set

Telephone Set


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18 USE OF THE SYSTEM

18.1 EVENT READING

The control unit memory can store up to 100 events for each area.These events are permanently stored in the memory of the control unit and may be retrieved at anytime.

Enter the (TECHNICAL or USER) Menu

Use the keys and to select the item EVENT READING and confirm by pressing the key

Press the keys and to browse the event list.

Press the key to terminate event reading.

NOTE: when a new event occurs, the control unit will signal it through the keyboard red LED thatswitches on.

18.2 SYSTEM ARMING

There are 4 possible arming types for each area:

TOTAL = complete control over all the zones assigned to the area3 PARTIAL TYPES = partial control over certain programmed zonesAUTOMATIC = complete control over the zones of the area only in scheduled periods.

The command for each of these armings may be carried out:

- by users associated with that area or by users associated with both areas- by means of keyboards of that area or of common area keyboards- by means of remote outlets of that area or common area outlets.

18.2.1 ARMING THROUGH KEYBOARD

For double-area keyboards, press the key to select the area to arm. The current area is shownin the left bottom corner on the keyboard display

Enter a valid USER code for this area (e.g.: 111111) and confirm by pressing the key

Confirm the item DATA ENTERING by pressing the key Select by means of the numerical keys the desired type of arming:

0 = TOTAL1 = PARTIAL 12 = PARTIAL 23 = PARTIAL 34 = AUTOMATIC

Confirm the choice by pressing the key If the selected arming program does NOT include zones that are open, output time countdown

will immediately start, with the yellow LED flashing, and beeping (if sound has been enabled) onall the keyboards and outlets connected to the area which is been arming itself. Once the outputtime is over the yellow LED will switch from flashing to fixed and at that stage the system will bedefinitely armed.


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Extract the electronic key if you wish to connect the system according to the total mode. Leavethe electronic key inside the outlet to make other types of arming. In particular, the 3 LEDs willcyclically show all possible arming modes:

Orange LED = partial 1Yellow LED = partial 2

Red LED = partial 3Yellow LED + Green LED = automaticAll 3 LEDs = Total

Extract the electronic key when the configuration of the LEDs that are switched on corresponds to thedesired arming. As soon as the electronic key has been extracted, the output time countdown willimmediately start, with the yellow LED flashing, and beeping by all the keyboards and outlets (if soundhas been enabled).

OUTLET OPERATION LOGIC

SYSTEM DISARMED: CONTROL GREEN LED ON (ALL INPUTS ARE CLOSED)

SYSTEM ARMED (TOTAL): ALL LEDS ON

SYSTEM ARMED (PARTIAL 1): ORANGE LED ON

SYSTEM ARMED (PARTIAL 2): YELLOW LED ON

SYSTEM ARMED (PARTIAL 3): RED LED ON

SYSTEM ARMED (AUTOMATIC): YELLOW AND GREEN LEDS ON

SYSTEM IN ALARM: ALL LEDS ON

DURING THE EXIT TIME THE LED RELATIVE TO THE CHOSEN PROGRAMM WILL FLASH

KEY PROGRAMMING: ALL LEDS WILL FLASH


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TABLE OF CONTENTS

1. SPECIFICATIONS AND CONNECTIONS...................................................................................... 1

1.1 AREA USE.................................................................................................................................. 1

1.2 ZONE INPUTS (Z1 TO Z8 Terminals)........................................................................................3

1.3 INPUT FUNCTION......................................................................................................................4

1.4 OUTDOOR SIREN ALARM.......................................................................................................4

1.5 RELAY ALARM OUTPUT.......................................................................................................... 4

1.6 INDOOR SIREN ALARM...........................................................................................................4

1.7 PROGRAMMABLE OUTPUTS...................................................................................................5

1.8 KEYBOARDS AND OUTLETS...................................................................................................5

1.9 INPUT EXPANSION ...................................................................................................................6

1.10 OUTPUT EXPANSION................................................................................................................ 6

1.11 VOCAL SYNTHESIS ..................................................................................................................7

2 PROGRAMMING............................................................................................................................7

2.1

INITIAL RESET...........................................................................................................................7

2.2 MENU USE .................................................................................................................................7

3 PERIPHERAL UNITS.....................................................................................................................8

3.1 KEYBOARD SETTING ...............................................................................................................8

3.2 OUTLET SETTING .....................................................................................................................9

3.3 INPUT EXPANSION PERIPHERAL ENABLING...................................................................... 10

3.4 OUTPUT EXPANSION PERIPHERAL ENABLING.................................................................. 11

4 INPUT SETTING........................................................................................................................... 11

4.1 SETTING OF INPUT TYPE (Input Type) ................................................................................. 11

4.2 INPUT ENABLING (Input Area)............................................................................................... 12

4.3 PROGRAMMING OF INPUT FUNCTION ................................................................................. 12

4.4

ASSOCIATION OF AN OUTPUT WITH AN INPUT (INPUT - OUTPUT).................................. 15

4.5 CHECKING INPUT STATUS ....................................................................................................16


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4.6 BLOCKING OF ARMING..........................................................................................................16

4.7 AUTOEXCLUSION (REMOTE AUTOEXCLUSION)................................................................ 17

4.8 NAMING OF A ZONE ...............................................................................................................17

5 USERS (TECHNICAL PROGRAMMING)..................................................................................... 18

5.1 NAMING OF A USER ...............................................................................................................18

5.2 ENABLING A USER (USER AREA)......................................................................................... 18

5.3 USER LEVEL............................................................................................................................ 18

5.4 ASSOCIATION OF AN OUTPUT TO A USER .........................................................................21

5.5 NEW USER CODE....................................................................................................................22

5.6 MODIFICATION OF A USER CODE ........................................................................................23

5.7 DURESS CODE........................................................................................................................23

6 TECHNICAL MENU...................................................................................................................... 23

6.1 CHANGE OF THE TECHNICAL CODE.................................................................................... 23

6.2 RESET BLOCKING .................................................................................................................. 23

7 PARTIAL PROGRAMMING .......................................................................................

c16 Technical Eng

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