CAME PROXINET Owner's manual

Brand: CAME

Model: PROXINET

Type: Owner's manual

Below you will find brief information for Control Unit PROXINET8, Control Unit PROXINET36, Control Unit PROXINET76, Control Unit PROXINET192, GPRS Module PXGPRS, Ethernet Accessory PXDGETH, WiFi Accessory PXDGWF, PIR Camera Sensor PXWIRFC, PIR Camera Sensor PXWIRWFC, Wireless Keypad PXWKTN. This manual provides instructions for managing your control unit via the Came Mobile app, connecting through GPRS, Ethernet, or WiFi. It details configuring connectivity, using the CameConnect portal, and setting up video verification with PIR camera sensors. The manual also outlines services like SMS, MMS, and email notifications for alarm events. This document also includes instructions for configuring PIR camera settings, and highlights new features and bug fixes in firmware version 2.3.00. This allows remote control of your control unit using the Came Domotic app.

Page 1 - Manual code: FB00333-EN ver. 1 05/2016 © CAME S.p.A. - The data and information provided in this manual are subject to change at any time without prior notice.

THE NEW FIRMWARE VERSION 2.3.00 HAS BEEN INSTALLED ON THIS CONTROL UNIT

Managing the control unit using the Came Mobile app

Using the Came Mobile app , just a few clicks means you can securely connect to your control unit and check the status of all the environments, activate sce-

narios and interact with your home remotely, simply from your smartphone or tablet.

In order to manage the control unit via the Came Mobile app, you must ﬁrst install ﬁrmware version 2.3.00 or later, install the PXGPRS GPRS module and install

the Came Domotic app 1.4.7 or later on your smartphone/tablet.

Security can be managed via a local connection, connecting directly to the IP address of the PXGPRS module interfaces (in this case, the PXDGWF or PXDGETH

accessories are necessary) or via remote connection - in this case, you need to register on the CameConnect portal (see CameConnect chapter).

CONFIGURING CONNECTIVITY

The PXGPRS module can be connected to CameConnect using a GPRS connection, Ethernet connection (using the PXDGETH accessory) or WiFi connection (using

the PXDGWF accessory).

To program the parameters related to connectivity, use the following: PXManager in version 2.1.4, while for programming the graphic maps, Came D Sw

software version 1.2.2 or later is required.

CameConnect connectivity via GPRS [GPRS]

ADD-ON to the following CONTROL UNIT manuals:

PROXINET8/PROXINET36/PROXINET76/PROXINET192

If connecting to CameConnect via GPRS, set the following:

a Select [GPRS] from the types of connection.

b Select [Connectivity] [GSM].

c Enter the [APN] (Access Point Name).

Generally, telephone operators publish this information on their websites.

d If you need to, change the telephone number.

e Enter the [User Name] and [Password] for data connection.

Generally, telephone operators publish this information on their websites.

CameConnect connectivity via Ethernet [ETHERNET]

If connecting to CameConnect via Ethernet , it is necessary to use the PXDGETH accessory to connect to the user network.

In the default configuration, the Ethernet interface is configured in static mode with the following IP address: 192.168.1.100. These settings

should be adapted to the customer’s network.

To set up connectivity via Ethernet, you must:

a Select [ETHERNET] from the types of connection.

b Select [Connectivity] [ETHERNET].

c Enable the DHCP Server if present in the customer’s network. In this way,

the PXGPRS module automatically acquires the network parameters.

In the case of programming with DHCP, if a reading of the con-

trol unit configuration is taken, the IP Address/Netmask fields show

the address acquired by the interface dynamically.

If you want to set up the module with a static address, disable this preference.

d Set the parameters in a manner consistent with the network where the

device is connected. You also need to set the DNSs for connectivity to Came-

Connect.

e Port to connect the PC for programming with PXManager.

f Choosing the keypad to emulate.

In addition to connection to CameConnect for remote management, the PXD-

GETH accessory also allows the control unit to be connected to a local network

so that it can be managed by Came TouchScreens and using the Came Domo-

tic app on the same local network.

Keycode: 577A13EEFA6F1D27 560121

001SIGPRS

WiFi SSID:CameSecurity - 1D27

WiFi Pass:qtEc35vtggBqgQwc

Keycode: 577A13EEFA6F1D27 560121

PXGPRS

WiFi SSID:CameSecurity - 1D27

WiFi Pass:qtEc35vtggBqgQwc

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CameConnect connectivity via WIFI [WIFI]

If connecting to CameConnect via WiFi , it is necessary to use the PXDGWF accessory. In this case, it is necessary to connect the module to the user’s WiFi network.

In the default conﬁguration, the WiFi is conﬁgured as an Access Point c so that the PIR Camera sensors (IR sensors related to video veriﬁcation) or other network

devices can connect directly to it.

- The default SSID is “CameSecurity-xxxx” (where xxxx are the last 4 digits of the keycode)

- Password: <Random string of 16 characters>

The WiFi data is written on the label inside the package.

The device’s Wi-Fi network is hidden, so it is not visible on scanning. To connect to the WiFi network,

you have to enter the SSID/Password credentials (see manual of the operating system of the PC on which

you are working).

To connect to the WiFi network, you have to enter the SSID/Password credentials (see operating system manual).

To connect the GSM module to a home WiFi network, you must:

a Select [WIFI] from the types of connection.

b Select [Connectivity] [WIFI].

c Uncheck [Access point mode] in order to set WiFi mode as ‘Station’.

d Enter [SSID] and select the type of [PROTECTION] of the Customer’s

network.

e Enter the [PASSWORD] for the Customer’s network.

f Enable the DHCP Server if present in the customer’s network. In this way,

the PXGPRS module automatically acquires the network parameters.

In the case of programming with DHCP, if a reading of the con-

trol unit configuration is taken, the IP Address/Netmask fields show

the address acquired by the interface dynamically.

If the customer’s network does NOT feature a DHCP Server, disable functionf

and manually enter the parameters related to the customer’s network g.

In addition to connection to CameConnect for remote management, the PXD-

GWF accessory also allows the control unit to be connected to a local network

so that it can be managed by Came TouchScreens and using the Came Domo-

tic app on the same local network.

CameConnect

Thanks to the connection to a central server, CameConnect puts CAME DEVICES on the net, so they can be managed and controlled from any internet-connected

device. The CameConnect site can be reached at the following URL: http://www.cameconnect.net

Registering the PXGPRS module on CameConnect

Once the device is conﬁgured to connect to CameConnect, you have to register

the PXGPRS module to enable remote management services:

- Remote access via the Came Mobile app;

- Remote control unit programming via PXManager;

- Remote programming of graphic maps via Came D Sw.

Once authenticated on the CameConnect site, you need to add your device

[Add Gateway]a.

b Enter the keycode written on the label inside the package.

c Assign a name to the gateway.

d Enter a brief description of the gateway (optional).

e Once registered, the device is present in our device list and can be mana-

ged from CameConnect.

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Video veriﬁcation

INTRODUCTION

The video veriﬁcation system is able to detect the presence of people by means of IR technology, send the alarm message to the control unit, take photos of the

area and send them to the Came Cloud so that they are available to the user.

DESCRIPTION OF THE SYSTEM COMPONENTS

The video veriﬁcation system consists of the following devices:

1 - PIR Camera Sensor (PXWIRFC-PXWIRWFC):

The PIR camera sensor is the sensor that detects the presence of people and sends the alarm message to the control unit, then takes photos of the area and sends

them to the security GPRS module.

The PIR camera sensor is available in the following versions:

- PIR Camera 868 (PXWIRFC): uses the RF868 radio to send alarm messages and images to the control unit;

- PIR Camera WiFi (PXWIRFC): uses the RF868 radio to send alarm messages and the WiFi to send images to the GSM module on the control unit. If the WiFi signal

is weak or absent, use the RF868 channel as a backup channel.

2 - Control unit plus GPRS module (PXGPRS)

The GPRS module has the task of receiving the images from the PIR camera via WiFi (PIR-Camera WiFi) or directly from the control unit if the PIR camera uses the

RF868 channel (PIR-Camera 868).

Upon receipt of the images, it will upload them on the Came cloud together with the alarm event information. It then sends an SMS to the user with the alarm data

and links to the Came Cloud where the images are available.

In the absence of the Cloud, it is possible to send an MMS with information about the alarm event with a photo attached.

Finally, the module sends an email to two recipients with information about the alarm and a photo attached.

3 - CameConnect

CameConnect’s task is to store the images and information related to the images.

SERVICES

Saving images and sending SMSs

To enable the image saving service on CameConnect and send SMSs with information about the alarm event and the link to the images, you need to:

a Enable the CameConnect service.

b Select [Services] [CameConnect].

c Enable the SMS notiﬁcation service and select telephone numbers on whi-

ch to receive the notiﬁcation. The telephone numbers are those set on the

control unit

Sending via MMS

This feature allows you to send the ﬁrst image and the information about the alarm event via MMS.

a Enable the sending of MMSs with information about the event.

b Select the type of conﬁguration.

c Set the parameters required in order to conﬁgure the MMSs. See the MMS

conﬁguration parameters on the SIM manager’s site.

d Select the telephone numbers on which to receive MMS notiﬁcation.

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Sending via email

You can enable the sending of emails with information and images about the alarm event to two recipients.

a Enable the notiﬁcation service via email.

b Select [Services] [Email].

c Enter the system name in the [Sender] ﬁeld and conﬁgure the email ad-

dress to which the notiﬁcations should be sent.

d Email sending can take place using the CameConnect mail server, selecting

[Mail server] [CameConnect email], or you can use another mail server by

selecting [Mail server] [Select other SMTP server].

In this case, refer to the email service provider site to obtain the correct para-

meters required for conﬁguration.

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CONFIGURING THE PIR CAMERA FROM THE INSTALLER MENU

In the installer menu, under inputs, you will ﬁnd the parameters dedicated to the PIR CAMERA settings. Also in the PXManager programming software , under

inputs, you will ﬁnd the parameters dedicated to the PIR CAMERA settings.

INPUTS 11

EDIT INP.XXX

INPUT XXX

▼

▲

▼

▲

STATUS XXX

INSERTED

TYPE XXX

IMMEDIATE

VIDEO CHECK 001

PHOTO FORMAT 001

VGA/QVGA

MODE 001

PHOTO/VIDEO

INTERFRAME 001

500 MS

FRAME NO. 001

[1...10]

VIDEO DUR. 001

[S] [2...20]

▼

▲

▼

▲

▼

▲

▼

▲

▼

▲

▼

▲

▼

▲

▼

▲

▼

▲

▼

▲

VIDEO VERIFICATION

To enable/disable video veriﬁcation on the selected sensor.

PHOTO FORMAT

To conﬁgure the acquired image format. The video is only available in QVGA format.

ACQUISITION

To conﬁgure the type of acquisition: Photo sequence or video.

INTERFRAME

If the sensor is conﬁgured as “Photo sequence”, with this parameter, you can set the time interval between two photos.

For QVGA photos, the values that can be set are as follows: 0.5 s/1 s/1.5 s/2 s

For VGA photos, the values that can be set are as follows: 1 s/2 s/3 s/4 s

FRAME NUMBER

To conﬁgure the number of frames to be acquired. (Photo Mode).

VIDEO DURATION

To conﬁgure the duration of the video to acquire. (Video Mode).

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FIRMWARE VERSION 2.2.0

The new firmware brings together a number of important innovations that improve the performance of the control units and make them even more versatile:

• Addition of certain system events;

• Improvements to the GONG keypad feature;

• MASKING feature for single control device (keypad and reader);

• Display of open inputs when the control unit is off;

• Output which can be associated with a partially armed area;

• Telephone alert if power-on fails;

• Telephone alerts with dual protocol;

• PATROL feature;

• Additions to the User Menu;

• New Hardware Reset procedure;

• Display of wireless device field strength;

• Update to the home automation communication protocol;

• Implementation of the management of the PXWDTC and PXWIRC “wireless” curtain sensor.

Some corrections have been made:

• Handling of the remaining credit has been changed so as to be able to properly manage the WIND operator, as a result of changes made at the beginning

of 2014;

• Handling of the inputs acting as early warnings has been changed, so that they are considered ‘not ready’ when they stay open for longer than the set

filter time;

• The early warning feature has also been enabled for inputs defined as ‘delayed’;

• Reader Masking - configured so that when the reader is in masking mode, the first reading of the tag is only used to exit masking mode, while the next

one performs the set action;

• When the keypad goes into protection mode after 5 incorrect codes, the message WAIT will appear on the first line of the display, with a countdown of

100 seconds in intervals of two. When the time is over, it will once again be possible to perform operations in the same way as previously. If masking is

enabled on the keypad, this display is not available;

• The scanning speed of the local keypads in the PROXINET8 and PROXINETW control units has been increased;

• The playback volume level of telephone messages via GSM line for the PROXINET8 and PROXINETW control units has been increased;

• Minor bugs have been resolved.

The PxManager SW (version 2.1.3) has been implemented:

• The event memory can also be exported in .CSV format;

• Display of wireless device field strength (RSSI) from the control unit status monitor;

• Support for new wireless curtain sensors;

• Support for all the new features of the 2.2.0 firmware;

• Minor bugs have been resolved.

Installer Menu

Addition of certain system events

In the events log, the following event codes have been added.

Event Description

AUT.INP.EXCL. xxx Automatic input exclusion after ‘n’ alarms set

TEST STS.INP. xxx Input put in test mode from programming

CLEAR KEYPAD xx Memorised power-on or power-o immediately after it has been executed from the keypad ‘xx’

CLEAR READER xx Memorised power-on or power-o immediately after it has been executed from the reader ‘xx’

START PATROL

P-P---- Patrol feature launched

END PATROL

P-P---- Patrol feature ended

GONG keypad feature

This parameter has been moved to the sub-menu of each keypad:

▲

▼

▲

▼

▲

KEYPADS 05

EDIT KEYPAD XXX

KEYPAD XXX

BUZZER GONG XXX

+ -

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MASKING feature for single control device (keypad and reader)

Previously, if the masking feature was adopted, it was applied to all

the control devices such as readers and keypads (“global” masking).

Starting from this version, you can decide whether or not to activate it

for each device.

If the feature is active (SPECIAL FEATURES menu > see areas status

for “nn” sec.) the display will be enabled in each sub-menu for the

individual keypads and readers.

▲

▼

▲

▼

▲

KEYPADS 05

EDIT KEYPAD XXX

KEYPAD XXX

M ASKING 001

YES

+ -

Display of the open inputs when the control unit is o

Inside the special features menu, a parameter has been added that can

enable/disable the display of the open inputs.

When the control unit is disarmed, if there are open inputs, their description

scrolls along the first line of the keypad display, while the second line shows

the fixed description of the display set in the Keypad Display parameter.

▲

▼

▲

▼

▲

SPECIAL 21

FUNCTIONS

KEYPAD DISPLAY

AREA STATUS

D IS.O P E N .I N P.

DISABLED

+ -

Output which can be associated with a partially armed area

This menu allows you to activate an output when the area is enabled and the

inputs are temporarily excluded (“P” area symbol).

Default (none)

XX = area index

YYY = associated output number

▲

▼

▲

▼

▲

▼

▲

OUTPUT 15

ASSOCIATION

OUTPUT BY AREA XX

PART.AREA.O XX

OUTPUT YYY

AREA XX

+ -

Power-on failed

To prevent the system from not being armed because there is an open input

blocking power-on, the following feature has been added:

if there are still areas in exit time 5 minutes after launching a power-on sce-

nario (from the keypad, reader or remote control), the following event will

feature in the event memory: POWER-ON FAIL.

For a telephone alert for this anomaly, the menu shown below has been ad-

ded:

▲

▼

▲

▼

▲

TELEPHONE 14

ALERTS

TEL ALERT MENU

VARIOUS

POWER-ON FAILED

##––##––––––––––

+ -

Telephone alerts with dual protocol;

It is now possible to allocate dual alerts to the same telephone number (SMS and VOICE) when selecting the telephone format.

You can choose from the following headings:

VOICE for voice calls only;

SMS for SMS sending only;

CONTACT-ID for a digital call from the security company;

SMS+VOICE for an SMS first and then a telephone call;

VOICE+SMS for a telephone call first and then an SMS.

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PATROL feature

This feature allows a code or key to temporarily inhibit the areas associated with them.

During this time, therefore, the activation of one or more inputs belonging to these areas does not generate an alarm condition for the control unit.

Configurations

For each code and key, under the heading AUTHORISATIONS, the PATROL option has been added

CODES 16

USER CODES

▲

▼

▲

AUTHORIS. 001

ON + OFF

▼

▲

CODE 001

USER 001

ON + OFF

ON ONLY

PATROL

K EY S 17

CHECK KEY

▲

▼

▲

KEY 001

AUTHORIS. 001

ON + OFF

▼

▲

SELECT KEY

▼

▲

ON + OFF

ON ONLY

PATROL

To manage this feature, the “Patrol Time” parameter, which can be set in the TIMES menu, has been added.

Default (0)

XXXX : PATROL TIME in seconds

TIMES 13

PATROL TIME

[0..1800]S XXXX

▲

▼

▲

When the control unit is armed, by entering the patrol code and pressing ‘D’ or using the decoded key, the set patrol time is initialised.

On the keypad display, in place of the symbol ‘#’ (totally armed area) or ‘P’ (partially armed area) the symbol ‘R’ will appear; for this period of time, the areas

associated with the code or key will be inhibited. When the timer set runs out, the areas will go back to being protected.

To end the patrol in advance, simply enter a valid code and press ‘A’ or bring a valid key close to the reader.

When the patrol feature is launched, the “START PATROL” event is memorised in the control unit log while the “END PATROL” event is memorised at the end of

the event. 2The first line of the display on the LCD keypad, when the masking feature is not active, shows the time remaining until the end of the patrol.

30 seconds before the end of the patrol, the buzzers on the keypads and readers are activated continuously.

User Menu

Telephony

The following headings have been added to the TELEPHONY sub-menu:

By confirming ‘Call Block’ in the menu, you can block the queue of outgoing

calls.

Using the ‘Telephones’ menu, you can edit the telephones present in the

control unit phonebook.

TELEPHONY 04

TELEPHONY MENU

SIM CREDIT

▲

▼

▲

▼

▲

TELEPHONY MENU

CALL BLOCK

TELEPHONY MENU

TELEPHONES

Input Time Exclusion, Gong Feature and Programmable Timer

Three menus, shown below, have been added to the end of the User Menu:

INPUT TIME 15

EXCLUSION

From this menu, you can temporarily disable or re-enable the inputs, without changing the settings at Installer Level. It is useful

before launching a scenario with open inputs.

FU N CTIO N 16

GONG

From this menu, you can enable/disable the GONG feature ‘globally’. This operation affects all the keypads set, at Installer Level,

for this feature.

TI M E D 17

PROGRAMMER From this menu you can enable/disable the programmable timer without changing the settings at Installer Level.

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New Hardware Reset procedure

A new total reset procedure has been introduced, using DIP switch no. 3 on SW1 (located on the control unit motherboard).

The procedure can be activated in the same manner already used to reset codes (DIP switch no. 2) and enables the following operations to be carried out:

- Code reset;

- Key reset;

- Factory default of the configuration parameters.

Caution, this operation may take several minutes.

Display of wireless device ﬁeld strength

This feature is available if, in addition to the control unit, the wireless receivers are also updated to version 2.0.2.

From LCD keypad

WL[####--] AT

DESCRIPTION

For wireless inputs, during the ‘inputs test’, the RSSI field strength is displayed in the same format as the wireless

receiver (from 1 to 6 notches).

Caution: the RSSI value is only displayed for the last wireless input that has transmitted; to view them all,

you need to open/close all the inputs one at a time.

From PXManager (version 2.1.3)

From the ‘Control Unit Status Monitor’ menu, you can see the receiver/repeater index (1st hop) (IDR), the RSSI signal quality (SQ) and the Battery Level for the

wireless devices (Batt.L.) such as sirens, keypads, volumetric sensors and magnetic contacts

As long as the ‘Control Unit Status Monitor’ remains active, the software will display all the data relating to communications between the devices and receiver.

The graphic bar for the RSSI level shows the worst condition of communications between Control Unit/Device (C>>P) and between Device/Control Unit (P>>C).

C >> P represents the signal level that the wireless device receives from the receiver (control unit)

P >> C represents the signal level that the wireless receiver receives from the device.

The values expressed in “dBm” have the following meanings:

MINIMUM level (dBm) MAXIMUM LEVEL (dBm) Graphic notches Positioning judgement

-10 -47 6EXCELLENT

-48 -65 5VERY GOOD

-66 -83 4SUFFICIENT / GOOD

-84 -101 3POOR

-102 -119 2INSUFFICIENT

-120 -135 1 VERY BAD

When the mouse is positioned with the pointer over the RSSI signal level or battery graphic bar, a superimposed message will appear with the values in “dBm”

for the signal and “%” for the battery.

Update to the ETI/DOMO touch communication protocol;

The firmware will come in two parallel versions, the first to ensure compatibility with BPT home automation vers. 1.0, the second to support the new universal

protocol for home automation 2.0 for Proxinet control units.

It features management of the new “wireless” curtain sensor

The new PXWDTCB and PXWIRCB wireless curtain sensors are supported. The new devices support two additional wireless channels, and feature a terminal

block for wired connection of NC contacts, shutter or vibration.

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FIRMWARE VERSION 2.1.00

The new firmware includes a number of important innovations that improve the performance of the control units and make them even more versatile:

• Management of new PXWKTN (black) and PXWKTB (white) wireless keypads (already available in FW version 2.0.0).

• Management of the new PXWSE wireless siren (already available in FW version 2.0.0).

• Management of the new additional supervised power supplies on the PXALS15 (1.5A) and PXALS30 (3A) buses

• Early warning feature (recommended for outdoor sensors)

• Display of the alarmed inputs once the control unit is armed

• Automatic reset of a “MEMORY” input

• Choice of the possibility to exclude one input during keypad power-on

• Memorisation of an event when output status changes

• “FOLLOW SCENARIO” feature for the outputs associated with the scenarios

• Display of the active scenario with the control unit armed

• Management of backlight power on for wired LCD keypads during entry time

• Display of the status of the areas not ready when the control unit is off

• Feature name change from BUZZER to GONG

• Display of GSM alert quality

• Mobile APP compatibility

In later chapters, we will explain how to associate a siren and wireless keypad with the system, and which are the various settings possible.

The various settings can be made by entering the installer menu from any wired keypad, from the local keypad (for Proxinet8 and ProxinetW) or via the

PXManager software, from which, however, it is not possible to self-learn the sirens and wireless keypads. From a wireless keypad, it is not possible to enter

the Installer Menu.

Depending on the settings in the Installer Menu Access parameter, which can only be set via PXManager, the installer menu can be accessed directly by entering

the (default) installer code, or only after entering a user code registered in the system.

ACCESS PRECEDED BY USER CODE DIRECT ACCESS

To access the installer menu, enter the user code followed by the installer

code. If the codes are fewer than 6 digits, confirm by

entering the code.

08:23 16/05/10

ENTER CODE

123456

WAITING FOR COMMAND

*=USER MENU

222222

To access the installer menu, the system must be off and you must enter the

installer code. If the code is fewer than 6 digits, confirm by

entering the

code.

08:23 16/05/10

ENTER CODE

222222

For ProxinetW, in both cases, after entering the installer code (default 222222), press “A”

Simultaneous access from multiple keypads to the installer or user menu is not allowed. If this occurs, the display will show the message “SYSTEM BUSY

INSTALLER MENU” or “SYSTEM IN USE BY ANOTHER USER”.

N.B. In all subsequent instructions, this action will always be called “access to installer menu” with no other details.

PXWSE

Addition of a wireless siren to the system

Feature available in both easy and standard mode.

To add a wireless siren to the system, it is necessary to access the installer

menu. Enter the “02 SYSTEM” menu and then press the asterisk (*) to

enter “EDIT SYSTEM”. Use the arrow keys (C and D) to scroll and choose

“WIRELESS SIRENS”, then use the number keys (1, 2, 3 etc.) to select the

siren(s) that you intend to add (press 1 to add the siren with address 01, 2 to

add the siren with address 02 and so on). Depending on the type of control

unit, you can add multiple wireless sirens (Proxinet36 max. 2, ProxinetW and

Proxinet76 max. 4, Proxinet192 max. 8). If you add for example sirens 02 and

03, the display will appear as follows:

▲

▼

▲

SYSTEM 02

EDIT

SYSTEM

WIRELESS SIRENS

-##-

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Wireless siren management

Feature only available in standard mode.

In the “29 WIRELESS SIRENS” menu, within the installer menu, some customised settings are possible for each wireless siren associated with the system. Once

you have pressed the asterisk (*) in the “29 WIRELESS SIRENS” menu, you will be able to select the wireless setting for which you want to change the settings.

Supposing that you want to change the settings of wireless siren 01, use the arrow keys (C and D) to choose “EDIT WL SIRENS 01 <> WL SIREN 001” and press

the asterisk (*). In this menu, you can set the following:

AREAS ASSOCIATED WITH THE WIRELESS SIREN (default: 3 areas ### )

Using the number keys, you can select the areas to be associated with

wireless siren 01.

The siren tamper alerts are only associated with area 1, therefore to have

these alerts it is essential that at least one wireless siren is associated with

area 1.

▲

▼

▲

▼

▲

WIRELESS 29

SIR ENS

M O D. WL SIREN 01

WL SIREN 001

ASSOC. AREAS 01

###

REGISTERING THE WIRELESS SIREN WITH THE SYSTEM

Press the hashtag (#) to return to the previous menu, or press the asterisk

(*) to start self-learning of wireless siren 01: The keypad will show the

message “PRESS BUTTON ON WIRELESS DEVICE”. At this point, press “P1”

on the wireless siren board to associate. The keypad will show the message

“OK PRESS *”.

Once you have pressed the asterisk (*), the wireless siren 01 will be correctly

associated with the system.

▲

▼

▲

▼

▲

WIRELESS 29

M O D. WL SIREN 01

WL SIREN 001

LEARN 001

*=OK #=ESC

PRESS BUTTON

ON WIRELESS DEVICE

OK PRESS *

WIRELESS SIREN SUPERVISION (default NO)

Using the selection keys (A and B), you can choose whether or not to set

supervision of wireless siren 01

▲

▼

▲

WIRELESS 29

SIR ENS

M O D. WL SIREN 01

WL SIREN 001

SUPERVISION 01

▼

▲

VISUAL ‘SYSTEM ARMING IN PROGRESS’ ALERT (EXIT TIME) VIA FLASHING LEDS (default YES)

Using the selection keys (A and B), you can choose whether or not siren 01

must give visual alerts when the system is turned on, turned off and when

there are open inputs during arming.

If this parameter is set to “YES”, during the exit time, the LEDs of the wireless

siren 01 will flash once every 3 seconds. If, during the exit time, some areas

associated with siren 01 are not ready (at least one input is open), the LEDs

will flash twice every 3 seconds, until the the areas that are ready are armed.

If the input is later closed (and the area is therefore ready), the visual alerts

will be repeated.

▲

▼

▲

WIRELESS 29

SIR ENS

M O D. WL SIREN 01

WL SIREN 001

OUTPUT T. ALERT 01

YES

▼

▲

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VISUAL ‘SYSTEM ARMED’ ALERT VIA FLASHING LEDS (default YES)

Using the selection keys (A and B), you can choose whether or not siren 01

must give visual alerts when the system is turned on.

If this parameter is set to “YES”, once all the areas that are ready have been

armed, the LEDs will flash quickly once for 3 seconds. If a new area is armed

later on, the system armed alert will not be repeated.

▲

▼

▲

WIRELESS 29

SIR ENS

M O D. WL SIREN 01

WL SIREN 001

AREA ALERT ON 01

YES

▼

▲

VISUAL ‘SYSTEM DISARMED’ ALERT VIA FLASHING LEDS (default YES)

Using the selection keys (A and B), you can choose whether or not siren 01

must give visual alerts when the system is turned off.

If this parameter is set to “YES”, when the system is disarmed, the LEDs will

emit 3 slow flashes close together.

▲

▼

▲

WIRELESS 29

SIR ENS

M O D. WL SIREN 01

WL SIREN 001

AREA ALERT OFF 01

YES

▼

▲

WIRELESS SIREN DESCRIPTION (default WL SIREN 001)

Press the hashtag (#) to return to the previous menu, or press the asterisk (*)

to enter a description for wireless siren 01.

▲

▼

▲

▼

▲

WIRELESS 29

M O D. WL SIREN 01

WL SIREN 001

DESCRIPTION 001

*=OK #=ESC

DESCRIPTION 001

WL SIREN 001

In summary, the visual and acoustic alert parameters for wireless sirens depend on the status of the areas associated with them:

• The alarm alert (visual and acoustic) occurs when an alarm is triggered in at least one associated area.

• The visual ‘system armed’ alert occurs when at least one associated area is armed.

• The visual ‘system disarmed’ alert occurs when all associated areas are disarmed.

• The visual ‘system arming’ (exit time) alert occurs when at least one associated area is being armed.

PXWKTN/PXWKTB

Addition of a wireless keypad to the system

Feature available in both easy and standard mode.

In a system with a ProxinetW control unit, in addition to the local keypad, you can add up to 7 other keypads (wireless and wired). The address 01 is exclusive

to the local keypad.

In a system with a Proxinet36 control unit, you can associate up to 4 keypads (wireless and wired). The keypad with address 01 must be a wired keypad.

In a system with a Proxinet76 control unit, you can associate up to 8 keypads (wireless and wired). The keypad with address 01 must be a wired keypad.

In a system with a Proxinet192 control unit, you can associate up to 16 keypads (wireless and wired). The keypad with address 01 must be a wired keypad.

Below is the procedure for adding a wireless keypad with address 02 to a Proxinet control unit:

You must first enable the keypad 02 by entering the installer menu. Using the arrow keys (C and D), select the “02 SYSTEM” menu and then, once you press the

asterisk (*), choose “EDIT SYSTEM”.

Again using the arrow keys, select “KEYPAD” and then press 2.

Then press the hashtag (#) twice to return to the installer menu. Use the arrow keys to select and press the asterisk (*) to enter the “05 KEYPADS” menu and

then “EDIT KEYPAD 02”.

Press the asterisk (*) again to access to the edit keypad menu.

In the edit keypad menu, you can choose whether or not to add a wired keypad (WIRED) or a wireless keypad (WIRELESS). In our case, therefore, we use the

selection keys (A and B) to choose “KEYPAD TYPE 02 LCD WIRELESS” and press the arrow keys D or C to select the menu, “LEARN 002 <> *=OK #=ESC”.

Then press the asterisk (*).

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The keypad being set will show the message “PRESS BUTTON

ON WIRELESS DEVICE”. At this point, you need to enter the

keypad menu for the wireless keypad to be added by holding

down the asterisk (*) for about 5 seconds. Once in the menu,

use the arrow keys (C and D) to scroll and select ““LEARNING

<> N°-- SN.xxxxxxxx.” (where N° indicates the keypad address,

which in this case is “--“ because it has not yet been learnt,

while the eight “x”s correspond to the keypad serial number),

then press the asterisk ( * ).

After a few seconds, the two dashes of the address will be

replaced by the number of the learnt address, while the keypad

where the settings have been made will display the message

“OK PRESS *”.

Once you press the asterisk (*) in the local keypad, the 02

wireless keypad will be associated with the system correctly.

▲

▼

▲

▼

▲

INSTALLATION 02

MODIFIER

INSTALLATION

CLAVIERS 05

MODIFIER

INSTALLATION

CLAVIERS

-#------

MODIF. CLAVIER 02

CLAVIER 002

TYPE CLAVIER 02

FILAIRE

SUPERVISION 02

NON

SUPERVISION 02

OUI

APPRENTIS 002

*=OK #=ESC

POUR LES AUTRES MENUS,

VOIR MANUEL TECHNIQUE

TYPE CLAVIER 02

RADIO

+ -

APPUYER SUR LE BOUTON

DU DISPOS. R ADIO

OK APPUYER SUR *

« APPUYER SUR LE BOUTON »

signifie entrer dans le menu clavier

(voir manuel clavier) pour activer

l'autoapprentissage.

PXALS15/PXALS30

The firmware 2.1.00 enables the control unit to control supervised remote power supplies connected to the bus, properly addressed via the four DIP switches

on the board.

The power supply is capable of analysing whether or not there is a mains supply voltage, and of performing the dynamic battery test, releasing it when its voltage

drops below 10.0V (this is to prevent irreversible damage to batteries with capacity exceeding 7 Ah).

It is also able to perform a check on battery charging in relation to its temperature (via the dedicated temperature probe which is not supplied).

These analyses are visible locally on the LEDs present on the board, and also are recorded in the control unit event memory.

Below is a list of new events together with the relevant telephone alerts:

Event Description Telephone Alerts

POWER MOD.ERR. xx Communication error RS485 power supply xx Control unit/bus sabotage alarm

POWER MOD.TAMP. xx Tampering with power supply container xx Control unit/bus sabotage alarm

MAINS POWER F. xx Mains power supply fault xx Mains fault 230

BATT.POWER F. xx Power supply battery fault xx Battery fault

POWER FUSE F. xx Power supply fuse fault xx Power supply fault

MAINS POWER R. xx Mains power supply fault repaired xx Mains fault 230 repaired

BATT.POWER R. xx Power supply battery fault repaired xx Battery fault repaired

POWER FUSE R. xx Power supply fuse fault repaired xx Power supply fault repaired

If there is a tamper alarm or communication error when the control unit is o, as occurs for RS485 modules, the following message appears on the keypad:

ALARM MEMORY

TAMPER/TECHNOL.

In the event that a FAULT event is generated when the control unit is o, the following message appears:

ANOMALIES

P.S U P P.F A U L T Y

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Early warning feature (default: 0)

Feature available in advanced mode.

Inside the areas menu, before the DESCRIPTION parameter, the “Early Warning” feature can be activated for each area.

A FILTER area will only be alarmed if, in a predetermined timeframe, a certain number of activations of inputs is reached. The activations that precede the at-

tainment of the predetermined number for the generation of the alarm are recorded in the event memory as “Early Warning” ( EARL.WARN. INP.xxx ); ONLY the

last activation that actually generated the alarm is recorded as an input alarm. If, within a predetermined timeframe, the number of activations is not reached,

the count is reset.

XXX = indicate early warning time in seconds (from 0 to 255) Default 0.

If the early warning time set is not equal to zero

YYY = indicate the number of activations detected over time “XXX” that must

be considered early warnings

Types of inputs that can have these features

The inputs that can have these features are exclusively those declared as

INSTANT. All other types, even if they belong to filter areas, do not inherit this

functionality.

▲

▼

▲

▼

▲

▼

▲

▼

▲

AREAS 04

EDIT AREA 01

AREA 01

EARL.WARN.TIME 01

[0.. 2 5 5] SEC XXX

EARL.WARN.CNT. 01

[1..15] NUMBER YYY

Visible and audible warnings during the early warning stage

If, during the early warning time, you wish to view the name of the inputs that are open on the keypads, accompanied by an audible alert (if enabled in the special

features), the “GONG” feature and the “GONG” alarm time must be active on these inputs in the area in question.

Caution: If you activate the “GONG” feature for an input that belongs to an area defined as EARLY WARNING, the “GONG” feature is no longer available

when the system is off.

Display of the alarmed inputs once the control unit is on

If the masking feature is not active, when the control unit is armed, the name of the inputs that generate an alarm is displayed on the keypad display. This occurs

regardless of the setting of the KEYPAD DISPLAY parameter in special features.

Caution: if the system is armed and the 001 input generates an alarm, the keypad displays “ALARM INPUT 001”. When the alarm time ends, the display

remains. If an additional alarm is generated, (for example, “ALARM INPUT 002”), the keypad will display descriptions of the two inputs in sequence.

Automatic reset of a “MEMORY” input (default: AUTOMATIC)

Feature available in advanced mode.

Inside the inputs menu, after the INPUT in AND parameter, the following

parameter has been added to allow you to choose the behaviour of a

“MEMORY” input when it is reset.

AUTOMATIC; The input is automatically rearmed.

NEVER: The input is disarmed until the next power-off

▲

▼

▲

▼

▲

INPUTS 11

EDIT INP. 001

INPUT 01

REA R MING 001

AUTOM ATIC

+ -

Choice of the possibility to disarm one input during keypad power-on (default: NO)

Feature available in advanced mode.

During the power-on phase from the keypad, press ‘A’ to disarm open inputs.

Inside the inputs menu after the INPUT in AND parameter (and the REARMING

parameter if the input is a memory one), the following parameter has been

added to enable you to ensure that an input CANNOT be disarmed when the

system is armed via the keypad (e.g. magnetic contact input for the front

door).

NO: The input can be disarmed

YES: The input CANNOT be disarmed

▲

▼

▲

▼

▲

INPUTS 11

EDIT INP. 001

INPUT 01

CANNOT BE DISARM. 001

+ -

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Memorisation of an event when output status changes (default: NO)

Feature available in both standard and advanced mode.

Inside the outputs menu, after the Remote Activation parameter, the

following parameter has been added which allows you to enable or disable

memorisation of the output status change event.

NO: The status change is NOT saved in the event memory

YES: The status change is saved in the event memory

▲

▼

▲

▼

▲

OUTPUTS 12

EDIT OUTPUT 001

OUTPUT 01

EVENT MEM. 001

+ -

“FOLLOW SCENARIO” feature for the outputs associated with the scenarios

In the scenario output action, in addition to four choices:

- Disabled

- ON

- OFF

- Switch

The FOLLOW SCENARIO feature has been added.

In this mode, the output associated with the scenario is activated when the

control unit status corresponds exactly with the scenario; in all other cases,

the output is disabled.

▲

▼

▲

▼

▲

SCENARIOS 03

EDIT SCEN. 01

LEAVING HOME

OUTPUT ACTION 01

FOLLOW SCENARIO

+ -

Display of the active scenario with the control unit armed

If SYSTEM STATUS is displayed in the KEYPAD DISPLAY menu, when the control unit is armed, the displays will show the active scenario.

E.g. LEAVING THE HOUSE scenario:

Parameter System disarmed System armed

KEYPAD DISPLAY

SYSTEM STATUS

14:55 27/03/2014

OFF

14:55 27/03/2014

LEAVING HOME

Management of backlight power on for wired LCD keypads during entry time

During entry time, backlighting only comes on with the PXKD keypad and PXKTB/PXKTN keypads with FW 1.05 or higher, belonging to areas that feature an

active entry time.

Display of the status of the areas not ready when the control unit is o

14:55 27/03/2014

N--

When the control unit is disarmed, the symbols on the keypad have the following meanings

– = Area ready

N = Area NOT ready

Feature name change from BUZZER to GONG

To improve the interpretation, the BUZZER feature used in inputs has been renamed GONG. For this reason, the following menu headings have changed:

GONG OUTPUT 001

NO/YES Input menu

GONG OUT. AREA 01

OUTPUT 002 Output association by area

KEYPAD GONG OUTPUT

––#–

Special features Keypad Buzzer Output

GONG TIME 01

[0.. 2 5 5] SEC 030 Times by area

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Display of GSM alert quality

The display of the GSM field has been added to the last menu heading for

telephone options.

▲

▼

+ -

▼

▲

TELEPHONE 20

OPTIONS

GSM FIELD SIG.

[0..4] ###-

Compatibility with Proxinet Mobile Mobile APP

With the new firmware, you can manage SMSs with the Proxinet Mobile APP, thanks to which the control units in the Proxinet series (equipped with PXGSM

module) can be managed remotely in an even simpler way. With the Proxinet Mobile APP, designed for the Android system, a special guided menu makes it

possible to generate all the system control SMSs immediately and intuitively with the maximum security level provided by the system. It also allows you to view

all the SMSs sent from the control unit to the user.

NOTES: On Proxinet8, Proxinet36 and ProxinetW control units, the firmware 2.1.00 can be uploaded as normal, while on Proxinet76 and Proxinet192 units,

for reasons related to management of the system memory, the voice synthesis board must be present in the control unit (PXV64 or PXV256). Proxinet76

control units produced from April 2014 (with C17020 vers. 2.1 or C17023 vers. 1.0 hardware, identifiable by the label on the board), will not have this con-