maxibus iii hub - stasanet en v1.0 04.10 maxibus iii...maxibus iii hub solaris installation manual -...

NT284 / V1.0 / 04.10

MAXIBUS III HUB

SOLARIS Radio Coordinator

MAXIBUS III HUB SOLARIS Installation Manual - Pages 1-28

1, rue du Dauphiné – 69120 – VAULX-EN-VELIN – FRANCE Tel. : +33(0)4.78.03.06.10 - Fax : +33(0)4.78.68.24.61 Website : www.sorhea.com Email : [email protected]

EN

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SORHEA MAXIBUS III HUB

SOMMAIRE

1 INTRODUCTION ....................................................................................................2 1.1 Main features ......................................................................................................................... 2 1.2 Options .................................................................................................................................. 2

2 DESCRIPTION .......................................................................................................3 2.1 Mother board.......................................................................................................................... 3 2.2 8 relay extension card............................................................................................................ 3 2.3 Radio coordinator................................................................................................................... 4

3 CONNECTIONS .....................................................................................................5 3.1 MAXIRIS III Hub connections................................................................................................. 5 3.2 8 relay extension card connections........................................................................................ 5 3.3 Radio coordinator connections............................................................................................... 6

4 IMPLEMENTATION ...............................................................................................6 4.1 Preliminary steps ................................................................................................................... 6 4.2 Connection to the Hub ........................................................................................................... 7 4.3 Modification of passwords.................................................................................................... 11 4.4 Change of MAXIBUS III Hub IP address.............................................................................. 12 4.5 Network configuration .......................................................................................................... 13 4.6 Viewing the nodes................................................................................................................ 15 4.7 Assignment of relay outputs................................................................................................. 16 4.8 Viewing the relay assignment .............................................................................................. 18 4.9 Saving and restoring the Hub settings ................................................................................. 22

5 MAINTENANCE ...................................................................................................25 5.1 Radio loss ............................................................................................................................ 25 5.2 Hub maintenance................................................................................................................. 26

6 TECHNICAL FEATURES.....................................................................................27

7 REFERENCES OF THE PRODUCT.....................................................................28

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1 INTRODUCTION

The Hub allows to centralize the alarm information of the SORHEA detectors (network nodes). It consists of a mother board managing up to 3 bus outputs, 8 alarm contacts. Additional alarm contacts are available with the 8-relay extension cards. 1.1 Main features

• Centralisation of alarm information of all detectors connected to the network.

• Automatic network configuration : - Detection of the detectors connected to the network - Detection of the number of available contacts

• Diagnosis of each detector. 1.2 Options

• 8-relay extension card (maximum of 16 extension cards)

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2 DESCRIPTION

2.1 Mother board

(*Automate Programmable Industriel) Status of the different indicator lights :

Status of LED L1 On Powered

Off Not Powered

Status of LED L2 On Hub Configured

Off Hub not Configured

Status of LEDs L3 and L4 L3 off L4 off Configuration OK

L3 off L4 blinking Hub in set-up Phase

2.2 8-relay extension card

L1 L2 L3 L4

Relay outputs

RS485 RS485

1200m max.

RJ45 port(PC connection)

3 Bus network

A.P.I.*

Connection extension card

Power supply

Configurationswitches

Power supplyRelay outputs

Connectionmother board

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The Hub can control up to 16 8-relay extension cards. Each extension card is identified by a fixed number determined by configuration switches as follows :

Position of switches Address Position of switches Address

1 (OFF OFF OFF OFF)

9 (ON OFF OFF OFF)

2 (OFF OFF OFF ON)

10 (ON OFF OFF ON)

3 (OFF OFF ON OFF)

11 (ON OFF ON OFF)

4 (OFF OFF ON ON)

12 (ON OFF ON ON)

5 (OFF ON OFF OFF)

13 (ON ON OFF OFF)

6 (OFF ON OFF ON)

14 (ON ON OFF ON)

7 (OFF ON ON OFF)

15 (ON ON ON OFF)

8 (OFF ON ON ON)

16 (ON ON ON ON)

2.3 Radio coordinator

Radio card

Antenna

Cable inputs

Power supply

Network (RS 485)

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3 CONNECTIONS 3.1 MAXIRIS III Hub Connections

The relay contacts are normally closed when there is no alarm and the Hub is switched on. They are open when in alarm status or when the Hub is switched off. (positive security) 3.2 8-relay extension card connections

E1+ Not used RL3 Common relay 3

E1- Not used RL3 NO relay 3

E2+ Not used RL4 Common relay 4

E2- Not used RL4 NO relay 4

A1 Terminal A bus output 1 RL5 Common relay 5

B1 Terminal B bus output 1 RL5 NO relay 5





A4 Terminal A for RS485 bus to A.P.I. RL8 Common relay 8

B4 Terminal B for RS485 bus to A.P.I. RL8 NO relay 8

RL1 Common relay 1 + Input power +12V DC

RL1 NO relay 1 - Input power 0V

RL2 Common relay 2

RL2 NO relay 2

+ Input power +12V DC RL4 Common relay 4

- Input power 0V RL5 NO relay 5

RL1 NO relay 1 RL5 Common relay 5

RL1 Common relay 1 RL6 NO relay 6






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3.3 Radio coordinator connections

4 IMPLEMENTATION 4.1 Preliminary steps

• Installation of the SOLARIS barriers. (see Manual NT261)

• Installation of the radio coordinator. (see Manual NT271)

Implementation precautions :

− Pay attention to the direction of the Radio Coordinator installation. (Antenna upwards)

− Install the Radio Coordinator outside, as high as possible, in an open space : ideally on the roof of the protected buildings.

− Install the Radio Coordinator inside the protected perimeter

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4.2 Connection to the Hub

• Configuring the user’s computer By default, the connection parameters of the Hub are as follows :

IP address 192.168.105.202

Subnet mask 255.255.255.0

The following procedure allows for the configuration and connection of the user’s PC to the MAXIBUS III Hub : Step 1 : In « Control Panel » (Start menu on the bottom left of the PC) double-click on « Network connections » :

Step 2 : Double-click on « Local Area Connection » and select « Properties» :

Connection to local network

Properties

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Step 3 :

1. Select « General » 2. Highlight the line « Internet Protocol (TCP/IP) » by clicking 3. Click on « Properties »

Step 4 :

1. Choose the option « Use the following IP address » 2. Enter the following parameters in the different fields :

Parameters Value Notes IP address 192.168.105.XX The preceding number must be

comprised between 1 and 254 (different from 202)

Subnet mask 255.255.255.0 Mandatory value

Validate with « OK »

• Connect the PC to the MAXIBUS III Hub with an RJ45 cable

1. General

2. Internet Protocol (TCP/IP)

3. Properties

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• Open the browser’s url (minimum configuration Internet Explorer 7*)

• Configuration of the browser’s url :

− Choose « Tool » in « Internet Options »

− Choose « General »

− In the paragraph « Temporary Internet files », click on « Settings »

− Check that the parameter « Every visit to the page » is validated. *Internet explorer is a registered trademark of Microsoft Corporation

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• Enter the IP address of the Hub in the browser’s url (by default : 192.168.105.202)

• Enter login and password (managing 2 connection levels) :

Once the password is validated, all tabs on the web are available and let you switch between the different Hub features. First page :

Comments : Read-only access Login user Password 0000 Comments : Read-and-write access Login admin Password 4 spaces

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4.3 Modification of passwords To modify the passwords « admin » and/or « user », do as follows : 1. Connect to the MAXIBUS III Hub in « admin ». 2. On the first page, there are the password settings. 3. Select the login whose password should be modified. (« admin » or « user ») 4. Write the former password

Write the new password and click on « Send ».

Password settings

Write the former password

Write the new password (up to 8 characters)

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4.4 Change of MAXIBUS III Hub IP Address 1. Connect to the MAXIBUS III Hub in « admin ». 2. On the first page, there are the IP address settings. 3. Modify the IP address then Click on « Send ». 4. Connect to the new IP address

Network settings

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4.5 Network setup

1. Click on the Setup tab.

2. When the dialog box displays, click on « Ok » to confirm the site configuration.

3. The research phase for the coordinator lasts around 1 min, then the configuration phase of

the site starts which lasts at least 10 min.

Note : The number of radios found increment during the installation progression.

Starting site configuration

Setup tab

Number of radios found

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4. Trigger an alarm with a terminal card on site.

For example, you could align the infrared beams and operate tamper contact on radio transmitters.

5. Click on Setup tab then on Search controller card. 6. Once all elements have been detected, the MAXIBUS III Hub stores in its memory the

configurations of each of them then displays the elements found.

Search controller card SOLARIS

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4.6 Viewing the nodes

Click on « Consultation »

The connected nodes are located by :

• Their type (SOLARIS, COORDINATOR or TRANSMITTER)

• Their network address

• Their zone name

• Their status with regard to the memorized configuration in the Hub (3 different) :

− « Ok » : the parameters of the node are identical to those saved in the Hub.

− « Configuration error » : the parameters of the node are different from those saved in the Hub. (ex : replacement of a column on site)

− « Not connected » : the corresponding node does not answer anymore. (link with the Radio Coordinator is disconnected, column not powered, radio loss...)

To modify a zone name of one of the nodes « SOLARIS » or « TRANSMITTER », double-click on the line to be modified. Enter the new zone name then click on « Send » Note : a double-click on the node « COORDINATOR » opens access to the site maintenance.

(see §6.2 Maintenance Radio Coordinator)

Colour for highlighting the lines indicating the nodes status.

Consultation tab

Zone name to be modified

Enter the new zone name

Click on « Send »

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4.7 Assignment of relay outputs List of available alarms on the nodes « SOLARIS » and « TRANSMITTER » :

Type of alarm SOLARIS TX SOLARIS RX TRANSMITTER Intrusion alarm X Disqualification alarm X X Tamper alarm (AP) X X X Anti-climbing cap alarm (CAA) X X Battery tension alarm (Vbatt) X X X Radio loss alarm X X X Remote intrusion alarm X Remote tamper alarm X X Remote anti-climbing cap alarm X X Remote battery tension alarm X X

Note : Remote alarms are information coming from a face to face column forming the detection zone.

Information only available in case of radio loss on this column.

• Click on « Relays » from the pages of the configuration Hub.

SOLARIS RX SOLARIS TX

Infrared communication

Intrusion AP

CAA Vbatt

Remote AP Remote CAA Remote Vbatt

Disqualification Radio loss

AP CAA Vbatt

Remote Intrusion Remote AP

Remote CAA Remote Vbatt

Disqualification Radio loss

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Relays tab

Alarm assignment to relay outputs

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• Select the node whose alarms are to be assigned and click on « Add » The added node appears in the frame below.

• Select the alarms to be assigned to relays and click on « Add » The list of added alarms appears in the frame below.

Nodes awaiting to be assigned to a

relay

Click on « Add »

Selected node for relays assignment

List of available alarms


List of added alarms

Click on « Add »

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• Select the Hub or the extension card on which the alarms will be assigned then click on « Add ». Select the relay on which the alarm will be assigned then click on « Ok ».

4.8 Viewing the relay assignment

Using the « View » pane of the « Relays » tab It is possible to view :

• Alarms assigned to a particular relay

• Relays assigned to a particular alarm

• Status of each relay in real time

List of the Hub and available extension

cards

List of the Hub and added extension cards

Click on « Add »

Selection of the relay on which the alarm will be

assigned

Click on « ok »

Viewing alarm assignment to relay outputs

Relays tab

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4.8.1 Viewing the alarms assigned to a particular relay

• In the frame « Column Visibility », select « Alarmes » then « Choice » The list of connected nodes displays on the frame below.

• Select the node on which the alarms are displayed then click on « Add ». The alarms list displays in the frame below.

• Select the alarm to be displayed on relays then click on « Add ». The list of the Hub and extension cards installed display on the frame below.

Choose « Alarmes »

Choose « Choice »

Select the node to be displayed then click on « Add »


Click on « Add »

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• View of the relay number (1 to 8) assigned to the alarm chosen on extension cards and Hub. Example : The intrusion alarm of the column SOLARIS RX is associated to relay 1 of the mother board.

4.8.2 Viewing of alarms assigned to a relay

• In the frame « Column visibility », select « Relais » then « Choice ». The list of extension card and Hub displays on the frame below.

• Select the extension card or the Hub on which the alarms are displayed then click on

« Add ». the relays list displays on the frame below.

Alarm assignement on extension card

Select « Relais »

Select « Choice »

Select the node to be displayed then click on « Add »

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• Select the relay to be displayed then click on « Add ». The alarms list associated to the relay displays on the frame below.

• Viewing of alarms associated to a relay.

Example : The intrusion alarm of the column SOLARIS RX address 1, the loss radio alarm of the column SOLARIS TX address 4 and the loss radio alarm of the column SOLARIS RX address 3 are associated to relay 1 of the mother board.

4.8.3 Relays status

• In the frame « Column Visibility », click on « Send » to display the page relay status.

List of available relays

Click on « Add »

List of alarms associated to selected relay.

Click on « Send »

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Periodic refresh (1 second) of the following elements :

1. Status of each relay : a. In red: relay in alarm (contact open) b. In grey : relay off alarm (contact closed)

2. Status of each relay extension card :

a. Frame of the card displayed : relay extension card present b. Frame of the card not displayed : relay extension card not present (below, the relay

extension card n°8 is not present) 4.9 Saving and restoring the Hub settings The Hub keeps the following elements in its memory :

1. Its own settings 2. Relay assignment 3. Site configuration (number of nodes, address of network nodes...) 4. Configuration of each network element

It is possible to save these settings in the Hub and restore them.

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4.9.1 Saving the Hub settings

• Select « Setup » from the configuration pages of the Hub.

• « Right click » on the link « Save Configuration ».

• Choose « Save Target As… »

• Save the file with the extension « .bin » at the end of the file’s name.

Do not modify the saved file.

4.9.2 Loading the Hub settings

• Click on the « Configuration » tab in the Hub pages.

• Click on « Browse ».

Name of the file to save with the extension « .bin ».

Configuration tab

Click on « Browse »

« Right click » on the link « Save Configuration »

Choose « Save Target As… »

Setup tab

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• Click on the saved file with the extension « .bin ».

• Click on « Send » and wait while the page reloads.

Click on « Configurer » to save the file in the Hub memory.

• Then the Hub compares the data of the configuration file with the data stored in its memory and displays the comparison result. Click on « Ok ».

Saved file with the extension « .bin ».

Click on « Send » and wait while the page reloads

Click on « Configurer »

Display of the comparison result

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• Click on « Ok » to set up the Hub with the data of the configuration file. (Click on « Cancel » to cancel the configuration procedure)

5 MAINTENANCE 5.1 Radio loss

In the tab « Consultation », the nodes highlighted in red are those which have lost the radio. View on the site map where the columns are and check their power supply.

Consultation tab

Nodes highlighted in red having lost the radio

Click on « Ok » to configure the Hub

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5.2 Hub maintenance

• Click on « Consultation »

• Double-click on the line « COORDINATOR »

• The tab « Maintenance » will display. It allows to cancel a radio card or a terminal card and to modify the address of a terminal card.

Consultation tab

Double-click on the line « COORDINATOR »

Radio card elimination

Terminal card elimination

Address change Terminal card

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6 TECHNICAL FEATURES

MOTHER BOARD

• Power supply 12 V DC (10,5 to 14V)

• Maximum consumption off alarm status 230 mA

• 8 alarm outputs by NC contact off alarm 30Vdc 50mA

• 3 bus outputs

• Communication speed

RS485 2 wires 9600 baud

• Link for alarms repatriation


• Communication protocol

RS485 2 wires 9600bds 1start/ 8bits /1stop MODBUS




Ethernet RJ45 100 Mbits/s MODBUS TCP

• Link for maintenance and configuration



Ethernet RJ45 100 Mbits/s HTTP server

8 RELAY EXTENSION CARD


• Consumption 85 mA

• 8 alarm outputs by NC contact off alarm 30V DC 50mA

GENERAL FEATURES OF MAXIBUS III HUB

• Operating temperature 0°C to + 55°C

• Electromagnetic compatibility Conforms to European standards (label CE)

• Maximum number of relays (maxi 16 8-relay extension cards)

136

• Maximum number of terminal card on the network 64

RADIO COORDINATOR


• Consumption 40 mA




RS485 2 wires 9600bds 1start/ 8bits /1stop MODBUS

• Operating temperature -20°C à + 55°C

• Electromagnetic compatibility Conforms to European standards (label CE)

The model below gives the drilling dimensions for the Hub with 1 to 8 extension cards and for the Hub with 1 to 16 extension cards :

X

Y

X Y Hub with 1 to 8 8-relay

extension cards 188 mm 268 mm

Hub with 1 to 16 8-relay extension cards

63 mm 113 mm

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Dimensions :

7 REFERENCES OF THE PRODUCT

• MAXIBUS III Hub with 1 to 8 extension cards ref : 30580005

• MAXIBUS III Hub with 1 to 16 extension cards ref : 30580006

• 8-relay extension card ref : 35588419

• Radio coordinator ref : 30620700

• Radio transmitter ref : 30620800

In compliance with European environmental directives, this product must not be thrown away but recycled through an appropriate subsidiary.

Radio Coordinator

130 180 200

180

L W D Hub with 1 to 8 8-relay extension cards

290 mm 240 mm 110 mm

Hub with 1 to 16 8-relay extension cards

500 mm 400 mm 150 mm

MAXIBIS III Hub

2 9 0

2 4 0 1 1 0

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