FDX Spider40s Manual - SyxthSense FDX Spider Alarm System Installation & Configuration manual v 3.1...

FDX Spider

ALARM SYSTEM

INSTALLATION & CONFIGURATION MANUAL

V3.1

SyxthSense Ltd www.syxthsense.com

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FDX Spider Alarm System Installation & Configuration manual v 3.1

CONTENTS

TABLE OF CONTENTS 1. TECHNICAL SPECIFICATION ....................................................................................................... 5

1.1 Guarantee and service information ........................................................................................... 6

1.2 Important pre-installation information ........................................................................................ 6

2. INSTALLATION OF CONNECTION UNIT ....................................................................................... 6

2.1 Mounting.................................................................................................................................... 6

2.2 Power supply ............................................................................................................................. 6

2.3 Connectors ................................................................................................................................ 7

2.3.1 Connectors A1 - B8 ............................................................................................................ 7

2.3.2 Connectors C1 - D8 ............................................................................................................ 7

2.3.3 Connectors E1 - E8 ............................................................................................................ 8

2.3.4 Connectors F1 - F8 ............................................................................................................. 9

2.3.5 Connectors G1 - G8 ........................................................................................................... 9

2.3.6 Connectors H1 - H8 .......................................................................................................... 10

2.3.7 Connectors I1 - I8 ............................................................................................................. 11

2.4 Fuses ...................................................................................................................................... 11

2.5 Power supply ........................................................................................................................... 11

2.6 Backup battery ........................................................................................................................ 11

2.6.1 Changing the battery ........................................................................................................ 13

2.7 Connecting a GSM-modem ..................................................................................................... 13

2.8 Expanding the system ............................................................................................................. 13

3. INSTALLATION OF DISPLAY UNIT .............................................................................................. 14

3.1 Connectors .............................................................................................................................. 14

3.2 Installing on top of the connection unit .................................................................................... 14

3.3 Stand-alone installation ........................................................................................................... 15

4. LOOP CONNECTIONS ................................................................................................................ 16

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4.1 Intrusion alarm loops ............................................................................................................... 16

4.2 Loop connection with 3 resistors ............................................................................................. 16

4.3 Loop connection with 2 resistors ............................................................................................. 21

4.4 ON/OFF –detector connection ................................................................................................ 24

5. EXPANDING THE SYSTEM ......................................................................................................... 25

5.1 Expansion unit DU-10 (Door Unit) ........................................................................................... 25

5.2 Expansion unit SI-8 (Security Input) ........................................................................................ 28

5.3 Communication settings .......................................................................................................... 30

6. PROGRAMMING ......................................................................................................................... 30

6.1 System settings ....................................................................................................................... 30

6.1.1 General ............................................................................................................................. 30

6.1.2 Settings ............................................................................................................................. 30

6.1.3 Shutting down a system with a backup battery ................................................................. 31

6.2 Descriptive texts ...................................................................................................................... 32

6.2.1 General ............................................................................................................................. 32

6.2.2 Descriptive texts for an alarm system ............................................................................... 32

6.3 Points in a security group .......................................................................................................... 34

6.3.1 General ............................................................................................................................. 34

6.3.2 Number of failed login attempts ........................................................................................ 35

6.3.3 Exit delay point (AI)........................................................................................................... 36

6.3.4 System activation through scheduling .............................................................................. 37

6.3.5 Group state point (DI) ....................................................................................................... 40

6.3.6 Siren control point ............................................................................................................. 41

6.3.7 User group authorization schedule ................................................................................... 41

6.4 Security groups ....................................................................................................................... 43

6.4.1 General ............................................................................................................................. 43

6.4.2 Creating a security group .................................................................................................. 43

6.5 Doors ....................................................................................................................................... 46

6.5.1 General ............................................................................................................................. 46

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6.5.2 Creating doors .................................................................................................................. 46

6.6 Users ....................................................................................................................................... 49

6.6.1 General ............................................................................................................................. 49

6.6.1 Creating users .................................................................................................................. 49

6.7 Alarming devices and alarm grouping ................................................................................ 51

6.7.1 General ............................................................................................................................. 51

6.7.2 Alarming devices .............................................................................................................. 51

6.7.3 Alarm grouping ................................................................................................................. 56

6.8 Alarms ..................................................................................................................................... 57

6.8.1 General ............................................................................................................................. 57

6.8.2 Alarm point parameters .................................................................................................... 57

6.8.3 DU-10 –module tamper switch ......................................................................................... 60

6.9 User security levels ................................................................................................................. 60

6.9.1 General ............................................................................................................................. 60

6.9.2 Defining user security levels ............................................................................................. 60

6.10 Graphics ................................................................................................................................ 62

6.10.1 General ........................................................................................................................... 62

6.10.2 Creating graphics ........................................................................................................... 62

6.11 Other functions ...................................................................................................................... 66

6.11.1 General ........................................................................................................................... 66

6.11.2 Access control ................................................................................................................ 66

6.11.2 IEC-logics programming ................................................................................................. 66

6.12 Testing the system ................................................................................................................ 67

6.12.1 General ........................................................................................................................... 67

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1. TECHNICAL SPECIFICATION Type FDX-Spider 40S Manual This manual applies to subsystem software version 9.96

Power supply fixed installation 220-230VAC Current consumption 1.5A Usage temperature +0...+40°C Moisture max. 95%, non-condensed

Safety class 2, as defined in standard SFS-EN5013-1 Environment class 2, as defined in standard SFS-EN5013-1

Display unit weight 2.0kg Connector unit weight 7.3kg

User codes available 1000pcs PIN-code variations 4 or 5 numbers (0000 not allowed), same PIN-code can not be

distributed to multiple users. Possible combinations 104+105-999-1=109000.

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1.1 GUARANTEE AND SERVICE INFORMATION

Manufacturer’s warranty and general terms of service apply to all devices mentioned in this manual. Guarantee and warranty information can be received from SyxthSense upon request

1.2 IMPORTANT PRE-INSTALLATION INFORMATION

Building a burglar alarm system requires the FDX-Spider-40S version of the control unit, that is backed up eith a battery and equipped with tamper switches. When expanding an existing system the FDX-Spider-40 can and must be upgraded to FDX-Spider-40S.

If the alarm system is installed or programmed disregarding the instructions presented in this manual the result might not fulfill the requirements of EN50131-1 and/or EN50131-3 security class 2. All functionalities or connections not related to the alarm system must not affect the proper functioning of the alarm system. All detectors must also be EN50131-1 security class 2 approved.

Note! Only authorized personnel can perform wiring to 230VAC electric networks. Disconnect electricity during installation and maintenance procedures.

2. INSTALLATION OF CONNECTION UNIT

2.1 MOUNTING

The connection unit is mounted to a wall with four screws through the mounting brackets outside the enclosure. The mounting points must be able to withstand the weight of the connector unit (7,3kg).

2.2 POWER SUPPLY

FDX-Spider connection unit is equipped with a fixed power cord. The power cord acts simultaneously as an isolator. The power cord can only be connected to an earthed power outlet. The power outlet must be situated near the connector unit and be easily accessible.

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2.3 CONNECTORS

The connectors are marked with a combination of a letter and a number. Each connector has its own letter code and the connector points are coded with numbers. The connectors are of springback type. The two connector points on top of each other are connected so that two wires can be connected - one to each connector. Wires can be released from the connectors by pressing the gap between the connector points witha screwdriver. The connectors are delivered separately so that wires can be connected to the connectors before attaching them to the connector unit.

Inside the enlosure there are T-shaped fastening points to which cables can be anchored with cable ties. There is a marking next to the inlets for appropriate cable diameters. On connectors A1 to B8 (relay output connectors) cables with a diameter of 0.2mm² - 2.5 mm² can be used. With other connectors cables with a diameter of 0.2mm² - 1.5 mm² can be used.

2.3.1 CONNECTORS A1 - B8

Connectors A1-B8 are relay outputs i.e. ”control points”. The relay type is N.O. and the outputs are not connected to each other. In the FDX-SPIDER system these relay outputs are shown as a DO-module in address 2 and labeled as control points.

The maximum load for the relays is either 6A/230VAC or 5A/30VDC. If 230VAC and low voltage connections are made simultaneously, the different voltages must be separated by leaving at least one empty connector point between them to ensure sufficient insulation.

A1, A2 DO 1 relay 1

A3, A4 DO 2 relay 2

A5, A6 DO 3 relay 3

A7, A8 DO 4 relay 4

B1, B2 DO 5 relay 5

B3, B4 DO 6 relay 6

B5, B6 DO 7 relay 7

B7, B8 DO 8 relay 8 2.3.2 CONNECTORS C1 - D8

Connectors C1-D8 are analog measurement inputs. In the FDX-Spider system these inputs are shown as two AI-modules in addresses 3 and 4. The analog inputs can be programmed as voltage measurement inputs (0-10V), resistive measurement inputs, indication inputs or alarm inputs. Input type is specified in connection with the conversion table. Indication and alarm inputs are always specified as resistive measurement inputs. Each input is measured approximately 3 second intervals

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when all inputs are in use. Therefore it is to be taken into consideration that these inputs are not suitable for fast signal measurement.

Connectors I1-J8 act as reference level for the measurement inputs.

C1 AI-8, 1 measurement 1 common ground (I1-J8)








D1 AI-8, 9 measurement 9 common ground (I1-J8)







D8 AI-8, 16 measurement 16 common ground (I1-J8) 2.3.3 CONNECTORS E1 - E8

Connectors E1-E8 are security inputs that can also be used as indication inputs. In the FX- Spider system these inputs are shown as a SI-module in address 5. Security inputs can be programmed to act either as security alarm inputs (with or without line terminating resistor), indication inputs or pulse counter inputs.

The security inputs are capable of fast signal measurement and thus are suitable also for pulse measurement. When using inputs as pulse counters the points are defined in SPIDER-modules (address 1) points 31-38, while point 31 corresponds to connector E1, point 32 to connector E2 and so on.

Connectors I1-J8 act as reference level for the security inputs.

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E1 SI-8, 1 security / indication input 1 common ground (I1-J8)







E8 SI-8, 8 security / indication input 8 common ground (I1-J8) 2.3.4 CONNECTORS F1 - F8

Connectors F1-F8 are analog outputs. In the FDX-Spider system these inputs are shown as an AO-module in address 6. The analog outputs are configured as AO-points in the system. The analog outputs are voltage message outputs (0-10V). The output impedance for the analog outputs is 1000Ω and the maximum load 10mA.

Connectors I1-J8 act as reference level for the analog outputs.

F1 AO-8, 1 analog output 1 common ground (I1-J8)







F8 AO-8, 8 analog output 8 common ground (I1-J8) 2.3.5 CONNECTORS G1 - G8

Connectors G1 and G2 are meant for connecting an extrenal battery to the system. The connector is protected by a fuse (F1). The positive terminal of the battery is connected to G1 and negative to G2. For more information see 3.6 Backup battery.

Connectors G3 - G6 are voltage outputs (12V nominal) for field devices, such as movement detectors. Note that the output voltage can vary between 10,7 and 14,5 volts. The outputs are also backed up in systems where the backup battery is used.

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The output is protected by a fuse (F2). The maximum load for the outputs is 2A each and the total power consumption must not exceed 50W. For more information see 3.5 Power supply.

Battery capacity must be carefully considered to meet the requirement of the system.

Connectors G7 and G8 are the power output for the display unit. When the power supply is connected the voltage is +24VDC and during battery operation 10,7–14,5 volts. G7 is connected to the ”+” and G8 ”-” connector on the display unit. The output is protected by a fuse (F3).

Note! Do not connect any other devices than the FDX-Spider display unit to this output.

G1 External battery connector +

G2 External battery connector -

G3 +12VDC output

G4 +12VDC output

G5 +12VDC output

G6 +12VDC output

G7 Display unit power supply +

G8 Display unit power supply - 2.3.6 CONNECTORS H1 - H8 Connectors H1 and H2 are for RS485 field bus. H1 is the A-signal (”-”), H2 is the B-signal (”+”). H1 is connected to the display unit’s connector ”A” and H2 to ”B” liittimeen. A 120Ω line terminating resistor is pre-installed between H1 and H2. Do not remove the resistor.

Connectors H3-H8 are voltage outputs (+24VDC) for field devicess. The output is protected by a fuse (F4). Maximum load for each output is 1,50A and the total power consumption must not exceed 50W. For more information see 3.5 Power supply. The 24 volt outputs are not powered during battery operation.

H1 RS-485, A

H2 RS-485, B

H3 +24VDC output

H4 +24VDC output

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H5 +24VDC output

H6 +24VDC output

H7 +24VDC output

H8 +24VDC output 2.3.7 CONNECTORS I1 - I8

Connectors I1-J8 act as reference 0V level for all inputs and outputs.

2.4 FUSES

Fuses can be replaced by original corresponding IEC 60127-2 approved fuses. Use fast type 5x20mm glass pipe fuses.

Disconnect electricity during installation and maintenance procedures (also when changing fuses).

F1 3.15A fast, external battery

F2 2A fast, +12VDC output

F3 2A fast, display unit

F4 2A fast, +24VDC output

2.5 POWER SUPPLY

FDX-Spider unit has an internal power supply that is used for both – powering the device and powering field devices.

Under no circumstrances must the load of the power outputs (both 12 and 24 volts) exceed 50 watts.

2.6 BACKUP BATTERY

FDX-SPIDER-40S includes battery backup. When mains power is unavailable the system automatically starts battery operation. During battery operation the following measures are taken:

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• 24 volt power output is not in use

• All active relay and voltage controls are stopped

• Display unit’s backlight is turned off when it is not actively used.

When the battery voltage drops to 10,8 volts the system shuts itself down.

Internal battery type Valve regulated lead-acid battery, Leader CT10-12. Internal battery capacity 12V, 10Ah. Internal battery size: 151mm x 65mm x 117mm (length x width x height) Internal batteyr connectors flat cable connector 4,8mm.

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The condition of the battery can be viewed from ”Asetukset-Spider asetukset”. The internal battery is calculated to keep the system active for 12 hours, including 100mA field devices’ consumption. If the field devices require more power or if the 12 hours is considered too short then an external battery must be connected to the system (see 2.3.5 – Connectors G1-G8 for more information).

The external battery must have a 5A fuse of its own that is situated in the vicinity of the battery.

2.6.1 CHANGING THE BATTERY

To ensure sufficient operation time during battery operation the internal battery must be replaced at least every five years. Before opening the cover and changing the battery the system must be shut down and power disconnected.

Be aware of possible other connected voltages from for example relay connections.

The lid is with eight screws, two on each side. Remove the screws and open the cover carefully (mind the tamper switch). Disconnect the battery connector. Remove the collar holding the battery and change the battery. Make sure none of the low voltage cables touch the power supply.

Deliver the old battery to a problem-waste collection point.

WARNING! Using a wrong type battery can cause danger of explosion!

2.7 CONNECTING A GSM-MODEM

FDX-Spider can be equipped with a MC35iT GSM-modem for alarm transfer and SMS- control applications. The modem is connected to the modem connector on the connector unit (marked with ”MC35iT”) using a special cable (FDX_SP_MC35_CABLE). For more information contact your distributor.

2.8 EXPANDING THE SYSTEM

The system can be expanded with external I/O-modules and by acquiring a license. After the installation of the license the FDX-Spider can communicate with all SyxthSense I/O-modules.

Expansion modules are connected to the connectors H1 and H2. When connecting, the

120Ω resistor is removed and connected to the last expansion module.

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Expansion modules can also be powered using connectors H3-H8 and I1-J8. In this case it is very important not to exceed the maximum load of the power supply and battery capacity is carefully considered.

3. INSTALLATION OF DISPLAY UNIT

3.1 CONNECTORS

The display unit is powered by the central unit (9-36VDC, connectors G7 and G8). For more information see 2.3.5 Connectors G1-G8.

The extension bus (RS485) is connected to the central unit’s connectors H1 and H2. For more information see 2.3.6 Connectors H1-H8.

Ethernet-connection is connected to LAN.

USB-connector can be used to connect external serial port, a keyboard, a mouse or a

USB-memory to the device.

3.2 INSTALLING ON TOP OF THE CONNECTION UNIT

The display unit can be installed on top of the main unit by attaching a mounting plate on top of the main unit. The mounting plate is fixed using the same screws as for the cover. The display unit is hung from its upper edge to the mounting plate and fixed with screws from the bottom edge.

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3.3 STAND-ALONE INSTALLATION

Stand-alone installation is done by fixing the mounting plate onto a wall with proper screws. The display unit is hung from its upper edge to the mounting plate and fixed with screws from the bottom edge.

The display unit can also be installed on top of a connection box to hide cabling.

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4. LOOP CONNECTIONS

4.1 INTRUSION ALARM LOOPS

In burglar alarm applications it is typical to use loops terminated with a LTR (line terminating resistor). Using a LTR help to distinguish errors from actual alarms.

Alarm loops can be connected to FDX-Spider main unit, SI-8 security module and DU-10 door unit.

4.2 LOOP CONNECTION WITH 3 RESISTORS

Loop connection with 3 resistors used if the tamper switch on a detector is used in the same connector than the alarm indication. Using three resistors the following states can be distinguished:

0 Ω Cable short circuit

3,3 kΩ Normal state

5,1 kΩ Tamper switch

6,6 kΩ Alarm

8,4 kΩ Alarm and tamper switch

>8,4 Ω Cable fault (broken) Note! The tamper switch resistor value must be 1,8 kΩ and the rest 3,3 kΩ, tolerance 1%.

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Example connection – 3 resistor loop

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4.3 LOOP CONNECTION WITH 2 RESISTORS

Loop connection with 2 resistors is used when a detector doesn’t have a tamper switch of its own, if a tamper switch is connected as a separate loop or there’s no need to distinguish tamper switch from cable fault alarm.

Note! The resistor values must be 3,3 kΩ, tolerance 1%.

0 Ω Cable short circuit

3,3 kΩ Normal state

6,6 kΩ Alarm

>6,6 kΩ Cable fault (broken)

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Example connection – loop with tamper switch using two resistors

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Example connection – loop using two resistors

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4.4 ON/OFF –DETECTOR CONNECTION

Detectors are connected as ON/OFF type if a resistor connection is not possible. An example of a typical ON/OFF detector is a door contact sensor. In this case a tamper switch cannot be connected in the same loop. When connected this way only two states can be distinguished: alarm and normal state. Cable fault information cannot be obtained.

Example connection – ON/OFF loop

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5. EXPANDING THE SYSTEM It is possible to acquire a license for expanding the FDX-Spider system. The license enables external modules to be freely added to the system. The license is hardware bound based on the unique product code. The product code can be viewed from ”Settings--> Spider settings”. Without the license the system can handle one DU-10 door unit (in address 7), any additional modules appear in a communication error state.

Loop inputs can be expanded with DU-10 and SI-8 modules. Detailed description of these units can be found later in this manual.

Expansion modules are connected to FDX-Spider with RS-485 bus (connectors H1 and H2). When multiple modules are connected simultaneously the modules must form a uniform bus. Connecting the modules in a star topology can result in communication errors. A

120Ω line terminating resistor must be used when connecting the last module to the bus.

Expansion modules can be powered from the main unit. In this case one must ensure sufficient battery capacity and consider possible voltage drops due to cabling.

5.1 EXPANSION UNIT DU-10 (DOOR UNIT)

The DU-10 module can handle 2 card readers, 2 door controls and 8 alarm loops. The DU-

10 is also equipped with a tamper switch.

The DU-10 fits well to a decentralized installation environment. The typical installation location is near a door so that cabling can be kept minimal.

The DU-10 module must always be installed inside a supervised zone to prevent it to be tampered.

The DU-10 module is mounted with two screws through the bottom of the enclosure. During installation the tamper switch must be adjusted to detect an alarm before the cover is lifted more than 1mm apart from the enclosure.

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Marking Description

A RS485, A

B RS485, B

C, D 0 VDC

E, F +12…+24VDC

30 Door control 1, NC

31 Door control 1, NO

32 Door control 1, COM

33 Door control 1, NC

34 Door control 1, NO

35 Door control 1, COM

40 Reader 1, buzzer

41 Reader 1, red LED

42 Reader 1, green LED

43 Reader 1, RxD

44 Reader 1, TxD 45

Reader 1, voltage supply (throughput of connectors E and F)

46 Reader 1, 0 VDC

50 Reader 2, buzzer

51 Reader 2, red LED

52 Reader 2, green LED

53 Reader 2, RxD

54 Reader 2, TxD

55 Reader 2, voltage supply

56 Reader 2, 0 VDC

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Marking Description

60, 61 Alarm loop 1

62, 63 Alarm loop 2

64, 65 Alarm loop 3

66, 67 Alarm loop 4

68, 69 Alarm loop 5

70, 71 Alarm loop 6

72, 73 Alarm loop 7

74, 75 Alarm loop 8

Example connection – ON/OFF loop

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5.2 EXPANSION UNIT SI-8 (SECURITY INPUT)

SI-8 is an expansion module for connecting up to 8 alarm loops to the FDX-Spider system. The SI-8 is an open, DIN-rail mountable module so it must be installed into a cabin or a separate enclosure with a tamper switch. One cabin or enclosure can contain multiple SI-8 modules.

The tamper switch is connected to the SI-8 as one of the alarm loops. During installation the tamper switch must be adjusted to detect an alarm before the cover is lifted more than 1mm apart from the enclosure.

Marking Description

A RS485, A

B RS485, B

C 0 VDC

D no connection

E +12…+24VDC

1,2 Alarm loop 1

3,4 Alarm loop 2

5,6 Alarm loop 3

7,8 Alarm loop 4

9,10 Alarm loop 5

11,12 Alarm loop 6

13,14 Alarm loop 7

15,16 Alarm loop 8

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SI-8 example installation

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5.3 COMMUNICATION SETTINGS

Baud rate and address for expansion modules are selected with on-board DIP-switch according to the table presented below. The baud rate must be the same for every module and FDX-Spider. Each module must also have a unique address.

Baud rate BR2 BR1

9600 bps Off Off

19200 bps Off On

38400 bps On Off

57600 bps On On

An address is formed by summing up the DIP-switch values. For example the address 27 is formed by summing up 16+8+2+1 (setting these switches to ”on” and leaving the rest ”off”).

Note! Addresses 1-6 are reserved for the FDX-Spider.

Address 32 16 8 4 2 1

7 Off Off Off On On On

8 Off Off On Off Off Off

9 Off Off On Off Off On

… … … … … … …

62 On On On On On On

63 On On On On On On

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6. PROGRAMMING The programming instructions are based on subsystem software 9.96. It is recommended to follow the programming instructions in the same order they are presented in this manual for logical approach.

6.1 SYSTEM SETTINGS 6.1.1 GENERAL

To fulfill the requirements for EN50131-1 and/or EN50131-3 security class 2 some of the functions of the systtem must be limited according to user level. The following describes the required system settings.

6.1.2 SETTINGS

From "Settings -> System setup" menu all menu operations are set as forbidden for user levels 1 and 2 according to the settings in the picture. The most relevant selections are: "Show picture list locally"

”Show picture list remotely" "Hide browser toolbars".

Also if autolog is in use the "Start page" has to be defined.

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System settings for limiting views only to certain user levels

6.1.3 SHUTTING DOWN A SYSTEM WITH A BACKUP BATTERY

A system backed up with a battery must be shut down from the software. Unplug the power cord so that the system engages battery operation. Select "Asetukset->Spider asetukset" and "Sulje Spider (vain akkukäytöllä)". The program asks for verification for the shutdown process.

Note! Shutdown can only be performed with the local user interface (not applicable as a remote operation).

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6.2 DESCRIPTIVE TEXTS 6.2.1 GENERAL

Desrciptive texts are used to describe the numerical values of I/O points as clear text. The descripive texts should be defined before the actual programming to be able to set them as the programming progresses. Texts can be afterwards edited. Descriptive texts are give through "Ohjelmointi->Tilatekstit".

6.2.2 DESCRIPTIVE TEXTS FOR AN ALARM SYSTEM

A burglar alarm system has several sifferent state indications that can be described in clear text. Here is an example of a typical configuration:

Descriptive texts for alarm points

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Descriptive texts for security groups

Descriptive texts for scheduled state change events

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Descriptive texts for scheduled security groups

6.3 POINTS IN A SECURITY GROUP 6.3.1 GENERAL

Before defining security group a number of points related to system operation are created. This is described in “linking points to a security group”.

If a system contains multiple security groups (separately controllable areas) one must take into consideration that the same point cannot be used in output/control type points (“number of failed login attempts”, “group state DI”, “Siren output”), but that each group must have its own points.

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6.3.2 NUMBER OF FAILED LOGIN ATTEMPTS

The “number of failed login attempts” point defines how many times an access control device (e.g. proximity reader, keypad etc.) tolerates a consecutive failed authorization. Security points are created from "Security->Alarms" menu.

Alarm point settings for unauthorized access attempt.

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The point can be set up as shown in the picture below. An alarm group must be created it can be linked to this. Creating the alarm point is described in ”alarm devices and alarm groups”. The alarm group can be linked to the point later.

6.3.3 EXIT DELAY POINT (AI)

The exit delay point is defined as an analog input from the "Programming --> Measurement" menu.. The function defines the exit delay in seconds when the alarm system is activated. Below is a picture of an example set-up.

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6.3.4 SYSTEM ACTIVATION THROUGH SCHEDULING

The system activation through scheduling is used to control the state of a security group based on for example daily times. The schedule can be created from "Programming --> Schedule" menu.

The scheduling reacts only to state changes. If the schedule is meant to change the system state to armed, the schedule must change the state first to "0-No effect". If the schedule is meant to set the system state to armed / disarmed the corresponding states can be used.

Schedule

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6.3.5 GROUP STATE POINT (DI)

The group state point can be used to present the current state of a certain group as a point (digital input). This way it can be linked to graphics. The group state point is set up from "Programming --> Indications" menu.

Group state DI point settings

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6.3.6 SIREN CONTROL POINT

Siren control point is a DO-point (digital output) to which a siren is connected. The control point can be created from "Turvatoiminnot->Ohjaukset" menu.

Siren control point settings 6.3.7 USER GROUP AUTHORIZATION SCHEDULE

The user group authorization schedule defines the identification method for changing system state according to schedules. For example members of a group can be required to identify themselves with a RFID-tag in the morning and a RFID-tag + PIN-code in the evening. The schedule is created by selecting "Ohjelmointi->Aikaohjelmat".

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User group authorization schedule

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6.4 SECURITY GROUPS 6.4.1 GENERAL

Security groups are an essential part of an alarm system. Security groups link detectors to a zone, systems states (armed,disarmed) and who have the rights to change the system states. Each zone must be linked with its own security group.

6.4.2 CREATING A SECURITY GROUP

A security group can be created selecting "Turvatoiminnot->Turvaryhmät".

Parameter Function

Name

Name of the group (free text).

State text

Description of the state of the group

PIN code

"Not in use" PIN-code not in use, arming / disarming possible only with a RFID-tag.

"Card or PIN" System arming / disarming possible with a RFID-tag or user PIN.

"Card or group PIN or user PIN" System arming / disarming possible with a RFID-tag, group PIN or user PIN.

"Card and group PIN" System arming / disarming requires a RFID-tag and group PIN.

"Card and user PIN" System arming / disarming requires a RFID-tag and user PIN.

"Card and group or user PIN" System arming / disarming requires a RFID-tag and either user PIN or group PIN.

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"Timeschedule" PIN-code query is based on a schedule.

Group time schedule Schedule to be used if the function is selected in the previous setting.

Persons max Sets the maximum number of persons in the group. Can be increased later.

Master key group

Not used in security applications.

Elevator group

Not used in security applications.

Persons

Users linked to the security group.

Doors

Doors linked to the security group.

Intruder alarms Selected when alarm system features are linked to the security group.

Alarm limit for failed attempts

Defines the maximum number of failed login attempts before the event is considered as an intrusion attempt and an alarm is activated. The maximum value to this according to EN50131-3:2009 standard is 21.

Step of increasing delay

If the login retry delay is in use, this setting increases the retrydelay after every failed login attempt (in seconds). The EN50131-3:2009 –standard requires either alarm or increased delay after every failed login attempt..

Alarm point for failed attempts

Point label for failed authorization attempts. The EN50131- 3:2009 standard requires either an alarm or increasing identification delay in case of failed user identification.

Service code Index number of maintenance code. The maintenance code is programmed during ”creating users”

AI point for exit delay

Point label for exit delay.

Timeout for PIN code

Defines how long the system waits for a PIN-code after RFID- tag identification (the feature must be selected) The maximum value according to EN50131-3:2009 –standard is 60 seconds.

Alarm time schedule Point label for arm / disarm schedule. Not needed if schedule is not used.

DI Point for state indication

Point label for security group state indication. Can be left empty if the point is not used.

DO point for siren

Point label for siren control.

Siren delay for active state

Siren active time in seconds during alarm when the system is armed. The active time must be 90-900 seconds according to EN50131-1:2006 standard.

Siren delay for other states

Siren active time in seconds during alarm when the system is in any other state than armed. The active time must be 90- 900 seconds according to EN50131-1:2006 standard.

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Security group settings.

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6.5 DOORS 6.5.1 GENERAL

RFID-reader used for arming / disarming the surveillance system are defined in "Turvatoiminnot>Ovet" menu. The reader is connected to the SyxthSense DU-10 module. Installation instructions are described in 5 – Expanding the system.

Reader used to control the security system cannot be used in normal access control. If system arm / disarm state needs to be changed from the graphical user interface a separate door must be created with values Moduli=0, Lukija=0.

Note! One door can be linked with only one secuity group. One security group however can be linked to multiple doors

6.5.2 CREATING DOORS

Doors (arm/disarm devices) are set up in "Turvatoiminnot->Doors". In the following is presented an example of programming and a description of each parameter.

Parameter Function

Name Name of the door (free text).

Independent Not in use.

Module Door unit to which the RFID-reader is connected.

Reader Reader slot number to which a reader is linked in the door unit.

Door indication Not used in security applications, set to 0.

Door relay Not used in security applications, set to 0.

Open button indication Not used in security applications, set to 0.

External open indication Not used in security applications, set to 0.

PIN code timeout (sec)

Not used in security applications, set to 0. The PIN-code delay is sent groupwise when a security group is created.

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Door open time (sec) Not used in security applications, set to 0.

Time schedule Not used in security applications.

Double relay open delay (sec)

Not used in security applications, set to 0.

Point for external open Not used in security applications.

Reader type Reader type.

Close with door indication Left unselected.

Increasing delay Left unselected.

Elevator mode Left unselected.

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Alarm system card reader set-up

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6.6 USERS 6.6.1 GENERAL Users are created in "Security --> Persons" menu. When users are created their links to security groups are also defined.

6.6.1 CREATING USERS

Parameter Function

Name

Name of the person

Key number Key number. Used only if there’s a need to give the keys a numerical code.

User number User number. Used only if there’s a need to give the users a numerical code.

Key code

RFID-tag code. When a previously undefined RFID-tag is read the event is logged to "Avainten käyttö" tab from where it can be copied here.

PIN code User PIN-code. The PIN-code can be either 4 or 5 digits. 0000 means the PIN-code is not defined.

Validity period User validity time. User actions are accepted only during this time.

Time schedule Uesr validity time according to schedule. 0=deactivated, 1=active.

Ryhmät -välilehti

Assign user to security groups.

Key usage tab

Shows the last ten key reader events.

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User settings

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6.7 ALARMING DEVICES AND ALARM GROUPING 6.7.1 GENERAL

Before defining any actual alarm events it is preferable to define alarming devices and alarm groups. The following programming instructions refer to a security application. For more thorough information about programming the alarms see "SyxthSense webVision and Fx2020 programming manual.

6.7.2 ALARMING DEVICES

Alarming devices are set up in "Ohjelmointi->Hälytyslaitteet" menu. The following describes the creation of different types of alarming devices.

6.7.2.1 E-MAIL

The alarm is sent as an email message to a predefined address. An Internet connection is required to use this feature. Email settings (server, port etc.) are set up by selecting "Asetukset->Sähköpostiasetukset".

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Example of e-mail settings

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Write the receivers address and the address of a mail server (check your service provider for necessary information). Select the messages you want to be sent. All sent messages are stored in an email log

6.7.2.2 SMS

Sending SMS’ requires a Siemens MC35iT GSM-modem. The modem can be connected either straight to the FxSpider’s main unit or to the display unit with a USB-RS232 adapter. Note that the EN50131-1:2006 standard requires the modem to be connected to the main unit. Serial port settings are available at Asetukset- >Portit" menu.

Give the receiver’s phone number. Do not use dashes. Select the events you want to be reported via SMS. All sent messages are stored in a SMS log.

Note! Leave the SMS-commands –checkbox unselected.

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6.7.2.3 CONTROL POINT

Alarms can activate control points (relays). This feature can be used for example for controlling a robot phone. Siren control is controlled through security groups so it does not need a separate alarm point.

Select the point and activating events. Valitse ohjattavan ohjauspisteen pistetunnus ja tila jolloin ohjauspiste aktivoidaan.

6.7.2.4 PRINTER

An alarm can be printed with a matrix printer connected to the connection unit. Serial port and events to be printed can be selected on "Asetukset->Portit" menu.

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6.7.2.5 FORWARDING

Not used.

6.7.2.6 Alerta -service

Sonera Alerta is a dedicated service for customers of TeliaSonera in Scandinavia. Check for availability in your country.

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6.7.3 ALARM GROUPING

Alarm grouping links alarm devices to a group. Changing the system state (arm/disarm) controls the linked groups. Different types of alarm can be linked with different receivers. Alarm grouping can also be linked to schedules to have different receivers during day and night times. One alarm group can withhold several alarm devices.

The time schedule can have different states (0-4). Alarm devices situated in different rooms are defined to change their state according to the state selection.

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6.8 ALARMS 6.8.1 GENERAL

Alarms can be created from "Security --> Alarms" menu

6.8.2 ALARM POINT PARAMETERS

Alarm points have several parameters that need to be setu-up.

Parameter Function

Point name

Name of the point label.

Text

Description of the point (freeform text).

Module Numeric label of the module to which the alarm loop is connected.

Point Point number on the module to which the alarm loop is connected.

Level: View

User level required to view the point (1-4).

Level: Manual

User level required to change the state of the point (1-4).

Level: Programming

User level required to change point settings.

Global point Selected only if the configured point is in another subsystem.

Security group Security group linked to the alarm point. the security group defines the state of the alarm point among others.

Exit route Selected if the point belongs to an exit route. Points linked to an exit route can be active when the system is armed.

On/Off point Selected if the alarm loop is connected without line terminating resistors.

Continuous monitoring Selected if the alarm loop is also monitored in Valitaan jos silmukkaa halutaan valvoa myös perusvalvontatilassa.

Hiljainen hälytys Selected if the alarm is wanted to be silent (siren muted). This does not effect other alarming devices.

Measured value

True measured value of the alarm loop (0-1023).

On delay (sec) Sets an entry delay for the alarm point. EN50131-1:2006 standard sets the maximum delay to 45 seconds.

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Prioriteetti

Priority.

Alerta alarmnumber

Check for availability

Avautuva kosketin Select this if loop type is On/Off and a N.C. (normally closed) detector has been connected.

Save to log

Select this to save alarm points events to a log.

Alarm group

States the alarm group to which the alarm opint is linked.

State text

Label used to transform point values to clear text.

Picture Defines which picture is shown when ”view picture” is selected.

Picture - Auto

Select to automatically define the graphics.

Name of overriding point Point label of an overriding point that can be used to prevent an alarm.

Override to off state Defines the state the overriding point has to be in order for the alarm to be prevented.

Help of alarm

Instructions to be displayed during an alarm.

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6.8.3 DU-10 –MODULE TAMPER SWITCH

The DU-10 modules have a built-in tamper switch. The tamper switch isa programmed as an alarm point number 9. For an example of tamper switch programming see picture below. When programming the tamper switch make sure that "On/Off point", "Jatkuva valvonta" and "Open contanct" are selected.

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6.9 USER SECURITY LEVELS 6.9.1 GENERAL The EN50131-1:2006 standard defines four authorization levels. Each level has unique rights:

1. Access allowed regardless of user level

2. Standard user, access to security level 2 must be restricted by user indentification

3. Power user, access to security level 3 must be restricted by user indentification. Access to security level 3 first requires identification to security level 2.

4. Manufacturer, access to security level 4 must be restricted by user indentification

Access to security level 4 first requires identification to security level 3.

The table represents what functions are restricted only to the highest security levels.

Function 1 2 3

4

Change state to armed No Yes Yes

No

Change state to disarmed No Yes Yes

No

View alarm log No Yes Yes

No

Manually control alarm points No Yes Yes

No

Add users No No Yes

No

Change functioning No No Yes

No

Software update No No No

Yes

6.9.2 DEFINING USER SECURITY LEVELS

Linking users to security levels is done from "Ohjelmointi->Käyttäjäryhmät" menu. In addition to defining user levels different user level restrictions can also be freely set just as long as the requirements of EN50131-1:2006 standard are fulfilled.

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6.10 GRAPHICS 6.10.1 GENERAL

Graphics are not a necessity for the functioning of the alarm system but they help to ease the use from the users’ point of view. The graphics are html-pages created with FdxHtmlEdit graphics editor. FdxHtmlEdit and its manual can be downloaded from www.syxthsense.com (requires an account).

6.10.2 CREATING GRAPHICS

The instructions here describe the most essential functions related to an alarm system. For more thorough programming information please refer to the FdxHtmlEdit’s manual.

All menus should be limited to be viewable only to users at level 3. This means that all functions accessible to users at level 2 have to be presented through graphics.

6.10.2.1 SPECIAL POINTS

NAVIGATEBACK If the point is labeled NAVIGATEBACK, the button functions as a key for returning to previous page.

ALARMBUTTON

If the point is labeled ALARMBUTTON, the button functions as an alarm button. Pushing the button shows the alarm list and also acts as an alarm indicator.

For more special buttons see the FdxHtmlEditor manual.

6.10.2.2 SYMBOL AUTHORIZATION AND HIDING

Symbols can be set with individual user level accessibility and viewability. On the ”User level” field set the lowest level able to view and the lowest level able to use symbol separated by a comma. If the symbol is used on a lower level than defined the system prompts for a PIN-code of a user that has sufficient rights.

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6.10.2.3 PICTURE TIMEOUT AND AUTOMATIC LOGOUT

Graphics can have an automatic timeout. In the event of a timeout the system moves to a defined page. Timeout is enabled by defining a new text object and linking it with an appropriate page followed by a delay in seconds (e.g.

”frontpage.htm::30” jumps to the frontpage if the symbol is left untouched for

30 seconds. The delay can also be set as a point in the alarm point database. The point label is given to the point ID field (e.g. ”TIMEOUT_M”)

Instead of moving to a page the system can also automatically logout the user after a predefinde period of time. To do this, write ”logout” in the link field followed by the lowest user level and delay. For example logout 1::45 logs the user out automatically after 45 seconds, if the user logged in is at level 1 or higher.

6.10.2.4 SECURITY GROUP

A security group is added to the graphics using point label "SECURITYGROUP:GROUP_NAME". Using a text object makes it possible to give clear text descriptions to each state of each security group. ”Show point value” selection cannot utilize the security groups state description.

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6.11 OTHER FUNCTIONS 6.11.1 GENERAL

In addition to burglar alarming other control and monitoring features can also be connected to the subsystem. Installing additional features must not interfere with the functionalities of the burglar alarm system.

6.11.2 ACCESS CONTROL

Implementing access control to the system is described in another manual.

6.11.2 IEC-LOGICS PROGRAMMING

IEC-programming allows frely programmable features. Basic burglar alarm system does not require IEC-programming.

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6.12 TESTING THE SYSTEM 6.12.1 GENERAL When programming is done it is recommended to test the functioning of the system. Follow the checklist presented here.

6.12.2 Checklist

1. Check that all physical connections are linked with the correct modules and points.

2. List of all links can be acquired from "Käyttäjätila->Modulit" menu.

3. Check that the right users and doors are linked with the right security groups. This can be done from "Turvatoiminnot->Turvaryhmät" menu. Ovet ja Henkilöt tabs present Users and doors belonging to the selected group are highlighted with grey.

4. Test the maintenance code. The maintenance code doesn’t work when the system is armed. When a security group is in maintenance mode all detectors can be tested (in this mode the alarms are not forwarded anywhere).

5. Check and test the exit and entrance routes.

6. Test alarm forwarding.

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