Security Technology KNX-Intrusion Alarm System L240

116 Pages·2010·1.92 MB·English

Security Technology
KNX-Intrusion Alarm System L240
Installation, Commissioning, Operation

Contents

Contents Page

1 Intrusion Alarm System L240 7
1.1 General description 7
1.2 Degree of expansion 7
1.3 System components 8
1.4 System overview 9
2 Installation Instructions 10
2.1 General explanations 10
2.2 Wiring 10
2.3 Required components to an entry (door) 11
3 Intrusion Alarm Panel L240 12
3.1 General 12
3.2 Installation 13
3.3 Connections and technical data 14
3.4 Description of the inputs and outputs 16
4 Commissioning 18
4.1 Basic expansion 18
4.2 Direct connection of the inputs and outputs 18
4.3 External connection of the inputs and outputs 19
4.4 Expansion of the panel with bus nodes 20
5 Keypad L240/PT 22
5.1 General description 22
5.2 Connection 23
6 Operation with Keypad L240/PT 24
6.1 General information 24
6.2 Operation without PIN code (access level 0) 26
6.2.1 Button 1 “Int Set” 26
6.2.2 Button 2 “Cct Off” 26
6.2.3 Button 3 “Disp Cct Off” 27
6.2.4 Button 4 “Input PIN” 27
6.2.5 Button 5 “Disp Cct Fault” 27
6.3 Operation with PIN code (access level 1) 28
6.3.1 Menu 01 “Int Set” 29
6.3.2 Menu 02 “Cct Off” 29
6.3.3 Menu 03 “Disp Cct Off” 29
6.3.4 Menu 04 “Change PIN” 29
6.3.5 Menu 05 “Disp Cct Fault” 30
6.3.6 Menu 06 “Test” 30
6.3.7 Menu 07 “Alarm Counter” 30
6.3.8 Menu 08 “Log” 31
6.3.9 Menu 09 “Ext Set” 33
6.3.10 Menu 10 “Time/Date” 33
6.3.11 Menu 11 “Log Eng On” 34
6.3.12 Menu 12 “Tamp.Reset” 34
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Contents

7 Operation by the Engineer 35
7.1 Functions 35
7.1.1 Menu 1 “Time/Date” 36
7.1.2 Menu 2 “Tamp.Reset” 36
7.1.3 Menu 3 “Test” 36
7.1.4 Menu 04 “Change PIN” 38
7.1.5 Menu 5 “Printer” 39
7.1.6 Menu 6 “Printer” 40
7.1.7 Menu 7 “Remote” 41
7.1.8 Menu 8 “Edit” 43
7.1.9 Menu 9 “Cct Off” 43
8 Configuration and programming 44
8.1 Overview 44
8.1.1 Menu 01 “System Size” 46
8.1.2 Menu 02 “Area Opts” 47
8.1.3 Menu 03 “Circuits” 50
8.1.4 Menu 04 “Relay” 58
8.1.5 Menu 05 “Alarm Times” 59
8.1.6 Menu 06 “Keypads” 60
8.1.7 Menu 07 “Concs” 60
8.1.8 Menu 08 “User Auth” 61
8.1.9 Menu 09 “Text” 61
8.1.10 Menu 10 “L240/B/BS” 62
8.1.11 Menu 11 “XS/S1.1 KNX” 62
8.1.12 Menu 13 “2-Conc Tamper” 63
8.1.13 Menu 15 “Defaults” 63
8.1.14 Menu 16 “XIB-Detectors” 64
9 Management of the chip key/keypad
code 65
9.1 General 65
9.2 Operating menu 66
9.2.1 Menu 06 – Add 66
9.2.2 Menu 05 – Text 67
9.2.3 Menu 01 – Edit 67
9.2.4 Menu 02 – Show (Key/Code) 68
9.2.5 Menu 02 – Show (L240/BS) 68
9.2.6 Menu 04 – Delete 69
9.2.7 Menu 03 – Identify 70
9.2.8 Exiting management 70
10 2-Detector Circuit Module L240/MG 2 71
10.1 General notes 71
10.2 Circuit diagram 71
10.3 Description of the inputs and outputs 72
10.4 Addressing 72
10.5 Commissioning 73
10.6 Address table L240/MG 2 and L840/MG 4 75
10.7 Technical data 75
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Contents

11 4-Detector circuit module L840/MG 4 76
11.1 General 76
11.2 Circuit diagram 76
11.3 Description of the inputs and outputs 76
11.4 DIP switch/jumper settings: 77
11.5 Addressing 77
11.6 Commissioning 77
12 SafeKey Evaluation Module L240/BS 79
12.1 General 79
12.2 Wiring 80
12.2.1 Magnetic reed contact 80
12.2.2 Lock bolt switching contact 80
12.2.3 Bolt lock 81
12.2.4 XIB security bus 81
12.2.5 Cover tamper contact 82
12.2.6 Wall reader 82
12.2.7 Transistor outputs 83
12.3 Description of the inputs and outputs 84
12.4 LEDs 85
12.4.1 Light emitting diode “LED1” (red) 85
12.4.2 Light emitting diode “LED2” (green) 85
12.4.3 Light emitting diode “LED3” (red) 85
12.5 DIP switch blocks 85
12.5.1 Function switch 1 86
12.5.2 Function switch 2 86
12.5.3 Address switch 87
12.6 Commissioning 88
12.7 Operation 91
12.7.1 SET circuit 92
12.7.2 Access and UNSET switching 92
12.7.3 Access 94
12.7.4 Personal attack 94
13 Bus Motion Detector 95
13.1 General notes 95
13.2 Circuit diagram 95
13.3 Description of the LEDs 96
13.4 Commissioning and addressing 96
13.5 Teaching in the first detector 97
13.5.1 Teaching-in further detectors 98
13.6 Parameter settings 99
13.7 Walk test 100
13.8 Delete 100
13.9 Faults 101
13.10 VdS operation 101
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Contents

14 Interface Module L208/V.24 102
14.1 General 102
14.2 Circuit diagram 102
14.3 Login 103
14.4 Serial connection 103
14.5 Setting the interface parameters 103
15 LAN Interface L240/IP 104
15.1 General 104
15.2 Circuit diagram 105
15.3 Commissioning 105
15.4 Setting the IP address of the PC 105
15.5 Setting the network parameters on the L240 106

Appendix

Overview User / Programming Menu L240 A
Programming Example B
System Protocol C
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General Description

1 Intrusion Alarm System L240

1.1 General The Intrusion Alarm Panel L240 is a compact emergency signalling centre,
description which uses the same base device, and depending on the connected bus
nodes complies with the guidelines of the VdS for class A, B or C, as well as
the standards DIN/VDE 0100, 0800 and 0833. The unit is also CE compliant.
The panel is a black-box device without installed keypads and displays;
operation is generally undertaken using seven separate keypads.

1.2 Degree of expansion In its basic configuration, the panel features 10 inputs, which are suitable
both for the connection of sensors (detector groups) as well as for a setting
device.
In order to expand the panel with bus devices, an LCD Keypad L240/PT that
can also be used for programming the panel is absolutely necessary.

As an option, the panel can be expanded by up to 4 setting areas. The
switching devices are then connected to bus modules: Up to 8 Evaluation
Modules L240/BS can be used for the SafeKey components, whereby both
the key management as well as the access memory can be handled via the
panel.

On the detector circuit side, the panel can be expanded via bus modules: Up
to 40 motion detectors, up to 24 Detector Circuit Modules L840/MG4 or
L240/MG2 (can be combined) (1).

The enclosure offers space for the installation of 2 batteries 12 V/7 Ah and
the telephone dialling devices TSQ8, TS9S/L2 (2) or TS9/ISDN-L2 (2).

The panel is delivered with basic programming features that can be used to
immediately commission the device.
Should individual functions be reprogrammed or further components
connected and enabled, this can be undertaken via a keypad that has to be
permanently connected or just connected for the duration of programming.
Alternatively, the programming of the panel can also be undertaken with the
PC and the programming software WIN-PC.

(1)
Regarding the number of Detector Circuit Modules L240/MG2 or L840/MG4 and bus
modules, it is important to observe that the total number of detector circuits does not exceed
80 (incl. the 10 circuits for the panel).

(2)
For Germany only

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General Description

1.3 System components
Short
Product description
designation
Panel
Intrusion Alarm Panel L240
System components:
LCD keypad L240/PT
Evaluation module SafeKey, PCB L240/BS
Detector circuit module, 2 circuits, for 60 mm flush L240/MG2
mounted switch box
Detector circuit module, universal, 4 detector circuits, L840/MG4
PCB
Serial interface module (incl. programming software) L208/V.24
LAN interface L240/IP
Batteries:
Battery, 12 V, 7.2 Ah (max. 2 per panel) SAK7
Installation accessories:
Flush mounting enclosure for modules L240/BS, SAD/GUP
L840/MG4
Wall box for SAD/GUP SAD/ED
Surface mounting enclosure for modules L240/BS, SAD/GAP
L840/MG4

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General Description

1.4 System overview

L240/MG2 2 circuits with termination resistor. Suitable for glass break and magneticcontacts (SPGS/W, MRS/W, SWM4). L240/IR-XB Installation in 60 mm FM socket. Motion Detector Max. 24 devices (addresses 1-24). Module V.24 / LAN L208/V.24 Serial interface L240/IP LAN interface For connection of one PC with software WIN-PC. Max. 1 module optional L208/V.24 or L240/IP can be connected
L240/PT Keypad Operation, programming and display of all functions in a range. In total 7 keypads (addresses 1-7) are permissible. At least one keypad is required per area.. (optional) WEL/A WELT SafeKey wall SafeKey wall reader reader
d
E1000BREL ND/W Panic button 12NL Socket for moke detector XIB BUS L240/BS SafeKey evaluation module, for connection of 1 complete door with SafeKey setting cirtcuit. User and key administration via central keypad. Max. 8 pieces (address 1-8). WRK/W MRS/W Bolt switching Magentic reecontact contact
ORM1003 ptiical smoke detector s 10 circuits ESPE Bolt lock
O
or
L ns
Ge
s
Ss
a
G
2
or MG
MRS/W SPG S/W SWM4 Magnetic reed Glass break Water senscontact sensor SSF/GB External siren SSS Internal siren Intrusion Alarm Panel L240 Power supply for 2 * 7.2 Ah, 10 preprogrammed circuits, 2 bus terminations, 8 transistor outputs, 3 relays (alarm, set, walk test) Alerting and comm signals, 4 areas Note: In total 80 circuits may not be exceeded. Example: intrusion alarm panel 10 ccts, 10*L240/(20 ccts), 5*L240/IR-XB (5 ccts): total 35.
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Installation Instructions

2 Installation Instructions

2.1 General explanations
All electrical work may only be performed when the system is not live.

The installation and commissioning may only be carried out by

electrical specialists.

The installation locations of the panel and keypads must comply with the
guidelines of the VdS or the VDE 0833. They should be:
• within the security area and monitoring area of a detector,
• on the interior wall of the building,
• not visible to third-parties.
As there are no keypads or displays on the panel, they can be installed in
concealed locations (e.g. in the cellar or in a wall cabinet).
The keypad(s) should be easily accessible for the operator.

2.2 Wiring The following cable types must be used for wiring the system:

Low-voltage 230 V AC: NYM 3 x 1.5 mm²
Extra-low voltage: I-Y(St)Y n x 2 x 0.8 mm

Components for connection Required twin-cores
XIB bus device:
Keypads L240/PT
Interface Module L208/V.24 2
Evaluation Module L240/BS
Detector Circuit Modules /MG2,
L840/MG4
BUS Motion Detector
Magnetic contacts, 2
Passive glass break sensors:
Combination Signalling Devices 6
SSF/GB:

The sheath wire of the shield (cable of the detector group,
XIB bus line, ...) must be consistently looped through and attached to the
earthing stud in the panel on the left beside the cable entry.
The shield may not be earthed at any other point on the cable network
(earth loops).
The sequence in which the bus slaves are connected is irrelevant; no spur
lines may be used. Max. length of the bus cable: 800 m.
For connection optimisation, the use of a main distribution board (e.g. MV40
or MV80) is recommended.

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