SECOLink LAN800 Short Programming Manual - Basic Information

SECOLink LAN800 Short Programming Manual - Basic Information

Intruder alarm system

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Intruder alarm system

SAFETY WARNINGS

Short programming manual is recommended for the professional installers who are experienced in the installation
of intruder alarm systems and have already read the SecoLink wiring manual. The wiring manual must be read
before the installation to avoid accidents with high voltage and temperature.
The system must be connected to an AC power supply with Protective Earth ground: Phase or Live line (L) - black or
brown cable, Neutral line (N) - blue cable, Protective Earth line (PE) - green cable with yellow along stroke. Double isolated
cables with minimum cross-sectional area of 0,75 mm for 230V power supply must be used.
Additional automatic two-pole circuit breaker should be installed in AC electric power circuit in order to prevent over-
current and short circuits. The circuit breaker should be placed close to the system's housing and should be easily reached.
Full power-off could be done by turning off 230V AC main with automatic two-pole circuit breaker and by disconnecting the
battery. Before performing any work of installation or maintenance ALWAYS disconnect device from the power supply.
SYSTEM STARTUP - "FIRST START"
The keypad that comes with the SecoLink security system has been pre-installed with the most frequently used system
settings (further template).
USB socket
(MINI B)
USB cable
Fig. 1 USB connection
A registered module slowly flash it's address on the system with the help of a green LED, which is located on the module's
PCB (for EXM800, EXT116, EXT216, GSV2A, GSV2C, GSV2M, LAN800, PWR15, RCM800, RCM800WL, for PROX8,
RID820 - via external LED). If the LED is flashing with a poor contrast it means the CLK or DAT line has a wiring problem.
On the keypad LCD :
First Start
Press [ENT]
Press
key.
ENT

STARTING THE SYSTEM WITH FEW KEYPADS

Sometimes during the first start the words "No control, address 00" may appear on the screens of keypads. It means that
the keypad has the same address in the system as the other keypads or modules. Select the keypad which has a template
prepared by you or select any keypad if all keypads have the same template. Press
keypad must start the registration procedure and provide the system with a template. When the
will ask system to be a control keypad, it will emit a short audible signal when the control is received and it will show "First
start, Press "ENT". If the control keypad contains a modified template (project) with all keypads having a precise serial
number and address, just press
address are not determined in the project, use
each keypad. When all keypads addresses are set, press
registration and the project sending procedure.
For a small system, with a few keypads, it is recommended
to choose keypads addresses in 1 - 4 range, and for the big
system (PAS832) in 1 - 4 and 10 - 15 range. The idea is not to
disturb the default addresses of other modules with the
addresses of the keypads.

DEFAULT ADDRESSES OF THE MODULES

The system manufacturer has provided the modules with default addresses assigned to them. This is done in order to
simplify the process of registration for the most frequently used combinations of system modules (such as PAS808, KM20B,
RCM800, GSV2Ñ or PAS816, KM20B, EXM800, RCM800wl, GSV2C). While registering modules of a different type, you will
not need to enter serial numbers of each module, as the system will automatically assign default addresses for the modules
that are listed below:
For all control panels
For the keypad KM20B, KM24
For the keypad with a temperature sensor KM20BT, KM20GT, KM24A
For extra power supply module PWR15
For the zone/PGM expansion module EXM800
For the remote control module EXT116, EXT216, RCM800, RCM800wl,
For the user identification module RID820 and proximity reader PROX8
For the GSM/GPRS, LAN communicator GSV2A, GSV2C, GSV2M, LAN800
Before installing the system it is possible to connect the keypad with a computer via
USB and read the template with the help of the software MASCAD (which is free of
MASC
Computer
charge). Later it is possible to modify the template according to premise's
characteristics and to write it into the keypad again.
When the wiring works are done and when the system is powered up, words "First
USB
Start" will appear on the keypad. It will mean that the system is ready to automatically
transfer the data from the keypad to the other modules of the system. "First Start"
procedure also checks what modules are present, the modules are given addresses (ie,
they are registered).
Entering Service
Entering Service.
Registration of modules
. If the control keypad contains just a template or the keypad's serial number and
ENT
,
1
2
Registering...
From KM20 to CP
Processing...
is in progress.
sent to the system.
,
,
,
keys to manually enter the addresses in the system for
!
2
3
4
5
ghi
jkl
abc
def
on the control keypad and wait a few minutes for the end of the
ENT
No Control
Address 00
The keypad has no control.
Use
1
keys to enter address
for each keypad.
System with KM20B, KM20BT keypads
Short programming manual - basic information
Leaving Service
Template is being
. This way you will show, which
is pressed the keypad
No Control
Address 03
Address 03 will be
,
,
,
,
assigned to the keypad
2
3
!
4
5
ghi
jkl
abc
def
after "First Start".
- address 00;
- address 01 or 03;
- address 02 or 04;
- address 04 or none;
- address 05;
- address 06;
- address 06;
- address 07.
Leaving Service.
Page 1

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Summarization of Contents

System Startup and Module Registration
USB Connection for Template Setup
Connect keypad to PC via USB for template configuration using MASCAD software.
Module Registration and Addressing
Explains the 'First Start' process, module detection, and automatic address assignment.
Module Status Indicators
Describes LED behavior for indicating module registration status and wiring issues.
Managing Multiple Keypads
Selecting the Control Keypad
Process to choose a primary keypad for system configuration and template upload.
Keypad Address Assignment Strategy
Guidelines for assigning keypad addresses to prevent conflicts with system modules.
Service Mode Access and Navigation
Entering Service Mode
Details two methods to access the system's service mode via F-key or menu navigation.
Default PINs for Access
Specifies the default PIN codes for the first user and service mode.
Module Registration Procedure
Handling Modules with Same Default Address
Explains how to register modules, especially those sharing default addresses.
Entering Serial Number and Address
Step-by-step guide to entering module serial numbers and assigning addresses.
Template Configuration
Pre-programmed Apartment Template
Describes the default '2 rooms apartment' template with pre-set partitions and zones.
Template Partition Settings
Details partition settings like name, exit delay, entry delay, and common corridor function.
Zone Programming
Zone Definitions and Attributes
Explains zone definitions (Entry/Exit, Interior, Perimeter) and attributes like Limit reports.
Zone Speed and Type
Covers setting zone speed and selecting loop types (NC, NO, NC/EOL) for detectors.
PGM Output Configuration
PGM Definition and Triggering
Defines PGM output functions (Fire Alarm, Burglary Alarm) and their trigger sources.
PGM Attributes and Pulse Length
Details PGM attributes like Arming Failure Notification and setting pulse length.
Reporting Settings
PSTN Reporting Configuration
Settings for reporting via PSTN, including reporting status and dial attempt parameters.
Radio/GSM/GPRS Reporting
Configuration options for enabling or disabling reporting via Radio, GSM, or GPRS.
System Global Time Settings
Keypad and Alarm Time Settings
Configures alarm times on keypad, exit delay, auto-arm delay, and pre-alarm time.
Smoke Detector and Fire Verification
Sets smoke detector settle time and fire zone verification time for alarm confirmation.
User Interface Configuration
Keypad Interface Options
Customizes keypad display, interface types, date format, and F-key assignments.
Keypad Backlight and Sound
Adjusts LCD backlight, contrast, and keypad buzzer sound levels.
System Programming - Partitions
Partition Naming and Usage
Recommends naming partitions for clarity and explains how to enable/use them.
Partition Exit Delay and Timers
Configures exit delay times for partitions and assigns timers for auto-arm scheduling.
System Programming - Modules
Module Naming and Tamper Settings
Guides on naming modules for troubleshooting and enabling tamper protection.
Extended Module Settings
Covers specific settings for modules like KM20B, KM20BT, and PROX8.
Zone Programming Details
Zone Definitions for System Behavior
Explains zone definitions like Entry/Exit, Interior, Perimeter, and their impact on system arming.
Zone Attributes and Functionality
Details attributes like Limit alarms, Fire Verification, and In Exit/Entry Route.
PGM Output Programming
PGM Definition Types
Lists various PGM definitions like Burglary Alarm, Fire Alarm, Tamper Alarm, and Chime.
PGM Triggering Sources
Explains how PGM outputs are triggered by zones, partitions, timers, or modules.
Reporting Settings Configuration
PSTN Reporting Parameters
Configures PSTN reporting, including account numbers, dial sessions, and pause times.
Time Settings for Periodic Testing
Sets the schedule for periodic test reports to the monitoring station.
Global Time Settings
Alarm and Delay Timing
Configures various timing parameters like alarm duration, exit delay, and auto-arm delay.
Fire Alarm Verification Timing
Sets parameters for fire zone verification to confirm actual alarms.
User Interface and Keypad Customization
LCD Backlight and Contrast Adjustment
Allows adjustment of LCD illumination level and display contrast for user preference.
Keypad Sound and Interface Type
Configures keypad buzzer sound level and selects user interface type (Simple, Advanced).
System Programming Utilities
Project Loading and Transfer
Details procedures for loading and transferring system projects to/from PC and keypads.
Restoring System Projects
Explains how to restore main settings or the full project to default configurations.

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