strelec...wireless keypad pu-r 4 introduction the wireless keypad pu-r is designed to configure and...

STRELEC

________________________________________________________________________

PU-R WIRELESS KEYPAD

User Manual

2 0 0 6

Wireless Keypad PU-R 2

Content

INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

1 SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

1.1 FUNCTIONAL CAPABILITIES ................................................................................................................... 5 1.2 GENERAL SPECIFICATION ...................................................................................................................... 5 1.3 SIGNAL INTERFACES.............................................................................................................................. 5 1.4 POWER SUPPLY ..................................................................................................................................... 6

2 PU-R DESIGN AND CONTROL BUTTONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

2.1 OUTWARD APPEARANCE........................................................................................................................ 7 2.2 KEYPAD ............................................................................................................................................... 8 2.3 LCD SCREEN ........................................................................................................................................ 9

3 PRE-STARTING PROCEDURES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

3.1 DELIVERY SET .................................................................................................................................... 10 3.2 INSERTION OF THE BATTERY ................................................................................................................ 10 3.3 CONNECTION THROUGH THE INTERFACE RS-232 .................................................................................. 11

4 SCREEN MENU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

4.1 MAIN WINDOW AND MENU NAVIGATION .............................................................................................. 12 4.2 MENU STRUCTURE .............................................................................................................................. 15 4.3 MENU "SETTINGS" .............................................................................................................................. 16 4.4 MENU "CONFIGURING" ....................................................................................................................... 18 4.5 MENU "SYSTEM STATE" ...................................................................................................................... 21 4.6 MENU "EVENTS PROTOCOL" ................................................................................................................ 23 4.7 MENU "RF LINK QUALITY" ................................................................................................................. 24 4.8 MENU "CONTROL" .............................................................................................................................. 25

5 CONFIGURATION OF WIRELESS SYSTEM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

5.1 GENERAL INFORMATION...................................................................................................................... 28 5.2 INITIAL CONFIGURATION PERFORMED BY THE KEYPAD.......................................................................... 29 5.3 REGISTRATION OF PU-R IN THE WIRELESS EXPANDER........................................................................... 34 5.4 ALTER STRELEC’S PROPERTIES ............................................................................................................ 35 5.5 IMPORT STRELEC’S PROPERTIES ........................................................................................................... 40 5.6 SYNCHRONIZATION OF CONFIGURATION WITH A PC.............................................................................. 42 5.7 MONITORING COMMUNICATION QUALITY BETWEEN DEVICES ................................................................ 43 5.8 SCANNING OF FREQUENCY CHANNELS .................................................................................................. 45

6 ASSEMBLING THE KEYPAD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

6.1 CHOOSING A LOCATION ....................................................................................................................... 46 6.2 INSTALLATION .................................................................................................................................... 46

7 STRELEC’S CONTROL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52

7.1 GENERAL INFORMATION...................................................................................................................... 52 7.2 CONTROL OF STRELEC’S INTEGRAL STATUS ......................................................................................... 53 7.3 CONTROL OF STRELEC’S STATUS ......................................................................................................... 54 7.4 REVIEWING THE EVENT PROTOCOL ...................................................................................................... 58 7.5 ARMING ............................................................................................................................................. 60 7.6 DISARMING ........................................................................................................................................ 61 7.7 RESETTING OF FIRE ALARMS AND FAULTS ............................................................................................ 61 7.8 FORCED DISARMING ............................................................................................................................ 62 7.9 URGENT SUMMON - PANIC ................................................................................................................. 63 7.10 BYPASS OF TAMPERED DETECTORS ...................................................................................................... 63 7.11 CONTROL OF EXECUTIVE DEVICES GROUPS ........................................................................................... 64 7.12 HOW A USER CAN CHANGE THEIR ACCESS CODES .................................................................................. 65

8 PROPERTIES OF STRELEC’S DEVICES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66

8.1 COMMON PROPERTIES OF STRELEC ...................................................................................................... 66


8.2 PROPERTIES OF THE WIRELESS EXPANDER WEX ................................................................................... 67 8.3 PROPERTIES OF THE WIRELESS EXPANDER WEXF ................................................................................. 70 8.4 PROPERTIES OF THE WIRELESS EXPANDER WEXF240............................................................................ 71 8.5 DETECTORS PROPERTIES...................................................................................................................... 71 8.6 PROPERTIES OF CONTROL DEVICES ....................................................................................................... 73 8.7 PROPERTIES OF OUTPUT MODULES GROUPS .......................................................................................... 75 8.8 PROPERTIES OF SYSTEM DEVICES ......................................................................................................... 76

ADDITIONAL INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77


Introduction

The Wireless Keypad PU-R is designed to configure and supervise the devices in-

tegrated into the Wireless Intelligent Fire and Security System “Strelec”.

The Wireless System “Strelec” is designed to protect the sites where the use of

wired systems is prohibited, unacceptable or economically unfeasible.

PU-R contains in its memory the full configuration of the Strelec, including its to-

pology and the composition of the wireless network, as well as settings of both

Control Panels and slave devices of the Strelec.

PU-R can be used for initial configuration and programming of the Strelec, as well

as for altering the configuration of the Strelec, pre-programmed via a PC and the

software of the Strelec.

This manual is recommended to use together with the user’s manual for the

Strelec.

The user working with PU-R and this user’s manual should be familiar with the

basic principles of building and functioning of the system “Strelec”.

Wireless Keypad PU-R 1 Specifications 5

1 SPECIFICATIONS

1.1 Functional capabilities

Programming of the Strelec;

Status monitoring of local and global partitions and child devices;

Supervision of partitions, child devices and executive devices;

Review of events protocol;

Synchronization of the configuration with a PC;

Analysis of communication quality between devices (supplied by a graphic

interface)

Scanning of operating frequency channels in order to evaluate the jamming

environment at the site

1.2 General specification

Up to 8 PU-R can be integrated into the system “Strelec”;

PU-R and a PC can operate simultaneously;

Up to 30 users’ codes and an engineer’s code, 4-digit codes;

Test descriptors of the partitions;

Backlit keyboard;

Bicolor illumination of the screen – green in the standby mode, red – in the

event of a fault;

Protection from tampering of the case and wall detachment;

Range of operating temperatures are -10..+55 °С

1.3 Signal interfaces

Two signal interfaces – wireless1 and RS232;

Connection to the wireless expander via RS-232 by the programming cable

or fixed connection cables;

1 PU-R can be connected through the wireless interface only to the two-antenna expanders which firmware version

is higher that 2. PU-R can be connected to the one-antenna expanders and the expanders with the first version of

the firmware only through the interface RS-232. The firmware version can be updated at the manufacturer’s facto-

ry.

Wireless Keypad PU-R 1 Specifications 6

Maximum communication distance of the wireless interface in the open air

is 800 m, the operating distance1 is 200 m;

Communication distance through the interface RS-232 is up to 30 m;

When operating through the wireless interface2, PU-R can delay automatic

indication of events for not more than 15 sec., while operating through the

interface RS-232 – for not more than 1 sec.;

Capability of connection to a PC through the RS-232 for loading and syn-

chronizing the Strelec configuration.

1.4 Power supply

Power supply from the lithium battery 9 V / 1.2 Аh or the storage battery

NiMH 8.4 V / 170 mАh;

Battery3 life is about 1 year, storage battery life – about 1 month;

Capability of power supply from the network adapter =12-27 V, ~9-24 V or

external source 10.8-27 V;

Current consumption from a network adapter or external source is not higher

than 40 mА;

Storage battery charger NiMH 8.4 V;

Charging of the discharged storage battery lasts about 10 hours;

1 Operating distance of communication is a communication distance with the energy margin 10 dB; 2 When power supplied from an external source – not more than 10 sec. (see the paragraph 7.1 for more detailed

information); 3 When the wireless exchange interface is used;

ATTENTION!

To power supply PU-R, use only the lithium batteries 9V, 1.2 Ah such

as Energizer NO L522, Ultralife U9VL-J, EEMB ER9V!

When using alkaline batteries, PU-R service life will significantly drop

(roughly 2-4 times).

Wireless Keypad PU-R 2 PU-R PU-R Design and control BUT-

TONS 7

1 Adapter for the network adapter

~220 V / =12-27 V or

~220 V / ~9-24 V (100 mА)

2 Alarm indicator

(a red indicator,

glowing at any

alarm)

2 Adapter for the pro-

gramming cable supplied in

the deliver set

3 Adapter of the fixed connection

to the wireless expander of Strelec

4 Lithium battery 9 V, 1.2 Аh or the

accumulator NiMH 8.4 V, 170 mАh

2 PU-R DESIGN AND CONTROL BUTTONS

2.1 Outward appearance

The front panel of PU-R has:

Use a screwdriver to remove the cover of

the battery department.

The following are located inside the bat-

tery department:

1 Bi-color back-

light LCD screen

(page 9)

3 Control keypad

(page 8)

4 Cover

of the battery

department


TONS 8

2.2 Keypad

The upper part of the keypad are fitted with the buttons of menu navigation and

two screen buttons ‹▬›, which purpose is depended on the screen content. Menu

navigation is performed in the similar way to that used in cell phones.

The buttons ‹ › (to arm) and ‹ › (to disarm) are designed to arm and disarm ac-

cordingly. Use the button ‹ › to reset fire alarms and faults.

Push simultaneously two buttons ‹ › and ‹ › to generate the event “PANIC”

in the Control Panel. Meanwhile, the panic message is transmitted to the Monitor-

ing Station.

Push the button ‹ › from the main window to fast switch into the menu where a

user can review the events protocol.

Push the button ‹ › from the main window to fast switch into the menu super-

vising the Strelec (a user has to enter their code).

Pushing any button will illuminate the keypad and the screen. If backlit illumina-

tion is off in the adjustment options of PU-R, press and hold any button to turn it

on.

Screen buttons Up/down menu buttons

Buttons of menu nav-

igation

Push simultaneously to

generate the event

PANIC!

Arming Disarming Reset of fires and

faults

Return to the previous

level of the menu;

Push and hold to switch

into the main window.

Confirm the action


TONS 9

2.3 LCD screen

Level of the bat-

tery charge

0-25%

25-50%

50-75%

75-100%

Communication

quality assessment

– "fail"

– "poor "

– "good"

– "excellent"

Connection

through RS232

External power

source

Status of the partitions 1-8

If a number is not indicated 2), the partitions is not declared or

includes no devices;

If a button is glowing continuously ( ) – the partition is in the

operating mood, if blinking ( ) – the partition is tampered;

If a number is in the frame ( ) – the partition is armed, other-

wise ( ) – disarmed;

Integral status of Strelec

partitions

– fire alarms

– security alarms

– faults, tampers

– forced bypasses

Graphic-text area

Security integral status of

all the partitions

– all the partitions are armed

– all the partitions are not armed

yet

Wireless Keypad PU-R 4 Screen menu 10

3 PRE-STARTING PROCEDURES

3.1 Delivery set

The delivery set includes:

Lithium battery 9 V, 1.2 Аh

Programming cable

RS-232 for connec-

tion to the expander

Adapter DB-9F/DB-9F "Male changer" for connection

to a PC

5 screws for wall mounting and 1 screw for fixing the cover to the battery

department

3.2 Insertion of the battery

To insert the battery, remove the cover of

the battery department by using a screw-

driver.

The battery is terminated at the terminal board and

inserted in the battery department.


3.3 Connection through the interface RS-232

In order to program the wireless expander

of the Strelec by using PU-R, connect the

wireless expander with PU-R by the cable

delivered in the set.

While programming through the interface

RS-232, PU-R can be power supplied

from both the battery and external source.

In order to synchronize the con-

figuration of Strelec with a PC1,

use the adapter "Male Changer",

delivered in the set

1 The adapter COM-USB can also be used for connection with a PC


PU-R can be connected to the wireless expander RROP through the interface RS-

232 by using three connecting conductors instead of the cable.

4 SCREEN MENU

4.1 Main window and menu navigation

STRELEC


The lines with the information about current

date/time are located on the main window of the

screen. ‹Menu› and ‹State› are the names of the screen buttons in the main win-

dow

When the screen button ‹ Меню › is pushed, the

menu of PU-R is displayed.

Use the button ‹ › to go up/down in the menu.

Use the screen button ‹ Select › to choose a menu

option. Use the button ‹ › to return back to the

previous menu level.

Push and hold the button ‹ › to return fast to the main window.

The structure of the screen menu is similar to the structure of the control buttons

used in the software of the Strelec (the file "WirelEx").

The engineer or user’s code is required to be en-

tered in order to receive the access to some op-

tions of the menu. The engineer’s code on de-

fault is "1111". User codes are from 01 to 30, the

engineer’s code is 00.

When the window requesting to enter a user’s

code has occurred, enter sequentially 6 digits

(number + user’s code) or use the button ‹ › to

move from one field to another.

05.05.06 21:36 State Menu

Control System state

Events protocol Back Select

Engineer’s code ****

User. 00 Code ****

Date, time

Function of the screen buttons

Indication of the circum-

stances when the button

‹ › can be pushed


If no buttons are pushed on the keypad, the main window of the screen will occur

in 2 min.

When power supplied from the battery, PU-R will switch into the mode of low en-

ergy consumption (saving the battery) in 8 seconds in the case if no buttons are

pushed. Only the area of pictographs is visible on the screen in this mode.


4.2 Menu structure

стр. 24

стр. 16

стр. 18

стр. 25

стр. 23

стр. 21


4.3 Menu "Settings"

Menu is used for selecting PU-R options. The code that should be entered can be

either an engineer’s or an user’s.

►Clock Setting the current date and time

1

Changing the option in the PU-R will cause setting the clock in the wireless

expander – network coordinator.

When Strelec has several PU-R, the clock in the wireless expander is set in

accordance with the current settings of that PU-R which address is the

smallest (the address from 1 to 8 is automatically set during the PU-R regis-

tration in the wireless expander). The other keypads copy2 clock settings

from the wireless expander and synchronize their clocks.

►Radio mode Select the current interface of the communication with the wireless expand-

er1

"On" – wireless,

"Off" – RS-232

When the wireless interface is on and communication with the wireless ex-

pander is performed properly, the pictograph should occur on the screen.

When the communication is conducted through the interface RS-232 – the

pictograph will occur.

►Backlight Enable/disable backlight of the keypad and the screen

1 The option can be altered only by an engineer 2 The process of copying clock settings from the wireless expander takes roughly 8 min.

Menu Settings Code ►

ATTENTION!

The wireless interface is functional only after the PU-R registration

in the wireless expander by using the interface RS-232 (see 5.3)!


"On" – backlight is enabled when any button is pushed,

"Off" – backlight is off, however it can be enabled when any button is

pushed and hold for a while.

Backlight illumination consumes a significant amount of current, so keeping

backlight off can safe the battery life, in the case PU-R is power supplied

from the battery.

►Contrast

Adjust the contrast level of the LCD screen (the buttons ‹ ›).

►Sound

Enable /disable sound signals of PU-R1

►Language Select language (Russian/English)

1.

►Battery Control the battery charging mode

1

Charge: "On" – the mode is on2,

"Off" – the mode is off

Recharging of the battery is indicated at the pictograph by the change of

indication. As soon as recharging is finished, changing the indication of the

segments will be stopped .

►Indication Selection of the partitions indicated by the screen pictographs –

and – .

The type of indicated partitions can be either "Global" or "Local"1.

►Service menu Monitoring whether some functions are being operated properly

1

1 The option can be altered only by an engineer. 2 The option of battery recharging should be enabled when the accumulator battery NiMH 8.4V, 170 mAh is at-

tached so that the level of its charge is displayed properly.

ATTENTION!

The mode of battery recharging should be enabled only for

the NiMH battery 8.4V, 170 mAh!

Проведение подзарядки разряженных литиевых или щелочных

батарей недопустимо!


►Users Configuration menu of users’ properties

Users’ codes can be added/erased/altered in the menu. The lists of global

partitions that users are capable of controlling from PU-RВ can also be

changed.

An engineer is capable of changing characteristics of any users, while users

can alter only their codes.

4.4 Menu "Configuring"

The option is intended for altering the configuration and options.

►System Display the wireless system’s topology in

the shape of a tree. Settings of all the de-

vices of Strelec can be accessed from this

window.

Press the screen button ‹ Properties › to view and change properties.

Movement from one to another property

of a device is performed in the similar

way to the movement in the menu. The

properties of the devices are described in

the partition 8 (page 66).

Press the screen button ‹Exit› to switch from the menu.

Menu Configuring Engineer’s code ►

+ WEx 0 Properties Show

Common properties Partitions

Exit Select

Press to view properties

Press to see slave devices

Press to exit


Press the screen button ‹Show› to switch

to the next level. The marks “+” and “-”

mean that the element of the tree is hid-

den or shown correspondingly.

Press the screen button ‹Action› to per-

form any action with a selected element.

The button ‹ Action › will be activated

for the device opened in the topology

tree (marked by "-").

►Properties Radio-frequent and common properties of Strelec (see the paragraph 8.1,

page 66).

►Read properties To read all the properties of Strelec should be done when it is necessary to

update the configuration of Strelec, stored in the memory of PU-R.

The order of reading is listed in the paragraph 5.5 (page 40).

►Create new The new configuration of Strelec is being created.

The order, in which a new system should be created, is listed in the para-

graph 5.2 (page 29).

►PC Synchronization Menu of synchronization the Strelec configuration, stored in PU-R, with the

configuration, stored in a PC; The Strelec software is used for synchroniza-

tion.

The order of synchronization is listed in the paragraph 5.6 (page 42).

►System devices Menu for configuring the properties of the system devices.

- WEx 0 + Devices + WEx 1 Properties Show

- WEx 0 + Devices

Hide Action

Press to perform actions Press to hide slave de-

vices


The wireless Keypad PU-R and different devices of the systems transmitting

messages belong to the system devices.

The properties of system devices are described in the paragraph 8.8 (page

76).

►Global partitions Text descriptions (descriptors) are allocated to the global partitions of

Strelec.

The following partition descriptors are defined by default:

Entrance hall

Back entrance

Cellar

Bathroom

Bedroom

Playroom

Lavatory

Corridor

Dining-room

Stair

Back door

Emergency exit

Entrance door

Garage

Garage door

Reception room

Hall

Kitchen

Building extension

Living room

Workroom

Balcony

Study room

Mansard

Closet

Land territory

Partition

A descriptor different from the aforementioned can also be allocated to a

partition. Use software "Strelec" to perform the synchronization from a PC.


4.5 Menu "System state"

Menu System state

or

Menu is designed to display the current condition of all the devices and partitions

of Strelec.

State of wireless expanders

Wireless expanders of Strelec are listed in the state window, with their status writ-

ten in front of every expander. If a fault is occurred, the symbol will be dis-

played. No symbols are displayed if the expander is in the operating mode.

Brk AC DC Link Bypass

WEx0

WEx1 Back Select

State of local partitions

When the line with the number of a wireless expander is marked and the screen

button ‹ Select › is presses, the window displaying state of local partitions of the

wireless expander will occur.

Moving from one partition to another is performed by the buttons ‹ ›.

Main window of PU-R ‹ State ›

WEx 0 (2 Study room) 1 2 3

!

Back List

State of partitions is similar

to pictographs above

Break

Primary battery fault

Secondary battery fault

Communication fault

Bypasses of ad-

dresses

The state of chosen local

partition

– fire alarms

– security alarms

– faults, tampers

– bypasses

Local partition which

has been selected, are

marked with inverse

color

Press to view partitions

state

Press to view the list of

devices in the partition Symbol ! – the partition is disarmed

and tampered


List and status of slave devices

When the screen button ‹ List › has presses, the

list of devices located in the selected partitions

will be displayed.

When the screen button ‹ State › has pressed,

PU-R will receive from the wireless expander

and display a state of the device selected.

List and state of global partitions

To view states of global partitions, select the

option “Global partitions” in the window of the

wireless expander’s state.

Moving from one partition to another is performed by the buttons ‹ ›.

0.1 Aurora-R 0.2 RIG

Back State

State Norma Link Norm

Back Refresh


WEx1 Global partitions

Back Select

2 Global partition 1 2 3

!

Back List

Partition states are indicated

similar to the pictographs

above

Press to view state of the

device

Move the cursor

and select

State of global partition that

is selected

– fire alarms

– security alarms

– faults, tampers

– bypasses

Global partition that

has been selected is

being marked with in-

verse color

Press to view the list of global

partitions

symbol ! – partition is disarmed and

tampered


When the screen button ‹ List › has presses, the

list and states of local partitions located in the

selected partition will be displayed at the screen.

If the global partition consists of local partitions

of several wireless expanders, the movement from one expander to another is per-

formed by the buttons ‹ ›.

4.6 Menu "Events protocol"

The menu is intended to view the events protocol of Strelec.

►Show protocol or

PU-R can read the events protocol from

the memory of the wireless expander –

network coordinator. The event line con-

tains the time when the event has occurred

(according to the time grade of the ex-

pander).

When the screen button ‹ Details › is

pressed, the window displaying detailed

description of the event, including date,

time and place of the event, will occur (the

number of a wireless expander, its address

and type). The number of the partition is

accompanied by text description (descriptor) of the partition.

►Events filter Filtering the protocol’s events by the following groups:

Arm/Disarm

Alarm

Tamper

Fault

Output activation

Duress

WEx 1 1 2 3

Back OK

Menu Events protocol ►

00:36 Arming 00:36 Exit delay Back Details

Main window of PU-R ‹ ›

01.01 00:36:43 Voice … WEx 0 Ikar-R 7 1 Study room

Back OK


The events, that have to be displayed when

viewing the protocol, will be marked by a

dot inside the block. To select a filtering op-

tion, select a line with the event and press

the screen button ‹ Change ›.

4.7 Menu "RF Link quality"

Menu is designed to display communication quality with the devices of Strelec.

►RSSI levels

Communication quality with the devices

Menu includes the system topology. Se-

lect in the topology a device required to

be observed and find the proportion of

Signal/Noise in dB, as well as assessment

of the rate in the five-grade system.

When the screen button ‹ Graph › is

pushed, the window with the graphic im-

age of the communication quality history

will be displayed.

The duration of time interval analysis is

about 6 min.

The assessments from “fail” to “excel-

lent” are put at the vertical axis.

Duress Arm/Disarm Alarm Change OK

Menu RF Link quality ►

– Devices 0.1 Ikar-R 31 dB Grade - 5

Back Graph

Address of the device

and level of current

reading in dB

Assess-

ment

grade


►Channel scanning

The window is designed for analysis of air noise environment at the fre-

quency channels of Strelec.

The level of signals received is put to the

vertical axis in RSSI (one unit of RSSI

corresponds to the level of 1.5 dB).

The horizontal axis contains the time of

scanning, in sec. The time period of

scanning is about 5 sec.

The selection of frequency channel is

performed by the buttons ‹ ›.

►Power control "Enable" – power control is on,

"Disable" – power control is off.

Power control decreases power consumption consumed by wireless devices

and the level of noise generated during their operation. However, it is useful

to turn the power control off during the test to obtain more accurate assess-

ment of communication quality between devices.

4.8 Menu "Control"

Menu Control Code ►

or

Main window of PU-R ‹ › Code ►

The menu is designed to execute some control actions.

►Remote control Control of slave devices

The menu contains the system topology.

When a device is selected and the screen

button ‹ Action › is pressed, the list of

assessable commands will be displayed.

– WEx 0 0.1 Ikar-R 0.2 Aurora-R

Back Action

Number of a frequen-

cy channel and signal

rate in RSSI


Accessible commands:

Turn on green LED

Turn on red LED

Turn off indication

Change sensitivity Control of detectors sensitivity

If a command is accomplished successfully, PU-R will confirm it by the

message "Control complete".

►Output modules groups Control menu of status of executive device groups

While programming, executive devices

are assigned to one of eight groups. If the

group is turned off, executive devices

will not be activated, even through the

events they are programmed to respond,

occur.

The activated groups are marked by dots on the screen. To turn a group

on/off, move the cursor using the buttons ‹ › and push the screen button

‹ On › / ‹ Off ›.

If the command has executed successfully, the indication of the group status

will be changed.

►Manual bypass

Menu is designed to perform manual bypass

1 of detectors.

The bypass of a security detector should be activated2, if the current state of

the detector is tampered, however the partition, the detector is located in,

should be armed.

The bypass of a fire detector should be activated, if the detector for some

reasons should be temporally deactivated to prevent the detector from gener-

ating fire alarm messages.

1 Synonyms of the term – "avoidance", "go-round" ("bypass"). 2 Manual bypass can be turned on if the option authorizing manual bypass was ticked in the options of the wireless

expander.

Group 4 1 2 3 4 5 6 7 8

Back Off

Indication control


Bypass on

1 Study room

To bypass a detector, select it in the to-

pology of the devices and press the screen

button ‹Off›.

If the action is executed successfully, the

assignment of the screen button will be

changed into ‹ On › and the window re-

porting that the address bypass is turned

on, will appear after the time period of

control signals transmission is expired (on

default is 32 sec.).

Activation of the detector’s control is performed in the similar way (the

screen button ‹On› is used).

►System reset The menu is used for resetting the coordinator of the wireless system, after

which all the wireless expanders will be restarted.

The security status of the Strelec partitions will stay unchanged during re-

starting, however all the fire and security alarms, faults and tampers will be

reset.

The reset of the system can be useful for quick collection of the information

regarding status of Strelec.


Back Off

Info OK

Wireless Keypad PU-R 5 Configuration of Strelec 28

5 CONFIGURATION OF WIRELESS SYSTEM

5.1 General information

The wireless system can be programmed by:

Configuration of the system using the keypad PU-R is performed in the similar

way to the configuration executed by the software "Strelec" (file WirelEx).

Initial programming of Strelec by the keypad PU-R is described in the paragraph

5.2 (page 29). Use the interface RS-232 for initial programming of wireless ex-

panders.

The sequent changes of Strelec configuration1 can be executed by the keypad

through both the interface RS-232 and the wireless interface. The order in which

the features of the system already programmed should be altered, is listed in the

paragraph 5.4 (page 35).

Before turning the wireless interface on, register the keypad in he wireless expand-

er using the interface RS-232 (see the paragraph 5.3, page 34). Only after that a us-

er can turn the wireless expander on.

1 Except changes of expanders’ network topology, system code and number of a frequency channel

Keypad PU-R

(described below)

PC and software "Strelec"

with subsequent …

Copying configuration to

PU-R Synchronization

with PU-R

See the paragraph

5.5 (page 40)

See the paragraphs

5.6 (page 42)


? Delete current

5.2 Initial configuration performed by the keypad

Connect the keypad to the wireless expander, which is supposed to be the network

coordinator as well, through the interface RS-232 (paragraph 3.3, page 11). Turn

the keypad and the wireless expander on.

For configuration of the system, it is required:

1. Create a new system

2. Configure the system’s topology

3. Configure options of the system’s devices

4. Program all the devices

5. Configure the keypad’s options

1. Creation of a new system

Select a menu’s option

To the question "Delete current?" occurred at

the window, reply "Yes".

2. Configuration of the system’s topology

1. Without switching from the menu, add

the network coordinator (CN)

The type of network coordinator can be selected from:

– for stand-alone application of Strelec

– for application with the Fire Panel "Raduga-2А/4А"

- for application with the Fire Panel "Raduga-3".

1 Engineer’s code by default is "1111".

Menu Configuring Engineer’s code1 Create new

Yes No

Add CN

WEx (fire-alarm)

Back Select

Add CN WEx (fire-alarm) ‹ Select ›

WEx

WExF

WExF240


2. If necessary, change the radio-frequent properties of the wireless system

– Select "Frequency range"1 (434 МHz or 868 МHz),

– Select "Channel number" (from 1 to 6),

– Change "System code" (the first two digits are from 00 to 99).

3. Press ‹OK› and switch back into the main window of the screen while

pressing and holding the button ‹ ›.

4. Ensure that the pictograph " " at the

right top corner of the screen has been

activated (at the maximum 5 sec.).

5. Otherwise, ensure that the wireless expander is power supplied (LED indi-

cator should be glowing), the keypad is correctly connected with the ex-

pander through the interface RS-232 and the interface RS-232 of the keypad

is turned on (it should be Menu -> Settings -> Radio mode -> Off).

6. Add slave devices to the wireless expander. To execute it, switch into the

menu:

Menu Configuring System WEx 0 ‹ Action ›2

Add device

Select the type of a slave device, for example,

RIG (reed switch)

Press ‹ OK ›. At this stage, answer ‹ No › to the request "Apply settings?"

1 Frequency range, where the wireless system operates, is labeled on the case. 2 If the right screen button has the sign <Show> instead of <Action>, press it in order to reveal the tree of the sys-

tem, after which press the screen button <Action> occurred at the screen.

05.05.06 21:36 Status Menu

? Apply settings

No Yes

Ensure occurrence of

glowing


Pay attention that those slave devices,

that are just added and therefore, not

programmed yet, will be marked by "?"

in the topology tree.

In the way similar to the described above, add sequentially to the wireless

expander all its slave devices.

7. If necessary, add slave devices to the wireless expander 0.


Add device WEx (fire-alarm)

After that, in the similar way add slave devices to all the wireless expanders

that were previously added.

Answer “No” to the request "Apply the settings?"

3. Configuration of devices options

Options of devices can be altered in order to program Strelec operation algo-

rithm. The configuration of the options can be performed at the current stage or

later, after initial programming of all the devices (see the paragraph 5.4).

When adding to Strelec topology, options of the devices have their values by

default. If necessary, values of the options can be altered.

Properties of Strelec devices, available for altering by using the keypad2, are

described in the paragraph 8 (page 66). The options required to be configured

when a device is added, are marked in bold in the properties of devices in the

paragraph 8 .

After the options have been changed, answer the request "Apply settings?" by

"No".

1 If the right screen button has labeled <Show> instead of <Action>, press it in order to reveal the tree of devices,

after which press the screen button <Action> appeared on the screen. 2 The options, unavailable for programming by the keypad, can be programmed by a PC and the software Strelec

with their following copying to the keypad.

– Devices ? 0.1 Aurora-R

Properties Action

Sign of the devices that

is not programmed


4. Programming of devices

Connect the keypad to the wireless expander, functioning as a network coordi-

nator.

In the window of devices topology, select the wireless expander WEx 0 (or

WEx 0 for wireless expanders WExF and WExF240) and select the action

"Program".

Reset the wireless expander, if a window re-

porting that it belongs to another system, is

occurred.


Clear WEx

When resetting is completed, program the wireless expander.

Wait until a message about successful

completion of programming is occurred

and proceed with the following step.

Program in turns all the slave devices of the wireless expander. Select a slave

device in the menu in order to program it:

Menu Configuring System WEx 0 ‹ Show ›1

Devices ‹ Show ›

and select the option "Program".

When the window requesting to "Connect-

ing" is occurred, add a slave device into the

programming mode (according to the usual

procedure, insert a battery into the device,

with its switch “Prog.” being on - see the

user manual for the wireless intelligent

fire&security system Strelec, or “Quick Start”).

! WEx belongs to another syst. 76**

OK

! Programming is completed

OK

Connecting

Cancel


Activate the wireless transmission (according to the usual procedure in the

wireless system Strelec, turn the switch "Prog." into the position reverse to the

position "ON").

Make sure that the LED indicator has been

blinking green,

and the window

reporting that

programming has

completed suc-

cessfully is oc-

curred at the

keypad.

5. Configuration of the keypad’s options

When the configuration of Strelec is completed, configure the keypad’s op-

tions.

1. Change the engineer’s code of the keypad (on default is "1111")

Menu Settings Users Engineer Code

‹ Change ›

2. Set the current time

Menu Settings Clock ‹Change ›


OK

ATTENTION!

If there are several keypads PU-R located in Strelec or while

using the software Strelec, read the configuration of the system

by other keypads or the utility file "WirelEx" just after one

keypad has been programmed.

Успех программирования +

вход в рабочий режимАвтонастройка


3. Set partitions’ indication mode

If there is only one wireless expander located in the system, activate indica-

tion of local partitions status at the keypad.

Menu Settings Indication Local partitions

If there are several wireless expanders located in the system, switch the

keypad into the mode of global partitions status

Menu Settings Indication Global partitions

4. Add codes of the keypad’s users

Switch into the menu to add every new code

Menu Settings Users Add user

Select the number of the user and press ‹ OK ›.

Fill in the list of global partitions that will be controlled by a user’s code

just added. For this purpose, press repeatedly ‹ Change ›, ‹ Change › ...

until a desired list of partitions is configured. Press ‹ OK ›.

Type a desired user’s1 code and confirm it by pressing ‹ OK ›.

5.3 Registration of PU-R in the wireless expander

In order to operate through the wireless interface, PU-R is required to be registered

in the wireless expander functioning as a network coordinator. For registration,

connect PU-R to the wireless expander through the interface RS-232.

Switch into the menu:

Menu Configuring System devices Add device PU-R (keypad)

‹ Select ›

1 At a later time, users can alter their own codes by themselves. (see the paragraph 7.12).


In the list of system devices opened, select PU-R

that has been just added, press the screen button

‹ Action › and select the option "Register".

Make sure the window with the message “Regis-

tration is completed” is occurred.

After the registration is completed, the comment

“activated” will occur in the line next to PU-R in

the list of system devices.

If there are several PU-R in the system, the

comment “activated” will occur in the line of that PU-R that is currently connected

to the wireless expander.

If PU-R is required to be removed from the memory of the wireless expander,

press the screen button ‹ Action › and select the option "Delete device".

5.4 Alter Strelec’s properties

Altering features of wireless expanders

Switch into the menu

Menu Configuring System

In the network topology tree select a

wireless expander which features should

be changed.

Press the screen button ‹ Properties ›1.

1 The screen button ‹ Properties › is activated only when a wireless expander’s element is hidden in the menu (la-

beled by the sign + in the tree). To hide an element, press the screen button ‹ Hide ›.

Add device

1 PU-R

Back Action

! Registration is completed

OK

Add a device

1 PU-R – activated

Back Action

+ Devices

+ WEx 1

Properties Show


Make necessary changes in the window

of the wireless expander’s features. See

description of properties in the

paragraphs 8.2 - 8.4.

After properties of a device are changed,

press repeatedly the button ‹ OK › until

the request "Apply settings?" is occurred.

Press the screen button ‹ Yes ›.

While changing properties of a remote

expander, the window, requesting "Pro-

gram remotely?", will occur (if PU-R is

connected to WEx 0). Make sure that the

wireless expander is turned on and press

the screen button ‹ Yes ›.

The process of programming is accompanied by blinking and the message

“Programming is completed” will occur at the end of the process.

If the wireless expander is required to be reprogrammed again, select it in

the network topology tree, press the screen button ‹ Action › and choose

the option "Program".

Changing features of slave devices



Common properties Partitions Relay

Exit Select

? Apply settings

No Yes

? Program remotely

No Yes

Programming

Cancel


OK


Select a slave device, which features

should be changed, in the network to-

pology tree.

Press the screen button ‹ Properties ›.

Make necessary changes in the window

displaying properties of a slave device.

See the description of properties of slave

devices in the paragraphs 8.5 - 8.7.

After properties of the device have been

changed, repeatedly press the button

‹ OK › until the request "Apply the set-

tings?" will occur.


While changing features in the memory

of a slave device, the window requesting

to activate wireless transmission will oc-

cur.

When the programming is completed, the

window reporting it will occur.

If properties of the device have been

changed and the device are not pro-

grammed yet, the device will be labeled

by "?" in the topology tree.

– Devices 0.1 Aurora-R 0.2 Ikar-R Properties Action

0.1 Aurora-R

Partition number 1

Change OK

? Apply settings

No Yes

Activate transmission

Cancel


OK

– Devices ? 0.1 Aurora-R

Properties Action. Label of the device not

programmed


Changing features of system devices

Features of system devices are stored in the memory of the wireless expand-

er, from where every system device has been reading them during the opera-

tion.


Menu Configuring System devices

Select a device in the list of system de-

vices, which features should be changed.

Press the screen button ‹ Properties ›.

Make necessary changes of features in

the window displaying features of a

system device. See the description of

system devices features in the paragraph

8.8 (page 76).

When properties of the device have been

changed, press repeatedly the button

‹ OK › until the request "Apply settings?"

will occur.


The process of programming is accompanied by blinking and at the end, the

message about the success of the operation will occur.

Add device 1 UОО-AV version1 2 PU-R Properties Action

1 Telephone number

123

Change OK

? Apply settings

No Yes

Data transmission

Cancel


OK


Changing common properties of Strelec

The common properties of Strelec include radio frequency properties of the

system and the properties of detection loops.

Common properties of Strelec are accessible from the menu

Menu Configuring Properties

Common properties of the wireless system are described in the paragraph

8.1 (page 66).

The wireless expander operating as a network coordinator must be pro-

grammed after properties of signal circuits have been changed. Select it in

the network topology tree, click it, press the screen button ‹ Action › and

choose the option "Program".

Changing properties of PU-R

Properties of PU-R can be changed in the menu:

Menu Settings

After properties of the keypad have been changed, its settings are applied au-

tomatically (no need to program the keypad).

Settings of PU-R’s users and text descriptors of global partitions are changed

for every keypad separately.

ATTENTION!

After radio frequency properties of Strelec (system’s code,

frequency range, channel number, etc.) are changed, it is

necessary to re-program all the devices of the wireless system!

ATTENTION!

If there are several keypad located in Strelec, the Strelec

configuration should be copied to the other PU-R after it has

been changed by any PU-R!

You should also read Strelec configuration by the software

Strelec.


5.5 Import Strelec’s properties

Import of properties is performed in order to upgrade the Strelec’s configuration

stored in the keypad.

Import of properties is necessary if:

1. Several keypads are located in Strelec and the Strelec configuration has

been changed by one of them,

2. Strelec’s configuration has been changed by a PC,

3. a new keypad or the keypad used previously in another wireless system is

included into the programmed set of Strelec.

There are two ways of Properties’ importing

1. Importing properties of wireless expanders

is performed when the Strelec configuration is stored in the keypad

memory and there is a necessity to partially update information about set-

tings of wireless expanders, slave devices or system devices.

2. Importing properties of all the devices

is performed when the keypad doesn’t have configuration in its memory

or there is a necessity of complete updating of the wireless system’s con-

figuration.

For reading properties of wireless expanders, slave and system devices, use the

command

►Importing properties of the wireless expander

Connect the keypad to the wireless expander functioning as a network coor-

dinator (WEx 0) (through RS-232 or wireless interface) for importing prop-

erties of system devices, slave devices WEx 0 or remote importing of prop-

erties of slave wireless expanders and their slave devices.

Properties of the slave wireless expander and its slave devices can be im-

ported through the interface RS-232 connected to the keypad.

Switch into the menu for importing


Select a wireless expander in the network topology tree, which properties are

necessary to be imported, a master WEx of a slave device, which properties

are required to be imported or WEx 0 for importing properties of system de-

vices.

Press the screen button ‹ Show› and then, the screen button ‹ Action ›.


Choose the option “Read properties” in the opened list of actions.

The import of properties is accompanied by the corresponding indication

and if the information has copied successfully, the window, reporting this,

will occur at the screen.

To import the properties of all the devices of a wireless system, use the command

►Reading properties of the wireless system

In order to read the properties of the wireless system, a user can use both the

interface RS-232 and the wireless interface (if the configuration of the sys-

tem has been loaded in the keypad and registered in the keypad Wex 0). All

the wireless expanders of the system must be on and be on-line.

Select the menu

Menu Configuring Read properties

If a system’s configuration has already

been stored in the memory of a keypad, a

window, requesting to replace the current

system, will occur at the screen before ex-

ecuting the command.

+ WEx 0 Properties Show

- WEx 0 + Devices

Hide Action

Reading properties

Cancel

! Reading is completed

OK

? Replace current

No Yes

Press Press


If the answer is “Yes”, the keypad will

start the import of properties of all the de-

vices of the wireless system. The import is

performed automatically, from every wire-

less expander of the system in turns, starting from the network coordina-

tor1 (WEx 0).

If the reading of wireless expanders’ prop-

erties is completed successfully, the win-

dow will occur at the screen.

The reading of properties of a remote wireless expander takes about 3 min.

If the import of properties has not been successfully completed, properties of

the wireless expanders which were not imported can be imported again.

5.6 Synchronization of configuration with a PC

By using a PC and the software “Strelec”, the following operations can be execut-

ed:

1. Export of the system’s configuration from a PC to the keypad ("export of

Strelec to PU-R").

2. Import the Strelec’s configuration from PU-R to a PC ("importing the sys-

tem from PU-R").

3. Clear off the configuration of the system in the keypad and recover manu-

facturer2 settings of the keypad ("keypad’s formatting").

Switch into the menu to synchronize the configuration with a PC.

1 The topology of wireless expanders’ network is imported by the keypad from WEx 0, 2 Except the current engineer’s code

Reading WEx 0

Cancel

! Reading is completed

OK

ATTENTION!

Use the Strelec software, with its version being not older than

3.1, to synchronize the configuration of the Strelec between the

keypad and a PC!

Updated versions of the software can be loaded from the internet

site of the manufacturer.


Menu Configuring PC Synchronization

When synchronization is in the process, all the control operations are performed by

using the software, according to the User manual. In order to export the system, in

the utility file WireEx select the command "Main window -> File ->Export of

Strelec to PU-R". In order to import, select "Main window -> File ->Import of

Strelec from PU-R".

The keypad PU-R will automatically switch from the menu, if no buttons are

pressed and no data exchange with a PC is performed for 2 min.

5.7 Monitoring communication quality between devices

Communication quality control by PU-R is performed to assess link margin of

wireless devices. Communication quality control can be conducted before assem-

bling wireless devices, after their installation and during operation, if necessary.

Using the keypad PU-R, it is possible to evaluate immediately levels of communi-

cation quality for all the devices of Strelec, as well as define how levels of com-

munication quality have been changing for the selected devices during a period of

time1.

A level of communication quality can be evaluated by the proportion "Signal level

/ Noise level" (proportion S/N) and measured in dB, as well as in accordance with

a 5-grade assessment graph (form the grade "fail" to the grade "excellent").

Choose the menu option to conduct communication quality control with devices:

Menu RF Link quality RSSI levels

1 A user can evaluate communication quality by using the file "WirelEx" included in the software Strelec. The CD-

disk is delivered together with Strelec and is located at the manufacturer Internet site.

ATTENTION!

Communication quality control is required to be conducted after

all the wireless devices are assembled, before commission of the

wireless system!

It prevents possible hassles, based on the wrong choice of the

relative position of wireless devices, while commissioning the

Strelec.

The recommended level of communication quality should be not

less than "good".


Select a device in the opened list, which com-

munication quality is necessary to evaluate.

The assessment grade is displayed in the bot-

tom part of the screen.

Clicking sequentially devices of the wireless system, make sure that the level of

RF link with every device is evaluated with the grade not worse than "good". Oth-

erwise, shorten the distance between wireless devices.

Press the screen button ‹ Graph › to see how the level of communication quality

has been changing with a selected device.

There are areas at the opened graph marked by

dash lines that correspond to different commu-

nication quality grades "2" ("fail"), "3" ("not

good"), "4" ("good") and "5" ("excellent").

The left part is also fitted with a device’s ad-

dress and instant proportion S/N measured in

dB.

Analyze the graph received after keeping the

keypad activated in this mode for about 5 min.

The received curve can have significant local changes of communication quality

(because of people movement in the building, a change can reach 20-30 dB), how-

ever the average level of communication quality should not be less than "4"

(good).

In the operating mode, the fluctuation of communication quality level can be

measured due to autonomous adjustment of radio emission power. In order to elim-

inate fluctuation of communication quality level from the test, as well as to evalu-

ate the real link margin, temporarily turn off the adjustment of the radiated power’s

level from the menu

Menu RF Link quality Power control Off

– Devices 0.1 Ikar-R 31 dB Grade-5

Back Graph

Evaluation of communication qual-

ity in dB according to a 5-grade

assessment graph

Device’s address and

level of current read-

ing in dB

Evalua-

tion

graph


5.8 Scanning of frequency channels

Scanning of frequency channels is conducted for evaluation of the noise level at

operating frequency channels of the wireless system in its suggested location.

Select the menu for scanning

Menu RF Link quality Channel scanning

Use the buttons ‹ › to select a frequency channel for scanning.

The level of the signal received within the cho-

sen frequency channel is displayed as an auxil-

iary graph.

A signal in RSSI (1 RSSI equal 1.5 dB) is dis-

played at the vertical axis of the graph.

Time of scanning in seconds is displayed at the

horizontal axis. The period of scanning is about

5 sec.

Reading value below the moving cursor is also displayed at the left bottom corner

in RSSI units.

When the wireless interface is turned on, PU-R defines a level of the signal by us-

ing its receiver, when the interface RS-232 is turned on, a signal’s level is read by

PU-R from the wireless expander. Interfaces switching is performed in the menu of

PU-R’s settings.

The normal noise level lies within 10-20 RSSI range at the frequency channels

434 MHz (10-15 RSSI at the frequency channels 868 MHz). Short period peaks at

the graph correspond to radio signals in the air. The bigger number of such peaks,

the more the chosen frequency channel is loaded.

For operation, select a frequency channel which noise level is the least and the

number of short period peaks is the smallest (the noise environment is the most fa-

vorable).

Number of frequency

channel and signal

level in RSSI

Wireless keypad PU-R 6 Assembling the keypad 46

6 ASSEMBLING THE KEYPAD

6.1 Choosing a location

PU-R should be located in a place assessable for a user considering the following

recommendations:

Locate PU-R in a close proximity to the wireless expander functioning as a

network coordinator (RR 0).

Communication distance with the wireless expander through the wireless in-

terface at the open territory is up to 800 m. The communication distance in-

side, however, depends on a number of walls and partitions, as well as their

material type, and might be significantly decreased. Before PU-R installa-

tion, evaluate communication quality by using the pictograph located at

the right top part of the screen. Communication quality should be evaluated

not less than “good” (two vertical strips).

Communication distance with the wireless expander through the interface

RS-232 is up to 30 m.

Should daily arming/disarming be controlled by PU-R, install the keypad in

close proximity to an entrance door

Install PU-R at the distance of not far than 1.5 m from the wireless expander.

If possible, install the keypad far from (the minimum distance is 0.5 m) metal

objects, metal doors, metallized window openings, etc., as well as current-

carrying cables, wires, especially computer wires, otherwise communication

distance might be greatly decreased.

Do not install the keypad close to various electronic and computer devices to

prevent interferences from functioning energy converter, microprocessors,

etc. to affect radio reception.

6.2 Installation

Before assembling the keypad with the wireless interface, remember to firstly reg-

ister the keypad in the wireless expander by using a wired interface (see the para-

graph 5.3, page 34).


To assemble PU-R, open the cover of the battery

department.

PU-R can be installed in different positions de-

pending on whether the detector of wall detach-

ment should be used. The detector of wall detachment is designed to monitor unau-

thorized detachment of PU-R from the wall. When the detector of wall detachment

is triggered, the wireless expander functioning as a network coordinator (RR 0) re-

ceives a message "Tamper".

►PU-R mounting without using the detector of wall detachment

1. Prepare 3 holes according to the

marking for mounting.

2. Hang the keypad on the screws of the holes 1

and 2.


3. To secure PU-R, insert a screw into the hole 3, locat-

ed in its bottom part.

►PU-R mounting without using the detector of wall detachment

1. Turn the screws 6 and 7 off and remove the top part of PU-R from its base.

2. To mount PU-R to the wall, prepare

the holes 1-5 in accordance with the

marking and insert screws into the

holes 1 and 2.


3. Hang the base to the inserted screws 1 and 2 and insert the screws 3, 4 and 5 to

the base.

4. Install the top part of PU-R to the base fixed on the wall.

5. Secure the top part pf PU-R to the base by inserting the screws 6 and 7.


While connecting an external

power supply source (a pow-

er supply unit DC 10.8-27 V

or a network adapter DC 12-

27 V, AC 9-24 V), lead con-

necting cables through the

hole located at the PU-R’s

base.

A network adapter should

be connected by using a

standard cutoff point.

Wires of an external power

source should be connected

to the terminals of station-

ary connection.

Should PU-R be stationary connected to the wireless expander RROP through the

interface, use four wires.

ATTENTION!

When PU-R is power supplied from a network adapter or external power

source, a battery is recommended to be connected as secondary power

source.

+ 12 V

– 12 V

┴

RD

TD

=10.8-27 V +

–


Upon finishing assembling, close the cover of the battery department and secure it

with a screw.

Use a screwdriver to open the cover of the battery department, when necessary.

Wireless keypad PU-R 7 strelec’s control 52

Panic 1 Partition

7 STRELEC’S CONTROL

7.1 General information

PU-R indicates Strelec’s status based on information read from the wireless ex-

pander functioning as a network coordinator.

A period of information reading, depending on a type of a power supply and acti-

vation of an exchange interface, causes delays of displaying information about

Strelec’s status by Pu-R. Delay values1 are the following:

Interface

of exchange

Power

supply

Delay, sec.

Typical maximum

RS-232 external 0.5 1

battery 2.5 5

wireless external 5 10

battery 10 15

All the changes in Strelec’s status are displayed

by windows that occur at the screen with mes-

sages about new events.

Fire, security, fault, tamper and etc. messages are

accompanied by light indication, changes in col-

or of screen illumination and audible alarm sig-

nal.

Audible alarm or fault signal will be turned off automatically in 2 min. or if any

button has been pressed.

When the screen button ‹ Info › is pressed, de-

tailed information about an event occurred will

be displayed.

Control of Strelec’s status is conducted by pictographs located in the top part of the

screen (see the paragraph 7.2, page 53), as well as means assessable from the menu

"Status" (see the paragraph 7.3, page 54).

1 The values mentioned are referred only to the delay of displaying information about Strelec’s status at the keypad

PU-R! Triggering delays of relay outputs, outputs of audible and light indication, etc. have significantly less values

in the wireless expander.

Info OK

13.06 21:10:01 Panic РРОП 0 PU-R 1 1 Study room

Back OK


The wireless expander’s event protocol remembers all the events occurred. Proto-

col reading is performed in the menu "Event protocol" (see the paragraph 7.4, page

58).

Strelec’ control operations are described in the paragraphs 7.5 – 7.12.

7.2 Control of Strelec’s integral status

Integral status of the wireless system is indicated by pictographs at the top part of

the screen.

When no alarms or faults are detected in the system:

Communication through RS-

232 or radio communica-

tion is not worse than

1. The following indicators must be glowing

2. The following indicators might be glowing

If any devices are in the partitions -

If a number is framed , the partitions

has been armed

If a number is blinking , the partitions

has been tampered or an event from the

list below has occurred

Security status of the partitions 1-8:

– all are armed

– at least one is not armed

External power supply

and/or battery charge are not

worse than


7.3 Control of Strelec’s status

To review Strelec’s state, switch into the menu

Menu System state

or

In the list of wireless expanders, no sym-

bols against an expander, being in operating

mode, should be displayed.

The symbol in the columns means:

Column Expander fault Fault correction

Brk Break Close the cover and check that the event

protocol does not have the message “Sub-

stitution attempt"

AC Fault of primary battery Check if the expander has the battery 12V

DC Fault of secondary bat-

tery

Check if the secondary battery is in the

working order

Link1 No wireless communi-

cation with the expand-

er

Make sure that the expander is turned on

and check that there is no message “Exter-

nal interference” in the event protocol

Bypass Detectors with forced

bypasses

Disarm partitions of the expander to halt

the bypass of the detectors

1 Can be active only for slave expanders 1-15

Main window of PU-R screen button ‹ State ›


WEx0 WEx1

Back Select

Occurrence

– faults, tampers

– forced bypasses

3. The following indicators mustn’t glowing

Occurrence in the parti-

tions

– fire alarms

– security alarms

If the indicators are glowing, check thoroughly their

status (the paragraph 7.3, page 54),

or see the event protocol (the paragraph 7.4, page 58)


To control status of an expander’s local

partitions, select a line with the number of the

expander by the cursor and press the screen

button ‹ Select ›.

State of local partitions of expanders,

comprising slave devices, will be displayed at

the screen.

The pictographs !, or should be glowing at

all the partitions, with them being in their normal status. Glowing another symbols

mean occurrence of alarms.

If several events are occurred in the partition, the corresponding pictographs will

be shown sequentially, one by one. To review all the events in the partition, use the

buttons ‹ › to move the arrow to it. The top line of pictographs will display its

complete.

Symbols identification:

Symbol Status Fault correction

!

Partition is disarmed and

tampered1

(not ready to be armed)

Find detectors being tampered and restore

their normal condition2 (close windows

and doors, leave the detection zone of in-

fra red detectors, etc.)

Partition is disarmed and

in norm

Partition is armed

Fire alarms in the parti-

tion

Find tampered and fault devices in the

partition by reading the event protocol

(the paragraph 7.4, page 58) or review de-

tectors status in the same partition (see

below).

Disarm the partition (the paragraph 7.6,

page 61) or reset faults (the paragraph

7.7, page 61).

Security alarms in the

partition

Faults and tampers in

the partition

1 Similar to the software "Strelec", PU-R doesn’t indicate current status of local partitions of remote detectors. 2 Information about the partition’s restored status is indicated in 32 sec.


WEx WEx1

Back Select

WEx 0 (1 Partition) 1 2 3 4

!

Back List

2. Press 1. Mark


Being in the window of reviewing the wireless expander’s local partitions status

and selecting any local partition, a user is capable of supervising the partition. In

order to supervise, the user is just required to enter an engineer or a user’s code (if

a local partition is included in the list of partitions assessable for this user’s code.

To arm a local partition, press the button ‹ ›, to disarm – ‹ ›, to reset fire

alarms and faults – ‹ ›.

To review the list and status of slave devices in

the chosen partition, press the screen button

‹ List ›.

Select a device in the list and press the screen

button ‹ State › in order to see its status.

A device’s status is displayed as a table. Mov-

ing from one line of the table to another, review

the status of the device.

To obtain updated information, press the screen

button ‹ Update ›.

Wex 0 (2 Partition) 1 2 3 4

!

Back List

0.1 Aurora-R 0.2 RIG

Back State

Status Norm RF Link quality Norm

Back Update

Press to see a device’s

status

Press to see a device’s

state


When a device is in the normal state, the label “norm”1 will be displayed in all the

lines. Other possible labels are the following:

Line Label Fault correctness

State

BROKEN

Restore the normal status of the detector1

(close window and doors; leave the detector

zone of an infra red detector, etc.)

FIRE! Eliminate the fire alarm cause. Reset a fire

alarm (the paragraph 7.7, page 61).

BYPASS!

The detector is bypassed. Turn bypass of the

detector off (the paragraph 7.10, page 63)

manually or disarm the partition to reset

forced bypass.

FAULT!

Define a fault, having reviewed an event pro-

tocol (the paragraph 7.4, page 58).

Eliminate the fault or substitute the device.

After the fault has been fixed, reset the fault

(the paragraph 7.7, page 61).

RF link FAULT!

Define the reason of zero communication. The

device should be turned on and stay within the

zone of radio-visibility. Evaluate communica-

tion quality with the device (the paragraph 5.7,

page 43), which should be not worse than "4"

(good). Reset a fault after the reasons caused

lack of communication have been fixed (the

paragraph 7.7, page 61).

Case TAMPERED! Close the device’s cover

1.

Reset a fault (the paragraph 7.7, page 61).

Primary

battery FAULT!

Replace a primary battery1.


Secondary

battery FAULT!

Replace a secondary battery1.


1 A change of a device’s status into the status “norm” after a fault or tamper has been eliminated, is indicated after

its period of wireless signals transmission is expired (by default – 32 сек).


Select a line “Global partitions” in the window

of expanders’ status, to review the list of global

partitions.

Moving from one partition to another is

performed by the buttons ‹ ›. To review the

composition of the global partition, press the

screen button ‹ List ›.

Local partitions included in a global partition,

are marked by pictographs.

Moving from one expander to another is per-

formed by the buttons ‹ ›.

Status of the local partitions integrated into a global, is indicated by the picto-

graphs described above.

7.4 Reviewing the event protocol

To review the event protocol, select a menu’s option:

or, while being in the main window of PU-R, press the button ‹ ›

The events protocol is read by PU-R from the

memory of the expander, starting from the new-

est event. The capacity of the protocol is 256

events rerecorded cyclically as new events are

occurred.


WEx1 Global partitions

Back Select

2 Global partition 1 2 3

!

Back List

WEx 0 1 2 3

Back OK

Menu Events protocol Show protocol

Main window of PU-R ‹ ›

00:36 case is tampered 00:36 Relay start

Back Details

Move the cursor and

select

Press to review the list of

global partitions

Press to obtain detailed

information


Every record in the event protocol is accompanied by the time of its occurrence1

(according to the clock of the wireless expander).

To obtain detailed information about an event, press the button ‹ Details ›.

Detailed information includes:

To obtain all the amount of the detailed infor-

mation in some types of events, for example,

arming or relay output activation; browse the

window down by using the button ‹ ›.

If necessary, filter events according to their types:

Menu Event protocol Events filter Engineer code

To activate the filter, remove ticks from the

events that should be filtered by pressing the

screen button ‹ Change ›.

1 Time can be set in the menu "Menu" – "Settings" – "Clock".

01.01 00:36:43 Case… Wex 0 Ikar-R 1 1 Study room

Back OK

01.01 01:22:14 Arming WEx 0 Engineer 9 Partition

Back OK

Panic Arm/Disarm Alarm Change OK

Date and time of the event Shorten name of an event

Device where an event has

been occurred Place of an event (partition

number and its comment)

Indicate the necessity of

browsing


7.5 Arming

Before arming the list of global partitions,

make sure, their current status are normal ac-

cording to corresponding pictographs. Num-

bers should be glowing continuously.

The pictographs , , and should not be

displayed in the upper part of the window. If they are glowing, study Strelec’s sta-

tus according to the paragraphs 7.1-7.3.

To arm, type the following combination of buttons:

‹ › NN CCCC

where:

NN – user’s number, from 00 to 30. A user with the number 00 is an engineer.

CCCC – user’s code, from 0000 to 9999

If the operation has been completed successfully,

a window, reporting global partitions’ arming,

will occur and indication of partitions’ current

status will be changed (the numbers correspond-

ing to the numbers of global partitions will be

framed).

If any of the detectors is tampered, a window

with the number of the local partition, where

tampered detectors are located, will occur.

If there are any detectors tampered and forced

bypass allowed in the options of the wireless ex-

pander, a window requesting the detector’s by-

pass, will occur at the screen.

! Partition 1 is armed

State Menu

! 4 Partition is broken

State Menu

? Arming with bypass

4 Partition

No Yes

Frames should be oc-

curred


When arming with bypass, a window displaying the number of the detector by-

passes and the pictograph at the top part of the screen will occur.

If a partition has several detectors, only tampered detectors should be bypasses.

The detector bypassed is considered not to be tampered, however, out of order.

The function of a forced bypass can be turned off only after a partition has been

disarmed.

Local partitions of wireless expanders can also be armed individually after entering

an engineer or user’s code in the menu “Status” (see the paragraph 7.3, page 54).

7.6 Disarming

To disarm the list of global partitions, enter the following combination of buttons:

where:

NN – a user’s number, from 00 to 30. A user with the number 00 is an engineer.

CCCC – a user’s code, from 0000 to 9999;

If the operation has completed successfully, a

window reporting partitions disarming will occur

at the screen and indication of global partitions’

current status will be changed (frames around

figures will disappear).

Local partitions of wireless expanders can be al-

so disarming after entering an engineer or user’s code from the menu “Status” (see

the paragraph 7.3).

7.7 Resetting of fire alarms and faults

Resetting should be performed if wireless ex-

panders’ partitions have fire alarms ( ), faults

or tampers ( ).

To reset, enter the following combination of buttons:

‹ › NN CCCC

! Partition 1 is disarmed

State Menu

05.05.06 21:36 Stateee Menu

Frames should

disappear


‹ › NN CCCC

where:

NN – user’s number, from 00 to 30. A user with the number 00 is an engineer.

CCCC – user’s code, from 0000 to 9999;

If resetting has been completed successfully, a

window reporting about resetting of faults and

fire alarms will occur at the screen.

If after resetting, the pictographs or will

show up again at the top part of the screen, it is necessary to define a reason for a

fire alarm or fault, following the procedure described in the paragraphs 7.2 – 7.4.

Fire alarms and faults can be reset separately in any local partition of a wireless

expander on entering an engineer or user’s code in the menu “Status” (see the par-

agraph 7.3).

7.8 Forced disarming

Forced disarming is performed in the circumstances when a criminal forces a user

to disarm a facility, while the user wishes to secretly report about it to the Monitor-

ing Station.

When a forced disarming is performed, global partitions are disarmed in the usual

way and an indication occurred corresponds to the indication accompanied a regu-

lar disarming. However, a message about forced disarming is generated in the

event protocol and transmitted to the Monitoring station by means of message

transmission devices (for example, Auto dialer UOO-AV version 1, the wireless

transmitter "Argon", etc.). Besides, if the event "Forced disarming" is occurred,

programmed relay outputs of the wireless expander WEx will be activated.

To disarm under enforcement the list of global partitions, perform a disarming

using an user’s code, which last number is different by one from the current user’s

code.

For example:

User’s number – 01,

User’s code – 1234;

Pressing the buttons: or

! Resetting

State Menu

‹ › 01 1235 ‹ › 01 1233


The events "Forced disarming" are filtered by PU-R by default, while reading the

event protocol of the wireless expander. Turn filtration option temporarily off in

order to see the events of forced disarming, while reviewing the event protocol.

7.9 Urgent summon - PANIC

An urgent summon is used for an alarm message to be urgently transmitted to the

Monitoring station or generate an audible prompt alarm signal in the case of emer-

gency.

To generate the event "Panic", press the buttons

‹ › and ‹ › simultaneously from PU-R.

A panic signal will be recorded in the event protocol of the wireless expander. A

panic signal transmitted by PU-R is delivered to the first local partition 0 of the

wireless expander (network coordinator).

As soon as the wireless expander acknowledges the signal, audible and light indi-

cation will be turned on at PU-R1. If there is no communication with the wireless

expander, no indication will be displayed.

Press any button to turn panic audible alarm signal off. To reset panic, execute the

command "Disarm" (the paragraph 7.6, page 61) for the partition where panic has

been occurred.

7.10 Bypass of tampered detectors

The bypass of a security detector should be turned on2, if its current status is tam-

pered, however the partition where the detector is located has been armed3.

1 A delay depends on the type of PU-R’s power supply and the current interface (see the paragraph 7.1). 2 Manual bypass can be turned on only if the option of manual bypass has been included to the options of the wire-

less expander. 3 An example of such situation is a small opening window pane that cannot be closed and therefore, the partition

where a reed switch “RIG” is located cannot be armed. Meanwhile, a user would like to arm another detectors of

this partition.

Press simultaneously in

the case of emergency


The bypass of a fire detector should be turned on, if the detector is necessary to be

temporarily turned off to prevent it from generating fire alarm signals1.

To turn an address bypass on, switch into the menu:

Menu Control Code Manual bypass

or

Select a detector in the window of the network

topology that is required to be bypassed and

press the screen button ‹ Off ›.

If the action has been completed successfully,

the screen button will be changed into ‹ On › and a window reporting that this address is going

to be bypassed, will occur after the period of

control signals’ transmission is expired (32 sec.

by default).

The detector that is going to be bypasses is considered to be out of order, which is

indicated by pictographs at the top part of the screen.

To turn control off, select it in the similar way to how it was done before and press

the screen button ‹ On ›.

7.11 Control of executive devices groups

Control of executive devices groups is used for fast approval/prohibition of relay

outputs activation2.

While programming, executive devices are allocated to one of eight groups. If a

group is excluded, executive devices will not be activated, event though an event,

they are programmed to trigger at, is occurred.

1 An example of such situation is the necessity of temporal deactivation of a smoke detector “Aurora-DR”, located

in the smoking room. 2 For example, to prohibit an alarm system to be launched

Main window of PU-R ‹ › Code Manual bypass


Back Off

Address bypass 1 Study room

Info OK


To exclude groups of executive devices, switch into the menu:

Menu Control Code Output modules groups

or

Main window of PU-R ‹ › Code Output modules groups

The groups included are marked by dots at the

screen. To exclude a group, mark its number by

the buttons ‹ › and press the screen button

‹ Exclude ›.

If the command has successfully been executed, indication of the group’s status

will be changed (it was - , it will be - ).

To include a group, press the screen button ‹ Include ›.

7.12 How a user can change their access codes

A user can change their access code by themselves, without asking an engineer.

To change a code, a user should switch into the menu:

Menu Settings Code User code

To change a code, a user should press the

screen button ‹ Change ›.

After a new code has been entered, a window

requesting to confirm the user’s new code will

occur.

After confirmation, a user’s code will be changed into a new one.

Group 4 1 2 3 4 5 6 7 8

Back Exclude

1 User

Code

Change OK

Press to exclude a group

Wireless keypad PU-R 66

8 PROPERTIES OF STRELEC’S DEVICES

8.1 Common properties of Strelec

Radio frequency and general properties of the wireless system are accessible from

the menu:

System’s code – a property which units equipment of the wireless system. It

contains 2 digits, each lies within the range 00-99. One of the digits is acces-

sible to be changed by a user. Another is selected randomly by PU-R.

Frequency range – selection of a frequency range (434 МHz or 868 МHz1).

Channel’s number – a number of a main frequency channel within a fre-

quency range. Selection of a main channel enables several wireless systems

to operate at the same facility2.

External disturbance – a wireless expander generates a signal “External dis-

turbance” in the event of detecting an irrelevant wireless signal at the operat-

ing channel.

Extended range – an operating range of wireless devices is extended by 1.5

times, when periods of control signals’ transmission and the control of a

communication channel by 5 times.

Properties of detection circuit interfaces of the Control Panels "Akkord-

512", "Raduga-2А", "Raduga-4А" "Raduga-3/240", accessible from this

menu as well, are described in the properties of the wireless expanders WEx

(the paragraph 8.2, page 67) and WExF240 (the paragraph 8.4, page 71) cor-

respondingly.

1 Optimization of radio frequency circuits of wireless devices is performed only for every range separately. There-

fore, while operating in the frequency range, different from the range, the devise has been optimized for; the operat-

ing range of the device will be decreased (approximately by 2-4 times). 2 An inbuilt scanner of radio air can be used for selection of an optimal frequency channel. A minimum noise level

within a frequency channel should serve as criteria for selection.

Menu Configuring Engineer’s code ► Properties

ATTENTION!

Here and hereafter, the properties, obligatory to be

configured during creation of a new system, written in

bold.


8.2 Properties of the wireless expander WEx

The properties, necessary to be configured while adding a device, are written in

bold.

►General properties Control of slave WEx – the period, upon which expiry, a signal about

communication fault with a slave expander in the case of lack of its con-

trol wireless signals, will be generated. The value of the period is from

1.5 to 15 min.

Access code to WEx – input/change of the access code to a wireless ex-

pander. An access code is stored in the memory of the wireless expander.

The code is produced by PU-R upon connection with a wireless expand-

er. To display the code, enter 4 digits from the keypad. To change a cur-

rent code of the expander into a new one, press the screen button

‹ Change › and enter a new code twice. After producing the current

code, PU-R will change the access code in the wireless expander.

Manual/forced bypass of addresses is enabled – options, enabled the ac-

tions of manual and forced bypasses of detectors.

Comment: manual bypass is turning manually control of disturbed or

tampered detectors off from the menu

Forced bypass is turning control of disturbed detectors automatically off,

when arming.

Prohibition of arming if there are tampers/faults – prohibition of the

wireless expander’ partitions arming, if there are tampers/faults.

Powering an expander, control АС/DC – enable / disable control

modes of primary and secondary batteries supply.

Control from PUL1 – type of partitions that control users’ codes WEx 0

from PUL or PUL-R (global/local).

►Partitions 1-16 Global number – a partition's number in the global enumeration. Every

global partition of the expander is included into one global partition.

1 Only for the wireless expander WEx – network coordinator WEx 0.

Menu Control Code ►Manual bypass


Global partitions are necessary for arming partitions of remote wireless

expanders.

Note: PU-R enables performance of those control operations that are ac-

companied by entering a user’s code only for global partitions.

Comment – allocating text descriptors to local partitions of an expander.

Descriptors are indicated by PU-R in the event protocol, status window

and etc.

The following partition descriptors are defined by default:

Entrance hall

Back entrance

Cellar

Bathroom

Bedroom

Playroom

Lavatory

Corridor

Dining-room

Stair

Back door

Emergency exit

Entrance door

Garage

Garage door

Reception room

Hall

Kitchen

Building extension

Living room

Workroom

Balcony

Study room

Mansard

Closet

Land territory

Partition

A descriptor varied from the others can also be allocated to a partition.

For that, use means of the software “Strelec” while synchronizing from a

PC.

Fire attention – an option, at which activation, a fire alarm in this parti-

tion will be generated only when at least two fire detectors have been

triggered. If only one fire detector has been triggered, an alarm signal

“Fire attention” will be generated. The option is not referred to triggering

of manual fire detectors.

Delay of arming/disarming – activation of delays for partitions arming

and disarming, extending from 32 sec. to 3.5 min..

"Rearming" – automatic arming of a partition in the period from 4 sec. to

15 min. after its tampering.

►Relay (R1, R2, R3, outputs LMP and SND) Events – a filter of events, which trigger a relay. The events are the fol-

lowing:

alarm (together with enforcement and tampers)

fire

fault


disarming

Event of WEx – influence of the wireless expander’s own events (case’s

tampering and power supply’s fault) to the relay.

Influence of partitions – connection of events occurred in the partitions

of the wireless expander with the relay.

Operation time – an option, with enables to restrict time of a relay opera-

tion up to 8 min. This option can be useful, for example, to restrict oper-

ation time of an external sounder.

Type – selection of a relay’s triggering type from the list:

Normally-closed;

Normally-opened;

Pulsed (single closing for 4 sec.);

Periodically-switched + normally-opened (the period is 2 sec.)

Periodically-switched + normally-closed (the period is 2 sec.)

Delay – a delay of a relay’s activation from 3 sec. to 4 min.

►User (1-30) Partitions – a list of wireless expander’s local partitions, which is con-

trolled by a user from the local keypads PUL or PUL-R.

Code – a user’s code, which is used for controlling of wireless expand-

er’s partitions by PUL or PUL-R.

►Interface properties of the detection circuit "Akkord-512"

The options are included into the system’s common properties( see the para-

graph 4.4 menu "Properties").

Initial address of SL512 – an initial address, displaying status of Strelec’s

wireless expanders in the detection circuit of the Control Panel "Akkord-

512", varies from 0 to 62 (enter 64 in order to turn the displaying mode off).

Every expander of the system occupies 2 addresses in the detection circuit

SL “Akkord-512". Concurrently, the partitions 1-8 of the wireless expander

occupies address with the number i in the SL, whereas the partitions 9-16

occupy the address with the number i+1.

For example:

Initial address = 34.


The number of wireless expanders = 3.

Address in the SL

"Akkord-512"

Wireless

expander

Partitions of the

wireless expander

34 0

1-8

35 9-16

36 1

1-8

37 9-16

38 2

1-8

39 9-16

Autonomous mode – the mode, in which WEx is becoming a key element

of the SL "Akkord-512", and its address in the SL is 0.

The module of remote indication BVI-64 or executive units from the com-

position of the device “Akkord-512” are required to be included into the list

of the devices which have to be connected with the detection circuit.

8.3 Properties of the wireless expander WExF

The properties, required to be configured after a device has been added, are in

bold.

►General properties Control of slave WEx

Access code

Their functions are similar to the properties of WEx.

►Partitions 1-16 Global number

Comment

Fire attention


Raduga2А address – the address of the partition’s dispalying in the SL

"Raduga-2А/4А" (varies from 1 to 64, enter 65 to turn it off).

►SL control address The option is included into the general properties of the system (see the par-

agraph 4.4 of the menu "Properties").


The address lies within the range from 1 to 8. This address is used for

WExF to acknowledge control signals of SL integrity. The address is select-

ed only from the programmed addresses (one of the system’s partitions must

have this address in the SL).

8.4 Properties of the wireless expander WExF240

The properties, necessary to be configured after a device has been added, are in

bold.

►General properties Control of slave WEx

Access code


►Partitions 1-16 Global number

Comment

Fire attention


►Initial address of Raduga-3 The option is included into the general properties of the system (see the par-

agraph 4.4 of the menu "Properties").

The initial address of location of detectors and expanders in the SL "Radu-

ga-3/240", varies from 1 to 240, for deactivation, enter 241.

8.5 Detectors properties

The properties required to be configured after a device has been added, are in bold.

►General

The general properties of the detectors Aurora-R, Ikar-R, RIG, CP-R,

Arfa-R.

Partition’s number – a number of a local partition, a detector is allocat-

ed to.


Transmission period – transmission period of control wireless signals by

a detector. The transmission period can be increased to extend a battery’s

service life, or decreased to raise a speed of detectors’ respond.

Communication control – a period, after which expiration, a signal about

a fault in communication with a detector, lacking control wireless sig-

nals, will be generated. This period can be set with a small value (up to

1.5 min.), if the requirements of a channel’s reliability control are high.

The period of communication control can be set at the maximum (up to

15 min), if a noise level is high at the facility.

►Properties of the detectors Aurora-R, Ikar-R, Afra-R Sensitivity – adjustment of a detector’s sensitivity level. Sensitivity de-

fines the operation threshold of a detector.

►Properties of the detector RIG

Control of sealed contact/loop – supervision of a sealed contact/loop

control. When the control is off, a sealed control or loop is considered to

be not disturbed.

Sealed contact normally-opened/normally-closed – if the chosen sealed

contact is normally-closed, a state when a magnet is touching a detector

is considered to be normal. A detector, with its sealed contact being

normally-opened, is in the normal mode, when there is no magnet.

Loop type – selecting a RIG’s loop type. Depending on detectors con-

nected to RIG, a loop type can be security or fire.

Thresholds of a security loop:

Loop resistance RIG state

More than 10 kOhm broken

from 4 to 7 kOhm norm

Less than 2.8 kOhm broken

Thresholds of a fire loop:

Loop resistance RIG state

More than 40 kOhm fault

from 10 to 20 kOhm fire

from 4 to 7 kOhm norm

Less than 2.8 kOhm fire

Less than 200 Ohm fault


8.6 Properties of control devices

The properties required to be configured, while adding a device, are in bold.

►Common properties

The common properties of the devices RBU, PUL-R correspond to the

common properties of detectors.

►Properties of PUL-R Partitions indication – selection of a type and number of local parti-

tions indicated by LEDs of PUL-R.

There are following combinations of partitions indication:

Type Number

Local partitions 1-8

9-16

Global partitions 1-8

9-16

Note: in order to supervise global partitions by PUL-R, turn the corre-

sponding option in the properties of WEx 0.

Menu Configuring System WEx 0

‹ Properties ›1 Common properties WEx supervision

Global partitions

Sound – activation/deactivation of audible alarm system of PUL-R (ac-

tivating indication of alarms).

Properties of strokes – actions performed when the buttons “1” – “9” of

PUL-R are stroked2 extendedly.

The list of actions that can be performed by extended strokes of PUL-R:

Action Parameters

Arming of local partitions Partitions list

Disarming of local partitions Partitions list

Panic Partition number

Request about local partitions states Partitions list

Start relay Number of WEx and relay

number

1 If the right screen button is <Show> instead of <Action>, press it to show the devices tree, after which press the

screen button “Action” occurred at the screen. 2 Extended stroke – push and hold a button until an audible signal occurs.


Stop relay Number of WEx and relay

number

Forced disarming Partitions list

Fire and faults reset Partitions list

Fire alarm Partition number

PUL-R functioning as a slave device of the network coordinator (WEx)

can also perform the following actions:

Action Parameters

Arming of global partitions

Partitions list Disarming of global partitions

Reset of fire alarms and faults in global partitions

Request about global partitions states

In order to select an action, press

the screen button ‹ Change ›. Moving the buttons ‹ ›, relocate

the cursor to the line above the

partitions list and again press the

button ‹ Change ›.

►Properties of RBU

Sound – activation/deactivation of RBU’s sound alarm.

Properties of strokes – actions performed when the RBU buttons ‹ ›,

‹ ›, ‹*›, ‹› are clicked once, double1 or extendedly.

The list of actions and the order of

their change is similar to PUL-R.

1 Double clicking – pressing two buttons simultaneously.

кн. 1 Local partitions states 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

Change OK

кн. Local partitions arming 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

Change OK

1. Mark

2. Press


8.7 Properties of output modules groups

The properties required to be configured while adding a device, are written in

bold.

►Common

The common properties of the devices OM-R version 1 and 2, Sirena-R:

Partition number – a local partition’s number assignment. The events

such as faults or tampers are transferred from an output module in this

local partition.

Group number – all the output modules are allocated in one of 8 groups.

Every group can be either turned on or off (see the paragraph 7.11, page

64). If the group is off, a relay start won’t be executed while carrying out

conditions of activation.

Delay – an activating delay of an output module varied from 3 sec. To 4

min.

Events – a filter of events that make an output module trigger, such as

following:

alarms (together with forced alarms and tampers)

fires

faults

disarming

Event of WEx – influence of own events of a wireless expander (case

tampering, power supply fault) to an output module.

Influence of WExi partitions – connection between events in partitions

of the expander with the number i and the output module given. For

global output modules, i can be varied from 0 to 15.

Operation time – is an option that enables to restrict the activation time

of an output module by 8 min. The option can be useful, for example, for

limitation of a sounder’s operation time.

Transmission period/RF Link control – options are assigned similarly to

the options of detectors.


►Properties of OM-R, versions 1 and 2

Control of input Flt – if control is on, a fault signal (“Fault”) is trans-

ferred to the wireless expander, when load resistance connected to the

input “Flt”, reaches some high values. Resistance thresholds are the fol-

lowing:

Resistance at the input Flt OM-R state

More than 10 kOhm fault

From 4 to 7 kOhm norm

Less than 2.8 kOhm fault

Type – selection of relay triggering type from the following list:

Normally-closed

Normally-opened

pulsed (about 4 sec.)

periodical switching + normally-opened (the period is 2 sec.)

Power supply monitoring – is this option is on, OM-R monitors its pow-

er supply voltage

OM-R’s power supply voltage OM-R state

More than 23 V Norm

from 15 to 22 V fault

from 12 to 15 V norm

Less than 11 V fault

8.8 Properties of system devices

The properties required to be configured while adding a device, are written in

bold.

►Common

The common properties of the wireless alarm system “Argon” and the auto

dialer UOO-AV (version 1).

Address – a cover address of the messages transmission system to the

Monitoring Station.

Transmission period – a transmission period of control signals varied

from 2 min to 24 hours, to the Monitoring station.


►Properties of the auto dialer UOO-AV (version 1) Telephone numbers 1-4 – telephone numbers of the Monitoring Sta-

tion’s telephone lines.

The telephone numbers can include numbers from 0 to 9, as well as

symbols: ‘t’ and ‘p’.

The symbol ‘t’ means that a dialer,

while dialing, should wait a beep,

whereas the symbol ‘p’ – a 2-second

pause should be hold.

In order to dial the symbols ‘t’ or ‘p’

in a telephone number, press the but-

ton ‹ › while being in the needed position of the number.

Transmission format – a protocol of data transmission to the receiver

of the Monitoring Station.

UOO-АV (version 1) supports two types of data transmission protocols

such as "Ademco Contact ID" and "ЧM Argus-T".

Additional information

Specification of PU-R

Dimensions – 130x145x30 mm

Weight – not more than 0.3 kg

Range of operating temperatures – -10..+55° С

Relative humidity during operation – up to 93 % at 40° С

Temperature range during transportation – -50..+55° С

Relative humidity during transportation – up to 95 % at 40° С

Protection index – IP41

Mean time between failures – at least 60000 hours

Mean service life (regardless battery life) – at least 8 years

1 telephone number

9 t 8 _

Change OK

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