Vista 501 programming instructions. Installation and Programming Guide

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Vista-501 (Vista-501) is one of the most powerful developments in the OPS market over the past few years. OPS based on Vista-501 (Vista-501) is designed to protect banks, offices, museums, shops, cottages, apartments, small businesses. wide functionality And modern design allow the device to be used indoors and at objects with increased requirements for the interior. Based on the Vista-501 (Vista-1) control panel, you can configure security, fire and alarm for any specific tasks.

) uses state-of-the-art microprocessor technology and long-term memory (power off does not result in loss of information).
is a programmable device. It is pre-programmed with a set of standard values, however these can be modified to suit the requirements of any particular installation. Programming can be done either directly at the installation site, or in the office when creating the appropriate instrument configuration and then installing it on site.
Programming of the control panel Vista-501 (Vista-501) can be carried out from an alphanumeric control panel or from a computer using a bootable software. Programming from a computer can be carried out directly from the workplace or remotely via a telephone line using a modem.
Apart from traditional method programming in the control panel Vista-501 (Vista-501) uses the menu method.
The Vista-501 control panel (Vista-501) is capable of supporting partitioned secure space, in which the physical components and functions of the system can be distributed among unrelated users.
The control panel Vista-501 (Vista-501) provides multiple priority levels per partition, i.e. many users can be assigned different (including the same) priority levels.
The control panel Vista-501 (Vista-501) provides scheduling capabilities: allows you to automate some aspects of its work; allows you to report opening and closing by exception; activate the output actions of the relay according to the schedule. Scheduled events are based on time windows.
The control panel Vista-501 (Vista-501) can be used: regular schedules; holiday schedules; time schedules set by the user.
The control panel Vista-501 (Vista-501) provides up to 20 timers available to the user to influence output devices at pre-set times and days.
Interfacing of the Vista-501 (Vista-501) control panel with domestic centralized monitoring systems is provided using relay modules.
The control panel Vista-501 (Vista-501) is compatible with all Ademco equipment.

Key features:

• connection up to 86 zones
• possibility to create up to 8 partitions
• Possibility to control zones via radio channel
• relay output programming
• the ability to transfer the object through the Vista-501 security panel to the remote control private security

Specifications:

• Number of alarm zones, pcs. up to 86
• Number of partitions up to 8
• Number of built-in wire loops, pcs9
• Number of wireless zones, pcs. up to 86
• Number of address zones, pcs. up to 77
• Number of user codes, pcs. up to 75
• Number of relay outputs, pcs. up to 16
• Operating supply voltage (variable), V220
• Installed inside accumulator battery 12V; 7 Ah

1. installation of zones to be carried out with a wire KSPV 4 * 0.5
2. to power the security sensors connected to the expander, lay the main line from the Vista-501 panel with a SHVVP wire 2 * 0.75
3. control panels are very sensitive to the length of the cable, so if the distance from the Vista-501 panel to the control panel does not exceed 30 meters, you can install KSPV 4 * 0.5, if more, then it is better to play it safe and lay KSPV 10 * 0.4
4. it is better to hang the relay module next to the Vista-501 control panel
5. when using an additional power source (RIP, BIRP) to power the control panel, expanders, relay modules, the minus of the RIP must be connected to the minus of the Vista-501 panel (terminal 7)
6. when using the Vista-501 security panel for installation fire alarm with smoke sensors, it is necessary to use four-wire sensors, type DIP44, while the sensors must be powered through an additional power source (RIP, BIRP) and a relay module
7. a two-wire address line (terminals 24, 25 of the Vista-501 panel) and a data input-output line (terminals 8, 9 of the Vista-501 panel) should preferably be run with a twisted pair
8. built-in power supply of the control panel Vista-501 (terminals 6, 7) it is desirable to load no more than half the power (no more than 370 mA)

Note. The description and wiring diagram of the Vista-501 security panel does not show all the capabilities of this system. This is what is now called "quick start".

Security and fire system
"Vista-501V"

Installation Guide
and programming

Buzdalin I.A., Sarkisov A.Yu., Shilin A.Yu.

Security and fire system "Vista-501V". Installation and Programming Guide.

This book is the first of its kind. All reference materials that existed up to that time were more or less successful translations of instructions for programming the system.

In this publication, an attempt was made not only to describe in detail about the installation and programming security and fire system, but also logically present the material so that even a person who first encountered this system could cope with programming.

© ZAO MZEP-Protection, 2007

Preface 6

Part one.

Technical means of the security and fire system "Vista-501V"

1.1. General information about the Vista-501V system 9

1.2. Control panel 13

1.3. Wired controllers 15

Control and display panel for user and installer

programmable 61391 16

User control and display unit 61281 24

1.4. Radials 28

1.5. 2-wire address line 33

Amplifier current two-wire address line 42971 35

Addressable magnetic contact detector 49391 SN 38

Addressable magnetic contact detector 41911 SN 39

8 Zone Expander 42081U 40

2 zone expander 4190WH2 44

1.6. Technical means of radio channel 48

Radio receiver for monitoring radio channels

58271BD 54 Bidirectional RF Remote Control

5800TM1 Transmitter Module 56

Radio channel alarm detector 58021 58

Radio channel alarm detector 58021MN 59

Remote control radio channel four-button 58041 60

Two-zone radio channel security detector 58161 62

Three-zone security detector radio channel 58171 65

Detector security volumetric optical-electronic
radio channel 58901 68

1.7. Event recording devices 76

Serial interface module 41001 SM 76

Serial interface controller "KPI" 78

Event Log Print Programming 81

1.8. Technical means of remote notification 91

Relay module 42041 91

Outdoor sounder 702 97

Beacon 710 98

1.9. Backup power supply 100

System Testing 104

Part two.

Programming of the security and fire system "Vista-501V"

2.1. System programming technique 103

2.2. System Programming Technique 108

Programming PU 61391 109

Restoring factory settings 111

System Partition Programming 112

System radio channel programming 114

Zone programming 117

Programming alerts 118

User Programming 121

Schedule programming 127

2.3. Menu Programming # 93 139

Zone programming 140

Serial Number Programming 145

Descriptor Programming 147

Device Programming 154

Relay programming 156

2.4. System communications programming 164

Applications

Appendix 1 Programming data fields 171

Appendix 2 System Command Summary 192

Part three.

The work of the security and fire system "Vista-501V"

with centralized security panels

3.1. general description remote control options
centralized security 197

3.2. Sending messages to the monitoring station ADEMCO-685 199

Connecting the Control Panel to a Telephone Line 199

Programming the 200 control panel's auto redial feature

3.3. Controlling the system from a personal computer (PC) 207

Connecting control panels

to a personal computer 207

Part four.

Compass Downloader

Main advantages 215

Structure of the Downloader 216

Network installation 217

Installing from a floppy disk 218

Registration procedure 218

Establishing a connection 218

System definition statement 219

Offline communication 223

Partfifth.

OPERATION OF THE SECURITY AND FIRE SYSTEM "VISTA-501V"

WITH "VISTA VIEW-100" VIDEO SWITCH

General information about the integration of the Vista-501V system
with CCTV systems. 226

Video Switcher “Vista View–100” Purpose.. 226

Switch operation on a four-wire interface 228

Installing and Mounting the Switch 229

Switch Programming 231

Foreword

Alarm systems of the Vista-50 series by Ademco were among the first to appear on the domestic market of foreign technical means of security alarms. High operational reliability and wide functionality, subject to their rational and competent use, are combined in systems with good design and able to meet the needs of most owners. For more than 7 years, Vista-501V has been produced by CJSC MZEP-OKHRANA. Based on the experience of practical operation, this manual systematizes information about the purpose and capabilities of the Vista-501V system, its technical means, and suggests programming methods for individual devices and the system as a whole.

The guide consists of two parts. The first part deals with the issues of installation, configuration and installation programming of the system hardware. The range of technical means considered in the manual is determined on the basis of the “List ...” of devices permitted for use at facilities guarded by private security units of the Ministry of Internal Affairs of the Russian Federation. The second part of the manual deals with the programming of the Vista-501V alarm system.

The technique of programming using a wired
control panel, the methodology for programming the main system
functions and modes of operation.

The material is presented in a logically consistent form suitable for
to study and may be useful as a reference guide
various categories of employees of organizations dealing with the equipment of facilities with security equipment. As a result of the development
in the production and certification of new Ademco instruments, some of the technical features described in the manual may, over time,
undergo changes.

Technical means

security and fire system

"Vista-501V"

1.1. General information
about the system"Vista-501V"

The Vista-501V system (hereinafter referred to as the system) can effectively use
use at such facilities as a bank branch, a small structure
industrial or commercial enterprise, a building with
schennye in it by several independent organizations or a house on
several hosts. This is determined by the following functional
system capabilities:

Three types of signaling are provided: security, alarm and
fire department;

Simultaneously monitors the status of up to 86
protected areas;

Protected areas can be grouped together to form non-
dependent sections (from 1 to 8), which ensures separate use of the system by several owners;

Up to 75 users are simultaneously served with their own
remote access codes;

Users are divided into 7 hierarchical levels with different
powers;

Supports both wired and radio channels
receiving notifications from protected areas;

System management is organized using wired or
diochannel control panels with keypads;

Provides documentation of 224 events that have occurred and
service messages with display of information on the display of the control panel, computer monitor or printout on the printer;

Programmable relay outputs of the system can be used to interface with domestic centralized monitoring consoles, turn on sound and light annunciators, as well as household appliances;

The system has high level information content due to the
the possibility of transmitting alarming and service information in coded form via a switched telephone communication channel to a post-centralized monitoring and via a modem to an IBM-compatible personal computer;

20 programmable timers are able to provide flexible organization
nization of the system operation according to the planned time schedule;

The system has a test mode on command and self-testing
a number of parameters;

The programmed system configuration is saved when
prolonged loss or disconnection of the supply voltage;

The programmed system configuration can be written
san on computer media and loaded if necessary;

The technical means of the system have a high level of design,
which allows you to meet the increased requirements of the owners to the interior of the premises.

System Structure

Structural diagram of the security and fire system "Vista-501V" is shown in fig. 1.1.

IN block diagram it is possible to single out the main block - the control
panel, which is functionally analogous to the control panel
device. All hardware connected to the control panel
systems:

Radial (wired) alarm loops;

Two-wire communication line for connecting addressable
switches and devices;

Four-wire communication line for connecting control panels
leniya, radio channel devices and relay modules;

Serial interface module for printing messages
or connection with a computer;

External sounder.

General information about system programming

The main element of the control panel is the microprocessor.
The work of the microprocessor is under the control of programs, finding--
stored in system memory. The system memory consists of two parts: permanent
memory device (ROM) and reprogrammable memory
device (PROM). The information in the ROM is written to the factory
de-manufacturer and during the operation of the system can only read from the ROM
to be. In PROM, information can be repeatedly written and erased.

During the production of the panel at the factory - the manufacturer in the ROM write
san subroutines for managing all elements of the system, such as
control panels, expanders, relay modules etc. in ROM and PROM
a number of characteristics of the system are also recorded, which are called “factory
my installations. The system delivered to you from the factory is configured in accordance with
with factory settings, which allows it to be used in some
ry cases, for example, during the initial inclusion and study. However, the factory settings may not be sufficient for operation.

Rice. 1.1. Structural diagram of the Vista-501V system

systems in the conditions of a particular object, which will require their change.
Setting system parameters for a particular object is called its programming.

Programming can be done in various ways:

With the help of an alphanumeric control panel and software
61391. This is the most affordable and does not require additional
equipment method. The disadvantage is the duration and small
visualization of the programming process.

With the help of a PC located at the facility and connected to
panels through the 4100SM module. This method is clear,
nako requires the use of special software
COMPASS.

3. With the help of a remote PC located outside the facility and connected
connected to the panel via a telephone line. This method requires the use
COMPASS software and telephone modem.

Installation and registration of system hardware

The composition of the used devices of the system depends on the specific
tasks. Installation of technical means includes installation and
device connection. To ensure the operation of any device in
the system requires its registration, which consists in assigning it
individual system address and entering into the memory of the system para-
meters of this device.

Further in the manual contains material on how to install and register
stratification of the technical means of the system, which have found the widest practice
tic application on protected objects. Accepted by Ademco
designations of technical means contain a four-digit number, on-
for example, PU 6139. Domestic analogues produced by JSC "MZEP-
PROTECTION ”, in the designations they are distinguished by the addition at the end of the unit number
threads, for example, PU 61391.

1.2. Control panel

Generalinformation

The control panel is understood as the central receiving-contact
roll device system. The scope of delivery includes: mounting box
start with installed printed circuit board and power supply unit; pass-
port; the key to the cabinet door lock; two connecting wires (black
ny and red) with terminals for connecting the battery to the printed
board; 8 resistors with a resistance of 2 kOhm for connection to a wire-
nym alarm loops as terminal elements; factory
installation and programming instructions.

The mounting housing of the control panel serves to accommodate the
circuit board, power supply unit, backup battery, some types
pov system devices, as well as the input and output of cables for connecting
neniya peripheral technical means of the system.

Enclosure mounting

The case is usually installed on the wall of the room. For obes-
security of the system and restricting access to it, this room is
nie must be guarded. In production installation work next-
recommendations should be taken into account:

Install the housing using dowels or screws in a clean, dry
home place. The rear wall of the housing has 4 holes for this (see Fig. 1.2.).

All wiring must come out of the plug holes or back wall
ki body, preferably using metal piping.

It is desirable to plug all unused holes with the help of
shchyu disk plugs and bolts.

Main unit connection

The board is located inside the control panel mounting case.
with a mains switch and a block for connecting the mains cable
power supply, transformer and printed circuit board with electrical radio elements.

On the printed circuit board of the control panel are located:

1. Contacts "RED +" and "BLK-" for connecting a backup battery.

2. Terminal block (30 pcs in one row) for connecting low-
voltage output of the mains transformer, radial plumes signal-
lization, two-wire and four-wire address communication lines, sound-
kovy siren, telephone line and grounding.

Rice. 1.2. Chassis mounting holes

3. Two terminal blocks (connectors) J7 and J8 for connection
module 4100SM and external switching devices of the sound signal
lization and management.

Connection order:

1. Having unscrewed the two screws securing the AC power supply board, detached
unite it from the body. Remove the plug in the bottom left corner of the case.
It is advisable to introduce the power cord into the housing through the formed
version using a pipe or a metal hose. For network connection
power supply, connect the power cord to the terminal block on the unit board
power supply according to the diagram in the passport (phase wire - to pin 3).

2. To ensure grounding, connect the ground bar at the site
with pin 30 of the power supply board. Ground connection
it is recommended to make a wire with a copper core diameter of at least
1.3 mm and no more than 9 meters long.

3. Check that the low voltage output of the transformer
was connected to pins 1 and 2 on the printed circuit board, and the common wire block
The power cable was connected to pin 30.

Installing a backup battery (accumulator)

The backup battery is installed inside the mounting case
roll panel. The battery type is determined by the selected
the composition of the technical means used in the system (see the section "Reserve-
external power supply"). Do not connect the battery until the
control panel will not connect all devices. And there will be no
but the power supply is 220V AC.

1.3. Wired control panels

general information

Wired controllers 61391 and 61281 connect to four -
wired address line, to which may not be connected
more than 16 addressable devices (combination of devices 61391, 61281,
42041, 5800TM1, 58811).

When connecting the remote control, the following notes should be taken into account:

1. Each control panel consumes a certain current (from 40 to
100 mA), so when connecting, you may need an additional
ny power supply, if the source built into the control panel
voltage direct current 750 mA is not enough.

2. The maximum cable length from the control panel to a single
th control panel should not exceed the length specified in table. 1.1.

Table 1.1

3. The total length of all cables should not exceed 610 meters,
when using unshielded quad cable (or 300 met-
ditch if a shielded cable is used).

4. If several remote controls are connected to the cable, then
the above maximum lengths must be divided by the number of bullets
goods connected to the cable (i.e. the maximum length will be 68.5 meters,
if 2 remote controls are connected to a cable with a conductor diameter of 0.64 mm).

5. Knowing the number of connected remote controls, check
fulfillment of clause 1 and clause 3. If the total current consumption from control panels
control exceeds the permissible one, an additional connection is required
power supply.

Using an additional power supply

The control panel contains an auxiliary (built-in) unit
750 ml power supply for connecting the control panel and other accessories

burs (radio channel receivers, relay modules, etc.). Battery-
The battery will provide power to these devices in case of
network shutdown.

If the load on the control panel's built-in power supply
exceeds 750 mA, you can connect additional remote controls to additional
additional DC power supply with built-in battery
"with a 12 V battery, as shown in Fig. 1.3.

Light and sound alarm. When connected to system centralized protection, the device transmits alarms ... of the backup power source below 11.3 V. Security And firefighters detectors Security And firefighters detectors used as part of loops ...

00 change the 4-digit installer code. This code does not disarm the system unless it was used to arm. ()

02-05 these fields are programmed in menu #93

09 input delay No. 1 from 01-15 times 15 seconds or 00 - no delay (for zones 01 type) (02)

10 exit delay #1 from 01-15 times 15 seconds or 00 - no delay (for zones 01 type) (03)

11 input delay №2 from 01-15 times 15 seconds or 00 - no delay (for zones 02 type) (06)

12 exit delay #2 from 01-15 times 15 seconds or 00 - no delay (for type 02 zones) (08)

13 Duration of sounding of the siren and remote control during all audio alarms. 01-15 times 2 (04)

minutes

14 zone response 9. 1- for 10 ms. 0 - for normal response -350ms (0)

15 enter the number of the section in which the key switch will be used, if not then 0 (0)

16 enter 1 for 0.5 seconds. turn on the siren after the end of the exit delay. (0)

17 enter 1 for a sound signal from the remote control when the mains power is lost (the signal will appear after (0)

2 minutes after the actual power loss). Enter 0 if the signal is not desired.

18 enter 1 to turn on the siren if the mains power is lost for more than 4 hours. Otherwise 0 (0)

19 for central station (0)

this * or #. If there is no module, then - 00 and *.

21 if 1 is entered, then in case of an alarm in fire type zones, audible alarms will be (0)

continue until reset is entered. If 0 is entered, then in case of an alarm in these zones, the duration of the sound signal will correspond to that programmed in field 13.

22 enter 1 for each panic zone used - 95,96,99. Otherwise 0 (001)

23 enter 1 if any given zone could have multiple (0)

alarms and signals. For a single alarm, enter 0.

24 enter 1 to ignore the tamper contact, otherwise 0 (applies to defined (0)

addressable devices with a tamper or 5800 series.)

25 introduction 1 allows you to additionally switch the voltage on pin 7 (1)

on connector J7 for zones type 8 (24 hour extra), enter 0 if only zones

type hack and panic audio (type 7) will trigger voltage on pin 7

26, 27 report to the center. station

28 enter 1 if you want so that when you turn on the panel (after a long loss of network (1)

power and battery discharge) it turned on in the mode in which the power was turned off; enter 0 if you want the panel to always turn on in the disarmed state. If any zone is violated when power is applied, the alarm will occur only after 3 minutes. Note that if the panel was turned on in away or stay mode before the power failure, the system may not respond for some time (1-3 minutes) to sensor violations, which is given to stabilize the infrared sensors.

29 enter 1 to turn on the system in AWAY, STAY, INSTANT, MAXIMUM modes (0)

using the "#" button instead of entering a code. Enter 0 if a quick take is not desired. (the code must always be used to disarm the system). note that if quick arming was used, then the installer code and a code with level -5 cannot disarm the system.

30 enter 1 for tone dialing of a telephone number, 0 for pulse dialing

38 enter the zone number (01-86) that the user cannot disarm; (00)

enter 00 if all zones can be bypassed. This choice does not affect fire zones that cannot be bypassed.

39 report to the center. station

40 report per center. station

41 use of zones 2-8 with or without terminating resistor (non-resistor-1) (1)

with terminating resistor - 0

87 enter 0 for 3 short beeps on entry or enter 1 for one (0)

continuous beep during the entry delay

1*17 enter common section (1-8) otherwise 0

1*18 enter 1 if this section should affect the general section. When a common partition is disarmed, this partition is also disarmed.

1*19 enter 1 if arming this area will automatically arm the common area (this requires other affected areas to be armed as well), enter 0 if arming this area does not arm the common area.

1*20 enter 1 if you want entry/exit doors to be excluded from under (0)

guards if left open. Or 0 if this is not desired.

1*21 Entering 1 resets the exit delay and leaves 60 seconds after closing (0)

out. doors. Entering 0 does not reset.

1*22 enter the first pair of zones that must be violated within 5 minutes for an alarm to occur. enter 00.00 if zone pairing is not required

1*23 enter the second pair of zones that must be violated within 5 minutes for an alarm to occur. enter 00.00 if zone pairing is not required

1*24 enter the third pair of zones that must be violated within 5 minutes for an alarm to occur. enter 00.00 if zone pairing is not required

1*25 enter the fourth pair of zones that must be violated within 5 minutes for an alarm to occur. enter 00.00 if zone pairing is not required

1*28 enter 0 if you want sound signal and zone number display (0)

a radio transmitter in which the battery has "sat down" is desirable only in the disarmed state.

Enter 1 if needed in the disarmed and armed state.

1*29 report to central station

1*30 enter radio monitoring interval in 2-hour increments (02-15 times (06)

2 hours (4-30 hours)). If within the specified time the receiver does not receive signals from any transmitter, there is a violation of zone 90 for the first receiver and zone 88 for the second receiver (it is necessary to program these zones desired type). Enter 00 if receiver control is not required.

1*31 enter the radio monitoring interval in 2-hour increments (02-15 times (12)

2 hours (4-30 hours)). If the transmitter does not transmit control signals within the specified time, the corresponding zone is violated. Enter 00 if no transmitter control is needed.

1*32 enter 1 if 4281 receiver is used. Enter 2 if using 5881 (0)

1*34 report to central station

1*35 -1*39 report to central station

1*40 1*41 report to central station

1*43 enter 1 if permanent keyboard backlight is desired, otherwise 0 (0)

1*44 enter 1 if you need to detect remote control hacking (if more than 40 (0)

clicks without correct sequence, then the panel turns off the radio control and turns it on only after entering the correct sequence)), otherwise 0.

1*45 enter 1 if you want to beep at the exit delay from the console, otherwise 0 ( 0}

1 * 46 optional output mode

1*47 enter 1 if you need to output the call mode to an external siren, otherwise (0)

1*48 enter the section in which the radio is used 1-8 or 0 if not used. (0)

1*49 enter 1 if you want the remote to beep when there is a problem with (0)

transmitters, otherwise 0.

1*52 report to central station

1*55 European calendar: day, month, year - 1 (0)

American calendar: month, day, year - (0)

1 * 56 power frequency: 60 hertz - (0), 50 hertz -1 (0)

1*57 enter 1 if global arming from 5800 buttons is required, else 0 (if (0)

the global take is not used from the buttons, but the home partition is taken).

1*58 enter 1 if forced bypass of violated zones is required with (0)

radio buttons, or 0 if not desired.

1*60 enter 1 if 2-way audio is used (aav) otherwise 0

1*70 enter 1 for each type of event to be logged, otherwise 0. (0)

(ALM, CHCK, BYPS, O/C, SYSTM-11111)

1*71 enter 1 for 24 hour format or 0 for 12 hour (0) format.

1*72 enter 1 to print the event immediately or 0 to print the log on demand.

1*73 enter 0 if the printer is set to 1200 baud (preferred) or 1 for 300 baud

1*74 enter relay timeout (minutes) 000-127 multiple of 2 minutes

1*75 enter relay timeout (seconds) 000-127

1*76 access control relay - enter the number of the relay to be used for control

access (user enters code and 0)

2*00 enter the number of partitions used in the system 1-8. (one)

2*01-2*08 temporary settings

2*09 report to central station

2*10-2*14 temporary installations

2*18 enter 1 if this partition is accessible from other partitions using the GOTO command from the console, otherwise 0.

2*19 enter 1 if you want to program partition descriptors

2*20 TRIGGER J7 2*21 LORRA trigger

Security (access control and management systems, security-firefighters systems, etc.) - therefore, ensure as much as possible ... at the hardware level, connect the controller with security-firefighterssystems, as well as manage any external devices...

The American security systems manufacturer Ademco was founded in 1977 and almost immediately became the world leader in the production of innovative systems security alarm. One of the main directions of the company is the production of high-tech control boards/Vista devices.

Vista control panels (Vista 101 and Vista 501) are designed to implement a security-fire-alarm system both at objects individuals: apartments, country houses and townhouses, and at the facilities of organizations: protection of offices, warehouses, shops.

Vista control panels (VISTA) on Russian market security systems appeared in the late 1990s. Initially security alarm Vista (Vista 101, 501) were intended for centralized security of premises with connection to the centralized surveillance panels of the territorial police units of the FGKU UVO of the Main Directorate of the Ministry of Internal Affairs of Russia for Moscow and the Moscow Region. In accordance with the requirements of the FGKU UVO of the Main Directorate of the Ministry of Internal Affairs of Russia for Moscow and the Moscow Region security device it was installed in conjunction with a control panel such as "Bastion", UO3K SPI "Phobos", etc., which made it possible to control the supply voltage from 48 to 60V using a crossed telephone line. In the absence of this voltage (KTL) security system generated an “Alarm” signal and the control panels of the FGKU UVO of the Main Directorate of the Ministry of Internal Affairs of Russia for Moscow and the Moscow Region sent police crews to the object. Since the beginning of 2014, MGTS has been working to turn off crossed lines, in connection with which customers of the FGKU UVO of the Main Directorate of the Ministry of Internal Affairs of Russia for Moscow and the Moscow Region need to be replaced reception and control devices installed in addition to the Vista control panel (Vista 101,501) on more modern switchgears with the ability to transmit alarms about an incident via GSM and Ethernet channels. More detailed information, as well as the cost of replacement, you can contact our phone managers: 8-499-372-02-21, 8-495-648-80-08.

At present security equipment Vista 101, Vista 501 with additional modules or control panels, is compatible with almost all control panels of both private security companies and centralized monitoring panels of organizations in Moscow and the Moscow region.