ISC "Pakhra" is an integrated system, designed to ensure comprehensive security buildings, structures, internal territory and perimeters objects of medium and large size.
ISC "Pakhra" is designed and produced as a specific technical product, has technical specifications and
certificates of compliance with the requirements of the Technical Regulations.
The integrated security complex is controlled by proprietary software CSA
CCO "Radioset", developed based on the use of a single information model for all members of
ISC "Pakhra" subsystems.
ISC “Pakhra” is included in the lists of technical equipment recommended for use in departments
private security of the Ministry of Internal Affairs of Russia, the Federal Penitentiary Service of Russia, OJSC Transneft, and the Rosenergoatom concern.
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ISC "Pakhra" is included in the list of technical means,
recommended for use in departments
private security of the Ministry of Internal Affairs of Russia,
Federal Penitentiary Service of Russia, Transneft OJSC, Rosenergoatom Concern.
ISC "Pakhra" is developed using
the following principles:
honeycomb structure
integration at all levels
digital methods of data collection and processing
The protected object is divided into separate adjacent areas
(“honeycombs”) of two types - linear (perimeters, fences
etc.) length
up to 600 m and spatially distributed
(production and office premises, hangars, etc.)
up to a square kilometer in area. Total number of cells
unlimited in the system.
Cell security is ensured by special devices.
local perimeter server (SLUP) or server
local zone (SLZ) with peripheral devices connected to them
equipment. Each server integrates functions
security and alarm signaling, control and management
access, closed circuit television, voice communication
and alerts. Servers also serve as devices
relaying information from adjacent cells to the remote control
centralized monitoring and vice versa.
Dividing the protected object into local zones allows
reduce the length of communication lines with remote peripherals
devices (object devices, video cameras and
etc.) by connecting them to servers and, thereby,
ensure high quality data transmission channels with
minimum costs for cable products.
Implemented at all levels of the complex construction maximum structural and functional integration, starting from peripheral devices, communication channels and to control panel equipment.
Digital principles of data transmission (including video and audio) allow you to relay information unlimited number of times without loss of quality and any distances, create complex geographical areas distributed security systems of various scales – from local to federal.
The structure of ISC “Pakhra” includes three
hierarchy level:
Level of information collection and processing system (ISSI) based on personal computers and AWP software. The SOIS layer can be implemented in the form of one or more distributed points with monitoring and control functions.
Level of security cells based on SLZ and SLUP. SLZ provides comprehensive safety of buildings, structures and open areas with linear dimensions up to 600x600 m; SLUP - comprehensive safety of perimeter sections up to 600 m long at operating temperatures of ±50°C.
The cellular principle allows for high quality information reception, especially analog audio and
video signals, as well as reduce costs for cable products and installation work.
Industrial production technology and ease of connecting external devices increases reliability
functioning and economic efficiency of ISC. SLZ is produced in three unified sizes
versions: SLZ-32, SLZ-64 and SLZ-64A. They differ in the number of connected external devices,
maximum power of uninterruptible power supplies and design.
The total area of the object and the length of the perimeter are limited only by the local throughput
computer network.
Peripheral level, including a wide range of devices security and fire alarms, access control and management, video cameras, voice devices communication and warning, connection devices and communication equipment.
ISC "Pakhra" includes a wide range of equipment and software that fulfills all the needs for ensuring comprehensive security of protected objects:
Automated tactics for arming and disarming using Touch key fobs Memory, Proxy cards or by operator command
Displaying the position, configuration and status of protected areas on a graphic plan (electronic map) of the object
Indication of the status of alarm loops using sound and light sirens
Obtaining information about the state of the alarm system at the operator’s command
Remote (from the operator's console) configuration and reprogramming object device microprocessors
Automated tactics for arming and disarming using Touch key fobs Memory, Proxy cards or by operator command
Displaying the position, configuration and status of protected areas on a graphic plan (electronic map) of the object
Indication of the status of alarm loops using sound and light sirens
Obtaining information about the state of the alarm system at the operator’s command
Remote (from the operator's console) configuration and reprogramming object device microprocessors
Automated tactics for arming and disarming using Touch key fobs Memory, Proxy cards or by operator command
Displaying the position, configuration and status of protected areas on a graphic plan (electronic map) of the object
Indication of the status of alarm loops using sound and light sirens
Obtaining information about the state of the alarm system at the operator’s command
Remote (from the operator's console) configuration and reprogramming object device microprocessors
Automated tactics for arming and disarming using Touch key fobs Memory, Proxy cards or by operator command
Displaying the position, configuration and status of protected areas on a graphic plan (electronic map) of the object
Indication of the status of alarm loops using sound and light sirens
Obtaining information about the state of the alarm system at the operator’s command
Remote (from the operator's console) configuration and reprogramming object device microprocessors
Automated tactics for arming and disarming using Touch key fobs Memory, Proxy cards or by operator command
Displaying the position, configuration and status of protected areas on a graphic plan (electronic map) of the object
Indication of the status of alarm loops using sound and light sirens
Obtaining information about the state of the alarm system at the operator’s command
Remote (from the operator's console) configuration and reprogramming object device microprocessors
Automated tactics for arming and disarming using Touch key fobs Memory, Proxy cards or by operator command
Displaying the position, configuration and status of protected areas on a graphic plan (electronic map) of the object
Indication of the status of alarm loops using sound and light sirens
Obtaining information about the state of the alarm system at the operator’s command
Remote (from the operator's console) configuration and reprogramming object device microprocessors
Automated tactics for arming and disarming using Touch key fobs Memory, Proxy cards or by operator command
Displaying the position, configuration and status of protected areas on a graphic plan (electronic map) of the object
Indication of the status of alarm loops using sound and light sirens
Obtaining information about the state of the alarm system at the operator’s command
Remote (from the operator's console) configuration and reprogramming object device microprocessors
Automated tactics for arming and disarming using Touch key fobs Memory, Proxy cards or by operator command
Displaying the position, configuration and status of protected areas on a graphic plan (electronic map) of the object
Indication of the status of alarm loops using sound and light sirens
Obtaining information about the state of the alarm system at the operator’s command
Remote (from the operator's console) configuration and reprogramming object device microprocessors
Minimizing the range and quantity of technical equipment, the cost of their design and installation with the same level of object security
Reducing the length of communication lines and controls due to their sharing by different subsystems
Improving the quality of reception of video and voice signals through the use of the cellular principle construction, digital processing and integration of communication and power channels
Increasing information content and reducing the number of false positives due to information subsystem interactions
Functional completeness
Operating in a temperature range of ±50°C
Remote redundant adaptive power supply of all peripheral devices (control panel, video cameras, emergency call devices), no need to install power supplies for video cameras, controllers, speech devices, incl. when working outdoors
Industrial vandal-resistant design
Possibility of equipment expansion during operation (scalability)
Execution in the form of structurally and informationally compatible devices (aggregability)
Possibility of remote reconfiguration and reprogramming of devices without disruption operability of the entire system
Built-in diagnostic and self-diagnostic mechanisms (monitoring the integrity of configuration and firmware, control of temperature conditions, control of power and battery parameters)
Version 1.5.51 from 03/09/2016
206.29 MB
Version 5.1.3.7
110.88 MB
388.48 KB
157.58 KB
635.5 KB
299.33 KB
333.84 KB
60.24 KB
61.72 KB
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