It’s not enough to build a house; it needs to be preserved. One of the main enemies of any buildings is fire. He in a few minutes can destroy property that you have acquired over many years. To avoid this, you need to carry out a whole range of activities: monitor the quality of wiring, clean chimneys, exhaust hoods. But you can’t keep track of everything, and a fire can occur in any home. In order to minimize its consequences, a fire alarm is needed. "Car" - fire system, allowing you to calmly leave the house for a long time.

The room can also be penetrated by unauthorized persons: robbers, robbers, other undesirable subjects. What to do, install another system? The "car" allows you to cope with this problem. Having connected clients receive system 2 in 1.

Alarm Tasks

She must:

• detect any intruder;
• create a notice in a format suitable for transmission;
• send a notice to the decision center;
• set and disarm.

Manufacturer

Systems are produced by a research and development enterprise from Korolev. NVP "Bolid" is a leader in Russia among enterprises manufacturing products of this kind. In addition, it issues access control. Over the twenty-five years of its activity, equipment development engineers have significantly improved its functionality and technical characteristics.

To the equipment of NVP "Bolid" from the section of systems for protection and counter fire alarm  fire, security and combined sensors, control equipment, batteries, installation and installation equipment include.

With the help of NVP “Bolid” systems, it is possible to control cars in parking lots, heating and other engineering networks, to keep records of all energy resources consumed. You can track all moving objects.

The Orion security system is used at 800 thousand enterprises. It is no coincidence that it is considered the most popular in Russia. Fifty awards at various exhibitions, including international ones, confirm this title.

Using

The company's products are mainly involved in large enterprises, large buildings, sports facilities. During the Olympics in Sochi, they also used the Bolid system.

Description

"Fireball" - a system consisting of a certain number of devices that are controlled from a single center, workplace. At the same time, there is a workstation for protection and fire safety.

Integrated system including:

• cCTV;
• alarm;
• video intercoms;
• remote controller;
• s2000 keyboards.

Targeting systems

Alarm systems are unicast and addressable.

The latter always work with network controllers. It can be a remote control or an AWP. They allow you to determine the place of penetration or fire occurrence with an accuracy of one installed sensor. This saves time on troubleshooting.

Combined consists of a controller S2000-KDL, address and non-address detectors.

Comparison with foreign analogues

The reviews of specialists using the Bolid system and foreign analogues note that they are significantly inferior in terms of the quality of both the software and the hardware itself. Why are they used everywhere?

Bolid (security systems):

• much cheaper;
• deliver them faster;
• it is possible to quickly find spare parts;
• the modular system is easy to install;
• the system is easy to expand, which is convenient for large-scale production;
• convenient client-service architecture.

Integrated security system "Orion"

"Orion car" consists of devices and software, interconnected by a common control system. It not only notifies of a fire occurrence, but also controls the extinguishing of the fire, the removal of smoke. In addition, the Orion Fireball system monitors the facility, and conducts video surveillance of its territory.

The monitoring and dispatch system helps rationally organize the work of staff.

Interaction with other systems

The equipment "Bolid" is combined with all life support systems. Together with heating, electricity and water supply, devices that control the lighting of the building, it is connected in a single complex with a central server. This makes it possible to monitor the status and readings of all devices from one place, which allows you to synchronize their work.

If one of the devices fails, then a signal about this is automatically sent to the server. This allows you to quickly and in time detect a malfunction and eliminate it.

Equipment

The devices of the Bolid S2000 station are mechanisms that link all the sensors into a single system and control them. Direct communication makes it possible to deliver the sensor signal through the address unit to the central console. But there are also false signals. The system even provides for these cases or malfunctions. Detectors can be configured to report such problems.

The C2000 "car" quickly detects a fire and transmits information to the server in a few seconds. Immediately after receiving such a signal, the equipment that deals with the elimination of the fire turns on.

S2000 is designed in such a way that it can work from the central remote control and independently, if this remote control is not present or for some reason it does not work. If there is no signal from the reporting device, then it goes to work offline. Therefore, a failure in the common system will not prevent you from dealing with the problem. Fire extinguishing is carried out using powder or gas extinguishers. It includes smoke removal and ventilation devices. At the same time, the system can use almost a hundred instruments. Therefore, you do not need to install devices that would manage each of them.

A certain number of relays and loops connecting them into a single complex can solve such problems:

• eliminate the fire automatically or in manual mode;
• manage everything and Access Control (ACS) if the central console is out of order;
• automatically control indoor and outdoor lighting;
• protect the roof from icing;
• notify sound and light signals of sirens about problems;
• manage the heat and water supply of the room;
• control the temperature in the building.

In addition, the system performs another function. With the help of video surveillance, you can not only search for fires, but also control the work and actions of the organization’s employees and visitors.

If the organization has its own transport and parking for it, you can assign control over them to the Bolid equipment.

The S2000-M console is the main one in the system. It is there that the programs for all the cases provided are located. There are signals of malfunctions, from there the inclusion of devices corresponding to the program goes. 511 sections, zones - more than 2 thousand.

S2000-KDL receives information from more than 120 addressable detectors and expanders, of which users are advised to use no more than a hundred. They are powered by a two-wire communication line.

S2000-K keyboard displays 485 commands for arming and disarming, displays messages. Works with Orion workstation.

S2000-SP1 - relay, opens the line at a voltage after 60V.

S2000-KPB - control and start-up unit, to which 6 lines are connected. Voltage - from 12 to 24 V. Finds line breaks or possible cases of short circuits.

S2000-BZK - protective switching unit.

The address sensors "Bolid" IPR 513-3A, allowing to report a fire in manual mode, work from S2000-KDL, can have about 130 addresses.

Fire sensors Dip-34A, responsive to smoke, addressable. They are placed at a height of up to 9 m. If the room is taller, you can use linear sensors. Due to the fact that they are designed for other systems, they use address extenders.

Security infrared analog sensors S2000-IR allow you to detect a fire location with high accuracy.

Software

By purchasing a Bolid (security system), you get along with it software that allows you to manage processes.

Price

The cost of a set of equipment depends on the number of required functions and ranges from tens to hundreds of thousands of rubles.

Installation by specialists

Purchased equipment must be installed. Installation is carried out by specialists. First, they inspect the room, measure the area, the height of the buildings. Calculate how many and what elements are needed to perform quality protection.

If the installed Bolid device is addressable, then the address and configuration are changed before installation.

There is no certain price for installation. On-site specialists determine the level of complexity, take into account the area and height of the room, determine the installation methods, the number of each type of sensors and other equipment. Calculate the required number of specialists and equipment needed for the installation of equipment.

Training

Burglar alarm system is quite difficult to use. It will not be easy for a beginner to understand its functions. Therefore, various training programs have been developed for specialists who will continue to service the equipment.

This can be a full course or seminars on specific topics. If the first is intended for a detailed study of all the equipment, then the second can be visited by specialists who have work experience, but require knowledge adjustment. This also includes employees who work only in a certain direction.

Our partners

Our groups

Training systems "Orion" (Fireball) in the CA ARMO

The ARMO Training Center conducts intensive practical courses on integrated security systems based on ISO Orion equipment.

•   Integrated systems based on ISO "Orion" and continuing education courses.
•   Fire and security (fire and security) alarm (FA).
•   Access Control Systems (AC).
•   Automatic fire extinguishing systems (AFS).
•   CCTV systems.

Issued Documents

• After training, a "Certificate of Completion" is issued, issued jointly by ARMO and Bolid.
• At the end of the training, certification is carried out in the form of testing and control laboratory work. Successfully passed the certification issued "Qualification Certificate".
• Trainees in continuing education courses are issued a "Certificate of Continuing Education"

Full list of courses "Car"

• . Qualification exam in full-time or part-time. Study days: 1. Classroom hours: 4.
• Study days: 1. Classroom hours: 8.
• Study days: 1. Classroom hours: 8.
• Study days: 1. Classroom hours: 8.
• Study days: 1. Classroom hours: 8.
•   Operation and maintenance  access control systems based on ISO "Orion" and their elements (Fireball). Issuing an organization certificate of qualified personnel. Study days: 1. Classroom hours: 8.
•   Installation, maintenance and repair of access control systems based on ISO "Orion" and their elements, including dispatching and commissioning (Fireball). Issuing an organization certificate of qualified personnel. Study days: 1. Classroom hours: 8.
•   Design of CCTV systems based on ISO "Orion". For designers and service engineers. Study days: 1. Classroom hours: 8.
•   Operation of a CCTV system based on ISO “Orion”. Oriented to service engineers during the period of removal of the system from warranty service. Study days: 1. Classroom hours: 8.
•   Installation, programming and commissioning of CCTV systems based on ISO “Orion”. For installers of a network video surveillance system, as well as service engineers.
•   Dispatching of CCTV systems based on ISO “Orion”. For dispatchers of video surveillance systems, as well as service engineers. Study days: 1. Classroom hours: 8.
•   Design of an automated fire extinguishing system based on ISO "Orion" (Fireball). Theoretical course. Programming and operation are not studied. A line of equipment and installation rules for an automated fire extinguishing system based on ISO "Orion" (Fireball) .. Study days: 1. Classroom hours: 6.
•   Design of fire alarm systems based on ISO "Orion" (Fireball). Theory course. Programming and operation are not studied. Product line and installation rules fire alarm based on ISO "Orion" (Fireball) .. Study days: 1. Classroom hours: 6.
•   Installation and maintenance of automatic control systems based on ISO "Orion" (Fireball). No exam. Programming is not considered. Range of equipment, installation rules, actions during normal operation and maintenance automatic systems  fire extinguishing based on ISO "Orion" (Fireball). . Study days: 1. Classroom hours: 8.
•   Installation and maintenance of fire alarm systems based on ISO "Orion" (Fireball). No exam. Programming is not considered. The range of equipment, installation rules, actions during normal operation and maintenance of the fire alarm based on ISO "Orion" (Fireball) .. Study days: 1. Classroom hours: 8.
•   Programming and commissioning of automatic control systems based on ISO "Orion" (Fireball). Programming is being studied. No exam. AWP "Orion Pro" - just a review. Installation is not being studied. Programming of automatic gas and powder fire extinguishing systems based on ISO "Orion" (Fireball) .. Study days: 2. Classroom hours: 16.
•   Programming and commissioning of OPS based on ISO "Orion" (Fireball). Programming is being studied. No exam. AWP "Orion Pro" - just a review. Installation is not being studied. Programming security and fire alarms based on ISO "Orion" (Fireball) .. Study days: 2. Classroom hours: 16.
•   Certification course of programming and commissioning of the fire alarm system based on ISO "Orion". Intensive advanced course. At the end of the course, students pass a qualification exam. AWP "Orion Pro" - just a review. Installation is not being studied. Programming security and fire alarms based on ISO "Orion" (Fireball) .. Study days: 3. Classroom hours: 24.
•   Programming and commissioning of the fire alarm system based on the ISO "Orion" (Fireball) with the study of AWP "Orion Pro" and warning devices via telephone channels. Advanced course. No exam. Installation is not considered. Programming fire alarm devices based on ISO "Orion" (Fireball). It includes the Orion Pro workstation and the UO-4C instrument settings. Study days: 3. Classroom hours: 24.
•   Certification course of programming and commissioning of the fire alarm system based on ISO "Orion" - advanced course. Intensive advanced course. At the end of the course, students pass a qualification exam. Installation is not being studied. Programming fire alarm devices based on ISO "Orion" (Fireball). It includes the Orion Pro workstation and the UO-4C instrument settings.
• . Complete design track for all systems. No exam. Programming is not studied. The theory of technical protection of objects is given. We study a range of equipment, installation rules, actions during operation and maintenance of fire and security alarms, automatic fire extinguishing systems and access control and management systems based on the ISO "Orion" .. Study days: 4. Classroom hours: 32.
•   Design, installation and operation of fire alarm systems, access control systems and automated control systems based on ISO "Orion" (Fireball). Refresher course  with the issuance of a certificate. The mandatory program of the Ministry of Emergencies and the rules for the installation, operation and maintenance of fire alarm systems, automatic fire extinguishing systems and access control and management systems based on the ISO "Orion" are given. .
•   Monitoring and management of ISO "Orion" using software "Orion Pro". Orion Pro course without exam. Installation is not being studied. The course assumes the presence of programming skills of devices ISO "Orion" (Fireball). Setting up and monitoring the fire alarm system, automatic fire extinguishing systems and access control and management systems in the Orion Pro AWP .. Study days: 1. Classroom hours: 8.
• . A complete programming track without an exam. Includes AWP "Orion Pro". Installation is not considered. Programming of fire alarm systems, automatic fire extinguishing systems and access control and management systems based on ISO "Orion" .. Study days: 5. Classroom hours: 40.
•   Programming and commissioning of OPS, ACS and ASTP based on ISO "Orion" (Fireball). Refresher course  with the issuance of a certificate. The mandatory program of the Ministry of Emergencies and the rules for programming and commissioning of fire alarm systems, automatic fire extinguishing systems and control and management systems are given.
•   Design, installation and operation, programming and commissioning of OPS and ASPT based on ISO "Orion" (Fireball). Advanced programming track without exam. Includes AWP "Orion Pro". A range of equipment, installation rules, actions during operation and maintenance, programming of fire alarm systems and automatic fire extinguishing systems based on ISO "Orion" (Fireball) .. Study days: 5. Classroom hours: 40.
•   Design, installation and operation, programming and commissioning of OPS and ASPT based on ISO "Orion" (Fireball) advanced. Refresher course  with the issuance of certificates, with the study of programming. Without a qualification exam. The obligatory program of the Ministry of Emergencies, AWP "Orion Pro", installation, operation and programming are given fire systems  (OPS and ASPT) .. Study days: 6. Classroom hours: 48.
• Certification course Design and commissioning of integrated security systems based on ISO "Orion". Full track programming on all systems. At the end of the course, students pass a qualification exam. Includes AWP "Orion Pro". Installation is not being studied. Programming of fire alarm systems, automatic fire extinguishing systems and access control and management systems based on ISO "Orion" .. Study days: 6. Classroom hours: 48.
•   Integrated security systems based on ISO "Orion" (Fireball). The advanced training course based on the Bolid equipment includes the basics of SAPS, ACS, ASPT, video surveillance and Orion Pro. . Study days: 6. Classroom hours: 48.
•   Operation, programming and commissioning of OPS, ACS and ASPT based on ISO "Orion" (Fireball). A full track without an examination on the operation, programming and commissioning of security and fire alarms, access control and fire extinguishing systems based on the ISO "Orion" (Fireball). Includes AWP "Orion Pro". The range of equipment, installation rules, actions during operation and maintenance, system programming .. Study days: 5. Classroom hours: 40.
•   Certification on the topic "Operation and maintenance of fire alarm systems based on ISO Orion". Qualification exam in full-time or part-time. Study days: 1. Classroom hours: 4.
•   Certification on the topic "Design, installation and commissioning of the fire alarm system based on ISO Orion". Qualification exam in full-time or part-time. Study days: 1. Classroom hours: 4.
•   Certification on the topic "Operation and maintenance of automatic control systems based on ISO Orion". Qualification exam in full-time or part-time. Study days: 1. Classroom hours: 4.
•   Certification on the topic "Design, installation and commissioning of ASPT based on ISO Orion". Qualification exam in full-time or part-time. Study days: 1. Classroom hours: 4.
•   Certification on the topic "Programming, installation, commissioning and maintenance of the fire alarm system based on ISO" Orion ". Certification. Study days: 1. Classroom hours: 4.
•   The organization of central security points on the basis of AWP PCO "Aegis-3". For installers of security systems, as well as for service engineers. Study days: 2. Classroom hours: 16.
•   Design of warning and evacuation control systems based on ISO “ORION” (Fireball). The course is aimed at designers and installers of warning systems and evacuation control. Study days: 1. Classroom hours: 8.
•   Operation and maintenance of warning and evacuation control systems based on ISO "ORION" (Fireball). The course is focused on service engineers. Study days: 1. Classroom hours: 8.
•   Installation, programming and commissioning of warning and evacuation control systems based on ISO "ORION" (Fireball). The course is aimed at specialists in the installation and commissioning of warning and evacuation systems based on the ISO "ORION". Study days: 3. Classroom hours: 24.

The schedule of courses "Bolid"

date	Course	Hours
November 2017
27.11		6
27.11 - 01.12		40
27.11		8
27.11 - 02.12		48
27.11 - 02.12	Design, installation and operation, programming and commissioning of OPS and ASPT based on ISO "Orion" (Fireball) advanced	48
28.11		8
28.11		8
28.11		6
29.11		8
29.11 - 01.12		24
30.11 - 01.12		16
December 2017
04.12		8
04.12	Design of CCTV systems based on ISO "Orion"	8
04.12		6
04.12 - 08.12	Design, installation and operation, programming and commissioning of OPS and ASPT based on ISO "Orion" (Fireball)	40
05.12	Operation of a CCTV system based on ISO “Orion”	8
05.12 - 07.12		24
05.12 - 07.12		24
05.12 - 06.12		16
05.12 - 08.12		32
05.12		8
06.12 - 08.12		24
06.12 - 07.12	Installation, programming and commissioning of CCTV systems based on ISO “Orion”	16
08.12	Dispatching of CCTV systems based on ISO “Orion”	8
11.12 - 15.12	Design, installation and operation, programming and commissioning of OPS and ASPT based on ISO "Orion" (Fireball)	40
11.12 - 14.12		32
11.12 - 15.12	Design, installation and operation of fire alarm systems, access control systems and automated control systems based on ISO "Orion" (Fireball)	40
15.12		8
18.12	Installation and maintenance of automatic control systems based on ISO "Orion" (Fireball)	8
18.12 - 22.12		40
18.12	Design of an automated fire extinguishing system based on ISO "Orion" (Fireball)	6
18.12 - 23.12	Programming and commissioning of OPS, ACS and ASTP based on ISO "Orion" (Fireball)	48
18.12 - 23.12	Integrated security systems based on ISO "Orion" (Fireball)	48
19.12 - 20.12	Programming and commissioning of automatic control systems based on ISO "Orion" (Fireball)	16
25.12 - 29.12	Design, installation and operation, programming and commissioning of OPS and ASPT based on ISO "Orion" (Fireball)	40
25.12 - 27.12	Installation, programming and commissioning of warning and evacuation control systems based on ISO "ORION" (Fireball)	24
25.12	Design of fire alarm systems based on ISO "Orion" (Fireball)	6
26.12	Installation and maintenance of fire alarm systems based on ISO "Orion" (Fireball)	8
27.12 - 29.12	Certification course of programming and commissioning of the fire alarm system based on ISO "Orion"	24
27.12 - 28.12	Programming and commissioning of OPS based on ISO "Orion" (Fireball)	16
29.12	Monitoring and management of ISO "Orion" using software "Orion Pro"	8
January 2018
09.01	Design of an automated fire extinguishing system based on ISO "Orion" (Fireball)	6
09.01 - 12.01	Design, installation and operation of fire alarm systems, access control systems and automated control systems based on ISO "Orion" (Fireball)	32
09.01	Design of warning and evacuation control systems based on ISO “ORION” (Fireball)	8
10.01	Operation and maintenance of warning and evacuation systems based on ISO “ORION” (Fireball)	8
10.01	Installation and maintenance of automatic control systems based on ISO "Orion" (Fireball)	8
10.01 - 12.01	Installation, programming and commissioning of warning and evacuation control systems based on ISO "ORION" (Fireball)	24
11.01 - 12.01	Programming and commissioning of automatic control systems based on ISO "Orion" (Fireball)	16
15.01	Design of fire alarm systems based on ISO "Orion" (Fireball)	6
15.01 - 19.01	Operation, programming and commissioning of OPS, ACS and ASPT based on ISO "Orion" (Fireball)	40
16.01	Installation and maintenance of fire alarm systems based on ISO "Orion" (Fireball)	8
17.01 - 19.01	Certification course of programming and commissioning of the fire alarm system based on ISO "Orion"	24
17.01 - 18.01	Programming and commissioning of OPS based on ISO "Orion" (Fireball)	16
17.01 - 19.01	Programming and commissioning of an alarm system based on ISO "Orion" (Fireball) with the study of AWP "Orion Pro" and warning devices via telephone channels	24
17.01 - 20.01	Certification course of programming and commissioning of the fire alarm system based on ISO "Orion" - advanced course	32
19.01	Monitoring and management of ISO "Orion" using software "Orion Pro"	8
22.01	Design of ACS based on ISO "Orion" (Fireball)	6
22.01 - 26.01	Programming and commissioning of OPS, ACS and ASTP based on ISO "Orion" (Fireball)	40
23.01	Installation and maintenance of access control systems based on ISO "Orion" (Fireball)	8
24.01 - 26.01	Programming and commissioning of access control systems based on ISO "Orion" (Fireball)	24

•   Design of ACS based on ISO "Orion" (Fireball). Theoretical course. Programming and operation are not studied. A line of equipment and installation rules for an access control and management system based on ISO "Orion" (Fireball) .. Study days: 1. Classroom hours: 6.
•   Installation and maintenance of access control systems based on ISO "Orion" (Fireball). Programming is not studied. No exam. The range of equipment, installation rules, actions during operation of the access control and management system based on ISO "Orion" (Fireball) .. Study days: 1. Classroom hours: 8.
•   Programming and commissioning of access control systems based on ISO "Orion" (Fireball). Includes AWP "Orion Pro". No exam. Installation is not being studied. Programming devices for access control and management systems based on ISO "Orion" (Fireball) .. Study days: 3. Classroom hours: 24.
•   Certification on the topic "Operation and maintenance of access control systems based on ISO Orion". Qualification exam in full-time or part-time. Study days: 1. Classroom hours: 4.
•   Certification on the topic "Design, installation, programming and commissioning of access control systems based on ISO Orion". Qualification exam in full-time or part-time. Study days: 1. Classroom hours: 4.
•   Operation and maintenance of fire alarm systems ISO "Orion" and its elements (Fireball). Issuing an organization certificate of qualified personnel. Study days: 1. Classroom hours: 8.
•   Installation, maintenance and repair of fire alarm systems ISO "Orion" and its elements, including scheduling and commissioning (Fireball). Issuing an organization certificate of qualified personnel. Study days: 1. Classroom hours: 8.
•   Operation and maintenance of automatic fire extinguishing systems based on ISO "Orion" and their elements (Fireball). Issuing an organization certificate of qualified personnel. Study days: 1. Classroom hours: 8.
•   Installation, maintenance and repair of systems automatic fire fighting  based on ISO "Orion" and their elements, including dispatching and commissioning (Fireball). Issuing an organization certificate of qualified personnel.