Installation works of fire protection systems comprise the most important stage of these systems implementation.
Such works can be carried out only by specialized companies with well-trained personnel and a solid experience in the field of implementation of such projects; they should be financially stable and have an impeccable reputation, as well as all necessary licenses and permits.
Our company, ASPT Spetsavtomatika, meets all these conditions.
Types of installed systems
- Automatic fire alarm system
- Automation fire protection system
- Warning and Evacuation Control system
- In-house fire fighting water pipeline system
- Automatic water (sprinkler) fire extinguishing system (water-based fire suppression, water mist fire suppression)
- Automatic gas, dry chemicals and foam fire extinguishing system
- Water mist fire extinguishing system
- Flame retardant treatment of building structures (metal, wood, concrete)
We work with the following equipment
- Bolid, Rubezh, Effes
- Honeywell, Esser, FCI Gamewell, Siemens, Bosch, Shrack Seconet
- Inter-M, TOA, System Sensor, Apollo, Beward, SAFE
- Globe Fire Sprinklers, Viking, Tyco, PA Spetsavtomatika Biysk
- ASPT Spetsavtomatika, Epotos, Eternis
We have a possibility of involving up to 1,000 engineers and installation personnel for performing works on large objects.
Work stages
- On-site inspection
- Studying the project design documentation
- Contract signing
- Modification of design solutions or development of a project from scratch
- Mobilisation and preparation of the builder’s camp
- Delivery of materials and equipment according to the confirmed schedule
- Completion of installation works according to the confirmed schedule
- Preparation of an operating set of documents
- Performance of pre-commissioning works
- Individual and complex system testing
- Handing the systems over to the customer
- Systems commissioning
- Signing the acts of acceptance
- Execution of warranty obligations according to the terms of the contract
Our experience in the field of fire protection systems implementation is presented in the table
| № | Name of the facility |
| 1 | Tunnels and underground communications of the Third Ring Road (Lefortovsky, Gagarinsky, Leningradsky, Volokolamsky) |
| 2 | JSC “Angstrem-T”, a plant producing semiconductor products |
| 3 | JSC “Phosagro-Cherepovets”, ammonia producing plant |
| 4 | “Dagomys” wellness resort, the property and facilities management under the President of RF |
| 5 | The building of the Main Financial Settlements centre of the Central Bank of Russia, Volokolamskoe Shosse, Moscow |
| 6 | “President” Hotel, Moscow |
| 7 | The complex of buildings of the Ministry of Taxes and Dues (UMNS) for the city of Moscow (Pokhodny proezd) |
| 8 | The complex of buildings managed by the Accounts Chamber of the RF |
| 9 | The building of the Foreign Affairs Ministry of the RF |
| 10 | Kremlin’s Building 1 and Great Kremlin Palace |
| 11 | Server rooms of the companies: IBM, Price Waterhouse Coopers, Deloitte & Touche, Mersedes Benz |
| 12 | Interregional storage premises of the Central Bank of Russia |
| 13 | Regional Branches of Sberbank, Russia |
| 14 | Archive facility of “Vneshtorgbank”, Moscow |
| 15 | Complexes of residential buildings of such companies as “Don-Stroy” (“Alye Parusa” and others), “Tesko” at M. Filevskaya Street, “KROST”(“Olympia” and others) |
| 16 | Sangtuda HPP-1, Tajikistan |
| 17 | The data centre of Aeroflot in Melkisarovo, Moscow Region |
| 18 | The data centre of Avantage in Lytkarino, Moscow Region |
| 19 | Perinatal centre in Lapino, Moscow Region |
| 20 | Library of Saint Panteleimon Monastery in Athens, Greece |
Completed objects
