Estimated cost of work on heating systems
| Name of works | ||
| Works on the installation of boiler equipment | ||
| Installation of a wall-mounted boiler (gas, electric) | ||
| Installation of a wall-mounted boiler 2-circuit (gas, electric) | ||
| Installation of a floor boiler up to 60 kW. (gas, diesel) | ||
| Installation of a floor boiler up to 140 kW. (gas, diesel) | ||
| Installation of a solid fuel boiler up to 60 kW. | ||
| Installation of an indirect heating boiler up to 300 l. | ||
| Installation of an indirect heating boiler over 300 liters. | ||
| Chimney installation up to D 180 mm. | ||
| Installation of a chimney over D 180 mm. | ||
| Installation of the boiler safety group | ||
| Expansion tank installation | ||
| Installation of the circulation pump | ||
| Distributor installation. Collectors up to 5 circuits | ||
| Distributor installation. Collectors over 5 circuits | ||
| Installation of a three-way mixer | ||
| Installation of the fuel line with tank installation (diesel) | ||
| Installation of heating make-up system | ||
| Pressure testing and commissioning 5% of the cost of work | ||
| Draining the coolant from the heating system | ||
| Filling the heating system with coolant | ||
| Works on the installation of the heating system | ||
| Installation of a heating radiator | ||
| Installation of a warm floor | ||
| Installation of a floor convector | ||
| Installation of an outdoor heating manifold cabinet | ||
| Installation of a built-in heating manifold cabinet | ||
| Installation of a heating manifold up to 6 outlets | ||
| Installation of pipelines from the manifold cabinet to the device | ||
| Installation of heating risers D 32 mm. | ||
| Mounting the thermal head | ||
| Pressurization and commissioning of the system 5% of the cost of work | ||
| Works on the installation of water supply | ||
| Submersible pump installation | ||
| Pipeline installation | ||
| Installation of a pumping station | ||
| Replacement of the pumping station | ||
| Installation of a hydraulic accumulator up to 200 liters. | ||
| Installation of a hydraulic accumulator over 200 liters. | ||
| Mounting the pressure switch | ||
| Mounting the filter flask 5″ | ||
| Mounting the filter flask 10″ | ||
| Mounting the filter bowl 20″ | ||
| Check valve installation up to 1″ | 1 | 550 |
| Installation of a ball valve, valve up to 1″ | ||
| Installation of a water main type PPRC | ||
| Installation of a collector type water supply | ||
| Mounting a pressure reducer up to 1″ | ||
| Installation of a collector cabinet for outdoor water supply | ||
| Installation of a built-in manifold water supply cabinet | ||
| Installation of a water supply comb up to 6 circuits | ||
| Installation of water risers 25-32 mm | ||
| Installation of a water meter 1/2″ | ||
| Installation of a water meter 3/4″ | ||
| Installation of a water meter 1″ | ||
| Sewer installation work | ||
| Installation of sewer point D 32 | ||
| Installation of sewer point D 40 | ||
| Installation of sewer point D 50 | ||
| Installation of sewer point D 110 | ||
| Installation of the sewerage pipeline from risers to the device | ||
| Installation of a sewerage pipeline up to D160 mm | ||
| Installation of revision D 50 mm | ||
| Installation of revision up to D160 mm | ||
| Installation of check valve D 50 mm | ||
| Installing a non-return valve up to D 160 mm | ||
| Installation of drain D 50 mm | ||
| Installation of drain D 110 mm | ||
| Installation of the SOLOLIFT system | ||
| Drain pump installation | ||
| Additional work | ||
| Drilling holes in the wall up to 30 cm. D 32 mm (brick, concrete) | ||
| Drilling holes in the wall up to 60 cm. D 32 mm (brick, concrete) | ||
| Drilling holes in the wall up to 30 cm. D 32 mm (wood) | ||
| Shtroba 20x20 mm brick | ||
| Shtroba 30x30 mm brick | ||
| Shtroba 40x40 mm brick | ||
| Shtroba 50x50 mm brick | ||
| Shtroba 110x110 mm brick | ||
| Shtroba 20x20 mm foam block | ||
| Shtroba 30x30 mm foam block | ||
| Shtroba 40x40 mm foam block | ||
| Shtroba 50x50 mm foam block | ||
| Shtroba 110x110 mm foam block | ||
| Shtroba 20x20 mm concrete | ||
| Shtroba 30x30 mm concrete | ||
| Shtroba 40x40 mm concrete | ||
| Shtroba 50x50 mm concrete | ||
| Shtroba 110x110 mm concrete | ||
| Lowering the boiler weighing up to 300 kg. In the basement, basement | ||
| Departure of a specialist to the object |
Adatvdelmi belltsok
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Materials and devices of heating systems
The design and installation of heating in an apartment is carried out using several types of pipes.The choice of a particular type depends on the requirements of a particular object and the wishes of the client. Today, pipes made of polypropylene are especially often used. It is also allowed to use metal-plastic, steel pipes.
Modern heating systems are created using different types of radiators:
- steel;
- cast iron;
- aluminum;
- Bimetallic.
The power and size of the batteries depends on the facility where the heating systems are installed. ASC GROUP specialists take the most responsible approach to the choice of components that will be installed in the premises to create an optimal microclimate.
Radiators can be installed in the room, as well as underfloor heating.
This is especially important when arranging bathrooms and children's rooms, where microclimate requirements are the highest.
In addition, the gas heating installation can be supplemented with microprocessor equipment, which is responsible for monitoring and adjusting the temperature. This will make living in any home as cozy and comfortable as possible by setting the optimal microclimate in each room.
Advantages of water heating
Today, most often prefers water heating, because it has a number of advantages. Firstly, this is the safest way to heat a house, since the heat carrier is heated in a room separate from the living rooms. Secondly, the cost of installing this type of heating is more affordable than installing solar collectors.
Steam space heating was able to prove its effectiveness in the most difficult climatic conditions. It is able to provide fast, uniform heating of premises at low financial costs. An additional advantage that the installation of radiators in an apartment has is the ability to fully automate the heating system in the house. This will create an optimal microclimate in each of the rooms. In addition, hot water supply can be arranged. To do this, it is enough to install an electric boiler or a double-circuit heating boiler.
To calculate the cost of installing heating in an apartment, it is necessary to determine the type of equipment to be installed, the number of components, and the costs of carrying out the necessary work. This allows you to calculate the exact estimate, provide for all the costs that will have to be incurred when creating a heating system in a house or apartment.
