Engineering design and services in bulk on Qoovee

Belt sander grinder KUPERTEK 3002 with vertical belt feed and 380 V connection Specifications: Overall dimensions: length 740-990 mm, width 370 mm, height 450 mm Weight: 32 kg Motor power: 1.1 kW Number of revolutions: 2840 rpm 380 V connection Belt width: 50 mm Belt length: 1000 ... 1500 mm Belt speed: 20 m / s Drive roller diameter: 135mm Table size: length 150 mm, width 250 mm Working height: 290 mm Tilt angle of the belt: 40 ° ... 110 ° Swivel mechanism - no

Belt grinder Hedgehog with vertical belt feed and 220 V connection. Machine for home, garage, workshop, as well as for professional use. Specifications:   overall dimensions: length 520 mm, width 400 mm, height 320 mm .; weight: 29 kg.; engine power: 1.1 kW.; number of revolutions: 2850 rpm; connection 220 V .; belt width: 50 mm .; tape length: 1000 mm .; belt speed: 20 m / s; drive roller diameter: 135 mm. table size: length 150 mm, width 250 mm .; working height: 290 mm .; table tilt angle: 30 °… 45 °;

Multifunctional belt sander grinder KUPERTEK 3001 with a rotary mechanism and a frequency converter. Specifications:   overall dimensions: length 740-990 mm, width 370 mm, height 450 mm .; weight: 35.7 kg.; engine power: 1.1 kW.; number of revolutions: 2840 rpm; connection 220 V .; belt width: 50 mm .; tape length: 1000 ... 1500 mm .; belt speed: 20 m / s; drive roller diameter: 135 mm. table size: length 150 mm, width 250 mm .; working height: 290 mm .; tape inclination angle: 40 °… 110 °; frequency converter 1.5 kW; swivel mechanism.  

The architectural and design company "Art Deco Design" in Tashkent offers projects of ready-made private houses, multi-storey buildings, hotels, restaurants and other turnkey commercial buildings. Our exterior and interior design works will not leave you indifferent.

Engineering and geological surveys - a set of works aimed at studying the engineering and geological conditions of the construction area, including relief, geological structure, seismotectonic, geomorphological and hydrogeological conditions, composition, condition and properties of soils, geological and engineering-geological processes, forecast of possible changes in engineering geological conditions. Based on the results of engineering-geological surveys and taking into account the forecast of changes in engineering-geological conditions, the choice of the type of foundation is carried out, the depth of the foundation, the dimensions of the foundations and the dimensions of the supporting structures of underground and buried structures are determined.

An energy audit (energy audit) is a set of measures that includes: collection of data on current energy consumption; drawing up balance sheets of energy consumption and distribution; analysis of financial indicators; analysis of technical documentation; determination of the sources of losses; development of a number of measures aimed at improving energy efficiency; determining the effect of the introduction of energy-saving measures. The purpose of the energy audit work: assessment of the actual state of energy use, identifying the causes of occurrence and determining the values of losses of fuel and energy resources, development of a number of measures aimed at reducing the loss of fuel and energy resources, determination of the effect of the introduction of energy-saving measures.

Development of design and estimate documentation includes the passage of the following stages: development of the initial stage of design - preliminary design, pre-design proposal (EP); development of the object concept - feasibility study (feasibility study) of investments, space-planning decisions, urban planning decisions (in accordance with the design assignment) development of the project (P) and working documentation (RP, RD) as part of the following sections: GP - master plan; TX - the technological part; AS - architectural and construction part (including AR - the architectural part, KZh - reinforced concrete structures, KM, KMD - metal structures); OV - heating, ventilation; VK - water supply, sewerage; EO - power supply; ES - electric lighting; TM - furnace; ATM - furnace automation; AOV - ventilation automation; AVK - water supply automation; EG - lightning protection; NES - outdoor electric lighting; NVK - external water supply and sewage networks; PS - fire alarm; AP - automatic fire fighting; EIA - environmental impact assessment; GS - gas supply; PIC - construction organization project. S-Estimates

1.      business (enterprise) appraisal; 2.      assessment of buildings and structures; 3.      appraisal of the apartment; 4.      assessment of the land plot; five.      determining the market value of machinery and equipment; 6.      determining the market value of computing and office equipment; 7.      determining the market value of furniture; eight.      determining the market value of vehicles; nine.      evaluation of machinery and equipment; ten.   assessment of the vessel; eleven.   aircraft evaluations; 12.   valuation of shares; 13.   valuation of a bill; fourteen.   evaluation of patents; fifteen.   evaluating a trademark; sixteen.   estimates of the value of copyright; 17.   know-how assessment; 18.   assessment of receivables.