Qoovee'de toptan Havalandırma ekipmanları

Помимо световодов, компания активно продвигает для сельского хозяйства светоаэрационные фонари, позволяющие исключить на объектах конденсат, излишнюю влажность, обеспечить необходимое движение воздушных масс,а так же в дневное время суток исключить использование электроосвещения!

Ионообменные фильтры РИФ, ФК, РИФ-ФК предназна­чены для очистки газов от токсичных газообразных и аэрозольных примесей (диоксид серы, фтористый водо­род, хлористый водород, аэрозоли серной, азотной, фосфорной кислот, аммиак, органические кислоты и основания, хромовый ан­гидрид и др.) в химической, машиностроительной, элек­тронной, металлургической промышленности, а также при производстве строительных материалов и в других отрас­лях.Благодаря своей универсальности и простоте, фильтры РИФ встраиваются в приточные, вытяжные, вен­тиляционные и рециркуляционные системы, либо в системы финишной очистки технологических газов.

Besleme voltajı 12V olan elektrikli soğutma fanları, makaralı rulmanlar (aksi belirtilmedikçe), muhafaza plastikten yapılmıştır. CNC makinelerinin elektronik kontrol üniteleri ve otomasyon sistemleri için kontrol kabinlerinin cebri havalandırması ve soğutma radyatörlerinin üflenmesini sağlamak için tasarlanmıştır. Modeller çeşitli boyutlarda ve kapasitelerde mevcuttur.

Filters of the ФяГ type are intended for purification of outdoor and recirculated air in supply ventilation and air conditioning systems for various premises of domestic, administrative and industrial buildings. Technical requirements and characteristics Filter class ФяГ according to GOST R 51251-99, EN 779 (Eurovent 4/9) Specific air load m 3 / h.m 2 Resistance, Pa Efficiency of cleaning,% start end depth, L, mm 48 < / p> 100 G3 (EU3) 7000-10000 40-70 30-55 200 55 G4 (EU4) 7000-10000 50-80 40-60 250 65 Filters are efficient and retain their technical characteristics at a purified air temperature from -400C to + 700C. The filter parameters are determined in accordance with EN 779-2007 The environment and filtered air must not contain aggressive gases and vapors. Fyag filters consist of a frame, made of galvanized steel, inside of which the filter material is laid in the form of pleats

FyaK type filters are designed to remove dust from outdoor and recirculated air in supply ventilation and air conditioning systems. Filters consist of a metal frame and filter material sewn in the form of pockets ... Opposite surfaces of the pockets are pulled together by restraints, which prevents strong inflation and sticking of adjacent pockets. To fix the location of the pockets under the pressure of the air flow, they are tied together with a braid. Table 1 Filter class ФяК according to EN 779 (Evrovent 4/9) Nominal specific air load m 3 / h.m 2 inlet area Aerodynamic resistance, Pa Cleaning efficiency,% Initial Recommended final G3 (EU3) G4 (EU4) F5 (EU5) F6 (EU6 ) F7 (EU7) F8 / 9 (EU8 / 9) 10000-11400 10000-11400 10000-11400 10000-11400 10000-11400 10000-11400 20 ÷ 40 40 ÷ 60 60 ÷ 70 80 ÷ 90 90 ÷ 110 120 ÷ 140 250 250 450 450 450 450 < td> 56 66 75 85 92 98 Filters are efficient and retain their technical characteristics at a temperature of cleaned air from -400C to + 70C. Environment and Filtered air must not contain aggressive gases and vapors. Example of symbol: Explanation: Fyak F5 535x732 x360 - 5 F5 - filter class; 535x732 - overall dimensions (width x height) of the inlet section, mm .; 360 - length of pockets, mm; 5 - number of pockets, pcs.

FRIP bag filters are designed for highly efficient cleaning of dusty air (gas) from dust in exhaust aspiration systems of various industries: metallurgical, chemical, woodworking, construction industry, etc. FRIP bag filters are available in several versions: - for capturing non-toxic, fire and explosive dust with a temperature of the cleaned air up to 200 ° C; - for capturing explosive dust; < / p> - for trapping dust when cleaning high-temperature gases up to 260 ° C. The bag filter consists of a body divided into chambers of raw and purified gases, filter elements (frame type), a valve section with control electromagnets and a sleeve regeneration control device. Dusty air through the inlet pipe enters the chamber, where the filter sleeves are located. The dust is retained on the filtering surface of the material, and the cleaned gases are removed through the upper open parts of the bags into the clean gas chamber.