Air flow regulators - Import export

Microwave sensor for contactless monitoring of material flow in air slides. • easy to install • easy to retrofit • gives trending information by 4 20 mA output • immediate alarm when flow is interrupted

Because the units carry the label made in Germany you can be sure that you are buying a top-quality, highly efficient and extremely reliable heating unit which will carry on heating in the most hostile of environments and harshest of conditions. Theres also an electronically-controlled multistage switch to regulate air flow and air temperature so that you can carry out blasting, coating and painting work in fact almost any surface work at all - at a constant temperature both indoors and out. Here the low-down on the TEH 200: Heating performance: 40 kW Air flow rate: 3,000 m³/h Input voltage: 400 V Power consumption max.: 61 A Fuse protection / plug: 63 A / CEE 63 A, 5-pin Mobility: wheelable/ fork lift / crane Sound level (distance 3 m): 75 dB (A) Air pressure: 600 Pa Temperature increase ΔT: 60 °C Length: 1,625 mm Width: 800 mm Height: 1,270 mm Weight: 230 kg

Because the units carry the label made in Germany you can be sure that you are buying a top-quality, highly efficient and extremely reliable heating unit which will carry on heating in the most hostile of environments and harshest of conditions. Theres also an electronically-controlled multistage switch to regulate air flow and air temperature so that you can carry out blasting, coating and painting work in fact almost any surface work at all - at a constant temperature both indoors and out. Here the low-down on the TEH 300: Heating performance: 80 kW Air flow rate: 6000 m³/h Mains voltage: 400 V Power: 123 A Power socket: CEE 125 A plug Mobility: wheelable/ fork lift / crane Sound level (distance 3 m): 76 dB (A) Air pressure: 600 Pa Temperature increase ΔT: 60 °C Length: 1.625 mm Width: 800 mm Height: 1.245 mm Weight: 245 kg Some of the TEH 300s abundant qualities: Extremely robust top-quality product "made in Germany" Stackable

The OBC-355 universal grain cleaning separator is the most multifunctional drum-type machine for cleaning grain in the world. The number of operating options for the OBC-355 grain cleaning separator exceeds 50. The multifunctionality of the OBC-355 drum cleaner allows it to be used to separate and calibrate a wide range of products (for example: a mixture of any grain, grain with very high clogging, corn with very high humidity, cotton fibers and seeds, glass balls, etc.). The OBC-355 grain cleaning machine can be used both for high-quality calibration and for preliminary cleaning with large volumes of processing. Multifunctionality is achieved due to the innovative design of OBC-355, consisting of a large number of flap valves, screws and 2 main parts: an aspiration unit that removes light impurities depending on the air flow controlled by the regulation of aspiration; cleaning and calibration unit with a rotating drum that removes small and large impurities

In the self-propelled grain cleaner ОВС-25D, cleaning is carried out not on 8, but on 9 sieves. The presence of an additional sieve allows better separation of pure grain and impurities. An additional sieve is installed in the housing of the auger of feed waste and divides them into two parts by size. Due to this, the ОВС-25D grain cleaning machine divides the grain into 4 fractions, and not 3 as ОВС-25 with 8 sieves. ОВС-25D has a capacity of up to 25 tons per hour. ОВС-25D, like other models of ОВС-25 grain cleaning machines we produce, is a self-propelled machine. ОВС-25D independently rides and loads itself with grain without the help of other mechanisms or personnel. Loading is carried out by a chain elevator, which is located in front of the ОВС-25D and picks up grain at a width of 5.3 meters. Grain cleaning in ОВС-25D is carried out both by regulated air flow and sieves, which allows to obtain high quality cleaning.

The RAVAV regulator is dedicated for forced ventilation systems and is an important component for installations with variable air flow. The regulator casing is made of Z 275 galvanized sheet. Optionally, it is possible to use the 1.4301 stainless steel to build the casing. Casing sides with factoryinstalled EPDM rubber gaskets ensure tight connection to ventilation ducts. Inside the casing, the adjusting damper is also insulated (depending on the control mechanism). The servomotor is installed on the control unit casing so as to allow for thermal insulation of the system. The regulator is also available in the version with preinstalled 50 mm insulation and a galvanised steel shield. The measuring system based on aluminum impact pressure tubes and pressure relieve stub pipes ensures reliable measuring of the air flow. Sensor, control unit and servomotor are integrated in one device.

The DSQWA rectangular multiblade aluminium dampers can be used to control and isolate air flow in rectangular ductwork. The dampers can be installed in ventilation ducts, as wallmounted air flow regulators, or AHU air flow regulating and shutoff units. All dampers have a housing made of 4 aluminium profiles and a closure consisting of aluminium blades. The blade height is the same for all product sizes. The blades are fitted with gaskets to provide air tightness class 2 as per EN 17512003. The DSQWA damper can have a handoperated damper mechanism QDMPSAL, an externallymounted actuator, or an actuator mounting. The damper mechanism is installed on the outer surface of the housing. The damper blade rotation mechanism features short and long shafts rotating by intermeshed gears installed on bearings. The gears are installed on the outer surface of the housing.

AJS supply a large range of dampers differing in style which provide varying safety features in ductwork systems which are connected to heating, ventilation and air conditioning systems from fire safety to regulating the air flow. There are various different styles of damper which can be used for different styles of application dampers include butterfly, non return, fire, smoke, constant and blast gate plus many more. Dampers are available with various different safety features.

"FFU (Fan Filter Units) that require precise cleanliness of environmental air (as per ISO 14644 standard flow environments) also need to operate in a laminar air flow in these situations. Mikropor produces Fan Filter Units with two stage filtration. Fan Filter Units ( FFU) are based on a push and pull working principle, with environmental air drawn through a G4 class coarse filter to capture relatively large particles. Thanks to Mikropor’s highly efficient HEPA class filters on the second stage, outlet air on the production lines will have the highest level of air purity. Mikropor produces standard or custom sized Fan Filter Units, designed and manufactured to meet the cleanroom application requirements."

Diaphragm Pressure Reducing Valve DN15-DN25 ** / Body : Brass ( CW617N-CuZn40Pb2) / Connection : Threaded (FF) / Type : With union, with gauge (manomater) / Max. Working Temp. : 120 ºC / Max. Working Pressure : 16 Bar *** Application Areas : Hot and Cold Water Systems