Vacuum valves - Import export

It is used for cleaning and classifying semolina in flour and semolina factories. The product, whose flow rate can be adjusted, is distributed evenly over the entire sieve surface thanks to a curtain. The elimination process is carried out with 2 or 3 layers of telora. With the aerodynamic air duct and air adjustment valves, equal vacuum is created on all sieve surfaces, and products with extended adhesion surfaces, such as bran and bran, are suspended by vacuum, separated from the product and pushed into the outlet channel. The bran-free product (semolina) is classified according to grain size by means of sieves.

It is used for cleaning and classifying semolina in flour and semolina factories. The product, whose flow rate can be adjusted, is evenly distributed over the entire screen surface by means of a curtain. Screening process is carried out with 2 or 3 layers of telero. With the aerodynamic air channel and adjustment valves, an equal vacuum is created on the whole screen surface, the products with extended adhesion surface such as bran and bran are separated from the product by vacuuming and pushed into the outlet channel. The product (semolina) free from bran is classified according to its grain size by means of sieves. Application Field ◾ At food industry ◾ Flour mills ◾ Semolina mills

Pressure / Vacuum control valves suitable for safeguarding containers during loading / unloading phases of powder, grain and fibre products

Lubrication of closing devices and taps, as well as ground joints in industrial vacuum and laboratory equipment, if the consistency of other OKS silicone greases is insufficient Advantages and benefits No carbonization, no melting, steam pressure stays negligible up to +200°C Nearly constant consistency between -30 and +200°C No corrosive influence on metals and no softening influence on rubber and plastics Good resistance against solvents and excellent resistance against numerous chemical agents Resistive to cold and hot water, acetone, ethanol, ethylenglycole, glycerine and methanol, most of diluted bases and acids mineral and vegetable oils and numerous organic compounds and almost all usual gases

Preformed silicone heaters are useful for diamters as small as 12 mm and up to 100 mm. Rounded silicone heaters are not possible with self-adhesive foil. Spiral Wrap Pre-Formed Silicone Rubber Heaters are suitable for tubes and flexible pipes and hoses with Ø 6,35 mm (1/4"). Spiral formed flex heaters can be used up to Ø 12 mm (the length of the stretchable silicone spiral wrap heater is reduced accordingly). The thickness of our spiral-wrapped silicone strip heaters is 2,2 mm. Also our gas and pump line heaters, most frequently used in the semi-conductor process, are shaped and pre-formed according to the object geometry to be heated. They are designed to regulate temperatures in order to prevent condensation in the line. Current applications here are Semi Conductors, Vacuum Chambers, Wafer Chucks, Valves, Exhaust & Pump Systems.

VACUUM PACKAGING MACHINES DZ 500 T - BIG CHAMBER Bench vacuum packaging machine with front sealing bar, made ​​of stainless steel (AISI 304), equipped with digital panel and electronic volumetric sensor that assures a steady control of vacuum. The bigger chamber with rounded lid allows the packaging of products with max. eight of mm. 180 and the vacuum pump from 20 m3 / h. ensures high productivity. Also available DZQ with gas inlet valve (modified atmosphere). Vacuum machines can be equipped with gas injection system (MAP). Each sealing bar is equipped with two nozzles which introduce gases in different quantities, so the machines are suitable for the packaging of one single use for each sealing bar. When ordering, it is possible to request a modification to the gas inlet system so as to be able to pack two bags per bar by entering the same quantity of gas for each package.

Pressure Regulation Valve DRV Nom.width (mm) Flow rate (l/min) 8 ... 25 930 ... 24.000 adjustment of different pressures

Vacuum Regulation Valve VRV Nom.width (mm) Flow rate (l/min) 0 ... 24 135 ... 300 adjustment of the operational vacuum

Foot Interruptor FUB Nom.width (mm) Flow rate (l/min) 7 100 manual control of suction circuits via foot control

3/2-Ways-Ball Valve KV Nom.width (mm) Flow rage (l/min) 19 ... 30 550 ... 1.550 manual switching on and off or individual suction pads with simultaneous ventilation (large volumes)

Handslide Valve HSV Nom.width (mm) Flow rate (l/min) 9 ... 23 200 ... 880 manual control of suction circuits

Reversing Valve UV Nom.width (mm) Flow rate (l/min) Control 10 ... 25 6.000 ... 6.960 24 V DC / 230 V directly controlled vacuum valve to control suction circuits when using blowers

Impulse Valve IMV Nom.width (mm) Flow rate (l/min) Control 10 ... 25 350 ... 1.350 24 V DC / 230 V directly-controlled, bistable vacuum valve to control individual suction circuits

Solenoid Valve EMV Nom.width (mm) Flow rate (l/min) Control 10 ... 25 430 ... 1.200 24 V DC / 230 V directly-controlled vacuum valve to control suction circuits

Solenoid Valve EMVK Nom.width (mm) Flow rate (l/min) Control 2 ... 4 200 ... 400 24 V DC directly-controlled pneumatic valve for control of suction circuits or ejectors

Valve Island VI Nom.width (mm) Flow rate (l/min) Control 6 800 Profi-Bus simultaneous vacuum control of several suction circuits

2/2-Ways-Ball Valve KV Nom.width (mm) Flow rate (l/min) 12 ... 30 430 ... 1.450 manual switching on and off of individual suction pads

Ventilation Filter BF Connect. G1/2 ... G11/2 ventilation filter for installation on vacuum valves on the ventilation side

Ventilation Filter BFS Connect. G1/8 ... G1 ventilation filter for installation on vacuum valves on the ventilation side

For Glass and window The AERO window glass lifters for vertical transport of glass panes and window elements weighing up to 300kg. Glass panes can be turned +/- 90 in 45° intervals with the aid of a hand wheel. An electronic warning system with acoustic signal is used to monitor the vacuum and the power supplied to the vacuum lift. A manual sliding valve with safety interlock prevents supported window elements from being released inadvertently. Previous Next Functionality and characteristics Glass lifters for vertical transport of glass panes and window elements weighing up to 300kg. Glass panes can be turned +/- 90 in 45° intervals with the aid of a hand wheel.An electronic warning system with acoustic signal is used to monitor the vacuum and the power supplied to the vacuum lift.A manual sliding valve with safety interlock prevents supported window elements from being released inadvertently. The intelligent electronic warning system (prescribed according to EN 13155) with...

The transport good can be fixed at the side and transported. For plates, glass panes, windows, doors and rear-end parts of camper. sample applications Pre-assembly of camper rear-end parts Vertical insertion of camper rear-end parts (100 kg lifting capacity). Glass lifter Typ AERO-Window Glass lifters for vertical transport of glass panes and window elements weighing up to 300kg. Glass panes can be turned +/- 90 in 45° intervals with the aid of a hand wheel.An electronic warning system with acoustic signal is used to monitor the vacuum and the power supplied to the vacuum lift.A manual sliding valve with safety interlock prevents supported window elements from being released inadvertently. to the Product page AERO window

Automatic shutoff valves in both socket and plug for vacuum applications. Each can withstand a vacuum of as high as 1.3 x 101 Pa even when disconnected. Uses automatic shutoff valves with ultratight sealed construction in both socket and plug. Ideal for vacuum applications. Having automatic shutoff valves in both socket and plug facilitates easy fluid handling. Suitable for a wide range of vacuum applications as high as 1.3 x 101 Pa {1 x 103 mmHg} even when disconnected. Three types of seal material are available to suit any of the diversified production lines for air conditioners, refrigerators or similar. Can be connected with SP Cupla.

Automatic shutoff valves in both socket and plug for vacuum applications. Each can withstand a vacuum of as high as 1.3 x 101 Pa even when disconnected. Uses automatic shutoff valves with ultratight sealed construction in both socket and plug. Ideal for vacuum applications. Having automatic shutoff valves in both socket and plug facilitates easy fluid handling. Suitable for a wide range of vacuum applications as high as 1.3 x 101 Pa {1 x 103 mmHg} even when disconnected. Three types of seal material are available to suit any of the diversified production lines for air conditioners, refrigerators or similar. Can be connected with SP Cupla.

BSV Series DN 100 – 400 The Ball Segment Valve, BSV for short, is the result of a development of an innovative valve for pharmaceutical and fine chemical processes. For a wide range of solids applications, it is the preferred valve for process equipment like vacuum dryers, reactors or centrifuges as both as inlet and discharge valve. Even if products are not free flowing, have an abrasive effect or have moist and adhesive properties, the Ball Segment Valve is the right choice as a reliable, vacuum and pressure-tight process valve. The internal corner-free and edge-free housing does fullfill your cGMP requirements and leaves the ball segment sufficient space to move clear of the product flow path when opened. A reactor agitator or mixing tool can be designed to move within a few millimetres of the Ball Segment Valve virtually eliminating dead-space in the process area. Besides the standard flanges, the BSV can be equipped with tailored and non DIN flange connections to suit most...

Application as inline armature with venting and breather valve function for vessels. Preferably used for installation in pipes.

Application as end-of-line armature for venting and breathing of tanks. Tested and approved against atmospheric deflagrations for all materials of the explosion group IIB3 with a maximum experimental safe gap (MESG) ≥ 0.65 mm and a maximum operating temperature of 60 °C. Vertical mounting (for tank roofs) with an integrated elbow as an option.

Application as end-of-line armature for venting apertures on tank installations, valve is explosion-proof and endurance-burning proof for certain inflammable liquids. Used mainly as venting and breather device for fixed roof tanks to prevent inadmissible pressure and vacuum and to minimize unwelcome gas losses and inadmissible emissions. Approved for all materials of the explosion group IIA with a maximum experimental safe gap (MESG) > 0.9 and a maximum operating temperature of 60 °C. The housing is mounted perpendicularly on a tank roof. If required by the customer, the valve is equipped with an explosion-proof condensate drain device.

As end-of-line armature, for venting apertures on tank installations. Used mainly as venting and breather device for fixed roof tanks. Used to prevent inadmissible pressure and vacuum and to minimize unwelcome gas losses or inadmissible emissions respectively. The housing is mounted perpendicularly on a tank roof. The product vapours can be discharged through a collective line into the atmosphere connected to the line flange on the pressure side.