Vibrationstechnik GmbH Magnetic Vibrators MAXIMUM POWER MINIMUM SPACE Vibrationstechnik GmbH

AViTEQ Vibration Technology WE DRIVE YOUR SUCCESS AViTEQ Product Portfolio QUALIFIED PARTNER FOR SYSTEMS AND COMPONENTS For more than 75 years, AViTEQ Vibrationstechnik GmbH has provided oscillating conveyor solutions to almost 350,000 projects. Our extensive experience and vibrating conveyor expertise is evident with our 125 AViTEQ employees worldwide, who are always to support our international client base. Systems AViTEQ plans and realises vibration and process engineering solutions. Furthermore, a comprehensive offer including all-round service is made possible through AViTEQ and AEG. UNSHAKEABLE...

AViTEQ Magnetic Vibrators SUPREME MUSCLE PACKS TECHNICAL CHARACTERISTICS AViTEQ magnetic vibrators run as if they are lubricated even though they work completely grease-free. That is partly what makes them so reliable: no bearings, extremely robust design, built-in thermal switch to prevent overheating, and screw-on cable connections – great ideas that combine to deliver supreme durability and reliability. The equipment also includes clever details such as infinitely variable vibration amplitudes, instant power transmission or flexible adaptation of drives using weight plates. The collision protection...

Design and Choice of Motor THREE STEPS TO THE RIGHT MAGNETIC VIBRATOR STEP ONE: YOUR APPLICATION 1. Determine your application and the mains frequency, and obtain the vibration frequency from the bar chart. 2. n the case of drives for vibrating equipment (trough conveyors, tubular conveyors, screens, I de-watering devices, helical conveyors, vibrating tables, etc.), selection is primarily based on the „working weight“. The starting point is the weight of the vibrating conveyor without the magnetic vibrator and disregarding the goods on the conveyor. In the case of bunker vibrators (external vibrators,...

PERFORMANCE GRAPHS FOR MAGNETIC VIBRATORS IN A 50 HZ NETWORK Vibration frequency Vibration frequency Vibration frequency Vibration frequency Vibration frequency PERFORMANCE GRAPHS FOR MAGNETIC VIBRATORS IN A 60 HZ NETWORK

Vibration frequency 25 Hz Type Mains voltage (controller input) (+/-10%) Protection to Working weight range EN 60529 [kg] from to from to Transport velocity l)+2) [cm/s] from to Rated Active Possible controller 1)+2) the transport velocity values relate to a minimum acceleration of about 1.8 g and a maximum acceleration of about 9 g. 1) For operation with an AViTEQ controller. 2) Theoretical transport velocity related to a defined reference bulk material (sand) with the following parameters: material density 1.6 t/m3, grain size 3-10 mm, 8% product moisture with approximately cubic...

Vibration frequency Protection to Working weight range Vibration amplitude Transport velocity 1M Rated Active from to from to from to [A] [W] Mains voltage (controller input) (+/-10%) Possible controller

Vibration frequency 100 Hz Type Mains voltage (controller input) (+/-10%) Protection to Working weight range EN 60529 [kg] from to from to Transport velocity l)+2) [cm/s] from to Rated Active Possible Weight controller [kg] Magnetic vibrators in Ex design (Directive 2014/34/EU (ATEX)) 25 Hz Magnetic vibrators in Ex design (Directive 2014/34/EU (ATEX)) 50 Hz 1)+2) the transport velocity values relate to a minimum acceleration of about 1.8 g and a maximum acceleration of about 9 g. 1) For operation with an AViTEQ controller. 2) Theoretical transport velocity related to a defined...

Vibration frequency 30 Hz Type Mains voltage (controller input) (+/-10%) Protection to Working weight range EN 60529 [kg] from to from to Transport velocity l)+2) [cm/s] from to Rated Active Possible controller 1)+2) the transport velocity values relate to a minimum acceleration of about 1.8 g and a maximum acceleration of about 9 g. 1) For operation with an AViTEQ controller. 2) Theoretical transport velocity related to a defined reference bulk material (sand) with the following parameters: material density 1.6 t/m3, grain size 3-10 mm, 8% product moisture with approximately cubic...

Vibration frequency 60 Hz Type Mains voltage (controller input) (+/-10%) Protection to Working weight range EN 60529 [kg] from to from to Transport velocity l)+2) [cm/s] from to Rated Active Possible controller + PAL integrated - PAL not integrated 1)+2) the transport velocity values relate to a minimum acceleration of about 1.8 g and a maximum acceleration of about 9 g. 1) For operation with an AViTEQ controller. 2) Theoretical transport velocity related to a defined reference bulk material (sand) with the following parameters: material density 1.6 t/m3, grain size 3-10 mm, 8% product...

Vibration frequency 120 Hz Type Mains voltage (controller input) (+/-10%) Protection to Working weight range EN 60529 [kg] Rated Active controller [kg] from to from to Magnetic vibrators in Ex design (Directive 2014/34/EU (ATEX)) 60 Hz 1)+2) the transport velocity values relate to a minimum acceleration of about 1.8 g and a maximum acceleration of about 9 g. 1) For operation with an AViTEQ controller. 2) Theoretical transport velocity related to a defined reference bulk material (sand) with the following parameters: material density 1.6 t/m3, grain size 3-10 mm, 8% product moisture...

Controllers KEEPING EVERYTHING IN TIME Controllers CONNECTIONS AND COMMISSIONING To keep your drives running longer, AViTEQ has a full range of controllers. These intelligent clocks are not just suitable for our own components – they also work perfectly with drives from other manufacturers. Even though the standard controllers are highly versatile, they can be optimised for special applications with a range of optional equipment. Vibrator current, maximum Mains voltage in 50/60 Hz networks Special voltages available on request In the type designation, all open frame controllers are identified...