Clamp connection - Import export

AViTEQ-Tubular feeders are suitable for handling and dosing of free flowing bulk material with a max. grain size of 1/3 of the tube diameter. Especially when the conveying process has to be dust free, tubular feeders are suitable through their closed design; which is needed also with high standards of hygiene and cleanliness. For feeding poisonous and hazardous substances, tube conveyors are used preferred. Advantages & benefits Wide range of applications: dustproof food suitable construction driven by magnetic vibrator/s or unbalanced motor/s long distances possible due to serial connection of feeders possible (conveyor lines) multiple drive possible (magnetic vibrators) variants available for reversing machines separate replacement of tube body or drive traverse (clamp version) made of mild steel or stainless steel Construction Tube feeders are characterized by their simple design. The main components are: feeding tube with a drive beam, either welded or connected by clamping s

The slit versions are useful in applications requiring the bridging of bigger tolerances and/or higher torques. Stacking of the elements is not recommended. Characteristics Customized application – by varying the number of Locking Elements, size and quantity of clamping screws, the connection can be adapted to fit most applications concerning surface pressures, materials, hub/shaft dimensions and available mounting space. Transmission of high loads – to increase the transmissible torque and axial forces up to 4 Locking Elements can be used in series. Maximum reliability – no matter whether the connection is subjected to static, pulsating, dynamic or intermittent loads. Simple manufacture – shaft and hub are designed without keyway. Apart from this, relatively large tolerances are admissible. Easy adjustability – Locking Elements work without positive connection. So they can be adjusted at any place to any position by following the simple installation and removal...

The slit versions are useful in applications requiring the bridging of bigger tolerances and/or higher torques. Stacking of the elements is not recommended. Characteristics Customized application – by varying the number of Locking Elements, size and quantity of clamping screws, the connection can be adapted to fit most applications concerning surface pressures, materials, hub/shaft dimensions and available mounting space. Transmission of high loads – to increase the transmissible torque and axial forces up to 4 Locking Elements can be used in series. Maximum reliability – no matter whether the connection is subjected to static, pulsating, dynamic or intermittent loads. Simple manufacture – shaft and hub are designed without keyway. Apart from this, relatively large tolerances are admissible. Easy adjustability – Locking Elements work without positive connection. So they can be adjusted at any place to any position by following the simple installation and removal...

Locking Elements consist of an internal and external tapered ring. When axial force is exerted on a set of Locking Elements, radial clamping pressures are generated on the shaft and in the hub bore providing a frictional connection. Units may be stacked up to three elements deep for greater torques. For light to medium duty applications. Characteristics Customized application – by varying the number of Locking Elements, size and quantity of clamping screws, the connection can be adapted to fit most applications concerning surface pressures, materials, hub/shaft dimensions and available mounting space. Transmission of high loads – to increase the transmissible torque and axial forces up to 4 Locking Elements can be used in series. Maximum reliability – no matter whether the connection is subjected to static, pulsating, dynamic or intermittent loads. Simple manufacture – shaft and hub are designed without keyway. Apart from this, relatively large tolerances are admissible. Easy...