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RNA Vibrationsbunker BVL 5 - Unchained Robotics
RNA Vibrationsbunker BVL 5 - Unchained Robotics
RNA Vibrationsbunker BVL 5 - Unchained Robotics
RNA Vibrationsbunker BVL 5 - Unchained Robotics
RNA Vibrationsbunker BVL 5 - Unchained Robotics
RNA Vibrationsbunker BVL 5 - Unchained Robotics
RNA Vibrationsbunker BVL 5 - Unchained Robotics
RNA Vibrationsbunker BVL 5 - Unchained Robotics

RNA BVL 5 Vibratory Hopper

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Rhein-Nadel Automation RNA BVL Vibratory Hoppers are based on the tried-and-tested SLL series of linear drives. They are factory-adjusted to their permissible payload so that the bulk material (workpieces) is pre-separated with increasing speed towards the discharge. In addition to their high performance, they are known above all for their optimum feeding behavior. Fine tuning can be performed by the user at any time. The BVL-P series has been specially developed for the FlexCube vibratory platforms.
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€1,400.00 excl. VAT.

From 200,00 € a month with lease buy or installment.

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Standard Voltage

200V/50Hz. Also available in special voltages 110V and frequencies 50Hz or 60Hz.

Standard Version

Linear Actuator

BVL 3 (P) and BVL 5: SLL 400-400; BVL 15 (P): SLL 400-600, BVL 25: SLL 400-800; BVL 50: SLL 804-800

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The Rhein-Nadel Automation BVL series of vibratory bunkers are particularly suitable for the storage of small and medium-sized workpieces and are used, for example, within a feeding system for the filling of vibratory conveyors (circular conveyors). The use of hopper systems enables the user on the one hand to increase the autonomy time of a feeding system and on the other hand to be able to design the filling of subsequent systems ergonomically. Another advantage of using hopper systems is the metered filling of downstream equipment. Vibratory hoppers are characterized by a closed trough into which no thin-walled workpieces or chips (for example through joints) can penetrate. In addition, pre-separation of the bunker material is possible by accelerating the transport speed towards the outlet. In this way, downstream equipment can be fed more precisely.

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