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Brief Specifications - Pallet Mole & Racking

Brief Specifications - Pallet Mole & Racking. Pallet Mole Specifications…. HOW THE PALLET MOLE WORKS: Powered by on-board rechargeable batteries, the Pallet Mole is driven on rails, into a specially designed racking system of tunnels. Using the lifting platform and

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Brief Specifications - Pallet Mole & Racking

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  1. Brief Specifications - Pallet Mole & Racking

  2. Pallet Mole Specifications….. HOW THE PALLET MOLE WORKS: Powered by on-board rechargeable batteries, the Pallet Mole is driven on rails, into a specially designed racking system of tunnels. Using the lifting platform and positioning sensors, each load is then transported to the furthest available storage location in the tunnel. Storage and retrieval are both conveniently operated by the forklift truck driver using a remote control. • ADVANTAGES OF USING • THE PALLET MOLE : • Lower cost per pallet stored compared to other • high density storage methods. • Batch FIFO or LIFO operation is possible. • Less product damage. • More SKU’s can be stored compared to Block • stack storage. • Planning flexibility: the Pallet Mole can be • configured to handle a variety of sizes and • types of loads whilst also having the ability to • store different types of goods on different levels • and in different tunnels.

  3. Pallet Mole Specifications….. “Pallet Shuffle” Function As pallets are removed out of a racking lane in a FIFO operation, additional storage capacity can be created by employing the “Pallet Shuffle” function on the RF Controller. The Pallet Mole automatically moves all the relevant remaining pallets in a tunnel to the foremost position of the specific lane, thus creating additional storage capacity at the “In-Loading” side. FIFO “First-In-First-Out” Pallets are placed into storage from the back of the racking lane and retrieved from storage from the front pick face or side. • Other Features: • AC Regenerative Braking Control – • Ensuring reduced operating & maintenance • cost together with enhanced battery • efficiency. • Electro-Mechanical Lifting & • Traction System • “Quick Change” Batteries • Bi-directional RF control unit with: • • Mole battery low indication • • Mole selected indication • • Mole error feedback • • Manual override function • • “Pallet Count” Function LIFO “Last-In-First-Out” Pallets are placed into storage and retrieved from storage from the same pick face or side.

  4. Pallet Mole Specifications…..

  5. Pallet Mole Versus Competition …… • Easier Engaging Procedure • Less Breakage • Cheaper • Longer Lasting • Low Roll Resistance = Long Battery Life • Better Support For Handling Damaged Pallets BT Shuttle / Maxipacker Pallet Runner / SymoSat Pallet Mole

  6. Pallet Mole Versus Competition …… Pallet Runner / SymoSat Pallet Mole BT Shuttle / Maxipacker

  7. 2. Mole Racking Components ….. 1 = Bracket A - (SMS Supply) 2 = Beam – (Racking Supplier) 3 = Connector – (Racking Supplier) 1 3 2 3

  8. 2. Mole Racking Components …. 1 = Bracket-E (SMS Supply) 2 = Beam – (Racking Supplier) 3 = Connector – (Racking Supplier) 1 3 2 3

  9. 2. Mole Racking Components …. 1 1 = Bracket-C (SMS Supply) 3 = Connector – (Racking Supplier) 3

  10. 2. Mole Racking Parameters Rail Splice Pallet Guide - In End Stop

  11. 2. Mole Racking Parameters – Block Width & Depth Block Width (R5) = (N Bays x R4)+ R2

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