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Components for material handling_2015

Components for material handling_2015

Product catalog summary

Separator Systems
Two types of separator systems, Type A and Type B, are designed for dynamic storage environments in material handling. The design specifications require the length of the pallet plus an additional 75mm or 50mm, depending on the system type.

Type 80 Brake Rollers
Applications: These brake rollers are suitable for use with load conveying rollers of any diameter and should protrude about 2mm above the conveyor roller bed. The support structure dictates the minimum spacing of adjacent load rollers.
Characteristics: Constructed from galvanized steel with an 80mm diameter, these rollers feature an internal braking system. Supports are made of steel plates and thermoplastic brackets with spring support. The base weight is 1.645 kg, with a weight per mm of 0.00385 kg, and a maximum load capacity of 1,000 daN.
Operation: The rollers control package speed on gravity lanes, maintaining a constant speed through brake shoes that expand due to centrifugal force, applying pressure proportional to the package speed. Rubber belts can be added to enhance friction.
Usage: Installation distance is influenced by system type, package characteristics, lane incline, and environmental conditions. For controlled speed, one roller per pallet position is recommended, ensuring speed does not exceed 0.3 m/sec. Proper installation results in package speeds of 0.1 to 0.2 m/sec. The lane incline must allow packages to start from a stop, and the device should not be used to stop packages to avoid system overload.

Brake Wheels
Applications: Two types of actions are described: indirect and direct. Indirect action is preferred as it allows contact through two conveyor rollers, with the first roller lined with adhesive rubber to improve friction. Direct action involves positioning the wheels 2mm above the conveyor rollers.
Characteristics: The wheel is made of thermoplastic lined with abrasive rubber. Arms are thermoplastic, connected by stainless steel anchors, with suspension via traction springs.
Operation: Similar to brake rollers, these wheels adjust package speed on gravity lanes, maintaining a constant speed through centrifugal force-induced brake shoe expansion.
Usage: Wheel type and mounting distance are determined by system type, package characteristics, lane incline, and environmental conditions. For controlled speed, one wheel per pallet position is recommended, ensuring speed does not exceed 0.3 m/sec. Proper installation results in package speeds of 0.1 to 0.2 m/sec. The lane incline must allow packages to start from a stop, and the device should not be used to stop packages to avoid system overload. Wheel action can be indirect or direct.

Catalog excerpts

coMponenti per Magazzini dinaMici coMponents for Material handling Dispositivo separatore Separator System Ruote deceleranti Brake wheels coMponents for Material handling coMponenti per Magazzini dinaMici Rulli deceleranti tipo 80 Type 80 brake rollers

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coMponenti per Magazzini dinaMici Components for material handling dispositivo separatore dispositivo separatore separator systeM separator systeM L = lunghezza del pallet + 75mm L = Pallet length + 75mm L = lunghezza del pallet + 50mm L = Pallet length + 50mm Dispositivo separatore tipo B Type B Separator system coMponents for Material handling coMponenti per Magazzini dinaMici Dispositivo separatore tipo A Type A Separator System

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coMponenti per Magazzini dinaMici Components for material handling rulli deceleranti tipo 80 type 80 brake rollers rulli deceleranti tipo 80 type 80 brake rollers Applicazioni: I rulli deceleranti sono utilizzabili con rulli portanti di qualsiasi diametro, e devono sporgere di circa 2 mm sul piano dei rulli di trasporto. L’ingombro del supporto del rullo decelerante determina il passo minimo dei rulli portanti contigui. Caratteristiche: · Mantello: in acciaio zincato diam. 80 mm, con dispositivo decelerante inserito all’interno; · Supporti: costituiti da piastra di acciaio e staffa in materiale...

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coMponenti per Magazzini dinaMici Components for material handling Rulli deceleranti tipo 80 150 63 type 80 brake rollers coMponents for Material handling coMponenti per Magazzini dinaMici Rullo decelerante Brake roller

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coMponenti per Magazzini dinaMici Components for material handling brake wHeelS Applicazioni: (vedere lo schema) · Azione Indiretta: - L’azione indiretta è la soluzione migliore perché consente il contatto con i colli tramite due rulli di trasporto - Per migliorare l’attrito tra ruota decelerante, rulli di trasporto e colli è consigliabile rivestire con una fascia in gomma adesiva il primo dei due rulli a contatto con la ruota. · Azione Diretta: - Nell’azione diretta le due ruote sono posizionate due mm sopra il livello dei rulli di trasporto. Caratteristiche: · Ruota: in materiale termoplastico...

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Components for material handling_2015-10

coMponenti per Magazzini dinaMici coMponenti per Magazzini dinaMici Components for material handling Components for material handling ruote deceleranti ruote deceleranti brake WHeelS brake wHeelS Nell’azione diretta le ruote sono posizionate 2 mm sopra il livello dei rulli di trasporto. Wheels are positioned 2 mm above the conveyor roller level for the direct action. DIRECT ACTION Indirect drive is the best solution as it allows package contact through 2 conveyor rollers. To improve friction between brake wheel, conveyor roller and packages, it is suggested to line the first conveyor roller contacting...

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Components for material handling_2015-11

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