Produkty dla wykonawca (14)

The Spaggiari overhead and gantry crane are used by those who need robust machines and are suitable for intensive and safe handling of large loads. They are therefore usable in the various industries of industrial production, without forgetting the most basic applications in the artisan sector. For this reason, we produce standard machines, but also customized machines for specific requirements. Our overhead and gantry cranes are designed and engineered entirely by our Technical office and are composed of , depending on load capacity and range from double or single welded box section gantry in dual or single beam versions. The main horizontal welding are made with a specific automatic robot to ensure the best continuity and quality of the production, while the vertical and finishing welds are performed by internal welders with a qualification certificate. No component of these machines are left to chance to ensure exceptional lifting and handling performance: • The running heads are equipped with wheels on bearings driven by pendulum reduction gear motors directly mounted on the wheels; • Motor and reduction gearbox are of primary brand, specifically designed for this use and provided for inverter operation to ensure accurate load positioning, avoiding dangerous oscillations; • Hoist and trolley guarantee the best available lift on the market and ensure maximum range to optimize available space. Ascending and descending movements have the best reduction ratio between fast and slow speed; • The large size drum guarantees minimal wear of the cable; • The disc brake, with automatic adjustment does not need replacement for the entire life of the hoist; • The lifting motor is equipped with a temperature probe to prevent burning of motor windings; •Electrical cabinets are made exclusively with premium quality components and fast availability on the market. All electrical connections are made with plugs for quick release to ensure perfect operation of the lifting system even in the presence of vibrations. FEATURES AND BENEFITS Here are some important features and benefits of our bridge cranes and gantry cranes: • Structure and kinematics calculated in the appropriate class depending on the gravity of use; • All movements can be operated by inverters; • Possibility of smooth inclined traction on the winding cable thanks to the presence of our twin cable guide; • Crane hoist carriage/winch with festoon or cable carrier (the latter more reliable in terms of wear and tear due to joints): • Possibility to install a gangway on the main beam of the double beam crane; • Double beam/single beam Crane wheels and of the trolley with conical shafts for a easy and quick extraction when replacing; • Possibility to install high-precision digital weighing systems as well as localized lighting systems in case they are operating in low light conditions; • When using the winch, Spaggiari, available on request, braking system (electro-hydraulic disc brakes) applied to the drum; • The vertical plates of the box section beam do not deform due to the webbed and reinforced internal structure; • For bridge or gantry cranes we can supply additional horizontal guide rollers to be used on the heads, so as to reduce the risk of wear on the lip of the wheel. • Possibility to implementing systems for monitoring the main parameters of the hoist/winch that can provide alarm records and working hours to the customer; • Provision of systems for access control for hook positioning in height; • Possibility of supplying double winch or hoist trolleys; • Possibility of special surface protection with special paints depending on the environment used; • Possibility to use reliable anti-collision systems for machines as well as for tracks on different levels; • Possibility to use crane and zone limitation systems in the presence of offices or forbidden areas inside the building; • The beams of a bridge or gantry crane can be constructed in one piece or with bolted flanges so that they can be transported by sea container.

Riparazione delle macchine agricole: Servizio specializzato che prevede l'ispezione, la manutenzione e la riparazione delle macchine utilizzate in ambito agricolo, come carri semoventi, piattaforme e attrezzature per la raccolta frutta. Questo servizio è fondamentale per garantire che le macchine agricole funzionino in modo efficiente e duraturo nel tempo, riducendo i tempi di inattività e migliorando la produttività. La riparazione può includere la sostituzione di componenti danneggiati, la regolazione delle impostazioni operative e la verifica della sicurezza, offrendo ai clienti supporto tecnico e affidabilità per le loro operazioni agricole.

These motors are designed and realized for the industrial sector, they are solid, reliable and can be used for different applications. • CME three-phase motors are standardized, self-ventilated asynchronous motors for general applications, in conformity with CENELEC European standards and with IEC international standards. Widely used in many industrial applications, they guarantee reliability and high performances. They are motors for a wide range of applications, as they are very adaptable to customers’ needs. • Three-phase asynchronous motors need low maintenance operations, they are very flexible, and can be used in both production and service applications Main features: Quality is always our priority: the three-phase motors are set up in a well-equipped test room to guarantee high product quality. Standard products are made using class “F” or higher insulating materials. The protection is IP 54 and power supply is 230/400 V 50 Hz. Typical applications • Food industry • Metallurgical industry • Paper industry • water treatment ant extraction plants • Pumps and compressors. • Elevators or good lifts • Conveyor belts • Ventilation and air-conditioning systems

The distinctive feature of this product is its shear strength, thanks to the consistent presence of a medium carbon steel nail in the cutting area. This feature makes these rivets particularly suitable for applications requiring high vibration resistance. This is why its scope of application includes the following: Industrial equipment Heavy goods vehicles Industrial ventilation Bush:23B2 steel (EN 1.5508) Nail:38B2 steel (EN 1.5515)

La discesa della campana è manuale e la riapertura è gestita da magnete, dopo un tempo programmabile. Sistema di saldatura tradizionale Pactur, uniformato a quello dei modelli manuali e semiautomatici. Lama saldante piegata a 90°, per una perfetta saldatura anche in angolo. Sistema di saldatura con autoregolazione, collaudato da più di trent’anni di esperienza Pactur. Infatti, la durata dell’impulso di saldatura è in funzione alla temperatura della lama di taglio. Pertanto un maggiore utilizzo della macchina comporta una riduzione dell’impulso di saldatura. Regolazione in altezza del piano di lavoro,il che consente la centratura della saldatura a metà altezza prodotto. Inoltre, questa regolazione è fondamentale per un utilizzo equo di entrambi i lembi della bobina di film. Potente ventola per la termoretrazione. La potente retrazione permette sia l’uso di film più spessi, sia un ottimo risultato estetico con film più sottili. Riscaldamento a mezzo di speciali resistenze corazzate.

Ancorante meccanico ad alte prestazioni per fissaggi passanti e non passanti per carichi medio-pesanti su calcestruzzo non fessurato, con Benestare Tecnico Europeo in Opzione 7 per uso su calcestruzzo non fessurato Espansione morbida grazie ai 3 settori in cui è diviso il corpo Protuberanze esterne di aggrappo a geometria antirotazione Filettatura metrica interna che consente l'uso di diversi tipi di viti e barre filettate Tassello di grande flessibilità, disponibili numerosi accessori in acciaio zincato e acciaio inossidabile (A2 - A4) Diametro esterno ridotto Disponibile in versione antintrusione con dado permanente AF e dado a strappo testa esagonale in acciaio inossidabile Disponibile in versione passante attraverso l'oggetto da fissare

The Farbolt rivet is a structural rivet: once fastened, it tends to form one only structure with assembled materials. This particular feature provides higher resistance to shear and tensile strength, as well as to vibrations. Bush:Steel 23B2 (EN 1.5508) Nail:Steel 38B2 (EN 1.5515)

CME high efficiency motors, also called “high performance motors” comply with the efficiency levels established by the new IEC 60034-30 regulation. They are made in appropriately selected materials in order to minimize energy waste and thus increasing the overall efficiency of the motor. • They are developed in accordance with energy saving guidelines, so they combine the flexibility of three-phase motors with the use of selected materials in order to reduce energy waste and thus reaching high performances. Main features: Available in the versions with 2, 4 and 6 poles for continuous duty S1 Focus on high efficiency Since 16th June 2011, in compliance with the IEC 60034-30 regulation, in Europe motors must have a minimum efficiency level corresponding to IE2. The class IE3 (electric motors with an absorption power 7.5 – 375 kW) is compulsory since 1st January 2015. Electric motors IE2 are allowed only if equipped with a VSD (inverter), with exception for the smallest motors. For these the regulation will be in force starting from the 1st January 2017. The regulation IEC 60034-30 is valid for three-phase asynchronous motors with cage rotor and single-speed between 50 and 60 Hz that: • have a rated power between 0.75 and 375 kW • have a nominal voltage up to 1000 V • have 2, 4 or 6 poles • operate in-line • hey are categorized depending on their functions according to IEC 60034-1, part 6. Included in the regulation are:: • motors with flange, feet and/or shaft those mechanical dimensions don’t comply with IEC 60072-1 EXCLUDED from the regulation are: • with 8 poles • developed only to be used with inverters, in compliance with the IEC 60034-25 regulation, completely integrated in other machines, and that can’t be tested separated from the machine. • Brake motors • Single-phase • Double polarity Typical applications: High efficiency motors can be used in many applications, for example: • renewable energy, • textile machinery, packaging and labelling machinery, • machine tools, • woodworking machinery, • machinery for the food industry, • conveyor belts, • pumps, • fans, • refrigeration and air conditioning • compressors.

The Farbolt rivet is a structural rivet: once fastened, it tends to form one only structure with assembled materials. This particular feature provides higher resistance to shear and tensile strength, as well as to vibrations. Bush:23B2 (EN 1.5508) Nail:38B2 (EN 1.5515)

Rivet manufactured entirely in aluminium. Its particular shape, together with the presence of the portion of spindle along the entire rivet body, allows the use on soft and/or fragile materials, such as plastic, composites and aluminium even on thin thickness, which requires high mechanical strength. Fields of application: photovoltaic systems, plastic assemblies in the automotive industry, construction industry and shipbuilding. The rivets is supplied with a neoprene gasket housed under the head of the rivet body. Rivet body material:AlMg5 Nail material:AlCu4Mg1

Reference to Standard: there are no reference standards Rivet manufactured entirely in aluminium. Its particular shape, together with the presence of the portion of spindle along the entire rivet body, allows the use on soft and/or fragile materials, such as plastic, composites and aluminium even on thin thickness, which requires high mechanical strength. Fields of application: photovoltaic systems, plastic assemblies in the automotive industry, construction industry and shipbuilding. Rivet body material:AlMg5 Nail material:AlCu4Mg1

High values of mechanical resistance. Good resistance to vibrations. Retained nail. Suitable for extraspecifications and irregular holes. BUSH:Steel C4C (EN 1.0303) NAIL:Steel

High values of mechanical resistance. Good resistance to vibrations. Retained nail. Suitable for extraspecifications and irregular holes.

The Farbolt rivet is a structural rivet: once fastened, it tends to form one only structure with assembled materials. This particular feature provides higher resistance to shear and tensile strength, as well as to vibrations. Bush:23B2 (EN 1.5508) Nail:38B2 (EN 1.5515)