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Documentation Détails

The mechanical fastening system ERO Joint® is available on pitches T10, AT10, T20, AT20, 8M, 14M for all widths over 16mm with reinforcement Steel, Kevlar or Stainless steel. (The recommended minimum diameter for pulleys is 50mm). The ERO Joint® splice is compatible with all type of coatings (Supergrip, Linatex®, PU, Sylomer®, …) and all types of guiding. ADVANTAGES Advantages are a fast and easy installation and assembly. With the pin mechanical fastening system ERO Joint®, you will optimize your production downtime by reducing the repair time. The assembly can be realized by screwing or with a tool. This tool enables the pre-tension of belt and makes pins threading easier. ERO Joint ® Ultimate version In Ultimate version, the mechanical belt fastener ERO Joint® transmits more than 50% of the power of a Flexbelt (true endless belt): Between pulleys, there is always a ½ continuous tight side to assure the mechanical resistance and the rigidity of the belt.

Machine universelle avec largeur de bande 75 mm. Ponçage à plat possible par le dessus. Machine universelle, équipée d'un disjoncteur magnétothermique de protection. Hauteur de travail réglable. Carters de protection supérieurs démontables. Ponçage à plat possible par le dessus ( revêtement graphite sous la bande). Pare-étincelle orientable. Plaque d’appui matière orientable. Roue de contact avec protection latérale. Caractéristiques techniques : Dimensions de la bande : 75 x 2000 mm. Moteur : TRI 400 V / 3.0 kW. Roue de contact : largeur 75 x Ø 200 mm. Roue d'entraînement : largeur 75 x Ø 200 mm. Vitesse de la bande : 29 m/s. Dimensions (L x l x H) : 700 x 490 x 1130 mm. Poids : 72 kg. Unité d'aspiration disponible en option.

Courroies constituées de deux couches de friction en Nitrile acrylique, plus connu sous le terme général « élastomère ». L’élément de traction en polyamide PA6 placé au centre de la courroie est composé de granulés chauffés, extrudés puis étirés pour former un élément compact. Le tissu polyamide antistatique placé entre l’élément de traction et les couches de friction, permet de réduire l’électricité statique due à la rotation de la courroie (phénomène électromoteur). Documentation Courroie plate TA

PAS: 8MGT - 14MGT La courroie Polychain® est développée et brevetée par Gates. C'est la courroie qui permet de transmettre les puissances les plus élevées. A la différence des autres produits Gates réalisés en manchons, elle est constituée de polyuréthane.

Courroies constituées de deux couches de friction en cuir et d’un élément de traction en polyamide. Leur principal avantage réside dans la possibilité de pouvoir accepter des glissements grâce à leurs couches de friction en cuir qui sont en contact avec les poulies.

Courroie Hi-Power® Courroie classique enveloppée, réputée pour sa fiabilité, sa longévité Existe également en version « multibrins » Détails Hi-Power®

ADVANTAGES Advantages are a fast and easy installation and assembly. With the hinge pin mechanical fastening system ERO Joint® HP, you will optimize your production downtime by reducing the repair time. Mechanical strength and lifetime are higher than any other mechanical fastening systems. Mechanical resistance and elongation are equivalent to welded belts. TENSIONING TOOL FOR ERO JOINT® HP Alternatives Spiral seams The mechanical spiral seams system is also very easy to assemble as ERO Joint® HP but its mechanical resistance is poor. Pin Joint The mechanical Pin Joint system is more difficult to assemble than ERO Joint® HP. The mechanical resistance is also lesser than ERO Joint® HP.

ADVANTAGES Advantages are a fast and easy installation and assembly. With this new solution of mechanical joint system, you will save time and optimize your production downtime by reducing the repair time. The mechanical assembly of ERO Joint® round belts is substantially better compared to another mechanical joint system. There is no other mechanical joint system in round belts with traction cord. Mechanical fastening systems ERO Joint® are lasting solutions. The ERO Joint® round belts are spliced in our production using a patented process and fitted with the length requested. Anyway using ERO Joint® round belts ensure you a complete freedom and a high-flexibility: no specific tool, no splicing and welding procedure to respect, no deburring, no risk to miss the welding. ERO Joint® round belts are easy to assemble. Alternatives Hollow round belt with fastening system Hollow round belt with connector are only used for very low mechanical resistance.

The mechanical fastening system ERO Joint® is available in conveyor belts with a thickness over 1mm. The assembly is made by threading of 3 transversal pins (stainless steel or polyacetal pins can be used). ERO Joint® splice is integrated into the conveyor belt, with no structural, width and colour changes. Tensile Kevlar cord can be embedded in Polyurethane upon request. Anyway using ERO Joint® conveyor belts ensure you a complete freedom and a high-flexibility: no specific tool, no splicing and welding procedure to respect, no deburring, no risk to miss the welding. ERO Joint® conveyor belts are easy to assemble.

The mechanical fastening system ERO Joint® is available in flat belts with a thickness over 1mm containing an intermediate layer of Polyurethane. The assembly is made by threading of 3 transversal pins. Anyway using ERO Joint® flat belts ensure you a complete freedom and a high-flexibility: no specific tool, no splicing and welding procedure to respect, no deburring, no risk to miss the welding. ERO Joint® flat belts are easy to assemble. Advantages are a fast and easy installation and assembly. With this new lacing technology, you will save time and optimize your production downtime by reducing the repair time.

Advantages are a fast and easy installation and assembly. With this new solution of mechanical fastening system, you will save time and optimize your production downtime by reducing the repair time. The recommended minimum diameter for pulleys is 50mm. The mechanical joint system ERO Joint® WT is compatible with conveyor belts scrapers. Mechanical fastening systems ERO Joint® WT are lasting solutions. The ERO Joint® WT splice shape may be adapted in order to increase the mechanical resistance. ERO Joint® WT is the only one solution of mechanical belt fasteners in wide timing belts. The ERO Joint® WT wide timing belts are spliced in our production using a patented process and fitted with the length requested.

In all cases, the mechanical fastening systems ERO Joint® are linked to a traction cord embedded in the belt in order to provide the required mechanical resistance. (ERO Joint® is also available in belts without traction cord). In such cases, a traction element is added to assure the mechanical resistance of the mechanical hinge joint. Anyway using ERO Joint® V-belts ensure you a complete freedom and a high-flexibility: no specific tool, no splicing and welding procedure to respect, no deburring, no risk to miss the welding. ERO Joint® trapezoidal belts are easy to assemble.

Exclusive Gates and Tanals The only power transmission belt with mechanical assembly The mechanical fastening system ERO Joint® - developed by Tanals - provide various possibilities to assemble belts on-site without having to disassemble pulleys or axes and to release the transmission. ERO Joint® and ERO joint® Ultimate are developed for and with Gates by Tanals. They offer unique solutions system for easy and fast repair of power transmission. The cutting shapes of the junction fingers have been engineered for maximum tensile strength and fatigue resistance of the Poly Chain® GT Carbon™ material. The power of Gates combined with the creativity of Tanals. Poly Chain® GT Carbon™ outstanding mechanical performance combined to patented innovative solution ERO Joint® Ultimate offer the only transmission belt with mechanical assembly whose performances equal those of all other endless belts on the market. A sustainable solution able to replace any rubber belt.

In addition to providing a high quality and technology in drive solutions, Gates also provides you expertise on synchronous drive systems. The Poly Chain® GT Carbon™ is the new polyurethane synchronous belt by Gates, manufactured with patented carbon tensile cord and providing a high torque and low speed drives. Engineers from the materials development department of Gates are the pioneer in high fatigue-resisting carbon fibre tensile cord incorporated into a new polyurethane compound belt. Then the Poly Chain® GT Carbon™ is the most potent synchronous belt in the transmission world, and provide a maintenance-free, energy saving and eco-friendly operation. It is a brilliant substitute to roller chain and gear drives.

PAS: 8MGT - 14MGT / 5M / XL - L - H La courroie Twinpower® est une courroie à double denture. Elle existe en denture GT, HTD ou trapézoïdale.

COURROIES DENTÉES PU - LINÉAIRES Ces courroies réalisées en métrage peuvent être jonctionnées, elles sont destinées principalement au convoyage ou au positionnement. Il existe différents profils de denture.

PAS: MXL - XL - L - H - XH - XXH Le profil trapézoïdal classique est le design original des dents des courroies dentées. Ce profil de denture peut être employé dans les applications de transport et de transmission de puissance. Ce profil correspond aux applications peu exigeantes. Profil normalisé suivant ISO 5296.

PAS: DT5- DT10 Ce profil trapézoïdal, ici en pas métrique, est le design original des courroies dentées. Il est employé habituellement pour des applications de transport et de transmission de puissance. Le profil correspond aux applications peu exigeantes Documentation Détails

Le pas 8MGT (8mm) a une construction sans silicones (adaptée aux unités de peinture). Ces courroies s'utilisent sur les poulies HTD. Elles sont antistatiques, conformément à la norme ISO 9563 (utilisation en atmosphère ATEX). Documentation Détails

Les bandes transporteuses GRAFICTAN’ sont composées d’un ensemble de plis en polyester ou d’une armature polyamide qui définit les propriétés mécaniques et la raideur de la bande. Elles sont recouvertes d’un revêtement en NBR (élastomère) sur une ou deux faces leur conférant une grande résistance à l’abrasion. Elles sont généralement utilisées dans les industries des arts graphiques pour le transport du papier ou du carton. Elles sont toutes antistatiques. Documentation GRAFICTAN'

COURROIES RONDES COURROIES RONDES AVEC ARMATURE COURROIES RONDES CREUSES COURROIES TRAPÉZOÏDALES COURROIES TRAPÉZOÏDALES AVEC ARMATURE OUTILLAGES

PAS: 8MGT - 14MGT (se monte aussi sur 8M et 14M HTD en dépannage) Poly Chain® GT Carbon™ ERO Joint® et ERO Joint® Ultimate sont des solutions de courroies à assemblage mécanique simples et rapides. Utilisées en dépannage ou de manière durable, elles permettent de remplacer vos courroies très rapidement. Documentation

PAS: T5V- AT5V- ATL5V- T10VS- T10V- AT10V- HV Ces courroies sont extrudées directement avec le guide garantissant une parfaite tenue du guide dans le temps. Elles peuvent également être soudées, la soudure assurant la continuité du guide. Détails

Exclusive Gates and Tanals The only power transmission belt with mechanical assembly The mechanical fastening system ERO Joint® - developed by Tanals - provide various possibilities to assemble belts on-site without having to disassemble pulleys or axes and to release the transmission. ERO Joint® and ERO joint® Ultimate are developed for and with Gates by Tanals. They offer unique solutions system for easy and fast repair of power transmission. The cutting shapes of the junction fingers have been engineered for maximum tensile strength and fatigue resistance of the Poly Chain® GT Carbon™ material. The power of Gates combined with the know-how of Tanals. Poly Chain® GT Carbon™ outstanding mechanical performance combined to ERO Joint® provide the only existing transmission belt with mechanical assembly. The only existing transmission belt with mechanical assembly, a unique solution on the market. Suitable for all HTD installations.

PAS: TN10 - TN15 La denture triangulaire a été développé pour les petites applications demandant une grande précision de positionnement. Documentation Détails

Documentation Détails

ADVANTAGES Advantages are a fast and easy installation and assembly. With this new solution of mechanical fastening system, you will save time and optimize your production downtime by reducing the repair time. The mechanical joint system ERO Joint® keeps the minimal diameter of the belt and is compatible with conveyor belts scrapers. Mechanical fastening systems ERO Joint® are lasting solutions. The ERO Joint® splice shape may be adapted in order to increase the mechanical resistance. Mechanical splicing system ERO Joint® are also possible in conveyor belts with sealed tension members (like Gates PosiClean® and FlatClean FC12™) ->More about PosiClean® ERO Joint® belt The ERO Joint® conveyor belts are spliced in our production using a patented process and fitted with the length requested.

PAS: 8MGT - 14MGT (se monte aussi sur 8M et 14M HTD en dépannage) Poly Chain® GT Carbon™ ERO Joint® et ERO Joint® Ultimate sont des solutions de courroies à assemblage mécanique simples et rapides. Utilisées en dépannage ou de manière durable, elles permettent de remplacer vos courroies très rapidement.

Les bandes transporteuses POLYTAN’ sont composées d’un ou d’un ensemble de plis en polyester qui apporte la rigidité et la résistance mécanique nécessaire. Elles sont recouvertes d’un revêtement face supérieure en PU (Polyuréthane) résistant aux coupures ou encore en SI (Silicone). Elles sont généralement choisies pour leurs grandes résistances aux huiles et aux graisses, tout particulièrement dans le secteur agro-alimentaire. Documentation POLYTAN '