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CATALOGUE GLF-1M

Product catalog summary

Overview: The document is a technical catalogue from France Linéaire Industrie, detailing various linear motion systems and components. It includes specifications for roller systems, linear tables, and modules, as well as information on precision shafts, ball bushings, and other related components.

Main Sections:

Roller Systems: The catalogue describes linear guidance systems using rollers, highlighting their ease of installation, maintenance-free operation, and suitability for high-speed, low-load applications. Key advantages include high precision, long lifespan, and silent operation.
Linear Tables: These tables are designed for precise movements using ball screws or trapezoidal screws. They are available in various configurations to meet different application needs, including resistance to corrosion with stainless steel options.
Linear Modules: The document provides a comprehensive range of linear modules, detailing load capacities and dimensions for different types, such as GDM, TLE, TLX, TLM, TLY, TLZ, and TLC.
Specifications and Dimensions: Detailed specifications are provided for each type of system, including dimensions, load capacities, and material options. The document includes tables and diagrams to illustrate these specifications.
Quality and Production: France Linéaire Industrie emphasizes its commitment to quality, with products manufactured in compliance with current standards and subjected to regular quality checks.

Key Data from Tables and Diagrams:

Roller Systems: Dimensions and load capacities for different types (IL32, IL42, IL65, GD) are provided, with options for stainless steel components.
Linear Tables: Load capacities and recommended loads for different table types (SLTL-G) are detailed, with specific values for static and dynamic loads.

Critical Information:

Requirements: Systems are designed for easy installation and maintenance-free operation.
Parameters: Load capacities and dimensions are critical for selecting the appropriate system for specific applications.
Limitations: Maximum lengths for profiles and machining are specified, along with load limits for different configurations.
Best Practices: Ensuring parallelism during installation is essential for optimal performance.

Overview: The document provides detailed technical specifications and descriptions of various linear tables, housing units, and linear modules used in industrial applications. It includes information on dimensions, load capacities, and specific features of each product type.

Linear Tables: The document outlines different types of linear tables, such as SLTL and SMLC, with specifications including dimensions, static and dynamic load capacities, and ballscrew details. The tables are designed for precision and are available in various sizes and configurations to suit different industrial needs.

Housing Units: Several types of housing units, including SMCC, SMLS, and FSKBO, are described with their dimensions, weight, and compatibility with different shaft diameters and linear bearing types. These units are essential for supporting linear motion systems and are available in standard and precision versions.

Linear Modules: The document details linear modules like GD-M and TLE, which are used for automation in industrial processes. These modules feature components such as anodized aluminum profiles, track rollers, and precision shafts. They are designed for reliability and ease of installation, with options for belt-driven systems and various load capacities.

Technical Specifications: Each product type includes a comprehensive list of technical specifications, such as dimensions, load capacities (static and dynamic), and recommended moments. The document also provides information on the materials used, such as stainless steel shafts and aluminum supports, ensuring durability and performance in industrial environments.

Applications and Advantages: The linear modules and tables are suitable for a wide range of industrial applications, offering benefits like automation of production cycles, precision positioning, and high load capacities. The use of sensors for proximity and end-of-course detection enhances the safety and efficiency of these systems.

Overview: The document provides detailed technical specifications and features of various linear modules with roller guidance systems, focusing on their advantages, technical data, and components. It includes information on different types of modules such as GD20M, GD10MLT, GDX20M, and TLE55, among others.

Advantages: The modules offer a maximum speed of 5 m/s, a maximum useful stroke of 11 meters with mechanical junction, silent operation, low maintenance, high durability, easy installation, and functionality in dusty environments.

Technical Specifications: The document lists detailed dimensions, belt types, traction loads, breaking strengths, and pulley specifications for each module type. For example, the GD20M module has a maximum traction load of 3,610 N and a breaking strength of 14,400 N.

Components and Load Capacities: Each module type is described with its maximum load capacities and recommended moments. For instance, the GD20M module can handle a maximum load of 6,980 N with moments of 454 Nm.

Fixing Systems: The document outlines the fixing brackets and clamping nuts for different module types, specifying dimensions and compatibility with various motor reducers and asynchronous motors.

End-of-Travel Stops: The modules are equipped with inductive and electromechanical sensors for proximity and end-of-travel detection, ensuring safety and preventing damage by cutting off power in case of interruptions.

Guidance System: The TLE series uses ball rail systems for high load capacities and smooth, silent operation. The system is designed for high rigidity and low friction, suitable for dusty environments with optional additional seals.

Conclusion: The document provides comprehensive technical details and advantages of linear modules with roller guidance systems, emphasizing their high performance, durability, and adaptability to various industrial applications.

Technical Specifications
1. Linear Modules Overview: The document provides detailed specifications for various linear modules including TLE80-2P, TLE80-3P, TLE80-LAT, TLX55, and TLX55-2P. Each module is characterized by its maximum useful stroke, speed, acceleration, transmission belt type, pulley dimensions, and maximum traction force.

2. Mechanical Properties: The modules are designed with specific carriage weights, zero stroke weights, and weights per 100 mm stroke. Moments of inertia (Jx and Jy) are provided for each module, indicating their resistance to angular acceleration.

3. Load and Moment Capacities: The document outlines both theoretical and recommended static and dynamic load capacities for forces (Fx, Fy, Fz) and moments (Mx, My, Mz). These values are crucial for ensuring the modules operate within safe limits.

4. Design and Construction: The modules feature anodized aluminum profiles, reinforced polyurethane transmission belts, and ball rail systems for high load capacities and smooth operation. The TLX series is noted for its self-supporting extruded profiles and integrated ball rail systems.

5. Adaptation and Mounting: Various adapter plates and flanges are available for different motor types (asynchronous, brushless, stepper). Fixing brackets and clamping nuts are specified for secure installation.

6. End-of-Travel Sensors: Inductive and electromechanical sensors are used for proximity detection and end-of-travel limits, ensuring safe operation by preventing over-travel.

7. Additional Features: The TLX modules offer high rigidity, low friction, and silent operation, making them suitable for demanding applications. Protective plates and additional sealing kits are available for harsh environments.

8. Customization Options: Customers can specify motor-reducer plans for customized drive heads, and a range of options is available for different application needs.

Overview of Linear Modules:
The document provides detailed specifications and options for various types of linear modules, specifically focusing on the TLM series. These modules are designed for different operational needs and come with various drive options, including belt and ball screw drives.

Specifications:

Types of Drives: The TLM modules are available with belt drive (G) and ball screw drive (V) options. The belt drive offers good precision and is reinforced with steel strands, while the ball screw drive provides high precision with a C7 accuracy class.
Materials: The modules use EN AW6060 aluminum profiles, compliant with UNI EN 755-9 and UNI 3879 standards, ensuring durability and ease of installation.
Guidance System: The modules feature a ball rail guidance system that supports high loads and speeds, offering smooth and silent operation.
Protection and Sensors: Protective plates are available in plastic or steel, and the modules are equipped with inductive and electromechanical sensors for proximity and end-of-course detection.

Technical Data:
The document provides detailed technical data for various TLM models, including TLM65G, TLM80G, TLM105G, and others. Key parameters include maximum stroke, speed, acceleration, weight, and moments of inertia.

Load and Moment Capacities:
Each module type has specified static and dynamic load capacities, with recommended values for optimal performance.

Adapter and Coupling Options:
The document outlines the available adapter flanges and coupling options for different motor types, including asynchronous, brushless, and stepper motors.

Conclusion:
The TLM series linear modules offer a versatile solution for various industrial applications, with options for customization based on specific operational requirements.

Catalog excerpts

C ATA L O G U E G L F - 1M Systèmes à galets Tables linéaires Modules linéaires Systèmes à galets Tables linéaires Modules linéaires FLI, c’est Aussi… C ATA L O G U E G L F - 1 A Arbres de précision Douilles à billes Paliers avec douilles à billes Douilles à billes à couple résistant C ATA L O G U E G L F - 1 R Guidages linéaires à billes Guidages aluminium à billes Vis à billes Vis trapézoïdales C ATA L O G U E GLF-1C Composants : rotules et galets C ATA L O G U E GLF-1P Prochainement : les profilés aluminium Nos partenaires : France Linéaire Industrie ZA Bois Saint-Pierre - 38280 JANNEYRIAS Tél. (+ 33) 04 72 14 93 13 - Fax (+33) 04 72 14 93 14 Mail : [email protected] - We

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Production L’activité Notre activité Plateforme de stockage de composants de guidage linéaire, FLI possède des capacités d’usinage performantes permettant de proposer des produits finis, mais se positionne également comme un fabricant. En effet, ces dernières années nous avons développé des partenariats avec plusieurs usines à qui nous demandons de produire notre gamme FLI. Tous nos produits sont fabriqués en conformité avec les normes en vigueur et soumis à des contrôles réguliers afin de garantir un niveau de qualité optimum. Depuis de nombreuses années, notre société s’attache à défendre la...

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Les systèmes de guidages à galets - Linear guidance system Les tables linéaires - Linear tables Les tables linéaires sans entraînement SMCC Les modules linéaires - Actuator Gamme modules linéaires Tableau des charges de la gamme modules linéaires

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Les systèmes de guidages à galets Linear guidance system SYSTEMES DE GUIDAGES A GALETS Les systèmes IL et GD permettent de réaliser des mouvements linéaires avec un montage simple, rapide et économique. Les chariots disposent de galets réglables en fonction de l’application, ce qui permet au système des mouvements doux en cas de vitesses élevées et de faibles charges. De plus les systèmes IL et GD ne requièrent aucun entretien particulier. Les Avantages : Précision importante / Durée de vie élevée / Vitesse / Sans entretien / Silencieux

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SYSTEMES DE GUIDAGES A GALETS - LINEAR GUIDANCE SYSTEM Le chariot dispose de trois galets dont 1 excentrique, ce qui permet de régler très facilement la souplesse du déplacement selon les besoins de l’application. Longueur maximum : Profilé aluminium 6 mètres Usinage 5 mètres Profilé aluminium anodisé avec deux arbres chromés La largeur du rail et la largeur du chariot sont de même dimension. Rails avec arbres chromés Chariot équipé de galets Option : IL32WRA avec arbres inox Poids - Weight Chariot

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SYSTEMES DE GUIDAGES A GALETS - LINEAR GUIDANCE SYSTEM Type IL42 Le chariot dispose de trois galets dont 1 excentrique, ce qui permet de régler très facilement la souplesse du déplacement selon les besoins de l’application. Longueur maximum : Profilé aluminium 6 mètres Usinage 5 mètres Profilé aluminium anodisé avec deux arbres chromés La largeur du rail et la largeur du chariot sont de même dimension. Rails avec arbres chromés Chariot équipé de galets Poids - Weight Chariot Option : IL42WRA avec arbres inox

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SYSTEMES DE GUIDAGES A GALETS - LINEAR GUIDANCE SYSTEM Type IL65 Le chariot dispose de trois galets dont 1 excentrique, ce qui permet de régler très facilement la souplesse du déplacement selon les besoins de l’application. Longueur maximum : Profilé aluminium 6 mètres Usinage 5 mètres Profilé aluminium anodisé avec deux arbres chromés La largeur du rail et la largeur du chariot sont de même dimension. Rails avec arbres chromés Chariot équipé de galets Option : IL65WRA avec arbres inox Poids - Weight Chariot

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SYSTEMES DE GUIDAGES A GALETS - LINEAR GUIDANCE SYSTEM Le rail GD est en aluminium anodisé avec deux arbres de précision chromés. Sur demande nous pouvons réaliser le perçage du rail GD afin de faciliter la fixation du profilé. Les chariots standards s’adaptent à la plupart des applications et sont disponibles sur stock. Pour des applications spécifiques, nous pouvons fabriquer des chariots selon plan. Chaque chariot est équipé de deux galets concentriques et deux galets excentriques. Rails avec arbres chromés Charges Limites Moments Statiques Poids - Weight N Nm Chariot Rail Fr Option : GD--WRA...

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SYSTEMES DE GUIDAGES A GALETS - LINEAR GUIDANCE SYSTEM

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SYSTEMES DE GUIDAGES A GALETS - LINEAR GUIDANCE SYSTEM Type GDS Dimensions des rails GDS - mm Poids - Weight

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SYSTEMES DE GUIDAGES A GALETS - LINEAR GUIDANCE SYSTEM Type GS Le rail GS comprend un profilé en aluminium anodisé et un arbre de précision chromé ou inox selon le besoin de l’application. Le trou de fixation du profilé au niveau (a) permet de fixer le rail sur la machine et de bloquer l’arbre de précision dans le profilé. Sur demande nous pouvons faire les trous de fixation selon plan du client pour des vis de type M4 ou M5. Pour un bon fonctionnement, les rails ne doivent pas avoir de défaut de parallélisme au moment du montage. Pour cela, il est essentiel d'utiliser un gabarit tout en serrant...

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SYSTEMES DE GUIDAGES A GALETS - LINEAR GUIDANCE SYSTEM Galet profilé en V à 120° pour GD10 / GD20 / GDX20 Dimensions mm A Galets Chariot Charges Basic Load - N Rail d1 Axial Radial Fa Fr Galet pour compenser un défaut de parallélisme Dimensions mm Galets Chariot Galets Chariot Charges Basic Load - N Rail d1 Axial Radial Fa Fr Charges Basic Load - N Rail d1 Axial Radial Fa Fr

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CATALOGUE GLF-1M

CATALOGUE GLF-1M

Catalog excerpts

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