Nacelles à bras articulés électriques 9m

9.3m, 200kg, Compact in structure, Flexible in extension, Easy to use

Les nacelles à bras articulés de Gradin sont conçues pour répondre à vos besoins de travail aérien les plus exigeants avec une efficacité et une précision inégalées. Ces nacelles sont idéales pour la construction, la décoration, les télécommunications, le placement de publicités et l'entretien des aéroports.
Cet élévateur puissant et polyvalent offre des performances supérieures, des fonctions de sécurité avancées et une fiabilité exceptionnelle, ce qui en fait le premier choix des professionnels de divers secteurs. Parcourez les spécifications ci-dessous pour découvrir les capacités et les avantages impressionnants de l'élévateur à nacelle articulée.

Capacité : ≤ 1 tonne
Distance : 9 - 11 m
Largeur : ≤ 1 m
Longueur : 1 - 3 m
DEMANDER UN DEVIS
Nacelles à bras articulés électriques G-V09

Modèles et spécifications

Spécifications
Hauteur de travail max. Hauteur de travail11.3m
Max. Hauteur de la plate-forme9.3m
Dégagement maximal en amont et en aval4.2m
Max. Rayon d'action5.8m
Ⓐ Largeur de la plate-forme0.7m
Ⓑ Longueur de la plate-forme1.4m
Ⓒ Hauteur - rangée2.0m
Ⓓ Longueur - rangée5.2m
Ⓔ Largeur1.27m
Ⓕ Empattement1.75m
Garde au sol - centre0.14m
Productivité
Capacité de levage max. Capacité de levage200 kg
Nombre d'occupants de la plate-forme2
Rotation de la plate-forme±80°
Rotation du plateau tournant355°
Vertical jib rotation (up/down)±70°
Vitesse d'entraînement - rangée4,8km/h
Pouvoir de nivellement - rangé35%
Angle de travail max. Angle de travail (activation du capteur d'inclinaison)3°
Rayon de braquage (extérieur)3.3m
Conduire et diriger2×2
Poids5710kg
Puissance
Batterie48V/320Ah
Tension de contrôle24V
Moteur de la pompe4kw
Moteur d'entraînement3,3 kW

Caractéristiques

Léger et économe en énergie, ce produit est compact et dispose d'une excellente autonomie.

La flèche en forme de Σ, avec une structure compacte et une extension flexible, peut réaliser un levage vertical et une extension horizontale, et a une forte capacité de franchissement d'obstacles.

La plate-forme rotative à 160° offre une plus grande plage de travail, tandis que le plateau tournant étroit et la disposition compacte améliorent l'efficacité du travail.

Le panneau de commande de la plate-forme est de marque PG et Bosch Rexroth, identique à la commande au sol. La conception conviviale et les facteurs de sécurité pris en compte garantissent des performances de travail fiables.

La chaîne de traînée de marque internationale de la flèche télescopique offre une protection de sécurité et des capacités de guidage pour les câbles à l'intérieur des flèches et prolonge la durée de vie des câbles.

Équipé de pneus solides, antidérapants et antidéflagrants, d'une durée de vie plus longue, il assure un fonctionnement stable et économe en main-d'œuvre.

Vidéos

Usage of Platform Constrol System
Walking and Lifting

Diagram

Other Boom Lifts

FAQ

An Electric Articulating Boom Lift is a type of aerial lift that features a jointed or articulated arm, allowing it to reach elevated work areas with flexibility and precision. Here are some key characteristics:

  1. Conception: The boom consists of multiple sections that can pivot, which enables it to extend over obstacles and reach heights that straight boom lifts might not be able to access.
  2. Electric Power: As the name suggests, these lifts are powered by electricity, making them quieter and more environmentally friendly compared to their diesel counterparts. They are ideal for indoor use or in noise-sensitive areas.
  3. Height and Reach: Electric articulating boom lifts can typically reach heights ranging from 30 to over 60 feet, depending on the model. Their articulated joints allow for extended reach and versatility.
  4. Applications: Commonly used in construction, maintenance, and repair work, these lifts are excellent for tasks like painting, installing fixtures, or working on overhead structures.
  5. Caractéristiques de sécurité: Most models come equipped with safety features such as guardrails, emergency stop buttons, and stability systems to prevent tipping.

The main differences between a élévateur à nacelle and an articulating lift lie in their design, functionality, and applications. Here’s a breakdown:

Élévateur à nacelle

  • Conception: A boom lift typically features a long, straight arm (or boom) that extends vertically or horizontally.
  • Types: Boom lifts can be either straight (also known as telescopic) or articulating, but the term “boom lift” often refers to the straight type.
  • Reach: These lifts are ideal for reaching high, vertical spaces quickly and directly, making them suitable for tasks like building maintenance, construction, and outdoor applications.
  • Stabilité: Boom lifts generally offer more stability at greater heights due to their linear design.

Articulating Lift

  • Conception: An articulating lift has a jointed arm that can bend at one or more points, allowing it to navigate around obstacles and reach over difficult terrain.
  • Flexibilité: The articulated design provides greater flexibility and maneuverability, making it easier to access tight or elevated spaces, especially in urban environments.
  • Use Cases: Commonly used for tasks that require reaching over barriers or obstacles, such as tree trimming, maintenance of buildings with overhangs, and indoor applications where space is limited.

Electric Boom Lifts

  1. Source d'énergie: Powered by electric batteries, making them quieter and emissions-free during operation.
  2. Applications: Ideal for indoor use or in areas where noise and emissions are concerns, such as warehouses, shopping malls, and sensitive environments.
  3. Performance:
    • Run Time: Limited by battery life, which can vary based on usage and the model’s specifications.
    • Vitesse: Generally slower in terms of lifting and lowering speeds compared to gas models.
    • Stabilité: Often designed for a lower center of gravity, enhancing stability.
  4. Maintenance: Typically requires less maintenance since there are fewer moving parts compared to gas engines.
  5. Cost: Usually have a lower upfront cost and lower operational costs due to reduced fuel requirements.

Gas Boom Lifts

  1. Source d'énergie: Powered by gasoline or diesel engines, providing more robust power for heavier lifting.
  2. Applications: Suitable for outdoor use, particularly in construction sites or rugged terrains where mobility and power are essential.
  3. Performance:
    • Run Time: Can operate for longer periods without the need to recharge, as they can refuel quickly.
    • Vitesse: Often faster in terms of lifting and maneuvering, making them suitable for high-demand jobs.
    • Terrain Handling: Better suited for rough or uneven surfaces due to larger tires and more powerful engines.
  4. Maintenance: May require more frequent maintenance due to the complexity of gas engines.
  5. Cost: Generally have higher fuel and maintenance costs compared to electric models.

Electric Boom Lifts

  1. Source d'énergie:
    • Powered by electric batteries.
    • Emission-free during operation, producing no exhaust fumes.
  2. Applications:
    • Ideal for indoor use, such as in warehouses, manufacturing facilities, and shopping malls.
    • Suitable for noise-sensitive environments.
  3. Performance:
    • Run Time: Limited by battery life; may require recharging after extended use.
    • Vitesse: Generally operates at slower lifting and maneuvering speeds compared to diesel models.
    • Stabilité: Often designed for a lower center of gravity, enhancing stability in lighter loads.
  4. Maintenance:
    • Generally requires less maintenance due to fewer moving parts compared to diesel engines.
  5. Cost:
    • Typically lower initial costs and operational costs due to reduced fuel needs and maintenance.

Diesel Boom Lifts

  1. Source d'énergie:
    • Powered by diesel fuel engines, providing robust power for heavy lifting.
    • Produces emissions and exhaust fumes during operation.
  2. Applications:
    • Best suited for outdoor use, particularly on construction sites, rugged terrains, or areas requiring high mobility.
    • Capable of handling rough and uneven ground conditions.
  3. Performance:
    • Run Time: Can operate for longer periods without the need to recharge; can refuel quickly.
    • Vitesse: Often faster in lifting and maneuvering, making them suitable for high-demand jobs.
    • Terrain Handling: Typically has larger tires and better traction, allowing them to navigate rough surfaces more effectively.
  4. Maintenance:
    • May require more frequent maintenance due to the complexity of diesel engines and the need for fuel system upkeep.
  5. Cost:
    • Generally higher fuel and maintenance costs compared to electric models.

An Electric Articulating Boom Lift operates through a combination of mechanical, hydraulic, and electrical systems to provide elevated access for various tasks. Here’s how it works:

Components

  1. Boom Sections: The lift consists of multiple jointed sections (arms) that can bend and extend to reach different heights and positions.
  2. Plate-forme: A platform or basket at the end of the boom where operators stand to perform tasks.
  3. Système hydraulique: This system controls the movement of the boom sections, allowing them to extend, retract, and pivot.
  4. Moteur électrique: Powers the hydraulic system and other electrical components, such as controls and safety systems.
  5. Battery Pack: Provides the necessary power for the electric motor, typically rechargeable.

Fonctionnement

  1. Powering Up: The operator starts the lift using controls located on the platform or ground level. The electric motor draws power from the battery pack.
  2. Raising the Boom:
    • The operator uses the controls to activate the hydraulic system.
    • This system moves the boom sections into position, allowing them to articulate (bend) and extend vertically.
  3. Reaching Desired Height:
    • The boom can be maneuvered to reach the desired height and position, often with the ability to swing the platform outwards to avoid obstacles.
    • The articulated design allows for extensive reach and flexibility in navigating around barriers.
  4. Stabilization: Many models have stabilizers or outriggers that extend from the base to enhance stability when elevated.
  5. Performing Tasks: Once at the desired height, operators can safely perform various tasks, such as maintenance, construction, or installation.
  6. Lowering and Retracting: After completing the work, the operator uses controls to lower the boom back to the ground and retract it as needed.

1. Maintenance and Repair

  • Building Exteriors: Ideal for maintenance tasks on building facades, such as cleaning windows, painting, or repairing siding.
  • Roofing: Used for accessing rooftops for repairs, inspections, or installations.

2. Construction

  • Framework Installation: Assists in installing structural elements, such as beams and trusses, in hard-to-reach areas.
  • Electrical and Plumbing Work: Provides access for the installation and maintenance of electrical and plumbing systems.

3. Tree Care and Landscaping

  • Tree Trimming: Allows arborists to safely reach and trim high branches.
  • Landscaping: Used for installing outdoor lighting, signs, or other landscape features at height.

4. Event Setup

  • Stage and Lighting Setup: Commonly used in the entertainment industry for setting up stages, lighting rigs, and sound equipment for concerts and events.

5. Warehousing and Inventory Management

  • Stocking High Shelves: Used in warehouses to access high storage areas for inventory management or maintenance tasks.

6. Painting and Finishing

  • Interior and Exterior Painting: Provides access to high walls and ceilings for painting, finishing, or decorative work.

7. Inspection and Surveys

  • Structural Inspections: Used by inspectors to evaluate high structures, such as bridges, towers, and utility poles.

8. Installation of HVAC Systems

  • Heating and Cooling Units: Facilitates the installation and maintenance of HVAC systems in elevated locations.

Le three types are telescopic boom lifts (straight boom lifts), articulating boom lifts (knuckle boom lifts) and trailer mounted knuckle booms.

The height you need to reach will affect which types of aerial lifts you should consider. A telescoping boom lift can help you reach maximum heights, while scissor lifts or a vertical mast lift might be a better choice for lower applications.

Nacelles à bras articulés électriques G-V09

Options personnalisées

Personnalisez vos ascenseurs

De taille spécifique, configuré, mobile, à cycle élevé ou automatisé - lorsque vous avez besoin d'un élévateur pour accomplir une fonction spécifique, nous disposons des matériaux, des composants et des techniques de conception pour produire une solution de levage unique pour votre application.

contrôles
Sécurité
Mobilité
Configurations de la plate-forme
Navette de plate-forme
Inclinaison
Tourner et faire pivoter
Convoyeurs
Grandes lignes
Grande capacité
Automatisation
Actionnement
Déflexion de l'élévateur
Vitesse
Indexation
Goupilles et dispositifs de verrouillage
Unités de puissance
Mesure
Matériaux et surfaces
Portails et clôtures

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CAPACITÉ DE LEVAGE

LONGUEUR DE LA PLATE-FORME

1 - 3 m
LARGEUR DE LA PLATE-FORME

≤ 1 m
DISTANCE DE DÉPLACEMENT

9 - 11 m