Caixa de engrenagens de tração planetária para elevadores de tesoura

The planetary wheel drive gearbox for scissor lifts is a compact, high-torque transmission system designed to enhance the mobility and stability of mobile elevating work platforms, such as scissor lifts used in construction, maintenance, and warehousing applications. It is typically mounted near the drive wheels or integrated into the wheel hub assembly, where it converts input power from electric motors or hydraulic systems into amplified torque and controlled speed for propulsion.

The planetary wheel drive gearbox for scissor lifts is a compact, high-torque transmission system designed to enhance the mobility and stability of mobile elevating work platforms, such as scissor lifts used in construction, maintenance, and warehousing applications. It is typically mounted near the drive wheels or integrated into the wheel hub assembly, where it converts input power from electric motors or hydraulic systems into amplified torque and controlled speed for propulsion. This planetary gearbox employs a planetary gear mechanism, consisting of a central sun gear, orbiting planet gears, and an outer ring gear, enabling high torque density, efficient power transmission, and precise speed regulation even under heavy loads or on uneven terrain.

Key features include rugged construction for durability in harsh environments, optional mechanical seals for extended lifespan, and compatibility with various lift models from brands like JLG, Genie, and Haulotte. Benefits encompass improved traction, reduced maintenance needs through easily accessible lubrication points, and a space-efficient design that maintains the lift's maneuverability. In operation, it ensures synchronous wheel driving for balanced movement, collaborates with the scissor mechanism for stable lifting, and adapts to diverse scenarios via customizable gear ratios.

Tração planetária para plataformas elevatórias tipo tesoura

Dimensões da tração planetária

Definições Técnicas

Símbolos Unidades de medidaDescrição
eu-Taxa de redução
T2máx[Nm]Torque máximo de saída
T2p[Nm]Torque de saída de pico
T2maxint[Nm]Torque intermitente máximo
T2cont[Nm]Torque de saída contínuo
Pcont[kW]Potência máxima contínua
Pinta[kW]Potência máxima intermitente
n1máx[rpm]Velocidade máxima de entrada
n2máx[rpm]Velocidade máxima de saída

GR 80

Dimensões da tração planetária

TipoExibição do motor.
[cc]
Exibição total.
[cc]
euTorqueVelocidade
n2máx
Poder
T2contT2maxintT2pPcont
[kW]
Pinta
[kW]
[Nm]Δp [barra][Nm]Δp [barra][Nm]Δp [barra][rpm]portata
fluxo
[l/minuto]
GR80-MR5051,6269,95,23470145570175630205115305,57
GR80-MR8080,3420,0800145960175106020568305,57
GR80-MR10099,8522,08001151000145131020555305,57
GR80-MR125125,7657,4800951000120150019045305,57
GR80-MR160159,6834,7800751000951500145333057
GR80-MR200199,81045,0800601000751500115263057
GR80-MR250249,31303,88005010006015009521304,56

GR 200

Dimensões da tração planetária

TipoExibição do motor.
[cc]
Exibição total.
[cc]
euTorqueVelocidade
n2máximo
Poder
T2continuaçãoT2maxintT2pPcont
[kW]
Pinta
[kW]
[Nm]Δp [barra][Nm]Δp [barra][Nm]Δp [barra][rpm]portata
fluxo
[l/minuto]
GR200-MR5051,6319,96,2056014567017574020598305,57
GR200-MR8080,3497,99501451150175125020558305,57
GR200-MR10099,8618,811801451420175156020546305,57
GR200-MR125125,7779,314501451750175192020538305,57
GR200-MR160159,6989,5160012521001652450205293057
GR200-MR200199,81238,8160010021501352500165233057
GR200-MR250249,31545,71600802150105250013518304,56
GR200-MR315315,71957,31600652150852500110153045
GR200-MR375372,62310,116005521507025009012303,54,5

EH 210

Dimensões da tração planetária Dimensões da tração planetária

Tipo  PesoQuantidade de óleoi (da÷a / De÷para)T2máx
[Nm]
n1máx
[rpm]
EH 212EH 213EH 212EH 213EH 212EH 213
EH 210 S35400.8111 ÷ 2941 ÷ 12939503500
EH 210 SC
EH 210 PD--

EH 240

Dimensões da tração planetária Dimensões da tração planetária

TipoPesoQuantidade de óleoi (da÷a / De÷para)T2máx
[Nm]
n1máx
[rpm]
EH 242EH 243EH 242EH 243EH 242EH 243
EH 240 S35400.8112 ÷ 3145 ÷ 13556003500
EH 240 SC
EH 240 PD--

EH 350

Dimensões da tração planetária

TipoPesoQuantidade de óleoi (da÷a / De÷para)T2máx
[Nm]
n1máx
[rpm]
EH 352EH 353EH 352EH 353EH 352EH 353
EH 350 S556011.215 ÷ 3152 ÷ 13572003500
EH 350 PD

EH 610

Dimensões da tração planetária

Tipo  PesoQuantidade de óleoi (da÷a / De÷para)T2máx
[Nm]
n1máx
[rpm]
EH 612EH 613EH 612EH 613EH 612EH 613
EH 610 S60701.21.512 ÷ 3147 ÷ 138135003500
EH 610 PD

EH 910

Dimensões da tração planetária

TipoPesoQuantidade de óleoi (da÷a / De÷para)T2máxn1máx
EH 913EH 913EH 913[Nm][rpm]
EH 910 S130147 ÷ 131242003500
EH 910 PD

Versão S

Dimensões da tração planetária

TamanhoDimensões
D1D2D3D4D5D6D7D8L1L2L3
EH 210 S230200180 h9190 h9210229.5M10 n°8M10 n°825373180
EH 240 S230200180 h9190 h9210229.5M10 n°8M10 n°825373180
EH 350 S270230190 h8200 h7240280M16 n°8M16 n°8242107178
EH 610 S260230190 f7220 h7260286M16 n°12M16 n°1624372171
EH 910 S330300270 f7280 h7350370M16 n°18M16 n°18368115253

Versão PD

Dimensões da tração planetária

TamanhoDimensões
D1D2D3D4D5D6D7D8L1L2L3
EH 210 PD230200180 h9160,8 f8205240M10 (8x)M18x1,5 (6x)21014070
EH 240 PD230200180 h9160,8 f8205240M10 (8x)M18x1,5 (6x)21014070
EH 350 PD240209.55177,8 h8200 h7241.32805/8"-11 UNC (6x)5/8"-19 UNF (9x)285107178
EH 610 PD260230190 f7220 h7275310M16 (12x)M20x1,5 (8x)29372221
EH 910 PD330300270 f7280 h7335375M16 (18x)M22x1,5 (10x)368115253

Scissor Lift Wheel Drive Planetary Gearbox Benefits

  • Superior Torque Transmission
    This planetary wheel drive gearbox excels in delivering high torque density through its planetary gear arrangement, allowing scissor lifts to handle heavy loads with ease while maintaining precise control. By distributing force evenly across multiple gears, it prevents overload on individual components, resulting in smoother propulsion and extended equipment lifespan, ideal for applications requiring robust power without excessive motor strain.
  • Design compacto e que otimiza o espaço.
    Engineered for integration directly into wheel hubs, the planetary gearbox minimizes overall footprint, enabling scissor lifts to navigate tight spaces without compromising performance. This space-saving feature facilitates easier installation and maintenance access, while supporting higher payload capacities in confined work areas, making it a preferred choice for urban construction and indoor maintenance tasks.
  • Enhanced Durability and Reliability
    Built with rugged materials and even load distribution, the planetary wheel drive withstands harsh conditions, including vibrations and impacts from uneven terrain. Its rotational stiffness ensures consistent operation under stress, reducing the risk of breakdowns and downtime, which translates to lower repair costs and increased productivity for operators in long-term use scenarios.
  • High Operational Efficiency
    The planetary system achieves exceptional power transmission efficiency, often exceeding 95%, by minimizing energy losses through friction. This efficiency optimizes battery life in electric scissor lifts and reduces fuel consumption in hybrid models, contributing to cost savings and environmental sustainability while maintaining optimal speed and torque balance during elevation and movement.
  • Baixos requisitos de manutenção
    Featuring sealed, maintenance-free designs in many models, the wheel drive gearbox eliminates the need for frequent lubrication or adjustments, unlike traditional hydraulic systems. This reduces operational interruptions and labor costs, with integrated components that resist contamination from dust and moisture, ensuring reliable performance over thousands of hours in industrial settings.
  • Improved Stability on Uneven Terrain
    With low-speed stability and advanced torque control, the wheel drive planetary gearbox provides superior traction and balance for scissor lifts on rough or inclined surfaces. This enhances safety by preventing slippage during maneuvers, supports synchronous wheel driving for precise handling, and allows for confident operation in outdoor environments, ultimately boosting worker confidence and job site efficiency.

Caixa de engrenagens de tração planetária para elevadores de tesoura

Planetary Wheel Drive Gearbox Applications

  • Indústria da Construção
    In construction, wheel drive planetary gearboxes are essential for powering mobile equipment such as scissor lifts, excavators, and cranes, delivering robust torque for navigating rough terrain while ensuring precise control and stability. Their compact design allows integration into wheel hubs, enhancing maneuverability on job sites and reducing downtime through durable, low-maintenance performance in harsh conditions like dust and vibrations.
  • Indústria agrícola
    Agricultural machinery, including tractors, harvesters, and irrigation systems, relies on wheel drive gearboxes for efficient power transmission and high torque output to handle heavy loads on uneven farmland. This enables reliable propulsion, improved fuel efficiency, and extended operational life, supporting sustainable farming practices by minimizing mechanical failures during critical planting and harvesting seasons.
  • Mining Operations
    Mining equipment, such as haul trucks, loaders, and drilling rigs, utilizes planetary gearboxes for superior torque density and durability under extreme loads and abrasive environments. These gearboxes facilitate smooth wheel propulsion on rugged surfaces, enhancing safety and productivity by preventing slippage and enabling precise speed control in underground or open-pit settings.
  • Material Handling and Warehousing
    In material handling, wheel drive planetary gear reducers power forklifts, automated guided vehicles, and conveyor systems, offering compact integration for tight spaces and high efficiency in torque delivery. This results in enhanced load-bearing capacity, reduced energy consumption, and seamless operation in logistics hubs, where quick maneuvers and reliability are crucial for inventory management and supply chain optimization.
  • Renewable Energy Industry
    Wind turbine applications employ planetary wheel drives in slew drives for yaw and pitch control, providing high torque in a compact form to withstand strong winds and variable loads. This contributes to efficient energy generation, lower maintenance costs, and prolonged service life, supporting the global shift toward sustainable power sources through reliable rotational performance.
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Custom Planetary Wheel Drive for Scissor Lifts

  • Tailored Torque and Speed Configurations
    Custom planetary wheel drives enable precise calibration of torque outputs and gear ratios to align with the specific load and terrain requirements of scissor lifts, facilitating efficient propulsion on uneven surfaces while mitigating motor overload and enhancing equipment longevity in rigorous applications such as construction and maintenance.
  • Compact and Integrated Design Options
    These wheel drive gearboxes offer customization for direct integration into scissor lift wheel hubs, reducing overall dimensions and weight to boost maneuverability in restricted environments like warehouses or urban sites, while maintaining robust power transmission without compromising structural integrity.
  • Enhanced Durability with Specialized Materials
    Customization incorporates high-strength alloy steels, carbonitriding treatments, and corrosion-resistant materials like stainless steel to endure vibrations, impacts, and harsh conditions in scissor lift operations, thereby minimizing maintenance and ensuring sustained reliability in demanding sectors, including mining and outdoor construction.
  • Compatibility with Electric or Hydraulic Systems
    Tailored designs seamlessly integrate with electric motors for slab scissor lifts or hydraulic setups, providing maintenance-free functionality, superior efficiency, and reduced energy use, which supports eco-friendly operations in modern aerial platforms across various power source configurations.
  • Modular and Scalable Features for Versatility
    Featuring modular components, these planetary wheel drive gearboxes can be scaled to fit diverse scissor lift models, enabling adaptable configurations for automation, material handling, or packaging industries, with high torque density that accommodates evolving operational needs and enhances overall system flexibility.
  • Precision Engineering for Smooth Operation
    Engineered for minimal backlash, low noise levels as quiet as 45dB, and smooth torque transfer, these custom planetary gear reducers improve operator safety and comfort in precision-oriented scissor lift tasks, delivering high torque for heavy loads in industrial and construction environments.

Wheel Drive Planetary Gearbox for Scissor Lifts

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