Motores de engrenagens

TiMOTION gear motors are compatible with TiMOTION control boxes

Além dos sistemas e componentes de acionamento elétrico, a TiMOTION distribui uma linha de motores de engrenagens que é perfeitamente compatível com as caixas de controle TiMOTION. Nossos produtos são feitos para escrivaninhas de fabricação ajustáveis ou outros equipamentos industriais. Veja nossa lista de produtos abaixo, e continue lendo para saber mais sobre nossas opções de motores de engrenagens de alta qualidade.

Lista de produtos

  • New TiMOTION-TGM1 Series-Gear Motors

      TGM1 Series

    • Torque nominal máximo: 7.4Nm
    • Velocidade máxima: 262.5 RPM (±5%)
    • Saídas de sinal: Sensores Hall

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  • New TiMOTION-TGM2 Series-Gear Motors

      TGM2 Series

    • Torque nominal máximo: 18.3Nm
    • Velocidade máxima: 73~88RPM
    • BLDC personalizado (sem placa de driver)

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  • New TiMOTION-TGM3 Series-Gear Motors

      TGM3 Series

    • Torque nominal máximo: 4.6Nm
    • Velocidade máxima: 259 RPM (±5%)
    • Saídas de sinal: Sensores Hall

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  • New TiMOTION-TGM4 Series-Gear Motors

      TGM4 Series

    • Torque nominal máximo: 4Nm
    • Velocidade máxima: 219 RPM (±5%)
    • Saídas de sinal: Sensor Hall*2

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  • New TiMOTION-TGM5 Series-Gear Motors

      TGM5 Series

    • Torque nominal máximo: 18.3Nm
    • Velocidade máxima: 117 RPM (±5%)
    • Classe de protecção (IP): IP66W

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  • New TiMOTION-TGM7 Series-Gear Motors

      TGM7 Series

    • Torque nominal máximo: 7.2Nm
    • Velocidade máxima: 355 RPM (±5%)
    • Saídas de sinal: Sensores Hall

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  • New TiMOTION-TIG1 Series-Gear Motors

      TIG1 Series

    • Torque nominal máximo: 60Nm
    • Velocidade máxima: 40 RPM
    • Saídas de sinal: Sensores Hall

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O Nosso Mercado

  • TiMOTION electric linear actuators are used in medical applications such as hospital beds
  • TiMOTION electric linear motion systems are used in home furniture environments
  • TiMOTION height adjustable desks and columns are allowing for safer work environments
  • TiMOTION electric linear actuators is used in industrial applications; it can often replace hydraulics
  • FAQ

    A gear motor combines an electric motor with a gearbox and is used to regulate output speed and torque. The gearbox reduces the motor's rotational speed while increasing the output torque available to drive mechanical components with stable motion.

    Gear motors can be integrated into a variety of systems that require precise motion control, such as electric height-adjustable desks, workstations, and industrial equipment.

    Gear motors are suitable for a wide range of applications that require stable mechanical motion within limited installation space.

    TiMOTION gear motors can be used in electric height-adjustable desks, workstations, table systems, and other industrial equipment. Depending on the application and its requirements, products can be selected based on torque, speed, input voltage, and system configuration needs.

    A gear motor primarily provides rotary motion and can be combined with mechanical components such as shafts and screws as part of a lifting or positioning mechanism. This allows greater flexibility in configuring the overall system according to the product’s mechanical design.

    A lifting column, on the other hand, is an integrated linear drive solution that contains the mechanisms required for vertical lifting.

    The suitability of each solution depends on factors such as mechanical design, available installation space, required motion, and overall system configuration.

    Yes. TiMOTION gear motors can be used with compatible TiMOTION control boxes and integrated into a complete drive system.

    Available control methods and feedback configurations may vary depending on the application and gear motor model. Please contact TiMOTION to confirm the appropriate combination of gear motor and control system for your application.

    When selecting a gear motor, it is important to first identify the mechanical and performance requirements of the application.

    Key factors to consider include required torque, operating speed, input voltage, installation space, output signals, and system compatibility.

    TiMOTION offers gear motors with different specifications and configurations to meet a variety of application needs. Defining these requirements early in the product design process can make it easier to select a product that is better suited to the system.

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