Container Straddle Carrier

Product Description

Technical Parameters

Characteristics

• Frame/Structure: The main body that straddles the container, providing support and stability.

  Spreader: The attachment used to lock onto and lift containers by their corner castings.

  Wheels/Tires: Rubber tires that allow the carrier to move freely across the terminal.

  Hoist Mechanism The system that lifts and lowers the spreader and container.

  

• Cabin: The operator's compartment, equipped with controls and monitoring systems.

  Engine/Motor: Powers the movement of the carrier and the hoist mechanism, typically diesel or electric.

  Steering System: Enables precise maneuverability of the carrier.

  Control System: Includes manual controls, automation features, and safety systems.

  

Advantages

• 1 Mobility and Maneuverability

  1. Rubber Tires: Provide excellent traction and mobility on various surfaces, allowing the carrier to move freely within the terminal.

  2. Four-Wheel Steering: Enhances maneuverability, enabling the carrier to navigate tight spaces and make precise turns.

  3. High Travel Speeds: Capable of moving at speeds up to 30 km/h, facilitating quick transport of containers.

• 2 Lifting Mechanism

  1. Spreader with Twistlocks: Secures containers by locking onto their corner castings, ensuring safe and stable lifting.

  2. High Lifting Capacity: Typically able to lift up to 60 tons, suitable for handling fully loaded containers.

  3. Adjustable Height: Capable of stacking containers up to 4 high, optimizing storage space.

• 3 Control and Operation

  1. Operator Cabin: Ergonomically designed with comprehensive controls and visibility, providing a safe and comfortable working environment.

  2. Remote Control: Some models offer remote control capabilities for enhanced flexibility and safety.

  3. Automated Systems: Advanced models come with automation features, such as automated steering and container handling, reducing operator fatigue and increasing efficiency.

• 4 Power and Efficiency

  1. Diesel, Electric, or Hybrid Engines: Options for different power sources to meet specific operational and environmental needs.

  2. Energy Recovery Systems: Some carriers are equipped with systems that recover energy during braking, improving fuel efficiency and reducing emissions.

• 5 Safety Features

  1. Load Sensors: Monitor and prevent overloading, ensuring safe operation.

  2. Anti-collision Systems: Reduce the risk of accidents by detecting obstacles and automatically stopping the carrier.

  3. Emergency Stop Buttons: Easily accessible controls for quickly stopping the carrier in case of an emergency.

• 6 Durability and Maintenance

  1. Robust Frame: Built to withstand the heavy-duty demands of container handling.

  2. Easy Maintenance Access: Design allows for quick and easy access to key components for maintenance and repairs.

  3. Weather Resistance: Engineered to operate reliably in various weather conditions, including extreme heat, cold, and humidity.

Application

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