2t Electric Chain Hoist With Motorized Trolley

A 2-ton Electric Chain Hoist with a motorized trolley is a mechanical lifting system designed to move heavy loads with precision and ease. This hoist is ideal for applications in factories, warehouses, construction sites, and other industrial settings where heavy lifting and horizontal movement of materials are required.
Key Features:
Lifting Capacity: The hoist has a lifting capacity of 2 tons (2000 kg), making it suitable for lifting moderately heavy loads.

Electric Chain Hoist: The hoist operates using an electric motor, which powers the chain to lift and lower the load. This is more efficient than manual hoists and reduces physical strain on operators.

Motorized Trolley: The motorized trolley allows the hoist to move along a beam or track, enabling horizontal movement of the load. The trolley is powered by an electric motor, making it easier to move materials from one location to another with precision.

High Durability: Typically made from high-strength steel, the hoist and trolley are built to withstand heavy-duty use and harsh environments, providing longevity and reliable performance.

Safety Features: Common safety features include overload protection, emergency stop buttons, and limit switches to prevent over-travel, ensuring both the operator's and load's safety.

Ease of Use: Equipped with a control pendant or remote control, the hoist can be operated easily, allowing the operator to lift, lower, and move the load efficiently without physical exertion.

Adjustable Speeds: Some models offer adjustable lifting speeds for added precision when handling delicate or fragile loads.

• Core Components：Motor, Other, Gearbox
• Weight (KG)：70 kg
• Condition：New
• Usage：Construction Hoist
• Power Source：Electric
• Sling Type：Chain
• Lift Speed：7.9M/min
• Product name：Electric Chain Hoist
• Capacity：1ton
• Power Supplying：230V/60Hz/3P
• Hoist Power：1.5Kw
• Hoist Brake Type：Magnetic Brake
• Hoist Chain Dia.：7.1mm
• Frequency：60Hz
• Lifting height：6m

• Chain:

  Electric Chain Hoist:

  The hoist itself uses a motor-driven chain system to lift and lower heavy loads. It's powered by electricity, making it easier to handle weights than manual hoists.
  Typically, the motorized chain hoist will have features like overload protection, thermal protection, and sometimes variable speed control.
  Motorized Trolley:

  This is a motorized unit attached to the hoist that enables horizontal movement along the beam or track. The trolley moves automatically, helping to position the hoist where needed without manual intervention.
  It makes the hoisting system more efficient by allowing the load to be moved from one place to another without the need for manual pushing.

• Motor: A 2-ton electric chain hoist with a motorized trolley is a lifting and material handling equipment that combines an electric chain hoist with a motorized trolley for horizontal movement.

• Gearbox: Gearbox Function:
  The gearbox in an electric chain hoist typically has a reduction mechanism to reduce the speed of the motor and increase the torque required for lifting heavy loads.
  It connects to the electric motor and transfers the motor's rotational motion to the chain or sprocket.

• Trolley: A Trolley of 2t Electric Chain Hoist with Motorized Trolley is a lifting system used in industrial and construction settings for moving heavy loads with ease.

• Control handle: The control handle of a 2-ton (2t) electric chain hoist with a motorized trolley typically refers to the device used to operate both the hoist and the trolley.

• Limit switch: The limit switch of a 2-ton electric chain hoist with a motorized trolley is a critical safety feature designed to prevent the hoist from traveling too far in either direction. It works by automatically stopping the hoist when it reaches the end of its travel limit, thus preventing damage to the hoist, trolley, and the load.
• Brake:

  Mechanical Brake: This is often a spring-loaded disc brake, which is automatically applied when the motor is powered off or when there's a power failure. It helps to hold the load securely in position. Mechanical brakes are usually engaged when the hoist is not running.

  Electromagnetic Brake: This type of brake uses the magnetic force generated by an electric current to apply the braking action. It works in conjunction with the hoist's motor to stop the chain or trolley from moving when required.

• Safety Latches:

  Anti-Dropping Device (Chain Safety Latch):

  Prevents the chain from detaching or dropping from the hoist hook. This latch is crucial to ensure that the load remains secure during the lifting process.

  Overload Protection:

  Some hoists have a safety latch integrated with the overload protection mechanism. If the load exceeds the specified weight capacity, the safety latch prevents the hoist from operating further to avoid damage.

  Motorized Trolley Safety Latch:

  On motorized trolleys, safety latches can secure the trolley to the beam, preventing it from detaching or shifting, which could cause the load to become unstable.

  Limit Switch Safety Latch:

  The hoist may have safety latches integrated with the limit switch to ensure the lifting chain or hook doesn't exceed its maximum travel, protecting against mechanical failure and accidents.

  Emergency Stop Mechanism:

  A safety latch or emergency stop function is often present, allowing operators to quickly cut power and prevent further operation in case of an emergency or malfunction.

Size Specification

Increased Lifting Capacity: A 2-ton hoist can safely lift heavy loads, making it ideal for applications in factories, warehouses, construction sites, and more.

Motorized Trolley for Ease of Movement: The integrated motorized trolley allows for smooth and controlled horizontal movement along a beam or track, which is especially useful in environments where precise positioning of loads is required.

Reduced Labor Effort: The electric operation significantly reduces manual labor and the physical effort needed to lift and move heavy items, improving productivity and reducing worker fatigue.

Improved Safety: Electric hoists are equipped with safety features like limit switches, overload protection, and emergency stops, reducing the risk of accidents or equipment damage.

Precise Control: With motorized operation, the lifting and horizontal movements can be controlled with precision, minimizing the risk of load swings or damage during transport.

Increased Efficiency: The combination of the electric hoist and trolley makes lifting and moving loads faster and more efficient, which can lead to better workflow and time savings in the workplace.

Durability and Reliability: Electric chain hoists with motorized trolleys are designed for heavy-duty use and are generally made from durable materials, offering long service life with minimal maintenance.

Versatile Applications: These hoists can be used in a variety of industries, including manufacturing, construction, automotive, and logistics, for tasks like lifting heavy equipment, materials, or machinery.

Energy Efficiency: Compared to manual hoists, electric hoists require less energy to operate and are more consistent in performance, which can lead to cost savings in the long run.

Compact Design: Despite their high lifting capacity, these hoists are generally compact, making them easy to integrate into existing systems without taking up too much space.

1. Material Handling in Warehouses and Factories
Heavy Load Lifting: This hoist is ideal for lifting heavy materials, such as steel coils, pallets, or large machinery parts.
Efficient Transportation: The motorized trolley allows the hoist to move loads along tracks, facilitating efficient horizontal transport across the workspace, reducing manual labor.
2. Construction Sites
Construction Materials Handling: It's used for lifting and placing building materials like concrete blocks, beams, and steel components.
Precise Load Placement: The combination of a hoist and motorized trolley ensures precise and safe placement of materials in tight or high-up spaces, such as when building multi-story structures.
3. Shipbuilding and Marine Industries
Lifting Large Components: In shipyards, a 2-ton electric chain hoist with a motorized trolley is used for lifting heavy ship parts or components and positioning them in place during assembly.
Efficient Dockside Handling: It allows for quick and controlled lifting and shifting of materials on the docks, improving productivity.
4. Automotive and Assembly Lines
Assembly Line Assistance: The hoist is used to lift and transport parts along assembly lines in automotive manufacturing or other assembly-type processes.
Part Positioning: The motorized trolley helps in accurately positioning large and heavy automotive components during assembly.
5. Maintenance and Repair Operations
Equipment Repair: For heavy machinery or large components, this hoist can be used to lift and move parts during maintenance or repairs.
Precision Lifting: The motorized trolley ensures that parts can be lifted and moved with high precision, reducing downtime and improving operational efficiency.
6. Logistics and Distribution Centers
Load Movement in Distribution Centers: The hoist and trolley system are used in distribution centers for lifting and moving goods between loading docks, conveyor systems, or sorting areas.
High Load Capacity: The 2-ton capacity is ideal for heavy parcels or containers that need to be moved efficiently within the center.
7. Entertainment Industry (Stage Equipment)
Stage Setup: In theaters or concert halls, these hoists are used for raising and lowering heavy stage equipment, such as lighting rigs, sound equipment, and set pieces.
Flexible Movement: The motorized trolley system allows for smooth and quick adjustments during live performances or rehearsals.

1. Design and Specifications
Planning: Determine the required specifications, such as lifting capacity (2 tons), power supply (usually 220V/380V), lifting height, and chain length.
Components Selection: Choose appropriate components, such as the motor (AC or DC), gearbox, chain, and trolley, based on the hoist's capacity and intended usage.
Technical Drawing: Create detailed technical drawings for all parts of the hoist and trolley, including the dimensions and the material specifications.
2. Material Procurement
Procure Materials: Purchase the necessary materials such as steel, motors, chains, control systems, trolleys, and other components.
Quality Check: Ensure all materials meet the required quality standards before moving forward.
3. Fabrication of Components
Frame Construction: Manufacture the frame (usually made of high-strength steel) that will house the hoist components.
Motorized Trolley Assembly: Fabricate and assemble the motorized trolley, which allows the hoist to move along a beam. The trolley often includes a drive motor, reduction gear, and wheels.
Gearbox Fabrication: Manufacture the gear mechanism for the hoist to ensure the proper movement of the load.
Chain Assembly: Prepare the lifting chain with links that are suited to the weight load.
4. Assembly of the Hoist
Motor and Gearbox Installation: Mount the motor and connect it to the gearbox, ensuring the drive system works smoothly.
Chain Installation: Attach the lifting chain to the hoist's load drum and configure it with the motor.
Trolley Installation: Attach the motorized trolley to the hoist assembly, ensuring it fits the guide rails for smooth operation.
Electrical Wiring: Wire the hoist motor, control panel, and power supply connections. This includes connecting the motor to the control system for operating the hoist and trolley.
5. Control System Integration
Control Panel Assembly: Install a control panel with buttons, switches, or a remote control to operate the hoist and trolley.
Testing Electrical Connections: Test all electrical connections for correct functionality, ensuring the hoist operates in forward and reverse directions.
6. Testing and Quality Control
Initial Testing: Conduct an initial test to ensure all parts are functioning correctly. This includes testing the lifting mechanism, trolley movement, and motorized operation.
Load Testing: Perform load testing to verify that the hoist can lift and transport the 2-ton load as specified. This ensures the hoist's capacity is safe and reliable.
Functionality Check: Test all control functions, including the start, stop, emergency stop, and direction control.
Safety Checks: Verify all safety features are working, such as the limit switch, emergency stop, and overloading protection.
7. Painting and Finishing
Surface Treatment: Clean and apply anti-corrosion paint to the frame and trolley components.
Final Assembly: After painting and finishing, ensure the hoist assembly is fully tightened, and all parts are securely installed.
8. Packaging and Shipping
Final Inspection: Inspect the hoist thoroughly, ensuring no defects or damage.
Packaging: Package the hoist and motorized trolley carefully to prevent any damage during transport.
Shipping: Ship the hoist to the customer, accompanied by user manuals and any necessary installation instructions.
9. Post-Production Support
Customer Support: Offer after-sales services for installation guidance and maintenance, ensuring the hoist operates effectively in the long term.

The company has installed an intelligent equipment management platform, and has installed 310 sets (sets) of handling and welding robots. After the completion of the plan, there will be more than 500 sets (sets), and the equipment networking rate will reach 95%. 32 welding lines have been put into use, 50 are planned to be installed, and the automation rate of the entire product line has reached.

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