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11. Stereolithography: *.stl
12. AutoCAD: *.dwg

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Sincerely Your, SURF3DMORE INFORMATION ABOUT 3D MODELS :

STANDARD LEVELER BALANCER STABILIZER LOAD ENGINE HOIST CRANE TON

This title describes a specialized piece of lifting equipment used for controlled lifting, positioning, and stabilizing heavy loads, primarily engines or engine components, during removal, installation, or maintenance operations. The equipment, often referred to simply as an engine leveler, engine balancer, or load leveler, is characterized by its capacity to adjust the angle and orientation of the suspended load while maintaining stability, thereby facilitating precise alignment and reducing the risk of damage to both the load and the surrounding environment. The TON designation refers to the maximum safe working load (SWL) capacity, typically expressed in US tons or metric tonnes, which the device is designed to handle.

Functionality and Components:

A standard engine leveler/balancer/stabilizer consists of several key components:

• Lifting Hook or Shackle: A heavy-duty hook or shackle designed to connect to the user's lifting device, typically an engine hoist crane (also referred to as an engine crane, cherry picker, or A-frame crane). This provides the primary attachment point for suspending the entire apparatus.

• Load Distribution Mechanism: This is the core of the device, responsible for distributing the load evenly and enabling angle adjustment. Common designs include:

  • Adjustable Chains and Hooks: These systems employ multiple chains, typically four, connected to adjustable hooks or clevises that attach directly to the engine or load. The chain lengths can be individually adjusted to tilt or angle the load.
  • Threaded Rods and Cranks: More sophisticated designs feature threaded rods, often with a hand crank or wrenching mechanism, to incrementally adjust the angle of the load. This allows for finer control and more precise positioning.
  • Lever Systems: Some levelers utilize lever-based mechanisms to achieve similar angle adjustment and load balancing.

• Load Attachment Points: Multiple hooks, typically four, attached to the load distribution mechanism serve as the points of connection to the engine or other load. These hooks are often equipped with safety latches to prevent accidental disengagement. The hooks are usually adjustable along the horizontal bars of the leveler, allowing for adaptation to different load configurations.

• Frame or Housing: A robust frame, typically constructed of steel, supports the entire mechanism and provides structural integrity. The frame is designed to withstand significant tensile forces and bending moments associated with lifting heavy loads.

• Safety Features: Essential safety features include:

  • Load Capacity Markings: Clearly marked load capacity limit on the device itself.
  • Safety Latches: Hooks equipped with spring-loaded or manually locking safety latches to prevent accidental disengagement.
  • Overload Protection: Some advanced units may incorporate overload protection mechanisms to prevent damage from exceeding the safe working load.
  • Robust Construction: High-quality materials and manufacturing processes to ensure structural integrity.

Applications:

Engine levelers are widely used in automotive repair shops, manufacturing facilities, and other environments where heavy lifting and precise positioning are required. Specific applications include:

• Engine Removal and Installation: Safely lifting and positioning engines during removal from or installation into vehicle engine bays.
• Transmission Work: Lifting and positioning transmissions for servicing or replacement.
• Heavy Machinery Assembly: Assisting in the assembly of large machinery components.
• Industrial Maintenance: Facilitating the lifting and positioning of heavy equipment during maintenance and repair operations.

Safety Considerations:

Proper use of an engine leveler requires careful adherence to safety guidelines:

• Do not exceed the rated load capacity.
• Ensure the load is properly balanced and secured before lifting.
• Use appropriate lifting slings or chains in good condition.
• Inspect the leveler for any signs of damage before each use.
• Keep bystanders clear of the lifting area.
• Follow manufacturer's instructions for operation and maintenance.
• Use appropriate personal protective equipment (PPE), such as safety glasses and gloves.

The TON rating is critical and must be carefully considered to ensure the chosen leveler is appropriate for the weight of the load being lifted. Overloading the equipment can lead to catastrophic failure, resulting in property damage, serious injury, or death.

KEYWORDS: Engine Leveler, Engine Balancer, Load Leveler, Engine Hoist, Engine Crane, Cherry Picker, A-Frame Crane, Lifting Equipment, Heavy Lifting, Load Balancing, Load Stabilizer, Angle Adjustment, Engine Removal, Engine Installation, Automotive Repair, Mechanical Work, Safe Working Load, SWL, Ton Capacity, Metric Tonne, Chain Leveler, Threaded Rod Leveler, Lever Leveler, Safety Latch, Lifting Hook, Load Distribution, Adjustable Hooks, Clevis, Steel Frame, Industrial Equipment