A-Frame w/Winch Adjustable Mast 10/15H-25W-2R-2A-RM | Tuff Built

The Tuff Built 71013 A-frame is engineered to provide a safe secure and adjustable lifting system for use in rescue operations or maintenance tasks in elevated or confined spaces. The inclusion of a winch and an adjustable mast adds flexibility and makes this system highly adaptable for varying rescue and lifting scenarios allowing users to tailor the frame's height and configuration for different environments and situations.

Key Features:

• A-Frame Design:

  • The A-frame structure is built for maximum stability during lifting or lowering operations. The two angled legs support a horizontal beam at the top which evenly distributes weight and ensures the frame remains securely in place during use.

  • This design offers greater stability compared to other lifting mechanisms making it ideal for confined space rescues fall protection in high places and other industrial applications.

• Winch Adjustable Mast:

  • The adjustable mast allows the height of the system to be easily modified between 10 to 15 feet (10/15H) making the system versatile and capable of being used in a variety of situations with different vertical height requirements.

  • The winch is an essential feature that provides a mechanical means of lifting or lowering personnel or equipment. The winch can be used to safely raise or lower individuals allowing for precise control during rescue operations or while accessing confined spaces.

• 25W (Width):

  • The width of the frame is 25 inches which provides a solid base spread and ensures the system remains stable especially during operations where personnel are being hoisted or lowered. A wider base helps improve balance and safety.

• 2R (2 Rescue):

  • 2R indicates that this system is designed for rescue operations and can accommodate the lifting or lowering of two individuals or multiple personnel. This is especially useful in multi-person rescues where more than one person may need to be retrieved from a confined or dangerous space.

• 2A (2 Anchor Points):

  • 2A means the system includes two anchor points which are vital for attaching lifelines ropes or safety harnesses. Having two anchor points increases the redundancy of the system which enhances safety during operations as it ensures that at least one anchor remains secure in case of failure.

  • These anchor points are crucial when performing high-risk or confined space rescues as they provide additional safety for the personnel being lifted or lowered.

• RM (Rescue Model):

  • RM stands for Rescue Model meaning that this A-frame system is built specifically for rescue operations. It’s designed to provide a reliable safe and efficient method for lowering or lifting personnel during emergency or high-risk operations.

• Heavy-Duty Construction:

  • The A-frame is constructed from high-strength materials (likely steel or aluminum) to ensure it can handle heavy loads during lifting and lowering operations.

  • The system is also corrosion-resistant making it suitable for use in harsh outdoor environments or industrial settings where exposure to the elements is common.

• Portability:

  • Designed to be easily transported and set up this A-frame is lightweight compared to other lifting and rescue systems allowing for quick deployment in emergency or industrial settings.

Common Uses:

• Confined Space Rescue:

  • The Tuff Built 71013 A-frame is perfect for confined space rescue operations such as manhole rescues tank entry or retrieving personnel from silos and pits. The adjustable height and winch system allow for safe lowering and retrieval of workers in and out of narrow or elevated spaces.

• Fall Protection in Construction:

  • In construction environments the A-frame is used as part of a fall protection system where workers are at risk of falling from height. The winch provides the capability to safely lower or hoist personnel while the anchor points ensure they remain securely tethered to the system at all times.

• Industrial Maintenance:

  • For maintenance and inspection work in high or hard-to-reach areas such as elevated platforms towers or roofs the A-frame system allows workers to access these locations safely. The adjustable mast allows for flexibility in height while the winch ensures controlled movement.

• Rescue Operations:

  • This system is used by first responders or rescue teams to access dangerous or confined locations and rescue individuals. The winch and anchor points provide secure lifting or lowering of victims or personnel in emergencies.

Specifications:

• Dimensions:

  • Height: Adjustable from 10 feet to 15 feet (10/15H) allowing the system to accommodate different operational heights.

  • Width: 25 inches (25W) providing a stable base for the frame.

• Material:

  • Likely constructed from high-strength steel or aluminum for maximum durability and load-bearing capacity. The frame is also designed to resist corrosion for use in outdoor environments.

• Weight Capacity:

  • The Tuff Built 71013 A-frame is built to handle significant loads typically supporting several hundred pounds. This allows it to safely lift and lower personnel or heavy equipment during rescue operations or industrial tasks.

• Anchor Points:

  • The system includes two anchor points allowing for redundant safety connections for lifelines winches and safety harnesses.

Safety Considerations:

• Routine Inspections:

  • Ensure that the system is inspected before each use for signs of damage or wear especially to the winch anchor points and adjustable mast.

  • Inspect the frame and winch for any corrosion dents or damage that could compromise its integrity during operations.

• Proper Setup:

  • Ensure that the A-frame is set up on level stable ground. The adjustable mast should be securely locked into position and the anchor points must be properly attached to ensure safety during lifting and lowering.

• Training:

  • Personnel using this system should be trained in the proper use of the winch work positioning gear and rescue operations. They should also be familiar with confined space entry protocols and how to secure themselves to the system using harnesses and lifelines.