Disability Handrail Design & Specification
Budget: $1,500 – $3,000 AUD
Project Overview
I need professional assistance in executing the design of a modular disability handrail system and straight grab rails. The intended use of the handrail is to aid with balance, so the design must specifically cater to individuals facing mobility impairment, balancing issues, and upper body strength issues. The handrail should preferably be created with stainless steel for durability.
Ideal Skills for the Project
Experience in handicap accessibility products.
Knowledge in stainless steel handrail manufacturing.
Familiarity disabilities to create an inclusive design.
Specifications for Compliance with Australian Standards
To ensure compliance with Australian Standards, particularly AS1428, the design of the modular disability handrail system must adhere to the following specifications:
Material
Stainless Steel: Preferred for durability, corrosion resistance, and ease of maintenance.
Handrail Dimensions
Diameter: Varied handrails will have a have a diameter between 30 mm and 50 mm. This ensures it is easy to grip for individuals with varying hand sizes.
Clearance: There should be a minimum clearance of 50 mm between the handrail and any adjacent wall or structure.
Load-Bearing Capacity
Weight Capacity: The handrail must be able to support a load of at least 110 kg preferably 150kg applied in any direction. This ensures it can support the full weight of an individual who may need to lean heavily on the rail for balance (we would like to offer a 6 year warranty on the handrails)
Surface and Edges
Finish: The surface of the handrail must be smooth and free of any sharp edges or abrasions. This minimizes the risk of injury to users.
Installation and Mounting
Modular System: The handrail should be designed as a modular system to allow for easy assembly, disassembly, and customisation on-site.
Mounting Brackets: The handrail should be securely fixed with mounting brackets at intervals not exceeding 900 mm to ensure stability and support.
Continuous Handrails: Where the handrail changes direction, it must be continuous with a smooth transition to avoid any breaks or interruptions.
Safety and Accessibility
Non-Slip Surface: For outdoor applications or areas prone to moisture, the handrail should have a non-slip coating or texture.
I will be able to share more details, images, measurements once I have found the person for the job. At this stage we would be looking at two types of straight handrails in various sizes (diameter and length) and 5 modular handrails and various, bends, fixing, joiners, bends and modular t sections. I have attached a PDF of a company who does grabrails in australia. Their inventory is extensive but this could give more of a clear outline of what we are trying to achieve on a smaller scale.
Deliverables
Complete Design Documentation: Including detailed drawings, materials list, and guidelines.
Detailed Specifications: Ready to be sent to our manufacturer, ensuring all dimensions, materials, and load-bearing requirements are clearly outlined.
I need professional assistance in executing the design of a modular disability handrail system and straight grab rails. The intended use of the handrail is to aid with balance, so the design must specifically cater to individuals facing mobility impairment, balancing issues, and upper body strength issues. The handrail should preferably be created with stainless steel for durability.
Ideal Skills for the Project
Experience in handicap accessibility products.
Knowledge in stainless steel handrail manufacturing.
Familiarity disabilities to create an inclusive design.
Specifications for Compliance with Australian Standards
To ensure compliance with Australian Standards, particularly AS1428, the design of the modular disability handrail system must adhere to the following specifications:
Material
Stainless Steel: Preferred for durability, corrosion resistance, and ease of maintenance.
Handrail Dimensions
Diameter: Varied handrails will have a have a diameter between 30 mm and 50 mm. This ensures it is easy to grip for individuals with varying hand sizes.
Clearance: There should be a minimum clearance of 50 mm between the handrail and any adjacent wall or structure.
Load-Bearing Capacity
Weight Capacity: The handrail must be able to support a load of at least 110 kg preferably 150kg applied in any direction. This ensures it can support the full weight of an individual who may need to lean heavily on the rail for balance (we would like to offer a 6 year warranty on the handrails)
Surface and Edges
Finish: The surface of the handrail must be smooth and free of any sharp edges or abrasions. This minimizes the risk of injury to users.
Installation and Mounting
Modular System: The handrail should be designed as a modular system to allow for easy assembly, disassembly, and customisation on-site.
Mounting Brackets: The handrail should be securely fixed with mounting brackets at intervals not exceeding 900 mm to ensure stability and support.
Continuous Handrails: Where the handrail changes direction, it must be continuous with a smooth transition to avoid any breaks or interruptions.
Safety and Accessibility
Non-Slip Surface: For outdoor applications or areas prone to moisture, the handrail should have a non-slip coating or texture.
I will be able to share more details, images, measurements once I have found the person for the job. At this stage we would be looking at two types of straight handrails in various sizes (diameter and length) and 5 modular handrails and various, bends, fixing, joiners, bends and modular t sections. I have attached a PDF of a company who does grabrails in australia. Their inventory is extensive but this could give more of a clear outline of what we are trying to achieve on a smaller scale.
Deliverables
Complete Design Documentation: Including detailed drawings, materials list, and guidelines.
Detailed Specifications: Ready to be sent to our manufacturer, ensuring all dimensions, materials, and load-bearing requirements are clearly outlined.