The Future of Ergonomic Safety Starts with the Right Harness

Fall protection equipment is straightforward – you fall off a ladder and your fall protection system prevents your free fall. Safety is attained. But can fall protection equipment help improve long-term worker health and well-being? The newest generation of harnesses promote ergonomic safety through innovation in comfort, usability, style and performance.

Beyond the risk of falling

Falls are serious safety risks, but did you know 31.4% of non-fatal injuries in construction are due to overexertion?

Over time, overexertion or highly strenuous physical activity leas to development of musculoskeletal diseases (MSDs).

MSDs are caused by “sudden or sustained exposure to force, vibration, repetitive motion, and awkward posture”, according to the CDC. They can develop over time, be episodic or chronic, and can evolve from mild to severe disorders.

In the workplace, they are caused by fixed or constrained body positions, fast-paced work, carrying heavy loads, and repetitive movements.

In the UK, 498,000 workers have suffered from work-related musculoskeletal disorders (new or longstanding) in 2018-2019, according to a Labour Force Survey (LFS). And 6.9 million working days were lost due to work-related musculoskeletal disorders in the same period, according to the same source.

Sprains, strains and tears represent 67% of nonfatal injuries and illnesses involving days away from work, according to the US Bureau of Labor Statistics.

For companies, absenteeism translates to lost productivity, and increased healthcare, disability, and compensation costs. Musculoskeletal disorders cost employers $50B annually, according to the US Bureau of Labor Statistics.

To help tackle this problem, NIOSH developed the Musculoskeletal Health Cross-Sector Program, an initiative focused on researching and preventing MSDs, by helping management mitigate related risks and liabilities, and helping practitioners improve the efficacy of workplace interventions.

PPE plays a key role in promoting musculoskeletal health in the workplace.

Designing an ergonomic harness

Construction is one of the highest averaging industries for musculoskeletal disorders (MSDs). Overhead work, lifting and lowering heavy objects put pressure on the back and shoulders. When performed repeatedly, these movements can lead to overexertion and pain.

When working at heights, in steel erection or scaffolding, workers perform these tasks spending long hours in restrictive, heavy harnesses. Impaired physical capability, along with sweat and heat build-up are oftentimes responsible for fall accidents and poor performance.

That’s why workers need safe, ergonomically comfortable harnesses.

A comfortable harness is anatomically designed to distribute the load, putting the right amount of pressure in the legs and waist, as opposed to the shoulders.

But ergonomic assessments are not mandatory. To obtain certification, harnesses typically pass a series of standard safety tests such as dynamic performance, static strength, and corrosion resistance.

“Most harnesses pass the safety test, but not an ergonomic test, if it were required,” says Marc Dudelzak, Offering Management Lead for Fall Protection at Honeywell. “Thinking about the future of ergonomic safety, we have redesigned our Miller H500 harness series to provide not only basic safety, but greater freedom of movement, a hassle-free donning experience, more breathability and better fit”.

Honeywell designed the H500 Series with this wheel of ergonomic safety in mind:

- Safety

- Intuitive use

- Breathability

- Freedom of movement

Workers remain dry and cool with a new anatomically and ergonomically-designed pressure-relief shoulder/back padding.

The new padding is 3x more breathable than other options on the market, according to water vapor resistance testing performed by Satra Technology.

“The padding is composed of layers, perforated foam in the middle and mesh at the exterior, to increase the level of breathability”, says Gazo Jozef, Engineering Manager for Honeywell. “The challenge was to create a breathable padding, which is also rigid and dense enough to load and protect the user when using an SRL.”

The new padding also minimizes overhead muscular fatigue. The “U” shape replaces the standard “X” shape to prevent fatigue in the upper neck area, by distributing the weight to the shoulders.