Suitable for:
Fall arrest, confined space entry, roof work, ladder systems, elevated work platforms, maintenance, construction etc
ERGO iPlus harnesses are "SPANSET" premium range of products and showcase some of our latest technology.
Starting with the revolutionary, patented iWeb™, inspection-ready webbing which gives, for the first time, an objective inspection criteria for cuts and abrasion.
Additionally, after many years of research we have arrived at our premium padding offer which, in the case of our ergonomically supportive waist belts, delivers on the ventilation performance so many have promised but failed to deliver.
Comfortable enough to wear all day long these reliable harnesses are certified to AS/NZS 1891.1 and supported by a NATA accredited compliance and batch testing regime.
iWeb
I is for inspectable, and this patented webbing has been woven with a load bearing indicator core, encased by a further load bearing outer case.
When inspecting for cuts or abrasion, simply look for any signs of red yarns showing through the outer silver casing and you have the discard criteria.
This removes the subjective, often mood and opinion based, inspection criteria which regularly leads to the condemnation of otherwise good harnesses, another demonstration of SpanSet’s commitment to offering our end user customers value, without compromising safety.
MAV – Motion Activated Ventilation
Instead of trying to get air to flow through synthetic padding materials, we have chosen to push the air around it via a series of ventilation cells and channels as the waist padding is compressed and relaxed.
We call this Motion Activated Ventilation (MAV).
When the padding is compressed, the air is forced around the smaller cell veins into the larger ventilation channels and expelled through the top and bottom edges of the padding.
When the padding is relaxed the opposite happens as the fresh air returns in a bellows effect.
This constant mechanical exchange of air is more effective than so called wicking materials at reducing sweat and heat build-up