This kind of multipurpose polyester safety harness kit with rope lanyard and energy absorber is specially designed for construction and industrial use. It is widely used in power supplies, transmission, telecommunication, high rack, metal construction, wind energy, offshore industry and rigging, etc. The multifunctional polyester safety harness kit is CE certified and meet the EU CE standard EN361:2002 and EN355:2002
Parameters
ITEM NO.: | HENP116 |
DESCRIPTION OF GOODS: | multipurpose full body safety harness |
MATERIAL: | 45mm high strength polyester |
COLOR: | GREEN(customizable) |
HARDWARE: | EN361D-RING & METAL BUCKLE |
DETAILS: | Anchor Element-One Dorsal D-Ring of Alloy Steel
Versatility-Adjustable Thigh Straps Ergonomics-ldeally Positioned Sit Strap To Provide Maximum Comfort Rope Lanyard-With 1.8 Mtrs. PP Rope Lanyard Scaffolding Hook + Energy Absorber |
BREAKING STRENGTH: | ≥25KN |
CERTIFICATE: | CE EN361:2002 EN355:2002 |
APPLICATION: | CONSTRUCTION & MAINTENANCE,FREE FALL ARREST,ELEVATED WORK PLATFORM |
This kind of multipurpose polyester safety harness kitwith rope lanyard and energy absorberis specially designed for construction and industrial use. It is widely used in power supplies, transmission, telecommunication, high rack, metal construction, wind energy, offshore industry and rigging, etc. The multifunctional polyester safety harness kit is CE certified and meet the EU CEstandard EN361:2002and EN355:2002
Rope Feature:
Polyester fibers typically have a low level of wicking, and strength can vary greatly because it can be controlled by how much drawing (stretching) occurs during production. It can go from 2.5 grams/denier to 9.5 grams/denier. These strengths are considered moderate to very high.Higher fiber strengths will produce stronger fabrics.Sopolyesteris usually used for high-altitude work, industrial construction, earthquake relief, indoor climbing and other aspects.
How does the ENERGY ABSORBER WORK ?
In the event of a fall the special webbing inside the Energy Absorber opens up. This opening of the webbing takes up most of the jerk which is felt as an impact when a fall occurs. Hence finally very little jerk is felt on the body of the worker. We can therefore imagine that if this Energy Absorber is absent from a fall protection system, the forces which are felt on the body of the worker can be very high and can result in injury.