Twisted Rope PN 910

Twisted Rope PN 910

KTI15003001P910

Product Description

Twisted Rope Anchorage Line
10m Ref. Anchor Pn910
Made Up of Polyamide.
Dia 12mm
Warranty: Not Applicable

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Twisted Rope PN 910

KTI15003001P910

Product Details
Available Brands	KTI
Unit	Numbers
HSN Code	63072090
Weight	1.8 kg
Warranty	Not Applicable
Tags/categories	Safety PPE Personal Protective Equipment Safety Harness

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	Current Product Twisted Rope PN 910	Safety Harness PN 16	Safety Forked Lanyard	+ Add product to compare
SKU	KTI15003001P910	KTI15004002PN16	KTI15004002PN36	—
Brand	KTI	Karam	Karam	—
Price (excl. GST)	Ask for price	₹ 3,064.50 excl. GST	₹ 2,862.00 excl. GST	—
GST %		18.00%	18.00%	—
Certifications	—	IS 3521(Part 1):2021	EN 355:2002, IS 3521(Part 2): 2021	—
Availability	Made to Order	Made to Order	Made to Order	—
	Ask for price			—

Category FAQ .

Safety Harness

Fall Protection Harness, Safety Climbing Harness, Industrial Safety Harness, Full-Body Harness, Construction Safety Harness, Personal Fall Arrest System, Work Positioning Harness, Safety Restraint Harness, Roof Safety Harness, Adjustable Safety Harness, Heavy-Duty Harness, Safety Gear Harness, Fall Arrest Gear, Lanyard Harness, Safety Belt Harness

A safety harness is a form of personal protective equipment (PPE) that consists of straps, buckles, and connectors designed to secure a person to prevent falls or reduce the risk of injury in elevated work environments. It is worn around the torso and typically includes leg straps for added stability and support.

Safety harnesses are important for several reasons: Fall protection: They are a critical component of fall protection systems, providing a means to arrest a fall and prevent the wearer from hitting the ground or other lower levels. Worker safety: Safety harnesses help protect workers who perform tasks at heights, such as construction workers, window cleaners, or tower climbers, by minimizing the risk of serious injuries or fatalities from falls. Compliance with regulations: Many occupational safety regulations and standards require the use of safety harnesses and fall protection equipment in elevated work environments.

Safety harnesses work by distributing the forces generated during a fall across the wearer's body. When properly fitted and connected to an anchorage point, the harness forms a secure attachment between the wearer and a solid structure. If a fall occurs, the harness transfers the force of the fall to the body, spreading it across the torso, shoulders, and thighs. This helps minimize the risk of injury and prevents the wearer from hitting the ground or lower levels.

A typical safety harness consists of the following components: Shoulder straps: These straps go over the shoulders and provide support and stability to the upper body. Chest strap: The chest strap connects the shoulder straps across the chest, ensuring proper alignment and preventing the harness from slipping off. Waist belt: The waist belt secures the harness around the wearer's waist and helps distribute the forces of a fall. Leg straps: Leg straps provide additional stability and prevent the wearer from slipping out of the harness in the event of a fall. Buckles and connectors: These are used to fasten and adjust the straps for a secure and comfortable fit. D-rings and anchorage points: D-rings are attachment points on the harness where lanyards or lifelines can be connected to secure the wearer to an anchorage point.

Consider the following factors when choosing a safety harness: Work environment: Assess the specific hazards and work conditions in which the harness will be used, such as construction, roofing, or industrial settings. Size and fit: Ensure the harness is the right size for the wearer and can be adjusted to fit snugly and comfortably. Weight capacity: Check the weight capacity of the harness to ensure it can support the wearer and any additional equipment being used. Compliance with standards: Look for safety harnesses that meet relevant safety standards and regulations, such as ANSI/ASSE Z359.11 or EN361. Ease of use: Consider the ease of donning, adjusting, and removing the harness, as well as the intuitiveness of the buckles and connectors. Comfort and mobility: Choose a harness that allows for freedom of movement and has padding or ergonomic features for added comfort during prolonged use.