H-Lift Wire Rope Slings with Soft Eyes
A wire rope sling with soft eyes is a type of lifting sling made of wire rope that has been formed into loops, also known as soft eyes, at both ends of the sling. These loops provide a safe and secure way to attach the sling to a lifting hook or other lifting device.
The soft eyes of a wire rope sling are created by splicing the wire rope back into itself, which forms a loop that is more flexible than a typical wire rope sling that is terminated with a thimble and a swaged or mechanical splice. This increased flexibility makes it easier to form the sling around the load being lifted and can help to reduce the risk of damage to the load.
Wire rope slings with soft eyes are often used in applications where the load being lifted is fragile or easily damaged, such as in the transportation of glass panels, delicate machinery or equipment, or other sensitive materials. They are also commonly used in marine and offshore industries where there is a high risk of corrosion due to exposure to saltwater.
It is important to note that wire rope slings with soft eyes should be used in accordance with the manufacturer's instructions and by trained professionals who understand safe lifting practices. Regular inspections should also be conducted to ensure the sling is in good condition and not damaged or worn.
|Item No.||Rope dia. (mm)||Soft Eye Dimensions (mm)||M.B.L. (t)||Working Load Limit (t)||Product Code|
• Store and handle wire rope slings correctly.
• Inspect wire rope slings and accessories before use and before placing into storage.
• Follow safe slinging practices, as given overleaf.
• Fit slings carefully, protect them from sharp edges and position hooks to face outward from the load.
• Apply the correct mode factor for the slinging arrangement.
• Back hook free legs to the master link.
• Attempt to shorten, knot or tie wire rope slings.
• Force, hammer or wedge slings or their fittings into position.
• Lift on the point of the hook.
• Use wire rope slings in acidic conditions without consulting the supplier.
• Use wire rope slings at temperatures above 100°C or below minus 40°C without consulting the supplier.
• Shock load wire rope slings.
Selecting the Correct Sling
Wire rope slings are available in a range of sizes and assemblies, select the slings to be used and plan the lift taking
the following into account:
Type of sling to be used - endless, single, two, three or four leg.
Capacity - the sling must be both long enough and strong enough for the load and the slinging method.
Apply the mode factor for the slinging method.
For use at temperatures exceeding 100°C or below minus 40°C refer to the suppliers instructions.
Where slings may come into contact with acids or chemicals consult the supplier.
In the case of multi-leg slings the angle between the legs should not be less than 30° or exceed the maximum marked.
Multi-leg slings exert a gripping force on the load which must be taken into account, this increases as the angle between the legs increases.
Due to the possibility of sparking, the use of aluminium is restricted in certain classified atmospheres, so ensure the ferrule is suitable for such conditions.
Storing and Handling Wire Rope Slings
Never return damaged or contaminated slings to storage. They should be dry, clean and protected from corrosion.
Store wire rope slings on a rack and not lying on the ground. The storage area should be dry and free of any contaminates which may harm the sling.
Do not alter, modify or repair a wire rope sling but refer such matters to a Competent Person.
Using Wire Rope Slings Safely
Do not attempt lifting operations unless you understand the use of the equipment, the slinging procedures and the mode factors to be applied.
Do not use defective slings or accessories.
Do not force, hammer or wedge slings or fittings into position. They must fit freely. Check to ensure correct engagement of fittings and appliances.
Position hooks of multi-leg slings facing outward from the load.
Do not lift on the point of a hook.
Ensure that the wire rope is not twisted or knotted.
Ensure the effective diameter of pins, hooks etc upon which soft eyes fit is at least 2 x the wire rope diameter.
Position the splices of endless slings in the standing part of the sling away from hooks and fittings.
Never join wire rope slings made from different lays of rope together as this will cause them to un-lay thus seriously affecting their capacity.
Back hook free legs to the masterlink to avoid lashing legs which might accidentally become engaged or otherwise become a hazard.
Take the load steadily and avoid shock loads.
Do not leave suspended loads unattended. In an emergency cordon off the area.
In-service Inspection and Maintenance
Maintenance requirements are minimal. Keep wire rope slings clean and protect from corrosion. Use non-acidic lubricants.
Regularly inspect wire rope slings and, in the event of the following defects, refer the sling to a Competent Person for thorough examination: illegible markings; distorted, worn or damaged fittings; broken or cut wires; kinks; protrusion of core; corrosion; heat damage or discolouration; signs of movement at splices and ferrules; any other visible defect to the wire rope, thimbles or fittings.
A wire rope sling is a type of lifting sling made of wire rope that is used to hoist heavy loads in a variety of industries, including construction, shipping, and manufacturing. It is made up of several individual strands of wire that are twisted together to form a strong, flexible rope. The wire rope sling is designed to distribute the weight of the load evenly, making it easier to lift and move.
Wire rope slings come in different types, including single-leg slings, double-leg slings, and multi-leg slings, depending on the number of legs or branches that are attached to the load. They are also available in different configurations, such as choker, basket, or vertical hitch, which affect their lifting capacity and application.
Wire rope slings are highly durable and resistant to abrasion, making them suitable for heavy lifting applications that require a high level of strength and durability. However, they should be inspected regularly for signs of wear and tear, and should only be used by trained professionals who understand their safe usage and handling procedures.