LKS 9-1 C Swaged Wire Rope FOR SNOW GROOMERS

Safety is of course of utmost importance for Alpine Swaged Wire Rope. Special requirements are placed on cable car ropes by European standard 12385-8. Special criteria apply, in particular with regard to construction, the strength of the wires and the special lubrication of steel ropes. In addition to highest safety standards, it is also extremely important that passengers feel safe and secure. Our know-how and our own development activities ensure that LKS Swaged Wire Rope guarantee a comfortable and smooth ride while meeting all the required safety standards.

Swaged Wire Rope
  • Double parallel stranded
  • Cross lay right
  • Zinc-coated class B standard
  • Special lubrication
  • All strands compacted
Ø WeightMetallic
cross-section
MBK 2160
mm kg/100mmm2kN
10 50.058.0105
11 60.570.2128

How do you calculate swl of wire rope?

To calculate the SWL of fibre rope in kilograms, square the rope diameter (D) in millimetres (mm). For example: Diameter = 25 mm SWL (kg) = D2 (mm) SWL (kg) = D (mm) x D (mm) = 25 x 25 = 625 kg SWL (t) = 0.625 tonnes.

Likewise, how is SWL calculated?

The SWL is determined by dividing the minimum breaking strength (MBS) of a component by a safety factor assigned to that type and use of equipment. The safety factor generally ranges from 4 to 6 unless a failure of the equipment could pose a risk to life; in that instance the safety factor would be a 10.

Secondly, how is SWL of scaffold calculated? How to calculate the SWL of a scaffold. – D = Dead Load: This is the weight of the working platform and the scaffold components. When all the variables in the formulae is obtained, fixing the values in, we can calculate the SWL of any scaffold. HSEWatch is an all-encompassing Health and Safety platform.

Just so, how is SWL of D shackle calculated?

The formula used to find the Safe Working Load (SWL) of shackles is Diameter of shackle2 x 3. As determined by the vector diagram, the SWL in this example is 5.1 tons. Dividing 5.1 by 3 gives 1.7. The proper size shackle will be the one just larger than 1.3″, in this case, the 1-3/8″ shackle.

What is a 5 to 1 safety factor?

These single use/single trip bags are rated at a 5:1 safety factor ratio (SFR) which means that they have the ability to hold five times the amount of their safe work load (SWL). Remember, although the bag is rated to hold five times the rated safe working load, doing so is unsafe and is not.

How is Crane SWL calculated?

FormulaSWL (kg) = D2 (mm)

For example: Diameter = 25 mm SWL (kg) = D2 (mm) SWL (kg) = D (mm) x D (mm) = 25 x 25 = 625 kg SWL (t) = 0.625 tonnes. The above equation can be reversed to calculate the diameter (D) in millimetres of fibre rope needed to lift a given load.

What is a good safety factor?

A usually applied Safety Factor is 1.5, but for pressurized fuselage it is 2.0, and for main landing gear structures it is often 1.25. In some cases it is impractical or impossible for a part to meet the “standard” design factor.
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