Din741 Galv Malleable Wire Rope Clips

The wire rope clip are compatible with the wire rope diameter,inappropriate selection of wire rope clip size will cause damage to the wire rope or insufficient clamping force.

Specification

Additional information

Material

Malleable Iron Body / Steel U Bolt

Surface Treatment

Electric galvanised

Standard

DIN741

Size

From 3mm to 40mm

Application

Lashing, Towing

Description

Din741 Galv Malleable Wire Rope Clips Specifications:

MOQ1 Pallet, 1 Ton or 3000USD
MaterialMalleable Iron
Surface finishWire rope clip saddle, U-bolt and nuts are Electro-galvanized(Zinc Plated)
SizesFrom 3mm to 40mm
Technique ProcedureCast
StandardEN BS 13411-5
HS code732690

Din741 Galv Malleable Wire Rope Clips Sizes:

Galv Malleable Din741 Wire Rope Clips Sizes
Galv Malleable Din741 Wire Rope Clips Sizes
Galv Malleable Din741 Wire Rope Clips Sizes
Diameter Rope(mm.)Weight 100PCS (kgs.)Dimensions(mm.)
ABCDEFG
31.4211010491216.6
51.52310115111319.65
6.52.12611125131523.65
84.13015146161928.85
106.83417188192235
117.23618198202237
131340212310243046.24
1413.544222310253048.24
162150262612293352.5
192854302912323864.5
224061343314374472.5
264465373514414582.5
306674433716485095.6
3485805042165255105.6
40104885545165860125.6

  1. DIN 741:
    • DIN stands for “Deutsches Institut für Normung,” which is the German Institute for Standardization.
    • 741 is the specific standard number that defines the specifications for this particular type of wire rope clip. This standard will specify aspects such as dimensions, material properties, design, and testing requirements. So, a DIN 741 clip is manufactured according to this German industrial standard.
  2. Galv:
    • This is an abbreviation for Galvanized.
    • Galvanization is the process of applying a protective zinc coating to steel or iron to prevent rusting and corrosion. This makes the clips suitable for outdoor use or in environments where moisture is present. It could be hot-dip galvanized (HDG) or electro-galvanized, with HDG generally offering better corrosion resistance.
  3. Malleable:
    • This refers to the material used to make the body (or saddle) of the clip.
    • Malleable iron is a type of cast iron that has been heat-treated to make it less brittle and more ductile (i.e., it can be deformed to some extent without fracturing).
    • Malleable iron clips are generally used for light to medium-duty applications and are not typically recommended for critical overhead lifting or applications requiring very high strength (forged steel clips are usually preferred for these).
  4. Wire Rope Clips:
    • This describes the device’s function. Wire rope clips (also known as U-bolt clamps or bulldog clips) are used to:
      • Create an eye or loop at the end of a wire rope.
      • Join two pieces of wire rope together.
    • They typically consist of three main parts:
      • A U-bolt: The U-shaped threaded bolt.
      • A Saddle (or base): The cast part (in this case, malleable iron) that the U-bolt passes through and which presses against the wire rope.
      • Two Nuts: Used to tighten the U-bolt and clamp the wire rope(s) securely between the saddle and the U-bolt.

DIN 741 Galv Malleable Wire Rope Clips” are wire rope fasteners whose design and dimensions conform to the German standard DIN 741. They are made with a malleable iron saddle and body and are galvanized (coated with zinc) for enhanced corrosion resistance. They are used to create loops or join wire ropes, typically in non-critical, light to medium-duty applications.

Key things to remember about using wire rope clips (general advice, always consult specific manufacturer guidelines):

  • “Never saddle a dead horse”: The saddle part of the clip should always be placed on the “live” or load-bearing end of the wire rope. The U-bolt goes on the “dead” or tail end.
  • Number of clips: The correct number of clips depends on the diameter of the wire rope.
  • Spacing and Torque: There are specific guidelines for spacing between clips and the torque to apply to the nuts for proper holding power.
  • Retightening: Nuts should be re-tightened after the initial load is applied and periodically thereafter.
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