Gunnebo Industries Grade 100 Master Link MFH with Engineered Flat

SKU: GRRRR81 Category:

Product details

  • Made from Quenched & Tempered, Fine Grain Alloy Steel from European Steel Mills.
  • Links are individually Proof Tested to values shown, with certification.
  • Proof Test with max 60% inside width fixture to prevent localized point loading per ASTM A952.
  • Each link is marked with Product Identification Code (PIC) for traceability, Grade, chain size, SWE, GUNNEBO and BG/DGUV manufacturing ID (H32).
  • Fatigue rated to at least 20,000 cycles at 1.5 times the Working Load Limit.
  • Designed for use with chain, wire or synthetic rope. Applications with wire and synthetic rope generally require a 5:1 Design Factor.
  • 3/4-leg requires Gunnebo Industries CG, CGD, CL or CLD components. Engineered Flat compatible with Crosby S-1325 Omega Link.
  • Fulfills or exceeds requirements in EN 1677:2008 (WLL +25%), ASTM A952/A952M-02, AS 3775:2014 and AS 3776:2015.

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Grade 100 Master Link MFH with Engineered Flat

Designed for crane hooks, DIN 15401 and 15402. Designed for use with CL, CLD, CG and CGD. 3- and 4-leg chain slings require CLD / CGD.

Stock No.CodeWLL (lb) 5:1For chain sizeDimensions (in)DIN15401DIN15402Weight (lb)
EN 1677-4A-952/A952M AS 3775.2-20141 leg2 leg3-4 legLED
Z101262
MFH-1310-1016,53017,6321/2”3/8”5/16”9.054.920.86≤ 12≤ 164.62
Z101263
MFH-1613-1022,04029,9745/8”1/2”3/8”9.845.311.10≤ 12≤ 168.15
Z101264
MFH-2016-1037,46845,4023/4”5/8”1/2”11.05.311.25≤ 16≤ 2011.6
Z101265
MFH-2220-1061,71268,1047/8”3/4”5/8”12.56.881.57≤ 25≤ 3221.3
Z101266
MFHW-2220-1061,71261,7127/8”3/4”5/8”13.98.851.57≤ 50≤ 6324.4
Stock No.CodeWLL (t) 5:1For chain size (mm)Dimensions (mm)DIN15401DIN15402Weight (kg)
EN 1677-4A-952/A952M AS 3775.2-20141 leg2 leg3-4 legLED
Z101262
MFH-1310-107.58.01310823012522≤ 12≤ 162.1
Z101263
MFH-1613-1010.013.616131025013528≤ 12≤ 163.7
Z101264
MFH-2016-1017.020.620161328013532≤ 16≤ 205.3
Z101265
MFH-2220-1028.030.922201632017540≤ 25≤ 329.7
Z101266
MFHW-2220-1028.028.022201635522540≤ 50≤ 6311.1

5:1 Design Factor.

Diagram Images

Diagram 1