U.S. FF-C-450 /EN 13411-5 Type B Drop Forged Wire Rope Clip
No.6030
The H-Lift U.S. Type Drop Forged Wire Rope Clip (G450) meets U.S. Federal Specification FF-C-450 and EN 13411-5 Type B standards for critical heavy-duty applications.
Certified Compliance: Meets U.S. FF-C-450 and EN 13411-5 Type B standards for critical lifting applications.
Drop-Forged Steel: Manufactured from high-strength steel with consistent grain structure for superior durability.
High Rope Efficiency: Delivers 80-90% of wire rope breaking strength for reliable termination.
Critical Load Rated: Ideal for critical overhead and heavy-duty lifting operations.
Versatile Applications: Suitable for crane cables, winch lines, guy wires, towing lines, and scaffolding rigging.
FF-C-450 Type 1 Class 1 / Heavy Duty | EN 13411-5 Type B
H-Lift US Type Drop Forged Wire Rope Clips are premium rigging hardware designed for critical lifting and suspension applications. Featuring a drop-forged saddle made from high-tensile carbon steel, these clips offer a unified grain structure that provides maximum strength and reliability under heavy loads.
🏗️ Critical Safety Rated
Specifically designed and rated for overhead lifting, towing, and demanding industrial rigging where safety is non-negotiable.
🛡️ Dual Galvanization
Hot Dipped Galvanized saddle with Electro-Galvanized U-bolt and nuts ensure maximum corrosion resistance in harsh environments.
⚙️ Engineered Saddle
The forged base features engineered ribs and grooves to maximize friction, ensuring a secure grip and preventing rope slippage.
📜 Full Compliance
Meets or exceeds US Federal Specification FF-C-450 Type 1, Class 1 and EN 13411-5 Type B requirements.
Q: Can I use this clip for overhead lifting? A: Yes. US Type Drop Forged clips are specifically designed for critical overhead lifting and suspension when installed correctly.
Q: What is the difference between Type A and Type B clips? A: Type A usually refers to malleable iron clips (light duty). Type B (EN 13411-5) refers to these Drop Forged clips, which offer significantly higher strength.
Technical Specifications (Inch)
Item No.
Size
Dimensions (inch)
Weight
Product Code
A
B
C
D
E
F
G
kg
WRCH03
1/8"
0.47
0.81
0.44
0.22
0.37
0.99
0.72
0.03
603001003
WRCH05
3/16"
0.59
0.94
0.56
0.25
0.50
1.18
0.97
0.05
603001005
WRCH06
1/4"
0.75
1.19
0.50
0.31
0.66
1.43
1.03
0.08
603001006
WRCH08
5/16"
0.88
1.31
0.75
0.38
0.73
1.66
1.38
0.13
603001008
WRCH10
3/8"
1.00
1.63
0.75
0.44
0.91
1.94
1.50
0.20
603001010
WRCH11
7/16"
1.19
1.91
1.00
0.50
1.13
2.28
1.88
0.33
603001011
WRCH13
1/2"
1.19
1.91
1.00
0.50
1.13
2.28
1.88
0.33
603001013
WRCH14
9/16"
1.31
2.25
1.25
0.56
1.34
2.50
2.06
0.49
603001014
WRCH16
5/8"
1.31
2.25
1.25
0.56
1.34
2.50
2.06
0.49
603001016
WRCH19
3/4"
1.50
2.84
1.44
0.62
1.39
2.84
2.25
0.64
603001019
WRCH22
7/8"
1.75
3.16
1.62
0.75
1.58
3.16
2.44
0.96
603001022
WRCH26
1"
1.88
3.47
1.81
0.75
1.77
3.47
2.63
1.14
603001026
WRCH29
1-1/8"
2.00
3.59
2.00
0.75
1.91
3.59
2.81
1.28
603001029
WRCH32
1-1/4"
2.34
4.13
2.22
0.88
2.17
4.13
3.13
1.99
603001032
WRCH38
1-1/2"
2.59
4.44
2.38
0.88
2.44
4.44
3.41
2.47
603001038
WRCH50
2"
3.38
5.88
3.00
1.25
3.03
5.88
4.44
5.90
603001050
Technical Specifications (Metric - mm)
Item No.
Size (in)
Dimensions (mm)
Weight
Product Code
A
B
C
D
E
F
G
kg
WRCH03
1/8"
12.0
20.5
11.0
5.6
9.4
25.0
18.3
0.03
603001003
WRCH05
3/16"
15.0
24.0
14.0
6.4
13.0
30.0
24.6
0.05
603001005
WRCH06
1/4"
19.0
30.0
13.0
7.9
17.0
36.0
26.0
0.08
603001006
WRCH08
5/16"
22.0
33.0
19.0
9.7
19.0
42.0
35.0
0.13
603001008
WRCH10
3/8"
25.5
41.5
19.0
11.2
23.0
49.0
38.1
0.20
603001010
WRCH11
7/16"
30.0
48.5
25.5
12.7
29.0
58.0
47.8
0.33
603001011
WRCH13
1/2"
30.0
48.5
25.5
12.7
29.0
58.0
47.8
0.33
603001013
WRCH14
9/16"
33.0
57.0
32.0
14.2
34.0
64.0
52.0
0.49
603001014
WRCH16
5/8"
33.0
57.0
32.0
14.2
34.0
64.0
52.0
0.49
603001016
WRCH19
3/4"
38.0
72.0
37.0
15.7
35.0
72.0
57.0
0.64
603001019
WRCH22
7/8"
44.0
80.0
41.0
19.1
40.0
80.0
62.0
0.96
603001022
WRCH26
1"
48.0
88.0
46.0
19.1
45.0
88.0
67.0
1.14
603001026
WRCH29
1-1/8"
51.0
91.0
51.0
19.1
49.0
91.0
71.0
1.28
603001029
WRCH32
1-1/4"
59.0
105.0
56.0
22.4
55.0
105.0
80.0
1.99
603001032
WRCH38
1-1/2"
66.0
113.0
60.0
22.4
62.0
113.0
87.0
2.47
603001038
WRCH50
2"
86.0
149.0
76.0
31.8
77.0
149.0
113.0
5.90
603001050
⚠️ Important Safety Guidelines
Installation: Always apply the saddle of the wire rope clip to the live end of the rope. "Never saddle a dead horse!"
Saddle Material: H-Lift saddles are drop forged for sizes up to 2-1/2". For larger sizes (2-3/4" to 3-1/2"), cast steel saddles may be used.
Maintenance: Periodically check torque settings and inspect for any signs of wear, deformation, or corrosion before use.
A Complete Guide to Wire Rope Clips
Selection, Installation, Safety, and Maintenance
What Are Wire Rope Clips?
Wire rope clips (also called wire rope clamps or cable clamps) are mechanical fittings used to form eyes (loops) or temporary terminations at the end of wire ropes. They typically consist of a U‑bolt, a saddle, and two nuts that clamp the live and dead ends of the rope together.
When selected and installed correctly, wire rope clips can provide a secure and adjustable termination that reaches a high percentage of the rope’s original breaking strength. They are widely used in construction, lifting, marine, transportation, and general industrial applications.
Main Types and Models
1. By Structure / Design
U‑bolt Wire Rope Clips
The most common design, consisting of a U‑shaped bolt, a saddle, and two nuts.
Forged U‑bolt clips: High strength, for critical and lifting-related applications.
Malleable U‑bolt clips: Only for non‑critical, light‑duty uses such as guard rails or fencing.
Double Saddle / Fist Grip Clips
These have two saddles and two through‑bolts, distributing the clamping force more evenly around the rope.
They are often used in heavy‑duty or high‑load applications where reduced rope distortion and extra security are important.
2. By Material
Galvanized steel clips: General‑purpose choice with good corrosion resistance for outdoor and industrial environments.
Stainless steel clips (e.g. 304, 316): Used in marine, offshore, chemical, or other highly corrosive environments, offering superior corrosion resistance and appearance.
Malleable iron clips (zinc plated or painted): Used in indoor or dry environments for non‑critical applications, where loads are low and failure would not cause injury.
3. Typical Model / Size Range
Most manufacturers mark clips by wire rope diameter. Below is a typical application range guide:
Clip Size (inch)
Typical Rope Diameter (mm)
Typical Application Range
1/8"
3–4 mm
Light cables, small lanyards, small barriers
3/16"
5 mm
Small guy wires, light suspensions
1/4"
6–7 mm
General utility cables, small hoisting lines
3/8"
10 mm
Construction and industrial rigging
1/2"
13 mm
Heavier rigging, structural guys
5/8"–1"
16–26 mm
Heavy construction, cranes, tower guys
Exact sizing and designation depend on the manufacturer’s catalog and local standards.
Typical Uses and Applications
Wire rope clips are used wherever a loop or temporary termination is needed on wire rope:
Construction and Lifting
Forming eyes at the end of slings (where codes permit).
Temporary guy lines for scaffolding, masts, and formwork bracing.
Marine and Offshore
Mooring lines and fender lines.
Lifeline systems and handrails.
Industrial and Utilities
Hoisting and winch lines.
Safety barriers, cable tray supports, and utility pole guys.
Transportation and Logistics
Securing loads with wire rope tie‑downs.
Winch cables and recovery lines (non‑personnel lifting).
Note: In many jurisdictions, clip‑assembled slings are restricted or prohibited for overhead lifting; forged terminations (sockets, swaged fittings, etc.) are preferred for critical lifting.
How Wire Rope Clips Work (Basic Principle)
Wire rope clips work by clamping the live end and the dead end of the rope together over a sufficient length, using multiple clips with specified spacing and torque. The friction and deformation under the saddle prevent the rope from slipping.
A Key Industry Rule for U‑Bolt Clips:
“Never saddle a dead horse.”
This means the saddle must always be on the live (load‑bearing) end, and the U‑bolt on the dead end. Otherwise, the rope can be crushed and slip under load.
Installation: Step‑by‑Step Guide
Pre‑installation Checklist
Before installing wire rope clips, always:
Check that the clip size matches the rope diameter (e.g. 3/8" clip on 3/8" rope).
Inspect the rope for broken wires, kinks, severe corrosion, or deformation.
Use a thimble in the loop when forming a permanent or semi‑permanent eye.
Confirm the minimum number of clips, turnback length, and torque from the manufacturer’s table.
Recommended Minimum Number of Clips & Turnback
(Example values based on a common forged U‑bolt clip table)
Rope Dia. (in)
Min. No. of Clips
Approx. Turnback Length (in)
Torque (ft‑lbs)
1/8"
2
3.25–3.5
4.5
3/16"
2
3.75–4.0
7.5
1/4"
2
4.75
15
5/16"
2
5.25
30
3/8"
2
6.5
45
1/2"
3
11.5
65
5/8"
3
12–16
95
3/4"
3–4
18–19
130–225
1"
5
26–37
225
Always refer to the specific manufacturer’s data sheet, as exact numbers vary by brand and standard.
Installation Steps for U‑Bolt Wire Rope Clips
Form the loop and position the thimble Turn back the specified length of rope and place a thimble in the eye if required.
Install the first clip Place the first clip one saddle width from the end of the thimble or loop. Ensure saddle is on the live end, U‑bolt on the dead end. Tighten nuts evenly to the recommended torque.
Install the second clip Place it as close to the thimble as possible, again with the saddle on the live end. Tighten the nuts to the specified torque.
Install remaining clips Space the additional clips equally between the first two. Typical spacing is about 6–7 rope diameters between clips.
Apply initial load and re‑tighten Load the assembly to the expected working load (or slightly higher) to seat the rope. Then re‑check and re‑torque all nuts to the specified values.
Regular inspection Periodically inspect the clips during service and re‑tighten if any loosening is detected.
Common Mistakes to Avoid
Several frequent mistakes significantly reduce the efficiency and safety of wire rope clips:
Using the wrong type of clip: Using malleable clips instead of forged clips for critical or lifting applications.
Not using enough clips: Fewer clips than recommended reduce holding power and can lead to slippage.
Incorrect spacing: Clips placed too close or too far apart do not grip the rope properly.
Wrong orientation: Placing the saddle on the dead end crushes the live rope and greatly reduces strength.
Not torquing to specification: Under‑torque leads to rope slips; over‑torque damages threads or the clip body.
No re‑torque after loading: Rope strands settle after initial loading, so nuts must be re‑tightened to maintain grip.
Safety Guidelines, Precautions & Selection
General Safety Rules
Always match clip size to rope size.
Use forged clips for any application where failure could cause injury or major damage.
Do not use clips on plastic‑coated rope unless the coating is stripped under the clips.
Do not use wire rope clips as a permanent solution where swaged or socketed terminations are specified.
For personnel lifting, elevator, and man‑riding applications, follow specific standards (such as ANSI A17.1) which often prohibit U‑bolt clips.
Inspection and Maintenance
Inspect clips before each use for cracks, deformation, corrosion, or worn threads.
Replace any clip that shows damage or has been overloaded.
Keep records of installation date, inspection, and re‑torque for critical applications.
How to Choose the Right Clip
Type: U‑bolt vs. double saddle/fist grip.
Material: Galvanized vs. stainless steel vs. malleable iron (based on environment).
Rope size: Clip size must match rope diameter exactly.
Load level: Use forged clips for critical/high‑load uses.
Standards: Refer to ASME B30.26, local safety rules, and manufacturer instructions.
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