Clevis Hook GHS – robust solution with large hook opening
The Clevis Hook GHS is a sturdy connecting element for chain slings or lashing chains and offers maximum safety for lifting and lashing applications. Thanks to its large opening width of 30 mm and the robust safety latch, it allows flexible attachment even to bulky connection points without compromising load capacity.
Advantages & Applications
• Large hook opening: Facilitates hooking and ensures high flexibility for various attachment points.
• Reliable safety: Robust safety latch prevents unintentional release of the chain under load.
• Standard-compliant design: Complies with DIN EN 1677-1 and thus offers tested safety standards.
• High working load limit: 2000 kg WLL for size 8 – ideal for medium loads in many applications.
• Flexible use: Suitable for both lifting operations and lashing applications.
• Durable and robust: Made of high-quality Grade 8 steel, painted red for corrosion protection.
• Proven in practice: Popular in industry, construction, transport, and logistics where quick and secure connections are required.
• Sturdy construction: Optimized shape for easy handling and secure fit.
Technical Details
• Working load limit (WLL): 2000 kg
• Size: 8
• Suitable for: Chain slings and lashing chains of Grade 8
• Material: Steel, painted red, Grade 8
• Standard: DIN EN 1677-1
• Hook opening width: 30 mm
• Inner hook height: 116 mm
• Features: With robust safety latch and extra-large opening
• Weight: 1.00 kg
The Clevis Hook GHS combines high load capacity, large opening width, and tested safety – a reliable component for professional use.
| EAN | 4032378645268 |
| Commodity code | 73159000 |
| ECLASS-Basic 15.0 (de) | 23.120.290 |
| chain-grade | 80 |
| colour | red |
| hook-version | GHS |
| hook aperture (mm) | 29 |
| hook headroom (mm) | 116 |
| material | steel |
| material-thickness hook bottom (mm) | 36 |
| material-width hook ground (mm) | 30 |
| nominal chain-size | 8 |
| standard | DIN EN 1677 |
| working load limit (kg) | 2.000 |
Seminars 2026.
