ZERO AION - TRIPLE LOCK D KARABINER

The ZERO AION Triple Lock D Karabiner is a premium-grade connector designed for the highest standards in height safety and industrial applications. Featuring a robust triple-lock auto-locking mechanism, it offers reliable, secure closure to prevent accidental gate openings and ensure maximum user safety.

Crafted from high tensile steel with a durable yellow chromate finish, this carabiner boasts an impressive strength rating with a minimum breaking load of 53 kN, and gate strength ratings of 16 kN closed and 18 kN open, making it suitable for demanding rigging, climbing, and rescue operations.

Its classic D-shape design distributes loading forces efficiently to optimize strength and durability. The karabiner measures 119mm in height, 77.6mm in width, and features a 25mm gate opening for compatibility with a wide range of ropes, slings, and hardware.

Each unit is uniquely numbered for traceability, reflecting rigorous quality control. The ZERO AION is certified to EN 362:2004 standards, ensuring compliance with key safety regulations for connectors in personal protective equipment against falls from height.

Lightweight yet incredibly sturdy at 302 grams, the ZERO AION karabiner is engineered to deliver longevity with an expected lifespan of up to 10 years under normal use conditions.

Key Features:

• Triple lock auto-locking gate for enhanced security
• High tensile steel construction with corrosion-resistant yellow chromate finish
• Strength ratings: 53 kN major axis, 16 kN minor axis, 18 kN gate open
• Dimension: 119mm x 77.6mm with 25mm gate opening
• Lightweight design at 302 grams for ease of use
• Individually serial numbered for traceability and quality assurance
• Certified to EN 362:2004 for fall protection connectors
• Up to 10 years lifespan under proper use and maintenance

Engineered for professionals who demand uncompromising safety and performance, the ZERO AION Triple Lock D Karabiner is an essential addition to your safety gear, providing peace of mind and durability in critical height safety tasks.