The Petzl SPIN L1D is a versatile, high-performance single pulley designed for advanced rigging and rescue operations. With integrated descent control, this pulley offers precise and smooth handling, making it ideal for complex hauling systems, lowering tasks, and directional anchors. Its innovative design allows for quick rope installation without the need for tools, ensuring efficiency and reliability in critical situations. Built for professional use, the SPIN L1D is a trusted solution for rescue professionals, rope access technicians, and industrial workers operating in demanding conditions.
Key Features:
- Integrated Descent Control for Precision:
The SPIN L1D features a built-in friction system, enabling controlled and smooth descent during lowering operations, enhancing safety and efficiency. - High-Efficiency Pulley Design:
Equipped with a sealed ball-bearing sheave, this pulley delivers 91% efficiency, reducing friction and ensuring smooth operation during hauling and lowering. - Tool-Free Rope Installation:
The side plates open without tools, allowing for quick and secure rope setup while keeping the pulley connected to the anchor, saving valuable time during operations. - Durable and Lightweight Construction:
Made with high-strength aluminum and stainless steel, the SPIN L1D is built to withstand intensive use while remaining lightweight for ease of transport. - Versatile Applications:
Ideal for hauling, lowering, and directional anchors, this pulley supports a wide range of professional tasks in rescue, industrial, and rope access scenarios. - Certified for Professional Use:
Meets CE EN 12278 standards, ensuring compliance and reliability in high-risk environments.
Specifications:
- Material: Aluminum and stainless steel
- Sheave Diameter: 38 mm
- Efficiency: 91%
- Rope Compatibility: 8 to 13 mm
- Certifications: CE EN 12278
The Petzl SPIN L1D combines cutting-edge features, robust construction, and advanced functionality, making it an indispensable tool for professionals who require precision, safety, and efficiency in their rigging and hauling systems.