Climbing Technology Orbiter D pulley

Climbing Technology Orbiter D Pulley. Elevate your hauling and rescue operations with the CLIMBING TECHNOLOGY Orbiter D pulley. This high-efficiency double pulley boasts sealed ball bearings for a remarkable 96% performance, minimizing friction and maximizing your effort. Its mobile side plates allow for quick rope insertion anywhere, while the integrated auxiliary attachment point simplifies building complex mechanical advantage systems. Lightweight yet robust, it´s designed for ropes up to 13mm, making it an indispensable tool for professionals demanding reliability and versatility in demanding environments. CLIMBING TECHNOLOGY Orbiter D Pulley: High-Efficiency Double Pulley for Hauling SystemsExperience unparalleled performance in your hauling, deviation, and rope rescue systems with the CLIMBING TECHNOLOGY Orbiter D pulley. This expertly engineered double pulley is a cornerstone piece of equipment for professionals in rope access, technical rescue, and arboriculture who demand maximum efficiency, reliability, and versatility. Its robust design and advanced features make it the go-to choice for complex rigging scenarios where performance cannot be compromised.The standout benefit of the Orbiter D is its incredible efficiency. At the heart of its design, the main sheaves are mounted on high-quality, sealed ball bearings. This feature drastically reduces friction as the rope glides through the system, resulting in an exceptional 96% efficiency rating. For the user, this translates directly into less effort required to lift heavy loads, smoother operations, and faster, more effective hauling. Whether you are raising a casualty, tensioning a line, or hoisting gear, the Orbiter D ensures your energy is maximized, not wasted on friction.Adaptability in the field is critical, and the Orbiter D excels in its user-friendly and versatile rigging options. It is a pulley with mobile side plates that allow the insertion of any connector, making installation quick and straightforward at any point along the rope. This design eliminates the need to re-thread the rope from the end, saving valuable time and effort during complex operations.Furthermore, the integrated auxiliary attachment point is a game-changer for rigging experts. This secondary point provides the ultimate flexibility for creating sophisticated mechanical advantage systems, such as 3:1 or 5:1 hauls, without the need for additional plates or connectors. It is perfectly suited for setting up progress capture systems with a rope clamp, creating redirects, or building various other hauling configurations, making it an indispensable multi-purpose tool in your gear bag.Crafted for demanding professional environments, the Orbiter D offers an exceptional balance of high strength and low weight. Its smart construction ensures it can handle significant loads while adding minimal weight to your kit. Designed specifically for use with ropes up to 13 mm in diameter, it is compatible with a wide range of standard life-safety ropes. Whether you are a rope access technician, a member of a mountain rescue team, or a professional arborist, the CLIMBING TECHNOLOGY Orbiter D pulley is an essential tool that enhances both the safety and efficiency of your work at height. Features:* Lightweight and durable build for an optimal strength-to-weight ratio in professional use.* Main sheaves mounted on sealed ball bearings for maximum efficiency (96%).* Versatile auxiliary attachment point for creating complex hauling and progress capture systems.* Specifically engineered for high-performance hauling systems, deviations, and rescue applications. Specifications:* Compatibility: For use with ropes Ø ≤ 13 mm* Dimensions: 70x140 x 32 mm* Weight: 215 g* Efficiency: 96%* Breaking Load: 32 kN - 16 kN* Work Load Limit: 8 kN - 4 kN* Rope: ≤ Ø 13 mm. tradeinn Trekkinn

Made of anodised alloy Ball bearing mounted scissor blades Provides an additional trailer point for creating different transport systems For use with ropes Ø ≤ 13 mm. Developed for transport systems and deviations".