Malta Dynamics Beam Trolley 3"-10" 5K
The Malta Dynamics Beam Trolley 3"-10" 5K sets a new benchmark in fall protection, combining unparalleled safety and enhanced mobility for workers at heights. With its innovative design, this beam trolley delivers a perfect blend of reliability, ease of use, and durability, ensuring that workers stay securely tied off while maximizing their range of movement.
Key Features and Benefits
- Innovative Mobility and Safety: The Malta Dynamics Beam Trolley enhances worker efficiency by enabling smooth movement along the I-Beam. Featuring free-moving aluminum rollers, it trails the user effortlessly, minimizing the need for constant re-anchoring. This improves productivity without compromising safety, making it the go-to choice for workers seeking freedom of movement and peace of mind.
- Durable Construction & Easy Installation: Crafted from premium materials including aluminum, polyester, and stainless steel, the beam trolley is lightweight yet robust. Its quick and easy installation process is facilitated by adjustable pins and secure locking toggles, ensuring that the trolley remains firmly attached to the I-Beam without slipping.
- Versatile & Adjustable for Various Applications: This versatile trolley fits I-Beams ranging from 3" to 10" in width and 1/4" to 7/8" in thickness, making it adaptable to various work environments. With a weight capacity supporting users between 130-310 lbs, it can be used in both overhead and foot-level applications while ensuring maximum compliance and safety.
Engineered for Optimal Load Support
The Malta Dynamics Beam Trolley 3"-10" 5K boasts a static tensile strength of 5,000 lbf (22 kN), ensuring it can securely handle a wide range of fall arrest and restraint applications. Its ability to support heavy loads while maintaining compliance with rigorous safety standards makes it an essential piece of equipment for high-risk environments.
Compliance and Safety Standards
The Malta Dynamics Beam Trolley 3"-10" 5K meets and exceeds the latest safety regulations, including:
- ANSI Z359.18-2017
- ANSI A10.32-12
- CE-EN 795
- OSHA 1926.502
- OSHA 1910.66
