Fall Protection

The V-TEC Mini retactable lanyard is the most compact & lightweight self-retracting lanyard ever developed using multiple spring radial energy-absorbing technology. This new design eliminates the need for an external energy-absorber outside of the housing making it the smallest retractable lanyard on the market.

With premium  stainless steel components and innovative engineering, the V-TEC Self Retracting Lifeline incorporates a precision-made spring radial energy absorber that requires zero calibration or adjustment.  The retraction dampening feature controls cable retraction speeds preventing pre-mature and accidental load indicator deployment.

MSA's Anchorage Connector Components for use in fall arrest and confined space entry applications.

Workman FP Stryder™ Beam Anchors quickly and easily attach to an I-beam flange without the need for any tools.

Tripod confined space entry kits provide simple ordering with all the necessary components for a complete safety system. Kits are ideal for applications in tanks, manholes and other vertical entry work practices.

With MSA's line of stanchions, installation is made easier with the unique clamp design. With only one location needed for tightening, this can be done by hand - no need for additional wrenches. The system is also portable and lightweight.

The new MSA Workman Winch is rugged, versatile and economical for lifting, lowering and positioning personnel and materials within confined space applications. Designed for maximum 400-lb (182 kg) workload for personnel and 620-lb (282 kg) for materials, the Workman Winch is built with tough thermoplastic housing to ensure high performance within the harshest environments. Winch offers integral, ergonomic carrying grip and unique, foldable handle for simple storage. Patent-pending bracket design allows for easy, rapid assembly. 

The Rescue Utility System is primarily used for raising and lowering people or equipment in rescue and industrial work access and ideal for confined space applications. A 4:1 rescue pulley system Pulleys are equipped with a built-in anti-reversing lock. Offers rapid deployment, is virtually maintenance free, and is rated for two-person load.

MSA’s newly enhanced Gravity Temporary Horizontal Lifelines offer unique, exclusive bypass shuttles enabling two workers to share a line and pass each other while maintaining 100% tie-off. The Gravity Temporary Synthetic Horizontal Lifeline, designed for easy installation and removal, suits many applications. System mounts to any suitable 5,000-lb-rated anchorage point and uses many standard components. Integral line tensioner helps to ensure proper lifeline tensioning. 

MSA’s newly enhanced Gravity Temporary Horizontal Lifelines offer unique, exclusive bypass shuttles enabling two workers to share a line and pass each other while maintaining 100% tie-off. The Gravity Sure-Line™ Temporary Cable Horizontal Lifeline for quick, easy installation at temporary work sites is suspended between two approved anchor points to provide worker fall protection during horizontal movement. Lightweight system is rated for two people.

With MSA's line of stanchions, installation is made easier with the unique clamp design. When installing on a beam, only one location is needed for tightening and this can be done by hand - no need for additional wrenches. The system is also portable and lightweight.

MSA's range of Latchways® Engineered Horizontal Lifeline Systems, incorporating the patented Constant Force® Post, can be deployed across virtually all the major roof types including standing-seam, composite, built-up-on-site, secret-fix and membrane. Fixing the Constant Force Post does not damage the integrity of the roof and therefore will not compromise the roof guarantee.

MSA's range of Latchways® Engineered Vertical Lifeline Systems for ladders provide outstanding personal safety for individuals working on any type of fixed tower ladder, industrial ladder. Applications include cranes and silos. MSA's Latchways Engineered Vertical Lifeline Systems for towers, have the inherent flexibility to be configured for use on virtually any design of power transmission tower.