BLP BLOG

The Four Components of a Personal Fall Arrest System (PFAS) Falls remain a leading cause of serious injuries and fatalities at work. A well-designed Personal Fall Arrest System (PFAS) is the last line of defense—when all other controls can’t fully eliminate risk. This guide explains the four PFAS components, equipment used for fall protection, and links you to the right gear on Bishop Lifting. Shop All Fall Protection Build a complete, compliant system—harnesses, SRLs, lan…

What “OSHA-compliant” means in practice—and how to equip your crews with the right Palmer Safety gear. What “OSHA-Compliant” Really Means OSHA sets performance requirements for personal fall protection systems, while ANSI Z359 standards define how equipment is designed and tested. In practice, compliance means selecting certified gear, following the manufacturer’s instructions for use, training workers, and documenting regular inspections. That means when y…

Fall protection systems are essential in many industries where working at height is part of the job. Understanding these systems and how each component works is critical to protecting workers and ensuring regulatory compliance. OSHA and ANSI provide clear standards for fall safety, while organizations like ASME focus more on related rigging and lifting equipment. Key Takeaways Fall protection systems consist of four primary components: anchorage, body support, connectors, and deceleration devic…

Fall protection harnesses are critical PPE used to prevent injuries and fatalities in elevated work environments. While many manufacturers recommend a replacement cycle of approximately five years, the actual lifespan of a harness depends on usage frequency, environmental exposure, and proper maintenance. This guide reviews the factors influencing harness longevity, outlines OSHA and ANSI requirements, and offers practical guidance to ensure compliance and worker safety. Key Takeaways The lifes…