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Best Practices for Guiding Suspended Steel Loads | PSC Hand Safety PSC Hand Safety Download Handbook Home› Insights› Best Practices for Guiding Suspended Steel Loads Operational Framework · Series Article 10 of 10 Best Practices for Guiding Suspended Steel Loads The preceding nine articles in this series established the physics of suspended loads, the human […]

Aligning Structural Steel Without Direct Hand Contact | PSC Hand Safety PSC Hand Safety Download Handbook Home› Insights› Aligning Structural Steel Without Direct Hand Contact Application Engineering · Series Article 9 of 10 Aligning Structural Steel Without Direct Hand Contact Structural steel connection alignment is one of the most demanding positioning tasks in any lifting

Safe Positioning of Suspended Steel Plates Using Magnetic Guidance | PSC Hand Safety PSC Hand Safety Download Handbook Home› Insights› Safe Positioning of Suspended Steel Plates Application Engineering · Series Article 8 of 10 Safe Positioning of Suspended Steel Plates Using Magnetic Guidance Steel plates present a specific combination of physical characteristics that affect how

Common Mistakes When Selecting Magnetic Push-Pull Tools | PSC Hand Safety PSC Hand Safety Download Handbook Home› Insights› Common Mistakes When Selecting Magnetic Push-Pull Tools Selection Engineering · Series Article 7 of 10 Common Mistakes When Selecting Magnetic Push-Pull Tools Magnetic push-pull tools fail to deliver their safety objective most often not because of product

Continuous Magnetic Engagement in Suspended Load Guidance | PSC Hand Safety PSC Hand Safety Download Handbook Home› Insights› Continuous Magnetic Engagement Articulation Engineering · Series Article 6 of 10 Continuous Magnetic Engagement in Suspended Load Guidance A magnetic head that peels off the load surface mid-task provides no guidance at the moment it is needed

Magnetic Push-Pull Tools vs Taglines: Choosing the Correct Guidance Method | PSC Hand Safety PSC Hand Safety Download Handbook Home › Insights › Magnetic Push-Pull Tools vs Taglines Method Comparison · Series Article 5 of 10 Magnetic Push-Pull Tools vs Taglines: Choosing the Correct Guidance Method Magnetic push-pull tools and taglines are frequently positioned as

How Magnetic Push-Pull Tools Work | PSC Hand Safety PSC Hand Safety Download Handbook Home › Insights › How Magnetic Push-Pull Tools Work Product Engineering · Series Article 4 of 10 How Magnetic Push-Pull Tools Work A magnetic push-pull tool is a guidance instrument: it keeps the operator’s hands outside the hazard zone while applying

Why Final Load Positioning Creates the Greatest Hand Exposure | PSC Hand Safety PSC Hand Safety Download Handbook Home › Insights › Why Final Load Positioning Creates the Greatest Hand Exposure Exposure Mechanics · Series Article 3 of 10 Why Final Load Positioning Creates the Greatest Hand Exposure Hand exposure during suspended load operations does

Why Experienced Workers Still Reach for Suspended Loads | PSC Hand Safety PSC Hand Safety Download Handbook Home › Insights › Why Experienced Workers Still Reach for Suspended Loads Human Factors · Series Article 2 of 10 Why Experienced Workers Still Reach for Suspended Loads Safety briefings tell workers not to place their hands near

Why Suspended Steel Loads Behave Like Pendulums | PSC Hand Safety PSC Hand Safety Download Handbook Home › Insights › Why Suspended Steel Loads Behave Like Pendulums Suspended Load Physics · Series Article 1 of 10 Why Suspended Steel Loads Behave Like Pendulums Before any guidance tool can be selected, the physical behaviour of a