JB Titus

latest from JB Titus

Machine Safety: Are machine builders shipping unsafe machines?

Functional safety life cycle: 1) Perform risk assessment 2) Examine functional requirements 3) Design and verify mitigation 4) Install and validate 5) Manage, change, and improve. Courtesy: Control Engineering Machine Safety Blog, JB Titus & Associates

Machine Safety: Risk of an actuator wired to general machine control versus safety controller

Think about machine safety. Danger! Machine without brain requires yours. Courtesy: J.B. Titus and Associates

Machine Safety: ISO 13849-1 status, interlock switch safety

Control Engineering machine control - robotic icon

Machine Safety: 12 hazards of unused machinery

Machine Safety: Identify machine safety standards for your business

Two safety standards EN954-1 in 1996 and the 2006 ISO 13849-1 help with determining hazards and potential injury by looking at severity, frequency, and probability. Courtesy: Control Engineering Machine Safety blog

Machine safety: Does ISO 13849-1: 2006 weight severity, frequency, and probability equally?

Machine safety: Executives balance risks, profits

Machine safety: PLC versus PAC, is there a difference for safety?

Machine safety: Does effective grounding include ancillary hand rails, fences, and more?

Machine safety: What is ambient air temperature and the relationship to safe operation?

Machine safety: Are most machines are intrinsically safe by design?

Machine safety: Incorporating functional safety as part of your machine safety plan, Part 4

Machine safety: Incorporating functional safety as part of your machine safety plan, Part 3

Machine safety: Incorporating functional safety, part 2

Machine safety: Incorporating functional safety, part 1

Machine Safety: What are fault exclusions?

Machine Safety: Serious machine guarding issues