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Designers responsible for functional safety and machine guarding must understand how to design �uid power circuits as well as electrical

controls that are safe, globally compliant and complimentary to the machine’s productivity.

Join us to learn how to design �uid power circuits and controls that meet global functional safety and machine safeguarding standards.

WHO SHOULD ATTEND?Anyone responsible for the design, speci�cation or maintenance of safety functions and machine safeguarding.

THURSDAY, October 22, 20158 a.m. to 3 p.m.

McNaughton-McKay Electric Company - 2255 Citygate Dr. Columbus, OH

To register, visit www.mc-mc.com and look under the training tab.

$50 for 1 seat$100 for up to 3 seats

AGENDA8 a.m. to Noon• Machine Safety LIfecycle and Standards Update ISO 14119, ANSI B11.TR6, ISO 4413, ISO 4414, and others• Technical Review of ISO 13849-1 and -2 (Emphasis on hydraulic and pneumatic systems)• Fundamentals of Fluid Power Systems• Fluid Power System Failures and Safety Considerations• Fluid Power Risk Assessment Considerations• Fluid Power Exhausting, Load Holding, Cylinder Return• Fluid Power Safety Functions (Apply the principles of ISO 13849-1 & -2 and ANSI B11.TR6)• Application Examples

Noon to 1 p.m. LUNCH PROVIDED

1 to 3 p.m. • Open Application Discussion• Performance Level Veri�cation Using SISTEMA

SPEAKERSTom Alford, Rockwell Automation: Technical Consultant, Functional Safety Engineer (TUV Rheinland, #6432/12, Machinery)Steve Boyette, Ross Controls: Global Industrial Specialist - Safety, Functional Safety Engineer (TUV Rheinland, #9233/14, Machinery)NMichael Smeigh, McNaughton-McKay: Automation Specialist, Functional Safety Tech (TÜV Rheinland, #7821/14, Machinery)