Machine Guarding Machine Guarding OSHA Standard 1910 212

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Machine Guarding

Machine Guarding

Machine Guarding • OSHA Standard 1910. 212

Machine Guarding • OSHA Standard 1910. 212

OSHA’s Top 20 • General Industry Most Frequently Cited Violations • 6 of top

OSHA’s Top 20 • General Industry Most Frequently Cited Violations • 6 of top 20 deal with guarding issues • one of these electrical guarding

#6 • 1910. 212(a)(1) “General Requirements for All Machinery” Point of operation guard for

#6 • 1910. 212(a)(1) “General Requirements for All Machinery” Point of operation guard for in-going nip points, rotating parts, flying chips and sparks

#7 • 1910. 212(a)(3)(iii) “General Requirements for All Machinery” Special tools for placing and

#7 • 1910. 212(a)(3)(iii) “General Requirements for All Machinery” Special tools for placing and removing material from the danger zone during the operating cycle of machinery were not used to keep the operators hand out of the danger zone.

#10 & # 17 • 1910. 219(d)(1) “Mechanical Power. Transmission Apparatus” - Pulleys which

#10 & # 17 • 1910. 219(d)(1) “Mechanical Power. Transmission Apparatus” - Pulleys which are seven (7) feet or less from the floor or working platform were not effectively guarded.

# 15 • 1910. 213(h)(1) “Woodworking Machinery Requirements” - The upper hood of a

# 15 • 1910. 213(h)(1) “Woodworking Machinery Requirements” - The upper hood of a radial arm saw did not completely enclose the upper portion of the blade including the end of the saw arbor.

#8 • 1910. 303(g)(2) “Guarding of Live Electrical Parts” - Live parts of electrical

#8 • 1910. 303(g)(2) “Guarding of Live Electrical Parts” - Live parts of electrical equipment operating at 50 volts or more were not guarded against accidental contact by approved cabinets or other forms of approved enclosure.

General Requirements • Protection from hazards: – point of operation – ingoing nip points

General Requirements • Protection from hazards: – point of operation – ingoing nip points – rotating parts – flying chips – sparks

Methods of Guarding • Barriers • Distance • Tools in hazard zone

Methods of Guarding • Barriers • Distance • Tools in hazard zone

Two Packaging Systems • Small bags - 55 pound bags or less • Large

Two Packaging Systems • Small bags - 55 pound bags or less • Large bag - 2000 pound

Team Evaluation • Team members: – operators – maintenance – engineering – safety –

Team Evaluation • Team members: – operators – maintenance – engineering – safety – managers

Team Activities • • • Review OSHA requirements Equipment review Proposal developed Guards constructed

Team Activities • • • Review OSHA requirements Equipment review Proposal developed Guards constructed Modifications as needed