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| Lockout Tagout |
The lockout tagout standard requires the
implementation of exercises and procedures to shut down equipment isolate it
from its energy source and save the release of potentially dangerous energy
while maintenance and services activities are being performed. It uses minimum performance
requirements and definitive criteria for establishing a good program for the
control of dangerous energy. However, employers have the flexibility to develop
programs of lockout that are appropriate for their respective facilities.
Harmful
effects of hazardous energy
Workers servicing or maintaining machines or devices
may be seriously injured or killed if hazardous energy is not properly
controlled or managed. Injuries resulting from the failure to control dangerous
energy during maintenance activities can be serious or fatal! Injuries may
include electrocution, burns, Ignite, cutting, amputating, or fracturing body
parts, and others.
- A steam valve is automatically turned on burning workers who are repair a downstream connection in the piping.
- A jammed conveyor system instantly releases crushing a worker who is trying to clear the jam.
- Internal wiring on a piece of factory device electrically shorts shocking employee who is repairing the devices.
Craft workers, electricians and operators of
machine are among the million workers who service equipment routinely and face
the highly risk of injury. Workers injured on the task from exposure to dangerous
energy lose an average of 24 workdays for recuperation.
The world leader in lockout tagout services, martechnical
provide a broad range of durable, simple-to-use lockout equipment that cover
most mechanical and electrical applications. In addition, martechnical covers
other critical aspects of a compliant, effective energy control program by offering
innovative solutions for training employees, creating documented methods and
identify energy sources. Martechnical’s services assist companies with limited
resources immediately get their program up to speed, ensure that lockout
activities are implemented in a way that promotes optimum protection while
maximize efficiency and decrease downtime.

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