![]() ![]() The standard outlines measures for controlling hazardous energies-electrical, mechanical, hydraulic, pneumatic, chemical, thermal, and other energy sources. offers a selection of products including padlocks, tags, and mechanical valve and electrical lockout devices to help you implement lockout procedures for many different energy sources, from electricity and pneumatics to steam, gas and liquids.The OSHA standard for The Control of Hazardous Energy (Lockout/Tagout), Title 29 Code of Federal Regulations ( CFR ) Part 1910.147, addresses the practices and procedures necessary to disable machinery or equipment, thereby preventing the release of hazardous energy while employees perform servicing and maintenance activities. Warn all workers before re-energising, check the work area to ensure all employees are at a safe distance from the equipment, and restore the energy supply to the machine.Īs well as developing written procedures and training employees, Lockout Tagout Safety Ltd. Lockout devices must be only be removed by the person who applied them- if several employees are working on the same piece of equipment, the team supervisor must remove their lockout device last. When the work is completed take off the lockout/tagout devices and proceed to test, ensuring that all tools and mechanical and electrical lockout devices have been removed. ![]() ![]() Could include reading pressure/temperature gauges, using test equipment) (Release stored energy, verify machine in ‘zero energy state’- operate controls to verify isolated before returning to ‘off’ position. If several employees are working on the same equipment, make sure each puts in place their own identification label and own safety padlock.Ĭheck all of the machine controls and electrical circuits to ensure energy is completely isolated. Warn against accidental use by attaching lockout warning tags. Apply a lock so no one can turn the switch or valve whilst the work is in progress. Lock off all energy sources in the safe/off position, at each isolating device, using the proper lockout devices. Any stored energy in the equipment should be released, for example by bleeding off pressure, allowing equipment to cool, discharging capacitors, draining lines, or any other methods specified in lockout procedures for individual machines. Isolate equipment from energy sources, by disconnecting switches, circuit breakers, valves etc. Turn off the equipment or machine, following established procedures and ensuring that there are no increased hazards from equipment stoppage. Ensure all affected staff understand the lockout procedure. Inform any operators and supervisors who may be affected by isolating the machinery and make them aware of the work being carried out. Locate the isolator(s) and prepare to ‘lock off’ energy source. ![]() electrical) and the potential risks, considering the type and magnitude of the energy and how it can be controlled. Prepare for a shut down of energy source. All steps should be carried out either by a single authorised employee or the employer, and company regulations must be followed at all times when implementing the Lockout Tagout procedure. The standard procedure for implementing Lockout Tagout is laid out below. The aim of this system is to effectively protect workers from the dangers created by live machinery or electricity, therefore lowering the overall level of risk when working with this equipment. Lockout Tagout is a planned safety procedure that disables the energy supply of industrial machinery and equipment whilst servicing, maintenance work or repairs are in progress. ![]()
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