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United Electrical & Instrumentation Safety Task Evaluation Process CRANE OPERATION ANALYSIS

THE INFINITY GROUP. United Electrical & Instrumentation Safety Task Evaluation Process CRANE OPERATION ANALYSIS. Problem. Large Lifts – are always well organized and equipped managed with a detailed, formal “Lift Plan” Resulting in no problems Everyday, Routine Crane Operations –

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United Electrical & Instrumentation Safety Task Evaluation Process CRANE OPERATION ANALYSIS

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  1. THE INFINITY GROUP United Electrical & Instrumentation Safety Task Evaluation Process CRANE OPERATION ANALYSIS

  2. Problem • Large Lifts – • are always well organized and equipped • managed with a detailed, formal “Lift Plan” • Resulting in no problems • Everyday, Routine Crane Operations – • cause most of our heartaches due to lack of • adequate planning.

  3. Mission To have those employees involved in the hoisting operation to analyze the task, plan the lift, and complete the hazard assessment card as a group to establish good communications and assure job scope understanding.

  4. Expectation • To analyze all lifts • Choose wire rope slings where possible rather than fiber or chain • Mechanical devices should not be used in a load bearing leg • When “fitting the load”, load may transfer • CG may shift • Operators and signalmen must maintain continuous and undivided communication

  5. Safety Task Evaluation Process CRANE OPERATION ANALYSIS "our plan for a safe job" Crane:Date:Time: Crane has been inspected/ safe condition:.YesNo Job Location: Job Description: The weight of the load is: The swing radius of the lift is: Net crane capacity at this radius is: Is operator qualified to operate this crane? Yes No Is operator’s certification card current? Yes No Critical lift permit required for this lift? Yes No Crane level/outriggers fully extended? Yes No Is the rigger qualified for this task? Yes No Is sling/hardware in safe condition? Yes No Sling sizing/hookup reviewed? Yes No Do sharp edges have softeners? Yes No Tag lines needed to help control load? Yes No Center of gravity of load located? Yes No EMERGENCY INFORMATION What is the wind direction? Reviewed emergency alarms/phone numbers Yes Escape route(s): Location of eyebath/shower station: Our evacuation assembly point is: Operator Signature: Rigger Signature: Signalman Signature: Foreman Signature:

  6. RIGGING PLAN Sketch all components of the rigging and devices CRANE SET-UP DIAGRAM Identify all known hazards and safe clearance distances With hitches having more than two legs on a rigid load, figure the safe working load based on a two leg bridle hitch only. ________________________________________________________________________________________________________________________________________________________________________________________

  7. RIGGING COMPONENTS List each component Slings TypeHitch Cap.Sling AngleActual Cap. Sling 1 Sling 2 Sling 3 Sling 4 Shackles SizeCapacity Shackle 1 Shackle 2 Shackle 3 Shackle 4 Other Devices: DescriptionCapacity How has the lifting area been restricted? _____________________________________________________________________________________________________________________________________________________________________________________________

  8. DESCRIBE EACH TASK 1.Access/Egress to location- 2.Set-up- 3.Lift operation- 4. Positioning/Fitting load- 5.Loading/unloading float- LIST THE HAZARD(S) FOUND FOR THE FOLLOWING 1a.Overhead 1b.Lateral 1c.Underground 2a.Outriggers and mats 2b.Swing radius 2c.Process/electrical lines 3a.Working at elevations 3b.Connecting rigging 3c.Shifting/swinging load 3d. Falling objects 3e. Communications 4a.Mechanical devices 4b.Stored energy 4c.Load transfer 5a.Working at elevations 5b.Swinging load 5c.Materials on surface 5d.Disconnecting rigging

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