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(latest NCVER data)AURTTM005 Balance rotating and reciprocating engine components prepares learners to balance crankshaft assemblies, pistons and connecting rods so reconditioned engines run smoothly and without damaging vibration. RTOs can add it to engine reconditioning programs where learners operate balancing machines, and AURTTM005 training materials give trainers a structured base for this specialised workshop task.
Learners develop skills in interpreting balancing methods from manufacturer literature, preparing components and balancing machines, calculating bob-weight values, weight matching pistons and rod ends, adding or removing weight by drilling, welding or machining and completing final inspections and workplace documentation.
Start with our AURTTM005 RTO training materials rather than writing crankshaft and piston balancing content from scratch. Purchase RTO materials and give your workshop trainers AURTTM005 training resources that set out theory, practical tasks and assessment in a clear order.
These AURTTM005 training materials provide a prepared foundation for balancing crankshaft, flywheel, piston and connecting rod assemblies. Purchase RTO materials to cut preparation time and start with AURTTM005 learning materials ready for workshop contextualisation.
Check the latest unit requirements on training.gov.au before delivery. Your team should contextualise and validate these AURTTM005 training materials for its learner cohort, delivery model and selected compliance environment. Use the supplied mapping as a starting point when reviewing your AURTTM005 materials against the Standards for RTOs.
AURTTM005 Balance rotating and reciprocating engine components focuses on balancing engine components as part of an engine reconditioning process in the automotive service and repair industry. It applies to workers handling engine components from vehicles across all sectors of the industry.
The unit addresses five core areas:
The tasks are built around balancing an in-line crankshaft assembly, a V8 crankshaft assembly and a piston and connecting rod assembly, including drilling, welding and machining weight corrections. They are developed as compliant learning resources, but your team should confirm that the engines and balancing equipment in your workshop suit each task.
Yes. The editable files let your team include the safe operating procedures, machine settings and job cards used in your workshop where contextualisation is permitted.
The Learner Guide and Classroom Activities step through bob-weight values for in-line and V type engines before learners work on a balancing machine. Trainers can add worked examples from the engines they commonly service.
No. The unlimited student licence allows the purchasing organisation to use these RTO resources with all enrolled learners, subject to the applicable licence conditions.
Yes. A free sample lets your team check the layout and depth of the files before you purchase RTO materials for this engine balancing unit.
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