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(latest NCVER data)Safety interlocks and instrumentation tell a battery electric vehicle when it is safe to energise high voltage circuits and keep the driver informed of system status. AURETH107 Diagnose and repair system instrumentation and safety interlocks in battery electric vehicles focuses on diagnosing and repairing faults in those systems, and RTOs offering EV specialisations can deliver it with AURETH107 training resources that keep safety at the centre of training.
Learners develop skills in sourcing a testing strategy, applying HV safety procedures, testing instrumentation and interlock circuits, diagnosing high resistance, faulty interlocks and damaged connectors, fuse holders or wiring, carrying out repairs and completing post-repair testing.
Start with our AURETH107 RTO training materials rather than developing interlock diagnostic content from the ground up. Purchase RTO materials and equip trainers with AURETH107 learning materials built for safety-critical systems.
Inside the AURETH107 RTO training materials, your team will find learner content, delivery support and assessment documents for instrumentation and interlock repair. Purchase RTO materials to reduce development time, with AURETH107 training resources ready for contextualisation.
Check the latest unit requirements on training.gov.au before delivery. Your team should contextualise and validate these AURETH107 training materials for its learner cohort, delivery model and selected compliance environment. Use the supplied mapping as a starting point when reviewing your AURETH107 materials against the Standards for RTOs.
AURETH107 Diagnose and repair system instrumentation and safety interlocks in battery electric vehicles applies to automotive service and repair work on the system instrumentation and safety interlocks of battery electric vehicles. It covers diagnosing faults in these systems and their associated components and completing repairs while applying HV RESS electrical safety procedures.
The unit addresses five core areas:
Assessment involves correcting deficiencies such as high resistance in an input system, faulty instrumentation or safety interlocks, or damaged or loose connectors, fuse holders or wiring on two different BEVs.
The PowerPoint Presentation, Session Plan and Learner Guide set out system operation and diagnostic sequences, giving trainers a structured base to add their own workshop examples.
Yes. The editable files allow permitted changes, so you can insert manufacturer diagrams, procedures and branding.
Yes. Lifetime updates are available under the applicable product terms, giving access to qualifying publisher-issued updates.
They are developed with training package and compliance considerations in mind, but they do not guarantee audit outcomes and should be validated before use.
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