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| Unit Code: |
MNQOPS232A—Service & Handover Hydraulic Shovel/Excavator |
| RTO: |
Caterpillar Institute |
| Bookings: |
Jan Burton – 03 8561 8700 |
| Focus: |
This unit covers the scheduled servicing of hydraulic shovels/excavators and their operation and use to shift loads on a work site as part of the roles of carrying out the testing, maintenance, servicing, delivery, demonstration and handover of the machine. |
This unit does not cover the operation of the machine in production, stockpiling and loading of bulk materials.
Prerequisites:
- Work Safely Training (mandatory unit)
- 100 hours spent operating a hydraulic shovel/excavator (may have been undertaken with mentor)
Specific skills
- Detailed knowledge of hydraulic shovel/excavator components
- Planning and preparation for service
- Daily checks
- Routine servicing (including 10 hr, 50 hr, 100 hr, 250 hr services)
- Basic operation
Employees
This course provides employees with the knowledge required to ensure the hydraulic shove/excavator is maintained to manufacturer and site recommendations.
Employers
As an employer you will ensure that your equipment is serviced and maintained to a level of optimum safety for personnel and efficiency of overall operations.
Element Breakdown
- Plan and prepare for servicing
- Service plant and equipment
- Test and/or demonstrate hydraulic shovel/excavator
- Shut down equipment and secure site
Examples of application
- Collecting, analysing and organising information – by confirming work requirements with site personnel and reporting defects and damage to equipment
- Communicating ideas and information – by giving and interpreting communications with co-workers and other personnel to control and coordinate work activities
- Planning & organising activities – by inspecting work area for hazards and carrying out pre-operational start-up checks
- Working with teams and others – to confirm work requirements with relevant site personnel
- Using mathematical ideas and techniques – to assess weight of load
- Solving problems – by identifying hazards and selecting and implementing prevention/control measures
- Using technology – to interpret the machines instruments and warning indicators
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