Plan EV drive-assembly disassembly, inspection and reassembly training around a system-specific service platform confirmed for the selected course.
The EV Drive Assembly Disassembly and Service Trainer is a mechanical service platform for vocational EV programmes. The supplied version is defined around the vehicle system and practical tasks required by the course. The quotation and technical schedule should identify the drive assembly, included components, mechanical support, tool package and permitted operating scope.
Course areas: EV drive-assembly structure courses, Mechanical disassembly and reassembly planning, Component inspection and service-record exercises, Preparation for system-specific practical training.
Suitable for: EV service programmes, Vocational colleges, Technical training centres.
Use the selected drive assembly to introduce its visible component relationships and to plan an approved disassembly sequence. The exact motor, reducer and integrated electronics included in the platform must be confirmed before the lesson plan is finalized.
Course planning can include component identification, inspection checkpoints, fastener control and reassembly records. The supplied tools, measurement instruments, limits and acceptance criteria must come from the confirmed technical schedule and service documentation.
This is a disassembly and service platform. Powered operation, dynamometer testing, fault insertion, insulation measurement and high-voltage capability are separate functions and are included only when listed in the signed technical schedule.
Before procurement, request an itemized schedule naming the drive assembly, support or turning mechanism, mounting adapters, work surface, storage, special tools, lifting provisions and supplied documentation. The product image supports equipment identification but does not replace the signed configuration list.
Use the equipment only within the confirmed service procedure. Define isolation, lifting, support, locking and stored-energy controls for the selected assembly before learners begin work.
Do not infer live electrical operation from the platform name or image. Any energized testing requires a separately documented electrical design, interfaces, protection measures and approved operating procedure.
1 unit
This quantity belongs to the reference laboratory equipment schedule. Confirm the quantity for your project in the quotation.
Confirm the source vehicle or system, motor type, reducer, integrated controller or inverter content, cooling connections and every component intended for repeated removal.
Confirm the assembly mass, mounting method, permitted rotation or turning range, locking method, lifting points, guarding and workstation dimensions.
Confirm the special tools, torque tools, pullers, measuring instruments, consumables and replacement parts needed for the approved tasks. Items not listed in the signed schedule should not be assumed to be included.
Confirm the disassembly procedure, torque data, inspection criteria, instructor materials, installation requirements, training scope and language of supplied documents.
Share the vehicle or drive system, learner level, practical tasks, station quantity and required documentation so the mechanical platform, tools and service scope can be confirmed without assuming unsupported functions.
Specify the vehicle or drive system and request an itemized quotation naming the exact assembly and training configuration.
No powered-operation or performance-testing capability is included unless it is explicitly listed in the signed technical schedule. A separate motor performance-test platform may be required.
Request the complete packing list and match each included tool to the planned disassembly, inspection and reassembly tasks.
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Compare the stated teaching roles below. Product connections, included accessories and software licenses are confirmed in the selected configuration.
