Software and Content
The package covers 3D simulation, task introductions, structural learning, videos, information pages and assessment functions. Physical motors, assembly fixtures, power supplies and test instruments are separate equipment items.
Electric Motor Assembly and Diagnosis Simulation Software
Model: BT-DJVR
Practice motor assembly, resolver investigation and controller-state interpretation in BT-DJVR simulation before supervised physical work.
- Listed License Configuration
- 30 nodes
- Application architecture
- Client/server desktop software
- Modes
- Demonstration, teaching and assessment
- Assessment records
- Virtual task timing and scores
On This Page Overview
Product Overview
The Baitongkexin BT-DJVR is simulation software for electric motor assembly, adjustment and diagnostic teaching. Interactive tasks follow the stator, rotor, resolver and controller through a virtual practical sequence. Learners can select tools, inspect simulated measurements and replace virtual components, while instructors review task records and scores. The software supports preparation and diagnostic reasoning; it does not replace the physical handling, measurement or safety requirements of a motor workshop.
Software Functions
Assembly and Mechanical Checks
Virtual tasks cover stator and rotor assembly, combined installation and selected clearance or runout measurements. A simulated assembly fixture supports discussion of positioning.
Resolver and Electrical Diagnosis
Winding resistance, insulation and resolver-signal tasks connect component checks with controller behavior. The displayed values belong to the virtual scenario.
Controller-State Review
The simulated controller interface shows selected voltage, current, speed, temperature and resolver information. Guided adjustment tasks teach the relationship between a setting and the modeled response.
Teaching and Simulation Tasks
Assembly planning
Learner Practice
Complete the assigned virtual stator/rotor sequence
Evidence for Review
A task sheet explaining component and tool choices
Resolver diagnosis
Learner Practice
Investigate a simulated excitation, sine or cosine circuit
Evidence for Review
A measurement-based explanation within the scenario
Control interpretation
Learner Practice
Review simulated controller values and the selected adjustment
Evidence for Review
A record connecting parameters with the modeled response
Deployment and License Information
| Application architecture | Client/server desktop software |
|---|---|
| Modes | Demonstration, teaching and assessment |
| Assessment records | Virtual task timing and scores |
| Listed media narration | Mandarin Chinese |
Teaching Resources and Use
Configuration and Ordering
Listed License Configuration
30 nodes
Configuration and Procurement
Confirm the motor architecture, licensed tasks, learner accounts, language and computer requirements. Request a demonstration of the intended resolver and controller exercises before choosing the package.
Review the Motor Simulation Tasks
Provide the motor course topics, intended resolver exercises, language and learner seats to review the software task package.
Product Questions
Can the software calibrate a real motor controller?
The commissioning interface operates within the simulation. Real-controller connection and calibration require a separately specified physical interface and approved procedure.
How is it different from the motor assembly bench?
The software rehearses decisions and modeled actions; the bench provides physical component handling and measurements. They require separate scope definitions.
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