EV High-Voltage Safety Simulation Trainer
Model: BT-GYAQ-001
Practice EV isolation reasoning and interlock checks with the BT-GYAQ-001 safety trainer using physical connectors and simulated electrical values.
- Input supply
- 220 V, 50 Hz
- Simulated circuit operating voltage
- ≤20 V
- Simulated voltage range
- 5–2,000 V; not the physical output rating
- Fault points
- ≥60
The 5–2,000 V range is a simulated display value, not the physical output of the trainer. The simulated circuit operates at low voltage while the workstation uses the stated mains input supply.
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Product Overview
The Baitongkexin BT-GYAQ-001 is a simulation trainer for introducing EV high-voltage safety concepts before supervised work on actual vehicle systems. Physical connectors and a service-disconnect arrangement are combined with simulated voltage, insulation and fault conditions. The control logic can recognize selected connection and isolation steps and display feedback. Instructors can use this feedback to discuss a learner’s sequence and reasoning without treating simulation completion as authorization for live high-voltage work.
Course areas: EV high-voltage safety fundamentals, Simulated isolation and verification procedures, High-voltage interlock and insulation-fault reasoning, AC charging safety simulation.
Core Functions
Physical Actions with Simulated Conditions
Learners use designated connectors and test interfaces to investigate simulated interlock and insulation conditions. The teaching scope also covers precharge and equipotential protection principles. Displayed high-voltage values are simulation values.
Feedback on the Selected Sequence
The built-in logic monitors specified connections and isolation steps, showing incorrect steps and fault-clearance results. This supports instructor review of the simulated task.
Several Fault Teaching Areas
The configuration covers battery and high-voltage safety topics together with an AC charging simulation and handheld diagnostic-simulation interface.
Practical Training Tasks
Isolation sequence
Learner Practice
Complete an instructor-approved simulated isolation task
Evidence for Review
A step record and explanation of the displayed feedback
Circuit interpretation
Learner Practice
Investigate a simulated interlock or insulation condition
Evidence for Review
A reading-based explanation of the represented fault
Charging safety
Learner Practice
Analyze a selected AC charging simulation case
Evidence for Review
A distinction between the simulated result and a real installation test
Equipment and Scope
Simulation and Connection Bench
The bench uses low-voltage data acquisition and control logic to represent high-voltage circuit states, interlock behavior, insulation conditions and selected fault scenarios.
Physical Safety Interfaces
The platform provides a charging socket, high-voltage-style connectors, a busbar, a service disconnect and 4 mm connection points for supervised connection and isolation exercises.
Measurement and Diagnostic Interfaces
Reserved measurement points, a display interface and a handheld touchscreen diagnostic-simulation interface support guided measurement, operating-sequence review and fault-clearance feedback.
Technical Specifications
The 5–2,000 V range is a simulated display value, not the physical output of the trainer. The simulated circuit operates at low voltage while the workstation uses the stated mains input supply.
| Input supply | 220 V, 50 Hz |
|---|---|
| Simulated circuit operating voltage | ≤20 V |
| Simulated voltage range | 5–2,000 V; not the physical output rating |
| Fault points | ≥60 |
| Measurement-point groups | ≥70 |
| Measurement combinations | ≥100 |
| AC charging simulation | ≥8 fault cases |
Configuration and Ordering
Reference Laboratory Quantity
1 unit
This quantity belongs to the reference laboratory equipment schedule. Confirm the quantity for your project in the quotation.
Configuration and Procurement
Specify the local training framework and practical tasks. Obtain a verified electrical schedule separating simulated values from accessible outputs. The trainer supports foundational teaching; workplace authorization and formal certification depend on applicable requirements and qualified assessment.
Details for Your Inquiry
Share the safety curriculum, learner level and local requirements to review the simulated tasks and confirmed electrical limits.
Product Questions
Does the trainer output 2,000 V?
The 5–2,000 V range describes simulated values, not a physical high-voltage output. The actual electrical limits must be confirmed in the equipment documentation.
Does completion qualify a student for high-voltage work?
No. A simulation exercise supports learning but does not replace the required practical training, institutional authorization or local qualification process.
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