Electric Windows and Door Lock System Training Board
The Electric Windows and Door Lock System Training Board simulates the real operating functions of automotive power windows, central door locking, and rearview mirror systems. Students can operate the corresponding switches and observe the real-time operation of each system, helping them understand how different body electrical components work together during practical training.
Price: Approximately US$1,956–2,490 / set
Electric Windows and Door Lock System Training Board Systems & Training Functions
The trainer brings together three commonly operated vehicle body electrical systems, allowing students to study their individual functions and the relationships between their components through direct operation and observation.
1. Power Window System Training: Students operate the power window switches and observe the corresponding window movement to understand the relationship between the control switch and system operation.
2. Central Door Lock System Training: Students operate the central locking controls and observe the locking and unlocking process to understand how the system responds to control inputs.
3. Rearview Mirror System Training: Students operate the rearview mirror controls and observe the corresponding adjustment process as part of practical body electrical system training.
4. Body Electrical System Interaction: By working with the power window, central locking, and rearview mirror systems on the same training platform, students can compare their control operations and observe how different body electrical components perform their respective functions.
Practical Training Workflow
The training process moves from identifying the system components to operating the controls and observing the resulting system response, allowing students to connect control inputs with actual vehicle-body functions.
1. Identify the System Controls: Students identify the switches and operating controls associated with the power window, central door locking, and rearview mirror systems.
2. Operate Individual Systems: Students operate each system through its corresponding controls and observe the immediate response of the related components.
3. Observe the Operating Process: Students follow the movement or operating response of each system to understand how a control input produces the corresponding body electrical function.
4. Compare System Operation: Students compare the operating behavior of the three systems and identify differences in their control methods and component responses.
Custom Electric Windows and Door Lock System Training Board
Customization can be discussed when the standard system combination or training scope needs to be adjusted to match a specific body electrical training program.
Power Window Training Scope
The power window system configuration can be discussed according to the functions and practical operations that students need to perform.
Central Door Lock Training Scope
The central door locking configuration can be adjusted or discussed according to the required locking and unlocking training tasks.
Rearview Mirror Training Scope
The rearview mirror system can be considered according to the practical control and operation requirements included in the training program.
Electric Windows and Door Lock System Training Board Price, Lead Time, Shipping & Installation
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FAQ About Electric Windows and Door Lock System Training Board
1. What should buyers look at beyond the number of body electrical systems included?
The important point is whether the systems can be used as practical training subjects rather than simply being displayed together on one platform. The control operation, component response, and training tasks should correspond clearly enough for students to understand how the systems actually work.
2.Why is direct operation important for body electrical system training?
Body electrical functions are closely related to control inputs and component responses. Allowing students to operate the controls and observe the resulting movement gives them a direct way to connect the control action with the actual system behavior.
3. How should the three systems be configured if our course focuses on different training objectives?
The required balance between power windows, central door locking, and rearview mirror training should be considered together with the actual practical tasks in the course. If one system requires deeper training than the others, this should be identified before the equipment configuration is finalized.
4. What can cause a body electrical trainer to be less useful in actual classroom training?
A trainer may contain the expected components but still be difficult to use effectively if the controls, system presentation, and practical tasks are not aligned with the teaching objectives. For this reason, the intended student operations should be considered when confirming the configuration, rather than selecting equipment only from a component list.
5. Can the trainer be adapted if our existing training program already has its own practical sequence?
The configuration can be discussed around the practical tasks already included in the training program. Providing the existing training sequence helps determine which system functions need to be emphasized and whether the standard configuration requires adjustment.
6. What information should we provide if we want HS to recommend a suitable configuration?
You do not need to prepare a complete technical specification. The training objectives, systems to be covered, practical operations students need to perform, and any existing laboratory requirements are enough to start the configuration discussion.
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