Wheel-End Servo Test Platform
Study electric drive response with a wheel-end servo test arrangement, hub loading equipment and torque sensing matched to the drivetrain.
- Core measurement hardware
- Hub dynamometer arrangement and torque sensors
- Listed tasks
- No-load testing and forward/reverse speed comparison
- Rated envelope
- Power, torque and speed limits to be confirmed
On This Page Overview
Product Overview
This Baitongkexin servo platform is intended to connect with a matching high-voltage EV architecture test arrangement. Hub dynamometer equipment and torque sensing provide the basis for selected load and drive-response investigations. Instructors can use the test data to discuss how operating conditions affect the drivetrain. Mechanical compatibility, sensor limits and the permitted loading envelope must be established for the actual system before tests are planned.
Core Functions
Wheel-End Loading
The hub dynamometer arrangement provides the described means of representing selected resistance and speed conditions within its confirmed capability.
Torque Data for Interpretation
Torque sensing supports analysis of the drive response. Power or efficiency conclusions require the corresponding speed, electrical measurements and a defined calculation method.
Practical Training Tasks
Response observation
Learner Practice
Review an approved loading condition with the matched drive system
Evidence for Review
A record of the command and observed response
Direction comparison
Learner Practice
Perform the specified supervised forward/reverse speed comparison
Evidence for Review
A comparison using consistent test conditions
Data interpretation
Learner Practice
Explain the selected torque and speed information
Evidence for Review
A result with measurement boundaries and limitations
Equipment and Scope
The reference configuration includes hub dynamometer equipment and torque sensors. Confirm mechanical adapters, drive/load limits, speed measurement, control software, cooling and guarding as part of the system schedule.
Technical Specifications
| Core measurement hardware | Hub dynamometer arrangement and torque sensors |
|---|---|
| Listed tasks | No-load testing and forward/reverse speed comparison |
| Rated envelope | Power, torque and speed limits to be confirmed |
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
Provide the drivetrain interfaces, desired load points and course outcomes. Request rated and peak limits, calibration, restraint/guarding, regenerative-energy handling and the complete acceptance test. No standardized drive-cycle or efficiency-map package is assumed.
Review a Wheel-End Loading Requirement
Provide drivetrain interfaces and desired test points to review torque/speed limits, mechanical adaptation, controls and guarding.
Product Questions
Is it the same as the free-roller teaching platform?
No. This configuration uses hub loading and torque sensing. The free-roller platform serves a different demonstration role and should be selected according to the required teaching task.
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Compare the stated teaching roles below. Product connections, included accessories and software licenses are confirmed in the selected configuration.
