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Ensure the durability and safety of your e-bike components with the Feihong machine Mid-Drive Motor Bottom Bracket Fatigue Testing Machine. This specialized e-bike mid-drive motor bottom bracket testing equipment is engineered to rigorously evaluate the mechanical strength and fatigue life of your mid-drive motor's central shaft. By simulating realistic pedaling forces on the crank, it provides the critical data you need to validate product integrity and performance, ensuring your products are ready for the market. This advanced test bench specifically focuses on applying force to the pedal shaft installed on the central motor shaft to test its mechanical strength.
Our fatigue tester empowers your R&D and QA teams to:
Achieve International Standards: Confidently meet the stringent mechanical strength requirements of key regulations for crank shaft components, including EN15194, EN14764, and EN14766.
Perform Dynamic Load Simulation: Replicate real-world rider stress through precise force application to the crank assembly, identifying potential failure points before production. This is essential for thorough bicycle mid-mount motor crank test scenarios.
Customize Testing Protocols: Enjoy full control with adjustable parameters for versatile and precise testing scenarios.
| Key Specification | Value |
|---|---|
| Force Range | 10 – 3000 N (Adjustable) |
| Force Accuracy | ± 1% of range |
| Loading Modes | Single or Double-Sided Crank Loading |
| Cycle Control | Adjustable force, time, and cycle recording |
Engineered for precision, the Feihong machine Mid-Drive Motor Bottom Bracket Fatigue Testing Machine provides the detailed control you need to validate product durability and safety. This agreement specifies the main functions, parameters, technical requirements, and acceptance standards of this advanced e-bike mid-drive motor bottom bracket testing equipment.
Dynamic Force ControlAchieve highly accurate and repeatable results with adjustable linear force application, essential for rigorous crank and bottom bracket fatigue testing.
| Parameter | Specification |
|---|---|
| Testing Direction | Downward Linear Push & Upward Linear Pull |
| Force Range | 10–3000 N (Adjustable) |
| Accuracy | ± 1% of Range |
| Apply Force Time | 0–99.9 S |
Versatile Fixture AdjustmentEasily configure the test rig for various frame and mid-drive motor geometries with a wide manual adjustment range, accommodating diverse bicycle mid-mount motor crank test setups:
X-Axis Direction: 400mm
Y-Axis (Pedal Axis): 100mm
Z-Axis Direction (Height): 400mm
Flexible Loading ModesChoose between single-sided or double-sided crank loading to accurately simulate diverse real-world stress scenarios on mid-drive motor components.
Full-Range Crank Angle AdjustmentManually set the angle range between the crank and horizontal anywhere from 0-360° to test component performance throughout the entire pedal rotation.
Automated Test Cycling & Data LoggingThe system applies force alternately to two cranks in turn, with adjustable force and time. It records each full sequence as one cycle and generates a load curve for detailed analysis.
Ensure the durability and safety of your e-bike components with the advanced capabilities of the Feihong machine Mid-Drive Motor Bottom Bracket Fatigue Testing Machine. Designed for rigorous quality assurance and R&D, this e-bike mid-drive motor bottom bracket testing equipment provides the precision and flexibility your team needs to simulate pedaling on the crank and test the mechanical strength of the central motor shaft.
Our machine's key features empower you to conduct comprehensive mechanical strength and fatigue analysis with confidence, meeting requirements like EN15194, EN14764, and EN14766 for crank shaft components.
| Feature | Specification & Benefit for Your Testing |
|---|---|
| Precision Force Control | Apply adjustable push/pull forces from 10N to 3000N with ±1% accuracy and configurable application time (0-99.9s). This allows you to simulate diverse real-world riding conditions for accurate strength analysis during a bicycle mid-mount motor crank test. |
| Full Standards Compliance | Pre-configured to meet crucial industry safety standards, including EN15194, EN14764, and EN14766, ensuring your components pass certification for mechanical strength. |
| Flexible Test Setup | Easily adjust the test rig's position (X-axis: 400mm, Y-axis: 100mm, Z-axis: 400mm), crank angle (0-360° manually adjusted), and loading mode (single or double-sided) to accommodate various motor and crankset designs. |
| Automated Fatigue Cycling | Program automated test cycles by applying torque to two cranks in turn, with adjustable force and time. The system records data for each cycle and generates load curves for in-depth fatigue life assessment. |
The Feihong machine Mid-Drive Motor Bottom Bracket Fatigue Testing Machine offers highly adjustable force parameters, empowering your R&D and QA teams to conduct comprehensive durability and compliance tests. This e-bike mid-drive motor bottom bracket testing equipment simulates a wide range of real-world riding conditions with precise control over every cycle, applying force to the pedal shaft installed on the central motor shaft.
This table outlines the core push-and-pull force capabilities for rigorous fatigue analysis.
| Parameter | Specification | Benefit for Your Testing |
|---|---|---|
| Testing Direction | Downward Linear Push & Upward Linear Pull | Provides comprehensive stress simulation. |
| Force Range | 10 – 3,000 N (Adjustable) | Test for various rider weights and power outputs during a bicycle mid-mount motor crank test. |
| Force Accuracy | ±1% of full range | Ensures reliable, repeatable, and accurate data. |
| Application Time | 0 – 99.9 s | Customise load duration for specific test protocols. |
Easily configure the tester to accommodate diverse bottom bracket and crankset geometries. The system also records one cycle and the load curve for detailed analysis.
| Adjustment Type | Specification |
|---|---|
| Positional Adjustment | X-axis: 400mm, Y-axis: 100mm, Z-axis: 400mm |
| Loading Mode | Single-sided or double-sided crank loading |
The Feihong machine Mid-Drive Motor Bottom Bracket Fatigue Testing Machine is engineered for maximum flexibility. You can easily configure precise test setups for a wide variety of e-bike frames, mid-drive units, and crankset designs, ensuring your components meet rigorous quality and safety standards. This manual adjustment system allows for fine-tuning the mechanical position of the crank, which is crucial for any e-bike mid-drive motor bottom bracket testing equipment.
Our manual adjustment system provides a broad operational range to replicate diverse real-world conditions for your bicycle mid-mount motor crank test:
Extensive X-Axis Range: A 400mm horizontal adjustment allows you to accommodate various crankset Q-factors and bottom bracket shell widths.
Precise Y-Axis Control: A 100mm range along the pedal axis (Y-axis) enables accurate simulation of pedaling forces on different crank arm lengths.
Generous Z-Axis Travel: A 400mm vertical adjustment accommodates different frame geometries and bottom bracket heights, enhancing compatibility.
This wide adjustment range ensures your test lab can efficiently validate the durability of your entire product line, streamlining EN15194 compliance testing and accelerating your R&D cycles.
The Feihong machine Mid-Drive Motor Bottom Bracket Fatigue Testing Machine gives you the flexibility to replicate a wide range of real-world stress conditions. You can easily customize test parameters to meet specific R&D goals and international safety standards like EN15194, crucial for effective e-bike mid-drive motor bottom bracket testing equipment.
Flexible Crank Loading Options: Choose between single-sided and double-sided crank loading to accurately simulate diverse pedaling forces. This versatility ensures a thorough durability assessment of your mid-drive motor and bottom bracket assemblies under realistic stress during any bicycle mid-mount motor crank test.
Customizable Torque Cycles: Program your unique test sequences by applying torque to two cranks in turn, with adjustable applied force and time. This enables precise and repeatable fatigue tests that align with your quality assurance protocols.
Detailed Load Curve Analysis: The system automatically records the data for each test cycle and generates a precise load curve. This provides your engineers with the critical data needed for in-depth performance analysis, product validation, and detailed reporting.
With the Feihong machine Mid-Drive Motor Bottom Bracket Fatigue Testing Machine, you can rigorously evaluate component durability across a complete range of motion. Our e-bike mid-drive motor bottom bracket testing equipment is engineered to give your QA and R&D teams the control needed to validate performance against demanding standards.
Full 360° Rotational Control: Precisely position the crank arm at any angle between 0 and 360 degrees relative to the horizontal. This comprehensive range allows you to simulate the full spectrum of forces experienced during real-world use for a thorough bicycle mid-mount motor crank test.
Simulate Diverse Riding Conditions: Replicate the unique stresses of steep climbs, rapid acceleration, and steady cruising. By testing across various angles, you ensure your mid-drive motor and bottom bracket assemblies are robust enough for any scenario.
Precise Manual Adjustment: Your technicians can easily and accurately set the desired test angle manually, providing complete control over the testing parameters for consistent and repeatable results.
Achieve EN15194 Compliance: The ability to test at specific, critical angles is essential for meeting and exceeding the requirements of international e-bike standards like EN15194, ensuring your products are safe and market-ready.
The Feihong machine Mid-Drive Motor Bottom Bracket Fatigue Testing Machine provides you with complete control over endurance testing. This e-bike mid-drive motor bottom bracket testing equipment is a test bench that simulates pedaling on the crank based on the characteristics of the center motor, applying force to the pedal shaft installed on the central motor shaft to test its mechanical strength. Its advanced cyclic function and data recording capabilities are designed to help your QA and R&D teams validate component durability with precision.
This system automates the process of simulating real-world riding stress, applying alternating force to each crank to perform comprehensive fatigue analysis. Gain clear insights into the mechanical strength of your mid-drive motor shafts, meeting requirements of standards like EN15194, EN14764, EN14766.
| Feature | Benefit for Your Testing Protocol |
|---|---|
| Automated Cycle Application | Simulates prolonged use by applying alternating torque to both cranks, crucial for identifying long-term fatigue and failure points during a bicycle mid-mount motor crank test. |
| Adjustable Test Parameters | You can precisely set the number of cycles, apply force (10–3000 N, adjustable), and application time (0-99.9 S) to meet specific standards like EN15194. |
| Load Curve Recording | For each cycle, the machine records and charts the load curve, providing you with essential data to analyze performance and document compliance. |
Ensure your e-bike components meet rigorous international safety and durability requirements. The Feihong machine Mid-Drive Motor Bottom Bracket Fatigue Testing Machine is engineered to help your R&D and QA teams achieve full compliance with confidence. This e-bike mid-drive motor bottom bracket testing equipment meets the requirements of relevant regulations for mechanical strength testing of crank shaft components.
Achieve Critical EN 15194 Compliance: Confidently validate your mid-drive motor and bottom bracket assemblies against the essential mechanical strength and fatigue regulations for Electrically Power Assisted Cycles (EPACs).
Test for a Broader Bicycle Market: Our machine's capabilities extend to EN 14764 (City and Trekking Bicycles) and EN 14766 (Mountain Bicycles), allowing you to verify crank component integrity across multiple product lines and for comprehensive bicycle mid-mount motor crank test scenarios.
Streamline Your Certification Process: With the Feihong machine tester, you can generate the precise, repeatable data required for product certification, accelerating your time-to-market in Europe and other key global regions.
The Feihong machine Mid-Drive Motor Bottom Bracket Fatigue Testing Machine is engineered to meet the critical demands of the e-bike industry. This advanced e-bike mid-drive motor bottom bracket testing equipment serves as a comprehensive test bench that simulates pedal forces on the crank, based on the characteristics of the center motor. It applies force to the pedal shaft installed on the central motor shaft to test its mechanical strength, ensuring compliance with EN15194, EN14764, EN14766, and other related regulations. Use it to enhance your product development and quality assurance processes in several key areas:
Mid-Drive Motor Shaft Validation: Confidently assess the mechanical strength and fatigue life of your central motor shafts. Our machine simulates realistic, long-term pedaling forces to identify potential weak points before they reach the market.
Component Durability Testing: Verify the structural integrity of crucial drivetrain components, including cranksets, pedal shafts, and bottom brackets, ensuring they can withstand rigorous use. This is vital for any bicycle mid-mount motor crank test.
International Standards Compliance: Streamline your testing protocols to certify that your components meet or exceed the demanding mechanical strength requirements of EN15194, EN14764, and EN14766.
R&D and Quality Control: Empower your R&D engineers to innovate with reliable data and provide your QA managers with a robust tool for consistent production-line verification, ensuring every unit meets your high standards.
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