Inertia Dynamometer Brake Test System for E-Scooter Certification

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Inertia Dynamometer Brake Test System for E-Scooter Certification

Customization:	Available
After-sales Service:	Yes
Warranty:	1 Year

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Product Description

Basic Information

Model NO.LT-HBXZ10

Max Diameter<500mm

Mass Scope<900kg

TypeBrake Testing Machine

Max capacity<1000KN

Accuracy Grade0.5

Load WayElectronic Load

Loading MethodStatic Load

DisplayDigital

ControlComputer Control

Weight100-500Kg

Power SourceAC220V

Oil Cylinder PositionTop

Transport PackageWooden Case

OriginChina

HS Code902410900

Production Capacity3000 Pieces/Year

Package Size150cm * 150cm * 180cm

Product Description

Scooter Brake Performance Testing Machine

This professional-grade Scooter Brake Performance Testing Machine is designed to accurately evaluate the braking efficiency, safety, and reliability of scooter brake systems under simulated real-world riding conditions. It performs comprehensive tests to measure critical parameters such as braking distance, deceleration rate, brake force distribution, and thermal fade resistance, ensuring compliance with international safety standards including EN 17128 and ASTM F2644.

The machine features a programmable rolling road or inertia simulation system that replicates various speeds and load conditions. It applies controlled braking inputs while monitoring response time, pad wear, and rotor/drum temperature. Equipped with precision sensors and data acquisition software, it generates detailed performance curves and compliance reports, supporting manufacturers in product development, quality certification, and continuous safety validation.

Technical Parameters

1. Pad: Weight 4.8±0.2kg, height 250±25mm

2. Load: 25±0.2kg, center of gravity height above the pedal 400mm±5mm

3. The simulated arm is attached to the handle tube

4. Inclined plane: Angle 10±1°

5. Brake lever middle vertical force value: 20±1kg

Frequently Asked Questions

What international standards does this testing machine comply with?

The machine is designed to ensure compliance with major international safety standards, specifically EN 17128 and ASTM F2644 for scooter safety validation.

What specific parameters can be measured during the brake test?

It measures critical performance data including braking distance, deceleration rate, brake force distribution, and thermal fade resistance.

How is the testing environment simulated?

The machine uses a programmable rolling road and inertia simulation system to replicate various real-world riding speeds and load conditions.

What type of control and data output does the system provide?

The system utilizes computer control with precision sensors to capture data and generate detailed performance curves and compliance reports.

What are the power and workpiece requirements?

The equipment operates on AC220V power and can accommodate workpieces with a maximum diameter of less than 500mm and a mass scope up to 900kg.

How is the machine protected during shipping?

The product is securely packed in a professional wooden case for safe international transport, with a package size of approximately 150x150x180cm.