Helmets Designated Protection Areas Tester

The helmet designated protection area testing device is a piece of equipment used to mark test points and lines on helmets, and is suitable for all testing standards. It can define the upper, lower, left, and right fields of vision of the helmet, ensuring the helmet's effectiveness under different testing standards.

Application

1. Used to mark test points and test lines on helmets.

2. Used for line - marking according to different test standards.

3. Used to define the upper and lower fields of view as well as the left and right fields of view of helmets during research and development.

Standards:

GB 811-2010: Helmets for motorcyclists

Feature:

Infrared emitter;

Aluminum bracket (adjustable);

Angle of infrared bracket can be adjusted;

Aluminum alloy is used in the machine and all the accessories;

Main machine performance characteristics:

Adjustable handles on the arm can be easily adjusted to apply to different testing standards.

The fixed point tracking indicator adopts infrared control, which can be moved on the machine to find the base plane and reference plane easily.

The head support is made of steel with galvanized surface treatment, and there is a limiting device every 45°, which can easily rotate the head in any direction to adapt to different test points and test standards.

Parameters

Accessoriess

The following are the names of the accessories for the helmet-designated protection area tester (using a helmet point and protection zone testing device as an example):

Infrared transmitter

Aluminum alloy bracket (adjustable type)

Working arm (with adjustable handle)

Tracking indicator light (infrared controlled)

Head-shaped support (steel with galvanized surface treatment, with limiting device)

Test Procedures

Helmet Installation: Mount the helmet onto the support frame of the testing equipment.

Applying Force: Apply a specific force using a force gauge for the impact test.

Data Recording: According to national standards, record the helmet's impact resistance, including cushioning performance and impact durability.

Testing Field of View and Protection Area: Use a field of view testing component and a laser emitter to test the helmet's field of view angle and protection area.

Data Analysis: Based on the test results, analyze whether the helmet's protective performance meets the requirements specified in the standards.