压缩氧气呼吸器冲击相宜性测试仪GB23394

著作由上海程斯智能科技有限公司提供期间磋商和职业

压缩氧气呼吸器冲击相宜性测试仪

（Compressed oxygen respirator impact adaptability tester）

奉行圭表：

GB23394-2024

Execution Standards:

GB23394-2024

期间参数：

彩色触摸屏：7寸彩色触摸屏，中英文切换

加快度和旋转运行气象：高精密伺服电机

功率600W

Technical Parameters:

Color touch screen: 7-inch color touch screen, switching between Chinese and English

Acceleration and rotation drive mode: high-precision servo motor

Power 600W

旨趣：

‌压缩氧气呼吸器冲击相宜性测试仪‌的职责旨趣基于能源学旨趣与材料科学，通过模拟真正或更为严苛的使用环境，对呼吸器进行全地点的冲击测试。其中枢部件包括高精度伺服电机运行的冲击平台、高精度传感器阵列、数据齐集与分析系统以及自动化为止单位。这些组件共同职责，概况精准为止冲击的地点、频率、加快度及抓续时候，以模拟不同场景下的物理冲击，如高空陨落、车辆碰撞等极点情况‌。

Principle:

The working principle of the impact adaptability tester for compressed oxygen respirators is based on the principles of dynamics and materials science. By simulating real or more severe usage environments, the respirator is subjected to comprehensive impact testing. Its core components include a high-precision servo motor-driven impact platform, a high-precision sensor array, a data acquisition and analysis system, and an automation control unit. These components work together to precisely control the direction, frequency, acceleration, and duration of impacts, simulating physical impacts in different scenarios such as high-altitude falls, vehicle collisions, and other extreme situations.

利用边界：

氧气呼吸器冲击相宜性测试仪是一种利用于氧气呼吸器的测试开荒，主要用于氧气呼吸器冲击相宜性性能的检测。它通过施加不同速率和强度的冲击负载来模拟真正的职责环境，从而了解材料和家具在真正应力条款下的发扬。

Application Areas:

The oxygen respirator impact adaptability tester is a testing device applied to oxygen respirators, mainly used for testing the impact adaptability performance of oxygen respirators. It simulates a real working environment by applying impact loads of different speeds and strengths, in order to understand the performance of materials and products under real stress conditions.

特质：

聘请7寸彩色触摸屏

涌推行时弧线，可存储和导出数据。

3. 操作浮浅，自动化进度高。

4. 加快度30 m/s、旋转频率80 r/min~120 r/min 可配置

5. 可对数据进行搜检和深度分析。

Characteristic:

1. Adopting a 7-inch color touch screen

2. Display real-time curves and store and export data.

3. Simple operation and high degree of automation.

4. Acceleration of 30 m/s and rotation frequency of 80 r/min~120 r/min can be set

5. Data can be viewed and analyzed in depth.