北京平安科立科技有限公司

Product Features

智能化设计2 实时检测2 统一管理2 定制方案2 平台技术2 续航持久2
  • 智能化设计2

  • 实时检测2

  • 统一管理2

  • 定制方案2

  • 平台技术2

  • 续航持久2

● Using German original imported NDIR (CO, CO2, HC) and NDUV (NO, NO2) testing platforms for electrochemical O2 measurement; The analysis and detection values of continuous breathing gas acquisition (O2, CO2, RQ, VO2max, etc.) based on the gold standard include the maximum heart rate, VO2 max, heart rate interval corresponding to each exercise intensity interval, physical recovery ability level, etc., to detect the level of body performance.

Propose a personal training plan tailored to your physical condition and exercise goals based on the measured values of the above sports performance



Based on your exercise goals (such as reducing fat and plasticity, strengthening muscles, etc.), propose suggestions for a healthy diet and reasonable exercise.

The cardiopulmonary function analysis system integrates high-precision breath detection sensor and efficient and professional exercise guidance program to realize functional status detection and exercise training guidance simultaneously.

Oxygen sensor:

electrochemical sensor

CO 2 sensor:

NDIR

Standard measurement range:

0-25%

Standard test range:

0-20%

repeatability precision:

く±1%

accuracy:

± 70ppm or read 5% (% range + (300ppm + read 5%)

Working humidity:

0 ~ 99% RH (no condensation)

working pressure:

0.5~2.0Bar

T90 Response time:

<3s

working temperature:

0°-50℃

working temperature:

0°-50℃

T90 Response time:

<15s


Cardiopulmonary function analysis system diagnosis is based on the classic gas metabolism detection method, adopts the same measurement principle as similar international products, the test process is simple and easy to operate, automatic analysis of test results, intuitive test results, and the way to access data can be customized, which can meet the test needs of non-professionals and sports enthusiasts. It is also widely used in the fields of professional athlete training guidance, physical fitness monitoring and sports rehabilitation guidance.