Wireless Gas Pressure Sensor - Differential

The Wireless Gas Pressure Sensor - Differential is a versatile tool that measures the difference in pressure between two connected ports. By comparing two pressure points, this sensor enables investigations into fluid dynamics, airflow, and pressure variations in closed systems. When one port is left open, the sensor provides pressure readings relative to atmospheric conditions. Wireless connectivity allows for seamless data collection and real-time monitoring, making it ideal for classroom and laboratory.

Why this product is beneficial for educational use:

• Allows students to explore pressure differences in various scientific applications.
• Supports fluid mechanics, aerodynamics, and chemistry investigations.
• Wireless data collection enhances convenience and flexibility in experiments.
• Encourages hands-on learning of pressure-related concepts in real-world contexts.
• Enables accurate comparison of pressure readings between two environments.

Classroom ideas for incorporating this product:

• Investigate the Bernoulli principle by measuring pressure variations in airflow over different surfaces.
• Compare pressure differences in liquid-filled tubes to explore hydrostatic pressure concepts.
• Study lung function by measuring pressure changes in respiratory models.
• Conduct experiments on gas diffusion rates between two chambers.
• Examine pressure variations in ventilation systems and fluid dynamics.

Product Specifications:

Measurement type: Differential pressure (two ports).

Connectivity: Wireless via Bluetooth.

Usage: Suitable for physics, chemistry, and environmental science experiments.