Vibration CP216 143-216-000-021 Piezoelectric pressure transducer

Sensitivity: 200pC/bar (13.8pC/psi).

Operating temperature range: -54℃ to 470℃.

Frequency response: 2Hz to 15000Hz.

Dynamic measurement range: 0.0005 to 250bar (0.007 to 3625psi).

Overload capacity: up to 350bar (5076psi).

Linearity: <±1%.

Acceleration sensitivity: 0.05pC/g.

Resonant frequency: >80kHz.

Strong stability: Vibro CP216 143-216-000-031 uses artificial piezoelectric materials, which has extremely stable performance and is suitable for long-term monitoring or development testing.

Reasonable structural design: Vibro CP216 143-216-000-041 is equipped with an integrated mineral insulated cable (two-core conductor) that can be connected to a Lemo connector or a high-temperature connector developed by Vibro-meter, making it easy to install and use.

Industrial process monitoring: Vibro CP216 143-216-000-051 can monitor the dynamic pressure of fluids flowing in pipelines in chemical, petroleum, metallurgy and other industrial fields, help detect pipeline blockage, leakage and other problems, and protect the safety and stable operation of industrial processes. For instance, in petrochemical production, the pressure monitoring of pipelines for transporting crude oil, chemical raw materials, etc. is able to detect abnormal pressure fluctuations in time and avoid accidents.

Aerospace: Pressure monitoring of aircraft engines, hydraulic systems and other components, and measuring pressure in wind tunnel tests is done using Vibro CP216. It ensures flight safety and optimization of performance by optimizing engine performance, enhancing aircraft aerodynamic design, and properly measuring changes in pressure for the performance of the aircraft. Such as in the development and testing of engines, monitoring of the pressure of fuel systems, air intakes and other parts, to provide data for the design and improvement of the engine.

Automotive industry: Vibro CP216 can be used for monitoring the pressure of fuel injection systems, turbocharging systems and propulsion systems of automobile engines. It assists to image engine efficiency, enhance turbocharging effects and guarantee the reliability of the braking system. For instance, watching over the pressure of the fuel injection system making sure the fuel injection is accurate enabling higher utilization of fuel and better functioning of the engine.