CPC01GH

CPC01GH Application Field and Working Principle

The CPC01GH is a highly-accurate, digital pressure transducer developed by Pressure Sensor Applications, Inc. It is used universally in industrial applications for measuring and monitoring pressure. The CPC01GH allows for precise measurement of pressure in a variety of different environments, including water, air, and pressure. It is resistant to a variety of different conditions, including shock, vibration, temperature, and pressure.

The CPC01GH utilizes advanced pressure sensing technology that utilizes a thin film membrane to measure pressure. The pressure sensing element is mounted between two flexible diaphragms, forming an airtight environment. The pressure applied to the diaphragm is accurately measured by a semiconductor-based transducer. The data is then sent to the device\'s micro-controller, which is capable of converting the data into digital signals for further processing.

The CPC01GH is designed to provide accurate readings even in a wide range of conditions. It is capable of measuring pressures ranging from -200 to 1000 bar, as well as offering a wide range of temperature, from -40 to 125 C. It is also designed to withstand shock, vibration, and extreme temperature ranges, making it ideal for use in hostile operational environments.

The CPC01GH can be used in a variety of applications, such as pressure gauges, fuel level sensing, fluid flow measurement, leak detection, and many others. The device is also capable of connecting to a wide range of sensors and devices, allowing for precise remote monitoring. Additionally, the CPC01GH has a small form factor and is easily mountable in a variety of different locations, making it easily deployable in a variety of locations.

The CPC01GH is a highly reliable and accurate device, offering superior performance and versatility than other pressure transducers. The device is also extremely robust, able to withstand a wide range of conditions and to ensure an accurate and timely response to changes in pressure. In addition, the device has a long service life, allowing for continual use and a higher level of efficiency.