Ceracore USC30 Capacitive Ceramic Pressure Sensors

Introduction

The Ceracore USC30 Capacitive Ceramic Pressure Sensors, manufactured by Innovative Sensor Technology, are advanced sensors designed for precise pressure measurement in various industrial applications. With their robust construction and versatile output options, these sensors are ideal for both liquid and gaseous media.

Part Description

The Ceracore USC30 sensors are crafted from ultrapure Al2O3 ceramic, ensuring high overload resistance and excellent long-term stability. They support both digital and analog signal outputs, including SPI and UART, and can measure pressure ranges from 0 to 0.1 bar (0 to 1.5 psi) up to 0 to 100 bar (0 to 1500 psi). These sensors are particularly noted for their high corrosion resistance, making them suitable for challenging environments. Additionally, they can provide optional temperature outputs and switch outputs, enhancing their functionality in various applications.

Applications

• Environmental monitoring
• Laboratory and research settings
• Medical technology
• Energy sector
• Shipbuilding
• Construction

Industries

• Environmental industry
• Healthcare and medical devices
• Energy and utilities
• Maritime and shipbuilding
• Construction and civil engineering

Usage Ideas

1. Environmental Monitoring System: Utilize the USC30 sensors to create a system that monitors atmospheric pressure changes in various environmental conditions, providing valuable data for climate research.

2. Medical Equipment: Integrate the USC30 sensors into medical devices that require precise pressure measurements, such as ventilators or infusion pumps, to ensure accurate delivery of fluids or gases.

3. Industrial Automation: Develop an automated pressure control system for manufacturing processes, using the USC30 sensors to maintain optimal pressure levels in production lines, enhancing efficiency and safety.

Conclusion

The Ceracore USC30 Capacitive Ceramic Pressure Sensors are a reliable choice for a wide range of applications across multiple industries. Their high overload resistance, long-term stability, and versatility in signal output make them an essential component for any project requiring precise pressure measurement. Whether in environmental monitoring, medical technology, or industrial automation, these sensors provide the performance and durability needed to meet demanding requirements.