The HPT200-HT high temperature pressure sensor is engineered to perform reliably in extreme heat conditions across demanding industrial environments. Built for applications such as manufacturing plants, hydraulic systems, energy production, and process control, this sensor ensures accurate pressure monitoring even under elevated temperatures. Its robust construction and adaptable output options make it a dependable choice for industries seeking consistent performance and long-term operational stability.
Key Features
This pressure sensor supports a wide pressure range from vacuum to high pressure applications, ensuring flexibility across multiple use cases. It offers stable output signals including current and voltage options, allowing seamless integration into industrial automation systems. Designed to withstand high temperatures up to 300°C, it maintains accuracy and reliability in critical operations.
Design & Functionality
The sensor incorporates advanced sensing elements combined with a cooling device to enhance performance under high thermal stress. Its compact and durable design ensures easy installation while maintaining protection against environmental factors. The device supports multiple pressure port configurations, enabling compatibility with various industrial setups.
Total Crossed Beams
The internal structure is optimized for precise pressure detection, ensuring minimal signal drift and consistent measurement. This enhances operational reliability in systems where accuracy is critical for safety and efficiency.
Beam Pitch Options
Flexible configuration options allow the sensor to adapt to different industrial requirements. With various electrical outputs and power supply ranges, it supports integration into both legacy and modern systems.
Intrinsic Synchronism
The sensor maintains stable synchronization between pressure input and output signals, ensuring real-time monitoring accuracy. This is essential for automated systems requiring immediate response to pressure changes.
Operational Advantages
With high overload capacity and excellent temperature compensation, the sensor performs reliably in harsh industrial environments. Its resistance to extreme conditions reduces maintenance needs and extends service life. Certified to international standards, it ensures compliance and operational safety across industries.
