Product Highlights
The SHP1000 Pressure Transmitter is a highly reliable and versatile instrument tailored for high-pressure applications. With pressure ranges spanning from 2000 bar to 5000 bar, it offers exceptional accuracy, boasting a standard accuracy of <±0.25%, with an optional upgrade to <±0.10%. The transmitter’s titanium wetted parts ensure excellent corrosion resistance, making it ideal for challenging environments. Moreover, the SHP1000 provides a wide selection of analogue output versions, offering flexibility in data output.
It is equipped with a high level of temperature compensation, ensuring accurate measurements even under varying thermal conditions. Additionally, users can choose from multiple mechanical connections to suit their specific setup requirements. Notably, the SHP1000 excels in combining cost-effectiveness with top-notch performance, making it a preferred choice for demanding high-pressure industrial applications.
Applications
The laboratory & research environment demands high-precision instruments for accurate data collection and analysis. The SHP 1000 Pressure Transmitter is well-suited for these settings due to its excellent accuracy, stability, and repeatability, making it ideal for experiments where precise pressure measurements are critical to research outcomes.
In hydraulic & pneumatics systems, maintaining and monitoring pressure is essential for safe and efficient operation. The SHP 1000 provides reliable real-time pressure readings, which help in controlling and optimizing hydraulic circuits and pneumatic devices, ensuring system integrity and preventing failures.
Pressure surge detection is crucial in applications where sudden changes in pressure can cause damage or disrupt processes. The SHP 1000’s fast response time and robust construction allow it to detect and report pressure surges quickly, enabling operators to take preventive action and protect sensitive equipment.
For aerospace test and research, the SHP 1000 is valuable due to its ability to withstand harsh environments and deliver precise measurements under varying conditions. This makes it suitable for testing aircraft components, simulating flight conditions, and supporting research that requires dependable pressure data.
In automotive component testing, accurate pressure measurement is vital for evaluating the performance and safety of parts such as fuel systems, brakes, and engines. The SHP 1000’s durability and precision make it an excellent choice for automotive labs and manufacturers seeking to ensure their components meet rigorous standards.
Academic research often involves experimental setups that require reliable and accurate instrumentation. The SHP 1000 supports universities and research institutions by providing trustworthy pressure data, which is essential for validating hypotheses and advancing scientific knowledge.
Within oil & gas monitoring equipment, the SHP 1000 is used to monitor pressure in pipelines, storage tanks, and processing facilities. Its robust design and high accuracy help operators maintain safety, comply with regulations, and optimize production processes in challenging environments.
Finally, the SHP 1000 is also ideal for general industrial applications where pressure monitoring is a routine requirement. Its versatility, reliability, and ease of integration make it suitable for a wide range of industries, from manufacturing to process control, ensuring consistent performance across diverse operational needs.
