JUMO TAROS H48 Ex Sets New Standards in Plant Design and Optimization

The JUMO TAROS H48 Ex is a high-pressure sensor for use in Ex areas.

It can also be used in renewable energy or transportation applications such as hydrogen refueling stations/storage or compressor and pipeline systems with hydrogen.

JUMO offers flexible plant design and modernization through its product variability, which reduces costs and effort. As a high-pressure transmitter, the JUMO TAROS H48 Ex offers precise pressure measurement with measuring ranges up to 1000 bar and enables test pressures greater than 1050 bar. Its wide temperature range, reliable 4 to 20 mA output signal, versatile process connections, and comprehensive approvals make it an indispensable instrument for market requirements. In addition, the device distinguishes itself through its robust construction, long life cycle, high degree of accuracy, and a zero point correction.

Safety through tested quality

The JUMO TAROS H48 Ex represents the highest standards of quality and reliability. Thanks to its tested quality, the product ensures planning reliability and reduces risks during field operation. This is a decisive advantage for companies that rely on precise and reliable measured values to optimize their processes and ensure the safety of their systems. Zero point correction is another highlight that contributes to cost-saving startup and maintenance.

Resource optimization for global projects

JUMO TAROS H48 Ex enables companies worldwide to make their projects more efficient. The customizable measuring range and high degree of product flexibility significantly reduce the resources required for planning and implementing global projects. This not only leads to cost savings, but also to improved project management and greater customer satisfaction.

The JUMO TAROS H48 Ex is an innovative product that stands out through its versatile application possibilities and high quality. It offers companies the opportunity to plan and optimize plants more efficiently while ensuring system safety and reliability.