Pressure measurement

Yokogawa has more than 45 years' experience in the development, design, and manufacture of pressure sensors and pressure transmitters. The DPharp series of digital pressure transmitters use a differential pressure high accuracy resonance (DPharp) sensor that represents one of the most revolutionary advances in transmitter technology.

Pressure Transmitters

Level Transmitters: EJA-E Pressure Transmitters

EJA-E Pressure Transmitters

The EJA-E range of transmitters is Yokogawa’s most recent evolution of the DPharp family of pressure transmitters, being released in 2012. It combines the ruggedness and success of the workhorse EJA-A range with the class-leading technology and performance of the EJX. It offers enhanced performance and reliability with built-in safety certification. Its small form factor and rugged materials provide the level of robustness that is expected from Yokogawa products.

Level Transmitters: EJX Pressure Transmitters

EJX Series Electronic Pressure Transmitters

The new DPharp EJX transmitters are the latest addition to the DPharp family's EJA series. DPharp EJX transmitters employ a next-generation multi-sensing technology that provides virtually the highest level of performance and precision in the market.

Level Transmitters: EJA Pressure Transmitters

EJA Series Electronic Pressure Transmitters

The DPharp EJA series of intelligent differential pressure and pressure transmitters features high performance, durability, and reliability. The pressure detector, the core of the transmitter, uses a silicon resonant sensor that has proven to be highly reliable in the field and offers a complete product lineup.

Level Transmitters: P10 Pneumatic Pressure Transmitters

P10 Series Pneumatic Pressure Transmitters

The excellent performance and ease of application of the P10 series have been proven in numerous installations in every kind of process industry throughout the world. P10 series can be used to measure not only differential pressure but also flow rate, liquid level, density and other process variables which can be measured via differential pressure, converting them to 20 to 100 kPa (0.2 to 1.0kg/c㎡, 0.2 to 1.0 bar or 3 to 15 psi) signals for transmission to remote receivers.