Description

The EJX130A is a_traditional-mount, high static differential pressure transmitter_and_is part of the_EJX-A series. It_features a single crystal silicon resonant sensor and is suitable to measure liquid, gas, or steam flow as well as liquid level, density and pressure. EJX130A outputs a 4 to 20 mA DC signal corresponding to the measured differential pressure. Its highly accurate and stable sensor can also measure the static pressure which can be shown on the integral indicator or remotely monitored via BRAIN or HART communications.

The EJX130A is designed to measure accurately, transmit quickly, and do it reliably over time.

• Accurately: ± 0.04% Accuracy
• Quickly: 150 ms Response Time
• Reliably: ± 0.1% Stability per 15 years

Digital Performance

Installed performance 2x better using all digital DPharp pressure sensor.

Yokogawa’s digital sensor provides superior performance and stability compared to analog sensors.

More Information

Save up to 20% on CAPEX spending using our transmitter’s multi-sensing capability.

Using digital communication, one EJX130A can supply your control system with Level (Primary variable), Blanket Pressure (Secondary variable), and Sensor Temperature (Third variable)—eliminating the need for multiple transmitters.

Standard Diagnostics

Reduce unscheduled maintenance by 60%

Over 40 diagnostics to ensure everything is OK. Active Sensor Technology monitors the DPharp sensor while the Patented Back-check Technology is reverse checking all calculations in real-time.

Rugged Construction

Reduce failures in the field by 200%.

Over-pressure Protection

Reduce failures and calibrations.

Yokogawa DPharp pressure transmitters have an integral over-pressure mechanism to protect your transmitters from process surges or improperly sequenced manifolds.

Extended Calibration Intervals

Reduce maintenance cost by 33%.

Multiple Communication Options

FieldMate PC based communication platform allows management of your entire instrument inventory.

FieldMate HHC allows you to take that information into the field.

LPS can update 9 parameters in the field without the use of an HHC.

Learn more about Differential Pressures at BBP.