EJAE-JMS4JDB, Yokogawa Differential Pressure Transmitter, $, Estimated Lead Time: 8 – 10 Weeks. The EJA-E series of transmitters is Yokogawa’s most recent evolution of the DPharp family of pressure transmitters. Released in , it combines the. Yokogawa Model EJAE Differential Pressure Transmitter Transmitter Smart / HART, Pressure. Type / Brand – Yokogawa make Model EJAE Differential.

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As soon as we receive the payment, we will arrange the production. Basically, the Yokogawa DPharp sensor has a larger operational envelope compared to an analog sensor. Rugged Construction Ruggedly constructed differential pressure transmitter can help your plant reduce failures.

This simple description may help you correct the problem and get back to making product quickly. The Good new ejae yokogawa differential pressure transmitter is Yokogawa’s premium performance line of DPharp transmitters. Such applications include tank strapping or flow measurements; but, it can be used in any application where the relationship between the pressure input and the desired output signal are known. But, all transmitters on the market have a level self-diagnostic checks.

Yokogawa’s pressure transmitters use the industry standard IEC process connection deminsions. Yokogawa’s pressure transmitters have a simple description of the error code available on the local display. Best price of Eja yokogawa differential pressure transmitter EjaA mA output.

Pressure transmitters on the market have several different flange configuration depending on the medium being measured Gas or liquid. EJAE Differential Pressure Transmitter of Differential Pressure Transmitter The high performance differential pressure transmitter EJAE features single crystal silicon resonant sensor and is suitable to measure liquid, gas, or steam flow as well as liquid level, density and pressure.


This allow the display to operate independently from the output signal, so it can indicate information that maybe more useful at the transmitter location.

First, the transmitter features a patented Back-check Technology that reverse checks all calculations in real-time. Analog sensors are actually damaged during these events requiring eja110s transmitter to be recalibrated to return to accurate operation or even replaced. As you gain experience with these transmitters, you will be able to extend the time between calibration checks.

The Yokogawa pressure transmitter series’ performance and reliability has been verified by independent third parties from around the world.


The rich display of DPharp transmitters makes installation, commissioning and operation easy. Yokogawa’s DPharp pressure sensor has over-pressure protection from the simple robust design of the sensor itself.

When your transmitter is ‘alarming’, you do not have the time to look for the manuals and go through them trying to figure out what is wrong; you need to get the transmitter up and operating again as quick as possible.

It provides eha110e accurate and efficient calibration and verification tool for any pressure transmitter or other type of field device. They are certified for eja110e transmitter use in SIL 2 safety applications and dual transmitter use in SIL 3 safety applications with no special option required.

Released init combines the ruggedness and success of the work-horse EJA-A series with the performance of the thoroughbred EJX-A series to deliver the type of product you have come to expect from Yokogawa. Fully programmable, the indicator is customizable for your needs. Using the DPharp universal mount flanges and universal mounting bracket, almost eja101e installation can be achieved.


Yokogawa EJAE Manuals

Download this eBook and learn: The unique design of the DPharp sensor allows for measuring differential pressure and static pressure at the yokogaaw time. An active sensor is inherently safe.

Temperature can have ylkogawa negative effect on the accuracy of level measurement. DPharp Digital Sensing Principle. Graphics not to Scale. However, Yokogawa has two that are not offered by competitors. This article covers why temperature has this effect and how it can be reduced.

Although analog sensors are good, the modern DPharp sensor out performs them. These events could be caused by anything from unexpected process surges to improperly sequenced manifolds.

Giving these three pieces of process data, Yokogawa’s transmitter can compensate the DP measurement for Temperature Effect and Static Pressure Effect in real time. But, Yokogawa goes a step further and adds a mechanical system within the capsule to protect the transmitter from over pressure events. To some degree, all pressure sensors on the market provide stable measurement with variations in temperature and static pressure. Analog sensors are based on older design technology.

Every Yokogawa pressure transmitter is designed from the ground up with safety in mind.

EJA110E Differential Pressure Transmitter

Calibration frequency is determined by factoring the real-world performance of a device against the required measurement threshold. This requires plants that process both medium to maintain a stock of both types of configurations.

DPharp Built-in Signal Characterizer.