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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Yokogawa’s pressure transmitters use the industry standard IEC process connection deminsions. DPharp Built-in Safety Certification.

EJAE | Yokogawa Electric Corporation

They do not supply a continual signal, so is the sensor still working when there is no signal? Every Yokogawa pressure transmitter is designed from the ground up with safety in mind. They are certified for single transmitter use in SIL 2 safety applications and dual transmitter use in Uokogawa 3 safety applications with no special option ema110e.

Second, the DPharp sensor is an active sensor. However, Yokogawa has two that are not offered by competitors.

If we make a payment, when will you start the production9 A: Good new ejae yokogawa differential pressure transmitter. Theory Hall Sensor Temperature Sensor. Yokogawa original distributor hart protocol differential pressure transmitter yokogawa eja Yokogawa’s transmitter has 40 self-diagnostic checks to ensure that everything is running smoothly within the transmitter.

eja110e yokogawa differential pressure transmitter

Basically, the Yokogawa DPharp sensor has a larger operational envelope compared to an analog sensor. Fully programmable, the indicator is customizable for your needs. Its 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 Other key features include quick response, remote set-up using communications and self-diagnostics. Although analog sensors are good, the modern DPharp sensor out performs them.


Predictive impulse line blocking and stream tracing diagnostics lets you see problems before they happen. Competitor’s analog sensors are passive. So, theirs can compensate for temperature Effect; but, since the SP measurement is missing, it cannot compensate for Static Pressure Effects.

Temperature can have a negative effect on the accuracy of level measurement. Yokogawa’s pressure transmitters have a simple description of the error code available on the local display. If the signal is lost from the sensor, the transmitter knows there is an issue. This requires plants that process both medium to maintain a stock of both types of configurations.

Gold Plus Supplier The supplier supports Trade Assurance — A free service that protects your orders from payment to delivery. Usage Gas Sensor Industrial.

The Good new ejae yokogawa differential pressure transmitter is Yokogawa’s premium performance line of DPharp transmitters.

Max load resistor Rmax in loop decided by the supply voltage, see the below drawing.


Analog sensors are based on older design technology. Yokogawa manufactures a communicator for your needs.


Some competitors have proprietary process connections that do nothing more than lock you into buying their product as replacements.

As you gain experience with these transmitters, you will be able to extend the time between calibration checks. This allow the display to operate independently from the output signal, so it can indicate information that maybe more useful at the transmitter location. Shaanxi Gaokai Electrical Equipment Co.

Relevancy Transaction Level Response Rate. EJAE Differential Ykoogawa Transmitter of Differential Pressure Transmitter The high performance eja110s 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.

With our competitor’s transmitters using analog sensors, any application that requires measurement of both differential pressure DP and static pressure SP requires two separate transmitters – one to measure the DP and one to measure the SP.

Yokogawa offers several platforms to communicate to your transmitter. These events could be caused by anything from unexpected process surges to improperly sequenced manifolds. Looking for more information on our people, technology and solutions?