logo
Home > products > EJA Yokogawa Transmitter >
Yokogawa EJA210E Flange Mount Differential Pressure Transmitter

Yokogawa EJA210E Flange Mount Differential Pressure Transmitter

EJA210E differential pressure transmitter

20mA differential pressure transmitter

differential pressure transmitter 4 20ma

Place of Origin:

Japan

Brand Name:

Yokogawa

Certification:

ISO9001

Model Number:

EJA210E

Contact Us
Request A Quote
Product Details
Wetted Parts Material:
316L Stainless Steel
Process Connection:
Flange Or Threaded
Housing Material:
Aluminum Alloy
Output Signal:
4-20 MA DC
Accuracy:
±0.075% Of Span
Communication Protocol:
HART, FOUNDATION Fieldbus, PROFIBUS PA
Power Supply:
10.5-42 V DC
Measurement Range:
0-1000 KPa
Highlight:

EJA210E differential pressure transmitter

,

20mA differential pressure transmitter

,

differential pressure transmitter 4 20ma

Payment & Shipping Terms
Minimum Order Quantity
1pcs
Price
negotiable
Packaging Details
carton
Delivery Time
5-8 work days
Payment Terms
T/T
Product Description

Original Yokogawa EJA210E Flange Mount Differential Pressure Transmitter

Details:


Yokogawa EJA210E is a flange-mounted differential pressure transmitter from the EJA-E series. It adopts a single-crystal silicon resonant sensor and combines the advanced technology and performance of the EJA-A series and EJX series, offering high stability and accuracy in harsh industrial environments. With a precision of ±0.075% and stability of ±0.1% URL/year, it features a response time of 120 milliseconds and is certified by TUV and Exida SIL2/SIL3. The EJA-E series also supports multiple maintenance methods, including local parameter settings (LPS) without the need for external

devices.


Specification:


brand
Yokogawa
specifications
EJA210ESingle flange
long-term stability
0.1%/one year
output
4~20(mA)

Key Features of the EJA210E

High Accuracy: ±0.075% for precise differential pressure measurement

Exceptional Stability: ±0.1% per year, ensuring consistent long-term performance

Fast Response: 120 ms response time for quick data acquisition

Safety Certified: Exida & TUV SIL2 / SIL3 certification, making it suitable for safety-critical applications

Advanced Output Customization: Signal Characterizer for optimized 4–20 mA output

User-Friendly Configuration: Local Parameter Setting (LPS) for easy adjustments without external tools


Capsule Ranges:


Capsule Span
Range
Maximum Pressure Limit
Minimum
Maximum Minimum
Maximum
M 4.0 inH2O 400.0inH2O -400.0 inH2O +400.0 inH2O per flange rating
H 20.0 inH2O 2,000.0 inH2O -2,000.0 inH2O +2,000.0inH2O


Process Connections:



Process connection Type Size Extension Flange
Yokogawa EJA210E Flange Mount  Differential Pressure Transmitter 0 Flush Type 3-inch
2-inch
1 1/2-inch
N/A JIS 10K,20K
ANSI150#,300#
JPI Class 150,300
DIN PN10/16,25/40
Yokogawa EJA210E Flange Mount  Differential Pressure Transmitter 1 Extended Type 4-inch
3-inch
2-inch
4-inch
6-inch
JIS 10K, 20K
ANSI150#,300#
JPI Class 150,300
DIN PN10/16,25/40

Yokogawa EJA210E Flange Mount  Differential Pressure Transmitter 2


Packing:

Yokogawa EJA210E Flange Mount  Differential Pressure Transmitter 3

General Questions

Q1: What is the Yokogawa EJA210E used for?

A: The EJA210E is designed for flange-mounted liquid level measurement, making it ideal for applications involving solidifying or precipitating liquids.


Q2: What makes the EJA210E different from other pressure transmitters?

A: The EJA210E features Yokogawa’s DPharp digital sensor, which provides higher accuracy, long-term stability, and dynamic compensation for temperature and static pressure effects.

Technical Specifications

Q1: What is the accuracy of the EJA210E?

A: The standard accuracy is ±0.075%, ensuring precise differential pressure measurement.


Q2: What is the response time of the transmitter?

A: The response time is 120 milliseconds, allowing for fast and reliable measurements.


Q3: What is the stability of the EJA210E?

A: It offers ±0.1% stability per year, ensuring consistent performance over time.

Installation & Maintenance

Q1: How is the EJA210E installed?

A: It is a flange-mounted differential pressure transmitter, meaning it is installed directly onto process vessels for liquid level measurement.


Q2: Does the EJA210E require frequent calibration?

A: No, thanks to its long-term stability, it requires minimal recalibration.

Safety & Certifications

Q1: Is the EJA210E certified for safety applications?

A: Yes, it is SIL 2 / SIL 3 certified by Exida and TUV, making it suitable for safety-critical applications.


Q2: Does the transmitter support Local Parameter Setting (LPS)?

A: Yes, it features Local Parameter Setting (LPS) for easy configuration without external tools.


Common models: 


EJA210E-JMS4G-912DN-WH23A2SW00-B 
EJA210E-JHSCJ-917EN-WH23B2SW00-A 
EJA210E-DMS5J-914NN-EG23A2WE03-B/NF2 
EJA210E-JMS5J-912NN-WG22A2WW00-B 
EJA210E-DMS5G-912NN-WJ23C2TW00-B/NF2 
EJA210E-JMS5J-917NN-WG22B2WW00-B/NF2 
EJA210E-JHS5G-91CEN-WA13B2SW00-B 
EJA210E-DMS4J-912DN-WH22A2WW00-B 
EJA210E-JHS4J-912EN-WG22A2WW00-A/NF2 
EJA210E-JMS0J-912EN-WA12A2WW00-B 


Why Choose Us?

100% Genuine & High-Quality Products – Every item we sell is new, original, and of the highest quality.

Competitive Pricing – We offer exceptionally competitive prices to ensure the best value for our customers.

Extensive Stock Availability – Our large inventory allows us to supply even the most hard-to-find components.

Customer-Centric Service – We value every inquiry and guarantee a response within 24 hours.

Fast & Reliable Shipping – Orders are dispatched within 1-3 working days after payment is received.

Stringent Quality Control – Each item is tested individually before shipment to ensure top performance.

Secure Packaging – We take extra care to protect products during transit.

Expert Technical Support – Our experienced team is ready to provide professional assistance and solutions.

Send your inquiry directly to us

Privacy Policy China Good Quality 3051 Transmitter Supplier. Copyright © 2025 Shaanxi Huibo Electromechanical Technology Co., Ltd . All Rights Reserved.