Yokogawa EJA110E-JMS5G-917EJ/T12/D3/HC/Z Differential Pressure Transmitter

Applications

• Measurement of differential pressure in pipelines and process vessels for flow and level monitoring.

• Integration into Yokogawa control systems for process automation in chemical, oil & gas, and power industries.

• Monitoring of filters, pumps, and tanks to ensure efficient process operation.

• Replacement or upgrade of existing differential pressure transmitters in critical industrial systems.

• Use in flow, level, and pressure control loops for accurate process management.

Key Advantages

• High-accuracy differential pressure measurement enhances process control precision.

• Rugged and durable design ensures reliable operation in harsh industrial environments.

• Compact and lightweight design simplifies installation and maintenance.

• Compatible with Yokogawa EJA and control system modules for seamless integration.

• Supports hazardous area applications with appropriate approvals.

• Provides real-time data to optimize process efficiency and safety.

Technical FAQs

1. What is the primary function of this transmitter?
It measures differential pressure to support flow, level, and process control applications.

2. Can it be used in hazardous areas?
Yes, with appropriate certifications and installation practices.

3. What are its physical dimensions?
The transmitter measures 115 × 175 × 110 mm.

4. What is the weight of the unit?
The transmitter weighs 3.7 kg.

5. How is it installed?
It is mounted on pipelines, tanks, or process vessels with proper differential connections.

6. Can it operate under harsh conditions?
Yes, it tolerates vibration, temperature fluctuations, and corrosive environments.

7. Does it require calibration?
Yes, calibration ensures accurate differential pressure measurements.

8. How does it maintain signal integrity?
Through robust sensor technology and high-quality electrical connections.

9. Can it provide continuous monitoring?
Yes, it is designed for continuous 24/7 operation in industrial processes.

10. How does it improve process reliability?
By delivering precise, real-time pressure data for optimal process control and equipment protection.