High-performance hygienic & sanitary transmitter for pressure and level applications requiring compliance with Food & Beverage and Pharmaceutical industry regulations.
Details
What Is Gauge Pressure Used For?
Gauge Pressure Measurement Applications include:
- Pasteurization heat exchangers
- Clean-in-place (CIP)
- Separation and sterilization systems
- Pump performance monitoring
What Are the Benefits of the EJA564E Pressure Gauge?
Key Features
- All stainless steel housing
- Truly flush diaphragm technology
- Active temperature compensation
- 3A certification
- A comprehensive selection of hygienic pressure process connections
Pressure Measurement Performance
By providing up to 0.075% accuracy and 10:1 turndown the EJA565E transmitter allows organizations to standardize on fewer models instances, simplifying ERP systems and reducing overall material inventory.
Tank Volume Linearization
Digital configuration to linearize the volume with the transmitter output in the EJA565E simplifies configuration and reduces start-up time.
3-A Sanitary Standards, Inc. Certified
Trust that the EJA565E and the EJA564E will meet regulatory requirements with 3rd party certifications for hygienic and sanitary processes.
Specifications
|
EJA564E |
|
| Primary Variable | Gauge Pressure |
| Reference Accuracy | 0.2% of Span |
| Stability | ± 0.1% of span per 1 year |
| Response Time | 700 ms |
| Conformance | ± 3σ |
Resources
Read this eBook to learn how to best leverage the latest measurement instrumentation to avoid incidents and improve productivity. You will also find valuable information about overcoming common CIP challenges and stories of success.
Why should leaders act on Digital Transformation, Autonomous Operations, and Smart Manufacturing? - Food Processing - eHandbook March 2022
Downloads
Brochures
- Yokogawa in the Food and Beverage Industry (5.9 MB)
- Differential Pressure Level Solutions (23.1 MB)
General Specifications
Software
Certificates
Videos
Is it true that 4-20 mA HART will be phased out in the near future? Is a transducer equal to a transmitter? Tune in to hear the debunking of these myths.
News
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