High-Pressure Digital Pressure Transmitter – 7,200 PSI | 4–20 mA Output | DC Supply
NewSpecifications
Description
High-Pressure Digital Pressure Transmitter – 7,200 PSI | 4–20 mA Output | DC Supply
Yokogawa EJA 530A digital pressure transmitter with integrated display, rated to 7,200 PSI maximum working pressure. New condition unit from 2012 provides 4–20 mA DC output with 10.5–30 V DC supply voltage range. Calibrated to 290 PSI display range, configurable based on application, with Style S2 construction for high-pressure industrial service.
Technical Specifications
Type: Pressure Transmitter
Supply Voltage: 10.5–30 V DC (up to 42 V DC max)
Style: S2
Output Signal: 4–20 mA DC
Maximum Working Pressure (MWP): 7,200 PSI
Digital Display: Integrated for local pressure readout
Calibration / Display Range: 290 PSI (configurable based on application)
Serial / Unit No.: U1MA00983 240
Key Features
- Wide DC supply voltage range for flexible installation
- 4–20 mA output provides industry-standard process control compatibility
- Rugged design for high-pressure industrial environments
- Clear, easy-to-read digital display for on-site monitoring
- Compact form factor for space-constrained applications
- Excellent accuracy and repeatability for critical process control
Applications
Perfect for hydraulic systems, gas compression, CNG/LNG stations, process monitoring, OEM equipment, and industrial automation requiring high-pressure measurement with real-time display capability.
Inspection, shipping & payment
Terms set by Gas Equipment 4 Sale.
Price on Request
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Seller
Gas Equipment 4 Sale
Waxahachie, TX, United States
Business and location confirmed by Metal Mountain.
Questions buyers ask
What pressure, flow and temperature is it rated for?
This transmitter is rated to 7,200 PSI maximum working pressure and currently calibrated to a 290 PSI display range, which is field-configurable for different spans. The listing does not specify temperature range or flow capability—pressure transmitters measure static pressure only, not flow, though differential pressure models can be used for flow inference in orifice plate installations. Ask the seller for the process temperature limits if your application requires operation outside typical industrial ambient ranges.
What should I inspect before putting it into service?
Verify the process connection threads are undamaged, the diaphragm has no dents or corrosion, and all electrical terminals are clean and secure. Even though listed as new condition from 2012, confirm the configuration matches your required span and that the unit powers up and responds correctly across the 4–20 mA range—stored transmitters can develop drift or electronic faults. Check that mounting orientation and process connection torque limits are observed during installation, and perform a two-point calibration check against a known standard before relying on it for critical process control.
General guidance for this type of equipment. Ask about this specific unit in your inquiry — the seller answers directly.