Endress+Hauser PMP11-AA1U1RBWJJ pressure transmitter in stock

This particular configuration (ordering code PMP11-AA1U1RBWJJ, short code PMP11-1D46/0) is a 2.5MPa (25 bar / 375 psi) pressure transmitter with 4-20mA analog output, making it an ideal replacement for the discontinued PMP131-A1B01A1W model .

Key Technical Specifications

Parameter Specification

Model Cerabar PMP11-AA1U1RBWJJ (PMP11-1D46/0)

Measuring Principle Gauge pressure, piezoresistive sensor with metallic diaphragm 

Pressure Measuring Range 400 mbar to 40 bar (6 to 600 psi) 

Calibrated Range 2.5 MPa / 25 bar / 375 psi (gauge) 

Accuracy ±0.5% of full span 

Long-term Stability 0.2% of URL per year 

Supply Voltage 10…30 VDC (for analog output) 

Output Signal 4-20 mA analog 

Process Temperature -25…+85°C (-13…+185°F) 

Ambient Temperature -40…+70°C (-40…+158°F) 

Overpressure Limit 100 bar (10 MPa / 1500 psi) 

Maximum Overpressure 160 bar (2400 psi) 

Process Connection WJJ: ISO228 G1/2 thread with DIN3852 seal, 316L flush-mounted 

Electrical Connection U: Hirschmann connector (ISO4400 M16), IP65, NEMA Type 4X Enclosure 

Wetted Materials 316L stainless steel (fully welded metal sensor) 

Certification AA: Non-hazardous area, general applications 

Product Features and Benefits

1. Compact and Space-Saving Design

The PMP11 features an extremely compact construction that enables easy installation in tight spaces and confined areas. Its lightweight design simplifies handling during installation and maintenance .

2. User-Configurable Measuring Ranges

The transmitter allows for user-defined measuring range configuration, saving valuable time during setup and commissioning. This flexibility eliminates the need for specialized tools or software for basic configuration .

3. High-Quality 316L Materials

The stringent use of 316L stainless steel for all wetted parts ensures excellent corrosion resistance and long-term durability in demanding process environments. The fully welded metal sensor design guarantees process integrity .

4. Reliable Measurement Performance

With a reference accuracy of 0.5% and high long-term stability of 0.2% URL/year, the PMP11 delivers consistent and reliable measurement results, ensuring high-quality process monitoring in standard applications .

5. Robust Construction

Every unit undergoes comprehensive testing during production, ensuring 100% quality coverage. The robust design withstands harsh industrial conditions and provides reliable operation throughout its service life .

6. Extended Warranty

As a Fundamental Selection product from Endress+Hauser, the PMP11 qualifies for an extended 5-year warranty, demonstrating the manufacturer's confidence in its long-term reliability and performance .

Applications

The Endress+Hauser PMP11-AA1U1RBWJJ is suitable for a wide range of industrial applications:

Process Industry: Pressure monitoring in standard process applications 

Gas Measurement: Gauge pressure measurement in gases and compressed air systems 

Liquid Monitoring: Pressure measurement in liquid handling systems, water treatment, and pumping applications 

Vapor Applications: Suitable for vapor pressure monitoring within specified temperature limits 

Dust Environments: Can be used in applications involving dust-laden atmospheres 

Machine Building: Ideal for integration into industrial machinery and skid-mounted systems 

Ordering Code Breakdown

Understanding the PMP11-AA1U1RBWJJ ordering code:

Position Code Description

Model PMP11 Cerabar PMP11 pressure transmitter

Certification AA Non-hazardous area, general application 

Output 1 4-20 mA analog signal 

Electrical Connection U Hirschmann connector ISO4400 M16, IP65/NEMA 4X 

Overload Limit/Sensor 1R 25 bar / 2.5 MPa / 375 psi gauge pressure 

Calibration/Unit B Sensor range; mbar/bar calibration 

Process Connection WJJ ISO228 G1/2 thread with DIN3852 seal, 316L flush-mounted 

Replacement Information

The PMP11-AA1U1RBWJJ is the direct successor to the discontinued PMP131-A1B01A1W model. This replacement offers improved features including enhanced materials, better long-term stability, and a more compact design while maintaining compatibility with existing installations.