Endress+Hauser Absolute and gauge pressure Cerabar PMP55

Endress+Hauser Absolute and gauge pressure Cerabar PMP55

Specs at a glance

Accuracy

Standard 0.15%

Platinum 0.075%

Process temperature

-70°C…400°C

(-94°F…752°F)

Pressure measuring range

1 bar...400 bar

(15 psi...6000 psi)

Process pressure / max. overpressure limit

600 bar (9000 psi)

Main wetted parts

316L

AlloyC

Montel

Tantal

Rhodium

Max. measurement distance

4000m (13.123ft) H2O

Material process membrane

316L, AlloyC,

Tantal, PTFE,

Rhodium>Gold

Measuring cell

400 mbar...400 bar

(5.8 psi...6000 psi)

relative/ absolute

Field of application Endress+Hauser Absolute and gauge pressure Cerabar PMP55

The Cerabar PMP55 digital pressure transmitter with metal diaphragm seal is typically used in process and hygiene applications for pressure, level, volume or mass measurement in liquids. Suitable for high pressure as well as extreme process temperature applications from -70 up to +400°C (-94 to 750°F). Quick Setup with adjustable measuring range allows simple commissioning, reduces costs and saves time. SIL2 according to IEC 61508 and IEC 61511.

Single chamber aluminum or stainless steel (316L) housing.

Process connections: Threads, flanges or hygienic connections

Process temperature: -70 to +400°C (-94 to +752°F)

Measuring ranges: -1/0 up to +400bar (-15/0 up to +6,000psi)

Accuracy: ±0.15%, "Platinum" ±0.075%

International explosion protection certificates, SIL, hygienic approvals, marine approvals

Benefits Endress+Hauser Absolute and gauge pressure Cerabar PMP55

• Large variety of different process connections and membrane materials

• New TempC Membrane minimizes influences of ambient and process temperature fluctuations

• Easy menu-guided commissioning via on-site display, 4 to 20mA with HART, PROFIBUS PA, FOUNDATION Fieldbus

• For process pressure monitoring up to SIL2, certified to IEC 61508 and IEC 61511

• Modular concept for easy replacement of display or electronics

• Seamless and independent system integration (HART/PA/FF)