Buy Rosemount 3051CD2A03A1BC1M5E8HR5 Coplanar Pressure Transmitter – Alloy C-276, LCD Display, Quick Lead Time, Verified Supplier

Product Overview

The Rosemount 3051CD2A03A1BC1M5E8HR5 represents the pinnacle of industrial pressure measurement, delivering uncompromising accuracy for differential, gage, and absolute pressure applications. Engineered for the most demanding process environments, this Coplanar Pressure Transmitter provides a robust 4-20 mA output with a superimposed HART® digital signal, enabling seamless integration into existing Distributed Control Systems (DCS) and asset management platforms. With a measurement range spanning -250 to +250 inH₂O for differential and gage models, and 0 to 150 psia for absolute configurations, this transmitter offers the versatility required for critical flow, level, and pressure monitoring across hydrocarbon processing, chemical manufacturing, and power generation facilities. The aluminum housing with M20 x 1.5 electrical connections ensures corrosion resistance and reliable performance in harsh industrial atmospheres, while the coplanar flange design reduces potential leak points and simplifies installation.

Key Features & High-End Benefits

Advanced HART® Communication for Process Optimization: The integrated 4-20 mA loop with HART® digital protocol allows for real-time diagnostics, remote configuration, and multivariable data access. This facilitates predictive maintenance strategies, reduces unplanned downtime, and enhances overall equipment effectiveness (OEE) by enabling operators to interrogate the device for temperature compensation data and sensor health metrics without disrupting the analog signal.

Ultra-Wide Turndown Capability for Operational Integrity: The 3051CD/CG series offers a standard turndown of 100:1, providing exceptional flexibility to re-range the transmitter in the field for changing process conditions. This eliminates the need for multiple transmitter inventories and ensures sustained accuracy across the entire span, maintaining operational integrity even during process upsets or seasonal variations.