Rosemount 2051CD1A02A1BS5M5D4Q4 Coplanar Pressure Transmitter w/ Integral Manifold, LCD Display – China Manufacturer, Fast Delivery

Product Overview

The Rosemount 2051CD1A02A1BS5M5D4Q4 Coplanar Pressure Transmitter represents a benchmark in differential and gage pressure measurement for demanding industrial process environments. Engineered for operational integrity, this device integrates a robust aluminum housing with an M20 x 1.5 conduit entry, ensuring compatibility with global installation standards and resilience against corrosive atmospheres. The unit is factory-configured for a dual measurement capability, spanning a differential and gage range of -25 to 25 inH₂O (-62.2 to 62.2 mbar), making it an ideal solution for low-pressure applications such as flow, level, and filter monitoring. Its core architecture leverages a 4–20 mA output overlaid with a digital HART® Protocol signal, enabling seamless integration into existing Distributed Control Systems (DCS) and asset management platforms for real-time process optimization.

Key Features & High-End Benefits

High-Accuracy, Low-Range Measurement: The transmitter delivers exceptional sensitivity and stability across a narrow span of ±25 inH₂O, critical for precise control of furnace drafts, cleanroom pressures, or low-flow differentials. This minimizes measurement uncertainty and enhances product quality in batch processes.

HART® Protocol Digital Integration: The embedded HART® communication layer provides simultaneous analog and digital data transmission. This facilitates remote diagnostics, multivariable configuration, and predictive maintenance without interrupting the process loop, reducing unplanned downtime.

Robust Coplanar Design with Aluminum Housing: The patented Coplanar manifold eliminates traditional impulse piping requirements, reducing potential leak paths and installation complexity. The aluminum enclosure offers superior corrosion resistance and thermal stability, ensuring long-term reliability in harsh petrochemical or power generation environments.

Advanced Diagnostic Capabilities