Rosemount 3051CG4A02A1KM6K8S5Q4Q8A0145 Coplanar Pressure Transmitter w/ 4-20mA HART – Wholesale, Ready to Ship

Product Overview

The Rosemount 3051CG4A02A1KM6K8S5Q4Q8A0145 represents the pinnacle of coplanar pressure transmission technology, engineered specifically for differential, gage, and absolute pressure applications in demanding industrial environments. This transmitter delivers a 4-20 mA output signal with a superimposed digital signal based on the HART® Protocol, ensuring seamless integration into existing process control architectures. Designed for high-accuracy measurement across a range of -300 to +300 psi for gage and differential configurations, and up to 4000 psia for absolute applications, this unit provides the operational integrity required for critical process optimization. The robust SST construction with M20 x 1.5 process connections guarantees compatibility with aggressive media and harsh conditions, making it a cornerstone for asset management and safety systems.

Key Features & High-End Benefits

Advanced HART® Protocol Communication: The integrated 4-20 mA loop with digital HART® Protocol enables real-time diagnostics, remote configuration, and multivariable data access. This facilitates predictive maintenance and reduces downtime by allowing operators to interrogate device health without interrupting the process loop.

Coplanar Platform Design: The patented coplanar flange architecture minimizes potential leak points and simplifies installation, reducing total cost of ownership. This design supports direct mounting to manifolds and primary elements, enhancing mechanical stability and reducing piping complexity.

Extended Measurement Range Capability: With a turndown ratio exceeding 100:1, this transmitter offers exceptional flexibility for changing process conditions. The ability to span from -300 to +300 psi (gage/differential) or up to 4000 psia (absolute) ensures a single device can handle multiple applications, reducing inventory requirements and streamlining procurement.

Robust SST Construction:</